xszheng2020/the_stack_dedup_python_hits_7 · Datasets at Hugging Face

2ca42f8eb2c3c4da774c7158ff1956e555b69e07

7,965

py

Python

tests/conftest.py

aziz-abibulaiev/python-mitto-sdk

c158f7c0748cb7b6ccb619a87a4a7826bcb73175

[ "MIT" ]

null

tests/conftest.py

aziz-abibulaiev/python-mitto-sdk

c158f7c0748cb7b6ccb619a87a4a7826bcb73175

[ "MIT" ]

1

2021-08-09T05:17:31.000Z

tests/conftest.py

aziz-abibulaiev/python-mitto-sdk

c158f7c0748cb7b6ccb619a87a4a7826bcb73175

[ "MIT" ]

7

2021-01-21T21:54:25.000Z

2021-09-07T20:31:07.000Z

import os import json import pytest @pytest.fixture(scope="session") def test_bulk_job_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "bulk_job.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_create_bulk_job_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "bulk_job.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_cmd_job_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "cmd_job.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_credentials_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "credentials.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_io_job_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "io_job.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_create_job_webhook_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "create_job_webhook.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_sql_job_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "sql_job.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_tag_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "tag.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_about_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "get_about.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_about_messages_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "get_about_messages.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_conf_info_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_conf_info.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_credentials_fixture(test_credentials_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_credentials.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_databases_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "get_databases.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_job_by_name_fixture(test_bulk_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_job_by_name.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_job_schedule_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_job_schedule.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_job_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_job.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_single_job_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_job.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_jobs_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_jobs.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_metrics_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "get_metrics.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_pkg_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "get_pkg.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_single_job_status_fixture(test_io_job_fixture, test_start_job_fixture): # noqa: E501 path = os.path.join(os.path.dirname(__file__), "data", "get_single_job_status.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_single_job_webhook_conf_info_fixture(test_create_job_webhook_fixture): # noqa: E501 path = os.path.join(os.path.dirname(__file__), "data", "get_single_job_webhook_conf_info.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_tags_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "get_tags.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_get_webhooks_fixture(test_create_job_webhook_fixture): path = os.path.join(os.path.dirname(__file__), "data", "get_webhooks.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_start_job_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "start_job.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_update_job_credentials_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "update_job_credentials.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_update_job_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "update_job.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_update_job_schedule_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "update_job_schedule.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_update_pkg_fixture(): path = os.path.join(os.path.dirname(__file__), "data", "update_pkg.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_delete_job_fixture(test_io_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "delete_job.json") f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_delete_job_webhook_fixture(test_io_job_fixture, test_create_job_webhook_fixture): # noqa: E501 path = os.path.join(os.path.dirname(__file__), "data", "delete_webhook.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_dbo_update_sql_job_fixture(test_sql_job_fixture): path = os.path.join(os.path.dirname(__file__), "data", "dbo_update_sql_job.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data @pytest.fixture(scope="session") def test_update_a_webhook_fixture(test_get_webhooks_fixture): path = os.path.join(os.path.dirname(__file__), "data", "update_a_webhook.json") # noqa: E501 f = open(f'{path}', 'r') data = json.load(f) return data

29.720149

113

0.671438

1,217

7,965

4.10189

0.041906

0.079327

0.11899

0.165264

0.944511

0.924479

0

0.00983

0.157062

7,965

267

114

29.831461

0.733691

0.030257

0

0.676617

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0

1

0.164179

false

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0.014925

0

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0

null

0

1

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null

0

7

1a718f1608f60a54c340ae4130b5f8c9c8ded01a

44,702

py

Python

PeleAI/graph/distComp.py

AlexisMolinaMR/PeleAI

e6a06433e345d2750bb5d3f077c50d6cfa24bdeb

[ "MIT" ]

2

2021-08-04T15:24:24.000Z

2022-02-09T05:42:42.000Z

PeleAI/graph/distComp.py

AlexisMolinaMR/PeleAI

e6a06433e345d2750bb5d3f077c50d6cfa24bdeb

[ "MIT" ]

null

PeleAI/graph/distComp.py

AlexisMolinaMR/PeleAI

e6a06433e345d2750bb5d3f077c50d6cfa24bdeb

[ "MIT" ]

null

import math from math import sqrt def elementsDistanceCalc(binding_pocket, ligand): ''' Compute distances between selected elements and discard covalent interactions. ''' elements = [] at_count = 0 atom_interactions = [] used_elements = [] atomic_radius_elements = {'C': 0.7, 'O': 0.6, 'N': 0.65, 'H': 0.25, 'Cl': 1, 'P': 1, 'S': 1, 'FE': 1.4, 'Br': 1.15, 'F': 0.5, 'I': 1.4} at_count = 0 protein_elements = ['C', 'O', 'N', 'S'] protein_elements.sort() ligand_elements = ['H', 'C', 'N', 'O', 'F', 'P', 'S', 'Cl', 'Br', 'I'] ligand_elements.sort() ligand.sort(key=lambda tup: tup[-1]) binding_pocket.sort(key=lambda tup: tup[-1]) for i in range(len(ligand)): if binding_pocket[i][-1] == protein_elements[at_count]: at_count += 1 for j in range(i, len(ligand)): x1 = math.pow(float(ligand[j][2]) - float(binding_pocket[i][2]), 2) y1 = math.pow(float(ligand[j][3]) - float(binding_pocket[i][3]), 2) z1 = math.pow(float(ligand[j][4]) - float(binding_pocket[i][4]), 2) try: if int(ligand[i][-1][0]): if (x1 + y1 + z1 <= atomic_radius_elements[binding_pocket[i][-1]]**2) or (x1 + y1 + z1 <= atomic_radius_elements[ligand[i][1][0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = (binding_pocket[i][-1], binding_pocket[i][1], ligand[j] [-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () except: if (x1 + y1 + z1 <= atomic_radius_elements[binding_pocket[i][-1]]**2) or (x1 + y1 + z1 <= atomic_radius_elements[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = (binding_pocket[i][-1], binding_pocket[i][1], ligand[j] [-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elements = None return atom_interactions, elements, ligand_elements, protein_elements def atomTypesDistanceCalc(binding_pocket, ligand): atom_interactions = [] atom_types = [] used_types = [] atomic_radius_types = {'NH1': 1.65, 'CP': 1.76, 'CH1E': 1.87, 'O': 0.6, 'OP': 1.4, 'CH0': 1.76, 'CH1S': 1.87, 'CH2E': 1.87, 'CH3E': 1.87, 'CR1E': 1.76, 'OH1': 1.4, 'OC': 1.4, 'OS': 1.4, 'CH2G': 1.87, 'CH2P': 1.87, 'NH1S': 1.65, 'NC2': 1.65, 'NH2': 1.65, 'CR1W': 1.76, 'CY2': 1.76, 'SC': 1.85, 'CF': 1.76, 'SM': 1.85, 'CY': 1.76, 'SM': 1.85, 'CY': 1.76, 'CW': 1.76, 'CRHH': 1.76, 'NH3': 1.5, 'CR1H': 1.76, 'C5': 1.76, 'C': 0.7, 'N': 1, 'NP': 1.65, 'C5W': 1.76, 'H': 0.25, 'Cl': 1, 'P': 1, 'S': 1, 'FE': 1.4, 'Br': 1.15, 'F': 0.5, 'I': 1.4} at_count = 0 protein_atom_types = ['NH1', 'C', 'CP', 'CH1E', 'OP', 'O', 'CH0', 'CH1S', 'CH2E', 'CH3E', 'CR1E', 'OH1', 'OC', 'OS', 'CH2G', 'CH2P', 'NH1S', 'NC2', 'NH2', 'CR1W', 'CY2', 'SC', 'CF', 'SM', 'CY', 'CW', 'CRHH', 'NH3', 'CR1H', 'C5', 'N', 'NP', 'C5W', 'H', 'Cl', 'P', 'S', 'FE', 'Br', 'F', 'I'] protein_atom_types.sort() ligand_atom_types = ['Br_OTHER', 'Br_OTHER_AROM', 'Br_S', 'Br_SP', 'Br_SP2', 'Br_SP2_AROM', 'Br_SP3', 'Br_SP3D', 'Br_SP3D2', 'Br_SP3D2_AROM', 'Br_SP3D_AROM', 'Br_SP3_AROM', 'Br_SP_AROM', 'Br_S_AROM', 'Br_UNSPECIFIED', 'Br_UNSPECIFIED_AROM', 'C_OTHER', 'C_OTHER_AROM', 'C_S', 'C_SP', 'C_SP2', 'C_SP2_AROM', 'C_SP3', 'C_SP3D', 'C_SP3D2', 'C_SP3D2_AROM', 'C_SP3D_AROM', 'C_SP3_AROM', 'C_SP_AROM', 'C_S_AROM', 'C_UNSPECIFIED', 'C_UNSPECIFIED_AROM', 'Cl_OTHER', 'Cl_OTHER_AROM', 'Cl_S', 'Cl_SP', 'Cl_SP2', 'Cl_SP2_AROM', 'Cl_SP3', 'Cl_SP3D', 'Cl_SP3D2', 'Cl_SP3D2_AROM', 'Cl_SP3D_AROM', 'Cl_SP3_AROM', 'Cl_SP_AROM', 'Cl_S_AROM', 'Cl_UNSPECIFIED', 'Cl_UNSPECIFIED_AROM', 'F_OTHER', 'F_OTHER_AROM', 'F_S', 'F_SP', 'F_SP2', 'F_SP2_AROM', 'F_SP3', 'F_SP3D', 'F_SP3D2', 'F_SP3D2_AROM', 'F_SP3D_AROM', 'F_SP3_AROM', 'F_SP_AROM', 'F_S_AROM', 'F_UNSPECIFIED', 'F_UNSPECIFIED_AROM', 'H_OTHER', 'H_OTHER_AROM', 'H_S', 'H_SP', 'H_SP2', 'H_SP2_AROM', 'H_SP3', 'H_SP3D', 'H_SP3D2', 'H_SP3D2_AROM', 'H_SP3D_AROM', 'H_SP3_AROM', 'H_SP_AROM', 'H_S_AROM', 'H_UNSPECIFIED', 'H_UNSPECIFIED_AROM', 'I_OTHER', 'I_OTHER_AROM', 'I_S', 'I_SP', 'I_SP2', 'I_SP2_AROM', 'I_SP3', 'I_SP3D', 'I_SP3D2', 'I_SP3D2_AROM', 'I_SP3D_AROM', 'I_SP3_AROM', 'I_SP_AROM', 'I_S_AROM', 'I_UNSPECIFIED', 'I_UNSPECIFIED_AROM', 'N_OTHER', 'N_OTHER_AROM', 'N_S', 'N_SP', 'N_SP2', 'N_SP2_AROM', 'N_SP3', 'N_SP3D', 'N_SP3D2', 'N_SP3D2_AROM', 'N_SP3D_AROM', 'N_SP3_AROM', 'N_SP_AROM', 'N_S_AROM', 'N_UNSPECIFIED', 'N_UNSPECIFIED_AROM', 'O_OTHER', 'O_OTHER_AROM', 'O_S', 'O_SP', 'O_SP2', 'O_SP2_AROM', 'O_SP3', 'O_SP3D', 'O_SP3D2', 'O_SP3D2_AROM', 'O_SP3D_AROM', 'O_SP3_AROM', 'O_SP_AROM', 'O_S_AROM', 'O_UNSPECIFIED', 'O_UNSPECIFIED_AROM', 'P_OTHER', 'P_OTHER_AROM', 'P_S', 'P_SP', 'P_SP2', 'P_SP2_AROM', 'P_SP3', 'P_SP3D', 'P_SP3D2', 'P_SP3D2_AROM', 'P_SP3D_AROM', 'P_SP3_AROM', 'P_SP_AROM', 'P_S_AROM', 'P_UNSPECIFIED', 'P_UNSPECIFIED_AROM', 'S_OTHER', 'S_OTHER_AROM', 'S_S', 'S_SP', 'S_SP2', 'S_SP2_AROM', 'S_SP3', 'S_SP3D', 'S_SP3D2', 'S_SP3D2_AROM', 'S_SP3D_AROM', 'S_SP3_AROM', 'S_SP_AROM', 'S_S_AROM', 'S_UNSPECIFIED', 'S_UNSPECIFIED_AROM'] ligand_atom_types.sort() print(ligand) ligand.sort(key=lambda tup: tup[-1]) binding_pocket.sort(key=lambda tup: tup[-1]) for i in range(len(ligand)): if binding_pocket[i][1] == protein_atom_types[at_count]: at_count += 1 for j in range(i, len(ligand)): x1 = math.pow(float(ligand[j][2]) - float(binding_pocket[i][2]), 2) y1 = math.pow(float(ligand[j][3]) - float(binding_pocket[i][3]), 2) z1 = math.pow(float(ligand[j][4]) - float(binding_pocket[i][4]), 2) if binding_pocket[i][1] == 'NH1': if binding_pocket[i][0] == 'ARG': if (x1 + y1 + z1 <= atomic_radius_types['NC2']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NC2', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () else: if (x1 + y1 + z1 <= atomic_radius_types['NH1']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NH1', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CA': if binding_pocket[i][0] != 'GLY': if (x1 + y1 + z1 <= atomic_radius_types['CH1E']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH1E', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () else: if (x1 + y1 + z1 <= atomic_radius_types['CH2G']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH2G', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1][0:2] == 'CZ': if binding_pocket[i][0] == 'ARG': if (x1 + y1 + z1 <= atomic_radius_types['CH0']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH0', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1][0:2] == 'CG': if binding_pocket[i][0] in ['ASN', 'ASP']: if (x1 + y1 + z1 <= atomic_radius_types['CH0']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH0', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'LEU': if (x1 + y1 + z1 <= atomic_radius_types['CH1S']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH1S', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'PHE': if (x1 + y1 + z1 <= atomic_radius_types['CF']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CF', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'TYR': if (x1 + y1 + z1 <= atomic_radius_types['CY']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CY', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'HIS': if (x1 + y1 + z1 <= atomic_radius_types['C5']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'C5', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'TRP': if (x1 + y1 + z1 <= atomic_radius_types['C5W']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'C5W', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () else: if (x1 + y1 + z1 <= atomic_radius_types['CH2P']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH2P', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CD': if binding_pocket[i][0] in ['GLN', 'GLU']: if (x1 + y1 + z1 <= atomic_radius_types['CH0']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH0', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () else: if (x1 + y1 + z1 <= atomic_radius_types['CH2P']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH2P', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CB': if binding_pocket[i][0] in ['ILE', 'THR', 'VAL']: if (x1 + y1 + z1 <= atomic_radius_types['CH1S']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH1S', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'PRO': if (x1 + y1 + z1 <= atomic_radius_types['CH2P']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH2P', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CH2': if binding_pocket[i][0] not in ['GLY', 'PRO']: if (x1 + y1 + z1 <= atomic_radius_types['CH2E']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH2E', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () else: if (x1 + y1 + z1 <= atomic_radius_types['CR1W']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CR1W', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CH3': if (x1 + y1 + z1 <= atomic_radius_types['CH3E']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CH3E', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CH': if (x1 + y1 + z1 <= atomic_radius_types['CR1E']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CR1E', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] in ['OG', 'OG1', 'OH']: if binding_pocket[i][0] not in ['SER', 'THR', 'TYR']: if (x1 + y1 + z1 <= atomic_radius_types['OH1']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'OH1', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] in ['OD2', 'OE2']: if (x1 + y1 + z1 <= atomic_radius_types['OC']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'OC', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] in ['OD1', 'OE1']: if binding_pocket[0] in ['ASP', 'GLU']: if (x1 + y1 + z1 <= atomic_radius_types['OC']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'OC', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () if binding_pocket[i][0] in ['ASN', 'GLN']: if (x1 + y1 + z1 <= atomic_radius_types['OS']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'OS', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'NE1': if (x1 + y1 + z1 <= atomic_radius_types['NH1S']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NH1S', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] in ['NE', 'ND1']: if binding_pocket[i][0] in ['ARG', 'HIS']: if (x1 + y1 + z1 <= atomic_radius_types['NH1S']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NH1S', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'NH2': if (x1 + y1 + z1 <= atomic_radius_types['NC2']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NC2', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'NH1': if binding_pocket[i][0] == 'ARG': if (x1 + y1 + z1 <= atomic_radius_types['NC2']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NC2', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] in ['ND2', 'NE2']: if binding_pocket[i][0] in ['ASN', 'GLN']: if (x1 + y1 + z1 <= atomic_radius_types['NH2']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NH2', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CZ2': if binding_pocket[i][0] == 'TRP': if (x1 + y1 + z1 <= atomic_radius_types['CR1W']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CR1W', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CZ': if binding_pocket[i][0] == 'TYR': if (x1 + y1 + z1 <= atomic_radius_types['CY2']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CY2', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'S': if binding_pocket[i][0] == 'CYS': if (x1 + y1 + z1 <= atomic_radius_types['SC']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'SC', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'MET': if (x1 + y1 + z1 <= atomic_radius_types['SM']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'SM', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CE2': if (x1 + y1 + z1 <= atomic_radius_types['CW']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CW', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CD2': if binding_pocket[i][0] == 'TRP': if (x1 + y1 + z1 <= atomic_radius_types['CW']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CW', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][0] == 'HIS': if (x1 + y1 + z1 <= atomic_radius_types['CR1H']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CR1H', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'CE1': if binding_pocket[i][0] == 'HIS': if (x1 + y1 + z1 <= atomic_radius_types['CRHH']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CRHH', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'NZ': if binding_pocket[i][0] == 'LYS': if (x1 + y1 + z1 <= atomic_radius_types['NH3']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NH3', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'N': if binding_pocket[i][0] == 'PRO': if (x1 + y1 + z1 <= atomic_radius_types['NP']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'NP', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'C': if (x1 + y1 + z1 <= atomic_radius_types['CP']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'CP', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1] == 'O': if (x1 + y1 + z1 <= atomic_radius_types['OP']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'OP', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () elif binding_pocket[i][1][0] == 'H': if (x1 + y1 + z1 <= atomic_radius_types['H']**2) or (x1 + y1 + z1 <= atomic_radius_types[ligand[i][-1].split('_')[0]]**2): print("Distance of between atoms {} ({}) and {} ({}) from residues {} and {} -> Covalent interaction or in same residue".format( protein_ligand[i][-1], protein_ligand[i][1], protein_ligand[j][-1], protein_ligand[j][1], protein_ligand[i][0], protein_ligand[j][0], math.sqrt(x1 + y1 + z1))) else: distance_interaction = ( binding_pocket[i][-1], 'OP', ligand[j][-1], ligand[j][1], binding_pocket[i][0], ligand[j][0], math.sqrt(x1 + y1 + z1)) atom_interactions.append(distance_interaction) distance_interaction = () for i in sorted(protein_atom_types): for j in sorted(ligand_atom_types): atom_types.append(j + '-' + i) atom_types.sort() return atom_interactions, atom_types, ligand_atom_types, protein_atom_types

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1

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1

0

null

0

8

203cd99e8abc470bc8b75f391420940c28a6733d

5,548

py

Python

train.py

wonbeomjang/object_detection_distillation

a982f1e71affb0fd0847b4528b217f4336f28fa3

[ "MIT" ]

null

train.py

wonbeomjang/object_detection_distillation

a982f1e71affb0fd0847b4528b217f4336f28fa3

[ "MIT" ]

null

train.py

wonbeomjang/object_detection_distillation

a982f1e71affb0fd0847b4528b217f4336f28fa3

[ "MIT" ]

null

import os import torch import torch.nn as nn import time from loss import imitation_loss import numpy as np def train(epoch, device, vis, train_loader, model, criterion, optimizer, scheduler, save_path, save_file_name): print('Training of epoch [{}]'.format(epoch)) tic = time.time() model.train() # 10. train for idx, (images, boxes, labels, _) in enumerate(train_loader): images = images.cuda() boxes = [b.to(device) for b in boxes] labels = [l.to(device) for l in labels] preds = model(images) preds = preds.permute(0, 2, 3, 1) # B, 13, 13, 125 loss, losses = criterion(preds, boxes, labels) optimizer.zero_grad() loss.backward() optimizer.step() toc = time.time() - tic for param_group in optimizer.param_groups: lr = param_group['lr'] # for each steps if idx % 100 == 0: print('Epoch: [{0}]\t' 'Step: [{1}/{2}]\t' 'Loss: {loss:.4f}\t' 'Learning rate: {lr:.7f} s \t' 'Img size: {3} \t' 'Time : {time:.4f}\t' .format(epoch, idx, len(train_loader), train_loader.dataset.img_size, loss=loss, lr=lr, time=toc)) if vis is not None: vis.line(X=torch.ones((1, 6)).cpu() * idx + epoch * train_loader.__len__(), # step Y=torch.Tensor([loss, losses[0], losses[1], losses[2], losses[3], losses[4]]).unsqueeze( 0).cpu(), win='train_loss', update='append', opts=dict(xlabel='step', ylabel='Loss', title='training loss', legend=['Total Loss', 'xy_loss', 'wh_loss', 'conf_loss', 'no_conf_loss', 'cls_loss'])) if not os.path.exists(save_path): os.mkdir(save_path) checkpoint = {'epoch': epoch, 'model_state_dict': model.state_dict(), 'optimizer_state_dict': optimizer.state_dict()} if scheduler is not None: checkpoint = {'epoch': epoch, 'model_state_dict': model.state_dict(), 'optimizer_state_dict': optimizer.state_dict(), 'scheduler_state_dict': scheduler.state_dict()} torch.save(checkpoint, os.path.join(save_path, save_file_name) + '.{}.pth.tar'.format(epoch)) def train_with_teacher(epoch, device, vis, train_loader, teacher, student, criterion, optimizer, scheduler, save_path, save_file_name): print('Training of epoch [{}]'.format(epoch)) tic = time.time() teacher.eval() student.train() imitation_criterion = nn.MSELoss() # 10. train for idx, (images, boxes, labels, _) in enumerate(train_loader): images = images.cuda() boxes = [b.to(device) for b in boxes] labels = [l.to(device) for l in labels] with torch.no_grad(): _, teacher_feature, mask = teacher(images, boxes) preds, stu_feature, _ = student(images, boxes) preds = preds.permute(0, 2, 3, 1) # B, 13, 13, 125 loss, losses = criterion(preds, boxes, labels) i_loss = imitation_loss(student.stu_feature_adap(stu_feature), teacher_feature, mask) loss += i_loss * 0.01 optimizer.zero_grad() loss.backward() optimizer.step() toc = time.time() - tic for param_group in optimizer.param_groups: lr = param_group['lr'] # for each steps if idx % 100 == 0: print('Epoch: [{0}]\t' 'Step: [{1}/{2}]\t' 'Loss: {loss:.4f}\t' 'Learning rate: {lr:.7f} s \t' 'Img size: {3} \t' 'Time : {time:.4f}\t' .format(epoch, idx, len(train_loader), train_loader.dataset.img_size, loss=loss, lr=lr, time=toc)) if vis is not None: vis.line(X=torch.ones((1, 6)).cpu() * idx + epoch * train_loader.__len__(), # step Y=torch.Tensor([loss, losses[0], losses[1], losses[2], losses[3], losses[4], i_loss.item()]).unsqueeze( 0).cpu(), win='train_loss', update='append', opts=dict(xlabel='step', ylabel='Loss', title='training loss', legend=['Total Loss', 'xy_loss', 'wh_loss', 'conf_loss', 'no_conf_loss', 'cls_loss', 'imitation_loss'])) if not os.path.exists(save_path): os.mkdir(save_path) checkpoint = {'epoch': epoch, 'model_state_dict': student.state_dict(), 'optimizer_state_dict': optimizer.state_dict()} if scheduler is not None: checkpoint = {'epoch': epoch, 'model_state_dict': student.state_dict(), 'optimizer_state_dict': optimizer.state_dict(), 'scheduler_state_dict': scheduler.state_dict()} torch.save(checkpoint, os.path.join(save_path, save_file_name) + '.{}.pth.tar'.format(epoch))

37.234899

135

0.502704

625

5,548

4.2896

0.192

0.067139

0.053711

0.068631

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null

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1

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null

0

7

2059693dae48e29d96c195d0071b3a10689a5786

14,000

py

Python

src/rca/create_clutter_flag.py

josephhardinee/rca

b50ce4557b366553495a7a958d8dc30985a8fbd6

[ "MIT" ]

4

2020-03-03T14:32:46.000Z

2021-06-09T08:42:56.000Z

src/rca/create_clutter_flag.py

josephhardinee/rca

b50ce4557b366553495a7a958d8dc30985a8fbd6

[ "MIT" ]

1

2021-02-17T17:14:07.000Z

src/rca/create_clutter_flag.py

josephhardinee/rca

b50ce4557b366553495a7a958d8dc30985a8fbd6

[ "MIT" ]

1

2020-03-03T14:32:48.000Z

import numpy as np from .aux.create_masks import create_az_mask_ppi, create_az_mask_rhi def create_clutter_flag_ppi(variable_dictionary, polarization, range_limit, z_thresh, radar_band): """ create_clutter_flag_ppi creates a clutter flag array for a particular PPI radar file (using a precipitation-free day) that will be used for clutter map creation. It returns the datetime of the file and the clutter flag arrays for reflectivity in the chosen polarizations (H and V or just H) Parameters ---------- variable_dictionary: dict dictionary with values, strings, and arrays of relevant radar data i.e. 'reflectivity_h', 'reflectivity_v', 'azimuth', 'range', 'date_time' polarization: str specifies for which polarization user wants to create clutter flag array 'dual': calculate for both H and V 'horizontal': calculate only for H range_limit: int value of desired radar gate range limit z_thresh: float reflectivity threshold for clutter cut off i.e. gate reflectivity must be greater than z_thresh to be considered clutter radar_band: str specify which band of radar is used (i.e. c, x, ka) Returns ------- date_time: str date and time of the file clutter_flag_h: array array of shape (azimuth, elevation, range) noting elements where clutter is flagged in the H polarization clutter present: 1 no clutter present: 0 clutter_flag_v: array array of shape (azimuth, elevation, range) noting elements where clutter is flagged in the V polarization clutter present: 1 no clutter present: 0 """ theta_list = np.arange(360) range_shape = range_limit / 1000 r_list = np.arange(range_shape) + 1 clutter_flag_h = np.zeros((len(theta_list), len(r_list))) clutter_flag_v = np.zeros((len(theta_list), len(r_list))) date_time = variable_dictionary["date_time"] r = variable_dictionary["range"] theta = variable_dictionary["azimuth"] zh = variable_dictionary["reflectivity_h"] # H POLARIZATION for idx_az, az in enumerate(theta_list): # loop thru each azimuth in list az_mask = create_az_mask_ppi(az, theta, radar_band) # create mask for desired azimuths zh_rays = zh[ az_mask, : ] # get Zh values for only the desired elevation and azimuth for idx_ra, ra in enumerate( r_list ): # loop thru each range gate in the range grid boxes (len = 80) if ra == range_shape: continue # skip the last value in the range grid else: zh_ray_list = [] rstart = np.where(r - (ra * 1000.0) >= 0.0)[0][0] try: rstop = np.where(r - (r_list[idx_ra + 1] * 1000.0) >= 0.0)[0][0] except IndexError: rstop = -1 for idx_z, z in enumerate( zh_rays[:, rstart:rstop] ): # loop thru each zh value in chunks of 10 100m range gates (1 km chunks) if np.any(z >= z_thresh): #print(az,ra) zh_ray_list.append(z) clutter_flag_h[ idx_az, idx_ra ] = ( 1 ) # flag the grid box as clutter is any zh in the 1 km chunk is greater than the threshold value if polarization == "horizontal": return date_time, clutter_flag_h elif polarization == "dual": zv = variable_dictionary["reflectivity_v"] # V POLARIZATION for idx_az, az in enumerate(theta_list): # loop thru each azimuth in list az_mask = create_az_mask_ppi(az, theta, radar_band) # create mask for desired azimuths zv_rays = zv[ az_mask, : ] # get Zv values for only the desired elevation and azimuth for idx_ra, ra in enumerate( r_list ): # loop thru each range gate in the range grid boxes (len = 80) if ra == range_shape: continue # skip the last value in the range grid else: zv_ray_list = [] rstart = np.where(r - (ra * 1000.0) >= 0.0)[0][0] try: rstop = np.where(r - (r_list[idx_ra + 1] * 1000.0) >= 0.0)[0][0] except IndexError: rstop = -1 for idx_z, z in enumerate( zv_rays[:, rstart:rstop] ): # loop thru each zv value in chunks of 10 100m range gates (1 km chunks) if np.any(z >= z_thresh): zv_ray_list.append(z) clutter_flag_v[ idx_az, idx_ra ] = ( 1 ) # flag the grid box as clutter is any zh in the 1 km chunk is greater than the threshold value return date_time, clutter_flag_h, clutter_flag_v def create_clutter_flag_rhi(variable_dictionary, polarization, range_limit, z_thresh, radar_band, modified=False): """ create_clutter_flag_rhi creates a clutter flag array for a particular HSRHI radar file (using a precipitation-free day) that will be used for clutter map creation. It returns the datetime of the file and the clutter flag arrays for reflectivity in the chosen polarizations (H and V or just H) Parameters ---------- variable_dictionary: dict dictionary with values, strings, and arrays of relevant radar data i.e. 'reflectivity_h', 'reflectivity_v', 'azimuth', 'range', 'date_time' polarization: str specifies for which polarization user wants to create clutter flag array 'dual': calculate for both H and V 'horizontal': calculate only for H range_limit: int value of desired radar gate range limit z_thresh: float reflectivity threshold for clutter cut off i.e. gate reflectivity must be greater than z_thresh to be considered clutter radar_band: str specify which band of radar is used (i.e. c, x, ka)i modified: keyword specifying use of modified HSRHI strategy Returns ------- date_time: str date and time of the file clutter_flag_h: array array of shape (azimuth, elevation, range) noting elements where clutter is flagged in the H polarization clutter present: 1 no clutter present: 0 clutter_flag_v: array array of shape (azimuth, elevation, range) noting elements where clutter is flagged in the V polarization clutter present: 1 no clutter present: 0 """ # Special case for the modified RHIs run by CSAPR2 if radar_band == 'c' and modified == True: elev_list = [1, 2, 3, 4, 5, 175, 176, 177, 178, 179] theta_list = [270] range_shape = range_limit / 1000 r_list = np.arange(range_shape) + 1 clutter_flag_h = np.zeros((len(theta_list), len(elev_list), len(r_list))) clutter_flag_v = np.zeros((len(theta_list), len(elev_list), len(r_list))) date_time = variable_dictionary["date_time"] r = variable_dictionary["range"] theta = variable_dictionary["azimuth"] elev = variable_dictionary["elevation"] zh = variable_dictionary["reflectivity_h"] #radar_constant = variable_dictionary["radar_constant_h"] # Special case for XSACR #correct_radar_constant = -20.14638 #zh = zh + (correct_radar_constant - radar_constant) # H POLARIZATION for idx_az, az in enumerate(theta_list): # loop thru each azimuth in list az_mask = create_az_mask_rhi(az, theta, radar_band) # create mask for desired azimuths for idx_el, el in enumerate(elev_list): # loop thru each element in desired elevation grid boxes el_mask = np.abs(elev - el) < 0.5 # create mask for desired elevations zh_rays = zh[np.logical_and(az_mask, el_mask), :] # get Zh values for only the desired elevation and azimuth for idx_ra, ra in enumerate(r_list): # loop thru each range gate in the range grid boxes (len = 80) if ra == range_shape: continue # skip the last value in the range grid else: zh_ray_list = [] rstart = np.where(r - (ra * 1000.0) >= 0.0)[0][0] try: rstop = np.where(r - (r_list[idx_ra + 1] * 1000.0) >= 0.0)[0][0] except IndexError: rstop = -1 for idx_z, z in enumerate(zh_rays[:, rstart:rstop]): # loop thru each zh value in chunks of 10 100m range gates (1 km chunks) if np.any(z >= z_thresh): zh_ray_list.append(z) clutter_flag_h[idx_az, idx_el, idx_ra] = 1 # flag the grid box as clutter is any zh in the 1 km chunk is greater than the threshold value # ADD ELSE STATEMENT HEREi else: elev_list = [1, 2, 3, 4, 5, 175, 176, 177, 178, 179] theta_list = [0, 30, 60, 90, 120, 150] range_shape = range_limit / 1000 r_list = np.arange(range_shape) + 1 clutter_flag_h = np.zeros((len(theta_list), len(elev_list), len(r_list))) clutter_flag_v = np.zeros((len(theta_list), len(elev_list), len(r_list))) date_time = variable_dictionary["date_time"] r = variable_dictionary["range"] theta = variable_dictionary["azimuth"] elev = variable_dictionary["elevation"] zh = variable_dictionary["reflectivity_h"] # H POLARIZATION for idx_az, az in enumerate(theta_list): # loop thru each azimuth in list az_mask = create_az_mask_rhi(az, theta, radar_band) # create mask for desired azimuths for idx_el, el in enumerate( elev_list ): # loop thru each element in desired elevation grid boxes el_mask = np.abs(elev - el) < 0.5 # create mask for desired elevations zh_rays = zh[ np.logical_and(az_mask, el_mask), : ] # get Zh values for only the desired elevation and azimuth for idx_ra, ra in enumerate( r_list ): # loop thru each range gate in the range grid boxes (len = 80) if ra == range_shape: continue # skip the last value in the range grid else: zh_ray_list = [] rstart = np.where(r - (ra * 1000.0) >= 0.0)[0][0] try: rstop = np.where(r - (r_list[idx_ra + 1] * 1000.0) >= 0.0)[0][0] except IndexError: rstop = -1 for idx_z, z in enumerate( zh_rays[:, rstart:rstop] ): # loop thru each zh value in chunks of 10 100m range gates (1 km chunks) if np.any(z >= z_thresh): zh_ray_list.append(z) clutter_flag_h[ idx_az, idx_el, idx_ra ] = ( 1 ) # flag the grid box as clutter is any zh in the 1 km chunk is greater than the threshold value if polarization == "horizontal": return date_time, clutter_flag_h elif polarization == "dual": zv = variable_dictionary["reflectivity_v"] # V POLARIZATION for idx_az, az in enumerate(theta_list): # loop thru each azimuth in list az_mask = create_az_mask_rhi( az, theta, radar_band ) # create mask for desired azimuths for idx_el, el in enumerate( elev_list ): # loop thru each element in desired elevation grid boxes el_mask = np.abs(elev - el) < 0.5 # create mask for desired elevations # print(az,el) zv_rays = zv[ np.logical_and(az_mask, el_mask), : ] # get Zv values for only the desired elevation and azimuth for idx_ra, ra in enumerate( r_list ): # loop thru each range gate in the range grid boxes (len = 80) if ra == range_shape: continue # skip the last value in the range grid else: zv_ray_list = [] rstart = np.where(r - (ra * 1000.0) >= 0.0)[0][0] try: rstop = np.where(r - (r_list[idx_ra + 1] * 1000.0) >= 0.0)[ 0 ][0] except IndexError: rstop = -1 for idx_z, z in enumerate( zv_rays[:, rstart:rstop] ): # loop thru each zv value in chunks of 10 100m range gates (1 km chunks) if np.any(z >= z_thresh): zv_ray_list.append(z) clutter_flag_v[ idx_az, idx_el, idx_ra ] = ( 1 ) # flag the grid box as clutter is any zh in the 1 km chunk is greater than the threshold value return date_time, clutter_flag_h, clutter_flag_v

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644a297c9f027fd43aebe69633206437a83d4984

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py

Python

line4py/service/PrimaryAccountInitService/PrimaryAccountInitService.py

mopeneko/line4py

2e35e2dcf1e03720644639520a598244ff0932a8

[ "MIT" ]

23

2020-06-02T03:28:20.000Z

2022-03-05T12:40:23.000Z

line4py/service/PrimaryAccountInitService/PrimaryAccountInitService.py

mopeneko/line4py

2e35e2dcf1e03720644639520a598244ff0932a8

[ "MIT" ]

null

line4py/service/PrimaryAccountInitService/PrimaryAccountInitService.py

mopeneko/line4py

2e35e2dcf1e03720644639520a598244ff0932a8

[ "MIT" ]

6

2020-06-02T04:42:10.000Z

2020-12-24T10:04:29.000Z

# # Autogenerated by Thrift Compiler (0.13.0) # # DO NOT EDIT UNLESS YOU ARE SURE THAT YOU KNOW WHAT YOU ARE DOING # # options string: py # from thrift.Thrift import TType, TMessageType, TFrozenDict, TException, TApplicationException from thrift.protocol.TProtocol import TProtocolException from thrift.TRecursive import fix_spec import sys import logging from .ttypes import * from thrift.Thrift import TProcessor from thrift.transport import TTransport all_structs = [] class Iface(object): def openSession(self, request): """ Parameters: - request """ pass def getAcctVerifMethod(self, authSessionId, accountIdentifier): """ Parameters: - authSessionId - accountIdentifier """ pass def registerPrimaryUsingPhone(self, authSessionId): """ Parameters: - authSessionId """ pass def migratePrimaryUsingPhone(self, authSessionId): """ Parameters: - authSessionId """ pass def getPhoneVerifMethod(self, authSessionId, device, userPhoneNumber): """ Parameters: - authSessionId - device - userPhoneNumber """ pass def verifyPhone(self, authSessionId, device, userPhoneNumber, pinCode): """ Parameters: - authSessionId - device - userPhoneNumber - pinCode """ pass def verifyAccountUsingPwd(self, authSessionId, accountIdentifier, encryptedPassword): """ Parameters: - authSessionId - accountIdentifier - encryptedPassword """ pass def validateProfile(self, authSessionId, displayName): """ Parameters: - authSessionId - displayName """ pass def getUserProfile(self, authSessionId, accountIdentifier): """ Parameters: - authSessionId - accountIdentifier """ pass def issueWebAuthDetailsForAcctVerif(self, authSessionId, accountIdentifier): """ Parameters: - authSessionId - accountIdentifier """ pass def issueWebAuthDetailsForSecondAuth(self, authSessionId): """ Parameters: - authSessionId """ pass def exchangeEncryptionKey(self, authSessionId, request): """ Parameters: - authSessionId - request """ pass def setPassword(self, authSessionId, encryptedPassword): """ Parameters: - authSessionId - encryptedPassword """ pass def sendPinCodeForPhone(self, authSessionId, device, userPhoneNumber, verifMethod): """ Parameters: - authSessionId - device - userPhoneNumber - verifMethod """ pass def getSecondAuthMethod(self, authSessionId): """ Parameters: - authSessionId """ pass class Client(Iface): def __init__(self, iprot, oprot=None): self._iprot = self._oprot = iprot if oprot is not None: self._oprot = oprot self._seqid = 0 def openSession(self, request): """ Parameters: - request """ self.send_openSession(request) return self.recv_openSession() def send_openSession(self, request): self._oprot.writeMessageBegin('openSession', TMessageType.CALL, self._seqid) args = openSession_args() args.request = request args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_openSession(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = openSession_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "openSession failed: unknown result") def getAcctVerifMethod(self, authSessionId, accountIdentifier): """ Parameters: - authSessionId - accountIdentifier """ self.send_getAcctVerifMethod(authSessionId, accountIdentifier) return self.recv_getAcctVerifMethod() def send_getAcctVerifMethod(self, authSessionId, accountIdentifier): self._oprot.writeMessageBegin('getAcctVerifMethod', TMessageType.CALL, self._seqid) args = getAcctVerifMethod_args() args.authSessionId = authSessionId args.accountIdentifier = accountIdentifier args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_getAcctVerifMethod(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = getAcctVerifMethod_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "getAcctVerifMethod failed: unknown result") def registerPrimaryUsingPhone(self, authSessionId): """ Parameters: - authSessionId """ self.send_registerPrimaryUsingPhone(authSessionId) return self.recv_registerPrimaryUsingPhone() def send_registerPrimaryUsingPhone(self, authSessionId): self._oprot.writeMessageBegin('registerPrimaryUsingPhone', TMessageType.CALL, self._seqid) args = registerPrimaryUsingPhone_args() args.authSessionId = authSessionId args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_registerPrimaryUsingPhone(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = registerPrimaryUsingPhone_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "registerPrimaryUsingPhone failed: unknown result") def migratePrimaryUsingPhone(self, authSessionId): """ Parameters: - authSessionId """ self.send_migratePrimaryUsingPhone(authSessionId) return self.recv_migratePrimaryUsingPhone() def send_migratePrimaryUsingPhone(self, authSessionId): self._oprot.writeMessageBegin('migratePrimaryUsingPhone', TMessageType.CALL, self._seqid) args = migratePrimaryUsingPhone_args() args.authSessionId = authSessionId args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_migratePrimaryUsingPhone(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = migratePrimaryUsingPhone_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "migratePrimaryUsingPhone failed: unknown result") def getPhoneVerifMethod(self, authSessionId, device, userPhoneNumber): """ Parameters: - authSessionId - device - userPhoneNumber """ self.send_getPhoneVerifMethod(authSessionId, device, userPhoneNumber) return self.recv_getPhoneVerifMethod() def send_getPhoneVerifMethod(self, authSessionId, device, userPhoneNumber): self._oprot.writeMessageBegin('getPhoneVerifMethod', TMessageType.CALL, self._seqid) args = getPhoneVerifMethod_args() args.authSessionId = authSessionId args.device = device args.userPhoneNumber = userPhoneNumber args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_getPhoneVerifMethod(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = getPhoneVerifMethod_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "getPhoneVerifMethod failed: unknown result") def verifyPhone(self, authSessionId, device, userPhoneNumber, pinCode): """ Parameters: - authSessionId - device - userPhoneNumber - pinCode """ self.send_verifyPhone(authSessionId, device, userPhoneNumber, pinCode) return self.recv_verifyPhone() def send_verifyPhone(self, authSessionId, device, userPhoneNumber, pinCode): self._oprot.writeMessageBegin('verifyPhone', TMessageType.CALL, self._seqid) args = verifyPhone_args() args.authSessionId = authSessionId args.device = device args.userPhoneNumber = userPhoneNumber args.pinCode = pinCode args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_verifyPhone(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = verifyPhone_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "verifyPhone failed: unknown result") def verifyAccountUsingPwd(self, authSessionId, accountIdentifier, encryptedPassword): """ Parameters: - authSessionId - accountIdentifier - encryptedPassword """ self.send_verifyAccountUsingPwd(authSessionId, accountIdentifier, encryptedPassword) return self.recv_verifyAccountUsingPwd() def send_verifyAccountUsingPwd(self, authSessionId, accountIdentifier, encryptedPassword): self._oprot.writeMessageBegin('verifyAccountUsingPwd', TMessageType.CALL, self._seqid) args = verifyAccountUsingPwd_args() args.authSessionId = authSessionId args.accountIdentifier = accountIdentifier args.encryptedPassword = encryptedPassword args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_verifyAccountUsingPwd(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = verifyAccountUsingPwd_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "verifyAccountUsingPwd failed: unknown result") def validateProfile(self, authSessionId, displayName): """ Parameters: - authSessionId - displayName """ self.send_validateProfile(authSessionId, displayName) return self.recv_validateProfile() def send_validateProfile(self, authSessionId, displayName): self._oprot.writeMessageBegin('validateProfile', TMessageType.CALL, self._seqid) args = validateProfile_args() args.authSessionId = authSessionId args.displayName = displayName args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_validateProfile(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = validateProfile_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "validateProfile failed: unknown result") def getUserProfile(self, authSessionId, accountIdentifier): """ Parameters: - authSessionId - accountIdentifier """ self.send_getUserProfile(authSessionId, accountIdentifier) return self.recv_getUserProfile() def send_getUserProfile(self, authSessionId, accountIdentifier): self._oprot.writeMessageBegin('getUserProfile', TMessageType.CALL, self._seqid) args = getUserProfile_args() args.authSessionId = authSessionId args.accountIdentifier = accountIdentifier args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_getUserProfile(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = getUserProfile_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "getUserProfile failed: unknown result") def issueWebAuthDetailsForAcctVerif(self, authSessionId, accountIdentifier): """ Parameters: - authSessionId - accountIdentifier """ self.send_issueWebAuthDetailsForAcctVerif(authSessionId, accountIdentifier) return self.recv_issueWebAuthDetailsForAcctVerif() def send_issueWebAuthDetailsForAcctVerif(self, authSessionId, accountIdentifier): self._oprot.writeMessageBegin('issueWebAuthDetailsForAcctVerif', TMessageType.CALL, self._seqid) args = issueWebAuthDetailsForAcctVerif_args() args.authSessionId = authSessionId args.accountIdentifier = accountIdentifier args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_issueWebAuthDetailsForAcctVerif(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = issueWebAuthDetailsForAcctVerif_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "issueWebAuthDetailsForAcctVerif failed: unknown result") def issueWebAuthDetailsForSecondAuth(self, authSessionId): """ Parameters: - authSessionId """ self.send_issueWebAuthDetailsForSecondAuth(authSessionId) return self.recv_issueWebAuthDetailsForSecondAuth() def send_issueWebAuthDetailsForSecondAuth(self, authSessionId): self._oprot.writeMessageBegin('issueWebAuthDetailsForSecondAuth', TMessageType.CALL, self._seqid) args = issueWebAuthDetailsForSecondAuth_args() args.authSessionId = authSessionId args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_issueWebAuthDetailsForSecondAuth(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = issueWebAuthDetailsForSecondAuth_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "issueWebAuthDetailsForSecondAuth failed: unknown result") def exchangeEncryptionKey(self, authSessionId, request): """ Parameters: - authSessionId - request """ self.send_exchangeEncryptionKey(authSessionId, request) return self.recv_exchangeEncryptionKey() def send_exchangeEncryptionKey(self, authSessionId, request): self._oprot.writeMessageBegin('exchangeEncryptionKey', TMessageType.CALL, self._seqid) args = exchangeEncryptionKey_args() args.authSessionId = authSessionId args.request = request args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_exchangeEncryptionKey(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = exchangeEncryptionKey_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "exchangeEncryptionKey failed: unknown result") def setPassword(self, authSessionId, encryptedPassword): """ Parameters: - authSessionId - encryptedPassword """ self.send_setPassword(authSessionId, encryptedPassword) return self.recv_setPassword() def send_setPassword(self, authSessionId, encryptedPassword): self._oprot.writeMessageBegin('setPassword', TMessageType.CALL, self._seqid) args = setPassword_args() args.authSessionId = authSessionId args.encryptedPassword = encryptedPassword args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_setPassword(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = setPassword_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "setPassword failed: unknown result") def sendPinCodeForPhone(self, authSessionId, device, userPhoneNumber, verifMethod): """ Parameters: - authSessionId - device - userPhoneNumber - verifMethod """ self.send_sendPinCodeForPhone(authSessionId, device, userPhoneNumber, verifMethod) return self.recv_sendPinCodeForPhone() def send_sendPinCodeForPhone(self, authSessionId, device, userPhoneNumber, verifMethod): self._oprot.writeMessageBegin('sendPinCodeForPhone', TMessageType.CALL, self._seqid) args = sendPinCodeForPhone_args() args.authSessionId = authSessionId args.device = device args.userPhoneNumber = userPhoneNumber args.verifMethod = verifMethod args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_sendPinCodeForPhone(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = sendPinCodeForPhone_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "sendPinCodeForPhone failed: unknown result") def getSecondAuthMethod(self, authSessionId): """ Parameters: - authSessionId """ self.send_getSecondAuthMethod(authSessionId) return self.recv_getSecondAuthMethod() def send_getSecondAuthMethod(self, authSessionId): self._oprot.writeMessageBegin('getSecondAuthMethod', TMessageType.CALL, self._seqid) args = getSecondAuthMethod_args() args.authSessionId = authSessionId args.write(self._oprot) self._oprot.writeMessageEnd() self._oprot.trans.flush() def recv_getSecondAuthMethod(self): iprot = self._iprot (fname, mtype, rseqid) = iprot.readMessageBegin() if mtype == TMessageType.EXCEPTION: x = TApplicationException() x.read(iprot) iprot.readMessageEnd() raise x result = getSecondAuthMethod_result() result.read(iprot) iprot.readMessageEnd() if result.success is not None: return result.success if result.e is not None: raise result.e raise TApplicationException(TApplicationException.MISSING_RESULT, "getSecondAuthMethod failed: unknown result") class Processor(Iface, TProcessor): def __init__(self, handler): self._handler = handler self._processMap = {} self._processMap["openSession"] = Processor.process_openSession self._processMap["getAcctVerifMethod"] = Processor.process_getAcctVerifMethod self._processMap["registerPrimaryUsingPhone"] = Processor.process_registerPrimaryUsingPhone self._processMap["migratePrimaryUsingPhone"] = Processor.process_migratePrimaryUsingPhone self._processMap["getPhoneVerifMethod"] = Processor.process_getPhoneVerifMethod self._processMap["verifyPhone"] = Processor.process_verifyPhone self._processMap["verifyAccountUsingPwd"] = Processor.process_verifyAccountUsingPwd self._processMap["validateProfile"] = Processor.process_validateProfile self._processMap["getUserProfile"] = Processor.process_getUserProfile self._processMap["issueWebAuthDetailsForAcctVerif"] = Processor.process_issueWebAuthDetailsForAcctVerif self._processMap["issueWebAuthDetailsForSecondAuth"] = Processor.process_issueWebAuthDetailsForSecondAuth self._processMap["exchangeEncryptionKey"] = Processor.process_exchangeEncryptionKey self._processMap["setPassword"] = Processor.process_setPassword self._processMap["sendPinCodeForPhone"] = Processor.process_sendPinCodeForPhone self._processMap["getSecondAuthMethod"] = Processor.process_getSecondAuthMethod self._on_message_begin = None def on_message_begin(self, func): self._on_message_begin = func def process(self, iprot, oprot): (name, type, seqid) = iprot.readMessageBegin() if self._on_message_begin: self._on_message_begin(name, type, seqid) if name not in self._processMap: iprot.skip(TType.STRUCT) iprot.readMessageEnd() x = TApplicationException(TApplicationException.UNKNOWN_METHOD, 'Unknown function %s' % (name)) oprot.writeMessageBegin(name, TMessageType.EXCEPTION, seqid) x.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() return else: self._processMap[name](self, seqid, iprot, oprot) return True def process_openSession(self, seqid, iprot, oprot): args = openSession_args() args.read(iprot) iprot.readMessageEnd() result = openSession_result() try: result.success = self._handler.openSession(args.request) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("openSession", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_getAcctVerifMethod(self, seqid, iprot, oprot): args = getAcctVerifMethod_args() args.read(iprot) iprot.readMessageEnd() result = getAcctVerifMethod_result() try: result.success = self._handler.getAcctVerifMethod(args.authSessionId, args.accountIdentifier) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("getAcctVerifMethod", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_registerPrimaryUsingPhone(self, seqid, iprot, oprot): args = registerPrimaryUsingPhone_args() args.read(iprot) iprot.readMessageEnd() result = registerPrimaryUsingPhone_result() try: result.success = self._handler.registerPrimaryUsingPhone(args.authSessionId) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("registerPrimaryUsingPhone", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_migratePrimaryUsingPhone(self, seqid, iprot, oprot): args = migratePrimaryUsingPhone_args() args.read(iprot) iprot.readMessageEnd() result = migratePrimaryUsingPhone_result() try: result.success = self._handler.migratePrimaryUsingPhone(args.authSessionId) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("migratePrimaryUsingPhone", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_getPhoneVerifMethod(self, seqid, iprot, oprot): args = getPhoneVerifMethod_args() args.read(iprot) iprot.readMessageEnd() result = getPhoneVerifMethod_result() try: result.success = self._handler.getPhoneVerifMethod(args.authSessionId, args.device, args.userPhoneNumber) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("getPhoneVerifMethod", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_verifyPhone(self, seqid, iprot, oprot): args = verifyPhone_args() args.read(iprot) iprot.readMessageEnd() result = verifyPhone_result() try: result.success = self._handler.verifyPhone(args.authSessionId, args.device, args.userPhoneNumber, args.pinCode) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("verifyPhone", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_verifyAccountUsingPwd(self, seqid, iprot, oprot): args = verifyAccountUsingPwd_args() args.read(iprot) iprot.readMessageEnd() result = verifyAccountUsingPwd_result() try: result.success = self._handler.verifyAccountUsingPwd(args.authSessionId, args.accountIdentifier, args.encryptedPassword) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("verifyAccountUsingPwd", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_validateProfile(self, seqid, iprot, oprot): args = validateProfile_args() args.read(iprot) iprot.readMessageEnd() result = validateProfile_result() try: result.success = self._handler.validateProfile(args.authSessionId, args.displayName) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("validateProfile", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_getUserProfile(self, seqid, iprot, oprot): args = getUserProfile_args() args.read(iprot) iprot.readMessageEnd() result = getUserProfile_result() try: result.success = self._handler.getUserProfile(args.authSessionId, args.accountIdentifier) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("getUserProfile", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_issueWebAuthDetailsForAcctVerif(self, seqid, iprot, oprot): args = issueWebAuthDetailsForAcctVerif_args() args.read(iprot) iprot.readMessageEnd() result = issueWebAuthDetailsForAcctVerif_result() try: result.success = self._handler.issueWebAuthDetailsForAcctVerif(args.authSessionId, args.accountIdentifier) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("issueWebAuthDetailsForAcctVerif", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_issueWebAuthDetailsForSecondAuth(self, seqid, iprot, oprot): args = issueWebAuthDetailsForSecondAuth_args() args.read(iprot) iprot.readMessageEnd() result = issueWebAuthDetailsForSecondAuth_result() try: result.success = self._handler.issueWebAuthDetailsForSecondAuth(args.authSessionId) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("issueWebAuthDetailsForSecondAuth", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_exchangeEncryptionKey(self, seqid, iprot, oprot): args = exchangeEncryptionKey_args() args.read(iprot) iprot.readMessageEnd() result = exchangeEncryptionKey_result() try: result.success = self._handler.exchangeEncryptionKey(args.authSessionId, args.request) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("exchangeEncryptionKey", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_setPassword(self, seqid, iprot, oprot): args = setPassword_args() args.read(iprot) iprot.readMessageEnd() result = setPassword_result() try: result.success = self._handler.setPassword(args.authSessionId, args.encryptedPassword) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("setPassword", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_sendPinCodeForPhone(self, seqid, iprot, oprot): args = sendPinCodeForPhone_args() args.read(iprot) iprot.readMessageEnd() result = sendPinCodeForPhone_result() try: result.success = self._handler.sendPinCodeForPhone(args.authSessionId, args.device, args.userPhoneNumber, args.verifMethod) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("sendPinCodeForPhone", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() def process_getSecondAuthMethod(self, seqid, iprot, oprot): args = getSecondAuthMethod_args() args.read(iprot) iprot.readMessageEnd() result = getSecondAuthMethod_result() try: result.success = self._handler.getSecondAuthMethod(args.authSessionId) msg_type = TMessageType.REPLY except TTransport.TTransportException: raise except AuthException as e: msg_type = TMessageType.REPLY result.e = e except TApplicationException as ex: logging.exception('TApplication exception in handler') msg_type = TMessageType.EXCEPTION result = ex except Exception: logging.exception('Unexpected exception in handler') msg_type = TMessageType.EXCEPTION result = TApplicationException(TApplicationException.INTERNAL_ERROR, 'Internal error') oprot.writeMessageBegin("getSecondAuthMethod", msg_type, seqid) result.write(oprot) oprot.writeMessageEnd() oprot.trans.flush() # HELPER FUNCTIONS AND STRUCTURES class openSession_args(object): """ Attributes: - request """ def __init__(self, request=None,): self.request = request def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRUCT: self.request = OpenSessionRequest() self.request.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('openSession_args') if self.request is not None: oprot.writeFieldBegin('request', TType.STRUCT, 1) self.request.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(openSession_args) openSession_args.thrift_spec = ( None, # 0 (1, TType.STRUCT, 'request', [OpenSessionRequest, None], None, ), # 1 ) class openSession_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRING: self.success = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('openSession_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRING, 0) oprot.writeString(self.success.encode('utf-8') if sys.version_info[0] == 2 else self.success) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(openSession_result) openSession_result.thrift_spec = ( (0, TType.STRING, 'success', 'UTF8', None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class getAcctVerifMethod_args(object): """ Attributes: - authSessionId - accountIdentifier """ def __init__(self, authSessionId=None, accountIdentifier=None,): self.authSessionId = authSessionId self.accountIdentifier = accountIdentifier def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.accountIdentifier = AccountIdentifier() self.accountIdentifier.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getAcctVerifMethod_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.accountIdentifier is not None: oprot.writeFieldBegin('accountIdentifier', TType.STRUCT, 2) self.accountIdentifier.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getAcctVerifMethod_args) getAcctVerifMethod_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'accountIdentifier', [AccountIdentifier, None], None, ), # 2 ) class getAcctVerifMethod_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = GetAcctVerifMethodResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getAcctVerifMethod_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getAcctVerifMethod_result) getAcctVerifMethod_result.thrift_spec = ( (0, TType.STRUCT, 'success', [GetAcctVerifMethodResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class registerPrimaryUsingPhone_args(object): """ Attributes: - authSessionId """ def __init__(self, authSessionId=None,): self.authSessionId = authSessionId def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 2: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('registerPrimaryUsingPhone_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 2) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(registerPrimaryUsingPhone_args) registerPrimaryUsingPhone_args.thrift_spec = ( None, # 0 None, # 1 (2, TType.STRING, 'authSessionId', 'UTF8', None, ), # 2 ) class registerPrimaryUsingPhone_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = RegisterPrimaryResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('registerPrimaryUsingPhone_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(registerPrimaryUsingPhone_result) registerPrimaryUsingPhone_result.thrift_spec = ( (0, TType.STRUCT, 'success', [RegisterPrimaryResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class migratePrimaryUsingPhone_args(object): """ Attributes: - authSessionId """ def __init__(self, authSessionId=None,): self.authSessionId = authSessionId def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('migratePrimaryUsingPhone_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(migratePrimaryUsingPhone_args) migratePrimaryUsingPhone_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 ) class migratePrimaryUsingPhone_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = MigratePrimaryResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('migratePrimaryUsingPhone_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(migratePrimaryUsingPhone_result) migratePrimaryUsingPhone_result.thrift_spec = ( (0, TType.STRUCT, 'success', [MigratePrimaryResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class getPhoneVerifMethod_args(object): """ Attributes: - authSessionId - device - userPhoneNumber """ def __init__(self, authSessionId=None, device=None, userPhoneNumber=None,): self.authSessionId = authSessionId self.device = device self.userPhoneNumber = userPhoneNumber def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.device = Device() self.device.read(iprot) else: iprot.skip(ftype) elif fid == 3: if ftype == TType.STRUCT: self.userPhoneNumber = UserPhoneNumber() self.userPhoneNumber.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getPhoneVerifMethod_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.device is not None: oprot.writeFieldBegin('device', TType.STRUCT, 2) self.device.write(oprot) oprot.writeFieldEnd() if self.userPhoneNumber is not None: oprot.writeFieldBegin('userPhoneNumber', TType.STRUCT, 3) self.userPhoneNumber.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getPhoneVerifMethod_args) getPhoneVerifMethod_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'device', [Device, None], None, ), # 2 (3, TType.STRUCT, 'userPhoneNumber', [UserPhoneNumber, None], None, ), # 3 ) class getPhoneVerifMethod_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = GetPhoneVerifMethodResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getPhoneVerifMethod_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getPhoneVerifMethod_result) getPhoneVerifMethod_result.thrift_spec = ( (0, TType.STRUCT, 'success', [GetPhoneVerifMethodResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class verifyPhone_args(object): """ Attributes: - authSessionId - device - userPhoneNumber - pinCode """ def __init__(self, authSessionId=None, device=None, userPhoneNumber=None, pinCode=None,): self.authSessionId = authSessionId self.device = device self.userPhoneNumber = userPhoneNumber self.pinCode = pinCode def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.device = Device() self.device.read(iprot) else: iprot.skip(ftype) elif fid == 3: if ftype == TType.STRUCT: self.userPhoneNumber = UserPhoneNumber() self.userPhoneNumber.read(iprot) else: iprot.skip(ftype) elif fid == 4: if ftype == TType.STRING: self.pinCode = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('verifyPhone_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.device is not None: oprot.writeFieldBegin('device', TType.STRUCT, 2) self.device.write(oprot) oprot.writeFieldEnd() if self.userPhoneNumber is not None: oprot.writeFieldBegin('userPhoneNumber', TType.STRUCT, 3) self.userPhoneNumber.write(oprot) oprot.writeFieldEnd() if self.pinCode is not None: oprot.writeFieldBegin('pinCode', TType.STRING, 4) oprot.writeString(self.pinCode.encode('utf-8') if sys.version_info[0] == 2 else self.pinCode) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(verifyPhone_args) verifyPhone_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'device', [Device, None], None, ), # 2 (3, TType.STRUCT, 'userPhoneNumber', [UserPhoneNumber, None], None, ), # 3 (4, TType.STRING, 'pinCode', 'UTF8', None, ), # 4 ) class verifyPhone_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = VerifyPhoneResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('verifyPhone_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(verifyPhone_result) verifyPhone_result.thrift_spec = ( (0, TType.STRUCT, 'success', [VerifyPhoneResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class verifyAccountUsingPwd_args(object): """ Attributes: - authSessionId - accountIdentifier - encryptedPassword """ def __init__(self, authSessionId=None, accountIdentifier=None, encryptedPassword=None,): self.authSessionId = authSessionId self.accountIdentifier = accountIdentifier self.encryptedPassword = encryptedPassword def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.accountIdentifier = AccountIdentifier() self.accountIdentifier.read(iprot) else: iprot.skip(ftype) elif fid == 3: if ftype == TType.STRUCT: self.encryptedPassword = EncryptedPassword() self.encryptedPassword.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('verifyAccountUsingPwd_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.accountIdentifier is not None: oprot.writeFieldBegin('accountIdentifier', TType.STRUCT, 2) self.accountIdentifier.write(oprot) oprot.writeFieldEnd() if self.encryptedPassword is not None: oprot.writeFieldBegin('encryptedPassword', TType.STRUCT, 3) self.encryptedPassword.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(verifyAccountUsingPwd_args) verifyAccountUsingPwd_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'accountIdentifier', [AccountIdentifier, None], None, ), # 2 (3, TType.STRUCT, 'encryptedPassword', [EncryptedPassword, None], None, ), # 3 ) class verifyAccountUsingPwd_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = VerifyAccountUsingPwdResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('verifyAccountUsingPwd_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(verifyAccountUsingPwd_result) verifyAccountUsingPwd_result.thrift_spec = ( (0, TType.STRUCT, 'success', [VerifyAccountUsingPwdResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class validateProfile_args(object): """ Attributes: - authSessionId - displayName """ def __init__(self, authSessionId=None, displayName=None,): self.authSessionId = authSessionId self.displayName = displayName def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRING: self.displayName = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('validateProfile_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.displayName is not None: oprot.writeFieldBegin('displayName', TType.STRING, 2) oprot.writeString(self.displayName.encode('utf-8') if sys.version_info[0] == 2 else self.displayName) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(validateProfile_args) validateProfile_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRING, 'displayName', 'UTF8', None, ), # 2 ) class validateProfile_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = ValidateProfileResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('validateProfile_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(validateProfile_result) validateProfile_result.thrift_spec = ( (0, TType.STRUCT, 'success', [ValidateProfileResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class getUserProfile_args(object): """ Attributes: - authSessionId - accountIdentifier """ def __init__(self, authSessionId=None, accountIdentifier=None,): self.authSessionId = authSessionId self.accountIdentifier = accountIdentifier def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.accountIdentifier = AccountIdentifier() self.accountIdentifier.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getUserProfile_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.accountIdentifier is not None: oprot.writeFieldBegin('accountIdentifier', TType.STRUCT, 2) self.accountIdentifier.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getUserProfile_args) getUserProfile_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'accountIdentifier', [AccountIdentifier, None], None, ), # 2 ) class getUserProfile_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = GetUserProfileResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getUserProfile_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getUserProfile_result) getUserProfile_result.thrift_spec = ( (0, TType.STRUCT, 'success', [GetUserProfileResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class issueWebAuthDetailsForAcctVerif_args(object): """ Attributes: - authSessionId - accountIdentifier """ def __init__(self, authSessionId=None, accountIdentifier=None,): self.authSessionId = authSessionId self.accountIdentifier = accountIdentifier def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.accountIdentifier = AccountIdentifier() self.accountIdentifier.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('issueWebAuthDetailsForAcctVerif_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.accountIdentifier is not None: oprot.writeFieldBegin('accountIdentifier', TType.STRUCT, 2) self.accountIdentifier.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(issueWebAuthDetailsForAcctVerif_args) issueWebAuthDetailsForAcctVerif_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'accountIdentifier', [AccountIdentifier, None], None, ), # 2 ) class issueWebAuthDetailsForAcctVerif_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = IssueWebAuthDetailsForAcctVerifResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('issueWebAuthDetailsForAcctVerif_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(issueWebAuthDetailsForAcctVerif_result) issueWebAuthDetailsForAcctVerif_result.thrift_spec = ( (0, TType.STRUCT, 'success', [IssueWebAuthDetailsForAcctVerifResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class issueWebAuthDetailsForSecondAuth_args(object): """ Attributes: - authSessionId """ def __init__(self, authSessionId=None,): self.authSessionId = authSessionId def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('issueWebAuthDetailsForSecondAuth_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(issueWebAuthDetailsForSecondAuth_args) issueWebAuthDetailsForSecondAuth_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 ) class issueWebAuthDetailsForSecondAuth_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = IssueWebAuthDetailsForSecondAuthResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('issueWebAuthDetailsForSecondAuth_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(issueWebAuthDetailsForSecondAuth_result) issueWebAuthDetailsForSecondAuth_result.thrift_spec = ( (0, TType.STRUCT, 'success', [IssueWebAuthDetailsForSecondAuthResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class exchangeEncryptionKey_args(object): """ Attributes: - authSessionId - request """ def __init__(self, authSessionId=None, request=None,): self.authSessionId = authSessionId self.request = request def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.request = ExchangeEncryptionKeyRequest() self.request.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('exchangeEncryptionKey_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.request is not None: oprot.writeFieldBegin('request', TType.STRUCT, 2) self.request.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(exchangeEncryptionKey_args) exchangeEncryptionKey_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'request', [ExchangeEncryptionKeyRequest, None], None, ), # 2 ) class exchangeEncryptionKey_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = ExchangeEncryptionKeyResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('exchangeEncryptionKey_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(exchangeEncryptionKey_result) exchangeEncryptionKey_result.thrift_spec = ( (0, TType.STRUCT, 'success', [ExchangeEncryptionKeyResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class setPassword_args(object): """ Attributes: - authSessionId - encryptedPassword """ def __init__(self, authSessionId=None, encryptedPassword=None,): self.authSessionId = authSessionId self.encryptedPassword = encryptedPassword def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.encryptedPassword = EncryptedPassword() self.encryptedPassword.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('setPassword_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.encryptedPassword is not None: oprot.writeFieldBegin('encryptedPassword', TType.STRUCT, 2) self.encryptedPassword.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(setPassword_args) setPassword_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'encryptedPassword', [EncryptedPassword, None], None, ), # 2 ) class setPassword_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = SetPasswordResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('setPassword_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(setPassword_result) setPassword_result.thrift_spec = ( (0, TType.STRUCT, 'success', [SetPasswordResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class sendPinCodeForPhone_args(object): """ Attributes: - authSessionId - device - userPhoneNumber - verifMethod """ def __init__(self, authSessionId=None, device=None, userPhoneNumber=None, verifMethod=None,): self.authSessionId = authSessionId self.device = device self.userPhoneNumber = userPhoneNumber self.verifMethod = verifMethod def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) elif fid == 2: if ftype == TType.STRUCT: self.device = Device() self.device.read(iprot) else: iprot.skip(ftype) elif fid == 3: if ftype == TType.STRUCT: self.userPhoneNumber = UserPhoneNumber() self.userPhoneNumber.read(iprot) else: iprot.skip(ftype) elif fid == 4: if ftype == TType.I32: self.verifMethod = iprot.readI32() else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('sendPinCodeForPhone_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() if self.device is not None: oprot.writeFieldBegin('device', TType.STRUCT, 2) self.device.write(oprot) oprot.writeFieldEnd() if self.userPhoneNumber is not None: oprot.writeFieldBegin('userPhoneNumber', TType.STRUCT, 3) self.userPhoneNumber.write(oprot) oprot.writeFieldEnd() if self.verifMethod is not None: oprot.writeFieldBegin('verifMethod', TType.I32, 4) oprot.writeI32(self.verifMethod) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(sendPinCodeForPhone_args) sendPinCodeForPhone_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 (2, TType.STRUCT, 'device', [Device, None], None, ), # 2 (3, TType.STRUCT, 'userPhoneNumber', [UserPhoneNumber, None], None, ), # 3 (4, TType.I32, 'verifMethod', None, None, ), # 4 ) class sendPinCodeForPhone_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = SendPinCodeForPhoneResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('sendPinCodeForPhone_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(sendPinCodeForPhone_result) sendPinCodeForPhone_result.thrift_spec = ( (0, TType.STRUCT, 'success', [SendPinCodeForPhoneResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) class getSecondAuthMethod_args(object): """ Attributes: - authSessionId """ def __init__(self, authSessionId=None,): self.authSessionId = authSessionId def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 1: if ftype == TType.STRING: self.authSessionId = iprot.readString().decode('utf-8') if sys.version_info[0] == 2 else iprot.readString() else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getSecondAuthMethod_args') if self.authSessionId is not None: oprot.writeFieldBegin('authSessionId', TType.STRING, 1) oprot.writeString(self.authSessionId.encode('utf-8') if sys.version_info[0] == 2 else self.authSessionId) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getSecondAuthMethod_args) getSecondAuthMethod_args.thrift_spec = ( None, # 0 (1, TType.STRING, 'authSessionId', 'UTF8', None, ), # 1 ) class getSecondAuthMethod_result(object): """ Attributes: - success - e """ def __init__(self, success=None, e=None,): self.success = success self.e = e def read(self, iprot): if iprot._fast_decode is not None and isinstance(iprot.trans, TTransport.CReadableTransport) and self.thrift_spec is not None: iprot._fast_decode(self, iprot, [self.__class__, self.thrift_spec]) return iprot.readStructBegin() while True: (fname, ftype, fid) = iprot.readFieldBegin() if ftype == TType.STOP: break if fid == 0: if ftype == TType.STRUCT: self.success = GetSecondAuthMethodResponse() self.success.read(iprot) else: iprot.skip(ftype) elif fid == 1: if ftype == TType.STRUCT: self.e = AuthException() self.e.read(iprot) else: iprot.skip(ftype) else: iprot.skip(ftype) iprot.readFieldEnd() iprot.readStructEnd() def write(self, oprot): if oprot._fast_encode is not None and self.thrift_spec is not None: oprot.trans.write(oprot._fast_encode(self, [self.__class__, self.thrift_spec])) return oprot.writeStructBegin('getSecondAuthMethod_result') if self.success is not None: oprot.writeFieldBegin('success', TType.STRUCT, 0) self.success.write(oprot) oprot.writeFieldEnd() if self.e is not None: oprot.writeFieldBegin('e', TType.STRUCT, 1) self.e.write(oprot) oprot.writeFieldEnd() oprot.writeFieldStop() oprot.writeStructEnd() def validate(self): return def __repr__(self): L = ['%s=%r' % (key, value) for key, value in self.__dict__.items()] return '%s(%s)' % (self.__class__.__name__, ', '.join(L)) def __eq__(self, other): return isinstance(other, self.__class__) and self.__dict__ == other.__dict__ def __ne__(self, other): return not (self == other) all_structs.append(getSecondAuthMethod_result) getSecondAuthMethod_result.thrift_spec = ( (0, TType.STRUCT, 'success', [GetSecondAuthMethodResponse, None], None, ), # 0 (1, TType.STRUCT, 'e', [AuthException, None], None, ), # 1 ) fix_spec(all_structs) del all_structs

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1

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null

0

8

645bed5bed7bc7b5fc45568ee4a5911a821e3bbb

144

py

Python

tests/fixtures/deployments.py

curvefi/deposit-and-stake-zap

2183cfa03d23b9a1e572d46332d73ad30b39845d

[ "MIT" ]

null

tests/fixtures/deployments.py

curvefi/deposit-and-stake-zap

2183cfa03d23b9a1e572d46332d73ad30b39845d

[ "MIT" ]

null

tests/fixtures/deployments.py

curvefi/deposit-and-stake-zap

2183cfa03d23b9a1e572d46332d73ad30b39845d

[ "MIT" ]

null

import pytest @pytest.fixture(scope="module") def zap(deposit_and_stake_zap, alice): return deposit_and_stake_zap.deploy({'from': alice})

20.571429

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0

1

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7

b37a13b3cf0e2d553723f6bad9283b17cc8bb77e

4,511

py

Python

credentialstore/api/decorators.py

ToxicSamN/python-credential

cb8c55aaddb185ec5f96e0a91895c3ea8e065320

[ "Apache-2.0" ]

null

credentialstore/api/decorators.py

ToxicSamN/python-credential

cb8c55aaddb185ec5f96e0a91895c3ea8e065320

[ "Apache-2.0" ]

null

credentialstore/api/decorators.py

ToxicSamN/python-credential

cb8c55aaddb185ec5f96e0a91895c3ea8e065320

[ "Apache-2.0" ]

null

from django.contrib.auth import REDIRECT_FIELD_NAME from django.contrib.auth.decorators import user_passes_test from django.contrib.auth.models import Group def admin_login_required(function=None, redirect_field_name=REDIRECT_FIELD_NAME, login_url=None): """ Decorator for views that checks that the user is logged in and a member of the Administrators group, redirecting to the log-in page if necessary. All Administrators and Staff are inherently allowed access """ if user_passes_test(lambda u: Group.objects.get(name='Administrator') in u.groups.all() or u.is_staff or u.is_superuser): actual_decorator = user_passes_test( lambda u: u.is_authenticated and Group.objects.get(name='Administrator') in u.groups.all() or u.is_staff or u.is_superuser, login_url=login_url, redirect_field_name=redirect_field_name ) else: actual_decorator = user_passes_test( lambda u: False, login_url=login_url, redirect_field_name=redirect_field_name ) if function: return actual_decorator(function) return actual_decorator def create_login_required(function=None, redirect_field_name=REDIRECT_FIELD_NAME, login_url=None): """ Decorator for views that checks that the user is logged in and a member of the Create group, redirecting to the log-in page if necessary. All Administrators and Staff are inherently allowed access """ if user_passes_test(lambda u: Group.objects.get(name='Create') in u.groups.all() or Group.objects.get(name='Administrator') in u.groups.all() or u.is_staff or u.is_superuser): actual_decorator = user_passes_test( lambda u: u.is_authenticated and Group.objects.get(name='Create') in u.groups.all() or Group.objects.get(name='Administrator') in u.groups.all() or u.is_staff or u.is_superuser, login_url=login_url, redirect_field_name=redirect_field_name ) else: actual_decorator = user_passes_test( lambda u: False, login_url=login_url, redirect_field_name=redirect_field_name ) if function: return actual_decorator(function) return actual_decorator def update_login_required(function=None, redirect_field_name=REDIRECT_FIELD_NAME, login_url=None): """ Decorator for views that checks that the user is logged in and a member of the Update group, redirecting to the log-in page if necessary. All Administrators and Staff are inherently allowed access """ if user_passes_test(lambda u: Group.objects.get(name='Update') in u.groups.all() or Group.objects.get(name='Administrator') in u.groups.all() or u.is_staff or u.is_superuser): actual_decorator = user_passes_test( lambda u: u.is_authenticated and (Group.objects.get(name='Update') in u.groups.all() or Group.objects.get(name='Administrator') in u.groups.all()) or u.is_staff or u.is_superuser, login_url=login_url, redirect_field_name=redirect_field_name ) else: actual_decorator = user_passes_test( lambda u: False, login_url=login_url, redirect_field_name=redirect_field_name ) if function: return actual_decorator(function) return actual_decorator def retrieve_login_required(function=None, redirect_field_name=REDIRECT_FIELD_NAME, login_url=None): """ Decorator for views that checks that the user is logged in and a member of the credstore group, redirecting to the log-in page if necessary. All Administrators and Staff are inherently allowed access """ if user_passes_test(lambda u: Group.objects.get(name='credstore_users') in u.groups.all() or Group.objects.get(name='Administrator') in u.groups.all() or u.is_staff or u.is_superuser): actual_decorator = user_passes_test( lambda u: u.is_authenticated and (Group.objects.get(name='credstore_users') in u.groups.all() or Group.objects.get(name='Administrator') in u.groups.all()) or u.is_staff or u.is_superuser, login_url=login_url, redirect_field_name=redirect_field_name ) else: actual_decorator = user_passes_test( lambda u: False, login_url=login_url, redirect_field_name=redirect_field_name ) if function: return actual_decorator(function) return actual_decorator

43.375

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0

null

0

1

0

null

0

1

0

7

373ff33f76f61c9fe0c2fc25d860ac1363557bda

5,319

py

Python

test/module/perceiver_io/test_attention.py

kengz/torcharc

e17043391c718a161956b4da98f9a7810efe62a2

[ "MIT" ]

1

2020-06-12T09:55:25.000Z

test/module/perceiver_io/test_attention.py

kengz/torcharc

e17043391c718a161956b4da98f9a7810efe62a2

[ "MIT" ]

5

2021-06-26T18:25:39.000Z

2021-12-31T22:43:22.000Z

test/module/perceiver_io/test_attention.py

kengz/torcharc

e17043391c718a161956b4da98f9a7810efe62a2

[ "MIT" ]

null

from torch import nn from torcharc.module.perceiver_io import attention import pytest import torch @pytest.mark.parametrize('embed', [torch.rand((2, 4, 11))]) @pytest.mark.parametrize('widening_factor', [1, 4]) def test_transformer_mlp(embed, widening_factor): embed_dim = embed.shape[-1] module = attention.TransformerMLP(embed_dim, widening_factor) out = module(embed) assert out.shape == embed.shape assert not out.isnan().any() out.mean().backward() @pytest.mark.parametrize('embed', [torch.rand((2, 4, 11))]) @pytest.mark.parametrize('dropout_p', [0.0, 0.5]) def test_residual(embed, dropout_p): embed_dim = embed.shape[-1] mlp = nn.Linear(embed_dim, embed_dim) module = attention.Residual(mlp, dropout_p) out = module(embed) assert out.shape == embed.shape assert not out.isnan().any() out.mean().backward() @pytest.mark.parametrize('shape,mask', [ ((2, 4, 8, 16), None), ((2, 4, 8, 16), torch.rand((2, 4, 4)).round().bool()), ]) def test_attend(shape, mask): # shape (batch index num_heads head_dim) q = torch.rand(shape) k = torch.rand(shape) v = torch.rand(shape) z = attention.attend(q, k, v, mask) assert z.shape == shape assert not z.isnan().any() @pytest.mark.parametrize('embed,context', [ (torch.rand((2, 4, 11)), None), # shape (batch index embed_dim) (torch.rand((2, 4, 11)), torch.rand((2, 3, 13))), ]) @pytest.mark.parametrize('head_dim', [64]) @pytest.mark.parametrize('v_head_dim', [None, 32]) @pytest.mark.parametrize('num_heads', [1, 8]) def test_attention(embed, context, head_dim, v_head_dim, num_heads): embed_dim = embed.shape[-1] context_dim = None if context is None else context.shape[-1] module = attention.Attention(embed_dim, context_dim, head_dim=head_dim, v_head_dim=v_head_dim, num_heads=num_heads) attn = module(embed, context) assert attn.shape == embed.shape attn.mean().backward() @pytest.mark.parametrize('embed', [torch.rand((2, 4, 11))]) @pytest.mark.parametrize('head_dim', [64]) @pytest.mark.parametrize('v_head_dim', [None, 32]) @pytest.mark.parametrize('num_heads', [1, 8]) def test_self_attention(embed, head_dim, num_heads, v_head_dim): embed_dim = embed.shape[-1] module = attention.SelfAttention(embed_dim, head_dim=head_dim, v_head_dim=v_head_dim, num_heads=num_heads) out = module(embed) assert out.shape == embed.shape assert not out.isnan().any() out.mean().backward() @pytest.mark.parametrize('embed', [torch.rand((2, 4, 11))]) @pytest.mark.parametrize('context', [torch.rand((2, 3, 13))]) @pytest.mark.parametrize('head_dim', [64]) @pytest.mark.parametrize('v_head_dim', [None, 32]) @pytest.mark.parametrize('num_heads', [1, 8]) def test_cross_attention(embed, context, head_dim, v_head_dim, num_heads): embed_dim = embed.shape[-1] context_dim = context.shape[-1] module = attention.CrossAttention(embed_dim, context_dim, head_dim=head_dim, v_head_dim=v_head_dim, num_heads=num_heads) out = module(embed, context) assert out.shape == embed.shape assert not out.isnan().any() out.mean().backward() @pytest.mark.parametrize('embed', [torch.rand((2, 4, 11))]) @pytest.mark.parametrize('head_dim', [64]) @pytest.mark.parametrize('v_head_dim', [None, 32]) @pytest.mark.parametrize('num_heads', [1, 8]) @pytest.mark.parametrize('widening_factor', [1, 4]) def test_build_self_attn_layer(embed, head_dim, v_head_dim, num_heads, widening_factor): embed_dim = embed.shape[-1] module = attention.build_self_attn_layer(embed_dim, head_dim=head_dim, v_head_dim=v_head_dim, num_heads=num_heads, widening_factor=widening_factor) out = module(embed) assert out.shape == embed.shape assert not out.isnan().any() out.mean().backward() @pytest.mark.parametrize('num_self_attn_per_block', [1, 4]) @pytest.mark.parametrize('embed', [torch.rand((2, 4, 11))]) @pytest.mark.parametrize('head_dim', [64]) @pytest.mark.parametrize('v_head_dim', [None, 32]) @pytest.mark.parametrize('num_heads', [1, 8]) @pytest.mark.parametrize('widening_factor', [1, 4]) def test_build_self_attn_block(num_self_attn_per_block, embed, head_dim, v_head_dim, num_heads, widening_factor): embed_dim = embed.shape[-1] module = attention.build_self_attn_block(num_self_attn_per_block, embed_dim, head_dim=head_dim, v_head_dim=v_head_dim, num_heads=num_heads, widening_factor=widening_factor) out = module(embed) assert out.shape == embed.shape assert not out.isnan().any() out.mean().backward() @pytest.mark.parametrize('embed', [torch.rand((2, 4, 11))]) @pytest.mark.parametrize('context', [torch.rand((2, 3, 13))]) @pytest.mark.parametrize('head_dim', [64]) @pytest.mark.parametrize('v_head_dim', [None, 32]) @pytest.mark.parametrize('num_heads', [1, 8]) @pytest.mark.parametrize('widening_factor', [1, 4]) def test_build_cross_attn_layer(embed, context, head_dim, v_head_dim, num_heads, widening_factor): embed_dim = embed.shape[-1] context_dim = context.shape[-1] module = attention.build_cross_attn_layer(embed_dim, context_dim, head_dim=head_dim, v_head_dim=v_head_dim, num_heads=num_heads, widening_factor=widening_factor) out = module(embed, context) assert out.shape == embed.shape assert not out.isnan().any() out.mean().backward()

40.603053

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0.773816

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0

null

0

1

0

1

0

null

0

7

374e9d8b08f961ae5f9e247c97999291aa03bd5f

212

py

Python

espapp/data/ethtoolpyth.py

emb-karan/WOLapp_linux

8fef681e6d4f4ffb879cafbc5a723f315f34932c

[ "MIT" ]

null

espapp/data/ethtoolpyth.py

emb-karan/WOLapp_linux

8fef681e6d4f4ffb879cafbc5a723f315f34932c

[ "MIT" ]

null

espapp/data/ethtoolpyth.py

emb-karan/WOLapp_linux

8fef681e6d4f4ffb879cafbc5a723f315f34932c

[ "MIT" ]

null

import subprocess import time print('Running ethtool command') subprocess.call(['sudo', 'ethtool', '-s','enp1s0', 'wol','g' ]) time.sleep(10) subprocess.call(['sudo', 'ethtool', '-s','enp1s0', 'wol','g' ])

30.285714

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27

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5

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0.207407

0.266667

0.37037

0.533333

0

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0.113208

212

7

65

30.285714

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0

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true

0

0.333333

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0.333333

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null

1

0

1

0

null

0

1

0

1

0

7

375ae0a734f4f6b828a560748bfd17bf66ddd7df

54

py

Python

cipush/ci/default.py

tomazk/ci-metric-push

0d74149aaf7216bc09d937a8ee46ca3f8e284368

[ "MIT" ]

1

2017-12-08T11:42:16.000Z

cipush/ci/default.py

tomazk/ci-metric-push

0d74149aaf7216bc09d937a8ee46ca3f8e284368

[ "MIT" ]

null

cipush/ci/default.py

tomazk/ci-metric-push

0d74149aaf7216bc09d937a8ee46ca3f8e284368

[ "MIT" ]

null

import cipush.ci class Ci(cipush.ci.BaseCi): pass

13.5

27

0.722222

9

54

4.333333

0.666667

0.410256

0

0.166667

54

4

28

13.5

0.866667

0

1

0

true

0.333333

0

0.666667

0

1

0

null

1

0

1

0

null

0

1

0

1

0

7

37901c658026debe3afa14529a8734c6e2b55ebb

103

py

Python

src/app/basics/primitives/__init__.py

spartanPAGE/python-trigonometrics

c943fa9a64202d3447fa47a06867fac4173d41f0

[ "MIT" ]

null

src/app/basics/primitives/__init__.py

spartanPAGE/python-trigonometrics

c943fa9a64202d3447fa47a06867fac4173d41f0

[ "MIT" ]

null

src/app/basics/primitives/__init__.py

spartanPAGE/python-trigonometrics

c943fa9a64202d3447fa47a06867fac4173d41f0

[ "MIT" ]

null

from .line import * from .circle import * from .bordered_circle import * from .crossed_circle import *

20.6

30

0.76699

14

103

5.5

0.428571

0.38961

0.415584

0

0.15534

103

4

31

25.75

0.885057

0

1

0

true

0

1

0

1

0

1

0

null

1

0

1

0

null

0

1

0

1

0

1

0

7

8060e5933b4f0a4c8ddb81549af071e2439a5590

245

py

Python

blitzdb/backends/file/__init__.py

jcollado/blitzdb

88e1510fe555a0fe1cca15103bbef15e8caadf04

[ "MIT" ]

null

blitzdb/backends/file/__init__.py

jcollado/blitzdb

88e1510fe555a0fe1cca15103bbef15e8caadf04

[ "MIT" ]

null

blitzdb/backends/file/__init__.py

jcollado/blitzdb

88e1510fe555a0fe1cca15103bbef15e8caadf04

[ "MIT" ]

null

from blitzdb.backends.file.backend import Backend from blitzdb.backends.file.store import Store, TransactionalStore from blitzdb.backends.file.index import Index, TransactionalIndex, NonUnique from blitzdb.backends.file.queryset import QuerySet

49

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0

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0.933628

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true

0

1

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null

1

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1

0

null

0

1

0

1

0

1

0

7

03ebb04d26edec0e685b52e02324d822773201f4

22,628

py

Python

sdk/loganalytics/azure-mgmt-loganalytics/azure/mgmt/loganalytics/aio/operations/_queries_operations.py

vincenttran-msft/azure-sdk-for-python

348b56f9f03eeb3f7b502eed51daf494ffff874d

[ "MIT" ]

1

2022-01-24T08:54:57.000Z

sdk/loganalytics/azure-mgmt-loganalytics/azure/mgmt/loganalytics/aio/operations/_queries_operations.py

vincenttran-msft/azure-sdk-for-python

348b56f9f03eeb3f7b502eed51daf494ffff874d

[ "MIT" ]

null

sdk/loganalytics/azure-mgmt-loganalytics/azure/mgmt/loganalytics/aio/operations/_queries_operations.py

vincenttran-msft/azure-sdk-for-python

348b56f9f03eeb3f7b502eed51daf494ffff874d

[ "MIT" ]

null

# coding=utf-8 # -------------------------------------------------------------------------- # Copyright (c) Microsoft Corporation. All rights reserved. # Licensed under the MIT License. See License.txt in the project root for license information. # Code generated by Microsoft (R) AutoRest Code Generator. # Changes may cause incorrect behavior and will be lost if the code is regenerated. # -------------------------------------------------------------------------- import functools from typing import Any, AsyncIterable, Callable, Dict, Generic, Optional, TypeVar import warnings from azure.core.async_paging import AsyncItemPaged, AsyncList from azure.core.exceptions import ClientAuthenticationError, HttpResponseError, ResourceExistsError, ResourceNotFoundError, map_error from azure.core.pipeline import PipelineResponse from azure.core.pipeline.transport import AsyncHttpResponse from azure.core.rest import HttpRequest from azure.core.tracing.decorator import distributed_trace from azure.core.tracing.decorator_async import distributed_trace_async from azure.mgmt.core.exceptions import ARMErrorFormat from ... import models as _models from ..._vendor import _convert_request from ...operations._queries_operations import build_delete_request, build_get_request, build_list_request, build_put_request, build_search_request, build_update_request T = TypeVar('T') ClsType = Optional[Callable[[PipelineResponse[HttpRequest, AsyncHttpResponse], T, Dict[str, Any]], Any]] class QueriesOperations: """QueriesOperations async operations. You should not instantiate this class directly. Instead, you should create a Client instance that instantiates it for you and attaches it as an attribute. :ivar models: Alias to model classes used in this operation group. :type models: ~azure.mgmt.loganalytics.models :param client: Client for service requests. :param config: Configuration of service client. :param serializer: An object model serializer. :param deserializer: An object model deserializer. """ models = _models def __init__(self, client, config, serializer, deserializer) -> None: self._client = client self._serialize = serializer self._deserialize = deserializer self._config = config @distributed_trace def list( self, resource_group_name: str, query_pack_name: str, top: Optional[int] = None, include_body: Optional[bool] = None, skip_token: Optional[str] = None, **kwargs: Any ) -> AsyncIterable["_models.LogAnalyticsQueryPackQueryListResult"]: """Gets a list of Queries defined within a Log Analytics QueryPack. :param resource_group_name: The name of the resource group. The name is case insensitive. :type resource_group_name: str :param query_pack_name: The name of the Log Analytics QueryPack resource. :type query_pack_name: str :param top: Maximum items returned in page. :type top: long :param include_body: Flag indicating whether or not to return the body of each applicable query. If false, only return the query information. :type include_body: bool :param skip_token: Base64 encoded token used to fetch the next page of items. Default is null. :type skip_token: str :keyword callable cls: A custom type or function that will be passed the direct response :return: An iterator like instance of either LogAnalyticsQueryPackQueryListResult or the result of cls(response) :rtype: ~azure.core.async_paging.AsyncItemPaged[~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQueryListResult] :raises: ~azure.core.exceptions.HttpResponseError """ cls = kwargs.pop('cls', None) # type: ClsType["_models.LogAnalyticsQueryPackQueryListResult"] error_map = { 401: ClientAuthenticationError, 404: ResourceNotFoundError, 409: ResourceExistsError } error_map.update(kwargs.pop('error_map', {})) def prepare_request(next_link=None): if not next_link: request = build_list_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, top=top, include_body=include_body, skip_token=skip_token, template_url=self.list.metadata['url'], ) request = _convert_request(request) request.url = self._client.format_url(request.url) else: request = build_list_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, top=top, include_body=include_body, skip_token=skip_token, template_url=next_link, ) request = _convert_request(request) request.url = self._client.format_url(request.url) request.method = "GET" return request async def extract_data(pipeline_response): deserialized = self._deserialize("LogAnalyticsQueryPackQueryListResult", pipeline_response) list_of_elem = deserialized.value if cls: list_of_elem = cls(list_of_elem) return deserialized.next_link or None, AsyncList(list_of_elem) async def get_next(next_link=None): request = prepare_request(next_link) pipeline_response = await self._client._pipeline.run(request, stream=False, **kwargs) response = pipeline_response.http_response if response.status_code not in [200]: map_error(status_code=response.status_code, response=response, error_map=error_map) error = self._deserialize.failsafe_deserialize(_models.ErrorResponse, pipeline_response) raise HttpResponseError(response=response, model=error, error_format=ARMErrorFormat) return pipeline_response return AsyncItemPaged( get_next, extract_data ) list.metadata = {'url': '/subscriptions/{subscriptionId}/resourceGroups/{resourceGroupName}/providers/Microsoft.OperationalInsights/queryPacks/{queryPackName}/queries'} # type: ignore @distributed_trace def search( self, resource_group_name: str, query_pack_name: str, query_search_properties: "_models.LogAnalyticsQueryPackQuerySearchProperties", top: Optional[int] = None, include_body: Optional[bool] = None, skip_token: Optional[str] = None, **kwargs: Any ) -> AsyncIterable["_models.LogAnalyticsQueryPackQueryListResult"]: """Search a list of Queries defined within a Log Analytics QueryPack according to given search properties. :param resource_group_name: The name of the resource group. The name is case insensitive. :type resource_group_name: str :param query_pack_name: The name of the Log Analytics QueryPack resource. :type query_pack_name: str :param query_search_properties: Properties by which to search queries in the given Log Analytics QueryPack. :type query_search_properties: ~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQuerySearchProperties :param top: Maximum items returned in page. :type top: long :param include_body: Flag indicating whether or not to return the body of each applicable query. If false, only return the query information. :type include_body: bool :param skip_token: Base64 encoded token used to fetch the next page of items. Default is null. :type skip_token: str :keyword callable cls: A custom type or function that will be passed the direct response :return: An iterator like instance of either LogAnalyticsQueryPackQueryListResult or the result of cls(response) :rtype: ~azure.core.async_paging.AsyncItemPaged[~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQueryListResult] :raises: ~azure.core.exceptions.HttpResponseError """ content_type = kwargs.pop('content_type', "application/json") # type: Optional[str] cls = kwargs.pop('cls', None) # type: ClsType["_models.LogAnalyticsQueryPackQueryListResult"] error_map = { 401: ClientAuthenticationError, 404: ResourceNotFoundError, 409: ResourceExistsError } error_map.update(kwargs.pop('error_map', {})) def prepare_request(next_link=None): if not next_link: _json = self._serialize.body(query_search_properties, 'LogAnalyticsQueryPackQuerySearchProperties') request = build_search_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, content_type=content_type, json=_json, top=top, include_body=include_body, skip_token=skip_token, template_url=self.search.metadata['url'], ) request = _convert_request(request) request.url = self._client.format_url(request.url) else: _json = self._serialize.body(query_search_properties, 'LogAnalyticsQueryPackQuerySearchProperties') request = build_search_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, content_type=content_type, json=_json, top=top, include_body=include_body, skip_token=skip_token, template_url=next_link, ) request = _convert_request(request) request.url = self._client.format_url(request.url) request.method = "GET" return request async def extract_data(pipeline_response): deserialized = self._deserialize("LogAnalyticsQueryPackQueryListResult", pipeline_response) list_of_elem = deserialized.value if cls: list_of_elem = cls(list_of_elem) return deserialized.next_link or None, AsyncList(list_of_elem) async def get_next(next_link=None): request = prepare_request(next_link) pipeline_response = await self._client._pipeline.run(request, stream=False, **kwargs) response = pipeline_response.http_response if response.status_code not in [200]: map_error(status_code=response.status_code, response=response, error_map=error_map) error = self._deserialize.failsafe_deserialize(_models.ErrorResponse, pipeline_response) raise HttpResponseError(response=response, model=error, error_format=ARMErrorFormat) return pipeline_response return AsyncItemPaged( get_next, extract_data ) search.metadata = {'url': '/subscriptions/{subscriptionId}/resourceGroups/{resourceGroupName}/providers/Microsoft.OperationalInsights/queryPacks/{queryPackName}/queries/search'} # type: ignore @distributed_trace_async async def get( self, resource_group_name: str, query_pack_name: str, id: str, **kwargs: Any ) -> "_models.LogAnalyticsQueryPackQuery": """Gets a specific Log Analytics Query defined within a Log Analytics QueryPack. :param resource_group_name: The name of the resource group. The name is case insensitive. :type resource_group_name: str :param query_pack_name: The name of the Log Analytics QueryPack resource. :type query_pack_name: str :param id: The id of a specific query defined in the Log Analytics QueryPack. :type id: str :keyword callable cls: A custom type or function that will be passed the direct response :return: LogAnalyticsQueryPackQuery, or the result of cls(response) :rtype: ~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQuery :raises: ~azure.core.exceptions.HttpResponseError """ cls = kwargs.pop('cls', None) # type: ClsType["_models.LogAnalyticsQueryPackQuery"] error_map = { 401: ClientAuthenticationError, 404: ResourceNotFoundError, 409: ResourceExistsError } error_map.update(kwargs.pop('error_map', {})) request = build_get_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, id=id, template_url=self.get.metadata['url'], ) request = _convert_request(request) request.url = self._client.format_url(request.url) pipeline_response = await self._client._pipeline.run(request, stream=False, **kwargs) response = pipeline_response.http_response if response.status_code not in [200]: map_error(status_code=response.status_code, response=response, error_map=error_map) error = self._deserialize.failsafe_deserialize(_models.ErrorResponse, pipeline_response) raise HttpResponseError(response=response, model=error, error_format=ARMErrorFormat) deserialized = self._deserialize('LogAnalyticsQueryPackQuery', pipeline_response) if cls: return cls(pipeline_response, deserialized, {}) return deserialized get.metadata = {'url': '/subscriptions/{subscriptionId}/resourceGroups/{resourceGroupName}/providers/Microsoft.OperationalInsights/queryPacks/{queryPackName}/queries/{id}'} # type: ignore @distributed_trace_async async def put( self, resource_group_name: str, query_pack_name: str, id: str, query_payload: "_models.LogAnalyticsQueryPackQuery", **kwargs: Any ) -> "_models.LogAnalyticsQueryPackQuery": """Adds or Updates a specific Query within a Log Analytics QueryPack. :param resource_group_name: The name of the resource group. The name is case insensitive. :type resource_group_name: str :param query_pack_name: The name of the Log Analytics QueryPack resource. :type query_pack_name: str :param id: The id of a specific query defined in the Log Analytics QueryPack. :type id: str :param query_payload: Properties that need to be specified to create a new query and add it to a Log Analytics QueryPack. :type query_payload: ~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQuery :keyword callable cls: A custom type or function that will be passed the direct response :return: LogAnalyticsQueryPackQuery, or the result of cls(response) :rtype: ~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQuery :raises: ~azure.core.exceptions.HttpResponseError """ cls = kwargs.pop('cls', None) # type: ClsType["_models.LogAnalyticsQueryPackQuery"] error_map = { 401: ClientAuthenticationError, 404: ResourceNotFoundError, 409: ResourceExistsError } error_map.update(kwargs.pop('error_map', {})) content_type = kwargs.pop('content_type', "application/json") # type: Optional[str] _json = self._serialize.body(query_payload, 'LogAnalyticsQueryPackQuery') request = build_put_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, id=id, content_type=content_type, json=_json, template_url=self.put.metadata['url'], ) request = _convert_request(request) request.url = self._client.format_url(request.url) pipeline_response = await self._client._pipeline.run(request, stream=False, **kwargs) response = pipeline_response.http_response if response.status_code not in [200]: map_error(status_code=response.status_code, response=response, error_map=error_map) error = self._deserialize.failsafe_deserialize(_models.ErrorResponse, pipeline_response) raise HttpResponseError(response=response, model=error, error_format=ARMErrorFormat) deserialized = self._deserialize('LogAnalyticsQueryPackQuery', pipeline_response) if cls: return cls(pipeline_response, deserialized, {}) return deserialized put.metadata = {'url': '/subscriptions/{subscriptionId}/resourceGroups/{resourceGroupName}/providers/Microsoft.OperationalInsights/queryPacks/{queryPackName}/queries/{id}'} # type: ignore @distributed_trace_async async def update( self, resource_group_name: str, query_pack_name: str, id: str, query_payload: "_models.LogAnalyticsQueryPackQuery", **kwargs: Any ) -> "_models.LogAnalyticsQueryPackQuery": """Adds or Updates a specific Query within a Log Analytics QueryPack. :param resource_group_name: The name of the resource group. The name is case insensitive. :type resource_group_name: str :param query_pack_name: The name of the Log Analytics QueryPack resource. :type query_pack_name: str :param id: The id of a specific query defined in the Log Analytics QueryPack. :type id: str :param query_payload: Properties that need to be specified to create a new query and add it to a Log Analytics QueryPack. :type query_payload: ~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQuery :keyword callable cls: A custom type or function that will be passed the direct response :return: LogAnalyticsQueryPackQuery, or the result of cls(response) :rtype: ~azure.mgmt.loganalytics.models.LogAnalyticsQueryPackQuery :raises: ~azure.core.exceptions.HttpResponseError """ cls = kwargs.pop('cls', None) # type: ClsType["_models.LogAnalyticsQueryPackQuery"] error_map = { 401: ClientAuthenticationError, 404: ResourceNotFoundError, 409: ResourceExistsError } error_map.update(kwargs.pop('error_map', {})) content_type = kwargs.pop('content_type', "application/json") # type: Optional[str] _json = self._serialize.body(query_payload, 'LogAnalyticsQueryPackQuery') request = build_update_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, id=id, content_type=content_type, json=_json, template_url=self.update.metadata['url'], ) request = _convert_request(request) request.url = self._client.format_url(request.url) pipeline_response = await self._client._pipeline.run(request, stream=False, **kwargs) response = pipeline_response.http_response if response.status_code not in [200]: map_error(status_code=response.status_code, response=response, error_map=error_map) error = self._deserialize.failsafe_deserialize(_models.ErrorResponse, pipeline_response) raise HttpResponseError(response=response, model=error, error_format=ARMErrorFormat) deserialized = self._deserialize('LogAnalyticsQueryPackQuery', pipeline_response) if cls: return cls(pipeline_response, deserialized, {}) return deserialized update.metadata = {'url': '/subscriptions/{subscriptionId}/resourceGroups/{resourceGroupName}/providers/Microsoft.OperationalInsights/queryPacks/{queryPackName}/queries/{id}'} # type: ignore @distributed_trace_async async def delete( self, resource_group_name: str, query_pack_name: str, id: str, **kwargs: Any ) -> None: """Deletes a specific Query defined within an Log Analytics QueryPack. :param resource_group_name: The name of the resource group. The name is case insensitive. :type resource_group_name: str :param query_pack_name: The name of the Log Analytics QueryPack resource. :type query_pack_name: str :param id: The id of a specific query defined in the Log Analytics QueryPack. :type id: str :keyword callable cls: A custom type or function that will be passed the direct response :return: None, or the result of cls(response) :rtype: None :raises: ~azure.core.exceptions.HttpResponseError """ cls = kwargs.pop('cls', None) # type: ClsType[None] error_map = { 401: ClientAuthenticationError, 404: ResourceNotFoundError, 409: ResourceExistsError } error_map.update(kwargs.pop('error_map', {})) request = build_delete_request( subscription_id=self._config.subscription_id, resource_group_name=resource_group_name, query_pack_name=query_pack_name, id=id, template_url=self.delete.metadata['url'], ) request = _convert_request(request) request.url = self._client.format_url(request.url) pipeline_response = await self._client._pipeline.run(request, stream=False, **kwargs) response = pipeline_response.http_response if response.status_code not in [200, 204]: map_error(status_code=response.status_code, response=response, error_map=error_map) error = self._deserialize.failsafe_deserialize(_models.ErrorResponse, pipeline_response) raise HttpResponseError(response=response, model=error, error_format=ARMErrorFormat) if cls: return cls(pipeline_response, None, {}) delete.metadata = {'url': '/subscriptions/{subscriptionId}/resourceGroups/{resourceGroupName}/providers/Microsoft.OperationalInsights/queryPacks/{queryPackName}/queries/{id}'} # type: ignore

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ff092ad4597393c983801482b61e341df4291471

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py

Python

app/back/mongo/data/collect/maps/__init__.py

jgphilpott/polyplot

c46861174ee5881dadffbfb2278d555462523547

[ "MIT" ]

5

2021-05-17T14:17:14.000Z

2021-12-14T12:54:32.000Z

app/back/mongo/data/collect/maps/__init__.py

jgphilpott/iGraph

2a91ba57e4950856a83d3a109753f8f2badee829

[ "MIT" ]

8

2020-02-09T02:48:41.000Z

2021-05-16T04:57:02.000Z

app/back/mongo/data/collect/maps/__init__.py

jgphilpott/iGraph

2a91ba57e4950856a83d3a109753f8f2badee829

[ "MIT" ]

2

2016-09-12T03:48:16.000Z

2019-05-04T14:15:19.000Z

from back.mongo.data.collect.maps.model import * from back.mongo.data.collect.maps.mongo import *

32.666667

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null

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1

0

1

0

1

0

9

209218fc98fcc2b1dda3fe85113853c56b0cf344

85

py

Python

deepfakeecg/__init__.py

vlbthambawita/deepfake-ecg

8af5936b1d5513bd5e5a201dcf3dd8dbf29c330e

[ "MIT" ]

6

2021-05-04T17:00:14.000Z

2021-11-14T08:23:38.000Z

deepfakeecg/__init__.py

vlbthambawita/deepfake-ecg

8af5936b1d5513bd5e5a201dcf3dd8dbf29c330e

[ "MIT" ]

2

2021-05-26T20:27:19.000Z

2021-11-10T09:20:41.000Z

deepfakeecg/__init__.py

vlbthambawita/deepfake-ecg

8af5936b1d5513bd5e5a201dcf3dd8dbf29c330e

[ "MIT" ]

2

2021-05-29T04:23:24.000Z

2021-08-30T16:08:08.000Z

from deepfakeecg.models import Generator from deepfakeecg.deepfakeecg import generate

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1

0

1

0

7

20c319d05571b606ddf8f13fc6a3c8ebfd6ad57b

5,806

py

Python

bmvc12/utils/bmvc12_adaptor.py

mirestrepo/voxels-at-lems

df47d031653d2ad877a97b3c1ea574b924b7d4c2

[ "BSD-2-Clause" ]

2

2015-09-18T00:17:16.000Z

2019-02-06T04:41:29.000Z

bmvc12/utils/bmvc12_adaptor.py

mirestrepo/voxels-at-lems

df47d031653d2ad877a97b3c1ea574b924b7d4c2

[ "BSD-2-Clause" ]

null

bmvc12/utils/bmvc12_adaptor.py

mirestrepo/voxels-at-lems

df47d031653d2ad877a97b3c1ea574b924b7d4c2

[ "BSD-2-Clause" ]

null

#!/usr/bin/env python # encoding: utf-8 """ Author: Isabel Restrepo Set of common utilities for bmvc12 scripts """ from xml.etree.ElementTree import ElementTree def parse_scene_resolution(scene_info_file): print 'Parsing: ' + scene_info_file #parse xml file scene_info_tree = ElementTree(); scene_info_tree.parse(scene_info_file); #find scene paths res_elm = scene_info_tree.getroot().find('resolution'); if res_elm is None: print "Invalid scene info file: No resolution element" sys.exit(-1); res = res_elm.get('val'); return float(res); def parse_train_objects(category, feature_name, percentile, trial, paths, feature_paths, verbose=False): info_file = "/Users/isa/Experiments/bof_bmvc12/trial_" + str(trial) + "/bof_category_train_info.xml" info_tree = ElementTree(); info_tree.parse(info_file); scene_elms = info_tree.findall('scene'); if verbose: print 'Found: ' + str(len(scene_elms)) + 'scenes' for scene in scene_elms: site_name = scene.get('site_name'); obj_elms = scene.findall('object'); if obj_elms is None: print "Invalid scene info file: No objects element" sys.exit(-1); if verbose: print 'Found: ' + str(len(obj_elms)) + 'objects' for elm in obj_elms: class_name = elm.get('class_name'); if(class_name==category): mesh_name = elm.get('ply_name') ply_path = "/data/helicopter_providence_3_12/" + site_name + "/objects_with_aux/" + category + "_" + str(percentile) + "/" + mesh_name + ".ply"; feature_path = "/Users/isa/Experiments/shape_features_bmvc12/" + site_name + "/" + feature_name + "/" + category + "_" + str(percentile) + "/" + mesh_name + ".npy"; paths.append(ply_path); feature_paths.append(feature_path) def parse_test_objects(category, feature_name, percentile, trial, paths, feature_paths): info_file = "/Users/isa/Experiments/bof_bmvc12/trial_" + str(trial) + "/bof_category_test_info.xml" info_tree = ElementTree(); info_tree.parse(info_file); scene_elms = info_tree.findall('scene'); print 'Found: ' + str(len(scene_elms)) + 'scenes' for scene in scene_elms: site_name = scene.get('site_name'); obj_elms = scene.findall('object'); if obj_elms is None: print "Invalid scene info file: No objects element" sys.exit(-1); print 'Found: ' + str(len(obj_elms)) + 'objects' for elm in obj_elms: class_name = elm.get('class_name'); if(class_name==category): mesh_name = elm.get('ply_name') ply_path = "/data/helicopter_providence_3_12/" + site_name + "/objects_with_aux/" + category + "_" + str(percentile) + "/" + mesh_name + ".ply"; feature_path = "/Users/isa/Experiments/shape_features_bmvc12/" + site_name + "/" + feature_name + "/" + category + "_" + str(percentile) + "/" + mesh_name + ".npy"; paths.append(ply_path); feature_paths.append(feature_path) def parse_train_objects_no_object(category, feature_name, percentile, trial, paths, feature_paths, verbose=False): info_file = "/Users/isa/Experiments/bof_bmvc12/trial_" + str(trial) + "/bof_category_train_info_no_object.xml" info_tree = ElementTree(); info_tree.parse(info_file); scene_elms = info_tree.findall('scene'); if verbose: print 'Found: ' + str(len(scene_elms)) + 'scenes' for scene in scene_elms: site_name = scene.get('site_name'); obj_elms = scene.findall('object'); if obj_elms is None: print "Invalid scene info file: No objects element" sys.exit(-1); if verbose: print 'Found: ' + str(len(obj_elms)) + 'objects' for elm in obj_elms: class_name = elm.get('class_name'); if(class_name==category): mesh_name = elm.get('ply_name') ply_path = "/Users/isa/Experiments/helicopter_providence_3_12/" + site_name + "/objects_with_aux/" + category + "_" + str(percentile) + "/" + mesh_name + ".ply"; feature_path = "/Users/isa/Experiments/shape_features_bmvc12/" + site_name + "/" + feature_name + "/" + category + "_" + str(percentile) + "/" + mesh_name + ".npy"; paths.append(ply_path); feature_paths.append(feature_path) #append the other categories parse_train_objects(category, feature_name, percentile, trial, paths, feature_paths) def parse_test_objects_no_object(category, feature_name, percentile, trial, paths, feature_paths): info_file = "/Users/isa/Experiments/bof_bmvc12/trial_" + str(trial) + "/bof_category_test_info_no_object.xml" info_tree = ElementTree(); info_tree.parse(info_file); scene_elms = info_tree.findall('scene'); print 'Found: ' + str(len(scene_elms)) + 'scenes' for scene in scene_elms: site_name = scene.get('site_name'); obj_elms = scene.findall('object'); if obj_elms is None: print "Invalid scene info file: No objects element" sys.exit(-1); print 'Found: ' + str(len(obj_elms)) + 'objects' for elm in obj_elms: class_name = elm.get('class_name'); if(class_name==category): mesh_name = elm.get('ply_name') ply_path = "/Users/isa/Experimentshelicopter_providence_3_12/" + site_name + "/objects_with_aux/" + category + "_" + str(percentile) + "/" + mesh_name + ".ply"; feature_path = "/Users/isa/Experiments/shape_features_bmvc12/" + site_name + "/" + feature_name + "/" + category + "_" + str(percentile) + "/" + mesh_name + ".npy"; paths.append(ply_path); feature_paths.append(feature_path) #append the other categories parse_test_objects(category, feature_name, percentile, trial, paths, feature_paths)

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4576117105bd1b403aac81cfb4ee6c87c072bd55

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py

Python

tests/test_forms.py

vamap/bach

9222d75f6dcc8b6de0cbcfbef53301f0cb97c46a

[ "MIT" ]

null

tests/test_forms.py

vamap/bach

9222d75f6dcc8b6de0cbcfbef53301f0cb97c46a

[ "MIT" ]

null

tests/test_forms.py

vamap/bach

9222d75f6dcc8b6de0cbcfbef53301f0cb97c46a

[ "MIT" ]

null

""" Module to test small_small_hr models """ import os from datetime import datetime, timedelta, date from unittest.mock import patch import pytz from django.conf import settings from django.contrib.auth.models import AnonymousUser from django.core.files.uploadedfile import SimpleUploadedFile from django.test import RequestFactory, TestCase, override_settings from model_mommy import mommy from small_small_hr.forms import (AnnualLeaveForm, ApplyLeaveForm, ApplyOverTimeForm, LeaveForm, OverTimeForm, RoleForm, StaffDocumentForm, StaffProfileAdminCreateForm, StaffProfileAdminForm, StaffProfileUserForm, UserStaffDocumentForm, FreeDayForm) from small_small_hr.models import (Leave, OverTime, StaffProfile, get_taken_leave_days) from small_small_hr.serializers import StaffProfileSerializer BASE_DIR = os.path.dirname(os.path.dirname(__file__)) class TestForms(TestCase): """ Test class for forms """ def setUp(self): """ Setup test class """ self.factory = RequestFactory() def test_annual_leave_form(self): """ Test AnnualLeaveForm """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() data = { 'staff': staffprofile.id, 'year': 2018, 'leave_type': Leave.REGULAR, 'allowed_days': 21, 'carried_over_days': 10 } form = AnnualLeaveForm(data=data) self.assertTrue(form.is_valid()) annual_leave = form.save() self.assertEqual(staffprofile, annual_leave.staff) self.assertEqual(2018, annual_leave.year) self.assertEqual(21, annual_leave.allowed_days) self.assertEqual(10, annual_leave.carried_over_days) self.assertEqual(Leave.REGULAR, annual_leave.leave_type) data2 = { 'staff': staffprofile.id, 'year': 2017, 'leave_type': Leave.REGULAR, 'allowed_days': 21, 'carried_over_days': 5 } form = AnnualLeaveForm(data=data2, instance=annual_leave) self.assertTrue(form.is_valid()) form.save() annual_leave.refresh_from_db() self.assertEqual(staffprofile, annual_leave.staff) self.assertEqual(2017, annual_leave.year) self.assertEqual(21, annual_leave.allowed_days) self.assertEqual(5, annual_leave.carried_over_days) self.assertEqual(Leave.REGULAR, annual_leave.leave_type) def test_role_form(self): """ Test RoleForm """ request = self.factory.get('/') request.session = {} request.user = AnonymousUser() data = { 'name': 'Accountant', 'description': 'Keep accounts' } form = RoleForm(data=data) self.assertTrue(form.is_valid()) role = form.save() self.assertEqual('Accountant', role.name) self.assertEqual('Keep accounts', role.description) def test_freeday_form(self): """ Test FreeDayForm """ request = self.factory.get('/') request.session = {} request.user = AnonymousUser() data = { 'name': 'Mosh Day', 'date': '1/1/2017' } form = FreeDayForm(data=data) self.assertTrue(form.is_valid()) free_day = form.save() self.assertEqual('Mosh Day', free_day.name) self.assertEqual(date(2017, 1, 1), free_day.date) # has to be unique form2 = FreeDayForm(data=data) self.assertFalse(form2.is_valid()) self.assertEqual(1, len(form2.errors.keys())) self.assertEqual( 'Free Day with this Date already exists.', form2.errors['date'][0] ) @patch('small_small_hr.forms.overtime_application_email') def test_overtime_form_apply(self, mock): """ Test OverTimeForm """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 hours of overtime start = datetime( 2017, 6, 5, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 5, 6, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) data = { 'staff': staffprofile.id, 'date': start.date(), 'start': start.time(), 'end': end.time(), 'reason': 'Extra work', } form = ApplyOverTimeForm(data=data) self.assertTrue(form.is_valid()) overtime = form.save() self.assertEqual(staffprofile, overtime.staff) self.assertEqual(start.date(), overtime.date) self.assertEqual(start.time(), overtime.start) self.assertEqual(end.time(), overtime.end) self.assertEqual( timedelta(seconds=3600 * 6).seconds, overtime.get_duration().seconds) self.assertEqual('Extra work', overtime.reason) self.assertEqual(OverTime.PENDING, overtime.status) self.assertEqual('', overtime.comments) mock.assert_called_with(overtime_obj=overtime) def test_overtime_form_apply_no_overlap(self): """ Test no overlaps on OverTime """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 hours of overtime start = datetime( 2017, 6, 5, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 5, 6, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make( 'small_small_hr.OverTime', start=start.time(), end=end.time(), status=OverTime.APPROVED, date=start.date, staff=staffprofile) data = { 'staff': staffprofile.id, 'date': start.date(), 'start': start.time(), 'end': end.time(), 'reason': 'Extra work', } form = ApplyOverTimeForm(data=data) self.assertFalse(form.is_valid()) self.assertEqual(3, len(form.errors.keys())) self.assertEqual( 'you cannot have overlapping overtime hours on the same day', form.errors['start'][0] ) self.assertEqual( 'you cannot have overlapping overtime hours on the same day', form.errors['date'][0] ) self.assertEqual( 'you cannot have overlapping overtime hours on the same day', form.errors['end'][0] ) def test_overtime_form_process(self): """ Test OverTimeForm """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 hours of overtime start = datetime( 2017, 6, 5, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 5, 6, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) data = { 'staff': staffprofile.id, 'date': start.date(), 'start': start.time(), 'end': end.time(), 'reason': 'Extra work', 'status': OverTime.APPROVED, 'comments': 'Cool' } form = OverTimeForm(data=data) self.assertTrue(form.is_valid()) overtime = form.save() self.assertEqual(staffprofile, overtime.staff) self.assertEqual(start.date(), overtime.date) self.assertEqual(start.time(), overtime.start) self.assertEqual(end.time(), overtime.end) self.assertEqual( timedelta(seconds=3600 * 6).seconds, overtime.get_duration().seconds) self.assertEqual('Extra work', overtime.reason) self.assertEqual(OverTime.APPROVED, overtime.status) self.assertEqual('Cool', overtime.comments) def test_overtime_form_process_with_overlap(self): """ Test OverTimeForm with overlap for existing objects """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 hours of overtime start = datetime( 2017, 6, 5, 18, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 5, 19, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) # make sure object already exists mommy.make( 'small_small_hr.OverTime', start=start.time(), end=end.time(), status=OverTime.APPROVED, date=start.date, staff=staffprofile) data = { 'staff': staffprofile.id, 'date': start.date(), 'start': start.time(), 'end': end.time(), 'reason': 'Extra work', 'status': OverTime.REJECTED, 'comments': 'Already there' } form = OverTimeForm(data=data) self.assertTrue(form.is_valid()) overtime = form.save() self.assertEqual(staffprofile, overtime.staff) self.assertEqual(start.date(), overtime.date) self.assertEqual(start.time(), overtime.start) self.assertEqual(end.time(), overtime.end) self.assertEqual( timedelta(seconds=3600).seconds, overtime.get_duration().seconds) self.assertEqual('Extra work', overtime.reason) self.assertEqual(OverTime.REJECTED, overtime.status) self.assertEqual('Already there', overtime.comments) def test_overtime_form_start_end(self): """ Test OverTimeForm start end fields """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() start = datetime( 2017, 6, 5, 6, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 5, 5, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) data = { 'staff': staffprofile.id, 'date': start.date(), 'start': start.time(), 'end': end.time(), 'reason': 'Extra work', } form = OverTimeForm(data=data) self.assertFalse(form.is_valid()) self.assertEqual(1, len(form.errors.keys())) self.assertEqual( 'end must be greater than start', form.errors['end'][0] ) @override_settings(SSHR_DEFAULT_TIME=7) @patch('small_small_hr.forms.leave_application_email') def test_leaveform_apply(self, mock): """ Test LeaveForm apply for leave """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=12) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Need a break', } form = ApplyLeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.REGULAR, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=5).days, (leave.end - leave.start).days) self.assertEqual('Need a break', leave.reason) self.assertEqual(Leave.PENDING, leave.status) self.assertEqual('', leave.comments) mock.assert_called_with(leave_obj=leave) @override_settings( SSHR_DEFAULT_TIME=7, SSHR_ALLOW_OVERSUBSCRIBE=True, SSHR_DAY_LEAVE_VALUES={ 1: 1, # Monday 2: 1, # Tuesday 3: 1, # Wednesday 4: 1, # Thursday 5: 1, # Friday 6: 1, # Saturday 7: 1, # Sunday } ) @patch('small_small_hr.forms.leave_application_email') def test_leave_oversubscribe(self, mock): """ Test leave oversubscribe works as expected """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 40 days of leave start = datetime( 2017, 6, 1, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 7, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=0) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Mini retirement', } form = ApplyLeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() # make it approved leave.status = Leave.APPROVED leave.save() leave.refresh_from_db() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.REGULAR, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=39).days, (leave.end - leave.start).days) self.assertEqual('Mini retirement', leave.reason) self.assertEqual(Leave.APPROVED, leave.status) self.assertEqual('', leave.comments) mock.assert_called_with(leave_obj=leave) self.assertEqual( 40, get_taken_leave_days( staffprofile, Leave.APPROVED, Leave.REGULAR, 2017, 2017) ) self.assertEqual(-19, staffprofile.get_available_leave_days(year=2017)) @override_settings( SSHR_DEFAULT_TIME=7, SSHR_ALLOW_OVERSUBSCRIBE=False, SSHR_DAY_LEAVE_VALUES={ 1: 1, # Monday 2: 1, # Tuesday 3: 1, # Wednesday 4: 1, # Thursday 5: 1, # Friday 6: 1, # Saturday 7: 1, # Sunday } ) @patch('small_small_hr.forms.leave_application_email') def test_leave_oversubscribe_off(self, mock): """ Test leave oversubscribe when SSHR_ALLOW_OVERSUBSCRIBE is False """ mock.return_value = None user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 40 days of leave start = datetime( 2017, 6, 1, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 7, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=0) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Mini retirement', } form = ApplyLeaveForm(data=data) self.assertFalse(form.is_valid()) self.assertEqual(2, len(form.errors.keys())) self.assertEqual( 'Not enough leave days. Available leave days are 21.00', form.errors['start'][0] ) self.assertEqual( 'Not enough leave days. Available leave days are 21.00', form.errors['end'][0] ) @override_settings(SSHR_DEFAULT_TIME=7) @patch('small_small_hr.forms.leave_application_email') def test_one_day_leave(self, mock): """ Test application for one day leave """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 1 day of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=12) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Need a break', } form = ApplyLeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.REGULAR, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=0).days, (leave.end - leave.start).days) self.assertEqual('Need a break', leave.reason) self.assertEqual(Leave.PENDING, leave.status) self.assertEqual('', leave.comments) mock.assert_called_with(leave_obj=leave) self.assertEqual( 1, get_taken_leave_days( staffprofile, Leave.PENDING, Leave.REGULAR, 2017, 2017) ) @override_settings(SSHR_DEFAULT_TIME=7) def test_leaveform_no_overlap(self): """ Test LeaveForm no overlap """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=12) mommy.make('small_small_hr.Leave', leave_type=Leave.REGULAR, start=start, end=end, status=Leave.APPROVED, staff=staffprofile) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Need a break', } form = ApplyLeaveForm(data=data) self.assertFalse(form.is_valid()) self.assertEqual(2, len(form.errors.keys())) self.assertEqual( 'you cannot have overlapping leave days', form.errors['start'][0] ) self.assertEqual( 'you cannot have overlapping leave days', form.errors['end'][0] ) @override_settings(SSHR_DEFAULT_TIME=7) def test_leaveform_admin(self): """ Test LeaveForm apply for leave """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=12) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Need a break', 'status': Leave.APPROVED, 'comments': 'Okay' } form = LeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.REGULAR, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=5).days, (leave.end - leave.start).days) self.assertEqual('Need a break', leave.reason) self.assertEqual(Leave.APPROVED, leave.status) self.assertEqual('Okay', leave.comments) @override_settings(SSHR_DEFAULT_TIME=7) def test_leaveform_process(self): """ Test LeaveForm process """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=4) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Need a break', 'comments': 'Just no', 'status': Leave.REJECTED } form = LeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.REGULAR, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=5).days, (leave.end - leave.start).days) self.assertEqual('Need a break', leave.reason) self.assertEqual(Leave.REJECTED, leave.status) self.assertEqual('Just no', leave.comments) @override_settings(SSHR_DEFAULT_TIME=7) def test_leaveform_process_with_overlap(self): """ Test LeaveForm process works even if leave object exists """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) # make sure leave obj already exists for said dates mommy.make( 'small_small_hr.Leave', staff=staffprofile, start=start, end=end, leave_type=Leave.REGULAR, status=Leave.APPROVED) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, carried_over_days=4) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Need a break', 'comments': 'Already exists', 'status': Leave.REJECTED } form = LeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.REGULAR, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=5).days, (leave.end - leave.start).days) self.assertEqual('Need a break', leave.reason) self.assertEqual(Leave.REJECTED, leave.status) self.assertEqual('Already exists', leave.comments) @override_settings(SSHR_DEFAULT_TIME=7) def test_sickleave_apply(self): """ Test LeaveForm apply for sick leave """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.SICK, carried_over_days=4) data = { 'staff': staffprofile.id, 'leave_type': Leave.SICK, 'start': start, 'end': end, 'reason': 'Need a break', } form = ApplyLeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.SICK, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=5).days, (leave.end - leave.start).days) self.assertEqual('Need a break', leave.reason) self.assertEqual(Leave.PENDING, leave.status) self.assertEqual('', leave.comments) @override_settings(SSHR_DEFAULT_TIME=7) def test_sickleave_process(self): """ Test LeaveForm process sick leave """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 10, 7, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.SICK, carried_over_days=4) data = { 'staff': staffprofile.id, 'leave_type': Leave.SICK, 'start': start, 'end': end, 'reason': 'Need a break', 'comments': 'Just no', 'status': Leave.REJECTED } form = LeaveForm(data=data) self.assertTrue(form.is_valid()) leave = form.save() self.assertEqual(staffprofile, leave.staff) self.assertEqual(Leave.SICK, leave.leave_type) self.assertEqual(start, leave.start) self.assertEqual(end, leave.end) self.assertEqual( timedelta(days=5).days, (leave.end - leave.start).days) self.assertEqual('Need a break', leave.reason) self.assertEqual(Leave.REJECTED, leave.status) self.assertEqual('Just no', leave.comments) def test_leaveform_start_end(self): """ Test start and end """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 1, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.SICK, carried_over_days=4) data = { 'staff': staffprofile.id, 'leave_type': Leave.SICK, 'start': start, 'end': end, 'reason': 'Need a break' } form = LeaveForm(data=data) self.assertFalse(form.is_valid()) self.assertEqual(1, len(form.errors.keys())) self.assertEqual( 'end must be greater than start', form.errors['end'][0] ) # end year and start year must be the same end = datetime( 2018, 6, 1, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) data2 = { 'staff': staffprofile.id, 'leave_type': Leave.SICK, 'start': start, 'end': end, 'reason': 'Need a break' } form2 = LeaveForm(data=data2) self.assertFalse(form2.is_valid()) self.assertEqual(2, len(form2.errors.keys())) self.assertEqual( 'start and end must be from the same year', form2.errors['start'][0] ) self.assertEqual( 'start and end must be from the same year', form2.errors['end'][0] ) @override_settings(SSHR_ALLOW_OVERSUBSCRIBE=False) def test_leaveform_max_days(self): """ Test leave days sufficient """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 7, 10, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.REGULAR, allowed_days=21) data = { 'staff': staffprofile.id, 'leave_type': Leave.REGULAR, 'start': start, 'end': end, 'reason': 'Need a break' } form = LeaveForm(data=data) self.assertFalse(form.is_valid()) self.assertEqual(2, len(form.errors.keys())) self.assertEqual( 'Not enough leave days. Available leave days are 21.00', form.errors['start'][0] ) self.assertEqual( 'Not enough leave days. Available leave days are 21.00', form.errors['end'][0] ) @override_settings(SSHR_ALLOW_OVERSUBSCRIBE=False) def test_leaveform_max_sick_days(self): """ Test sick days sufficient """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.leave_days = 21 staffprofile.sick_days = 10 staffprofile.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() # 6 days of leave start = datetime( 2017, 6, 5, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) end = datetime( 2017, 6, 20, 0, 0, 0, tzinfo=pytz.timezone(settings.TIME_ZONE)) mommy.make('small_small_hr.AnnualLeave', staff=staffprofile, year=2017, leave_type=Leave.SICK, carried_over_days=0, allowed_days=10) data = { 'staff': staffprofile.id, 'leave_type': Leave.SICK, 'start': start, 'end': end, 'reason': 'Need a break' } form = LeaveForm(data=data) self.assertFalse(form.is_valid()) self.assertEqual(2, len(form.errors.keys())) self.assertEqual( 'Not enough sick days. Available sick days are 10.00', form.errors['start'][0] ) self.assertEqual( 'Not enough sick days. Available sick days are 10.00', form.errors['end'][0] ) @override_settings(PRIVATE_STORAGE_ROOT='/tmp/') def test_staffdocumentform(self): """ Test StaffDocumentForm """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() path = os.path.join( BASE_DIR, 'tests', 'fixtures', 'contract.pdf') with open(path, 'r+b') as contract_file: data = { 'staff': staffprofile.id, 'name': 'Employment Contract', 'description': 'This is the employment contract!', 'file': contract_file, 'public': True } file_dict = { 'file': SimpleUploadedFile( name=contract_file.name, content=contract_file.read(), content_type='application/pdf' )} form = StaffDocumentForm(data, file_dict) self.assertTrue(form.is_valid()) doc = form.save() self.assertEqual(staffprofile, doc.staff) self.assertEqual('Employment Contract', doc.name) self.assertEqual(True, doc.public) self.assertEqual( 'This is the employment contract!', doc.description) with open(path, 'r+b') as contract_file: self.assertTrue(contract_file.read(), doc.file.read()) # on updating it, check that file is not required data2 = { 'staff': staffprofile.id, 'name': 'Employment Contract', 'description': 'This is the employment contract!' } form2 = StaffDocumentForm(data=data2, instance=doc, request=request) self.assertTrue(form2.is_valid()) @override_settings(PRIVATE_STORAGE_ROOT='/tmp/') def test_userstaffdocumentform(self): """ Test UserStaffDocumentForm """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = user path = os.path.join( BASE_DIR, 'tests', 'fixtures', 'contract.pdf') with open(path, 'r+b') as contract_file: data = { 'staff': staffprofile.id, 'name': 'Employment Contract', 'description': 'This is the employment contract!', 'file': contract_file } file_dict = { 'file': SimpleUploadedFile( name=contract_file.name, content=contract_file.read(), content_type='application/pdf' )} form = UserStaffDocumentForm( data=data, files=file_dict, request=request) self.assertTrue(form.is_valid()) doc = form.save() self.assertEqual(staffprofile, doc.staff) self.assertEqual('Employment Contract', doc.name) self.assertEqual(False, doc.public) self.assertEqual( 'This is the employment contract!', doc.description) with open(path, 'r+b') as contract_file: self.assertTrue(contract_file.read(), doc.file.read()) # on updating it, check that file is not required data2 = { 'staff': staffprofile.id, 'name': 'Employment Contract', 'description': 'This is the employment contract!' } form2 = StaffDocumentForm(data=data2, instance=doc, request=request) self.assertTrue(form2.is_valid()) def test_staff_profile_user_form(self): """ Test StaffProfileUserForm """ user = mommy.make('auth.User') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() path = os.path.join( BASE_DIR, 'tests', 'fixtures', 'profile.png') with open(path, 'r+b') as image_file: data = { 'first_name': 'Bob', 'last_name': 'Mbugua', 'id_number': '123456789', 'sex': StaffProfile.MALE, 'nhif': '111111', 'nssf': '222222', 'pin_number': 'A0000000Y', 'emergency_contact_name': 'Bob Father', 'emergency_contact_relationship': 'Father', 'emergency_contact_number': '+254722111111', 'phone': '+254722111111', 'address': 'This is the address.', 'birthday': '1996-01-27', 'image': image_file, } file_dict = { 'image': SimpleUploadedFile( name=image_file.name, content=image_file.read(), content_type='image/png' )} form = StaffProfileUserForm(data=data, instance=staffprofile, request=request, files=file_dict) self.assertTrue(form.is_valid()) form.save() user.refresh_from_db() self.assertEqual('Bob Mbugua', user.staffprofile.get_name()) self.assertEqual(StaffProfile.MALE, staffprofile.sex) self.assertEqual('+254722111111', staffprofile.phone.as_e164) self.assertEqual('This is the address.', staffprofile.address) self.assertEqual('1996-01-27', str(staffprofile.birthday)) self.assertEqual('123456789', staffprofile.data['id_number']) self.assertEqual('111111', staffprofile.data['nhif']) self.assertEqual('222222', staffprofile.data['nssf']) self.assertEqual('A0000000Y', staffprofile.data['pin_number']) self.assertEqual('Bob Father', staffprofile.data['emergency_contact_name']) self.assertEqual( 'Father', staffprofile.data['emergency_contact_relationship']) self.assertEqual('+254722111111', staffprofile.data['emergency_contact_number']) with open(path, 'r+b') as image_file: self.assertTrue(image_file.read(), staffprofile.image.read()) def test_staffprofile_user_form_no_image(self): """ Test StaffProfileUserForm image not required on update """ user = mommy.make('auth.User') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() path = os.path.join( BASE_DIR, 'tests', 'fixtures', 'profile.png') with open(path, 'r+b') as image_file: data = { 'first_name': 'Bob', 'last_name': 'Mbugua', 'id_number': '123456789', 'sex': StaffProfile.MALE, 'nhif': '111111', 'nssf': '222222', 'pin_number': 'A0000000Y', 'emergency_contact_name': 'Bob Father', 'emergency_contact_relationship': 'Father', 'emergency_contact_number': '+254722111111', 'phone': '+254722111111', 'address': 'This is the address.', 'birthday': '1996-01-27', 'image': image_file, } file_dict = { 'image': SimpleUploadedFile( name=image_file.name, content=image_file.read(), content_type='image/png' )} form = StaffProfileUserForm(data=data, instance=staffprofile, request=request, files=file_dict) self.assertTrue(form.is_valid()) form.save() staffprofile.refresh_from_db() data2 = { 'first_name': 'Bobbie', 'last_name': 'B', 'id_number': 6666, } form2 = StaffProfileUserForm(data=data2, instance=staffprofile, request=request) self.assertTrue(form2.is_valid()) form2.save() staffprofile.refresh_from_db() self.assertEqual('Bobbie B', user.staffprofile.get_name()) def test_staff_profile_admin_create_form(self): """ Test StaffProfileAdminCreateForm """ user = mommy.make('auth.User') request = self.factory.get('/') request.session = {} request.user = AnonymousUser() path = os.path.join( BASE_DIR, 'tests', 'fixtures', 'profile.png') with open(path, 'r+b') as image_file: data = { 'user': user.id, 'first_name': 'Bob', 'last_name': 'Mbugua', 'id_number': '123456789', 'sex': StaffProfile.MALE, 'nhif': '111111', 'nssf': '222222', 'pin_number': 'A0000000Y', 'emergency_contact_name': 'Bob Father', 'emergency_contact_number': '+254722111111', 'phone': '+254722111111', 'address': 'This is the address.', 'birthday': '1996-01-27', 'leave_days': 21, 'sick_days': 9, 'overtime_allowed': True, 'start_date': '2017-09-25', 'end_date': '2018-12-31', 'image': image_file, } file_dict = { 'image': SimpleUploadedFile( name=image_file.name, content=image_file.read(), content_type='image/png' )} form = StaffProfileAdminCreateForm( data=data, files=file_dict, request=request) self.assertTrue(form.is_valid()) staffprofile = form.save() user.refresh_from_db() self.assertEqual('Bob Mbugua', user.staffprofile.get_name()) self.assertEqual(StaffProfile.MALE, staffprofile.sex) self.assertEqual('+254722111111', staffprofile.phone.as_e164) self.assertEqual(21, staffprofile.leave_days) self.assertEqual(9, staffprofile.sick_days) self.assertEqual(True, staffprofile.overtime_allowed) self.assertEqual('This is the address.', staffprofile.address) self.assertEqual('1996-01-27', str(staffprofile.birthday)) self.assertEqual('2017-09-25', str(staffprofile.start_date)) self.assertEqual('2018-12-31', str(staffprofile.end_date)) self.assertEqual('123456789', staffprofile.data['id_number']) self.assertEqual('111111', staffprofile.data['nhif']) self.assertEqual('222222', staffprofile.data['nssf']) self.assertEqual('A0000000Y', staffprofile.data['pin_number']) self.assertEqual('Bob Father', staffprofile.data['emergency_contact_name']) self.assertEqual('+254722111111', staffprofile.data['emergency_contact_number']) with open(path, 'r+b') as image_file: self.assertTrue(image_file.read(), staffprofile.image.read()) def test_staff_profile_admin_form(self): """ Test StaffProfileAdminForm """ user = mommy.make('auth.User') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() path = os.path.join( BASE_DIR, 'tests', 'fixtures', 'profile.png') with open(path, 'r+b') as image_file: data = { 'user': user.id, 'first_name': 'Bob', 'last_name': 'Mbugua', 'id_number': '123456789', 'sex': StaffProfile.MALE, 'nhif': '111111', 'nssf': '222222', 'pin_number': 'A0000000Y', 'emergency_contact_name': 'Bob Father', 'emergency_contact_number': '+254722111111', 'phone': '+254722111111', 'address': 'This is the address.', 'birthday': '1996-01-27', 'leave_days': 21, 'sick_days': 9, 'overtime_allowed': True, 'start_date': '2017-09-25', 'end_date': '2018-12-31', 'image': image_file, } file_dict = { 'image': SimpleUploadedFile( name=image_file.name, content=image_file.read(), content_type='image/png' )} form = StaffProfileAdminForm(data=data, instance=staffprofile, request=request, files=file_dict) self.assertTrue(form.is_valid()) form.save() user.refresh_from_db() self.assertEqual('Bob Mbugua', user.staffprofile.get_name()) self.assertEqual(StaffProfile.MALE, staffprofile.sex) self.assertEqual('+254722111111', staffprofile.phone.as_e164) self.assertEqual(21, staffprofile.leave_days) self.assertEqual(9, staffprofile.sick_days) self.assertEqual(True, staffprofile.overtime_allowed) self.assertEqual('This is the address.', staffprofile.address) self.assertEqual('1996-01-27', str(staffprofile.birthday)) self.assertEqual('2017-09-25', str(staffprofile.start_date)) self.assertEqual('2018-12-31', str(staffprofile.end_date)) self.assertEqual('123456789', staffprofile.data['id_number']) self.assertEqual('111111', staffprofile.data['nhif']) self.assertEqual('222222', staffprofile.data['nssf']) self.assertEqual('A0000000Y', staffprofile.data['pin_number']) self.assertEqual('Bob Father', staffprofile.data['emergency_contact_name']) self.assertEqual('+254722111111', staffprofile.data['emergency_contact_number']) with open(path, 'r+b') as image_file: self.assertTrue(image_file.read(), staffprofile.image.read()) def test_staffprofile_admin_form_no_image(self): """ Test StaffProfileAdminForm image not required when editting """ user = mommy.make('auth.User') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) request = self.factory.get('/') request.session = {} request.user = AnonymousUser() path = os.path.join( BASE_DIR, 'tests', 'fixtures', 'profile.png') with open(path, 'r+b') as image_file: data = { 'user': user.id, 'first_name': 'Bob', 'last_name': 'Mbugua', 'id_number': '123456789', 'sex': StaffProfile.MALE, 'nhif': '111111', 'nssf': '222222', 'pin_number': 'A0000000Y', 'emergency_contact_name': 'Bob Father', 'emergency_contact_number': '+254722111111', 'phone': '+254722111111', 'address': 'This is the address.', 'birthday': '1996-01-27', 'leave_days': 21, 'sick_days': 9, 'overtime_allowed': True, 'start_date': '2017-09-25', 'end_date': '2018-12-31', 'image': image_file, } file_dict = { 'image': SimpleUploadedFile( name=image_file.name, content=image_file.read(), content_type='image/png' )} form = StaffProfileAdminForm(data=data, instance=staffprofile, request=request, files=file_dict) self.assertTrue(form.is_valid()) form.save() staffprofile.refresh_from_db() data2 = { 'user': user.id, 'first_name': 'Bobbie', 'last_name': 'B', 'id_number': 6666, } form2 = StaffProfileAdminForm(data=data2, instance=staffprofile, request=request) self.assertTrue(form2.is_valid()) form2.save() staffprofile.refresh_from_db() self.assertEqual('Bobbie B', user.staffprofile.get_name()) def test_staffprofile_unique_pin_number(self): """ Test unique pin_number """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.data['id_number'] = '123456789' staffprofile.data['pin_number'] = '123456789' staffprofile.save() user2 = mommy.make('auth.User', first_name='Kyle', last_name='Ndoe') staffprofile2 = mommy.make('small_small_hr.StaffProfile', user=user2) staffprofile2.data['id_number'] = '9999999' staffprofile2.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() data = StaffProfileSerializer(staffprofile2).data data['pin_number'] = '123456789' form = StaffProfileAdminForm(data=data, instance=staffprofile2, request=request) self.assertFalse(form.is_valid()) self.assertEqual(1, len(form.errors.keys())) self.assertEqual( 'This PIN number is already in use.', form.errors['pin_number'][0] ) def test_staffprofile_unique_id_number(self): """ Test unique id_number """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.data['id_number'] = '123456789' staffprofile.save() user2 = mommy.make('auth.User', first_name='Kyle', last_name='Ndoe') staffprofile2 = mommy.make('small_small_hr.StaffProfile', user=user2) staffprofile2.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() data = StaffProfileSerializer(staffprofile2).data data['id_number'] = '123456789' form = StaffProfileAdminForm(data=data, instance=staffprofile2, request=request) self.assertFalse(form.is_valid()) self.assertEqual(1, len(form.errors.keys())) self.assertEqual( 'This id number is already in use.', form.errors['id_number'][0] ) def test_staffprofile_unique_nssf(self): """ Test unique NSSF """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.data['id_number'] = '123456789' staffprofile.data['nssf'] = '123456789' staffprofile.save() user2 = mommy.make('auth.User', first_name='Kyle', last_name='Ndoe') staffprofile2 = mommy.make('small_small_hr.StaffProfile', user=user2) staffprofile2.data['id_number'] = '9999999' staffprofile2.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() data = StaffProfileSerializer(staffprofile2).data data['nssf'] = '123456789' form = StaffProfileAdminForm(data=data, instance=staffprofile2, request=request) self.assertFalse(form.is_valid()) self.assertEqual(1, len(form.errors.keys())) self.assertEqual( 'This NSSF number is already in use.', form.errors['nssf'][0] ) def test_staffprofile_unique_nhif(self): """ Test unique NHIF """ user = mommy.make('auth.User', first_name='Bob', last_name='Ndoe') staffprofile = mommy.make('small_small_hr.StaffProfile', user=user) staffprofile.data['id_number'] = '123456789' staffprofile.data['nhif'] = '123456789' staffprofile.save() user2 = mommy.make('auth.User', first_name='Kyle', last_name='Ndoe') staffprofile2 = mommy.make('small_small_hr.StaffProfile', user=user2) staffprofile2.data['id_number'] = '9999999' staffprofile2.save() request = self.factory.get('/') request.session = {} request.user = AnonymousUser() data = StaffProfileSerializer(staffprofile2).data data['nhif'] = '123456789' form = StaffProfileAdminForm(data=data, instance=staffprofile2, request=request) self.assertFalse(form.is_valid()) self.assertEqual(1, len(form.errors.keys())) self.assertEqual( 'This NHIF number is already in use.', form.errors['nhif'][0] )

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45a77c36db1589f27519aace0f07ee248bd58ce7

988,474

py

Python

src/prover/tests/invs_mpp_partial.py

unsat/d

c986b5f486eaf2394fbf659dba09c6f522291386

[ "MIT" ]

14

2020-06-17T21:05:01.000Z

2021-12-20T03:44:42.000Z

src/prover/tests/invs_mpp_partial.py

dynaroars/dig

a6a4d045182d627d53c9970f8a77340f6f6b7afb

[ "MIT" ]

31

2020-03-23T14:16:45.000Z

2022-01-10T02:49:00.000Z

src/prover/tests/invs_mpp_partial.py

dynaroars/dig

a6a4d045182d627d53c9970f8a77340f6f6b7afb

[ "MIT" ]

9

2020-06-22T11:22:29.000Z

2021-12-10T13:28:48.000Z

from z3 import * i,p,q,r,s,t,u = Ints('i p q r s t u') decr3_LP =\ [If(And(p <= q,p <= r,p <= s),p == i,If(And(q <= p,q <= r,q <= s),q == i,If(And(r <= p,r <= q,r <= s),r == i,s == i))), p >= i, q >= i, r >= i, s >= i, 0 >= i - 8, i >= q - 40, i >= s - 38, i + 20 >= 0, i >= p - 40, i >= r - 40, If(p >= s,p >= i,s >= i), If(p >= 0,p >= i,0 >= i), If(q >= s,q >= i,s >= i), If(q >= 0,q >= i,0 >= i), If(r >= 0,r >= i,0 >= i), If(p <= q,p >= i,q >= i), If(p <= r,p >= i,r >= i), If(p <= s,p >= i,s >= i), If(q <= r,q >= i,r >= i), If(q <= s,q >= i,s >= i), If(r <= s,r >= i,s >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(i <= 0, s >= i, s >= 0), If(p >= q,p >= i + 1,q >= i + 1), If(p >= r,p >= i + 1,r >= i + 1), If(q >= r,q >= i + 1,r >= i + 1), If(r >= s,r >= i + 1,s >= i + 1), If(s >= 0,s >= i + 1,0 >= i + 1), If(p <= 0,p >= i - 8,0 >= i - 8), If(q <= 0,q >= i - 8,0 >= i - 8), If(r <= 0,r >= i - 8,0 >= i - 8), If(s <= 0,s >= i - 8,0 >= i - 8), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= q - 40,0 >= q - 40), If(i <= 0,i >= s - 38,0 >= s - 38), If(i <= 0,i >= p - 40,0 >= p - 40), If(i <= 0,i >= r - 40,0 >= r - 40), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 20 >= i, s + 20 >= 0), If(p >= q, i + 40 >= p, i + 40 >= q), If(q >= r, i + 40 >= q, i + 40 >= r), If(q >= s, i + 40 >= q, i + 40 >= s), If(q >= 0, i + 40 >= q, i + 40 >= 0), If(s >= 0, i + 38 >= s, i + 38 >= 0), If(p <= q, i + 30 >= p, i + 30 >= q), If(p <= r, i + 29 >= p, i + 29 >= r), If(p <= s, i + 31 >= p, i + 31 >= s), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= s, i + 34 >= q, i + 34 >= s), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 36 >= r, i + 36 >= s), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(r >= s, i + 40 >= r, i + 40 >= s), If(r >= 0, i + 40 >= r, i + 40 >= 0), If(q <= r, i + 40 >= q, i + 40 >= r), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p <= q,p <= s),p >= i,If(And(q <= p,q <= s),q >= i,s >= i)), If(And(p <= r,p <= s),p >= i,If(And(r <= p,r <= s),r >= i,s >= i)), If(And(q <= r,q <= s),q >= i,If(And(r <= q,r <= s),r >= i,s >= i)), If(And(p >= q,p >= r),p >= i + 1,If(And(q >= p,q >= r),q >= i + 1,r >= i + 1)), If(And(p >= q,p >= s),p >= i + 4,If(And(q >= p,q >= s),q >= i + 4,s >= i + 4)), If(And(p >= q,p >= 0),p >= i + 1,If(And(q >= p,q >= 0),q >= i + 1,0 >= i + 1)), If(And(p >= r,p >= s),p >= i + 3,If(And(r >= p,r >= s),r >= i + 3,s >= i + 3)), If(And(p >= r,p >= 0),p >= i + 1,If(And(r >= p,r >= 0),r >= i + 1,0 >= i + 1)), If(And(p >= s,p >= 0),p >= i + 4,If(And(s >= p,s >= 0),s >= i + 4,0 >= i + 4)), If(And(q >= r,q >= s),q >= i + 1,If(And(r >= q,r >= s),r >= i + 1,s >= i + 1)), If(And(q >= r,q >= 0),q >= i + 1,If(And(r >= q,r >= 0),r >= i + 1,0 >= i + 1)), If(And(q >= s,q >= 0),q >= i + 1,If(And(s >= q,s >= 0),s >= i + 1,0 >= i + 1)), If(And(p <= q,p <= 0),p >= i - 8,If(And(q <= p,q <= 0),q >= i - 8,0 >= i - 8)), If(And(p <= r,p <= 0),p >= i - 8,If(And(r <= p,r <= 0),r >= i - 8,0 >= i - 8)), If(And(p <= s,p <= 0),p >= i - 8,If(And(s <= p,s <= 0),s >= i - 8,0 >= i - 8)), If(And(q <= r,q <= 0),q >= i - 8,If(And(r <= q,r <= 0),r >= i - 8,0 >= i - 8)), If(And(q <= s,q <= 0),q >= i - 8,If(And(s <= q,s <= 0),s >= i - 8,0 >= i - 8)), If(And(r <= s,r <= 0),r >= i - 8,If(And(s <= r,s <= 0),s >= i - 8,0 >= i - 8)), If(And(r >= s,r >= 0),r >= i + 1,If(And(s >= r,s >= 0),s >= i + 1,0 >= i + 1)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(q >= r,q >= s), i + 40 >= q, If(And(r >= q,r >= s), i + 40 >= r, i + 40 >= s)), If(And(q >= r,q >= 0), i + 40 >= q, If(And(r >= q,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= s,q >= 0), i + 40 >= q, If(And(s >= q,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p <= q,p <= r), i + 22 >= p, If(And(q <= p,q <= r), i + 22 >= q, i + 22 >= r)), If(And(p <= q,p <= s), i + 30 >= p, If(And(q <= p,q <= s), i + 30 >= q, i + 30 >= s)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= s), i + 23 >= p, If(And(r <= p,r <= s), i + 23 >= r, i + 23 >= s)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= r,q <= s), i + 29 >= q, If(And(r <= q,r <= s), i + 29 >= r, i + 29 >= s)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(r >= s,r >= 0), i + 40 >= r, If(And(s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i + 4,If(And(q >= p,q >= r,q >= s),q >= i + 4,If(And(r >= p,r >= q,r >= s),r >= i + 4,s >= i + 4))), If(And(p >= q,p >= r,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= 0),r >= i + 1,0 >= i + 1))), If(And(p >= q,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= s,q >= 0),q >= i + 4,If(And(s >= p,s >= q,s >= 0),s >= i + 4,0 >= i + 4))), If(And(p >= r,p >= s,p >= 0),p >= i + 4,If(And(r >= p,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= r,s >= 0),s >= i + 4,0 >= i + 4))), If(And(q >= r,q >= s,q >= 0),q >= i + 4,If(And(r >= q,r >= s,r >= 0),r >= i + 4,If(And(s >= q,s >= r,s >= 0),s >= i + 4,0 >= i + 4))), If(And(p <= q,p <= r,p <= 0),p >= i - 8,If(And(q <= p,q <= r,q <= 0),q >= i - 8,If(And(r <= p,r <= q,r <= 0),r >= i - 8,0 >= i - 8))), If(And(p <= q,p <= s,p <= 0),p >= i - 8,If(And(q <= p,q <= s,q <= 0),q >= i - 8,If(And(s <= p,s <= q,s <= 0),s >= i - 8,0 >= i - 8))), If(And(p <= r,p <= s,p <= 0),p >= i - 8,If(And(r <= p,r <= s,r <= 0),r >= i - 8,If(And(s <= p,s <= r,s <= 0),s >= i - 8,0 >= i - 8))), If(And(q <= r,q <= s,q <= 0),q >= i - 8,If(And(r <= q,r <= s,r <= 0),r >= i - 8,If(And(s <= q,s <= r,s <= 0),s >= i - 8,0 >= i - 8))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 19 >= p, If(And(r <= p,r <= s,r <= 0), i + 19 >= r, If(And(s <= p,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p <= q,p <= s,p <= 0), i + 18 >= p, If(And(q <= p,q <= s,q <= 0), i + 18 >= q, If(And(s <= p,s <= q,s <= 0), i + 18 >= s, i + 18 >= 0))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 4,0 >= i + 4)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 8,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 8,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 8,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 8,0 >= i - 8)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))))] decr3_LI0=\ [p >= i, s + 39 >= i, i >= p - 37, 0 >= i - 20, i + 20 >= 0, i >= q - 38, q + 37 >= i, r + 34 >= i, If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= q,p >= i,q >= i), If(p >= 0,p >= i,0 >= i), If(p <= q, i >= p, i >= q), If(i <= 0, p >= i, p >= 0), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(s >= 0,s >= i - 20,0 >= i - 20), If(p <= s,p >= i - 39,s >= i - 39), If(i <= 0,i >= p - 37,0 >= p - 37), If(q <= s,q >= i - 39,s >= i - 39), If(r <= s,r >= i - 39,s >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(p <= 0,p >= i - 20,0 >= i - 20), If(r >= 0,r >= i - 20,0 >= i - 20), If(q >= s,q >= i - 33,s >= i - 33), If(q <= r,q >= i - 37,r >= i - 37), If(q <= 0,q >= i - 37,0 >= i - 37), If(i <= 0,i >= q - 38,0 >= q - 38), If(p <= q,p >= i - 37,q >= i - 37), If(q >= 0,q >= i - 20,0 >= i - 20), If(r <= 0,r >= i - 34,0 >= i - 34), If(p <= r,p >= i - 34,r >= i - 34), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(p >= 0, i + 37 >= p, i + 37 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q >= r, i + 38 >= q, i + 38 >= r), If(q >= 0, i + 38 >= q, i + 38 >= 0), If(p >= q, i + 38 >= p, i + 38 >= q), If(i >= 0, q + 37 >= i, q + 37 >= 0), If(q >= s, i + 38 >= q, i + 38 >= s), If(i >= 0, r + 34 >= i, r + 34 >= 0), If(q <= s, i + 34 >= q, i + 34 >= s), If(r <= s, i + 36 >= r, i + 36 >= s), If(p <= r, i + 29 >= p, i + 29 >= r), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= r,p <= s),p >= i - 39,If(And(r <= p,r <= s),r >= i - 39,s >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 39,If(And(r <= q,r <= s),r >= i - 39,s >= i - 39)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(r <= s,r <= 0),r >= i - 39,If(And(s <= r,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= q,p <= r),p >= i - 37,If(And(q <= p,q <= r),q >= i - 37,r >= i - 37)), If(And(q <= r,q <= 0),q >= i - 37,If(And(r <= q,r <= 0),r >= i - 37,0 >= i - 37)), If(And(p <= q,p <= 0),p >= i - 37,If(And(q <= p,q <= 0),q >= i - 37,0 >= i - 37)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(r >= s,r >= 0),r >= i - 20,If(And(s >= r,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p <= r,p <= 0),p >= i - 34,If(And(r <= p,r <= 0),r >= i - 34,0 >= i - 34)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= r,p <= 0), i + 19 >= p, If(And(r <= p,r <= 0), i + 19 >= r, i + 19 >= 0)), If(And(p <= s,p <= 0), i + 19 >= p, If(And(s <= p,s <= 0), i + 19 >= s, i + 19 >= 0)), If(And(q >= r,q >= s), i + 38 >= q, If(And(r >= q,r >= s), i + 38 >= r, i + 38 >= s)), If(And(q >= r,q >= 0), i + 38 >= q, If(And(r >= q,r >= 0), i + 38 >= r, i + 38 >= 0)), If(And(p >= q,p >= r), i + 38 >= p, If(And(q >= p,q >= r), i + 38 >= q, i + 38 >= r)), If(And(q >= s,q >= 0), i + 38 >= q, If(And(s >= q,s >= 0), i + 38 >= s, i + 38 >= 0)), If(And(p >= q,p >= s), i + 38 >= p, If(And(q >= p,q >= s), i + 38 >= q, i + 38 >= s)), If(And(p >= q,p >= 0), i + 38 >= p, If(And(q >= p,q >= 0), i + 38 >= q, i + 38 >= 0)), If(And(q <= r,q <= s), i + 26 >= q, If(And(r <= q,r <= s), i + 26 >= r, i + 26 >= s)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= r,p >= s,p >= 0),p >= i,If(And(r >= p,r >= s,r >= 0),r >= i,If(And(s >= p,s >= r,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= r,p <= s),p >= i - 39,If(And(q <= p,q <= r,q <= s),q >= i - 39,If(And(r <= p,r <= q,r <= s),r >= i - 39,s >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= 0),p >= i - 39,If(And(r <= p,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= r,p <= 0),p >= i - 37,If(And(q <= p,q <= r,q <= 0),q >= i - 37,If(And(r <= p,r <= q,r <= 0),r >= i - 37,0 >= i - 37))), If(And(q >= r,q >= s,q >= 0),q >= i - 20,If(And(r >= q,r >= s,r >= 0),r >= i - 20,If(And(s >= q,s >= r,s >= 0),s >= i - 20,0 >= i - 20))), If(And(p <= r,p <= s,p <= 0), i + 19 >= p, If(And(r <= p,r <= s,r <= 0), i + 19 >= r, If(And(s <= p,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 38 >= q, If(And(r >= q,r >= s,r >= 0), i + 38 >= r, If(And(s >= q,s >= r,s >= 0), i + 38 >= s, i + 38 >= 0))), If(And(p >= q,p >= r,p >= s), i + 38 >= p, If(And(q >= p,q >= r,q >= s), i + 38 >= q, If(And(r >= p,r >= q,r >= s), i + 38 >= r, i + 38 >= s))), If(And(p >= q,p >= r,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= 0), i + 38 >= q, If(And(r >= p,r >= q,r >= 0), i + 38 >= r, i + 38 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 38 >= p, If(And(q >= p,q >= s,q >= 0), i + 38 >= q, If(And(s >= p,s >= q,s >= 0), i + 38 >= s, i + 38 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 38 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 38 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 38 >= s, i + 38 >= 0))))] decr3_LI1=\ [p >= i, q >= i, i + 20 >= 0, i >= p - 37, i >= q - 40, i >= s - 38, s + 23 >= i, r + 30 >= i, 0 >= i - 19, If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= 0,p >= i,0 >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(q >= 0,q >= i,0 >= i), If(p <= q,p >= i,q >= i), If(p >= q,p >= i,q >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(r >= s,r >= i - 21,s >= i - 21), If(i <= 0,i >= p - 37,0 >= p - 37), If(i <= 0,i >= q - 40,0 >= q - 40), If(i <= 0,i >= s - 38,0 >= s - 38), If(q <= s,q >= i - 23,s >= i - 23), If(p <= s,p >= i - 23,s >= i - 23), If(s <= 0,s >= i - 23,0 >= i - 23), If(r >= 0,r >= i - 19,0 >= i - 19), If(s >= 0,s >= i - 17,0 >= i - 17), If(p <= r,p >= i - 30,r >= i - 30), If(q <= r,q >= i - 30,r >= i - 30), If(p <= 0,p >= i - 19,0 >= i - 19), If(q <= 0,q >= i - 19,0 >= i - 19), If(r <= s,r >= i - 30,s >= i - 30), If(r <= 0,r >= i - 30,0 >= i - 30), If(p >= q, i + 40 >= p, i + 40 >= q), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, s + 23 >= i, s + 23 >= 0), If(p >= s, i + 38 >= p, i + 38 >= s), If(p >= 0, i + 37 >= p, i + 37 >= 0), If(q >= r, i + 40 >= q, i + 40 >= r), If(q >= s, i + 40 >= q, i + 40 >= s), If(q >= 0, i + 40 >= q, i + 40 >= 0), If(s >= 0, i + 38 >= s, i + 38 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 36 >= r, i + 36 >= s), If(p <= s, i + 31 >= p, i + 31 >= s), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(q <= s, i + 34 >= q, i + 34 >= s), If(i >= 0, r + 30 >= i, r + 30 >= 0), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= r,q >= 0),q >= i,If(And(r >= q,r >= 0),r >= i,0 >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(r >= s,r >= 0),r >= i - 15,If(And(s >= r,s >= 0),s >= i - 15,0 >= i - 15)), If(And(p <= q,p <= s),p >= i - 23,If(And(q <= p,q <= s),q >= i - 23,s >= i - 23)), If(And(p <= s,p <= 0),p >= i - 23,If(And(s <= p,s <= 0),s >= i - 23,0 >= i - 23)), If(And(q <= s,q <= 0),q >= i - 23,If(And(s <= q,s <= 0),s >= i - 23,0 >= i - 23)), If(And(p <= q,p <= r),p >= i - 30,If(And(q <= p,q <= r),q >= i - 30,r >= i - 30)), If(And(q <= r,q <= s),q >= i - 30,If(And(r <= q,r <= s),r >= i - 30,s >= i - 30)), If(And(p <= q,p <= 0),p >= i - 19,If(And(q <= p,q <= 0),q >= i - 19,0 >= i - 19)), If(And(q <= r,q <= 0),q >= i - 30,If(And(r <= q,r <= 0),r >= i - 30,0 >= i - 30)), If(And(p <= r,p <= s),p >= i - 30,If(And(r <= p,r <= s),r >= i - 30,s >= i - 30)), If(And(p <= r,p <= 0),p >= i - 30,If(And(r <= p,r <= 0),r >= i - 30,0 >= i - 30)), If(And(r <= s,r <= 0),r >= i - 30,If(And(s <= r,s <= 0),s >= i - 30,0 >= i - 30)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= s,p >= 0), i + 38 >= p, If(And(s >= p,s >= 0), i + 38 >= s, i + 38 >= 0)), If(And(q >= r,q >= s), i + 40 >= q, If(And(r >= q,r >= s), i + 40 >= r, i + 40 >= s)), If(And(q >= r,q >= 0), i + 40 >= q, If(And(r >= q,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= s,q >= 0), i + 40 >= q, If(And(s >= q,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= s), i + 23 >= p, If(And(r <= p,r <= s), i + 23 >= r, i + 23 >= s)), If(And(p <= r,p <= 0), i + 19 >= p, If(And(r <= p,r <= 0), i + 19 >= r, i + 19 >= 0)), If(And(q <= r,q <= s), i + 29 >= q, If(And(r <= q,r <= s), i + 29 >= r, i + 29 >= s)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p >= r,p >= s,p >= 0),p >= i,If(And(r >= p,r >= s,r >= 0),r >= i,If(And(s >= p,s >= r,s >= 0),s >= i,0 >= i))), If(And(q >= r,q >= s,q >= 0),q >= i,If(And(r >= q,r >= s,r >= 0),r >= i,If(And(s >= q,s >= r,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= s,p <= 0),p >= i - 23,If(And(q <= p,q <= s,q <= 0),q >= i - 23,If(And(s <= p,s <= q,s <= 0),s >= i - 23,0 >= i - 23))), If(And(p <= q,p <= r,p <= s),p >= i - 30,If(And(q <= p,q <= r,q <= s),q >= i - 30,If(And(r <= p,r <= q,r <= s),r >= i - 30,s >= i - 30))), If(And(p <= q,p <= r,p <= 0),p >= i - 30,If(And(q <= p,q <= r,q <= 0),q >= i - 30,If(And(r <= p,r <= q,r <= 0),r >= i - 30,0 >= i - 30))), If(And(p <= r,p <= s,p <= 0),p >= i - 30,If(And(r <= p,r <= s,r <= 0),r >= i - 30,If(And(s <= p,s <= r,s <= 0),s >= i - 30,0 >= i - 30))), If(And(q <= r,q <= s,q <= 0),q >= i - 30,If(And(r <= q,r <= s,r <= 0),r >= i - 30,If(And(s <= q,s <= r,s <= 0),s >= i - 30,0 >= i - 30))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 19 >= p, If(And(r <= p,r <= s,r <= 0), i + 19 >= r, If(And(s <= p,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 30,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 30,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 30,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 30,0 >= i - 30)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))))] decr3_LI2=\ [p >= i, q >= i, r >= i, i >= p - 40, s + 22 >= i, i >= q - 40, i >= r - 40, 0 >= i - 14, i + 20 >= 0, i >= s - 38, If(p >= s,p >= i,s >= i), If(p >= 0,p >= i,0 >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(q >= 0,q >= i,0 >= i), If(r >= s,r >= i,s >= i), If(r >= 0,r >= i,0 >= i), If(p <= q,p >= i,q >= i), If(p <= r,p >= i,r >= i), If(q <= r,q >= i,r >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(p >= q,p >= i + 1,q >= i + 1), If(p >= r,p >= i + 1,r >= i + 1), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(s >= 0,s >= i - 14,0 >= i - 14), If(i <= 0,i >= p - 40,0 >= p - 40), If(i <= 0,i >= q - 40,0 >= q - 40), If(i <= 0,i >= r - 40,0 >= r - 40), If(p <= s,p >= i - 22,s >= i - 22), If(q <= s,q >= i - 22,s >= i - 22), If(p <= 0,p >= i - 14,0 >= i - 14), If(r <= s,r >= i - 22,s >= i - 22), If(q <= 0,q >= i - 14,0 >= i - 14), If(r <= 0,r >= i - 14,0 >= i - 14), If(s <= 0,s >= i - 22,0 >= i - 22), If(i <= 0,i >= s - 38,0 >= s - 38), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 22 >= i, s + 22 >= 0), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(q >= r, i + 40 >= q, i + 40 >= r), If(q >= s, i + 40 >= q, i + 40 >= s), If(q >= 0, i + 40 >= q, i + 40 >= 0), If(r >= s, i + 40 >= r, i + 40 >= s), If(r >= 0, i + 40 >= r, i + 40 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(p <= r, i + 29 >= p, i + 29 >= r), If(p <= s, i + 31 >= p, i + 31 >= s), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= r, i + 40 >= q, i + 40 >= r), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(q <= s, i + 34 >= q, i + 34 >= s), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(s >= 0, i + 38 >= s, i + 38 >= 0), If(p <= q, i + 30 >= p, i + 30 >= q), If(r <= s, i + 36 >= r, i + 36 >= s), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= r,q >= 0),q >= i,If(And(r >= q,r >= 0),r >= i,0 >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(r >= s,r >= 0),r >= i,If(And(s >= r,s >= 0),s >= i,0 >= i)), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p >= q,p >= r),p >= i + 1,If(And(q >= p,q >= r),q >= i + 1,r >= i + 1)), If(And(p >= q,p >= 0),p >= i + 1,If(And(q >= p,q >= 0),q >= i + 1,0 >= i + 1)), If(And(p >= r,p >= s),p >= i + 1,If(And(r >= p,r >= s),r >= i + 1,s >= i + 1)), If(And(p >= r,p >= 0),p >= i + 1,If(And(r >= p,r >= 0),r >= i + 1,0 >= i + 1)), If(And(p >= q,p >= s),p >= i + 2,If(And(q >= p,q >= s),q >= i + 2,s >= i + 2)), If(And(p <= q,p <= s),p >= i - 22,If(And(q <= p,q <= s),q >= i - 22,s >= i - 22)), If(And(p <= q,p <= 0),p >= i - 14,If(And(q <= p,q <= 0),q >= i - 14,0 >= i - 14)), If(And(p <= r,p <= s),p >= i - 22,If(And(r <= p,r <= s),r >= i - 22,s >= i - 22)), If(And(p <= r,p <= 0),p >= i - 14,If(And(r <= p,r <= 0),r >= i - 14,0 >= i - 14)), If(And(p <= s,p <= 0),p >= i - 22,If(And(s <= p,s <= 0),s >= i - 22,0 >= i - 22)), If(And(q <= r,q <= s),q >= i - 22,If(And(r <= q,r <= s),r >= i - 22,s >= i - 22)), If(And(q <= r,q <= 0),q >= i - 14,If(And(r <= q,r <= 0),r >= i - 14,0 >= i - 14)), If(And(q <= s,q <= 0),q >= i - 22,If(And(s <= q,s <= 0),s >= i - 22,0 >= i - 22)), If(And(r <= s,r <= 0),r >= i - 22,If(And(s <= r,s <= 0),s >= i - 22,0 >= i - 22)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(q >= r,q >= s), i + 40 >= q, If(And(r >= q,r >= s), i + 40 >= r, i + 40 >= s)), If(And(q >= r,q >= 0), i + 40 >= q, If(And(r >= q,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= s,q >= 0), i + 40 >= q, If(And(s >= q,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(r >= s,r >= 0), i + 40 >= r, If(And(s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p <= q,p <= r), i + 22 >= p, If(And(q <= p,q <= r), i + 22 >= q, i + 22 >= r)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= s), i + 23 >= p, If(And(r <= p,r <= s), i + 23 >= r, i + 23 >= s)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= r,q <= s), i + 29 >= q, If(And(r <= q,r <= s), i + 29 >= r, i + 29 >= s)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= q,p <= s), i + 30 >= p, If(And(q <= p,q <= s), i + 30 >= q, i + 30 >= s)), If(And(q >= r,q >= s,q >= 0),q >= i,If(And(r >= q,r >= s,r >= 0),r >= i,If(And(s >= q,s >= r,s >= 0),s >= i,0 >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p >= q,p >= r,p >= s),p >= i + 4,If(And(q >= p,q >= r,q >= s),q >= i + 4,If(And(r >= p,r >= q,r >= s),r >= i + 4,s >= i + 4))), If(And(p >= q,p >= r,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= 0),r >= i + 1,0 >= i + 1))), If(And(p >= r,p >= s,p >= 0),p >= i + 1,If(And(r >= p,r >= s,r >= 0),r >= i + 1,If(And(s >= p,s >= r,s >= 0),s >= i + 1,0 >= i + 1))), If(And(p >= q,p >= s,p >= 0),p >= i + 2,If(And(q >= p,q >= s,q >= 0),q >= i + 2,If(And(s >= p,s >= q,s >= 0),s >= i + 2,0 >= i + 2))), If(And(p <= q,p <= r,p <= s),p >= i - 22,If(And(q <= p,q <= r,q <= s),q >= i - 22,If(And(r <= p,r <= q,r <= s),r >= i - 22,s >= i - 22))), If(And(p <= q,p <= r,p <= 0),p >= i - 14,If(And(q <= p,q <= r,q <= 0),q >= i - 14,If(And(r <= p,r <= q,r <= 0),r >= i - 14,0 >= i - 14))), If(And(p <= q,p <= s,p <= 0),p >= i - 22,If(And(q <= p,q <= s,q <= 0),q >= i - 22,If(And(s <= p,s <= q,s <= 0),s >= i - 22,0 >= i - 22))), If(And(p <= r,p <= s,p <= 0),p >= i - 22,If(And(r <= p,r <= s,r <= 0),r >= i - 22,If(And(s <= p,s <= r,s <= 0),s >= i - 22,0 >= i - 22))), If(And(q <= r,q <= s,q <= 0),q >= i - 22,If(And(r <= q,r <= s,r <= 0),r >= i - 22,If(And(s <= q,s <= r,s <= 0),s >= i - 22,0 >= i - 22))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 19 >= p, If(And(r <= p,r <= s,r <= 0), i + 19 >= r, If(And(s <= p,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= s,p <= 0), i + 18 >= p, If(And(q <= p,q <= s,q <= 0), i + 18 >= q, If(And(s <= p,s <= q,s <= 0), i + 18 >= s, i + 18 >= 0))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 4,0 >= i + 4)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 22,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 22,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 22,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 22,0 >= i - 22)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))))] decr4_LP=\ [If(And(p <= q,p <= r,p <= s,p <= t),p == i,If(And(q <= p,q <= r,q <= s,q <= t),q == i,If(And(r <= p,r <= q,r <= s,r <= t),r == i,If(And(s <= p,s <= q,s <= r,s <= t),s == i,t == i)))), p >= i, q >= i, r >= i, s >= i, t >= i, 0 >= i - 6, i >= p - 39, i >= q - 40, i >= r - 40, i >= t - 38, i + 20 >= 0, i >= s - 39, If(p >= q,p >= i,q >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(q >= r,q >= i,r >= i), If(s >= t,s >= i,t >= i), If(s >= 0,s >= i,0 >= i), If(t >= 0,t >= i,0 >= i), If(p <= q,p >= i,q >= i), If(p <= r,p >= i,r >= i), If(p <= s,p >= i,s >= i), If(p <= t,p >= i,t >= i), If(q <= r,q >= i,r >= i), If(q <= s,q >= i,s >= i), If(q <= t,q >= i,t >= i), If(r <= s,r >= i,s >= i), If(r <= t,r >= i,t >= i), If(s <= t,s >= i,t >= i), If(r >= t,r >= i,t >= i), If(r >= s,r >= i,s >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(i <= 0, s >= i, s >= 0), If(i <= 0, t >= i, t >= 0), If(q >= t,q >= i + 1,t >= i + 1), If(q >= 0,q >= i + 1,0 >= i + 1), If(r >= 0,r >= i + 2,0 >= i + 2), If(p >= 0,p >= i + 3,0 >= i + 3), If(q >= s,q >= i + 1,s >= i + 1), If(p <= 0,p >= i - 6,0 >= i - 6), If(q <= 0,q >= i - 6,0 >= i - 6), If(r <= 0,r >= i - 6,0 >= i - 6), If(s <= 0,s >= i - 6,0 >= i - 6), If(t <= 0,t >= i - 6,0 >= i - 6), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= t - 19,0 >= t - 19), If(i <= 0,i >= p - 39,0 >= p - 39), If(i <= 0,i >= q - 40,0 >= q - 40), If(i <= 0,i >= r - 40,0 >= r - 40), If(i <= 0,i >= t - 38,0 >= t - 38), If(i >= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= s - 39,0 >= s - 39), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 20 >= i, s + 20 >= 0), If(i >= 0, t + 20 >= i, t + 20 >= 0), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 39 >= p, i + 39 >= s), If(p >= t, i + 39 >= p, i + 39 >= t), If(p >= 0, i + 39 >= p, i + 39 >= 0), If(q >= r, i + 40 >= q, i + 40 >= r), If(q >= s, i + 40 >= q, i + 40 >= s), If(q >= t, i + 40 >= q, i + 40 >= t), If(q >= 0, i + 40 >= q, i + 40 >= 0), If(r >= s, i + 40 >= r, i + 40 >= s), If(r >= t, i + 40 >= r, i + 40 >= t), If(r >= 0, i + 40 >= r, i + 40 >= 0), If(t >= 0, i + 38 >= t, i + 38 >= 0), If(p <= s, i + 31 >= p, i + 31 >= s), If(p <= t, i + 32 >= p, i + 32 >= t), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= r, i + 30 >= q, i + 30 >= r), If(q <= s, i + 33 >= q, i + 33 >= s), If(q <= t, i + 31 >= q, i + 31 >= t), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= t, i + 31 >= r, i + 31 >= t), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 33 >= s, i + 33 >= t), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(p <= q, i + 29 >= p, i + 29 >= q), If(p <= r, i + 37 >= p, i + 37 >= r), If(r <= s, i + 37 >= r, i + 37 >= s), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p <= q,p <= s),p >= i,If(And(q <= p,q <= s),q >= i,s >= i)), If(And(p <= q,p <= t),p >= i,If(And(q <= p,q <= t),q >= i,t >= i)), If(And(p <= r,p <= s),p >= i,If(And(r <= p,r <= s),r >= i,s >= i)), If(And(p <= r,p <= t),p >= i,If(And(r <= p,r <= t),r >= i,t >= i)), If(And(p <= s,p <= t),p >= i,If(And(s <= p,s <= t),s >= i,t >= i)), If(And(q <= r,q <= s),q >= i,If(And(r <= q,r <= s),r >= i,s >= i)), If(And(q <= r,q <= t),q >= i,If(And(r <= q,r <= t),r >= i,t >= i)), If(And(q <= s,q <= t),q >= i,If(And(s <= q,s <= t),s >= i,t >= i)), If(And(r <= s,r <= t),r >= i,If(And(s <= r,s <= t),s >= i,t >= i)), If(And(p >= q,p >= r),p >= i + 1,If(And(q >= p,q >= r),q >= i + 1,r >= i + 1)), If(And(p >= q,p >= s),p >= i + 3,If(And(q >= p,q >= s),q >= i + 3,s >= i + 3)), If(And(p >= q,p >= t),p >= i + 1,If(And(q >= p,q >= t),q >= i + 1,t >= i + 1)), If(And(p >= q,p >= 0),p >= i + 8,If(And(q >= p,q >= 0),q >= i + 8,0 >= i + 8)), If(And(p >= r,p >= s),p >= i + 3,If(And(r >= p,r >= s),r >= i + 3,s >= i + 3)), If(And(p >= r,p >= t),p >= i + 3,If(And(r >= p,r >= t),r >= i + 3,t >= i + 3)), If(And(p >= r,p >= 0),p >= i + 4,If(And(r >= p,r >= 0),r >= i + 4,0 >= i + 4)), If(And(p >= s,p >= t),p >= i + 1,If(And(s >= p,s >= t),s >= i + 1,t >= i + 1)), If(And(p >= s,p >= 0),p >= i + 4,If(And(s >= p,s >= 0),s >= i + 4,0 >= i + 4)), If(And(q >= r,q >= s),q >= i + 3,If(And(r >= q,r >= s),r >= i + 3,s >= i + 3)), If(And(q >= r,q >= t),q >= i + 5,If(And(r >= q,r >= t),r >= i + 5,t >= i + 5)), If(And(q >= r,q >= 0),q >= i + 4,If(And(r >= q,r >= 0),r >= i + 4,0 >= i + 4)), If(And(q >= s,q >= t),q >= i + 5,If(And(s >= q,s >= t),s >= i + 5,t >= i + 5)), If(And(q >= s,q >= 0),q >= i + 6,If(And(s >= q,s >= 0),s >= i + 6,0 >= i + 6)), If(And(q >= t,q >= 0),q >= i + 7,If(And(t >= q,t >= 0),t >= i + 7,0 >= i + 7)), If(And(r >= s,r >= t),r >= i + 1,If(And(s >= r,s >= t),s >= i + 1,t >= i + 1)), If(And(r >= s,r >= 0),r >= i + 5,If(And(s >= r,s >= 0),s >= i + 5,0 >= i + 5)), If(And(r >= t,r >= 0),r >= i + 2,If(And(t >= r,t >= 0),t >= i + 2,0 >= i + 2)), If(And(s >= t,s >= 0),s >= i + 5,If(And(t >= s,t >= 0),t >= i + 5,0 >= i + 5)), If(And(p >= t,p >= 0),p >= i + 3,If(And(t >= p,t >= 0),t >= i + 3,0 >= i + 3)), If(And(p <= q,p <= 0),p >= i - 6,If(And(q <= p,q <= 0),q >= i - 6,0 >= i - 6)), If(And(p <= r,p <= 0),p >= i - 6,If(And(r <= p,r <= 0),r >= i - 6,0 >= i - 6)), If(And(p <= s,p <= 0),p >= i - 6,If(And(s <= p,s <= 0),s >= i - 6,0 >= i - 6)), If(And(p <= t,p <= 0),p >= i - 6,If(And(t <= p,t <= 0),t >= i - 6,0 >= i - 6)), If(And(q <= r,q <= 0),q >= i - 6,If(And(r <= q,r <= 0),r >= i - 6,0 >= i - 6)), If(And(q <= s,q <= 0),q >= i - 6,If(And(s <= q,s <= 0),s >= i - 6,0 >= i - 6)), If(And(q <= t,q <= 0),q >= i - 6,If(And(t <= q,t <= 0),t >= i - 6,0 >= i - 6)), If(And(r <= s,r <= 0),r >= i - 6,If(And(s <= r,s <= 0),s >= i - 6,0 >= i - 6)), If(And(r <= t,r <= 0),r >= i - 6,If(And(t <= r,t <= 0),t >= i - 6,0 >= i - 6)), If(And(s <= t,s <= 0),s >= i - 6,If(And(t <= s,t <= 0),t >= i - 6,0 >= i - 6)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 39 >= p, If(And(s >= p,s >= t), i + 39 >= s, i + 39 >= t)), If(And(p >= s,p >= 0), i + 39 >= p, If(And(s >= p,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(p >= t,p >= 0), i + 39 >= p, If(And(t >= p,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= r,q >= s), i + 40 >= q, If(And(r >= q,r >= s), i + 40 >= r, i + 40 >= s)), If(And(q >= r,q >= t), i + 40 >= q, If(And(r >= q,r >= t), i + 40 >= r, i + 40 >= t)), If(And(q >= r,q >= 0), i + 40 >= q, If(And(r >= q,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= s,q >= t), i + 40 >= q, If(And(s >= q,s >= t), i + 40 >= s, i + 40 >= t)), If(And(q >= s,q >= 0), i + 40 >= q, If(And(s >= q,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(q >= t,q >= 0), i + 40 >= q, If(And(t >= q,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(r >= s,r >= t), i + 40 >= r, If(And(s >= r,s >= t), i + 40 >= s, i + 40 >= t)), If(And(r >= s,r >= 0), i + 40 >= r, If(And(s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(r >= t,r >= 0), i + 40 >= r, If(And(t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p <= q,p <= r), i + 27 >= p, If(And(q <= p,q <= r), i + 27 >= q, i + 27 >= r)), If(And(p <= q,p <= s), i + 27 >= p, If(And(q <= p,q <= s), i + 27 >= q, i + 27 >= s)), If(And(p <= q,p <= t), i + 27 >= p, If(And(q <= p,q <= t), i + 27 >= q, i + 27 >= t)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= t), i + 28 >= p, If(And(r <= p,r <= t), i + 28 >= r, i + 28 >= t)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 27 >= p, If(And(s <= p,s <= t), i + 27 >= s, i + 27 >= t)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= r,q <= s), i + 27 >= q, If(And(r <= q,r <= s), i + 27 >= r, i + 27 >= s)), If(And(q <= r,q <= t), i + 26 >= q, If(And(r <= q,r <= t), i + 26 >= r, i + 26 >= t)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= t), i + 30 >= q, If(And(s <= q,s <= t), i + 30 >= s, i + 30 >= t)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= s,r <= t), i + 28 >= r, If(And(s <= r,s <= t), i + 28 >= s, i + 28 >= t)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p <= r,p <= s), i + 29 >= p, If(And(r <= p,r <= s), i + 29 >= r, i + 29 >= s)), If(And(p <= q,p <= r,p <= s),p >= i,If(And(q <= p,q <= r,q <= s),q >= i,If(And(r <= p,r <= q,r <= s),r >= i,s >= i))), If(And(p <= q,p <= r,p <= t),p >= i,If(And(q <= p,q <= r,q <= t),q >= i,If(And(r <= p,r <= q,r <= t),r >= i,t >= i))), If(And(p <= q,p <= s,p <= t),p >= i,If(And(q <= p,q <= s,q <= t),q >= i,If(And(s <= p,s <= q,s <= t),s >= i,t >= i))), If(And(p <= r,p <= s,p <= t),p >= i,If(And(r <= p,r <= s,r <= t),r >= i,If(And(s <= p,s <= r,s <= t),s >= i,t >= i))), If(And(q <= r,q <= s,q <= t),q >= i,If(And(r <= q,r <= s,r <= t),r >= i,If(And(s <= q,s <= r,s <= t),s >= i,t >= i))), If(And(p >= q,p >= r,p >= t),p >= i + 7,If(And(q >= p,q >= r,q >= t),q >= i + 7,If(And(r >= p,r >= q,r >= t),r >= i + 7,t >= i + 7))), If(And(p >= q,p >= r,p >= 0),p >= i + 8,If(And(q >= p,q >= r,q >= 0),q >= i + 8,If(And(r >= p,r >= q,r >= 0),r >= i + 8,0 >= i + 8))), If(And(p >= q,p >= s,p >= t),p >= i + 6,If(And(q >= p,q >= s,q >= t),q >= i + 6,If(And(s >= p,s >= q,s >= t),s >= i + 6,t >= i + 6))), If(And(p >= q,p >= t,p >= 0),p >= i + 8,If(And(q >= p,q >= t,q >= 0),q >= i + 8,If(And(t >= p,t >= q,t >= 0),t >= i + 8,0 >= i + 8))), If(And(p >= r,p >= s,p >= t),p >= i + 3,If(And(r >= p,r >= s,r >= t),r >= i + 3,If(And(s >= p,s >= r,s >= t),s >= i + 3,t >= i + 3))), If(And(p >= r,p >= t,p >= 0),p >= i + 7,If(And(r >= p,r >= t,r >= 0),r >= i + 7,If(And(t >= p,t >= r,t >= 0),t >= i + 7,0 >= i + 7))), If(And(p >= s,p >= t,p >= 0),p >= i + 6,If(And(s >= p,s >= t,s >= 0),s >= i + 6,If(And(t >= p,t >= s,t >= 0),t >= i + 6,0 >= i + 6))), If(And(q >= r,q >= s,q >= t),q >= i + 6,If(And(r >= q,r >= s,r >= t),r >= i + 6,If(And(s >= q,s >= r,s >= t),s >= i + 6,t >= i + 6))), If(And(q >= r,q >= s,q >= 0),q >= i + 6,If(And(r >= q,r >= s,r >= 0),r >= i + 6,If(And(s >= q,s >= r,s >= 0),s >= i + 6,0 >= i + 6))), If(And(q >= r,q >= t,q >= 0),q >= i + 7,If(And(r >= q,r >= t,r >= 0),r >= i + 7,If(And(t >= q,t >= r,t >= 0),t >= i + 7,0 >= i + 7))), If(And(q >= s,q >= t,q >= 0),q >= i + 7,If(And(s >= q,s >= t,s >= 0),s >= i + 7,If(And(t >= q,t >= s,t >= 0),t >= i + 7,0 >= i + 7))), If(And(r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5))), If(And(p >= r,p >= s,p >= 0),p >= i + 6,If(And(r >= p,r >= s,r >= 0),r >= i + 6,If(And(s >= p,s >= r,s >= 0),s >= i + 6,0 >= i + 6))), If(And(p <= q,p <= r,p <= 0),p >= i - 6,If(And(q <= p,q <= r,q <= 0),q >= i - 6,If(And(r <= p,r <= q,r <= 0),r >= i - 6,0 >= i - 6))), If(And(p <= q,p <= s,p <= 0),p >= i - 6,If(And(q <= p,q <= s,q <= 0),q >= i - 6,If(And(s <= p,s <= q,s <= 0),s >= i - 6,0 >= i - 6))), If(And(p <= q,p <= t,p <= 0),p >= i - 6,If(And(q <= p,q <= t,q <= 0),q >= i - 6,If(And(t <= p,t <= q,t <= 0),t >= i - 6,0 >= i - 6))), If(And(p <= r,p <= s,p <= 0),p >= i - 6,If(And(r <= p,r <= s,r <= 0),r >= i - 6,If(And(s <= p,s <= r,s <= 0),s >= i - 6,0 >= i - 6))), If(And(p <= r,p <= t,p <= 0),p >= i - 6,If(And(r <= p,r <= t,r <= 0),r >= i - 6,If(And(t <= p,t <= r,t <= 0),t >= i - 6,0 >= i - 6))), If(And(p <= s,p <= t,p <= 0),p >= i - 6,If(And(s <= p,s <= t,s <= 0),s >= i - 6,If(And(t <= p,t <= s,t <= 0),t >= i - 6,0 >= i - 6))), If(And(q <= r,q <= s,q <= 0),q >= i - 6,If(And(r <= q,r <= s,r <= 0),r >= i - 6,If(And(s <= q,s <= r,s <= 0),s >= i - 6,0 >= i - 6))), If(And(q <= r,q <= t,q <= 0),q >= i - 6,If(And(r <= q,r <= t,r <= 0),r >= i - 6,If(And(t <= q,t <= r,t <= 0),t >= i - 6,0 >= i - 6))), If(And(q <= s,q <= t,q <= 0),q >= i - 6,If(And(s <= q,s <= t,s <= 0),s >= i - 6,If(And(t <= q,t <= s,t <= 0),t >= i - 6,0 >= i - 6))), If(And(r <= s,r <= t,r <= 0),r >= i - 6,If(And(s <= r,s <= t,s <= 0),s >= i - 6,If(And(t <= r,t <= s,t <= 0),t >= i - 6,0 >= i - 6))), If(And(p >= q,p >= r,p >= s),p >= i + 10,If(And(q >= p,q >= r,q >= s),q >= i + 10,If(And(r >= p,r >= q,r >= s),r >= i + 10,s >= i + 10))), If(And(p >= q,p >= s,p >= 0),p >= i + 10,If(And(q >= p,q >= s,q >= 0),q >= i + 10,If(And(s >= p,s >= q,s >= 0),s >= i + 10,0 >= i + 10))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 39 >= p, If(And(s >= p,s >= t,s >= 0), i + 39 >= s, If(And(t >= p,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p <= q,p <= r,p <= s), i + 27 >= p, If(And(q <= p,q <= r,q <= s), i + 27 >= q, If(And(r <= p,r <= q,r <= s), i + 27 >= r, i + 27 >= s))), If(And(p <= q,p <= s,p <= t), i + 27 >= p, If(And(q <= p,q <= s,q <= t), i + 27 >= q, If(And(s <= p,s <= q,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= q,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 21 >= q, If(And(r <= q,r <= s,r <= t), i + 21 >= r, If(And(s <= q,s <= r,s <= t), i + 21 >= s, i + 21 >= t))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= q,p <= r,p <= t), i + 23 >= p, If(And(q <= p,q <= r,q <= t), i + 23 >= q, If(And(r <= p,r <= q,r <= t), i + 23 >= r, i + 23 >= t))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 8,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 8,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 8,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 8,0 >= i + 8)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i + 7,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i + 7,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i + 7,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i + 7,0 >= i + 7)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i + 9,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i + 9,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i + 9,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i + 9,0 >= i + 9)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 6,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 6,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 6,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 6,0 >= i - 6)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 6,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 6,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 6,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 6,0 >= i - 6)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 6,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 6,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 6,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 6,0 >= i - 6)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 6,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 6,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 6,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 6,0 >= i - 6)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 6,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 6,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 6,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 6,0 >= i - 6)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 11,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 11,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 11,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 11,t >= i + 11)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 10,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 10,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 10,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 10,0 >= i + 10)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 11,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 11,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 11,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 11,0 >= i + 11)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 18 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 18 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 18 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 18 >= t, i + 18 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 6,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 6,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 6,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 6,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 6,0 >= i - 6))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i + 11,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i + 11,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i + 11,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i + 11,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i + 11,0 >= i + 11))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))))] decr4_LI0=\ [p >= i, 0 >= i - 20, i + 20 >= 0, r + 37 >= i, s + 39 >= i, i >= q - 39, q + 39 >= i, t + 39 >= i, i >= s - 39, i >= t - 34, i >= p - 39, If(p >= q,p >= i,q >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(p >= 0,p >= i,0 >= i), If(i <= 0, p >= i, p >= 0), If(p <= q, i >= p, i >= q), If(t >= 0,t >= i - 20,0 >= i - 20), If(r >= 0,r >= i - 19,0 >= i - 19), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(r >= s,r >= i - 29,s >= i - 29), If(r >= t,r >= i - 33,t >= i - 33), If(q >= r,q >= i - 29,r >= i - 29), If(q >= s,q >= i - 31,s >= i - 31), If(q >= t,q >= i - 34,t >= i - 34), If(q >= 0,q >= i - 20,0 >= i - 20), If(r <= 0,r >= i - 37,0 >= i - 37), If(s <= t,s >= i - 39,t >= i - 39), If(i <= 0,i >= q - 39,0 >= q - 39), If(p <= q,p >= i - 39,q >= i - 39), If(p <= 0,p >= i - 20,0 >= i - 20), If(p <= r,p >= i - 37,r >= i - 37), If(p <= s,p >= i - 39,s >= i - 39), If(q <= r,q >= i - 39,r >= i - 39), If(q <= s,q >= i - 39,s >= i - 39), If(r <= s,r >= i - 39,s >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(q <= t,q >= i - 39,t >= i - 39), If(q <= 0,q >= i - 39,0 >= i - 39), If(i >= 0,i >= q - 20,0 >= q - 20), If(s >= 0,s >= i - 20,0 >= i - 20), If(i >= 0,i >= t - 19,0 >= t - 19), If(r <= t,r >= i - 39,t >= i - 39), If(p <= t,p >= i - 39,t >= i - 39), If(t <= 0,t >= i - 39,0 >= i - 39), If(i <= 0,i >= s - 39,0 >= s - 39), If(i <= 0,i >= p - 39,0 >= p - 39), If(i <= 0,i >= t - 34,0 >= t - 34), If(i >= 0,i >= s - 19,0 >= s - 19), If(s >= t,s >= i - 30,t >= i - 30), If(p >= q, i + 39 >= p, i + 39 >= q), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, r + 37 >= i, r + 37 >= 0), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(q >= s, i + 39 >= q, i + 39 >= s), If(q >= t, i + 39 >= q, i + 39 >= t), If(q >= 0, i + 39 >= q, i + 39 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(q <= s, i + 31 >= q, i + 31 >= s), If(i <= 0, r + 19 >= i, r + 19 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(i >= 0, t + 39 >= i, t + 39 >= 0), If(q <= r, i + 30 >= q, i + 30 >= r), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(p <= t, i + 28 >= p, i + 28 >= t), If(p <= s, i + 31 >= p, i + 31 >= s), If(r <= s, i + 37 >= r, i + 37 >= s), If(r <= t, i + 29 >= r, i + 29 >= t), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(p >= s, i + 39 >= p, i + 39 >= s), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(t >= 0, i + 34 >= t, i + 34 >= 0), If(s >= t, i + 39 >= s, i + 39 >= t), If(p >= t, i + 39 >= p, i + 39 >= t), If(p >= 0, i + 39 >= p, i + 39 >= 0), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= r,p >= t),p >= i,If(And(r >= p,r >= t),r >= i,t >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= s,p >= t),p >= i,If(And(s >= p,s >= t),s >= i,t >= i)), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= q,p <= t), i >= p, If(And(q <= p,q <= t), i >= q, i >= t)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(r >= t,r >= 0),r >= i - 18,If(And(t >= r,t >= 0),t >= i - 18,0 >= i - 18)), If(And(r >= s,r >= t),r >= i - 19,If(And(s >= r,s >= t),s >= i - 19,t >= i - 19)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(q >= r,q >= s),q >= i - 29,If(And(r >= q,r >= s),r >= i - 29,s >= i - 29)), If(And(q >= r,q >= t),q >= i - 19,If(And(r >= q,r >= t),r >= i - 19,t >= i - 19)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 39,If(And(r <= q,r <= s),r >= i - 39,s >= i - 39)), If(And(q <= r,q <= t),q >= i - 39,If(And(r <= q,r <= t),r >= i - 39,t >= i - 39)), If(And(p <= r,p <= s),p >= i - 39,If(And(r <= p,r <= s),r >= i - 39,s >= i - 39)), If(And(r <= s,r <= t),r >= i - 39,If(And(s <= r,s <= t),s >= i - 39,t >= i - 39)), If(And(r <= s,r <= 0),r >= i - 39,If(And(s <= r,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= r,p <= 0),p >= i - 37,If(And(r <= p,r <= 0),r >= i - 37,0 >= i - 37)), If(And(p <= s,p <= t),p >= i - 39,If(And(s <= p,s <= t),s >= i - 39,t >= i - 39)), If(And(p <= q,p <= r),p >= i - 39,If(And(q <= p,q <= r),q >= i - 39,r >= i - 39)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(q <= r,q <= 0),q >= i - 39,If(And(r <= q,r <= 0),r >= i - 39,0 >= i - 39)), If(And(q <= s,q <= t),q >= i - 39,If(And(s <= q,s <= t),s >= i - 39,t >= i - 39)), If(And(p <= q,p <= t),p >= i - 39,If(And(q <= p,q <= t),q >= i - 39,t >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(s <= t,s <= 0),s >= i - 39,If(And(t <= s,t <= 0),t >= i - 39,0 >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= t,q <= 0),q >= i - 39,If(And(t <= q,t <= 0),t >= i - 39,0 >= i - 39)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p <= r,p <= t),p >= i - 39,If(And(r <= p,r <= t),r >= i - 39,t >= i - 39)), If(And(p <= t,p <= 0),p >= i - 39,If(And(t <= p,t <= 0),t >= i - 39,0 >= i - 39)), If(And(r <= t,r <= 0),r >= i - 39,If(And(t <= r,t <= 0),t >= i - 39,0 >= i - 39)), If(And(q >= s,q >= t),q >= i - 26,If(And(s >= q,s >= t),s >= i - 26,t >= i - 26)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(p >= q,p >= s), i + 39 >= p, If(And(q >= p,q >= s), i + 39 >= q, i + 39 >= s)), If(And(q >= s,q >= 0), i + 39 >= q, If(And(s >= q,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p >= q,p >= t), i + 39 >= p, If(And(q >= p,q >= t), i + 39 >= q, i + 39 >= t)), If(And(p >= q,p >= 0), i + 39 >= p, If(And(q >= p,q >= 0), i + 39 >= q, i + 39 >= 0)), If(And(p <= r,p <= t), i + 28 >= p, If(And(r <= p,r <= t), i + 28 >= r, i + 28 >= t)), If(And(q <= s,q <= t), i + 30 >= q, If(And(s <= q,s <= t), i + 30 >= s, i + 30 >= t)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= s,p <= t), i + 26 >= p, If(And(s <= p,s <= t), i + 26 >= s, i + 26 >= t)), If(And(r <= s,r <= t), i + 27 >= r, If(And(s <= r,s <= t), i + 27 >= s, i + 27 >= t)), If(And(q <= r,q <= s), i + 21 >= q, If(And(r <= q,r <= s), i + 21 >= r, i + 21 >= s)), If(And(q <= r,q <= t), i + 26 >= q, If(And(r <= q,r <= t), i + 26 >= r, i + 26 >= t)), If(And(p <= s,p <= 0), i + 19 >= p, If(And(s <= p,s <= 0), i + 19 >= s, i + 19 >= 0)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= r,q <= s), i + 19 >= q, If(And(r <= q,r <= s), i + 19 >= r, i + 19 >= s)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p >= s,p >= t), i + 39 >= p, If(And(s >= p,s >= t), i + 39 >= s, i + 39 >= t)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p >= s,p >= 0), i + 39 >= p, If(And(s >= p,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(p >= t,p >= 0), i + 39 >= p, If(And(t >= p,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(p >= r,p >= s,p >= t),p >= i,If(And(r >= p,r >= s,r >= t),r >= i,If(And(s >= p,s >= r,s >= t),s >= i,t >= i))), If(And(p >= r,p >= s,p >= 0),p >= i,If(And(r >= p,r >= s,r >= 0),r >= i,If(And(s >= p,s >= r,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= s,p >= t),p >= i,If(And(q >= p,q >= s,q >= t),q >= i,If(And(s >= p,s >= q,s >= t),s >= i,t >= i))), If(And(p >= r,p >= t,p >= 0),p >= i,If(And(r >= p,r >= t,r >= 0),r >= i,If(And(t >= p,t >= r,t >= 0),t >= i,0 >= i))), If(And(p >= s,p >= t,p >= 0),p >= i,If(And(s >= p,s >= t,s >= 0),s >= i,If(And(t >= p,t >= s,t >= 0),t >= i,0 >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= t,p >= 0),p >= i,If(And(q >= p,q >= t,q >= 0),q >= i,If(And(t >= p,t >= q,t >= 0),t >= i,0 >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= r,p <= t), i >= p, If(And(q <= p,q <= r,q <= t), i >= q, If(And(r <= p,r <= q,r <= t), i >= r, i >= t))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= s,p <= t), i >= p, If(And(q <= p,q <= s,q <= t), i >= q, If(And(s <= p,s <= q,s <= t), i >= s, i >= t))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= t,p <= 0), i >= p, If(And(q <= p,q <= t,q <= 0), i >= q, If(And(t <= p,t <= q,t <= 0), i >= t, i >= 0))), If(And(q >= r,q >= s,q >= t),q >= i - 19,If(And(r >= q,r >= s,r >= t),r >= i - 19,If(And(s >= q,s >= r,s >= t),s >= i - 19,t >= i - 19))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= r,q >= t,q >= 0),q >= i - 18,If(And(r >= q,r >= t,r >= 0),r >= i - 18,If(And(t >= q,t >= r,t >= 0),t >= i - 18,0 >= i - 18))), If(And(r >= s,r >= t,r >= 0),r >= i - 18,If(And(s >= r,s >= t,s >= 0),s >= i - 18,If(And(t >= r,t >= s,t >= 0),t >= i - 18,0 >= i - 18))), If(And(p <= s,p <= t,p <= 0),p >= i - 39,If(And(s <= p,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= t),q >= i - 39,If(And(r <= q,r <= s,r <= t),r >= i - 39,If(And(s <= q,s <= r,s <= t),s >= i - 39,t >= i - 39))), If(And(q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= t),p >= i - 39,If(And(r <= p,r <= s,r <= t),r >= i - 39,If(And(s <= p,s <= r,s <= t),s >= i - 39,t >= i - 39))), If(And(p <= r,p <= s,p <= 0),p >= i - 39,If(And(r <= p,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= r,p <= s),p >= i - 39,If(And(q <= p,q <= r,q <= s),q >= i - 39,If(And(r <= p,r <= q,r <= s),r >= i - 39,s >= i - 39))), If(And(p <= q,p <= r,p <= t),p >= i - 39,If(And(q <= p,q <= r,q <= t),q >= i - 39,If(And(r <= p,r <= q,r <= t),r >= i - 39,t >= i - 39))), If(And(q <= r,q <= t,q <= 0),q >= i - 39,If(And(r <= q,r <= t,r <= 0),r >= i - 39,If(And(t <= q,t <= r,t <= 0),t >= i - 39,0 >= i - 39))), If(And(q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p <= q,p <= r,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= 0),r >= i - 39,0 >= i - 39))), If(And(p <= q,p <= s,p <= t),p >= i - 39,If(And(q <= p,q <= s,q <= t),q >= i - 39,If(And(s <= p,s <= q,s <= t),s >= i - 39,t >= i - 39))), If(And(r <= s,r <= t,r <= 0),r >= i - 39,If(And(s <= r,s <= t,s <= 0),s >= i - 39,If(And(t <= r,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= t,q <= 0),q >= i - 39,If(And(t <= p,t <= q,t <= 0),t >= i - 39,0 >= i - 39))), If(And(q >= s,q >= t,q >= 0),q >= i - 20,If(And(s >= q,s >= t,s >= 0),s >= i - 20,If(And(t >= q,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p <= r,p <= t,p <= 0),p >= i - 39,If(And(r <= p,r <= t,r <= 0),r >= i - 39,If(And(t <= p,t <= r,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p >= q,p >= s,p >= t), i + 39 >= p, If(And(q >= p,q >= s,q >= t), i + 39 >= q, If(And(s >= p,s >= q,s >= t), i + 39 >= s, i + 39 >= t))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 39 >= p, If(And(q >= p,q >= s,q >= 0), i + 39 >= q, If(And(s >= p,s >= q,s >= 0), i + 39 >= s, i + 39 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 39 >= p, If(And(q >= p,q >= t,q >= 0), i + 39 >= q, If(And(t >= p,t >= q,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 26 >= p, If(And(r <= p,r <= s,r <= t), i + 26 >= r, If(And(s <= p,s <= r,s <= t), i + 26 >= s, i + 26 >= t))), If(And(q <= r,q <= s,q <= t), i + 21 >= q, If(And(r <= q,r <= s,r <= t), i + 21 >= r, If(And(s <= q,s <= r,s <= t), i + 21 >= s, i + 21 >= t))), If(And(q <= r,q <= s,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 19 >= p, If(And(r <= p,r <= s,r <= 0), i + 19 >= r, If(And(s <= p,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q <= r,q <= s,q <= t), i + 19 >= q, If(And(r <= q,r <= s,r <= t), i + 19 >= r, If(And(s <= q,s <= r,s <= t), i + 19 >= s, i + 19 >= t))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 39 >= p, If(And(s >= p,s >= t,s >= 0), i + 39 >= s, If(And(t >= p,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i >= t, i >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 18,0 >= i - 18)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 39,t >= i - 39)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 39,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 39,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 39,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 39,0 >= i - 39)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 39,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 39,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 39,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 39,0 >= i - 39)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 39 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 17 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 17 >= t, i + 17 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 39,0 >= i - 39)))))] decr4_LI1=\ [p >= i, q >= i, r + 29 >= i, 0 >= i - 18, i + 20 >= 0, i >= p - 39, t + 28 >= i, i >= s - 39, i >= q - 39, i >= r - 40, s + 24 >= i, If(p >= q,p >= i,q >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(q >= t,q >= i,t >= i), If(q >= 0,q >= i,0 >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(p >= 0,p >= i,0 >= i), If(p <= q,p >= i,q >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i >= 0,i >= r - 20,0 >= r - 20), If(r >= 0,r >= i - 18,0 >= i - 18), If(i >= 0,i >= t - 19,0 >= t - 19), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= q - 20,0 >= q - 20), If(s >= 0,s >= i - 18,0 >= i - 18), If(p <= r,p >= i - 29,r >= i - 29), If(p <= 0,p >= i - 18,0 >= i - 18), If(q <= 0,q >= i - 18,0 >= i - 18), If(i <= 0,i >= p - 39,0 >= p - 39), If(r <= s,r >= i - 29,s >= i - 29), If(r <= t,r >= i - 29,t >= i - 29), If(q <= r,q >= i - 29,r >= i - 29), If(r <= 0,r >= i - 29,0 >= i - 29), If(t >= 0,t >= i - 11,0 >= i - 11), If(r >= s,r >= i - 23,s >= i - 23), If(r >= t,r >= i - 26,t >= i - 26), If(p <= t,p >= i - 28,t >= i - 28), If(i <= 0,i >= q - 39,0 >= q - 39), If(i <= 0,i >= s - 39,0 >= s - 39), If(s <= t,s >= i - 28,t >= i - 28), If(q <= t,q >= i - 28,t >= i - 28), If(t <= 0,t >= i - 28,0 >= i - 28), If(s >= t,s >= i - 15,t >= i - 15), If(i >= 0,i >= s - 20,0 >= s - 20), If(q <= s,q >= i - 24,s >= i - 24), If(p <= s,p >= i - 24,s >= i - 24), If(i <= 0,i >= r - 40,0 >= r - 40), If(s <= 0,s >= i - 24,0 >= i - 24), If(i >= 0, r + 29 >= i, r + 29 >= 0), If(p >= q, i + 39 >= p, i + 39 >= q), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(p >= s, i + 39 >= p, i + 39 >= s), If(p >= t, i + 39 >= p, i + 39 >= t), If(p >= 0, i + 39 >= p, i + 39 >= 0), If(p <= s, i + 31 >= p, i + 31 >= s), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(q <= r, i + 30 >= q, i + 30 >= r), If(q <= s, i + 33 >= q, i + 33 >= s), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 33 >= s, i + 33 >= t), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(q >= s, i + 39 >= q, i + 39 >= s), If(i >= 0, t + 28 >= i, t + 28 >= 0), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(q >= t, i + 39 >= q, i + 39 >= t), If(q >= 0, i + 39 >= q, i + 39 >= 0), If(q <= t, i + 31 >= q, i + 31 >= t), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 37 >= r, i + 37 >= s), If(r <= t, i + 31 >= r, i + 31 >= t), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(r >= s, i + 40 >= r, i + 40 >= s), If(r >= t, i + 40 >= r, i + 40 >= t), If(r >= 0, i + 40 >= r, i + 40 >= 0), If(q >= r, i + 40 >= q, i + 40 >= r), If(p >= r, i + 40 >= p, i + 40 >= r), If(i >= 0, s + 24 >= i, s + 24 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(p <= r, i + 34 >= p, i + 34 >= r), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= r,q >= t),q >= i,If(And(r >= q,r >= t),r >= i,t >= i)), If(And(q >= r,q >= 0),q >= i,If(And(r >= q,r >= 0),r >= i,0 >= i)), If(And(q >= s,q >= t),q >= i,If(And(s >= q,s >= t),s >= i,t >= i)), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(q >= t,q >= 0),q >= i,If(And(t >= q,t >= 0),t >= i,0 >= i)), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= r,p >= t),p >= i,If(And(r >= p,r >= t),r >= i,t >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= s,p >= t),p >= i,If(And(s >= p,s >= t),s >= i,t >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(s >= t,s >= 0),s >= i - 6,If(And(t >= s,t >= 0),t >= i - 6,0 >= i - 6)), If(And(r >= s,r >= t),r >= i - 14,If(And(s >= r,s >= t),s >= i - 14,t >= i - 14)), If(And(r >= s,r >= 0),r >= i - 18,If(And(s >= r,s >= 0),s >= i - 18,0 >= i - 18)), If(And(p <= q,p <= 0),p >= i - 18,If(And(q <= p,q <= 0),q >= i - 18,0 >= i - 18)), If(And(p <= q,p <= r),p >= i - 29,If(And(q <= p,q <= r),q >= i - 29,r >= i - 29)), If(And(q <= r,q <= 0),q >= i - 29,If(And(r <= q,r <= 0),r >= i - 29,0 >= i - 29)), If(And(p <= r,p <= 0),p >= i - 29,If(And(r <= p,r <= 0),r >= i - 29,0 >= i - 29)), If(And(p <= r,p <= s),p >= i - 29,If(And(r <= p,r <= s),r >= i - 29,s >= i - 29)), If(And(p <= r,p <= t),p >= i - 29,If(And(r <= p,r <= t),r >= i - 29,t >= i - 29)), If(And(r <= t,r <= 0),r >= i - 29,If(And(t <= r,t <= 0),t >= i - 29,0 >= i - 29)), If(And(r <= s,r <= t),r >= i - 29,If(And(s <= r,s <= t),s >= i - 29,t >= i - 29)), If(And(r <= s,r <= 0),r >= i - 29,If(And(s <= r,s <= 0),s >= i - 29,0 >= i - 29)), If(And(q <= r,q <= s),q >= i - 29,If(And(r <= q,r <= s),r >= i - 29,s >= i - 29)), If(And(q <= r,q <= t),q >= i - 29,If(And(r <= q,r <= t),r >= i - 29,t >= i - 29)), If(And(r >= t,r >= 0),r >= i - 11,If(And(t >= r,t >= 0),t >= i - 11,0 >= i - 11)), If(And(p <= q,p <= t),p >= i - 28,If(And(q <= p,q <= t),q >= i - 28,t >= i - 28)), If(And(q <= s,q <= t),q >= i - 28,If(And(s <= q,s <= t),s >= i - 28,t >= i - 28)), If(And(p <= s,p <= t),p >= i - 28,If(And(s <= p,s <= t),s >= i - 28,t >= i - 28)), If(And(p <= t,p <= 0),p >= i - 28,If(And(t <= p,t <= 0),t >= i - 28,0 >= i - 28)), If(And(q <= t,q <= 0),q >= i - 28,If(And(t <= q,t <= 0),t >= i - 28,0 >= i - 28)), If(And(s <= t,s <= 0),s >= i - 28,If(And(t <= s,t <= 0),t >= i - 28,0 >= i - 28)), If(And(p <= q,p <= s),p >= i - 24,If(And(q <= p,q <= s),q >= i - 24,s >= i - 24)), If(And(p <= s,p <= 0),p >= i - 24,If(And(s <= p,s <= 0),s >= i - 24,0 >= i - 24)), If(And(q <= s,q <= 0),q >= i - 24,If(And(s <= q,s <= 0),s >= i - 24,0 >= i - 24)), If(And(p >= q,p >= s), i + 39 >= p, If(And(q >= p,q >= s), i + 39 >= q, i + 39 >= s)), If(And(p >= q,p >= t), i + 39 >= p, If(And(q >= p,q >= t), i + 39 >= q, i + 39 >= t)), If(And(p >= q,p >= 0), i + 39 >= p, If(And(q >= p,q >= 0), i + 39 >= q, i + 39 >= 0)), If(And(p >= s,p >= t), i + 39 >= p, If(And(s >= p,s >= t), i + 39 >= s, i + 39 >= t)), If(And(p >= s,p >= 0), i + 39 >= p, If(And(s >= p,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(p >= t,p >= 0), i + 39 >= p, If(And(t >= p,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= r,q <= s), i + 24 >= q, If(And(r <= q,r <= s), i + 24 >= r, i + 24 >= s)), If(And(q <= r,q <= t), i + 26 >= q, If(And(r <= q,r <= t), i + 26 >= r, i + 26 >= t)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= s,q >= 0), i + 39 >= q, If(And(s >= q,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p <= q,p <= t), i + 27 >= p, If(And(q <= p,q <= t), i + 27 >= q, i + 27 >= t)), If(And(p <= r,p <= t), i + 28 >= p, If(And(r <= p,r <= t), i + 28 >= r, i + 28 >= t)), If(And(p <= q,p <= s), i + 27 >= p, If(And(q <= p,q <= s), i + 27 >= q, i + 27 >= s)), If(And(q <= s,q <= t), i + 30 >= q, If(And(s <= q,s <= t), i + 30 >= s, i + 30 >= t)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= s,p <= t), i + 27 >= p, If(And(s <= p,s <= t), i + 27 >= s, i + 27 >= t)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r >= t,r >= 0), i + 40 >= r, If(And(t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= r,q >= s), i + 40 >= q, If(And(r >= q,r >= s), i + 40 >= r, i + 40 >= s)), If(And(q >= r,q >= t), i + 40 >= q, If(And(r >= q,r >= t), i + 40 >= r, i + 40 >= t)), If(And(r >= s,r >= t), i + 40 >= r, If(And(s >= r,s >= t), i + 40 >= s, i + 40 >= t)), If(And(r >= s,r >= 0), i + 40 >= r, If(And(s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(q >= r,q >= 0), i + 40 >= q, If(And(r >= q,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= r,q >= s,q >= t),q >= i,If(And(r >= q,r >= s,r >= t),r >= i,If(And(s >= q,s >= r,s >= t),s >= i,t >= i))), If(And(q >= r,q >= s,q >= 0),q >= i,If(And(r >= q,r >= s,r >= 0),r >= i,If(And(s >= q,s >= r,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(q >= r,q >= t,q >= 0),q >= i,If(And(r >= q,r >= t,r >= 0),r >= i,If(And(t >= q,t >= r,t >= 0),t >= i,0 >= i))), If(And(q >= s,q >= t,q >= 0),q >= i,If(And(s >= q,s >= t,s >= 0),s >= i,If(And(t >= q,t >= s,t >= 0),t >= i,0 >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= t,p >= 0),p >= i,If(And(q >= p,q >= t,q >= 0),q >= i,If(And(t >= p,t >= q,t >= 0),t >= i,0 >= i))), If(And(p >= r,p >= s,p >= t),p >= i,If(And(r >= p,r >= s,r >= t),r >= i,If(And(s >= p,s >= r,s >= t),s >= i,t >= i))), If(And(p >= r,p >= s,p >= 0),p >= i,If(And(r >= p,r >= s,r >= 0),r >= i,If(And(s >= p,s >= r,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= s,p >= t),p >= i,If(And(q >= p,q >= s,q >= t),q >= i,If(And(s >= p,s >= q,s >= t),s >= i,t >= i))), If(And(p >= r,p >= t,p >= 0),p >= i,If(And(r >= p,r >= t,r >= 0),r >= i,If(And(t >= p,t >= r,t >= 0),t >= i,0 >= i))), If(And(p >= s,p >= t,p >= 0),p >= i,If(And(s >= p,s >= t,s >= 0),s >= i,If(And(t >= p,t >= s,t >= 0),t >= i,0 >= i))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= r,p <= t), i >= p, If(And(q <= p,q <= r,q <= t), i >= q, If(And(r <= p,r <= q,r <= t), i >= r, i >= t))), If(And(r >= s,r >= t,r >= 0),r >= i - 6,If(And(s >= r,s >= t,s >= 0),s >= i - 6,If(And(t >= r,t >= s,t >= 0),t >= i - 6,0 >= i - 6))), If(And(p <= q,p <= r,p <= 0),p >= i - 29,If(And(q <= p,q <= r,q <= 0),q >= i - 29,If(And(r <= p,r <= q,r <= 0),r >= i - 29,0 >= i - 29))), If(And(q <= r,q <= t,q <= 0),q >= i - 29,If(And(r <= q,r <= t,r <= 0),r >= i - 29,If(And(t <= q,t <= r,t <= 0),t >= i - 29,0 >= i - 29))), If(And(p <= r,p <= t,p <= 0),p >= i - 29,If(And(r <= p,r <= t,r <= 0),r >= i - 29,If(And(t <= p,t <= r,t <= 0),t >= i - 29,0 >= i - 29))), If(And(p <= q,p <= r,p <= s),p >= i - 29,If(And(q <= p,q <= r,q <= s),q >= i - 29,If(And(r <= p,r <= q,r <= s),r >= i - 29,s >= i - 29))), If(And(p <= q,p <= r,p <= t),p >= i - 29,If(And(q <= p,q <= r,q <= t),q >= i - 29,If(And(r <= p,r <= q,r <= t),r >= i - 29,t >= i - 29))), If(And(p <= r,p <= s,p <= t),p >= i - 29,If(And(r <= p,r <= s,r <= t),r >= i - 29,If(And(s <= p,s <= r,s <= t),s >= i - 29,t >= i - 29))), If(And(p <= r,p <= s,p <= 0),p >= i - 29,If(And(r <= p,r <= s,r <= 0),r >= i - 29,If(And(s <= p,s <= r,s <= 0),s >= i - 29,0 >= i - 29))), If(And(r <= s,r <= t,r <= 0),r >= i - 29,If(And(s <= r,s <= t,s <= 0),s >= i - 29,If(And(t <= r,t <= s,t <= 0),t >= i - 29,0 >= i - 29))), If(And(q <= r,q <= s,q <= t),q >= i - 29,If(And(r <= q,r <= s,r <= t),r >= i - 29,If(And(s <= q,s <= r,s <= t),s >= i - 29,t >= i - 29))), If(And(q <= r,q <= s,q <= 0),q >= i - 29,If(And(r <= q,r <= s,r <= 0),r >= i - 29,If(And(s <= q,s <= r,s <= 0),s >= i - 29,0 >= i - 29))), If(And(p <= q,p <= t,p <= 0),p >= i - 28,If(And(q <= p,q <= t,q <= 0),q >= i - 28,If(And(t <= p,t <= q,t <= 0),t >= i - 28,0 >= i - 28))), If(And(p <= q,p <= s,p <= t),p >= i - 28,If(And(q <= p,q <= s,q <= t),q >= i - 28,If(And(s <= p,s <= q,s <= t),s >= i - 28,t >= i - 28))), If(And(p <= s,p <= t,p <= 0),p >= i - 28,If(And(s <= p,s <= t,s <= 0),s >= i - 28,If(And(t <= p,t <= s,t <= 0),t >= i - 28,0 >= i - 28))), If(And(q <= s,q <= t,q <= 0),q >= i - 28,If(And(s <= q,s <= t,s <= 0),s >= i - 28,If(And(t <= q,t <= s,t <= 0),t >= i - 28,0 >= i - 28))), If(And(p <= q,p <= s,p <= 0),p >= i - 24,If(And(q <= p,q <= s,q <= 0),q >= i - 24,If(And(s <= p,s <= q,s <= 0),s >= i - 24,0 >= i - 24))), If(And(p >= q,p >= s,p >= 0), i + 39 >= p, If(And(q >= p,q >= s,q >= 0), i + 39 >= q, If(And(s >= p,s >= q,s >= 0), i + 39 >= s, i + 39 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 39 >= p, If(And(q >= p,q >= t,q >= 0), i + 39 >= q, If(And(t >= p,t >= q,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p >= q,p >= s,p >= t), i + 39 >= p, If(And(q >= p,q >= s,q >= t), i + 39 >= q, If(And(s >= p,s >= q,s >= t), i + 39 >= s, i + 39 >= t))), If(And(p >= s,p >= t,p >= 0), i + 39 >= p, If(And(s >= p,s >= t,s >= 0), i + 39 >= s, If(And(t >= p,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 19 >= p, If(And(r <= p,r <= s,r <= 0), i + 19 >= r, If(And(s <= p,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q <= r,q <= s,q <= t), i + 21 >= q, If(And(r <= q,r <= s,r <= t), i + 21 >= r, If(And(s <= q,s <= r,s <= t), i + 21 >= s, i + 21 >= t))), If(And(q <= r,q <= s,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p <= q,p <= s,p <= t), i + 27 >= p, If(And(q <= p,q <= s,q <= t), i + 27 >= q, If(And(s <= p,s <= q,s <= t), i + 27 >= s, i + 27 >= t))), If(And(q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 29,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 29,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 29,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 29,t >= i - 29)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 29,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 29,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 29,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 29,0 >= i - 29)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 29,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 29,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 29,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 29,0 >= i - 29)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 29,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 29,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 29,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 29,0 >= i - 29)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 29,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 29,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 29,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 29,0 >= i - 29)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 28,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 28,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 28,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 28,0 >= i - 28)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 39 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 29,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 29,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 29,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 29,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 29,0 >= i - 29))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))))] decr4_LI2=\ [p >= i, q >= i, r >= i, i >= p - 39, i >= r - 40, s + 23 >= i, i >= t - 38, t + 27 >= i, 0 >= i - 11, i + 20 >= 0, i >= s - 39, i >= q - 40, If(p <= q,p >= i,q >= i), If(q <= r,q >= i,r >= i), If(p <= r,p >= i,r >= i), If(q >= t,q >= i,t >= i), If(q >= 0,q >= i,0 >= i), If(p >= q,p >= i,q >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(p >= 0,p >= i,0 >= i), If(r >= 0,r >= i,0 >= i), If(r >= s,r >= i,s >= i), If(r >= t,r >= i,t >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(s >= 0,s >= i - 9,0 >= i - 9), If(i <= 0,i >= p - 39,0 >= p - 39), If(i <= 0,i >= r - 40,0 >= r - 40), If(i <= 0,i >= t - 38,0 >= t - 38), If(q <= s,q >= i - 23,s >= i - 23), If(p <= s,p >= i - 23,s >= i - 23), If(p <= t,p >= i - 27,t >= i - 27), If(p <= 0,p >= i - 11,0 >= i - 11), If(r <= s,r >= i - 23,s >= i - 23), If(r <= t,r >= i - 27,t >= i - 27), If(r <= 0,r >= i - 11,0 >= i - 11), If(s <= t,s >= i - 27,t >= i - 27), If(q <= t,q >= i - 27,t >= i - 27), If(q <= 0,q >= i - 11,0 >= i - 11), If(s <= 0,s >= i - 23,0 >= i - 23), If(t <= 0,t >= i - 27,0 >= i - 27), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= t - 19,0 >= t - 19), If(i >= 0,i >= r - 20,0 >= r - 20), If(t >= 0,t >= i - 11,0 >= i - 11), If(s >= t,s >= i - 11,t >= i - 11), If(i <= 0,i >= s - 39,0 >= s - 39), If(i <= 0,i >= q - 40,0 >= q - 40), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(p <= q, i + 29 >= p, i + 29 >= q), If(q <= r, i + 30 >= q, i + 30 >= r), If(p <= r, i + 37 >= p, i + 37 >= r), If(p <= s, i + 31 >= p, i + 31 >= s), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(r <= t, i + 31 >= r, i + 31 >= t), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(q <= t, i + 31 >= q, i + 31 >= t), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, t + 27 >= i, t + 27 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 23 >= i, s + 23 >= 0), If(q >= r, i + 40 >= q, i + 40 >= r), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 39 >= p, i + 39 >= s), If(p >= t, i + 39 >= p, i + 39 >= t), If(p >= 0, i + 39 >= p, i + 39 >= 0), If(r >= 0, i + 40 >= r, i + 40 >= 0), If(r >= s, i + 40 >= r, i + 40 >= s), If(r >= t, i + 40 >= r, i + 40 >= t), If(t >= 0, i + 38 >= t, i + 38 >= 0), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(q <= s, i + 33 >= q, i + 33 >= s), If(p <= t, i + 32 >= p, i + 32 >= t), If(r <= s, i + 37 >= r, i + 37 >= s), If(s <= t, i + 33 >= s, i + 33 >= t), If(p >= q, i + 40 >= p, i + 40 >= q), If(q >= s, i + 40 >= q, i + 40 >= s), If(q >= t, i + 40 >= q, i + 40 >= t), If(q >= 0, i + 40 >= q, i + 40 >= 0), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= r,p >= t),p >= i,If(And(r >= p,r >= t),r >= i,t >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(q >= t,q >= 0),q >= i,If(And(t >= q,t >= 0),t >= i,0 >= i)), If(And(p >= s,p >= t),p >= i,If(And(s >= p,s >= t),s >= i,t >= i)), If(And(q >= s,q >= t),q >= i,If(And(s >= q,s >= t),s >= i,t >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= r,q >= t),q >= i,If(And(r >= q,r >= t),r >= i,t >= i)), If(And(r >= s,r >= t),r >= i,If(And(s >= r,s >= t),s >= i,t >= i)), If(And(r >= s,r >= 0),r >= i,If(And(s >= r,s >= 0),s >= i,0 >= i)), If(And(r >= t,r >= 0),r >= i,If(And(t >= r,t >= 0),t >= i,0 >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= q,p >= r),p >= i + 1,If(And(q >= p,q >= r),q >= i + 1,r >= i + 1)), If(And(q >= r,q >= 0),q >= i + 1,If(And(r >= q,r >= 0),r >= i + 1,0 >= i + 1)), If(And(s >= t,s >= 0),s >= i - 2,If(And(t >= s,t >= 0),t >= i - 2,0 >= i - 2)), If(And(p >= q,p >= s),p >= i + 2,If(And(q >= p,q >= s),q >= i + 2,s >= i + 2)), If(And(p <= q,p <= s),p >= i - 23,If(And(q <= p,q <= s),q >= i - 23,s >= i - 23)), If(And(p <= r,p <= s),p >= i - 23,If(And(r <= p,r <= s),r >= i - 23,s >= i - 23)), If(And(p <= r,p <= t),p >= i - 27,If(And(r <= p,r <= t),r >= i - 27,t >= i - 27)), If(And(p <= q,p <= t),p >= i - 27,If(And(q <= p,q <= t),q >= i - 27,t >= i - 27)), If(And(p <= q,p <= 0),p >= i - 11,If(And(q <= p,q <= 0),q >= i - 11,0 >= i - 11)), If(And(p <= r,p <= 0),p >= i - 11,If(And(r <= p,r <= 0),r >= i - 11,0 >= i - 11)), If(And(p <= s,p <= t),p >= i - 27,If(And(s <= p,s <= t),s >= i - 27,t >= i - 27)), If(And(q <= r,q <= 0),q >= i - 11,If(And(r <= q,r <= 0),r >= i - 11,0 >= i - 11)), If(And(q <= s,q <= t),q >= i - 27,If(And(s <= q,s <= t),s >= i - 27,t >= i - 27)), If(And(p <= s,p <= 0),p >= i - 23,If(And(s <= p,s <= 0),s >= i - 23,0 >= i - 23)), If(And(p <= t,p <= 0),p >= i - 27,If(And(t <= p,t <= 0),t >= i - 27,0 >= i - 27)), If(And(q <= r,q <= s),q >= i - 23,If(And(r <= q,r <= s),r >= i - 23,s >= i - 23)), If(And(q <= r,q <= t),q >= i - 27,If(And(r <= q,r <= t),r >= i - 27,t >= i - 27)), If(And(q <= s,q <= 0),q >= i - 23,If(And(s <= q,s <= 0),s >= i - 23,0 >= i - 23)), If(And(q <= t,q <= 0),q >= i - 27,If(And(t <= q,t <= 0),t >= i - 27,0 >= i - 27)), If(And(r <= s,r <= t),r >= i - 27,If(And(s <= r,s <= t),s >= i - 27,t >= i - 27)), If(And(r <= s,r <= 0),r >= i - 23,If(And(s <= r,s <= 0),s >= i - 23,0 >= i - 23)), If(And(r <= t,r <= 0),r >= i - 27,If(And(t <= r,t <= 0),t >= i - 27,0 >= i - 27)), If(And(s <= t,s <= 0),s >= i - 27,If(And(t <= s,t <= 0),t >= i - 27,0 >= i - 27)), If(And(p <= q,p <= r), i + 23 >= p, If(And(q <= p,q <= r), i + 23 >= q, i + 23 >= r)), If(And(p <= q,p <= s), i + 27 >= p, If(And(q <= p,q <= s), i + 27 >= q, i + 27 >= s)), If(And(p <= r,p <= s), i + 29 >= p, If(And(r <= p,r <= s), i + 29 >= r, i + 29 >= s)), If(And(p <= q,p <= t), i + 27 >= p, If(And(q <= p,q <= t), i + 27 >= q, i + 27 >= t)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 27 >= p, If(And(s <= p,s <= t), i + 27 >= s, i + 27 >= t)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= r,q <= s), i + 24 >= q, If(And(r <= q,r <= s), i + 24 >= r, i + 24 >= s)), If(And(q <= r,q <= t), i + 26 >= q, If(And(r <= q,r <= t), i + 26 >= r, i + 26 >= t)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= s,r <= t), i + 28 >= r, If(And(s <= r,s <= t), i + 28 >= s, i + 28 >= t)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 39 >= p, If(And(s >= p,s >= t), i + 39 >= s, i + 39 >= t)), If(And(q >= r,q >= 0), i + 40 >= q, If(And(r >= q,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= 0), i + 39 >= p, If(And(s >= p,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(p >= t,p >= 0), i + 39 >= p, If(And(t >= p,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= r,q >= s), i + 40 >= q, If(And(r >= q,r >= s), i + 40 >= r, i + 40 >= s)), If(And(q >= r,q >= t), i + 40 >= q, If(And(r >= q,r >= t), i + 40 >= r, i + 40 >= t)), If(And(r >= s,r >= t), i + 40 >= r, If(And(s >= r,s >= t), i + 40 >= s, i + 40 >= t)), If(And(r >= s,r >= 0), i + 40 >= r, If(And(s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(r >= t,r >= 0), i + 40 >= r, If(And(t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q <= s,q <= t), i + 30 >= q, If(And(s <= q,s <= t), i + 30 >= s, i + 30 >= t)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(q >= s,q >= t), i + 40 >= q, If(And(s >= q,s >= t), i + 40 >= s, i + 40 >= t)), If(And(q >= s,q >= 0), i + 40 >= q, If(And(s >= q,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(q >= t,q >= 0), i + 40 >= q, If(And(t >= q,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p >= q,p >= t,p >= 0),p >= i,If(And(q >= p,q >= t,q >= 0),q >= i,If(And(t >= p,t >= q,t >= 0),t >= i,0 >= i))), If(And(p >= r,p >= s,p >= t),p >= i,If(And(r >= p,r >= s,r >= t),r >= i,If(And(s >= p,s >= r,s >= t),s >= i,t >= i))), If(And(q >= s,q >= t,q >= 0),q >= i,If(And(s >= q,s >= t,s >= 0),s >= i,If(And(t >= q,t >= s,t >= 0),t >= i,0 >= i))), If(And(q >= r,q >= s,q >= t),q >= i,If(And(r >= q,r >= s,r >= t),r >= i,If(And(s >= q,s >= r,s >= t),s >= i,t >= i))), If(And(p >= r,p >= t,p >= 0),p >= i,If(And(r >= p,r >= t,r >= 0),r >= i,If(And(t >= p,t >= r,t >= 0),t >= i,0 >= i))), If(And(p >= s,p >= t,p >= 0),p >= i,If(And(s >= p,s >= t,s >= 0),s >= i,If(And(t >= p,t >= s,t >= 0),t >= i,0 >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p >= q,p >= r,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= 0),r >= i + 1,0 >= i + 1))), If(And(p >= q,p >= r,p >= s),p >= i + 5,If(And(q >= p,q >= r,q >= s),q >= i + 5,If(And(r >= p,r >= q,r >= s),r >= i + 5,s >= i + 5))), If(And(p >= q,p >= r,p >= t),p >= i + 1,If(And(q >= p,q >= r,q >= t),q >= i + 1,If(And(r >= p,r >= q,r >= t),r >= i + 1,t >= i + 1))), If(And(p >= r,p >= s,p >= 0),p >= i + 1,If(And(r >= p,r >= s,r >= 0),r >= i + 1,If(And(s >= p,s >= r,s >= 0),s >= i + 1,0 >= i + 1))), If(And(q >= r,q >= t,q >= 0),q >= i + 1,If(And(r >= q,r >= t,r >= 0),r >= i + 1,If(And(t >= q,t >= r,t >= 0),t >= i + 1,0 >= i + 1))), If(And(q >= r,q >= s,q >= 0),q >= i + 3,If(And(r >= q,r >= s,r >= 0),r >= i + 3,If(And(s >= q,s >= r,s >= 0),s >= i + 3,0 >= i + 3))), If(And(r >= s,r >= t,r >= 0),r >= i + 1,If(And(s >= r,s >= t,s >= 0),s >= i + 1,If(And(t >= r,t >= s,t >= 0),t >= i + 1,0 >= i + 1))), If(And(p >= q,p >= s,p >= t),p >= i + 2,If(And(q >= p,q >= s,q >= t),q >= i + 2,If(And(s >= p,s >= q,s >= t),s >= i + 2,t >= i + 2))), If(And(p >= q,p >= s,p >= 0),p >= i + 2,If(And(q >= p,q >= s,q >= 0),q >= i + 2,If(And(s >= p,s >= q,s >= 0),s >= i + 2,0 >= i + 2))), If(And(p <= q,p <= r,p <= s),p >= i - 23,If(And(q <= p,q <= r,q <= s),q >= i - 23,If(And(r <= p,r <= q,r <= s),r >= i - 23,s >= i - 23))), If(And(p <= q,p <= r,p <= t),p >= i - 27,If(And(q <= p,q <= r,q <= t),q >= i - 27,If(And(r <= p,r <= q,r <= t),r >= i - 27,t >= i - 27))), If(And(p <= q,p <= r,p <= 0),p >= i - 11,If(And(q <= p,q <= r,q <= 0),q >= i - 11,If(And(r <= p,r <= q,r <= 0),r >= i - 11,0 >= i - 11))), If(And(p <= q,p <= s,p <= t),p >= i - 27,If(And(q <= p,q <= s,q <= t),q >= i - 27,If(And(s <= p,s <= q,s <= t),s >= i - 27,t >= i - 27))), If(And(p <= q,p <= s,p <= 0),p >= i - 23,If(And(q <= p,q <= s,q <= 0),q >= i - 23,If(And(s <= p,s <= q,s <= 0),s >= i - 23,0 >= i - 23))), If(And(p <= q,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= t,q <= 0),q >= i - 27,If(And(t <= p,t <= q,t <= 0),t >= i - 27,0 >= i - 27))), If(And(q <= r,q <= s,q <= t),q >= i - 27,If(And(r <= q,r <= s,r <= t),r >= i - 27,If(And(s <= q,s <= r,s <= t),s >= i - 27,t >= i - 27))), If(And(q <= r,q <= s,q <= 0),q >= i - 23,If(And(r <= q,r <= s,r <= 0),r >= i - 23,If(And(s <= q,s <= r,s <= 0),s >= i - 23,0 >= i - 23))), If(And(p <= r,p <= s,p <= t),p >= i - 27,If(And(r <= p,r <= s,r <= t),r >= i - 27,If(And(s <= p,s <= r,s <= t),s >= i - 27,t >= i - 27))), If(And(p <= r,p <= s,p <= 0),p >= i - 23,If(And(r <= p,r <= s,r <= 0),r >= i - 23,If(And(s <= p,s <= r,s <= 0),s >= i - 23,0 >= i - 23))), If(And(p <= r,p <= t,p <= 0),p >= i - 27,If(And(r <= p,r <= t,r <= 0),r >= i - 27,If(And(t <= p,t <= r,t <= 0),t >= i - 27,0 >= i - 27))), If(And(p <= s,p <= t,p <= 0),p >= i - 27,If(And(s <= p,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= s,t <= 0),t >= i - 27,0 >= i - 27))), If(And(q <= r,q <= t,q <= 0),q >= i - 27,If(And(r <= q,r <= t,r <= 0),r >= i - 27,If(And(t <= q,t <= r,t <= 0),t >= i - 27,0 >= i - 27))), If(And(q <= s,q <= t,q <= 0),q >= i - 27,If(And(s <= q,s <= t,s <= 0),s >= i - 27,If(And(t <= q,t <= s,t <= 0),t >= i - 27,0 >= i - 27))), If(And(r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27))), If(And(p <= q,p <= r,p <= t), i + 23 >= p, If(And(q <= p,q <= r,q <= t), i + 23 >= q, If(And(r <= p,r <= q,r <= t), i + 23 >= r, i + 23 >= t))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(p <= q,p <= s,p <= t), i + 27 >= p, If(And(q <= p,q <= s,q <= t), i + 27 >= q, If(And(s <= p,s <= q,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= q,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= s,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= r,p <= s,p <= 0), i + 19 >= p, If(And(r <= p,r <= s,r <= 0), i + 19 >= r, If(And(s <= p,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 39 >= p, If(And(s >= p,s >= t,s >= 0), i + 39 >= s, If(And(t >= p,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q <= r,q <= s,q <= t), i + 21 >= q, If(And(r <= q,r <= s,r <= t), i + 21 >= r, If(And(s <= q,s <= r,s <= t), i + 21 >= s, i + 21 >= t))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 5,t >= i + 5)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 5,0 >= i + 5)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 1,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 1,0 >= i + 1)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i + 3,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i + 3,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i + 3,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i + 3,0 >= i + 3)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 2,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 2,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 2,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 2,0 >= i + 2)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i + 3,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i + 3,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i + 3,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i + 3,0 >= i + 3)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 27,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 27,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 27,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 27,t >= i - 27)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 27,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 23,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 23,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 23,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 23,0 >= i - 23)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 27,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 27,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 27,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 27,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(p <= q,p <= r,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 18 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 18 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 18 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 18 >= t, i + 18 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 27,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))))] decr4_LI3=\ [r >= i, s >= i, p >= i, q >= i, i >= s - 39, i >= p - 39, i >= t - 38, t + 27 >= i, 0 >= i - 11, i + 20 >= 0, i >= r - 40, If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= q,p >= i,q >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(r >= s,r >= i,s >= i), If(r >= t,r >= i,t >= i), If(p >= t,p >= i,t >= i), If(p >= 0,p >= i,0 >= i), If(q >= t,q >= i,t >= i), If(q >= 0,q >= i,0 >= i), If(r >= 0,r >= i,0 >= i), If(s >= t,s >= i,t >= i), If(s >= 0,s >= i,0 >= i), If(p <= q,p >= i,q >= i), If(q <= r,q >= i,r >= i), If(q <= s,q >= i,s >= i), If(p <= r,p >= i,r >= i), If(p <= s,p >= i,s >= i), If(r <= s,r >= i,s >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(i <= 0, s >= i, s >= 0), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= t - 19,0 >= t - 19), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(t >= 0,t >= i - 11,0 >= i - 11), If(i <= 0,i >= p - 39,0 >= p - 39), If(i <= 0,i >= s - 39,0 >= s - 39), If(i <= 0,i >= t - 38,0 >= t - 38), If(p <= t,p >= i - 27,t >= i - 27), If(p <= 0,p >= i - 11,0 >= i - 11), If(q <= t,q >= i - 27,t >= i - 27), If(q <= 0,q >= i - 11,0 >= i - 11), If(r <= t,r >= i - 27,t >= i - 27), If(r <= 0,r >= i - 11,0 >= i - 11), If(s <= t,s >= i - 27,t >= i - 27), If(s <= 0,s >= i - 11,0 >= i - 11), If(t <= 0,t >= i - 27,0 >= i - 27), If(i <= 0,i >= r - 40,0 >= r - 40), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(p >= s, i + 39 >= p, i + 39 >= s), If(i >= 0, t + 27 >= i, t + 27 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 20 >= i, s + 20 >= 0), If(p >= t, i + 39 >= p, i + 39 >= t), If(p >= 0, i + 39 >= p, i + 39 >= 0), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(t >= 0, i + 38 >= t, i + 38 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(q <= s, i + 33 >= q, i + 33 >= s), If(p <= r, i + 37 >= p, i + 37 >= r), If(p <= s, i + 31 >= p, i + 31 >= s), If(p <= t, i + 32 >= p, i + 32 >= t), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 37 >= r, i + 37 >= s), If(r <= t, i + 31 >= r, i + 31 >= t), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 33 >= s, i + 33 >= t), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(p <= q, i + 29 >= p, i + 29 >= q), If(q <= t, i + 31 >= q, i + 31 >= t), If(q >= r, i + 40 >= q, i + 40 >= r), If(p >= r, i + 40 >= p, i + 40 >= r), If(r >= s, i + 40 >= r, i + 40 >= s), If(r >= t, i + 40 >= r, i + 40 >= t), If(r >= 0, i + 40 >= r, i + 40 >= 0), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= r,p >= t),p >= i,If(And(r >= p,r >= t),r >= i,t >= i)), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= s,p >= t),p >= i,If(And(s >= p,s >= t),s >= i,t >= i)), If(And(q >= s,q >= t),q >= i,If(And(s >= q,s >= t),s >= i,t >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(r >= s,r >= t),r >= i,If(And(s >= r,s >= t),s >= i,t >= i)), If(And(q >= t,q >= 0),q >= i,If(And(t >= q,t >= 0),t >= i,0 >= i)), If(And(r >= t,r >= 0),r >= i,If(And(t >= r,t >= 0),t >= i,0 >= i)), If(And(s >= t,s >= 0),s >= i,If(And(t >= s,t >= 0),t >= i,0 >= i)), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p <= q,p <= s),p >= i,If(And(q <= p,q <= s),q >= i,s >= i)), If(And(p <= r,p <= s),p >= i,If(And(r <= p,r <= s),r >= i,s >= i)), If(And(q <= r,q <= s),q >= i,If(And(r <= q,r <= s),r >= i,s >= i)), If(And(p >= q,p >= r),p >= i + 1,If(And(q >= p,q >= r),q >= i + 1,r >= i + 1)), If(And(p >= q,p >= s),p >= i + 3,If(And(q >= p,q >= s),q >= i + 3,s >= i + 3)), If(And(q >= r,q >= s),q >= i + 2,If(And(r >= q,r >= s),r >= i + 2,s >= i + 2)), If(And(q >= r,q >= t),q >= i + 1,If(And(r >= q,r >= t),r >= i + 1,t >= i + 1)), If(And(q >= r,q >= 0),q >= i + 1,If(And(r >= q,r >= 0),r >= i + 1,0 >= i + 1)), If(And(p >= s,p >= 0),p >= i + 3,If(And(s >= p,s >= 0),s >= i + 3,0 >= i + 3)), If(And(r >= s,r >= 0),r >= i + 1,If(And(s >= r,s >= 0),s >= i + 1,0 >= i + 1)), If(And(q >= s,q >= 0),q >= i + 2,If(And(s >= q,s >= 0),s >= i + 2,0 >= i + 2)), If(And(p <= q,p <= t),p >= i - 27,If(And(q <= p,q <= t),q >= i - 27,t >= i - 27)), If(And(p <= q,p <= 0),p >= i - 11,If(And(q <= p,q <= 0),q >= i - 11,0 >= i - 11)), If(And(p <= r,p <= t),p >= i - 27,If(And(r <= p,r <= t),r >= i - 27,t >= i - 27)), If(And(q <= r,q <= t),q >= i - 27,If(And(r <= q,r <= t),r >= i - 27,t >= i - 27)), If(And(p <= r,p <= 0),p >= i - 11,If(And(r <= p,r <= 0),r >= i - 11,0 >= i - 11)), If(And(p <= s,p <= t),p >= i - 27,If(And(s <= p,s <= t),s >= i - 27,t >= i - 27)), If(And(p <= s,p <= 0),p >= i - 11,If(And(s <= p,s <= 0),s >= i - 11,0 >= i - 11)), If(And(p <= t,p <= 0),p >= i - 27,If(And(t <= p,t <= 0),t >= i - 27,0 >= i - 27)), If(And(q <= r,q <= 0),q >= i - 11,If(And(r <= q,r <= 0),r >= i - 11,0 >= i - 11)), If(And(q <= s,q <= t),q >= i - 27,If(And(s <= q,s <= t),s >= i - 27,t >= i - 27)), If(And(r <= s,r <= t),r >= i - 27,If(And(s <= r,s <= t),s >= i - 27,t >= i - 27)), If(And(r <= s,r <= 0),r >= i - 11,If(And(s <= r,s <= 0),s >= i - 11,0 >= i - 11)), If(And(q <= s,q <= 0),q >= i - 11,If(And(s <= q,s <= 0),s >= i - 11,0 >= i - 11)), If(And(q <= t,q <= 0),q >= i - 27,If(And(t <= q,t <= 0),t >= i - 27,0 >= i - 27)), If(And(r <= t,r <= 0),r >= i - 27,If(And(t <= r,t <= 0),t >= i - 27,0 >= i - 27)), If(And(s <= t,s <= 0),s >= i - 27,If(And(t <= s,t <= 0),t >= i - 27,0 >= i - 27)), If(And(p >= s,p >= t), i + 39 >= p, If(And(s >= p,s >= t), i + 39 >= s, i + 39 >= t)), If(And(p >= s,p >= 0), i + 39 >= p, If(And(s >= p,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(p >= t,p >= 0), i + 39 >= p, If(And(t >= p,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p <= q,p <= r), i + 27 >= p, If(And(q <= p,q <= r), i + 27 >= q, i + 27 >= r)), If(And(p <= q,p <= s), i + 27 >= p, If(And(q <= p,q <= s), i + 27 >= q, i + 27 >= s)), If(And(p <= q,p <= t), i + 27 >= p, If(And(q <= p,q <= t), i + 27 >= q, i + 27 >= t)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= s), i + 29 >= p, If(And(r <= p,r <= s), i + 29 >= r, i + 29 >= s)), If(And(q <= r,q <= s), i + 27 >= q, If(And(r <= q,r <= s), i + 27 >= r, i + 27 >= s)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 27 >= p, If(And(s <= p,s <= t), i + 27 >= s, i + 27 >= t)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= t), i + 30 >= q, If(And(s <= q,s <= t), i + 30 >= s, i + 30 >= t)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= s,r <= t), i + 28 >= r, If(And(s <= r,s <= t), i + 28 >= s, i + 28 >= t)), If(And(p <= r,p <= t), i + 28 >= p, If(And(r <= p,r <= t), i + 28 >= r, i + 28 >= t)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= r,q >= 0), i + 40 >= q, If(And(r >= q,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(q >= r,q >= s), i + 40 >= q, If(And(r >= q,r >= s), i + 40 >= r, i + 40 >= s)), If(And(q >= r,q >= t), i + 40 >= q, If(And(r >= q,r >= t), i + 40 >= r, i + 40 >= t)), If(And(r >= s,r >= t), i + 40 >= r, If(And(s >= r,s >= t), i + 40 >= s, i + 40 >= t)), If(And(r >= s,r >= 0), i + 40 >= r, If(And(s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(r >= t,r >= 0), i + 40 >= r, If(And(t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p >= r,p >= s,p >= t),p >= i,If(And(r >= p,r >= s,r >= t),r >= i,If(And(s >= p,s >= r,s >= t),s >= i,t >= i))), If(And(p >= q,p >= t,p >= 0),p >= i,If(And(q >= p,q >= t,q >= 0),q >= i,If(And(t >= p,t >= q,t >= 0),t >= i,0 >= i))), If(And(p >= r,p >= t,p >= 0),p >= i,If(And(r >= p,r >= t,r >= 0),r >= i,If(And(t >= p,t >= r,t >= 0),t >= i,0 >= i))), If(And(p <= q,p <= r,p <= s),p >= i,If(And(q <= p,q <= r,q <= s),q >= i,If(And(r <= p,r <= q,r <= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= s),p >= i + 5,If(And(q >= p,q >= r,q >= s),q >= i + 5,If(And(r >= p,r >= q,r >= s),r >= i + 5,s >= i + 5))), If(And(p >= q,p >= r,p >= t),p >= i + 1,If(And(q >= p,q >= r,q >= t),q >= i + 1,If(And(r >= p,r >= q,r >= t),r >= i + 1,t >= i + 1))), If(And(p >= q,p >= r,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= 0),r >= i + 1,0 >= i + 1))), If(And(p >= r,p >= s,p >= 0),p >= i + 3,If(And(r >= p,r >= s,r >= 0),r >= i + 3,If(And(s >= p,s >= r,s >= 0),s >= i + 3,0 >= i + 3))), If(And(p >= q,p >= s,p >= 0),p >= i + 5,If(And(q >= p,q >= s,q >= 0),q >= i + 5,If(And(s >= p,s >= q,s >= 0),s >= i + 5,0 >= i + 5))), If(And(q >= r,q >= s,q >= t),q >= i + 2,If(And(r >= q,r >= s,r >= t),r >= i + 2,If(And(s >= q,s >= r,s >= t),s >= i + 2,t >= i + 2))), If(And(q >= r,q >= s,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= 0),s >= i + 5,0 >= i + 5))), If(And(p >= s,p >= t,p >= 0),p >= i + 3,If(And(s >= p,s >= t,s >= 0),s >= i + 3,If(And(t >= p,t >= s,t >= 0),t >= i + 3,0 >= i + 3))), If(And(q >= r,q >= t,q >= 0),q >= i + 1,If(And(r >= q,r >= t,r >= 0),r >= i + 1,If(And(t >= q,t >= r,t >= 0),t >= i + 1,0 >= i + 1))), If(And(q >= s,q >= t,q >= 0),q >= i + 2,If(And(s >= q,s >= t,s >= 0),s >= i + 2,If(And(t >= q,t >= s,t >= 0),t >= i + 2,0 >= i + 2))), If(And(r >= s,r >= t,r >= 0),r >= i + 1,If(And(s >= r,s >= t,s >= 0),s >= i + 1,If(And(t >= r,t >= s,t >= 0),t >= i + 1,0 >= i + 1))), If(And(p >= q,p >= s,p >= t),p >= i + 4,If(And(q >= p,q >= s,q >= t),q >= i + 4,If(And(s >= p,s >= q,s >= t),s >= i + 4,t >= i + 4))), If(And(p <= q,p <= r,p <= t),p >= i - 27,If(And(q <= p,q <= r,q <= t),q >= i - 27,If(And(r <= p,r <= q,r <= t),r >= i - 27,t >= i - 27))), If(And(p <= r,p <= s,p <= t),p >= i - 27,If(And(r <= p,r <= s,r <= t),r >= i - 27,If(And(s <= p,s <= r,s <= t),s >= i - 27,t >= i - 27))), If(And(p <= r,p <= s,p <= 0),p >= i - 11,If(And(r <= p,r <= s,r <= 0),r >= i - 11,If(And(s <= p,s <= r,s <= 0),s >= i - 11,0 >= i - 11))), If(And(p <= q,p <= r,p <= 0),p >= i - 11,If(And(q <= p,q <= r,q <= 0),q >= i - 11,If(And(r <= p,r <= q,r <= 0),r >= i - 11,0 >= i - 11))), If(And(p <= q,p <= s,p <= t),p >= i - 27,If(And(q <= p,q <= s,q <= t),q >= i - 27,If(And(s <= p,s <= q,s <= t),s >= i - 27,t >= i - 27))), If(And(p <= q,p <= s,p <= 0),p >= i - 11,If(And(q <= p,q <= s,q <= 0),q >= i - 11,If(And(s <= p,s <= q,s <= 0),s >= i - 11,0 >= i - 11))), If(And(p <= q,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= t,q <= 0),q >= i - 27,If(And(t <= p,t <= q,t <= 0),t >= i - 27,0 >= i - 27))), If(And(q <= r,q <= s,q <= t),q >= i - 27,If(And(r <= q,r <= s,r <= t),r >= i - 27,If(And(s <= q,s <= r,s <= t),s >= i - 27,t >= i - 27))), If(And(q <= r,q <= s,q <= 0),q >= i - 11,If(And(r <= q,r <= s,r <= 0),r >= i - 11,If(And(s <= q,s <= r,s <= 0),s >= i - 11,0 >= i - 11))), If(And(p <= r,p <= t,p <= 0),p >= i - 27,If(And(r <= p,r <= t,r <= 0),r >= i - 27,If(And(t <= p,t <= r,t <= 0),t >= i - 27,0 >= i - 27))), If(And(p <= s,p <= t,p <= 0),p >= i - 27,If(And(s <= p,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= s,t <= 0),t >= i - 27,0 >= i - 27))), If(And(r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27))), If(And(q <= r,q <= t,q <= 0),q >= i - 27,If(And(r <= q,r <= t,r <= 0),r >= i - 27,If(And(t <= q,t <= r,t <= 0),t >= i - 27,0 >= i - 27))), If(And(q <= s,q <= t,q <= 0),q >= i - 27,If(And(s <= q,s <= t,s <= 0),s >= i - 27,If(And(t <= q,t <= s,t <= 0),t >= i - 27,0 >= i - 27))), If(And(p >= s,p >= t,p >= 0), i + 39 >= p, If(And(s >= p,s >= t,s >= 0), i + 39 >= s, If(And(t >= p,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p <= q,p <= r,p <= s), i + 27 >= p, If(And(q <= p,q <= r,q <= s), i + 27 >= q, If(And(r <= p,r <= q,r <= s), i + 27 >= r, i + 27 >= s))), If(And(p <= q,p <= r,p <= t), i + 23 >= p, If(And(q <= p,q <= r,q <= t), i + 23 >= q, If(And(r <= p,r <= q,r <= t), i + 23 >= r, i + 23 >= t))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(p <= q,p <= s,p <= t), i + 27 >= p, If(And(q <= p,q <= s,q <= t), i + 27 >= q, If(And(s <= p,s <= q,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= q,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 21 >= q, If(And(r <= q,r <= s,r <= t), i + 21 >= r, If(And(s <= q,s <= r,s <= t), i + 21 >= s, i + 21 >= t))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 5,t >= i + 5)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 5,0 >= i + 5)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 1,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 5,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i + 3,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i + 3,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i + 3,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i + 3,0 >= i + 3)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 27,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 27,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 27,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 27,t >= i - 27)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 11,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 11,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 11,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 11,0 >= i - 11)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 27,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 27,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 27,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 27,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 27,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27)))), If(And(p <= q,p <= r,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 27,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 27,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 27,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 27,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 27,0 >= i - 27))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))))] decr5_LP=\ [If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p == i,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q == i,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r == i,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s == i,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t == i,u == i))))), p >= i, q >= i, r >= i, s >= i, t >= i, u >= i, 0 >= i - 4, i >= p - 40, i >= s - 39, i >= t - 39, i >= u - 40, i + 20 >= 0, i >= q - 39, i >= r - 39, If(p <= q,p >= i,q >= i), If(p <= r,p >= i,r >= i), If(p <= s,p >= i,s >= i), If(p <= t,p >= i,t >= i), If(p <= u,p >= i,u >= i), If(q <= r,q >= i,r >= i), If(q <= s,q >= i,s >= i), If(q <= t,q >= i,t >= i), If(q <= u,q >= i,u >= i), If(r <= s,r >= i,s >= i), If(r <= t,r >= i,t >= i), If(r <= u,r >= i,u >= i), If(s <= t,s >= i,t >= i), If(s <= u,s >= i,u >= i), If(t <= u,t >= i,u >= i), If(p >= q,p >= i,q >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(q >= t,q >= i,t >= i), If(q >= u,q >= i,u >= i), If(r >= t,r >= i,t >= i), If(r >= u,r >= i,u >= i), If(r >= 0,r >= i,0 >= i), If(s >= t,s >= i,t >= i), If(s >= 0,s >= i,0 >= i), If(t >= 0,t >= i,0 >= i), If(u >= 0,u >= i,0 >= i), If(p >= 0,p >= i,0 >= i), If(r >= s,r >= i,s >= i), If(s >= u,s >= i,u >= i), If(t >= u,t >= i,u >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(i <= 0, s >= i, s >= 0), If(i <= 0, t >= i, t >= 0), If(i <= 0, u >= i, u >= 0), If(p <= 0,p >= i - 4,0 >= i - 4), If(q <= 0,q >= i - 4,0 >= i - 4), If(r <= 0,r >= i - 4,0 >= i - 4), If(s <= 0,s >= i - 4,0 >= i - 4), If(t <= 0,t >= i - 4,0 >= i - 4), If(u <= 0,u >= i - 4,0 >= i - 4), If(p >= u,p >= i + 1,u >= i + 1), If(q >= 0,q >= i + 2,0 >= i + 2), If(i <= 0,i >= p - 40,0 >= p - 40), If(i <= 0,i >= s - 39,0 >= s - 39), If(i <= 0,i >= t - 39,0 >= t - 39), If(i <= 0,i >= u - 40,0 >= u - 40), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i >= 0,i >= t - 20,0 >= t - 20), If(i >= 0,i >= u - 20,0 >= u - 20), If(i <= 0,i >= q - 39,0 >= q - 39), If(i <= 0,i >= r - 39,0 >= r - 39), If(p <= q, i + 35 >= p, i + 35 >= q), If(p <= r, i + 35 >= p, i + 35 >= r), If(p <= s, i + 37 >= p, i + 37 >= s), If(p <= t, i + 37 >= p, i + 37 >= t), If(p <= u, i + 37 >= p, i + 37 >= u), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= s, i + 34 >= q, i + 34 >= s), If(q <= t, i + 34 >= q, i + 34 >= t), If(q <= u, i + 35 >= q, i + 35 >= u), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 35 >= r, i + 35 >= s), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 35 >= s, i + 35 >= t), If(s <= u, i + 34 >= s, i + 34 >= u), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= u, i + 37 >= t, i + 37 >= u), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(u <= 0, i + 20 >= u, i + 20 >= 0), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 20 >= i, s + 20 >= 0), If(i >= 0, t + 20 >= i, t + 20 >= 0), If(i >= 0, u + 19 >= i, u + 19 >= 0), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(p >= t, i + 40 >= p, i + 40 >= t), If(p >= u, i + 40 >= p, i + 40 >= u), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(q >= s, i + 39 >= q, i + 39 >= s), If(q >= t, i + 39 >= q, i + 39 >= t), If(q >= u, i + 40 >= q, i + 40 >= u), If(r >= s, i + 39 >= r, i + 39 >= s), If(r >= t, i + 39 >= r, i + 39 >= t), If(r >= u, i + 40 >= r, i + 40 >= u), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= u, i + 40 >= s, i + 40 >= u), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(t >= u, i + 40 >= t, i + 40 >= u), If(t >= 0, i + 39 >= t, i + 39 >= 0), If(u >= 0, i + 40 >= u, i + 40 >= 0), If(q >= 0, i + 39 >= q, i + 39 >= 0), If(q >= r, i + 39 >= q, i + 39 >= r), If(r >= 0, i + 39 >= r, i + 39 >= 0), If(q <= r, i + 39 >= q, i + 39 >= r), If(r <= t, i + 34 >= r, i + 34 >= t), If(r <= u, i + 37 >= r, i + 37 >= u), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p <= q,p <= s),p >= i,If(And(q <= p,q <= s),q >= i,s >= i)), If(And(p <= q,p <= t),p >= i,If(And(q <= p,q <= t),q >= i,t >= i)), If(And(p <= q,p <= u),p >= i,If(And(q <= p,q <= u),q >= i,u >= i)), If(And(p <= r,p <= s),p >= i,If(And(r <= p,r <= s),r >= i,s >= i)), If(And(p <= r,p <= t),p >= i,If(And(r <= p,r <= t),r >= i,t >= i)), If(And(p <= r,p <= u),p >= i,If(And(r <= p,r <= u),r >= i,u >= i)), If(And(p <= s,p <= t),p >= i,If(And(s <= p,s <= t),s >= i,t >= i)), If(And(p <= s,p <= u),p >= i,If(And(s <= p,s <= u),s >= i,u >= i)), If(And(p <= t,p <= u),p >= i,If(And(t <= p,t <= u),t >= i,u >= i)), If(And(q <= r,q <= s),q >= i,If(And(r <= q,r <= s),r >= i,s >= i)), If(And(q <= r,q <= t),q >= i,If(And(r <= q,r <= t),r >= i,t >= i)), If(And(q <= r,q <= u),q >= i,If(And(r <= q,r <= u),r >= i,u >= i)), If(And(q <= s,q <= t),q >= i,If(And(s <= q,s <= t),s >= i,t >= i)), If(And(q <= s,q <= u),q >= i,If(And(s <= q,s <= u),s >= i,u >= i)), If(And(q <= t,q <= u),q >= i,If(And(t <= q,t <= u),t >= i,u >= i)), If(And(r <= s,r <= t),r >= i,If(And(s <= r,s <= t),s >= i,t >= i)), If(And(r <= s,r <= u),r >= i,If(And(s <= r,s <= u),s >= i,u >= i)), If(And(r <= t,r <= u),r >= i,If(And(t <= r,t <= u),t >= i,u >= i)), If(And(s <= t,s <= u),s >= i,If(And(t <= s,t <= u),t >= i,u >= i)), If(And(s >= t,s >= u),s >= i,If(And(t >= s,t >= u),t >= i,u >= i)), If(And(p <= q,p <= 0),p >= i - 4,If(And(q <= p,q <= 0),q >= i - 4,0 >= i - 4)), If(And(p <= r,p <= 0),p >= i - 4,If(And(r <= p,r <= 0),r >= i - 4,0 >= i - 4)), If(And(p <= s,p <= 0),p >= i - 4,If(And(s <= p,s <= 0),s >= i - 4,0 >= i - 4)), If(And(p <= t,p <= 0),p >= i - 4,If(And(t <= p,t <= 0),t >= i - 4,0 >= i - 4)), If(And(p <= u,p <= 0),p >= i - 4,If(And(u <= p,u <= 0),u >= i - 4,0 >= i - 4)), If(And(q <= r,q <= 0),q >= i - 4,If(And(r <= q,r <= 0),r >= i - 4,0 >= i - 4)), If(And(q <= s,q <= 0),q >= i - 4,If(And(s <= q,s <= 0),s >= i - 4,0 >= i - 4)), If(And(q <= t,q <= 0),q >= i - 4,If(And(t <= q,t <= 0),t >= i - 4,0 >= i - 4)), If(And(q <= u,q <= 0),q >= i - 4,If(And(u <= q,u <= 0),u >= i - 4,0 >= i - 4)), If(And(r <= s,r <= 0),r >= i - 4,If(And(s <= r,s <= 0),s >= i - 4,0 >= i - 4)), If(And(r <= t,r <= 0),r >= i - 4,If(And(t <= r,t <= 0),t >= i - 4,0 >= i - 4)), If(And(r <= u,r <= 0),r >= i - 4,If(And(u <= r,u <= 0),u >= i - 4,0 >= i - 4)), If(And(s <= t,s <= 0),s >= i - 4,If(And(t <= s,t <= 0),t >= i - 4,0 >= i - 4)), If(And(s <= u,s <= 0),s >= i - 4,If(And(u <= s,u <= 0),u >= i - 4,0 >= i - 4)), If(And(t <= u,t <= 0),t >= i - 4,If(And(u <= t,u <= 0),u >= i - 4,0 >= i - 4)), If(And(p >= q,p >= r),p >= i + 2,If(And(q >= p,q >= r),q >= i + 2,r >= i + 2)), If(And(p >= q,p >= s),p >= i + 2,If(And(q >= p,q >= s),q >= i + 2,s >= i + 2)), If(And(p >= q,p >= t),p >= i + 2,If(And(q >= p,q >= t),q >= i + 2,t >= i + 2)), If(And(p >= q,p >= u),p >= i + 1,If(And(q >= p,q >= u),q >= i + 1,u >= i + 1)), If(And(p >= q,p >= 0),p >= i + 2,If(And(q >= p,q >= 0),q >= i + 2,0 >= i + 2)), If(And(p >= r,p >= s),p >= i + 3,If(And(r >= p,r >= s),r >= i + 3,s >= i + 3)), If(And(p >= r,p >= t),p >= i + 2,If(And(r >= p,r >= t),r >= i + 2,t >= i + 2)), If(And(p >= r,p >= u),p >= i + 4,If(And(r >= p,r >= u),r >= i + 4,u >= i + 4)), If(And(p >= r,p >= 0),p >= i + 3,If(And(r >= p,r >= 0),r >= i + 3,0 >= i + 3)), If(And(p >= s,p >= t),p >= i + 4,If(And(s >= p,s >= t),s >= i + 4,t >= i + 4)), If(And(p >= s,p >= u),p >= i + 1,If(And(s >= p,s >= u),s >= i + 1,u >= i + 1)), If(And(p >= s,p >= 0),p >= i + 5,If(And(s >= p,s >= 0),s >= i + 5,0 >= i + 5)), If(And(p >= t,p >= u),p >= i + 3,If(And(t >= p,t >= u),t >= i + 3,u >= i + 3)), If(And(q >= r,q >= u),q >= i + 4,If(And(r >= q,r >= u),r >= i + 4,u >= i + 4)), If(And(q >= r,q >= 0),q >= i + 4,If(And(r >= q,r >= 0),r >= i + 4,0 >= i + 4)), If(And(p >= t,p >= 0),p >= i + 3,If(And(t >= p,t >= 0),t >= i + 3,0 >= i + 3)), If(And(p >= u,p >= 0),p >= i + 2,If(And(u >= p,u >= 0),u >= i + 2,0 >= i + 2)), If(And(q >= r,q >= t),q >= i + 2,If(And(r >= q,r >= t),r >= i + 2,t >= i + 2)), If(And(q >= s,q >= 0),q >= i + 5,If(And(s >= q,s >= 0),s >= i + 5,0 >= i + 5)), If(And(q >= t,q >= u),q >= i + 2,If(And(t >= q,t >= u),t >= i + 2,u >= i + 2)), If(And(q >= t,q >= 0),q >= i + 3,If(And(t >= q,t >= 0),t >= i + 3,0 >= i + 3)), If(And(q >= u,q >= 0),q >= i + 2,If(And(u >= q,u >= 0),u >= i + 2,0 >= i + 2)), If(And(r >= s,r >= t),r >= i + 5,If(And(s >= r,s >= t),s >= i + 5,t >= i + 5)), If(And(r >= s,r >= u),r >= i + 4,If(And(s >= r,s >= u),s >= i + 4,u >= i + 4)), If(And(r >= s,r >= 0),r >= i + 5,If(And(s >= r,s >= 0),s >= i + 5,0 >= i + 5)), If(And(r >= t,r >= u),r >= i + 3,If(And(t >= r,t >= u),t >= i + 3,u >= i + 3)), If(And(r >= t,r >= 0),r >= i + 3,If(And(t >= r,t >= 0),t >= i + 3,0 >= i + 3)), If(And(r >= u,r >= 0),r >= i + 2,If(And(u >= r,u >= 0),u >= i + 2,0 >= i + 2)), If(And(s >= t,s >= 0),s >= i + 2,If(And(t >= s,t >= 0),t >= i + 2,0 >= i + 2)), If(And(s >= u,s >= 0),s >= i + 5,If(And(u >= s,u >= 0),u >= i + 5,0 >= i + 5)), If(And(t >= u,t >= 0),t >= i + 2,If(And(u >= t,u >= 0),u >= i + 2,0 >= i + 2)), If(And(q >= s,q >= t),q >= i + 3,If(And(s >= q,s >= t),s >= i + 3,t >= i + 3)), If(And(q >= s,q >= u),q >= i + 3,If(And(s >= q,s >= u),s >= i + 3,u >= i + 3)), If(And(q >= r,q >= s),q >= i + 2,If(And(r >= q,r >= s),r >= i + 2,s >= i + 2)), If(And(p <= q,p <= r), i + 31 >= p, If(And(q <= p,q <= r), i + 31 >= q, i + 31 >= r)), If(And(p <= q,p <= s), i + 29 >= p, If(And(q <= p,q <= s), i + 29 >= q, i + 29 >= s)), If(And(p <= q,p <= t), i + 29 >= p, If(And(q <= p,q <= t), i + 29 >= q, i + 29 >= t)), If(And(p <= q,p <= u), i + 35 >= p, If(And(q <= p,q <= u), i + 35 >= q, i + 35 >= u)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= s), i + 31 >= p, If(And(r <= p,r <= s), i + 31 >= r, i + 31 >= s)), If(And(p <= r,p <= t), i + 29 >= p, If(And(r <= p,r <= t), i + 29 >= r, i + 29 >= t)), If(And(p <= r,p <= u), i + 31 >= p, If(And(r <= p,r <= u), i + 31 >= r, i + 31 >= u)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 35 >= p, If(And(s <= p,s <= t), i + 35 >= s, i + 35 >= t)), If(And(p <= s,p <= u), i + 33 >= p, If(And(s <= p,s <= u), i + 33 >= s, i + 33 >= u)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= t,p <= u), i + 33 >= p, If(And(t <= p,t <= u), i + 33 >= t, i + 33 >= u)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= u,p <= 0), i + 20 >= p, If(And(u <= p,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= r,q <= s), i + 29 >= q, If(And(r <= q,r <= s), i + 29 >= r, i + 29 >= s)), If(And(q <= r,q <= t), i + 25 >= q, If(And(r <= q,r <= t), i + 25 >= r, i + 25 >= t)), If(And(q <= r,q <= u), i + 31 >= q, If(And(r <= q,r <= u), i + 31 >= r, i + 31 >= u)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= t), i + 29 >= q, If(And(s <= q,s <= t), i + 29 >= s, i + 29 >= t)), If(And(q <= s,q <= u), i + 30 >= q, If(And(s <= q,s <= u), i + 30 >= s, i + 30 >= u)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= u), i + 33 >= q, If(And(t <= q,t <= u), i + 33 >= t, i + 33 >= u)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= u,q <= 0), i + 20 >= q, If(And(u <= q,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(r <= s,r <= t), i + 29 >= r, If(And(s <= r,s <= t), i + 29 >= s, i + 29 >= t)), If(And(r <= s,r <= u), i + 29 >= r, If(And(s <= r,s <= u), i + 29 >= s, i + 29 >= u)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= u), i + 29 >= r, If(And(t <= r,t <= u), i + 29 >= t, i + 29 >= u)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= u,r <= 0), i + 20 >= r, If(And(u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(s <= t,s <= u), i + 33 >= s, If(And(t <= s,t <= u), i + 33 >= t, i + 33 >= u)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= u,s <= 0), i + 20 >= s, If(And(u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(t <= u,t <= 0), i + 20 >= t, If(And(u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= u), i + 40 >= p, If(And(q >= p,q >= u), i + 40 >= q, i + 40 >= u)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= u), i + 40 >= p, If(And(r >= p,r >= u), i + 40 >= r, i + 40 >= u)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 40 >= p, If(And(s >= p,s >= t), i + 40 >= s, i + 40 >= t)), If(And(p >= s,p >= u), i + 40 >= p, If(And(s >= p,s >= u), i + 40 >= s, i + 40 >= u)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(q >= r,q >= t), i + 39 >= q, If(And(r >= q,r >= t), i + 39 >= r, i + 39 >= t)), If(And(q >= r,q >= u), i + 40 >= q, If(And(r >= q,r >= u), i + 40 >= r, i + 40 >= u)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(p >= t,p >= u), i + 40 >= p, If(And(t >= p,t >= u), i + 40 >= t, i + 40 >= u)), If(And(p >= t,p >= 0), i + 40 >= p, If(And(t >= p,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p >= u,p >= 0), i + 40 >= p, If(And(u >= p,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q >= r,q >= s), i + 39 >= q, If(And(r >= q,r >= s), i + 39 >= r, i + 39 >= s)), If(And(q >= s,q >= u), i + 40 >= q, If(And(s >= q,s >= u), i + 40 >= s, i + 40 >= u)), If(And(q >= s,q >= 0), i + 39 >= q, If(And(s >= q,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(q >= t,q >= u), i + 40 >= q, If(And(t >= q,t >= u), i + 40 >= t, i + 40 >= u)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= u,q >= 0), i + 40 >= q, If(And(u >= q,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(r >= s,r >= t), i + 39 >= r, If(And(s >= r,s >= t), i + 39 >= s, i + 39 >= t)), If(And(r >= s,r >= u), i + 40 >= r, If(And(s >= r,s >= u), i + 40 >= s, i + 40 >= u)), If(And(r >= s,r >= 0), i + 39 >= r, If(And(s >= r,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(r >= t,r >= u), i + 40 >= r, If(And(t >= r,t >= u), i + 40 >= t, i + 40 >= u)), If(And(r >= t,r >= 0), i + 39 >= r, If(And(t >= r,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(r >= u,r >= 0), i + 40 >= r, If(And(u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(s >= t,s >= u), i + 40 >= s, If(And(t >= s,t >= u), i + 40 >= t, i + 40 >= u)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(s >= u,s >= 0), i + 40 >= s, If(And(u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(t >= u,t >= 0), i + 40 >= t, If(And(u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q >= r,q >= 0), i + 39 >= q, If(And(r >= q,r >= 0), i + 39 >= r, i + 39 >= 0)), If(And(p <= q,p <= r,p <= s),p >= i,If(And(q <= p,q <= r,q <= s),q >= i,If(And(r <= p,r <= q,r <= s),r >= i,s >= i))), If(And(p <= q,p <= r,p <= t),p >= i,If(And(q <= p,q <= r,q <= t),q >= i,If(And(r <= p,r <= q,r <= t),r >= i,t >= i))), If(And(p <= q,p <= r,p <= u),p >= i,If(And(q <= p,q <= r,q <= u),q >= i,If(And(r <= p,r <= q,r <= u),r >= i,u >= i))), If(And(p <= q,p <= s,p <= t),p >= i,If(And(q <= p,q <= s,q <= t),q >= i,If(And(s <= p,s <= q,s <= t),s >= i,t >= i))), If(And(p <= q,p <= s,p <= u),p >= i,If(And(q <= p,q <= s,q <= u),q >= i,If(And(s <= p,s <= q,s <= u),s >= i,u >= i))), If(And(p <= q,p <= t,p <= u),p >= i,If(And(q <= p,q <= t,q <= u),q >= i,If(And(t <= p,t <= q,t <= u),t >= i,u >= i))), If(And(p <= r,p <= s,p <= t),p >= i,If(And(r <= p,r <= s,r <= t),r >= i,If(And(s <= p,s <= r,s <= t),s >= i,t >= i))), If(And(p <= r,p <= s,p <= u),p >= i,If(And(r <= p,r <= s,r <= u),r >= i,If(And(s <= p,s <= r,s <= u),s >= i,u >= i))), If(And(p <= r,p <= t,p <= u),p >= i,If(And(r <= p,r <= t,r <= u),r >= i,If(And(t <= p,t <= r,t <= u),t >= i,u >= i))), If(And(p <= s,p <= t,p <= u),p >= i,If(And(s <= p,s <= t,s <= u),s >= i,If(And(t <= p,t <= s,t <= u),t >= i,u >= i))), If(And(q <= r,q <= s,q <= t),q >= i,If(And(r <= q,r <= s,r <= t),r >= i,If(And(s <= q,s <= r,s <= t),s >= i,t >= i))), If(And(q <= r,q <= s,q <= u),q >= i,If(And(r <= q,r <= s,r <= u),r >= i,If(And(s <= q,s <= r,s <= u),s >= i,u >= i))), If(And(q <= r,q <= t,q <= u),q >= i,If(And(r <= q,r <= t,r <= u),r >= i,If(And(t <= q,t <= r,t <= u),t >= i,u >= i))), If(And(q <= s,q <= t,q <= u),q >= i,If(And(s <= q,s <= t,s <= u),s >= i,If(And(t <= q,t <= s,t <= u),t >= i,u >= i))), If(And(r <= s,r <= t,r <= u),r >= i,If(And(s <= r,s <= t,s <= u),s >= i,If(And(t <= r,t <= s,t <= u),t >= i,u >= i))), If(And(p <= q,p <= r,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= 0),r >= i - 4,0 >= i - 4))), If(And(p <= q,p <= s,p <= 0),p >= i - 4,If(And(q <= p,q <= s,q <= 0),q >= i - 4,If(And(s <= p,s <= q,s <= 0),s >= i - 4,0 >= i - 4))), If(And(p <= q,p <= t,p <= 0),p >= i - 4,If(And(q <= p,q <= t,q <= 0),q >= i - 4,If(And(t <= p,t <= q,t <= 0),t >= i - 4,0 >= i - 4))), If(And(p <= q,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= u,q <= 0),q >= i - 4,If(And(u <= p,u <= q,u <= 0),u >= i - 4,0 >= i - 4))), If(And(p <= r,p <= s,p <= 0),p >= i - 4,If(And(r <= p,r <= s,r <= 0),r >= i - 4,If(And(s <= p,s <= r,s <= 0),s >= i - 4,0 >= i - 4))), If(And(p <= r,p <= t,p <= 0),p >= i - 4,If(And(r <= p,r <= t,r <= 0),r >= i - 4,If(And(t <= p,t <= r,t <= 0),t >= i - 4,0 >= i - 4))), If(And(p <= r,p <= u,p <= 0),p >= i - 4,If(And(r <= p,r <= u,r <= 0),r >= i - 4,If(And(u <= p,u <= r,u <= 0),u >= i - 4,0 >= i - 4))), If(And(p <= s,p <= t,p <= 0),p >= i - 4,If(And(s <= p,s <= t,s <= 0),s >= i - 4,If(And(t <= p,t <= s,t <= 0),t >= i - 4,0 >= i - 4))), If(And(p <= s,p <= u,p <= 0),p >= i - 4,If(And(s <= p,s <= u,s <= 0),s >= i - 4,If(And(u <= p,u <= s,u <= 0),u >= i - 4,0 >= i - 4))), If(And(p <= t,p <= u,p <= 0),p >= i - 4,If(And(t <= p,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= t,u <= 0),u >= i - 4,0 >= i - 4))), If(And(q <= r,q <= s,q <= 0),q >= i - 4,If(And(r <= q,r <= s,r <= 0),r >= i - 4,If(And(s <= q,s <= r,s <= 0),s >= i - 4,0 >= i - 4))), If(And(q <= r,q <= t,q <= 0),q >= i - 4,If(And(r <= q,r <= t,r <= 0),r >= i - 4,If(And(t <= q,t <= r,t <= 0),t >= i - 4,0 >= i - 4))), If(And(q <= r,q <= u,q <= 0),q >= i - 4,If(And(r <= q,r <= u,r <= 0),r >= i - 4,If(And(u <= q,u <= r,u <= 0),u >= i - 4,0 >= i - 4))), If(And(q <= s,q <= t,q <= 0),q >= i - 4,If(And(s <= q,s <= t,s <= 0),s >= i - 4,If(And(t <= q,t <= s,t <= 0),t >= i - 4,0 >= i - 4))), If(And(q <= s,q <= u,q <= 0),q >= i - 4,If(And(s <= q,s <= u,s <= 0),s >= i - 4,If(And(u <= q,u <= s,u <= 0),u >= i - 4,0 >= i - 4))), If(And(q <= t,q <= u,q <= 0),q >= i - 4,If(And(t <= q,t <= u,t <= 0),t >= i - 4,If(And(u <= q,u <= t,u <= 0),u >= i - 4,0 >= i - 4))), If(And(r <= s,r <= t,r <= 0),r >= i - 4,If(And(s <= r,s <= t,s <= 0),s >= i - 4,If(And(t <= r,t <= s,t <= 0),t >= i - 4,0 >= i - 4))), If(And(r <= s,r <= u,r <= 0),r >= i - 4,If(And(s <= r,s <= u,s <= 0),s >= i - 4,If(And(u <= r,u <= s,u <= 0),u >= i - 4,0 >= i - 4))), If(And(r <= t,r <= u,r <= 0),r >= i - 4,If(And(t <= r,t <= u,t <= 0),t >= i - 4,If(And(u <= r,u <= t,u <= 0),u >= i - 4,0 >= i - 4))), If(And(s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4))), If(And(p >= q,p >= r,p >= s),p >= i + 3,If(And(q >= p,q >= r,q >= s),q >= i + 3,If(And(r >= p,r >= q,r >= s),r >= i + 3,s >= i + 3))), If(And(p >= q,p >= r,p >= t),p >= i + 2,If(And(q >= p,q >= r,q >= t),q >= i + 2,If(And(r >= p,r >= q,r >= t),r >= i + 2,t >= i + 2))), If(And(p >= q,p >= r,p >= u),p >= i + 4,If(And(q >= p,q >= r,q >= u),q >= i + 4,If(And(r >= p,r >= q,r >= u),r >= i + 4,u >= i + 4))), If(And(p >= q,p >= r,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= 0),r >= i + 4,0 >= i + 4))), If(And(p >= q,p >= s,p >= 0),p >= i + 8,If(And(q >= p,q >= s,q >= 0),q >= i + 8,If(And(s >= p,s >= q,s >= 0),s >= i + 8,0 >= i + 8))), If(And(p >= q,p >= t,p >= u),p >= i + 3,If(And(q >= p,q >= t,q >= u),q >= i + 3,If(And(t >= p,t >= q,t >= u),t >= i + 3,u >= i + 3))), If(And(p >= q,p >= t,p >= 0),p >= i + 6,If(And(q >= p,q >= t,q >= 0),q >= i + 6,If(And(t >= p,t >= q,t >= 0),t >= i + 6,0 >= i + 6))), If(And(p >= q,p >= u,p >= 0),p >= i + 2,If(And(q >= p,q >= u,q >= 0),q >= i + 2,If(And(u >= p,u >= q,u >= 0),u >= i + 2,0 >= i + 2))), If(And(p >= r,p >= s,p >= t),p >= i + 5,If(And(r >= p,r >= s,r >= t),r >= i + 5,If(And(s >= p,s >= r,s >= t),s >= i + 5,t >= i + 5))), If(And(p >= r,p >= s,p >= u),p >= i + 4,If(And(r >= p,r >= s,r >= u),r >= i + 4,If(And(s >= p,s >= r,s >= u),s >= i + 4,u >= i + 4))), If(And(p >= r,p >= s,p >= 0),p >= i + 5,If(And(r >= p,r >= s,r >= 0),r >= i + 5,If(And(s >= p,s >= r,s >= 0),s >= i + 5,0 >= i + 5))), If(And(p >= r,p >= t,p >= u),p >= i + 6,If(And(r >= p,r >= t,r >= u),r >= i + 6,If(And(t >= p,t >= r,t >= u),t >= i + 6,u >= i + 6))), If(And(p >= r,p >= t,p >= 0),p >= i + 3,If(And(r >= p,r >= t,r >= 0),r >= i + 3,If(And(t >= p,t >= r,t >= 0),t >= i + 3,0 >= i + 3))), If(And(p >= r,p >= u,p >= 0),p >= i + 4,If(And(r >= p,r >= u,r >= 0),r >= i + 4,If(And(u >= p,u >= r,u >= 0),u >= i + 4,0 >= i + 4))), If(And(p >= s,p >= t,p >= 0),p >= i + 5,If(And(s >= p,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= s,t >= 0),t >= i + 5,0 >= i + 5))), If(And(p >= s,p >= u,p >= 0),p >= i + 8,If(And(s >= p,s >= u,s >= 0),s >= i + 8,If(And(u >= p,u >= s,u >= 0),u >= i + 8,0 >= i + 8))), If(And(p >= t,p >= u,p >= 0),p >= i + 6,If(And(t >= p,t >= u,t >= 0),t >= i + 6,If(And(u >= p,u >= t,u >= 0),u >= i + 6,0 >= i + 6))), If(And(q >= r,q >= s,q >= t),q >= i + 7,If(And(r >= q,r >= s,r >= t),r >= i + 7,If(And(s >= q,s >= r,s >= t),s >= i + 7,t >= i + 7))), If(And(q >= r,q >= s,q >= u),q >= i + 5,If(And(r >= q,r >= s,r >= u),r >= i + 5,If(And(s >= q,s >= r,s >= u),s >= i + 5,u >= i + 5))), If(And(q >= r,q >= s,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= 0),s >= i + 5,0 >= i + 5))), If(And(q >= r,q >= t,q >= u),q >= i + 6,If(And(r >= q,r >= t,r >= u),r >= i + 6,If(And(t >= q,t >= r,t >= u),t >= i + 6,u >= i + 6))), If(And(q >= r,q >= u,q >= 0),q >= i + 4,If(And(r >= q,r >= u,r >= 0),r >= i + 4,If(And(u >= q,u >= r,u >= 0),u >= i + 4,0 >= i + 4))), If(And(q >= s,q >= t,q >= 0),q >= i + 5,If(And(s >= q,s >= t,s >= 0),s >= i + 5,If(And(t >= q,t >= s,t >= 0),t >= i + 5,0 >= i + 5))), If(And(q >= s,q >= u,q >= 0),q >= i + 5,If(And(s >= q,s >= u,s >= 0),s >= i + 5,If(And(u >= q,u >= s,u >= 0),u >= i + 5,0 >= i + 5))), If(And(q >= t,q >= u,q >= 0),q >= i + 3,If(And(t >= q,t >= u,t >= 0),t >= i + 3,If(And(u >= q,u >= t,u >= 0),u >= i + 3,0 >= i + 3))), If(And(r >= s,r >= t,r >= u),r >= i + 9,If(And(s >= r,s >= t,s >= u),s >= i + 9,If(And(t >= r,t >= s,t >= u),t >= i + 9,u >= i + 9))), If(And(r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5))), If(And(r >= s,r >= u,r >= 0),r >= i + 5,If(And(s >= r,s >= u,s >= 0),s >= i + 5,If(And(u >= r,u >= s,u >= 0),u >= i + 5,0 >= i + 5))), If(And(r >= t,r >= u,r >= 0),r >= i + 3,If(And(t >= r,t >= u,t >= 0),t >= i + 3,If(And(u >= r,u >= t,u >= 0),u >= i + 3,0 >= i + 3))), If(And(s >= t,s >= u,s >= 0),s >= i + 9,If(And(t >= s,t >= u,t >= 0),t >= i + 9,If(And(u >= s,u >= t,u >= 0),u >= i + 9,0 >= i + 9))), If(And(p >= q,p >= s,p >= t),p >= i + 6,If(And(q >= p,q >= s,q >= t),q >= i + 6,If(And(s >= p,s >= q,s >= t),s >= i + 6,t >= i + 6))), If(And(p >= q,p >= s,p >= u),p >= i + 6,If(And(q >= p,q >= s,q >= u),q >= i + 6,If(And(s >= p,s >= q,s >= u),s >= i + 6,u >= i + 6))), If(And(p >= s,p >= t,p >= u),p >= i + 6,If(And(s >= p,s >= t,s >= u),s >= i + 6,If(And(t >= p,t >= s,t >= u),t >= i + 6,u >= i + 6))), If(And(q >= s,q >= t,q >= u),q >= i + 3,If(And(s >= q,s >= t,s >= u),s >= i + 3,If(And(t >= q,t >= s,t >= u),t >= i + 3,u >= i + 3))), If(And(q >= r,q >= t,q >= 0),q >= i + 8,If(And(r >= q,r >= t,r >= 0),r >= i + 8,If(And(t >= q,t >= r,t >= 0),t >= i + 8,0 >= i + 8))), If(And(p <= q,p <= r,p <= s), i + 23 >= p, If(And(q <= p,q <= r,q <= s), i + 23 >= q, If(And(r <= p,r <= q,r <= s), i + 23 >= r, i + 23 >= s))), If(And(p <= q,p <= r,p <= u), i + 31 >= p, If(And(q <= p,q <= r,q <= u), i + 31 >= q, If(And(r <= p,r <= q,r <= u), i + 31 >= r, i + 31 >= u))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(p <= q,p <= s,p <= t), i + 29 >= p, If(And(q <= p,q <= s,q <= t), i + 29 >= q, If(And(s <= p,s <= q,s <= t), i + 29 >= s, i + 29 >= t))), If(And(p <= q,p <= s,p <= u), i + 22 >= p, If(And(q <= p,q <= s,q <= u), i + 22 >= q, If(And(s <= p,s <= q,s <= u), i + 22 >= s, i + 22 >= u))), If(And(p <= q,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= q,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= u,q <= 0), i + 20 >= q, If(And(u <= p,u <= q,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= r,p <= s,p <= u), i + 26 >= p, If(And(r <= p,r <= s,r <= u), i + 26 >= r, If(And(s <= p,s <= r,s <= u), i + 26 >= s, i + 26 >= u))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= s,p <= t,p <= u), i + 33 >= p, If(And(s <= p,s <= t,s <= u), i + 33 >= s, If(And(t <= p,t <= s,t <= u), i + 33 >= t, i + 33 >= u))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= t,p <= u,p <= 0), i + 20 >= p, If(And(t <= p,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 25 >= q, If(And(r <= q,r <= s,r <= t), i + 25 >= r, If(And(s <= q,s <= r,s <= t), i + 25 >= s, i + 25 >= t))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= s,q <= t,q <= u), i + 20 >= q, If(And(s <= q,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= s,t <= u), i + 20 >= t, i + 20 >= u))), If(And(q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0))), If(And(q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(r <= s,r <= t,r <= u), i + 29 >= r, If(And(s <= r,s <= t,s <= u), i + 29 >= s, If(And(t <= r,t <= s,t <= u), i + 29 >= t, i + 29 >= u))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= q,p >= r,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= u), i + 40 >= r, i + 40 >= u))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= t,q >= u), i + 40 >= q, If(And(t >= p,t >= q,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= q,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= u,q >= 0), i + 40 >= q, If(And(u >= p,u >= q,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= r,p >= s,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= r,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= s,p >= t,p >= u), i + 40 >= p, If(And(s >= p,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= s,p >= t,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= s,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 40 >= p, If(And(t >= p,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= r,q >= s,q >= t), i + 39 >= q, If(And(r >= q,r >= s,r >= t), i + 39 >= r, If(And(s >= q,s >= r,s >= t), i + 39 >= s, i + 39 >= t))), If(And(q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(q >= r,q >= s,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= 0), i + 39 >= s, i + 39 >= 0))), If(And(q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= r,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= t,r >= 0), i + 39 >= r, If(And(t >= q,t >= r,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p <= q,p <= r,p <= t), i + 24 >= p, If(And(q <= p,q <= r,q <= t), i + 24 >= q, If(And(r <= p,r <= q,r <= t), i + 24 >= r, i + 24 >= t))), If(And(p <= q,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= t,q <= u), i + 24 >= q, If(And(t <= p,t <= q,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= r,p <= t,p <= u), i + 24 >= p, If(And(r <= p,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(q <= r,q <= s,q <= u), i + 24 >= q, If(And(r <= q,r <= s,r <= u), i + 24 >= r, If(And(s <= q,s <= r,s <= u), i + 24 >= s, i + 24 >= u))), If(And(q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i,If(And(q <= p,q <= r,q <= s,q <= t),q >= i,If(And(r <= p,r <= q,r <= s,r <= t),r >= i,If(And(s <= p,s <= q,s <= r,s <= t),s >= i,t >= i)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i,If(And(q <= p,q <= r,q <= s,q <= u),q >= i,If(And(r <= p,r <= q,r <= s,r <= u),r >= i,If(And(s <= p,s <= q,s <= r,s <= u),s >= i,u >= i)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i,If(And(q <= p,q <= r,q <= t,q <= u),q >= i,If(And(r <= p,r <= q,r <= t,r <= u),r >= i,If(And(t <= p,t <= q,t <= r,t <= u),t >= i,u >= i)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i,If(And(q <= p,q <= s,q <= t,q <= u),q >= i,If(And(s <= p,s <= q,s <= t,s <= u),s >= i,If(And(t <= p,t <= q,t <= s,t <= u),t >= i,u >= i)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i,If(And(r <= p,r <= s,r <= t,r <= u),r >= i,If(And(s <= p,s <= r,s <= t,s <= u),s >= i,If(And(t <= p,t <= r,t <= s,t <= u),t >= i,u >= i)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i,If(And(r <= q,r <= s,r <= t,r <= u),r >= i,If(And(s <= q,s <= r,s <= t,s <= u),s >= i,If(And(t <= q,t <= r,t <= s,t <= u),t >= i,u >= i)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 4,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 4,0 >= i - 4)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 4,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 4,0 >= i - 4)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 4,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 4,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 4,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 4,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 4,0 >= i - 4)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 4,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 4,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 4,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 4,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 4,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 4,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 4,0 >= i - 4)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 4,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 4,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 4,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 4,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 4,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 4,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 4,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 4,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 4,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 4,0 >= i - 4)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 4,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 4,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 4,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 4,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 4,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 4,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 4,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 4,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 7,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 7,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 7,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 7,t >= i + 7)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i + 9,If(And(q >= p,q >= r,q >= s,q >= u),q >= i + 9,If(And(r >= p,r >= q,r >= s,r >= u),r >= i + 9,If(And(s >= p,s >= q,s >= r,s >= u),s >= i + 9,u >= i + 9)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 9,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 9,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 9,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 9,0 >= i + 9)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i + 6,If(And(q >= p,q >= r,q >= t,q >= u),q >= i + 6,If(And(r >= p,r >= q,r >= t,r >= u),r >= i + 6,If(And(t >= p,t >= q,t >= r,t >= u),t >= i + 6,u >= i + 6)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i + 4,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 8,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 8,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 8,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 8,0 >= i + 8)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i + 9,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i + 9,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i + 9,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i + 9,0 >= i + 9)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i + 6,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i + 6,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i + 6,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i + 6,0 >= i + 6)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i + 5,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i + 9,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i + 9,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i + 9,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i + 9,0 >= i + 9)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i + 9,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i + 9,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i + 9,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i + 9,0 >= i + 9)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i + 9,If(And(r >= q,r >= s,r >= t,r >= u),r >= i + 9,If(And(s >= q,s >= r,s >= t,s >= u),s >= i + 9,If(And(t >= q,t >= r,t >= s,t >= u),t >= i + 9,u >= i + 9)))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i + 5,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i + 5,0 >= i + 5)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i + 6,If(And(q >= p,q >= s,q >= t,q >= u),q >= i + 6,If(And(s >= p,s >= q,s >= t,s >= u),s >= i + 6,If(And(t >= p,t >= q,t >= s,t >= u),t >= i + 6,u >= i + 6)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i + 8,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i + 8,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i + 8,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i + 8,0 >= i + 8)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 10,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 10,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 10,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 10,0 >= i + 10)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i + 10,If(And(r >= p,r >= s,r >= t,r >= u),r >= i + 10,If(And(s >= p,s >= r,s >= t,s >= u),s >= i + 10,If(And(t >= p,t >= r,t >= s,t >= u),t >= i + 10,u >= i + 10)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i + 10,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i + 10,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i + 10,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i + 10,0 >= i + 10)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i + 10,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i + 10,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i + 10,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i + 10,0 >= i + 10)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i + 10,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i + 10,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i + 10,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i + 10,0 >= i + 10)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i + 10,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i + 10,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i + 10,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i + 10,0 >= i + 10)))), If(And(p <= q,p <= r,p <= s,p <= t), i + 21 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i + 21 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i + 21 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i + 21 >= s, i + 21 >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i + 17 >= p, If(And(q <= p,q <= r,q <= s,q <= u), i + 17 >= q, If(And(r <= p,r <= q,r <= s,r <= u), i + 17 >= r, If(And(s <= p,s <= q,s <= r,s <= u), i + 17 >= s, i + 17 >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i + 19 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i + 19 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i + 19 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i + 17 >= t, i + 17 >= u)))), If(And(p <= q,p <= s,p <= u,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i + 23 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i + 23 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i + 23 >= t, i + 23 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i + 18 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i + 18 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i + 18 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i + 18 >= u, i + 18 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= p,r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u)))), If(And(q <= r,q <= s,q <= t,q <= u), i + 20 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i + 20 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i + 20 >= t, i + 20 >= u)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 4,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 4,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 4,0 >= i - 4))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 4,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 4,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 4,0 >= i - 4))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 4,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 4,0 >= i - 4))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 4,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 4,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 4,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 4,If(And(r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 4,If(And(s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i + 9,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i + 9,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i + 9,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i + 9,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i + 9,0 >= i + 9))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i + 10,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i + 10,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i + 10,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i + 10,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i + 10,u >= i + 10))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i + 10,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i + 10,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i + 10,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i + 10,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i + 10,0 >= i + 10))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i + 10,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i + 10,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i + 10,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i + 10,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i + 10,0 >= i + 10))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i + 10,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i + 10,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i + 10,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i + 10,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i + 10,0 >= i + 10))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 10,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i + 10,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i + 10,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i + 10,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i + 10,0 >= i + 10))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 10,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 10,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 10,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 10,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 10,0 >= i + 10))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i + 17 >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i + 14 >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i + 14 >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i + 14 >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i + 14 >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i + 14 >= u, i + 14 >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i + 18 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i + 18 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i + 18 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i + 18 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i + 18 >= t, i + 18 >= 0))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 4,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 4,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 4,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 4,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 4,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 4,0 >= i - 4)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 10,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 10,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 10,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 10,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 10,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 10,0 >= i + 10)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))))] decr5_LI0=\ [p >= i, i >= p - 40, r + 37 >= i, s + 36 >= i, t + 37 >= i, u + 37 >= i, 0 >= i - 20, i + 20 >= 0, q + 40 >= i, i >= r - 38, r + 36 >= i, s + 37 >= i, i >= t - 39, t + 36 >= i, If(p >= t,p >= i,t >= i), If(p >= u,p >= i,u >= i), If(p >= 0,p >= i,0 >= i), If(p >= q,p >= i,q >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p <= q, i >= p, i >= q), If(i <= 0, p >= i, p >= 0), If(s >= u,s >= i - 30,u >= i - 30), If(s >= 0,s >= i - 20,0 >= i - 20), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i >= 0,i >= t - 20,0 >= t - 20), If(t >= 0,t >= i - 18,0 >= i - 18), If(u >= 0,u >= i - 19,0 >= i - 19), If(i >= 0,i >= u - 20,0 >= u - 20), If(r <= s,r >= i - 37,s >= i - 37), If(r <= t,r >= i - 37,t >= i - 37), If(p <= 0,p >= i - 20,0 >= i - 20), If(i <= 0,i >= p - 40,0 >= p - 40), If(p <= r,p >= i - 37,r >= i - 37), If(p <= s,p >= i - 36,s >= i - 36), If(p <= t,p >= i - 37,t >= i - 37), If(p <= u,p >= i - 37,u >= i - 37), If(r <= u,r >= i - 37,u >= i - 37), If(r <= 0,r >= i - 37,0 >= i - 37), If(s <= t,s >= i - 37,t >= i - 37), If(s <= u,s >= i - 37,u >= i - 37), If(s <= 0,s >= i - 36,0 >= i - 36), If(t <= u,t >= i - 37,u >= i - 37), If(t <= 0,t >= i - 37,0 >= i - 37), If(u <= 0,u >= i - 37,0 >= i - 37), If(q >= 0,q >= i - 20,0 >= i - 20), If(q <= u,q >= i - 40,u >= i - 40), If(q <= 0,q >= i - 40,0 >= i - 40), If(r >= u,r >= i - 29,u >= i - 29), If(r >= 0,r >= i - 19,0 >= i - 19), If(p <= q,p >= i - 40,q >= i - 40), If(q <= r,q >= i - 40,r >= i - 40), If(q <= s,q >= i - 40,s >= i - 40), If(q <= t,q >= i - 40,t >= i - 40), If(i <= 0,i >= r - 38,0 >= r - 38), If(q >= t,q >= i - 30,t >= i - 30), If(s >= t,s >= i - 32,t >= i - 32), If(i >= 0,i >= q - 20,0 >= q - 20), If(r <= t,r >= i - 36,t >= i - 36), If(p <= r,p >= i - 36,r >= i - 36), If(p <= s,p >= i - 37,s >= i - 37), If(p <= t,p >= i - 36,t >= i - 36), If(i <= 0,i >= t - 39,0 >= t - 39), If(r <= 0,r >= i - 36,0 >= i - 36), If(s <= 0,s >= i - 37,0 >= i - 37), If(t <= 0,t >= i - 36,0 >= i - 36), If(p >= t, i + 40 >= p, i + 40 >= t), If(p >= u, i + 40 >= p, i + 40 >= u), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(i >= 0, r + 37 >= i, r + 37 >= 0), If(i >= 0, s + 36 >= i, s + 36 >= 0), If(i >= 0, t + 37 >= i, t + 37 >= 0), If(i >= 0, u + 37 >= i, u + 37 >= 0), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 19 >= i, u + 19 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(p <= s, i + 35 >= p, i + 35 >= s), If(p <= t, i + 37 >= p, i + 37 >= t), If(p <= u, i + 33 >= p, i + 33 >= u), If(r <= u, i + 29 >= r, i + 29 >= u), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 35 >= s, i + 35 >= t), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= u, i + 33 >= t, i + 33 >= u), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(u <= 0, i + 20 >= u, i + 20 >= 0), If(i >= 0, q + 40 >= i, q + 40 >= 0), If(r <= t, i + 34 >= r, i + 34 >= t), If(r >= u, i + 38 >= r, i + 38 >= u), If(r >= 0, i + 38 >= r, i + 38 >= 0), If(q >= r, i + 38 >= q, i + 38 >= r), If(r >= t, i + 39 >= r, i + 39 >= t), If(q >= t, i + 39 >= q, i + 39 >= t), If(s >= t, i + 39 >= s, i + 39 >= t), If(t >= u, i + 39 >= t, i + 39 >= u), If(t >= 0, i + 39 >= t, i + 39 >= 0), If(i >= 0, r + 36 >= i, r + 36 >= 0), If(i >= 0, s + 37 >= i, s + 37 >= 0), If(i >= 0, t + 36 >= i, t + 36 >= 0), If(q <= t, i + 34 >= q, i + 34 >= t), If(q <= u, i + 33 >= q, i + 33 >= u), If(r <= t, i + 33 >= r, i + 33 >= t), If(And(p >= u,p >= 0),p >= i,If(And(u >= p,u >= 0),u >= i,0 >= i)), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(p >= r,p >= t),p >= i,If(And(r >= p,r >= t),r >= i,t >= i)), If(And(p >= r,p >= u),p >= i,If(And(r >= p,r >= u),r >= i,u >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= s,p >= t),p >= i,If(And(s >= p,s >= t),s >= i,t >= i)), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= q,p >= u),p >= i,If(And(q >= p,q >= u),q >= i,u >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= s,p >= u),p >= i,If(And(s >= p,s >= u),s >= i,u >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(p >= t,p >= u),p >= i,If(And(t >= p,t >= u),t >= i,u >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= q,p <= t), i >= p, If(And(q <= p,q <= t), i >= q, i >= t)), If(And(p <= q,p <= u), i >= p, If(And(q <= p,q <= u), i >= q, i >= u)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(r >= s,r >= 0),r >= i - 18,If(And(s >= r,s >= 0),s >= i - 18,0 >= i - 18)), If(And(r >= t,r >= 0),r >= i - 18,If(And(t >= r,t >= 0),t >= i - 18,0 >= i - 18)), If(And(q >= s,q >= u),q >= i - 23,If(And(s >= q,s >= u),s >= i - 23,u >= i - 23)), If(And(q >= s,q >= 0),q >= i - 19,If(And(s >= q,s >= 0),s >= i - 19,0 >= i - 19)), If(And(s >= t,s >= u),s >= i - 22,If(And(t >= s,t >= u),t >= i - 22,u >= i - 22)), If(And(s >= t,s >= 0),s >= i - 18,If(And(t >= s,t >= 0),t >= i - 18,0 >= i - 18)), If(And(s >= u,s >= 0),s >= i - 19,If(And(u >= s,u >= 0),u >= i - 19,0 >= i - 19)), If(And(q >= u,q >= 0),q >= i - 19,If(And(u >= q,u >= 0),u >= i - 19,0 >= i - 19)), If(And(r >= s,r >= t),r >= i - 27,If(And(s >= r,s >= t),s >= i - 27,t >= i - 27)), If(And(p <= r,p <= s),p >= i - 37,If(And(r <= p,r <= s),r >= i - 37,s >= i - 37)), If(And(p <= r,p <= t),p >= i - 37,If(And(r <= p,r <= t),r >= i - 37,t >= i - 37)), If(And(p <= r,p <= u),p >= i - 37,If(And(r <= p,r <= u),r >= i - 37,u >= i - 37)), If(And(p <= t,p <= u),p >= i - 37,If(And(t <= p,t <= u),t >= i - 37,u >= i - 37)), If(And(p <= t,p <= 0),p >= i - 37,If(And(t <= p,t <= 0),t >= i - 37,0 >= i - 37)), If(And(p <= u,p <= 0),p >= i - 37,If(And(u <= p,u <= 0),u >= i - 37,0 >= i - 37)), If(And(r <= s,r <= t),r >= i - 37,If(And(s <= r,s <= t),s >= i - 37,t >= i - 37)), If(And(r <= s,r <= u),r >= i - 37,If(And(s <= r,s <= u),s >= i - 37,u >= i - 37)), If(And(r <= s,r <= 0),r >= i - 37,If(And(s <= r,s <= 0),s >= i - 37,0 >= i - 37)), If(And(s <= t,s <= 0),s >= i - 37,If(And(t <= s,t <= 0),t >= i - 37,0 >= i - 37)), If(And(s <= u,s <= 0),s >= i - 37,If(And(u <= s,u <= 0),u >= i - 37,0 >= i - 37)), If(And(t <= u,t <= 0),t >= i - 37,If(And(u <= t,u <= 0),u >= i - 37,0 >= i - 37)), If(And(p <= r,p <= 0),p >= i - 37,If(And(r <= p,r <= 0),r >= i - 37,0 >= i - 37)), If(And(p <= s,p <= t),p >= i - 37,If(And(s <= p,s <= t),s >= i - 37,t >= i - 37)), If(And(p <= s,p <= u),p >= i - 37,If(And(s <= p,s <= u),s >= i - 37,u >= i - 37)), If(And(p <= s,p <= 0),p >= i - 36,If(And(s <= p,s <= 0),s >= i - 36,0 >= i - 36)), If(And(r <= t,r <= u),r >= i - 37,If(And(t <= r,t <= u),t >= i - 37,u >= i - 37)), If(And(r <= t,r <= 0),r >= i - 37,If(And(t <= r,t <= 0),t >= i - 37,0 >= i - 37)), If(And(r <= u,r <= 0),r >= i - 37,If(And(u <= r,u <= 0),u >= i - 37,0 >= i - 37)), If(And(s <= t,s <= u),s >= i - 37,If(And(t <= s,t <= u),t >= i - 37,u >= i - 37)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(q <= u,q <= 0),q >= i - 40,If(And(u <= q,u <= 0),u >= i - 40,0 >= i - 40)), If(And(r >= u,r >= 0),r >= i - 19,If(And(u >= r,u >= 0),u >= i - 19,0 >= i - 19)), If(And(q <= s,q <= u),q >= i - 40,If(And(s <= q,s <= u),s >= i - 40,u >= i - 40)), If(And(q <= s,q <= 0),q >= i - 40,If(And(s <= q,s <= 0),s >= i - 40,0 >= i - 40)), If(And(q <= t,q <= u),q >= i - 40,If(And(t <= q,t <= u),t >= i - 40,u >= i - 40)), If(And(q <= t,q <= 0),q >= i - 40,If(And(t <= q,t <= 0),t >= i - 40,0 >= i - 40)), If(And(q <= r,q <= t),q >= i - 40,If(And(r <= q,r <= t),r >= i - 40,t >= i - 40)), If(And(q <= r,q <= u),q >= i - 40,If(And(r <= q,r <= u),r >= i - 40,u >= i - 40)), If(And(q <= r,q <= 0),q >= i - 40,If(And(r <= q,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= s,q <= t),q >= i - 40,If(And(s <= q,s <= t),s >= i - 40,t >= i - 40)), If(And(p <= q,p <= 0),p >= i - 40,If(And(q <= p,q <= 0),q >= i - 40,0 >= i - 40)), If(And(q <= r,q <= s),q >= i - 40,If(And(r <= q,r <= s),r >= i - 40,s >= i - 40)), If(And(p <= q,p <= r),p >= i - 40,If(And(q <= p,q <= r),q >= i - 40,r >= i - 40)), If(And(p <= q,p <= s),p >= i - 40,If(And(q <= p,q <= s),q >= i - 40,s >= i - 40)), If(And(p <= q,p <= t),p >= i - 40,If(And(q <= p,q <= t),q >= i - 40,t >= i - 40)), If(And(p <= q,p <= u),p >= i - 40,If(And(q <= p,q <= u),q >= i - 40,u >= i - 40)), If(And(q >= t,q >= 0),q >= i - 17,If(And(t >= q,t >= 0),t >= i - 17,0 >= i - 17)), If(And(p <= r,p <= t),p >= i - 36,If(And(r <= p,r <= t),r >= i - 36,t >= i - 36)), If(And(p <= t,p <= 0),p >= i - 36,If(And(t <= p,t <= 0),t >= i - 36,0 >= i - 36)), If(And(p <= r,p <= 0),p >= i - 36,If(And(r <= p,r <= 0),r >= i - 36,0 >= i - 36)), If(And(p <= s,p <= 0),p >= i - 37,If(And(s <= p,s <= 0),s >= i - 37,0 >= i - 37)), If(And(r <= t,r <= 0),r >= i - 36,If(And(t <= r,t <= 0),t >= i - 36,0 >= i - 36)), If(And(p >= u,p >= 0), i + 40 >= p, If(And(u >= p,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q <= s,q <= 0), i + 19 >= q, If(And(s <= q,s <= 0), i + 19 >= s, i + 19 >= 0)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(q <= s,q <= t), i + 25 >= q, If(And(s <= q,s <= t), i + 25 >= s, i + 25 >= t)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= u), i + 40 >= p, If(And(r >= p,r >= u), i + 40 >= r, i + 40 >= u)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 40 >= p, If(And(s >= p,s >= t), i + 40 >= s, i + 40 >= t)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= u), i + 40 >= p, If(And(q >= p,q >= u), i + 40 >= q, i + 40 >= u)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= s,p >= u), i + 40 >= p, If(And(s >= p,s >= u), i + 40 >= s, i + 40 >= u)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p >= t,p >= u), i + 40 >= p, If(And(t >= p,t >= u), i + 40 >= t, i + 40 >= u)), If(And(p >= t,p >= 0), i + 40 >= p, If(And(t >= p,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p <= t,p <= u), i + 33 >= p, If(And(t <= p,t <= u), i + 33 >= t, i + 33 >= u)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= u,p <= 0), i + 20 >= p, If(And(u <= p,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(r <= s,r <= t), i + 29 >= r, If(And(s <= r,s <= t), i + 29 >= s, i + 29 >= t)), If(And(r <= s,r <= u), i + 29 >= r, If(And(s <= r,s <= u), i + 29 >= s, i + 29 >= u)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= u,s <= 0), i + 20 >= s, If(And(u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(t <= u,t <= 0), i + 20 >= t, If(And(u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 35 >= p, If(And(s <= p,s <= t), i + 35 >= s, i + 35 >= t)), If(And(p <= s,p <= u), i + 33 >= p, If(And(s <= p,s <= u), i + 33 >= s, i + 33 >= u)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= u), i + 29 >= r, If(And(t <= r,t <= u), i + 29 >= t, i + 29 >= u)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= u,r <= 0), i + 20 >= r, If(And(u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(s <= t,s <= u), i + 33 >= s, If(And(t <= s,t <= u), i + 33 >= t, i + 33 >= u)), If(And(q >= r,q >= 0), i + 38 >= q, If(And(r >= q,r >= 0), i + 38 >= r, i + 38 >= 0)), If(And(q >= r,q >= u), i + 38 >= q, If(And(r >= q,r >= u), i + 38 >= r, i + 38 >= u)), If(And(r >= u,r >= 0), i + 38 >= r, If(And(u >= r,u >= 0), i + 38 >= u, i + 38 >= 0)), If(And(p <= r,p <= t), i + 27 >= p, If(And(r <= p,r <= t), i + 27 >= r, i + 27 >= t)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(s >= t,s >= u), i + 39 >= s, If(And(t >= s,t >= u), i + 39 >= t, i + 39 >= u)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q <= t,q <= u), i + 33 >= q, If(And(t <= q,t <= u), i + 33 >= t, i + 33 >= u)), If(And(r >= t,r >= u), i + 39 >= r, If(And(t >= r,t >= u), i + 39 >= t, i + 39 >= u)), If(And(r >= t,r >= 0), i + 39 >= r, If(And(t >= r,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= r,q >= t), i + 39 >= q, If(And(r >= q,r >= t), i + 39 >= r, i + 39 >= t)), If(And(q >= t,q >= u), i + 39 >= q, If(And(t >= q,t >= u), i + 39 >= t, i + 39 >= u)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(r >= s,r >= t), i + 39 >= r, If(And(s >= r,s >= t), i + 39 >= s, i + 39 >= t)), If(And(t >= u,t >= 0), i + 39 >= t, If(And(u >= t,u >= 0), i + 39 >= u, i + 39 >= 0)), If(And(p <= r,p <= u), i + 26 >= p, If(And(r <= p,r <= u), i + 26 >= r, i + 26 >= u)), If(And(q <= u,q <= 0), i + 19 >= q, If(And(u <= q,u <= 0), i + 19 >= u, i + 19 >= 0)), If(And(p >= t,p >= u,p >= 0),p >= i,If(And(t >= p,t >= u,t >= 0),t >= i,If(And(u >= p,u >= t,u >= 0),u >= i,0 >= i))), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(p >= q,p >= r,p >= u),p >= i,If(And(q >= p,q >= r,q >= u),q >= i,If(And(r >= p,r >= q,r >= u),r >= i,u >= i))), If(And(p >= r,p >= s,p >= u),p >= i,If(And(r >= p,r >= s,r >= u),r >= i,If(And(s >= p,s >= r,s >= u),s >= i,u >= i))), If(And(p >= r,p >= s,p >= 0),p >= i,If(And(r >= p,r >= s,r >= 0),r >= i,If(And(s >= p,s >= r,s >= 0),s >= i,0 >= i))), If(And(p >= r,p >= t,p >= u),p >= i,If(And(r >= p,r >= t,r >= u),r >= i,If(And(t >= p,t >= r,t >= u),t >= i,u >= i))), If(And(p >= r,p >= t,p >= 0),p >= i,If(And(r >= p,r >= t,r >= 0),r >= i,If(And(t >= p,t >= r,t >= 0),t >= i,0 >= i))), If(And(p >= q,p >= t,p >= u),p >= i,If(And(q >= p,q >= t,q >= u),q >= i,If(And(t >= p,t >= q,t >= u),t >= i,u >= i))), If(And(p >= q,p >= t,p >= 0),p >= i,If(And(q >= p,q >= t,q >= 0),q >= i,If(And(t >= p,t >= q,t >= 0),t >= i,0 >= i))), If(And(p >= q,p >= u,p >= 0),p >= i,If(And(q >= p,q >= u,q >= 0),q >= i,If(And(u >= p,u >= q,u >= 0),u >= i,0 >= i))), If(And(p >= r,p >= s,p >= t),p >= i,If(And(r >= p,r >= s,r >= t),r >= i,If(And(s >= p,s >= r,s >= t),s >= i,t >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= s,p >= t),p >= i,If(And(q >= p,q >= s,q >= t),q >= i,If(And(s >= p,s >= q,s >= t),s >= i,t >= i))), If(And(p >= q,p >= s,p >= u),p >= i,If(And(q >= p,q >= s,q >= u),q >= i,If(And(s >= p,s >= q,s >= u),s >= i,u >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p >= r,p >= u,p >= 0),p >= i,If(And(r >= p,r >= u,r >= 0),r >= i,If(And(u >= p,u >= r,u >= 0),u >= i,0 >= i))), If(And(p >= s,p >= t,p >= u),p >= i,If(And(s >= p,s >= t,s >= u),s >= i,If(And(t >= p,t >= s,t >= u),t >= i,u >= i))), If(And(p >= s,p >= t,p >= 0),p >= i,If(And(s >= p,s >= t,s >= 0),s >= i,If(And(t >= p,t >= s,t >= 0),t >= i,0 >= i))), If(And(p >= s,p >= u,p >= 0),p >= i,If(And(s >= p,s >= u,s >= 0),s >= i,If(And(u >= p,u >= s,u >= 0),u >= i,0 >= i))), If(And(p <= q,p <= r,p <= t), i >= p, If(And(q <= p,q <= r,q <= t), i >= q, If(And(r <= p,r <= q,r <= t), i >= r, i >= t))), If(And(p <= q,p <= r,p <= u), i >= p, If(And(q <= p,q <= r,q <= u), i >= q, If(And(r <= p,r <= q,r <= u), i >= r, i >= u))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= s,p <= t), i >= p, If(And(q <= p,q <= s,q <= t), i >= q, If(And(s <= p,s <= q,s <= t), i >= s, i >= t))), If(And(p <= q,p <= s,p <= u), i >= p, If(And(q <= p,q <= s,q <= u), i >= q, If(And(s <= p,s <= q,s <= u), i >= s, i >= u))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= t,p <= u), i >= p, If(And(q <= p,q <= t,q <= u), i >= q, If(And(t <= p,t <= q,t <= u), i >= t, i >= u))), If(And(p <= q,p <= t,p <= 0), i >= p, If(And(q <= p,q <= t,q <= 0), i >= q, If(And(t <= p,t <= q,t <= 0), i >= t, i >= 0))), If(And(p <= q,p <= u,p <= 0), i >= p, If(And(q <= p,q <= u,q <= 0), i >= q, If(And(u <= p,u <= q,u <= 0), i >= u, i >= 0))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(q >= s,q >= u,q >= 0),q >= i - 19,If(And(s >= q,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= 0),r >= i - 18,If(And(s >= r,s >= t,s >= 0),s >= i - 18,If(And(t >= r,t >= s,t >= 0),t >= i - 18,0 >= i - 18))), If(And(s >= t,s >= u,s >= 0),s >= i - 16,If(And(t >= s,t >= u,t >= 0),t >= i - 16,If(And(u >= s,u >= t,u >= 0),u >= i - 16,0 >= i - 16))), If(And(r <= t,r <= u,r <= 0),r >= i - 37,If(And(t <= r,t <= u,t <= 0),t >= i - 37,If(And(u <= r,u <= t,u <= 0),u >= i - 37,0 >= i - 37))), If(And(s <= t,s <= u,s <= 0),s >= i - 37,If(And(t <= s,t <= u,t <= 0),t >= i - 37,If(And(u <= s,u <= t,u <= 0),u >= i - 37,0 >= i - 37))), If(And(r <= s,r <= t,r <= u),r >= i - 37,If(And(s <= r,s <= t,s <= u),s >= i - 37,If(And(t <= r,t <= s,t <= u),t >= i - 37,u >= i - 37))), If(And(r <= s,r <= t,r <= 0),r >= i - 37,If(And(s <= r,s <= t,s <= 0),s >= i - 37,If(And(t <= r,t <= s,t <= 0),t >= i - 37,0 >= i - 37))), If(And(r <= s,r <= u,r <= 0),r >= i - 37,If(And(s <= r,s <= u,s <= 0),s >= i - 37,If(And(u <= r,u <= s,u <= 0),u >= i - 37,0 >= i - 37))), If(And(p <= r,p <= s,p <= t),p >= i - 37,If(And(r <= p,r <= s,r <= t),r >= i - 37,If(And(s <= p,s <= r,s <= t),s >= i - 37,t >= i - 37))), If(And(p <= r,p <= s,p <= u),p >= i - 37,If(And(r <= p,r <= s,r <= u),r >= i - 37,If(And(s <= p,s <= r,s <= u),s >= i - 37,u >= i - 37))), If(And(p <= r,p <= s,p <= 0),p >= i - 37,If(And(r <= p,r <= s,r <= 0),r >= i - 37,If(And(s <= p,s <= r,s <= 0),s >= i - 37,0 >= i - 37))), If(And(p <= s,p <= t,p <= 0),p >= i - 37,If(And(s <= p,s <= t,s <= 0),s >= i - 37,If(And(t <= p,t <= s,t <= 0),t >= i - 37,0 >= i - 37))), If(And(p <= s,p <= u,p <= 0),p >= i - 37,If(And(s <= p,s <= u,s <= 0),s >= i - 37,If(And(u <= p,u <= s,u <= 0),u >= i - 37,0 >= i - 37))), If(And(p <= t,p <= u,p <= 0),p >= i - 37,If(And(t <= p,t <= u,t <= 0),t >= i - 37,If(And(u <= p,u <= t,u <= 0),u >= i - 37,0 >= i - 37))), If(And(p <= r,p <= t,p <= u),p >= i - 37,If(And(r <= p,r <= t,r <= u),r >= i - 37,If(And(t <= p,t <= r,t <= u),t >= i - 37,u >= i - 37))), If(And(p <= r,p <= t,p <= 0),p >= i - 37,If(And(r <= p,r <= t,r <= 0),r >= i - 37,If(And(t <= p,t <= r,t <= 0),t >= i - 37,0 >= i - 37))), If(And(p <= r,p <= u,p <= 0),p >= i - 37,If(And(r <= p,r <= u,r <= 0),r >= i - 37,If(And(u <= p,u <= r,u <= 0),u >= i - 37,0 >= i - 37))), If(And(p <= s,p <= t,p <= u),p >= i - 37,If(And(s <= p,s <= t,s <= u),s >= i - 37,If(And(t <= p,t <= s,t <= u),t >= i - 37,u >= i - 37))), If(And(r >= s,r >= u,r >= 0),r >= i - 15,If(And(s >= r,s >= u,s >= 0),s >= i - 15,If(And(u >= r,u >= s,u >= 0),u >= i - 15,0 >= i - 15))), If(And(q >= r,q >= u,q >= 0),q >= i - 19,If(And(r >= q,r >= u,r >= 0),r >= i - 19,If(And(u >= q,u >= r,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= t,q >= u,q >= 0),q >= i - 16,If(And(t >= q,t >= u,t >= 0),t >= i - 16,If(And(u >= q,u >= t,u >= 0),u >= i - 16,0 >= i - 16))), If(And(r >= s,r >= t,r >= u),r >= i - 20,If(And(s >= r,s >= t,s >= u),s >= i - 20,If(And(t >= r,t >= s,t >= u),t >= i - 20,u >= i - 20))), If(And(q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= q,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= u,q <= 0),q >= i - 40,If(And(u <= p,u <= q,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= s,q <= t,q <= u),q >= i - 40,If(And(s <= q,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= s,q <= t,q <= 0),q >= i - 40,If(And(s <= q,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= s,q <= u,q <= 0),q >= i - 40,If(And(s <= q,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= s,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= q,p <= r,p <= s),p >= i - 40,If(And(q <= p,q <= r,q <= s),q >= i - 40,If(And(r <= p,r <= q,r <= s),r >= i - 40,s >= i - 40))), If(And(q <= t,q <= u,q <= 0),q >= i - 40,If(And(t <= q,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= t),r >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= u),r >= i - 40,u >= i - 40))), If(And(p <= q,p <= r,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= 0),r >= i - 40,0 >= i - 40))), If(And(p <= q,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= s,q <= t),q >= i - 40,If(And(s <= p,s <= q,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= q,p <= s,p <= u),p >= i - 40,If(And(q <= p,q <= s,q <= u),q >= i - 40,If(And(s <= p,s <= q,s <= u),s >= i - 40,u >= i - 40))), If(And(p <= q,p <= s,p <= 0),p >= i - 40,If(And(q <= p,q <= s,q <= 0),q >= i - 40,If(And(s <= p,s <= q,s <= 0),s >= i - 40,0 >= i - 40))), If(And(p <= q,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= t,q <= u),q >= i - 40,If(And(t <= p,t <= q,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= q,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= t,q <= 0),q >= i - 40,If(And(t <= p,t <= q,t <= 0),t >= i - 40,0 >= i - 40))), If(And(r >= s,r >= u,r >= 0),r >= i - 14,If(And(s >= r,s >= u,s >= 0),s >= i - 14,If(And(u >= r,u >= s,u >= 0),u >= i - 14,0 >= i - 14))), If(And(q >= r,q >= s,q >= 0),q >= i - 15,If(And(r >= q,r >= s,r >= 0),r >= i - 15,If(And(s >= q,s >= r,s >= 0),s >= i - 15,0 >= i - 15))), If(And(p <= r,p <= t,p <= 0),p >= i - 36,If(And(r <= p,r <= t,r <= 0),r >= i - 36,If(And(t <= p,t <= r,t <= 0),t >= i - 36,0 >= i - 36))), If(And(p >= t,p >= u,p >= 0), i + 40 >= p, If(And(t >= p,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q <= r,q <= s,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= q,p >= r,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= u), i + 40 >= r, i + 40 >= u))), If(And(p >= r,p >= s,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= q,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= t,q >= u), i + 40 >= q, If(And(t >= p,t >= q,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= q,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= u,q >= 0), i + 40 >= q, If(And(u >= p,u >= q,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(r <= s,r <= t,r <= u), i + 29 >= r, If(And(s <= r,s <= t,s <= u), i + 29 >= s, If(And(t <= r,t <= s,t <= u), i + 29 >= t, i + 29 >= u))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p >= r,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= s,p >= t,p >= u), i + 40 >= p, If(And(s >= p,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= s,p >= t,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= s,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= t,p <= u,p <= 0), i + 20 >= p, If(And(t <= p,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= t,r <= u), i + 23 >= r, If(And(t <= p,t <= r,t <= u), i + 23 >= t, i + 23 >= u))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= s,p <= t,p <= u), i + 33 >= p, If(And(s <= p,s <= t,s <= u), i + 33 >= s, If(And(t <= p,t <= s,t <= u), i + 33 >= t, i + 33 >= u))), If(And(q >= r,q >= u,q >= 0), i + 38 >= q, If(And(r >= q,r >= u,r >= 0), i + 38 >= r, If(And(u >= q,u >= r,u >= 0), i + 38 >= u, i + 38 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(q <= s,q <= u,q <= 0), i + 17 >= q, If(And(s <= q,s <= u,s <= 0), i + 17 >= s, If(And(u <= q,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0))), If(And(q <= r,q <= t,q <= u), i + 20 >= q, If(And(r <= q,r <= t,r <= u), i + 20 >= r, If(And(t <= q,t <= r,t <= u), i + 20 >= t, i + 20 >= u))), If(And(q <= r,q <= u,q <= 0), i + 19 >= q, If(And(r <= q,r <= u,r <= 0), i + 19 >= r, If(And(u <= q,u <= r,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(q >= r,q >= t,q >= u), i + 39 >= q, If(And(r >= q,r >= t,r >= u), i + 39 >= r, If(And(t >= q,t >= r,t >= u), i + 39 >= t, i + 39 >= u))), If(And(q >= r,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= t,r >= 0), i + 39 >= r, If(And(t >= q,t >= r,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= s,q >= t,q >= u), i + 39 >= q, If(And(s >= q,s >= t,s >= u), i + 39 >= s, If(And(t >= q,t >= s,t >= u), i + 39 >= t, i + 39 >= u))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 39 >= q, If(And(t >= q,t >= u,t >= 0), i + 39 >= t, If(And(u >= q,u >= t,u >= 0), i + 39 >= u, i + 39 >= 0))), If(And(r >= s,r >= t,r >= u), i + 39 >= r, If(And(s >= r,s >= t,s >= u), i + 39 >= s, If(And(t >= r,t >= s,t >= u), i + 39 >= t, i + 39 >= u))), If(And(r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 39 >= r, If(And(t >= r,t >= u,t >= 0), i + 39 >= t, If(And(u >= r,u >= t,u >= 0), i + 39 >= u, i + 39 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 39 >= s, If(And(t >= s,t >= u,t >= 0), i + 39 >= t, If(And(u >= s,u >= t,u >= 0), i + 39 >= u, i + 39 >= 0))), If(And(q >= r,q >= s,q >= t), i + 39 >= q, If(And(r >= q,r >= s,r >= t), i + 39 >= r, If(And(s >= q,s >= r,s >= t), i + 39 >= s, i + 39 >= t))), If(And(p <= r,p <= s,p <= u), i + 26 >= p, If(And(r <= p,r <= s,r <= u), i + 26 >= r, If(And(s <= p,s <= r,s <= u), i + 26 >= s, i + 26 >= u))), If(And(q <= t,q <= u,q <= 0), i + 19 >= q, If(And(t <= q,t <= u,t <= 0), i + 19 >= t, If(And(u <= q,u <= t,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i,0 >= i)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i,0 >= i)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i,0 >= i)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i,If(And(q >= p,q >= s,q >= t,q >= u),q >= i,If(And(s >= p,s >= q,s >= t,s >= u),s >= i,If(And(t >= p,t >= q,t >= s,t >= u),t >= i,u >= i)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= u),s >= i,u >= i)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= t,r >= u),r >= i,If(And(t >= p,t >= q,t >= r,t >= u),t >= i,u >= i)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i,0 >= i)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i,0 >= i)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i,If(And(r >= p,r >= s,r >= t,r >= u),r >= i,If(And(s >= p,s >= r,s >= t,s >= u),s >= i,If(And(t >= p,t >= r,t >= s,t >= u),t >= i,u >= i)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p <= q,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= s,q <= t,q <= u), i >= q, If(And(s <= p,s <= q,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= s,t <= u), i >= t, i >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= s,p <= u,p <= 0), i >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= t,r <= u), i >= r, If(And(t <= p,t <= q,t <= r,t <= u), i >= t, i >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= u), i >= s, i >= u)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 37,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 37,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 37,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 37,0 >= i - 37)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 37,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 37,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 37,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 37,0 >= i - 37)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 37,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 37,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 37,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 37,u >= i - 37)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 37,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 37,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 37,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 37,0 >= i - 37)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 37,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 37,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 37,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 37,0 >= i - 37)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 37,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 37,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 37,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 37,0 >= i - 37)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 40,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 40,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 40,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 40,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i - 14,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i - 14,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i - 14,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i - 14,0 >= i - 14)))), If(And(p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i + 23 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i + 23 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i + 23 >= t, i + 23 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i + 19 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i + 19 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i + 19 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i + 19 >= u, i + 19 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 39 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 39 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 39 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 39 >= u, i + 39 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 39 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 39 >= u, i + 39 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 39 >= t, i + 39 >= u)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 39 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 39 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 39 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 39 >= u, i + 39 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i,u >= i))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i,0 >= i))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i,0 >= i))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i >= t, i >= u))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 37,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 37,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 37,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 37,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 37,0 >= i - 37))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 39 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 39 >= u, i + 39 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))))] decr5_LI1=\ [p >= i, q >= i, r + 31 >= i, i >= u - 40, i + 20 >= 0, i >= p - 40, i >= q - 39, i >= r - 39, t + 35 >= i, 0 >= i - 16, i >= s - 39, s + 33 >= i, If(p <= q,p >= i,q >= i), If(q >= u,q >= i,u >= i), If(q >= 0,q >= i,0 >= i), If(p >= q,p >= i,q >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(p >= u,p >= i,u >= i), If(p >= 0,p >= i,0 >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(q >= t,q >= i,t >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(r <= u,r >= i - 31,u >= i - 31), If(r <= 0,r >= i - 31,0 >= i - 31), If(q <= r,q >= i - 31,r >= i - 31), If(i <= 0,i >= u - 40,0 >= u - 40), If(p <= r,p >= i - 31,r >= i - 31), If(i >= 0,i >= q - 20,0 >= q - 20), If(r >= s,r >= i - 31,s >= i - 31), If(r >= t,r >= i - 25,t >= i - 25), If(i >= 0,i >= s - 20,0 >= s - 20), If(i >= 0,i >= t - 20,0 >= t - 20), If(i >= 0,i >= u - 20,0 >= u - 20), If(r >= 0,r >= i - 12,0 >= i - 12), If(s >= u,s >= i - 20,u >= i - 20), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(r >= u,r >= i - 25,u >= i - 25), If(i <= 0,i >= p - 40,0 >= p - 40), If(i <= 0,i >= q - 39,0 >= q - 39), If(i <= 0,i >= r - 39,0 >= r - 39), If(s >= 0,s >= i - 16,0 >= i - 16), If(t >= 0,t >= i - 16,0 >= i - 16), If(q <= 0,q >= i - 16,0 >= i - 16), If(r <= s,r >= i - 33,s >= i - 33), If(r <= t,r >= i - 35,t >= i - 35), If(p <= s,p >= i - 33,s >= i - 33), If(p <= t,p >= i - 35,t >= i - 35), If(i <= 0,i >= s - 39,0 >= s - 39), If(p <= 0,p >= i - 16,0 >= i - 16), If(q <= s,q >= i - 33,s >= i - 33), If(q <= t,q >= i - 35,t >= i - 35), If(s <= t,s >= i - 35,t >= i - 35), If(s <= u,s >= i - 33,u >= i - 33), If(s <= 0,s >= i - 33,0 >= i - 33), If(t <= u,t >= i - 35,u >= i - 35), If(t <= 0,t >= i - 35,0 >= i - 35), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(s <= u, i + 34 >= s, i + 34 >= u), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 18 >= i, u + 18 >= 0), If(p <= q, i + 31 >= p, i + 31 >= q), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(u <= 0, i + 20 >= u, i + 20 >= 0), If(t >= u, i + 40 >= t, i + 40 >= u), If(u >= 0, i + 40 >= u, i + 40 >= 0), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, r + 31 >= i, r + 31 >= 0), If(q >= u, i + 40 >= q, i + 40 >= u), If(p >= u, i + 40 >= p, i + 40 >= u), If(r >= u, i + 40 >= r, i + 40 >= u), If(s >= u, i + 40 >= s, i + 40 >= u), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(q >= s, i + 39 >= q, i + 39 >= s), If(q >= t, i + 39 >= q, i + 39 >= t), If(q >= 0, i + 39 >= q, i + 39 >= 0), If(r >= s, i + 39 >= r, i + 39 >= s), If(r >= t, i + 39 >= r, i + 39 >= t), If(r >= 0, i + 39 >= r, i + 39 >= 0), If(p >= t, i + 40 >= p, i + 40 >= t), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(q >= r, i + 39 >= q, i + 39 >= r), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= u, i + 33 >= t, i + 33 >= u), If(p <= s, i + 35 >= p, i + 35 >= s), If(p <= t, i + 37 >= p, i + 37 >= t), If(p <= u, i + 33 >= p, i + 33 >= u), If(q <= r, i + 39 >= q, i + 39 >= r), If(r <= u, i + 29 >= r, i + 29 >= u), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 35 >= s, i + 35 >= t), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(i >= 0, s + 33 >= i, s + 33 >= 0), If(i >= 0, t + 35 >= i, t + 35 >= 0), If(q <= u, i + 33 >= q, i + 33 >= u), If(r <= s, i + 35 >= r, i + 35 >= s), If(p <= r, i + 31 >= p, i + 31 >= r), If(q <= s, i + 32 >= q, i + 32 >= s), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= r,p >= s),p >= i,If(And(r >= p,r >= s),r >= i,s >= i)), If(And(p >= r,p >= t),p >= i,If(And(r >= p,r >= t),r >= i,t >= i)), If(And(p >= r,p >= u),p >= i,If(And(r >= p,r >= u),r >= i,u >= i)), If(And(q >= r,q >= t),q >= i,If(And(r >= q,r >= t),r >= i,t >= i)), If(And(q >= r,q >= u),q >= i,If(And(r >= q,r >= u),r >= i,u >= i)), If(And(q >= r,q >= 0),q >= i,If(And(r >= q,r >= 0),r >= i,0 >= i)), If(And(q >= s,q >= t),q >= i,If(And(s >= q,s >= t),s >= i,t >= i)), If(And(p >= r,p >= 0),p >= i,If(And(r >= p,r >= 0),r >= i,0 >= i)), If(And(p >= s,p >= t),p >= i,If(And(s >= p,s >= t),s >= i,t >= i)), If(And(p >= s,p >= u),p >= i,If(And(s >= p,s >= u),s >= i,u >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(p >= t,p >= u),p >= i,If(And(t >= p,t >= u),t >= i,u >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(p >= u,p >= 0),p >= i,If(And(u >= p,u >= 0),u >= i,0 >= i)), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= u,q >= 0),q >= i,If(And(u >= q,u >= 0),u >= i,0 >= i)), If(And(q >= s,q >= u),q >= i,If(And(s >= q,s >= u),s >= i,u >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(q >= t,q >= u),q >= i,If(And(t >= q,t >= u),t >= i,u >= i)), If(And(q >= t,q >= 0),q >= i,If(And(t >= q,t >= 0),t >= i,0 >= i)), If(And(p >= q,p >= u),p >= i,If(And(q >= p,q >= u),q >= i,u >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p >= q,p >= 0),p >= i + 1,If(And(q >= p,q >= 0),q >= i + 1,0 >= i + 1)), If(And(q <= r,q <= u),q >= i - 31,If(And(r <= q,r <= u),r >= i - 31,u >= i - 31)), If(And(r <= u,r <= 0),r >= i - 31,If(And(u <= r,u <= 0),u >= i - 31,0 >= i - 31)), If(And(p <= r,p <= u),p >= i - 31,If(And(r <= p,r <= u),r >= i - 31,u >= i - 31)), If(And(p <= r,p <= 0),p >= i - 31,If(And(r <= p,r <= 0),r >= i - 31,0 >= i - 31)), If(And(p <= q,p <= r),p >= i - 31,If(And(q <= p,q <= r),q >= i - 31,r >= i - 31)), If(And(q <= r,q <= 0),q >= i - 31,If(And(r <= q,r <= 0),r >= i - 31,0 >= i - 31)), If(And(s >= u,s >= 0),s >= i - 12,If(And(u >= s,u >= 0),u >= i - 12,0 >= i - 12)), If(And(r >= s,r >= t),r >= i - 25,If(And(s >= r,s >= t),s >= i - 25,t >= i - 25)), If(And(r >= s,r >= u),r >= i - 20,If(And(s >= r,s >= u),s >= i - 20,u >= i - 20)), If(And(r >= s,r >= 0),r >= i - 12,If(And(s >= r,s >= 0),s >= i - 12,0 >= i - 12)), If(And(r >= t,r >= u),r >= i - 21,If(And(t >= r,t >= u),t >= i - 21,u >= i - 21)), If(And(r >= t,r >= 0),r >= i - 12,If(And(t >= r,t >= 0),t >= i - 12,0 >= i - 12)), If(And(r >= u,r >= 0),r >= i - 12,If(And(u >= r,u >= 0),u >= i - 12,0 >= i - 12)), If(And(s >= t,s >= u),s >= i - 20,If(And(t >= s,t >= u),t >= i - 20,u >= i - 20)), If(And(s >= t,s >= 0),s >= i - 16,If(And(t >= s,t >= 0),t >= i - 16,0 >= i - 16)), If(And(p <= q,p <= s),p >= i - 33,If(And(q <= p,q <= s),q >= i - 33,s >= i - 33)), If(And(p <= q,p <= t),p >= i - 35,If(And(q <= p,q <= t),q >= i - 35,t >= i - 35)), If(And(q <= s,q <= u),q >= i - 33,If(And(s <= q,s <= u),s >= i - 33,u >= i - 33)), If(And(q <= s,q <= 0),q >= i - 33,If(And(s <= q,s <= 0),s >= i - 33,0 >= i - 33)), If(And(q <= t,q <= u),q >= i - 35,If(And(t <= q,t <= u),t >= i - 35,u >= i - 35)), If(And(q <= t,q <= 0),q >= i - 35,If(And(t <= q,t <= 0),t >= i - 35,0 >= i - 35)), If(And(p <= q,p <= 0),p >= i - 16,If(And(q <= p,q <= 0),q >= i - 16,0 >= i - 16)), If(And(p <= r,p <= s),p >= i - 33,If(And(r <= p,r <= s),r >= i - 33,s >= i - 33)), If(And(p <= r,p <= t),p >= i - 35,If(And(r <= p,r <= t),r >= i - 35,t >= i - 35)), If(And(r <= t,r <= u),r >= i - 35,If(And(t <= r,t <= u),t >= i - 35,u >= i - 35)), If(And(r <= t,r <= 0),r >= i - 35,If(And(t <= r,t <= 0),t >= i - 35,0 >= i - 35)), If(And(s <= t,s <= u),s >= i - 35,If(And(t <= s,t <= u),t >= i - 35,u >= i - 35)), If(And(q <= r,q <= t),q >= i - 35,If(And(r <= q,r <= t),r >= i - 35,t >= i - 35)), If(And(q <= s,q <= t),q >= i - 35,If(And(s <= q,s <= t),s >= i - 35,t >= i - 35)), If(And(r <= s,r <= t),r >= i - 35,If(And(s <= r,s <= t),s >= i - 35,t >= i - 35)), If(And(r <= s,r <= u),r >= i - 33,If(And(s <= r,s <= u),s >= i - 33,u >= i - 33)), If(And(r <= s,r <= 0),r >= i - 33,If(And(s <= r,s <= 0),s >= i - 33,0 >= i - 33)), If(And(p <= t,p <= u),p >= i - 35,If(And(t <= p,t <= u),t >= i - 35,u >= i - 35)), If(And(p <= t,p <= 0),p >= i - 35,If(And(t <= p,t <= 0),t >= i - 35,0 >= i - 35)), If(And(q <= r,q <= s),q >= i - 33,If(And(r <= q,r <= s),r >= i - 33,s >= i - 33)), If(And(p <= s,p <= t),p >= i - 35,If(And(s <= p,s <= t),s >= i - 35,t >= i - 35)), If(And(p <= s,p <= u),p >= i - 33,If(And(s <= p,s <= u),s >= i - 33,u >= i - 33)), If(And(p <= s,p <= 0),p >= i - 33,If(And(s <= p,s <= 0),s >= i - 33,0 >= i - 33)), If(And(s <= t,s <= 0),s >= i - 35,If(And(t <= s,t <= 0),t >= i - 35,0 >= i - 35)), If(And(s <= u,s <= 0),s >= i - 33,If(And(u <= s,u <= 0),u >= i - 33,0 >= i - 33)), If(And(t <= u,t <= 0),t >= i - 35,If(And(u <= t,u <= 0),u >= i - 35,0 >= i - 35)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= u,p <= 0), i + 20 >= p, If(And(u <= p,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(p <= q,p <= t), i + 27 >= p, If(And(q <= p,q <= t), i + 27 >= q, i + 27 >= t)), If(And(p <= q,p <= u), i + 28 >= p, If(And(q <= p,q <= u), i + 28 >= q, i + 28 >= u)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= t), i + 27 >= p, If(And(r <= p,r <= t), i + 27 >= r, i + 27 >= t)), If(And(p <= q,p <= s), i + 25 >= p, If(And(q <= p,q <= s), i + 25 >= q, i + 25 >= s)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= u,q <= 0), i + 20 >= q, If(And(u <= q,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= s,q <= t), i + 25 >= q, If(And(s <= q,s <= t), i + 25 >= s, i + 25 >= t)), If(And(q <= s,q <= u), i + 30 >= q, If(And(s <= q,s <= u), i + 30 >= s, i + 30 >= u)), If(And(q <= s,q <= 0), i + 19 >= q, If(And(s <= q,s <= 0), i + 19 >= s, i + 19 >= 0)), If(And(t <= u,t <= 0), i + 20 >= t, If(And(u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(p >= q,p >= u), i + 40 >= p, If(And(q >= p,q >= u), i + 40 >= q, i + 40 >= u)), If(And(p >= r,p >= u), i + 40 >= p, If(And(r >= p,r >= u), i + 40 >= r, i + 40 >= u)), If(And(q >= r,q >= u), i + 40 >= q, If(And(r >= q,r >= u), i + 40 >= r, i + 40 >= u)), If(And(p >= s,p >= u), i + 40 >= p, If(And(s >= p,s >= u), i + 40 >= s, i + 40 >= u)), If(And(p >= t,p >= u), i + 40 >= p, If(And(t >= p,t >= u), i + 40 >= t, i + 40 >= u)), If(And(p >= u,p >= 0), i + 40 >= p, If(And(u >= p,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(s >= u,s >= 0), i + 40 >= s, If(And(u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(t >= u,t >= 0), i + 40 >= t, If(And(u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q >= u,q >= 0), i + 40 >= q, If(And(u >= q,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(r >= s,r >= u), i + 40 >= r, If(And(s >= r,s >= u), i + 40 >= s, i + 40 >= u)), If(And(q >= s,q >= u), i + 40 >= q, If(And(s >= q,s >= u), i + 40 >= s, i + 40 >= u)), If(And(q >= t,q >= u), i + 40 >= q, If(And(t >= q,t >= u), i + 40 >= t, i + 40 >= u)), If(And(r >= t,r >= u), i + 40 >= r, If(And(t >= r,t >= u), i + 40 >= t, i + 40 >= u)), If(And(r >= u,r >= 0), i + 40 >= r, If(And(u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(s >= t,s >= u), i + 40 >= s, If(And(t >= s,t >= u), i + 40 >= t, i + 40 >= u)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(r >= s,r >= t), i + 39 >= r, If(And(s >= r,s >= t), i + 39 >= s, i + 39 >= t)), If(And(r >= s,r >= 0), i + 39 >= r, If(And(s >= r,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(r >= t,r >= 0), i + 39 >= r, If(And(t >= r,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= r,q >= s), i + 39 >= q, If(And(r >= q,r >= s), i + 39 >= r, i + 39 >= s)), If(And(q >= r,q >= t), i + 39 >= q, If(And(r >= q,r >= t), i + 39 >= r, i + 39 >= t)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 40 >= p, If(And(s >= p,s >= t), i + 40 >= s, i + 40 >= t)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p >= t,p >= 0), i + 40 >= p, If(And(t >= p,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(q >= r,q >= 0), i + 39 >= q, If(And(r >= q,r >= 0), i + 39 >= r, i + 39 >= 0)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(q >= s,q >= 0), i + 39 >= q, If(And(s >= q,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(r <= t,r <= u), i + 29 >= r, If(And(t <= r,t <= u), i + 29 >= t, i + 29 >= u)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= u,r <= 0), i + 20 >= r, If(And(u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(s <= t,s <= u), i + 33 >= s, If(And(t <= s,t <= u), i + 33 >= t, i + 33 >= u)), If(And(p <= t,p <= u), i + 33 >= p, If(And(t <= p,t <= u), i + 33 >= t, i + 33 >= u)), If(And(r <= s,r <= t), i + 29 >= r, If(And(s <= r,s <= t), i + 29 >= s, i + 29 >= t)), If(And(r <= s,r <= u), i + 29 >= r, If(And(s <= r,s <= u), i + 29 >= s, i + 29 >= u)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= u,s <= 0), i + 20 >= s, If(And(u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= r,q <= u), i + 24 >= q, If(And(r <= q,r <= u), i + 24 >= r, i + 24 >= u)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 35 >= p, If(And(s <= p,s <= t), i + 35 >= s, i + 35 >= t)), If(And(p <= s,p <= u), i + 33 >= p, If(And(s <= p,s <= u), i + 33 >= s, i + 33 >= u)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(p <= r,p <= s), i + 31 >= p, If(And(r <= p,r <= s), i + 31 >= r, i + 31 >= s)), If(And(q <= r,q <= t), i + 25 >= q, If(And(r <= q,r <= t), i + 25 >= r, i + 25 >= t)), If(And(q <= r,q <= s), i + 28 >= q, If(And(r <= q,r <= s), i + 28 >= r, i + 28 >= s)), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(p >= r,p >= s,p >= t),p >= i,If(And(r >= p,r >= s,r >= t),r >= i,If(And(s >= p,s >= r,s >= t),s >= i,t >= i))), If(And(p >= r,p >= s,p >= u),p >= i,If(And(r >= p,r >= s,r >= u),r >= i,If(And(s >= p,s >= r,s >= u),s >= i,u >= i))), If(And(p >= r,p >= s,p >= 0),p >= i,If(And(r >= p,r >= s,r >= 0),r >= i,If(And(s >= p,s >= r,s >= 0),s >= i,0 >= i))), If(And(q >= r,q >= s,q >= u),q >= i,If(And(r >= q,r >= s,r >= u),r >= i,If(And(s >= q,s >= r,s >= u),s >= i,u >= i))), If(And(q >= r,q >= s,q >= 0),q >= i,If(And(r >= q,r >= s,r >= 0),r >= i,If(And(s >= q,s >= r,s >= 0),s >= i,0 >= i))), If(And(q >= r,q >= t,q >= u),q >= i,If(And(r >= q,r >= t,r >= u),r >= i,If(And(t >= q,t >= r,t >= u),t >= i,u >= i))), If(And(q >= r,q >= t,q >= 0),q >= i,If(And(r >= q,r >= t,r >= 0),r >= i,If(And(t >= q,t >= r,t >= 0),t >= i,0 >= i))), If(And(p >= s,p >= t,p >= 0),p >= i,If(And(s >= p,s >= t,s >= 0),s >= i,If(And(t >= p,t >= s,t >= 0),t >= i,0 >= i))), If(And(p >= s,p >= u,p >= 0),p >= i,If(And(s >= p,s >= u,s >= 0),s >= i,If(And(u >= p,u >= s,u >= 0),u >= i,0 >= i))), If(And(p >= t,p >= u,p >= 0),p >= i,If(And(t >= p,t >= u,t >= 0),t >= i,If(And(u >= p,u >= t,u >= 0),u >= i,0 >= i))), If(And(q >= r,q >= s,q >= t),q >= i,If(And(r >= q,r >= s,r >= t),r >= i,If(And(s >= q,s >= r,s >= t),s >= i,t >= i))), If(And(p >= r,p >= t,p >= u),p >= i,If(And(r >= p,r >= t,r >= u),r >= i,If(And(t >= p,t >= r,t >= u),t >= i,u >= i))), If(And(p >= r,p >= t,p >= 0),p >= i,If(And(r >= p,r >= t,r >= 0),r >= i,If(And(t >= p,t >= r,t >= 0),t >= i,0 >= i))), If(And(p >= r,p >= u,p >= 0),p >= i,If(And(r >= p,r >= u,r >= 0),r >= i,If(And(u >= p,u >= r,u >= 0),u >= i,0 >= i))), If(And(p >= s,p >= t,p >= u),p >= i,If(And(s >= p,s >= t,s >= u),s >= i,If(And(t >= p,t >= s,t >= u),t >= i,u >= i))), If(And(q >= r,q >= u,q >= 0),q >= i,If(And(r >= q,r >= u,r >= 0),r >= i,If(And(u >= q,u >= r,u >= 0),u >= i,0 >= i))), If(And(q >= s,q >= t,q >= u),q >= i,If(And(s >= q,s >= t,s >= u),s >= i,If(And(t >= q,t >= s,t >= u),t >= i,u >= i))), If(And(q >= s,q >= t,q >= 0),q >= i,If(And(s >= q,s >= t,s >= 0),s >= i,If(And(t >= q,t >= s,t >= 0),t >= i,0 >= i))), If(And(q >= s,q >= u,q >= 0),q >= i,If(And(s >= q,s >= u,s >= 0),s >= i,If(And(u >= q,u >= s,u >= 0),u >= i,0 >= i))), If(And(q >= t,q >= u,q >= 0),q >= i,If(And(t >= q,t >= u,t >= 0),t >= i,If(And(u >= q,u >= t,u >= 0),u >= i,0 >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= r,p <= t), i >= p, If(And(q <= p,q <= r,q <= t), i >= q, If(And(r <= p,r <= q,r <= t), i >= r, i >= t))), If(And(p <= q,p <= r,p <= u), i >= p, If(And(q <= p,q <= r,q <= u), i >= q, If(And(r <= p,r <= q,r <= u), i >= r, i >= u))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p >= q,p >= s,p >= t),p >= i + 1,If(And(q >= p,q >= s,q >= t),q >= i + 1,If(And(s >= p,s >= q,s >= t),s >= i + 1,t >= i + 1))), If(And(p >= q,p >= r,p >= s),p >= i + 1,If(And(q >= p,q >= r,q >= s),q >= i + 1,If(And(r >= p,r >= q,r >= s),r >= i + 1,s >= i + 1))), If(And(p >= q,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= u,q >= 0),q >= i + 1,If(And(u >= p,u >= q,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p >= q,p >= s,p >= u),p >= i + 1,If(And(q >= p,q >= s,q >= u),q >= i + 1,If(And(s >= p,s >= q,s >= u),s >= i + 1,u >= i + 1))), If(And(p >= q,p >= s,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= 0),s >= i + 1,0 >= i + 1))), If(And(p >= q,p >= t,p >= u),p >= i + 1,If(And(q >= p,q >= t,q >= u),q >= i + 1,If(And(t >= p,t >= q,t >= u),t >= i + 1,u >= i + 1))), If(And(p >= q,p >= t,p >= 0),p >= i + 1,If(And(q >= p,q >= t,q >= 0),q >= i + 1,If(And(t >= p,t >= q,t >= 0),t >= i + 1,0 >= i + 1))), If(And(p >= q,p >= r,p >= u),p >= i + 1,If(And(q >= p,q >= r,q >= u),q >= i + 1,If(And(r >= p,r >= q,r >= u),r >= i + 1,u >= i + 1))), If(And(p >= q,p >= r,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= 0),r >= i + 1,0 >= i + 1))), If(And(p <= r,p <= u,p <= 0),p >= i - 31,If(And(r <= p,r <= u,r <= 0),r >= i - 31,If(And(u <= p,u <= r,u <= 0),u >= i - 31,0 >= i - 31))), If(And(p <= q,p <= r,p <= u),p >= i - 31,If(And(q <= p,q <= r,q <= u),q >= i - 31,If(And(r <= p,r <= q,r <= u),r >= i - 31,u >= i - 31))), If(And(p <= q,p <= r,p <= 0),p >= i - 31,If(And(q <= p,q <= r,q <= 0),q >= i - 31,If(And(r <= p,r <= q,r <= 0),r >= i - 31,0 >= i - 31))), If(And(q <= r,q <= u,q <= 0),q >= i - 31,If(And(r <= q,r <= u,r <= 0),r >= i - 31,If(And(u <= q,u <= r,u <= 0),u >= i - 31,0 >= i - 31))), If(And(r >= t,r >= u,r >= 0),r >= i - 12,If(And(t >= r,t >= u,t >= 0),t >= i - 12,If(And(u >= r,u >= t,u >= 0),u >= i - 12,0 >= i - 12))), If(And(s >= t,s >= u,s >= 0),s >= i - 12,If(And(t >= s,t >= u,t >= 0),t >= i - 12,If(And(u >= s,u >= t,u >= 0),u >= i - 12,0 >= i - 12))), If(And(r >= s,r >= t,r >= u),r >= i - 20,If(And(s >= r,s >= t,s >= u),s >= i - 20,If(And(t >= r,t >= s,t >= u),t >= i - 20,u >= i - 20))), If(And(r >= s,r >= t,r >= 0),r >= i - 12,If(And(s >= r,s >= t,s >= 0),s >= i - 12,If(And(t >= r,t >= s,t >= 0),t >= i - 12,0 >= i - 12))), If(And(r >= s,r >= u,r >= 0),r >= i - 12,If(And(s >= r,s >= u,s >= 0),s >= i - 12,If(And(u >= r,u >= s,u >= 0),u >= i - 12,0 >= i - 12))), If(And(p <= r,p <= s,p <= t),p >= i - 35,If(And(r <= p,r <= s,r <= t),r >= i - 35,If(And(s <= p,s <= r,s <= t),s >= i - 35,t >= i - 35))), If(And(p <= r,p <= s,p <= u),p >= i - 33,If(And(r <= p,r <= s,r <= u),r >= i - 33,If(And(s <= p,s <= r,s <= u),s >= i - 33,u >= i - 33))), If(And(p <= r,p <= s,p <= 0),p >= i - 33,If(And(r <= p,r <= s,r <= 0),r >= i - 33,If(And(s <= p,s <= r,s <= 0),s >= i - 33,0 >= i - 33))), If(And(p <= r,p <= t,p <= u),p >= i - 35,If(And(r <= p,r <= t,r <= u),r >= i - 35,If(And(t <= p,t <= r,t <= u),t >= i - 35,u >= i - 35))), If(And(p <= r,p <= t,p <= 0),p >= i - 35,If(And(r <= p,r <= t,r <= 0),r >= i - 35,If(And(t <= p,t <= r,t <= 0),t >= i - 35,0 >= i - 35))), If(And(p <= s,p <= t,p <= u),p >= i - 35,If(And(s <= p,s <= t,s <= u),s >= i - 35,If(And(t <= p,t <= s,t <= u),t >= i - 35,u >= i - 35))), If(And(p <= q,p <= s,p <= u),p >= i - 33,If(And(q <= p,q <= s,q <= u),q >= i - 33,If(And(s <= p,s <= q,s <= u),s >= i - 33,u >= i - 33))), If(And(p <= q,p <= s,p <= 0),p >= i - 33,If(And(q <= p,q <= s,q <= 0),q >= i - 33,If(And(s <= p,s <= q,s <= 0),s >= i - 33,0 >= i - 33))), If(And(p <= q,p <= t,p <= u),p >= i - 35,If(And(q <= p,q <= t,q <= u),q >= i - 35,If(And(t <= p,t <= q,t <= u),t >= i - 35,u >= i - 35))), If(And(p <= q,p <= t,p <= 0),p >= i - 35,If(And(q <= p,q <= t,q <= 0),q >= i - 35,If(And(t <= p,t <= q,t <= 0),t >= i - 35,0 >= i - 35))), If(And(p <= q,p <= r,p <= t),p >= i - 35,If(And(q <= p,q <= r,q <= t),q >= i - 35,If(And(r <= p,r <= q,r <= t),r >= i - 35,t >= i - 35))), If(And(p <= q,p <= s,p <= t),p >= i - 35,If(And(q <= p,q <= s,q <= t),q >= i - 35,If(And(s <= p,s <= q,s <= t),s >= i - 35,t >= i - 35))), If(And(r <= t,r <= u,r <= 0),r >= i - 35,If(And(t <= r,t <= u,t <= 0),t >= i - 35,If(And(u <= r,u <= t,u <= 0),u >= i - 35,0 >= i - 35))), If(And(s <= t,s <= u,s <= 0),s >= i - 35,If(And(t <= s,t <= u,t <= 0),t >= i - 35,If(And(u <= s,u <= t,u <= 0),u >= i - 35,0 >= i - 35))), If(And(q <= s,q <= t,q <= u),q >= i - 35,If(And(s <= q,s <= t,s <= u),s >= i - 35,If(And(t <= q,t <= s,t <= u),t >= i - 35,u >= i - 35))), If(And(q <= s,q <= t,q <= 0),q >= i - 35,If(And(s <= q,s <= t,s <= 0),s >= i - 35,If(And(t <= q,t <= s,t <= 0),t >= i - 35,0 >= i - 35))), If(And(q <= s,q <= u,q <= 0),q >= i - 33,If(And(s <= q,s <= u,s <= 0),s >= i - 33,If(And(u <= q,u <= s,u <= 0),u >= i - 33,0 >= i - 33))), If(And(q <= r,q <= s,q <= u),q >= i - 33,If(And(r <= q,r <= s,r <= u),r >= i - 33,If(And(s <= q,s <= r,s <= u),s >= i - 33,u >= i - 33))), If(And(q <= r,q <= s,q <= 0),q >= i - 33,If(And(r <= q,r <= s,r <= 0),r >= i - 33,If(And(s <= q,s <= r,s <= 0),s >= i - 33,0 >= i - 33))), If(And(q <= r,q <= t,q <= u),q >= i - 35,If(And(r <= q,r <= t,r <= u),r >= i - 35,If(And(t <= q,t <= r,t <= u),t >= i - 35,u >= i - 35))), If(And(q <= r,q <= t,q <= 0),q >= i - 35,If(And(r <= q,r <= t,r <= 0),r >= i - 35,If(And(t <= q,t <= r,t <= 0),t >= i - 35,0 >= i - 35))), If(And(p <= q,p <= r,p <= s),p >= i - 33,If(And(q <= p,q <= r,q <= s),q >= i - 33,If(And(r <= p,r <= q,r <= s),r >= i - 33,s >= i - 33))), If(And(q <= t,q <= u,q <= 0),q >= i - 35,If(And(t <= q,t <= u,t <= 0),t >= i - 35,If(And(u <= q,u <= t,u <= 0),u >= i - 35,0 >= i - 35))), If(And(r <= s,r <= t,r <= u),r >= i - 35,If(And(s <= r,s <= t,s <= u),s >= i - 35,If(And(t <= r,t <= s,t <= u),t >= i - 35,u >= i - 35))), If(And(r <= s,r <= t,r <= 0),r >= i - 35,If(And(s <= r,s <= t,s <= 0),s >= i - 35,If(And(t <= r,t <= s,t <= 0),t >= i - 35,0 >= i - 35))), If(And(r <= s,r <= u,r <= 0),r >= i - 33,If(And(s <= r,s <= u,s <= 0),s >= i - 33,If(And(u <= r,u <= s,u <= 0),u >= i - 33,0 >= i - 33))), If(And(p <= s,p <= t,p <= 0),p >= i - 35,If(And(s <= p,s <= t,s <= 0),s >= i - 35,If(And(t <= p,t <= s,t <= 0),t >= i - 35,0 >= i - 35))), If(And(p <= s,p <= u,p <= 0),p >= i - 33,If(And(s <= p,s <= u,s <= 0),s >= i - 33,If(And(u <= p,u <= s,u <= 0),u >= i - 33,0 >= i - 33))), If(And(p <= t,p <= u,p <= 0),p >= i - 35,If(And(t <= p,t <= u,t <= 0),t >= i - 35,If(And(u <= p,u <= t,u <= 0),u >= i - 35,0 >= i - 35))), If(And(q <= r,q <= s,q <= t),q >= i - 35,If(And(r <= q,r <= s,r <= t),r >= i - 35,If(And(s <= q,s <= r,s <= t),s >= i - 35,t >= i - 35))), If(And(p <= t,p <= u,p <= 0), i + 20 >= p, If(And(t <= p,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= q,p <= t,p <= u), i + 23 >= p, If(And(q <= p,q <= t,q <= u), i + 23 >= q, If(And(t <= p,t <= q,t <= u), i + 23 >= t, i + 23 >= u))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= q,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= u,q <= 0), i + 20 >= q, If(And(u <= p,u <= q,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= q,p <= s,p <= t), i + 25 >= p, If(And(q <= p,q <= s,q <= t), i + 25 >= q, If(And(s <= p,s <= q,s <= t), i + 25 >= s, i + 25 >= t))), If(And(p <= q,p <= s,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0))), If(And(q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= r,q <= t,q <= u), i + 20 >= q, If(And(r <= q,r <= t,r <= u), i + 20 >= r, If(And(t <= q,t <= r,t <= u), i + 20 >= t, i + 20 >= u))), If(And(q <= s,q <= t,q <= u), i + 20 >= q, If(And(s <= q,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= s,t <= u), i + 20 >= t, i + 20 >= u))), If(And(p >= q,p >= r,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= u), i + 40 >= r, i + 40 >= u))), If(And(p >= q,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= u,q >= 0), i + 40 >= q, If(And(u >= p,u >= q,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= s,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= s,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 40 >= p, If(And(t >= p,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= r,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= s,p >= t,p >= u), i + 40 >= p, If(And(s >= p,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= q,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= t,q >= u), i + 40 >= q, If(And(t >= p,t >= q,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(q >= r,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= t,r >= 0), i + 39 >= r, If(And(t >= q,t >= r,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(q >= r,q >= s,q >= t), i + 39 >= q, If(And(r >= q,r >= s,r >= t), i + 39 >= r, If(And(s >= q,s >= r,s >= t), i + 39 >= s, i + 39 >= t))), If(And(q >= r,q >= s,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= 0), i + 39 >= s, i + 39 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= r,q <= s,q <= u), i + 24 >= q, If(And(r <= q,r <= s,r <= u), i + 24 >= r, If(And(s <= q,s <= r,s <= u), i + 24 >= s, i + 24 >= u))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= t,r <= u), i + 23 >= r, If(And(t <= p,t <= r,t <= u), i + 23 >= t, i + 23 >= u))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= s,p <= t,p <= u), i + 33 >= p, If(And(s <= p,s <= t,s <= u), i + 33 >= s, If(And(t <= p,t <= s,t <= u), i + 33 >= t, i + 33 >= u))), If(And(r <= s,r <= t,r <= u), i + 29 >= r, If(And(s <= r,s <= t,s <= u), i + 29 >= s, If(And(t <= r,t <= s,t <= u), i + 29 >= t, i + 29 >= u))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 25 >= q, If(And(r <= q,r <= s,r <= t), i + 25 >= r, If(And(s <= q,s <= r,s <= t), i + 25 >= s, i + 25 >= t))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i,If(And(r >= p,r >= s,r >= t,r >= u),r >= i,If(And(s >= p,s >= r,s >= t,s >= u),s >= i,If(And(t >= p,t >= r,t >= s,t >= u),t >= i,u >= i)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i,0 >= i)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i,0 >= i)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i,0 >= i)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i,If(And(r >= q,r >= s,r >= t,r >= u),r >= i,If(And(s >= q,s >= r,s >= t,s >= u),s >= i,If(And(t >= q,t >= r,t >= s,t >= u),t >= i,u >= i)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i)))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i,0 >= i)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= u), i >= s, i >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= t,r <= u), i >= r, If(And(t <= p,t <= q,t <= r,t <= u), i >= t, i >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i >= u, i >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i + 2,If(And(q >= p,q >= r,q >= t,q >= u),q >= i + 2,If(And(r >= p,r >= q,r >= t,r >= u),r >= i + 2,If(And(t >= p,t >= q,t >= r,t >= u),t >= i + 2,u >= i + 2)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 2,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 2,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 2,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 2,0 >= i + 2)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 2,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 2,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 2,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 2,t >= i + 2)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i + 1,If(And(q >= p,q >= s,q >= t,q >= u),q >= i + 1,If(And(s >= p,s >= q,s >= t,s >= u),s >= i + 1,If(And(t >= p,t >= q,t >= s,t >= u),t >= i + 1,u >= i + 1)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 1,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i + 1,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i + 1,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i + 1,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i + 1,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i + 1,If(And(q >= p,q >= r,q >= s,q >= u),q >= i + 1,If(And(r >= p,r >= q,r >= s,r >= u),r >= i + 1,If(And(s >= p,s >= q,s >= r,s >= u),s >= i + 1,u >= i + 1)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 1,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 1,0 >= i + 1)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 31,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 31,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 31,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 31,0 >= i - 31)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i - 12,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i - 12,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i - 12,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i - 12,0 >= i - 12)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 35,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 35,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 35,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 35,t >= i - 35)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 33,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 33,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 33,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 33,u >= i - 33)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 35,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 35,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 35,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 35,u >= i - 35)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 35,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 35,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 35,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 35,0 >= i - 35)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 33,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 33,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 33,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 33,0 >= i - 33)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 35,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 35,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 35,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 35,0 >= i - 35)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 35,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 35,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 35,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 35,0 >= i - 35)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 35,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 35,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 35,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 35,0 >= i - 35)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 35,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 35,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 35,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 35,0 >= i - 35)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 33,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 33,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 33,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 33,0 >= i - 33)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 35,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 35,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 35,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 35,u >= i - 35)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 35,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 35,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 35,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 35,0 >= i - 35)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 35,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 35,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 35,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 35,0 >= i - 35)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 35,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 35,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 35,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 35,u >= i - 35)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 35,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 35,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 35,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 35,0 >= i - 35)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 33,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 33,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 33,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 33,0 >= i - 33)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 35,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 35,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 35,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 35,u >= i - 35)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 35,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 35,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 35,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 35,0 >= i - 35)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 33,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 33,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 33,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 33,0 >= i - 33)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 35,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 35,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 35,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 35,0 >= i - 35)))), If(And(q <= r,q <= s,q <= t,q <= u), i + 20 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i + 20 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i + 20 >= t, i + 20 >= u)))), If(And(q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i + 18 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i + 18 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i + 18 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i + 18 >= u, i + 18 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i + 23 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i + 23 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i + 23 >= t, i + 23 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= r,t 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2,0 >= i + 2))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i + 2,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i + 2,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i + 2,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i + 2,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i + 2,0 >= i + 2))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i + 1,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i + 1,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i + 1,0 >= i + 1))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i + 1,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i + 1,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i + 1,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i + 1,0 >= i + 1))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 35,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 35,If(And(r 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<= q,r <= s,r <= t,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 2,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 2,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 2,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 2,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 2,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 2,0 >= i + 2)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 35,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 35,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 35,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 35,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 35,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 35,0 >= i - 35)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))))] decr5_LI2=\ [p >= i, q >= i, r >= i, s + 30 >= i, i >= t - 39, u + 30 >= i, 0 >= i - 16, i + 20 >= 0, i >= s - 39, i >= u - 40, i >= p - 40, i >= r - 39, If(p >= q,p >= i,q >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(q >= s,q >= i,s >= i), If(q >= t,q >= i,t >= i), If(q >= u,q >= i,u >= i), If(q >= 0,q >= i,0 >= i), If(p >= t,p >= i,t >= i), If(p >= u,p >= i,u >= i), If(p >= 0,p >= i,0 >= i), If(q >= r,q >= i,r >= i), If(r >= s,r >= i,s >= i), If(r >= t,r >= i,t >= i), If(r >= u,r >= i,u >= i), If(r >= 0,r >= i,0 >= i), If(p <= r,p >= i,r >= i), If(p <= q,p >= i,q >= i), If(q <= r,q >= i,r >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(i >= 0,i >= u - 20,0 >= u - 20), If(i >= 0,i >= p - 20,0 >= p - 20), If(t >= 0,t >= i - 13,0 >= i - 13), If(u >= 0,u >= i - 13,0 >= i - 13), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i >= 0,i >= t - 20,0 >= t - 20), If(s >= t,s >= i - 20,t >= i - 20), If(s >= u,s >= i - 17,u >= i - 17), If(s >= 0,s >= i - 16,0 >= i - 16), If(t >= u,t >= i - 28,u >= i - 28), If(s <= 0,s >= i - 30,0 >= i - 30), If(u <= 0,u >= i - 30,0 >= i - 30), If(r <= u,r >= i - 30,u >= i - 30), If(r <= 0,r >= i - 16,0 >= i - 16), If(s <= u,s >= i - 30,u >= i - 30), If(p <= s,p >= i - 30,s >= i - 30), If(p <= u,p >= i - 30,u >= i - 30), If(q <= u,q >= i - 30,u >= i - 30), If(q <= 0,q >= i - 16,0 >= i - 16), If(r <= s,r >= i - 30,s >= i - 30), If(i <= 0,i >= t - 39,0 >= t - 39), If(p <= 0,p >= i - 16,0 >= i - 16), If(q <= s,q >= i - 30,s >= i - 30), If(i >= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= s - 39,0 >= s - 39), If(i <= 0,i >= u - 40,0 >= u - 40), If(i <= 0,i >= p - 40,0 >= p - 40), If(i <= 0,i >= r - 39,0 >= r - 39), If(i >= 0, u + 30 >= i, u + 30 >= 0), If(q >= t, i + 39 >= q, i + 39 >= t), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(r >= t, i + 39 >= r, i + 39 >= t), If(t >= 0, i + 39 >= t, i + 39 >= 0), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 30 >= i, s + 30 >= 0), If(s >= t, i + 39 >= s, i + 39 >= t), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(u <= 0, i + 20 >= u, i + 20 >= 0), If(r <= u, i + 37 >= r, i + 37 >= u), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(p <= u, i + 36 >= p, i + 36 >= u), If(q <= u, i + 33 >= q, i + 33 >= u), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= t, i + 34 >= r, i + 34 >= t), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 18 >= i, u + 18 >= 0), If(p <= q, i + 33 >= p, i + 33 >= q), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= s, i + 32 >= q, i + 32 >= s), If(q <= t, i + 34 >= q, i + 34 >= t), If(s >= u, i + 40 >= s, i + 40 >= u), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(t >= u, i + 40 >= t, i + 40 >= u), If(p >= u, i + 40 >= p, i + 40 >= u), If(r >= s, i + 39 >= r, i + 39 >= s), If(r >= u, i + 40 >= r, i + 40 >= u), If(q >= s, i + 39 >= q, i + 39 >= s), If(q >= u, i + 40 >= q, i + 40 >= u), If(u >= 0, i + 40 >= u, i + 40 >= 0), If(r <= s, i + 35 >= r, i + 35 >= s), If(p <= r, i + 31 >= p, i + 31 >= r), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(p >= t, i + 40 >= p, i + 40 >= t), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(q >= r, i + 39 >= q, i + 39 >= r), If(r >= 0, i + 39 >= r, i + 39 >= 0), If(s <= t, i + 35 >= s, i + 35 >= t), If(p <= s, i + 35 >= p, i + 35 >= s), If(p <= t, i + 37 >= p, i + 37 >= t), If(And(p >= q,p >= u),p >= i,If(And(q >= p,q >= u),q >= i,u >= i)), If(And(p >= s,p >= u),p >= i,If(And(s >= p,s >= u),s >= i,u >= i)), If(And(p >= s,p >= 0),p >= i,If(And(s >= p,s >= 0),s >= i,0 >= i)), If(And(p >= t,p >= u),p >= i,If(And(t >= p,t >= u),t >= i,u >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(p >= s,p >= t),p >= i,If(And(s >= p,s >= t),s >= i,t >= i)), If(And(p >= u,p >= 0),p >= i,If(And(u >= p,u >= 0),u >= i,0 >= i)), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= r,q >= t),q >= i,If(And(r >= q,r >= t),r >= i,t >= i)), If(And(q >= r,q >= u),q >= i,If(And(r >= q,r >= u),r >= i,u >= i)), If(And(q >= r,q >= 0),q >= i,If(And(r >= q,r >= 0),r >= i,0 >= i)), If(And(q >= s,q >= t),q >= i,If(And(s >= q,s >= t),s >= i,t >= i)), If(And(q >= s,q >= u),q >= i,If(And(s >= q,s >= u),s >= i,u >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(r >= s,r >= u),r >= i,If(And(s >= r,s >= u),s >= i,u >= i)), If(And(r >= s,r >= 0),r >= i,If(And(s >= r,s >= 0),s >= i,0 >= i)), If(And(r >= t,r >= u),r >= i,If(And(t >= r,t >= u),t >= i,u >= i)), If(And(r >= t,r >= 0),r >= i,If(And(t >= r,t >= 0),t >= i,0 >= i)), If(And(r >= u,r >= 0),r >= i,If(And(u >= r,u >= 0),u >= i,0 >= i)), If(And(q >= t,q >= u),q >= i,If(And(t >= q,t >= u),t >= i,u >= i)), If(And(q >= t,q >= 0),q >= i,If(And(t >= q,t >= 0),t >= i,0 >= i)), If(And(q >= u,q >= 0),q >= i,If(And(u >= q,u >= 0),u >= i,0 >= i)), If(And(r >= s,r >= t),r >= i,If(And(s >= r,s >= t),s >= i,t >= i)), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p >= q,p >= 0),p >= i + 1,If(And(q >= p,q >= 0),q >= i + 1,0 >= i + 1)), If(And(p >= r,p >= s),p >= i + 1,If(And(r >= p,r >= s),r >= i + 1,s >= i + 1)), If(And(p >= q,p >= r),p >= i + 2,If(And(q >= p,q >= r),q >= i + 2,r >= i + 2)), If(And(p >= r,p >= t),p >= i + 1,If(And(r >= p,r >= t),r >= i + 1,t >= i + 1)), If(And(p >= r,p >= u),p >= i + 1,If(And(r >= p,r >= u),r >= i + 1,u >= i + 1)), If(And(p >= r,p >= 0),p >= i + 1,If(And(r >= p,r >= 0),r >= i + 1,0 >= i + 1)), If(And(p >= q,p >= t),p >= i + 1,If(And(q >= p,q >= t),q >= i + 1,t >= i + 1)), If(And(t >= u,t >= 0),t >= i - 13,If(And(u >= t,u >= 0),u >= i - 13,0 >= i - 13)), If(And(s >= t,s >= u),s >= i - 16,If(And(t >= s,t >= u),t >= i - 16,u >= i - 16)), If(And(s >= t,s >= 0),s >= i - 13,If(And(t >= s,t >= 0),t >= i - 13,0 >= i - 13)), If(And(r <= u,r <= 0),r >= i - 30,If(And(u <= r,u <= 0),u >= i - 30,0 >= i - 30)), If(And(q <= u,q <= 0),q >= i - 30,If(And(u <= q,u <= 0),u >= i - 30,0 >= i - 30)), If(And(r <= s,r <= u),r >= i - 30,If(And(s <= r,s <= u),s >= i - 30,u >= i - 30)), If(And(r <= s,r <= 0),r >= i - 30,If(And(s <= r,s <= 0),s >= i - 30,0 >= i - 30)), If(And(p <= r,p <= 0),p >= i - 16,If(And(r <= p,r <= 0),r >= i - 16,0 >= i - 16)), If(And(p <= s,p <= u),p >= i - 30,If(And(s <= p,s <= u),s >= i - 30,u >= i - 30)), If(And(p <= s,p <= 0),p >= i - 30,If(And(s <= p,s <= 0),s >= i - 30,0 >= i - 30)), If(And(p <= q,p <= s),p >= i - 30,If(And(q <= p,q <= s),q >= i - 30,s >= i - 30)), If(And(p <= q,p <= u),p >= i - 30,If(And(q <= p,q <= u),q >= i - 30,u >= i - 30)), If(And(p <= q,p <= 0),p >= i - 16,If(And(q <= p,q <= 0),q >= i - 16,0 >= i - 16)), If(And(p <= r,p <= s),p >= i - 30,If(And(r <= p,r <= s),r >= i - 30,s >= i - 30)), If(And(p <= r,p <= u),p >= i - 30,If(And(r <= p,r <= u),r >= i - 30,u >= i - 30)), If(And(q <= s,q <= u),q >= i - 30,If(And(s <= q,s <= u),s >= i - 30,u >= i - 30)), If(And(q <= s,q <= 0),q >= i - 30,If(And(s <= q,s <= 0),s >= i - 30,0 >= i - 30)), If(And(s <= u,s <= 0),s >= i - 30,If(And(u <= s,u <= 0),u >= i - 30,0 >= i - 30)), If(And(p <= u,p <= 0),p >= i - 30,If(And(u <= p,u <= 0),u >= i - 30,0 >= i - 30)), If(And(q <= r,q <= s),q >= i - 30,If(And(r <= q,r <= s),r >= i - 30,s >= i - 30)), If(And(q <= r,q <= u),q >= i - 30,If(And(r <= q,r <= u),r >= i - 30,u >= i - 30)), If(And(q <= r,q <= 0),q >= i - 16,If(And(r <= q,r <= 0),r >= i - 16,0 >= i - 16)), If(And(q >= r,q >= t), i + 39 >= q, If(And(r >= q,r >= t), i + 39 >= r, i + 39 >= t)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(r >= t,r >= 0), i + 39 >= r, If(And(t >= r,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(r >= s,r >= t), i + 39 >= r, If(And(s >= r,s >= t), i + 39 >= s, i + 39 >= t)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= u,r <= 0), i + 20 >= r, If(And(u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= u,q <= 0), i + 20 >= q, If(And(u <= q,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= q,p <= t), i + 27 >= p, If(And(q <= p,q <= t), i + 27 >= q, i + 27 >= t)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= t), i + 27 >= p, If(And(r <= p,r <= t), i + 27 >= r, i + 27 >= t)), If(And(p <= r,p <= u), i + 30 >= p, If(And(r <= p,r <= u), i + 30 >= r, i + 30 >= u)), If(And(q <= s,q <= 0), i + 19 >= q, If(And(s <= q,s <= 0), i + 19 >= s, i + 19 >= 0)), If(And(q <= t,q <= u), i + 33 >= q, If(And(t <= q,t <= u), i + 33 >= t, i + 33 >= u)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= u,s <= 0), i + 20 >= s, If(And(u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(t <= u,t <= 0), i + 20 >= t, If(And(u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= u,p <= 0), i + 20 >= p, If(And(u <= p,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= r,q <= s), i + 28 >= q, If(And(r <= q,r <= s), i + 28 >= r, i + 28 >= s)), If(And(q <= r,q <= t), i + 25 >= q, If(And(r <= q,r <= t), i + 25 >= r, i + 25 >= t)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= t), i + 25 >= q, If(And(s <= q,s <= t), i + 25 >= s, i + 25 >= t)), If(And(q >= s,q >= u), i + 40 >= q, If(And(s >= q,s >= u), i + 40 >= s, i + 40 >= u)), If(And(q >= s,q >= 0), i + 39 >= q, If(And(s >= q,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(p >= q,p >= u), i + 40 >= p, If(And(q >= p,q >= u), i + 40 >= q, i + 40 >= u)), If(And(p >= u,p >= 0), i + 40 >= p, If(And(u >= p,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q >= r,q >= s), i + 39 >= q, If(And(r >= q,r >= s), i + 39 >= r, i + 39 >= s)), If(And(q >= r,q >= u), i + 40 >= q, If(And(r >= q,r >= u), i + 40 >= r, i + 40 >= u)), If(And(p >= r,p >= u), i + 40 >= p, If(And(r >= p,r >= u), i + 40 >= r, i + 40 >= u)), If(And(r >= u,r >= 0), i + 40 >= r, If(And(u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(s >= t,s >= u), i + 40 >= s, If(And(t >= s,t >= u), i + 40 >= t, i + 40 >= u)), If(And(s >= u,s >= 0), i + 40 >= s, If(And(u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(p >= s,p >= u), i + 40 >= p, If(And(s >= p,s >= u), i + 40 >= s, i + 40 >= u)), If(And(p >= t,p >= u), i + 40 >= p, If(And(t >= p,t >= u), i + 40 >= t, i + 40 >= u)), If(And(r >= s,r >= u), i + 40 >= r, If(And(s >= r,s >= u), i + 40 >= s, i + 40 >= u)), If(And(r >= s,r >= 0), i + 39 >= r, If(And(s >= r,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(r >= t,r >= u), i + 40 >= r, If(And(t >= r,t >= u), i + 40 >= t, i + 40 >= u)), If(And(t >= u,t >= 0), i + 40 >= t, If(And(u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q >= t,q >= u), i + 40 >= q, If(And(t >= q,t >= u), i + 40 >= t, i + 40 >= u)), If(And(q >= u,q >= 0), i + 40 >= q, If(And(u >= q,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= q,p <= r), i + 30 >= p, If(And(q <= p,q <= r), i + 30 >= q, i + 30 >= r)), If(And(p <= q,p <= u), i + 33 >= p, If(And(q <= p,q <= u), i + 33 >= q, i + 33 >= u)), If(And(q <= r,q <= u), i + 30 >= q, If(And(r <= q,r <= u), i + 30 >= r, i + 30 >= u)), If(And(p <= r,p <= s), i + 31 >= p, If(And(r <= p,r <= s), i + 31 >= r, i + 31 >= s)), If(And(r <= s,r <= t), i + 29 >= r, If(And(s <= r,s <= t), i + 29 >= s, i + 29 >= t)), If(And(r <= s,r <= u), i + 29 >= r, If(And(s <= r,s <= u), i + 29 >= s, i + 29 >= u)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= u), i + 29 >= r, If(And(t <= r,t <= u), i + 29 >= t, i + 29 >= u)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(q >= r,q >= 0), i + 39 >= q, If(And(r >= q,r >= 0), i + 39 >= r, i + 39 >= 0)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p >= t,p >= 0), i + 40 >= p, If(And(t >= p,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 40 >= p, If(And(s >= p,s >= t), i + 40 >= s, i + 40 >= t)), If(And(p <= t,p <= u), i + 33 >= p, If(And(t <= p,t <= u), i + 33 >= t, i + 33 >= u)), If(And(p <= s,p <= t), i + 35 >= p, If(And(s <= p,s <= t), i + 35 >= s, i + 35 >= t)), If(And(p <= s,p <= u), i + 33 >= p, If(And(s <= p,s <= u), i + 33 >= s, i + 33 >= u)), If(And(s <= t,s <= u), i + 33 >= s, If(And(t <= s,t <= u), i + 33 >= t, i + 33 >= u)), If(And(p >= s,p >= t,p >= u),p >= i,If(And(s >= p,s >= t,s >= u),s >= i,If(And(t >= p,t >= s,t >= u),t >= i,u >= i))), If(And(p >= s,p >= t,p >= 0),p >= i,If(And(s >= p,s >= t,s >= 0),s >= i,If(And(t >= p,t >= s,t >= 0),t >= i,0 >= i))), If(And(p >= s,p >= u,p >= 0),p >= i,If(And(s >= p,s >= u,s >= 0),s >= i,If(And(u >= p,u >= s,u >= 0),u >= i,0 >= i))), If(And(q >= r,q >= t,q >= u),q >= i,If(And(r >= q,r >= t,r >= u),r >= i,If(And(t >= q,t >= r,t >= u),t >= i,u >= i))), If(And(q >= r,q >= t,q >= 0),q >= i,If(And(r >= q,r >= t,r >= 0),r >= i,If(And(t >= q,t >= r,t >= 0),t >= i,0 >= i))), If(And(q >= r,q >= u,q >= 0),q >= i,If(And(r >= q,r >= u,r >= 0),r >= i,If(And(u >= q,u >= r,u >= 0),u >= i,0 >= i))), If(And(q >= s,q >= t,q >= u),q >= i,If(And(s >= q,s >= t,s >= u),s >= i,If(And(t >= q,t >= s,t >= u),t >= i,u >= i))), If(And(p >= t,p >= u,p >= 0),p >= i,If(And(t >= p,t >= u,t >= 0),t >= i,If(And(u >= p,u >= t,u >= 0),u >= i,0 >= i))), If(And(q >= r,q >= s,q >= t),q >= i,If(And(r >= q,r >= s,r >= t),r >= i,If(And(s >= q,s >= r,s >= t),s >= i,t >= i))), If(And(q >= r,q >= s,q >= u),q >= i,If(And(r >= q,r >= s,r >= u),r >= i,If(And(s >= q,s >= r,s >= u),s >= i,u >= i))), If(And(q >= r,q >= s,q >= 0),q >= i,If(And(r >= q,r >= s,r >= 0),r >= i,If(And(s >= q,s >= r,s >= 0),s >= i,0 >= i))), If(And(q >= s,q >= t,q >= 0),q >= i,If(And(s >= q,s >= t,s >= 0),s >= i,If(And(t >= q,t >= s,t >= 0),t >= i,0 >= i))), If(And(q >= s,q >= u,q >= 0),q >= i,If(And(s >= q,s >= u,s >= 0),s >= i,If(And(u >= q,u >= s,u >= 0),u >= i,0 >= i))), If(And(q >= t,q >= u,q >= 0),q >= i,If(And(t >= q,t >= u,t >= 0),t >= i,If(And(u >= q,u >= t,u >= 0),u >= i,0 >= i))), If(And(r >= s,r >= t,r >= u),r >= i,If(And(s >= r,s >= t,s >= u),s >= i,If(And(t >= r,t >= s,t >= u),t >= i,u >= i))), If(And(r >= s,r >= t,r >= 0),r >= i,If(And(s >= r,s >= t,s >= 0),s >= i,If(And(t >= r,t >= s,t >= 0),t >= i,0 >= i))), If(And(r >= s,r >= u,r >= 0),r >= i,If(And(s >= r,s >= u,s >= 0),s >= i,If(And(u >= r,u >= s,u >= 0),u >= i,0 >= i))), If(And(r >= t,r >= u,r >= 0),r >= i,If(And(t >= r,t >= u,t >= 0),t >= i,If(And(u >= r,u >= t,u >= 0),u >= i,0 >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p >= q,p >= r,p >= 0),p >= i + 3,If(And(q >= p,q >= r,q >= 0),q >= i + 3,If(And(r >= p,r >= q,r >= 0),r >= i + 3,0 >= i + 3))), If(And(p >= q,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= u,q >= 0),q >= i + 1,If(And(u >= p,u >= q,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p >= r,p >= s,p >= t),p >= i + 1,If(And(r >= p,r >= s,r >= t),r >= i + 1,If(And(s >= p,s >= r,s >= t),s >= i + 1,t >= i + 1))), If(And(p >= q,p >= r,p >= s),p >= i + 3,If(And(q >= p,q >= r,q >= s),q >= i + 3,If(And(r >= p,r >= q,r >= s),r >= i + 3,s >= i + 3))), If(And(p >= q,p >= r,p >= t),p >= i + 2,If(And(q >= p,q >= r,q >= t),q >= i + 2,If(And(r >= p,r >= q,r >= t),r >= i + 2,t >= i + 2))), If(And(p >= q,p >= r,p >= u),p >= i + 3,If(And(q >= p,q >= r,q >= u),q >= i + 3,If(And(r >= p,r >= q,r >= u),r >= i + 3,u >= i + 3))), If(And(p >= r,p >= u,p >= 0),p >= i + 1,If(And(r >= p,r >= u,r >= 0),r >= i + 1,If(And(u >= p,u >= r,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p >= r,p >= s,p >= u),p >= i + 1,If(And(r >= p,r >= s,r >= u),r >= i + 1,If(And(s >= p,s >= r,s >= u),s >= i + 1,u >= i + 1))), If(And(p >= r,p >= s,p >= 0),p >= i + 1,If(And(r >= p,r >= s,r >= 0),r >= i + 1,If(And(s >= p,s >= r,s >= 0),s >= i + 1,0 >= i + 1))), If(And(p >= r,p >= t,p >= u),p >= i + 1,If(And(r >= p,r >= t,r >= u),r >= i + 1,If(And(t >= p,t >= r,t >= u),t >= i + 1,u >= i + 1))), If(And(p >= r,p >= t,p >= 0),p >= i + 1,If(And(r >= p,r >= t,r >= 0),r >= i + 1,If(And(t >= p,t >= r,t >= 0),t >= i + 1,0 >= i + 1))), If(And(s >= t,s >= u,s >= 0),s >= i - 7,If(And(t >= s,t >= u,t >= 0),t >= i - 7,If(And(u >= s,u >= t,u >= 0),u >= i - 7,0 >= i - 7))), If(And(p >= q,p >= s,p >= t),p >= i + 1,If(And(q >= p,q >= s,q >= t),q >= i + 1,If(And(s >= p,s >= q,s >= t),s >= i + 1,t >= i + 1))), If(And(p >= q,p >= s,p >= u),p >= i + 1,If(And(q >= p,q >= s,q >= u),q >= i + 1,If(And(s >= p,s >= q,s >= u),s >= i + 1,u >= i + 1))), If(And(p >= q,p >= s,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= 0),s >= i + 1,0 >= i + 1))), If(And(p >= q,p >= t,p >= u),p >= i + 1,If(And(q >= p,q >= t,q >= u),q >= i + 1,If(And(t >= p,t >= q,t >= u),t >= i + 1,u >= i + 1))), If(And(p >= q,p >= t,p >= 0),p >= i + 1,If(And(q >= p,q >= t,q >= 0),q >= i + 1,If(And(t >= p,t >= q,t >= 0),t >= i + 1,0 >= i + 1))), If(And(r <= s,r <= u,r <= 0),r >= i - 30,If(And(s <= r,s <= u,s <= 0),s >= i - 30,If(And(u <= r,u <= s,u <= 0),u >= i - 30,0 >= i - 30))), If(And(p <= r,p <= u,p <= 0),p >= i - 30,If(And(r <= p,r <= u,r <= 0),r >= i - 30,If(And(u <= p,u <= r,u <= 0),u >= i - 30,0 >= i - 30))), If(And(p <= s,p <= u,p <= 0),p >= i - 30,If(And(s <= p,s <= u,s <= 0),s >= i - 30,If(And(u <= p,u <= s,u <= 0),u >= i - 30,0 >= i - 30))), If(And(p <= q,p <= r,p <= s),p >= i - 30,If(And(q <= p,q <= r,q <= s),q >= i - 30,If(And(r <= p,r <= q,r <= s),r >= i - 30,s >= i - 30))), If(And(q <= r,q <= u,q <= 0),q >= i - 30,If(And(r <= q,r <= u,r <= 0),r >= i - 30,If(And(u <= q,u <= r,u <= 0),u >= i - 30,0 >= i - 30))), If(And(q <= s,q <= u,q <= 0),q >= i - 30,If(And(s <= q,s <= u,s <= 0),s >= i - 30,If(And(u <= q,u <= s,u <= 0),u >= i - 30,0 >= i - 30))), If(And(p <= q,p <= s,p <= u),p >= i - 30,If(And(q <= p,q <= s,q <= u),q >= i - 30,If(And(s <= p,s <= q,s <= u),s >= i - 30,u >= i - 30))), If(And(p <= q,p <= s,p <= 0),p >= i - 30,If(And(q <= p,q <= s,q <= 0),q >= i - 30,If(And(s <= p,s <= q,s <= 0),s >= i - 30,0 >= i - 30))), If(And(q <= r,q <= s,q <= u),q >= i - 30,If(And(r <= q,r <= s,r <= u),r >= i - 30,If(And(s <= q,s <= r,s <= u),s >= i - 30,u >= i - 30))), If(And(q <= r,q <= s,q <= 0),q >= i - 30,If(And(r <= q,r <= s,r <= 0),r >= i - 30,If(And(s <= q,s <= r,s <= 0),s >= i - 30,0 >= i - 30))), If(And(p <= q,p <= r,p <= u),p >= i - 30,If(And(q <= p,q <= r,q <= u),q >= i - 30,If(And(r <= p,r <= q,r <= u),r >= i - 30,u >= i - 30))), If(And(p <= q,p <= r,p <= 0),p >= i - 16,If(And(q <= p,q <= r,q <= 0),q >= i - 16,If(And(r <= p,r <= q,r <= 0),r >= i - 16,0 >= i - 16))), If(And(p <= q,p <= u,p <= 0),p >= i - 30,If(And(q <= p,q <= u,q <= 0),q >= i - 30,If(And(u <= p,u <= q,u <= 0),u >= i - 30,0 >= i - 30))), If(And(p <= r,p <= s,p <= u),p >= i - 30,If(And(r <= p,r <= s,r <= u),r >= i - 30,If(And(s <= p,s <= r,s <= u),s >= i - 30,u >= i - 30))), If(And(p <= r,p <= s,p <= 0),p >= i - 30,If(And(r <= p,r <= s,r <= 0),r >= i - 30,If(And(s <= p,s <= r,s <= 0),s >= i - 30,0 >= i - 30))), If(And(q >= r,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= t,r >= 0), i + 39 >= r, If(And(t >= q,t >= r,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= r,q >= s,q >= t), i + 39 >= q, If(And(r >= q,r >= s,r >= t), i + 39 >= r, If(And(s >= q,s >= r,s >= t), i + 39 >= s, i + 39 >= t))), If(And(q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(p <= r,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= t,p <= u,p <= 0), i + 20 >= p, If(And(t <= p,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 25 >= q, If(And(r <= q,r <= s,r <= t), i + 25 >= r, If(And(s <= q,s <= r,s <= t), i + 25 >= s, i + 25 >= t))), If(And(r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= s,q <= t,q <= u), i + 20 >= q, If(And(s <= q,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= s,t <= u), i + 20 >= t, i + 20 >= u))), If(And(q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= s,q <= u), i + 24 >= q, If(And(r <= q,r <= s,r <= u), i + 24 >= r, If(And(s <= q,s <= r,s <= u), i + 24 >= s, i + 24 >= u))), If(And(q <= r,q <= s,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= q,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= u,q <= 0), i + 20 >= q, If(And(u <= p,u <= q,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= r,p <= s,p <= u), i + 26 >= p, If(And(r <= p,r <= s,r <= u), i + 26 >= r, If(And(s <= p,s <= r,s <= u), i + 26 >= s, i + 26 >= u))), If(And(q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= t,p >= u,p >= 0), i + 40 >= p, If(And(t >= p,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(q >= r,q >= s,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= 0), i + 39 >= s, i + 39 >= 0))), If(And(p >= q,p >= r,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= u), i + 40 >= r, i + 40 >= u))), If(And(q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= t,q >= u), i + 40 >= q, If(And(t >= p,t >= q,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= u,q >= 0), i + 40 >= q, If(And(u >= p,u >= q,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= s,p >= t,p >= u), i + 40 >= p, If(And(s >= p,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= s,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= s,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= r,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p <= q,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= t,q <= u), i + 24 >= q, If(And(t <= p,t <= q,t <= u), i + 24 >= t, i + 24 >= u))), If(And(q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= q,p <= r,p <= t), i + 24 >= p, If(And(q <= p,q <= r,q <= t), i + 24 >= q, If(And(r <= p,r <= q,r <= t), i + 24 >= r, i + 24 >= t))), If(And(p <= q,p <= r,p <= u), i + 30 >= p, If(And(q <= p,q <= r,q <= u), i + 30 >= q, If(And(r <= p,r <= q,r <= u), i + 30 >= r, i + 30 >= u))), If(And(p <= r,p <= t,p <= u), i + 24 >= p, If(And(r <= p,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= t,r <= u), i + 29 >= r, If(And(s <= r,s <= t,s <= u), i + 29 >= s, If(And(t <= r,t <= s,t <= u), i + 29 >= t, i + 29 >= u))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p <= q,p <= s,p <= u), i + 20 >= p, If(And(q <= p,q <= s,q <= u), i + 20 >= q, If(And(s <= p,s <= q,s <= u), i + 20 >= s, i + 20 >= u))), If(And(p <= q,p <= s,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= 0), i + 19 >= s, i + 19 >= 0))), If(And(q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= s,p <= t,p <= u), i + 33 >= p, If(And(s <= p,s <= t,s <= u), i + 33 >= s, If(And(t <= p,t <= s,t <= u), i + 33 >= t, i + 33 >= u))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i,0 >= i)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i,If(And(r >= q,r >= s,r >= t,r >= u),r >= i,If(And(s >= q,s >= r,s >= t,s >= u),s >= i,If(And(t >= q,t >= r,t >= s,t >= u),t >= i,u >= i)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i)))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i,0 >= i)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= u), i >= s, i >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 4,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 4,0 >= i + 4)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i + 3,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i + 3,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i + 3,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i + 3,0 >= i + 3)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i + 1,If(And(r >= p,r >= s,r >= t,r >= u),r >= i + 1,If(And(s >= p,s >= r,s >= t,s >= u),s >= i + 1,If(And(t >= p,t >= r,t >= s,t >= u),t >= i + 1,u >= i + 1)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i + 1,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i + 1,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i + 1,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i + 1,0 >= i + 1)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i + 1,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i + 1,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i + 1,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i + 1,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i + 1,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i + 1,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 4,t >= i + 4)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= u),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= u),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= u),s >= i + 4,u >= i + 4)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 4,0 >= i + 4)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i + 4,If(And(q >= p,q >= r,q >= t,q >= u),q >= i + 4,If(And(r >= p,r >= q,r >= t,r >= u),r >= i + 4,If(And(t >= p,t >= q,t >= r,t >= u),t >= i + 4,u >= i + 4)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i + 1,If(And(q >= p,q >= s,q >= t,q >= u),q >= i + 1,If(And(s >= p,s >= q,s >= t,s >= u),s >= i + 1,If(And(t >= p,t >= q,t >= s,t >= u),t >= i + 1,u >= i + 1)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 1,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i + 1,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i + 1,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i + 1,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 30,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 30,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 30,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 30,0 >= i - 30)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 30,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 30,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 30,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 30,0 >= i - 30)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 30,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 30,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 30,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 30,u >= i - 30)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 30,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 30,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 30,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 30,0 >= i - 30)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 30,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 30,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 30,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 30,0 >= i - 30)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 30,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 30,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 30,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 30,0 >= i - 30)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= u), i + 20 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i + 20 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i + 20 >= t, i + 20 >= u)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i + 19 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i + 19 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i + 19 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p <= q,p <= r,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= p,r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u)))), If(And(p <= r,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i + 17 >= t, i + 17 >= u)))), If(And(p <= q,p <= s,p <= u,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i + 23 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i + 23 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i + 23 >= t, i + 23 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i >= t, i >= u))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i >= u, i >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i + 4,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i + 4,u >= i + 4))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i + 4,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i + 4,0 >= i + 4))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i + 4,0 >= i + 4))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i + 4,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i + 4,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i + 4,0 >= i + 4))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 1,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i + 1,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i + 1,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i + 1,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i + 1,0 >= i + 1))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i + 1,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i + 1,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i + 1,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i + 1,0 >= i + 1))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 30,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 30,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 30,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 30,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 30,0 >= i - 30))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i + 14 >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i + 14 >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i + 14 >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i + 14 >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i + 14 >= u, i + 14 >= 0))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 4,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 4,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 4,0 >= i + 4)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))))] decr5_LI3=\ [p >= i, q >= i, r >= i, s >= i, 0 >= i - 9, i >= p - 40, i >= q - 39, i >= r - 39, i >= s - 39, i >= t - 39, t + 21 >= i, i >= u - 40, u + 23 >= i, i + 20 >= 0, If(p >= q,p >= i,q >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(p >= u,p >= i,u >= i), If(p >= 0,p >= i,0 >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(q >= t,q >= i,t >= i), If(q >= u,q >= i,u >= i), If(q >= 0,q >= i,0 >= i), If(r >= s,r >= i,s >= i), If(r >= t,r >= i,t >= i), If(r >= u,r >= i,u >= i), If(r >= 0,r >= i,0 >= i), If(s >= t,s >= i,t >= i), If(s >= u,s >= i,u >= i), If(s >= 0,s >= i,0 >= i), If(p <= q,p >= i,q >= i), If(p <= r,p >= i,r >= i), If(p <= s,p >= i,s >= i), If(q <= r,q >= i,r >= i), If(q <= s,q >= i,s >= i), If(r <= s,r >= i,s >= i), If(p >= r,p >= i,r >= i), If(i <= 0, s >= i, s >= 0), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(t >= 0,t >= i - 6,0 >= i - 6), If(u >= 0,u >= i - 6,0 >= i - 6), If(p <= 0,p >= i - 9,0 >= i - 9), If(q <= 0,q >= i - 9,0 >= i - 9), If(r <= 0,r >= i - 9,0 >= i - 9), If(s <= 0,s >= i - 9,0 >= i - 9), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= u - 20,0 >= u - 20), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i >= 0,i >= t - 20,0 >= t - 20), If(t >= u,t >= i - 21,u >= i - 21), If(i <= 0,i >= s - 39,0 >= s - 39), If(i <= 0,i >= t - 39,0 >= t - 39), If(i <= 0,i >= u - 40,0 >= u - 40), If(i <= 0,i >= p - 40,0 >= p - 40), If(i <= 0,i >= q - 39,0 >= q - 39), If(i <= 0,i >= r - 39,0 >= r - 39), If(p <= t,p >= i - 21,t >= i - 21), If(p <= u,p >= i - 23,u >= i - 23), If(q <= t,q >= i - 21,t >= i - 21), If(q <= u,q >= i - 23,u >= i - 23), If(r <= t,r >= i - 21,t >= i - 21), If(r <= u,r >= i - 23,u >= i - 23), If(s <= t,s >= i - 21,t >= i - 21), If(s <= u,s >= i - 23,u >= i - 23), If(t <= u,t >= i - 23,u >= i - 23), If(t <= 0,t >= i - 21,0 >= i - 21), If(u <= 0,u >= i - 23,0 >= i - 23), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, u + 23 >= i, u + 23 >= 0), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 20 >= i, s + 20 >= 0), If(i >= 0, t + 21 >= i, t + 21 >= 0), If(p >= t, i + 40 >= p, i + 40 >= t), If(p >= u, i + 40 >= p, i + 40 >= u), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(q >= r, i + 39 >= q, i + 39 >= r), If(q >= s, i + 39 >= q, i + 39 >= s), If(q >= t, i + 39 >= q, i + 39 >= t), If(q >= u, i + 40 >= q, i + 40 >= u), If(q >= 0, i + 39 >= q, i + 39 >= 0), If(r >= s, i + 39 >= r, i + 39 >= s), If(r >= t, i + 39 >= r, i + 39 >= t), If(r >= u, i + 40 >= r, i + 40 >= u), If(r >= 0, i + 39 >= r, i + 39 >= 0), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= u, i + 40 >= s, i + 40 >= u), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(t >= u, i + 40 >= t, i + 40 >= u), If(t >= 0, i + 39 >= t, i + 39 >= 0), If(u >= 0, i + 40 >= u, i + 40 >= 0), If(p <= q, i + 35 >= p, i + 35 >= q), If(p <= r, i + 31 >= p, i + 31 >= r), If(p <= s, i + 35 >= p, i + 35 >= s), If(p <= t, i + 37 >= p, i + 37 >= t), If(p <= u, i + 37 >= p, i + 37 >= u), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= r, i + 39 >= q, i + 39 >= r), If(q <= s, i + 32 >= q, i + 32 >= s), If(q <= t, i + 34 >= q, i + 34 >= t), If(q <= u, i + 35 >= q, i + 35 >= u), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 35 >= r, i + 35 >= s), If(r <= t, i + 34 >= r, i + 34 >= t), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 35 >= s, i + 35 >= t), If(s <= u, i + 34 >= s, i + 34 >= u), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= u, i + 37 >= t, i + 37 >= u), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(u <= 0, i + 20 >= u, i + 20 >= 0), If(r <= u, i + 37 >= r, i + 37 >= u), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 18 >= i, u + 18 >= 0), If(And(p >= t,p >= u),p >= i,If(And(t >= p,t >= u),t >= i,u >= i)), If(And(p >= q,p >= u),p >= i,If(And(q >= p,q >= u),q >= i,u >= i)), If(And(p >= u,p >= 0),p >= i,If(And(u >= p,u >= 0),u >= i,0 >= i)), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= r,q >= u),q >= i,If(And(r >= q,r >= u),r >= i,u >= i)), If(And(q >= r,q >= 0),q >= i,If(And(r >= q,r >= 0),r >= i,0 >= i)), If(And(q >= s,q >= u),q >= i,If(And(s >= q,s >= u),s >= i,u >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(q >= t,q >= u),q >= i,If(And(t >= q,t >= u),t >= i,u >= i)), If(And(q >= t,q >= 0),q >= i,If(And(t >= q,t >= 0),t >= i,0 >= i)), If(And(q >= u,q >= 0),q >= i,If(And(u >= q,u >= 0),u >= i,0 >= i)), If(And(r >= s,r >= u),r >= i,If(And(s >= r,s >= u),s >= i,u >= i)), If(And(r >= s,r >= 0),r >= i,If(And(s >= r,s >= 0),s >= i,0 >= i)), If(And(r >= t,r >= 0),r >= i,If(And(t >= r,t >= 0),t >= i,0 >= i)), If(And(r >= u,r >= 0),r >= i,If(And(u >= r,u >= 0),u >= i,0 >= i)), If(And(s >= t,s >= u),s >= i,If(And(t >= s,t >= u),t >= i,u >= i)), If(And(s >= t,s >= 0),s >= i,If(And(t >= s,t >= 0),t >= i,0 >= i)), If(And(s >= u,s >= 0),s >= i,If(And(u >= s,u >= 0),u >= i,0 >= i)), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p <= q,p <= s),p >= i,If(And(q <= p,q <= s),q >= i,s >= i)), If(And(p <= r,p <= s),p >= i,If(And(r <= p,r <= s),r >= i,s >= i)), If(And(q <= r,q <= s),q >= i,If(And(r <= q,r <= s),r >= i,s >= i)), If(And(r >= t,r >= u),r >= i,If(And(t >= r,t >= u),t >= i,u >= i)), If(And(p >= t,p >= 0),p >= i,If(And(t >= p,t >= 0),t >= i,0 >= i)), If(And(p >= q,p >= r),p >= i + 2,If(And(q >= p,q >= r),q >= i + 2,r >= i + 2)), If(And(p >= q,p >= s),p >= i + 2,If(And(q >= p,q >= s),q >= i + 2,s >= i + 2)), If(And(p >= s,p >= u),p >= i + 1,If(And(s >= p,s >= u),s >= i + 1,u >= i + 1)), If(And(p >= q,p >= t),p >= i + 2,If(And(q >= p,q >= t),q >= i + 2,t >= i + 2)), If(And(p >= q,p >= 0),p >= i + 1,If(And(q >= p,q >= 0),q >= i + 1,0 >= i + 1)), If(And(p >= r,p >= s),p >= i + 3,If(And(r >= p,r >= s),r >= i + 3,s >= i + 3)), If(And(p >= r,p >= t),p >= i + 2,If(And(r >= p,r >= t),r >= i + 2,t >= i + 2)), If(And(p >= r,p >= u),p >= i + 1,If(And(r >= p,r >= u),r >= i + 1,u >= i + 1)), If(And(p >= r,p >= 0),p >= i + 1,If(And(r >= p,r >= 0),r >= i + 1,0 >= i + 1)), If(And(q >= r,q >= t),q >= i + 2,If(And(r >= q,r >= t),r >= i + 2,t >= i + 2)), If(And(q >= s,q >= t),q >= i + 1,If(And(s >= q,s >= t),s >= i + 1,t >= i + 1)), If(And(r >= s,r >= t),r >= i + 2,If(And(s >= r,s >= t),s >= i + 2,t >= i + 2)), If(And(t >= u,t >= 0),t >= i - 6,If(And(u >= t,u >= 0),u >= i - 6,0 >= i - 6)), If(And(p <= q,p <= 0),p >= i - 9,If(And(q <= p,q <= 0),q >= i - 9,0 >= i - 9)), If(And(p <= r,p <= 0),p >= i - 9,If(And(r <= p,r <= 0),r >= i - 9,0 >= i - 9)), If(And(p <= s,p <= 0),p >= i - 9,If(And(s <= p,s <= 0),s >= i - 9,0 >= i - 9)), If(And(q <= r,q <= 0),q >= i - 9,If(And(r <= q,r <= 0),r >= i - 9,0 >= i - 9)), If(And(q <= s,q <= 0),q >= i - 9,If(And(s <= q,s <= 0),s >= i - 9,0 >= i - 9)), If(And(r <= s,r <= 0),r >= i - 9,If(And(s <= r,s <= 0),s >= i - 9,0 >= i - 9)), If(And(p >= s,p >= t),p >= i + 1,If(And(s >= p,s >= t),s >= i + 1,t >= i + 1)), If(And(p >= s,p >= 0),p >= i + 1,If(And(s >= p,s >= 0),s >= i + 1,0 >= i + 1)), If(And(p <= q,p <= t),p >= i - 21,If(And(q <= p,q <= t),q >= i - 21,t >= i - 21)), If(And(p <= q,p <= u),p >= i - 23,If(And(q <= p,q <= u),q >= i - 23,u >= i - 23)), If(And(p <= r,p <= t),p >= i - 21,If(And(r <= p,r <= t),r >= i - 21,t >= i - 21)), If(And(p <= r,p <= u),p >= i - 23,If(And(r <= p,r <= u),r >= i - 23,u >= i - 23)), If(And(p <= t,p <= u),p >= i - 23,If(And(t <= p,t <= u),t >= i - 23,u >= i - 23)), If(And(p <= t,p <= 0),p >= i - 21,If(And(t <= p,t <= 0),t >= i - 21,0 >= i - 21)), If(And(p <= u,p <= 0),p >= i - 23,If(And(u <= p,u <= 0),u >= i - 23,0 >= i - 23)), If(And(p <= s,p <= t),p >= i - 21,If(And(s <= p,s <= t),s >= i - 21,t >= i - 21)), If(And(p <= s,p <= u),p >= i - 23,If(And(s <= p,s <= u),s >= i - 23,u >= i - 23)), If(And(q <= r,q <= t),q >= i - 21,If(And(r <= q,r <= t),r >= i - 21,t >= i - 21)), If(And(q <= r,q <= u),q >= i - 23,If(And(r <= q,r <= u),r >= i - 23,u >= i - 23)), If(And(q <= s,q <= t),q >= i - 21,If(And(s <= q,s <= t),s >= i - 21,t >= i - 21)), If(And(q <= s,q <= u),q >= i - 23,If(And(s <= q,s <= u),s >= i - 23,u >= i - 23)), If(And(q <= t,q <= u),q >= i - 23,If(And(t <= q,t <= u),t >= i - 23,u >= i - 23)), If(And(q <= t,q <= 0),q >= i - 21,If(And(t <= q,t <= 0),t >= i - 21,0 >= i - 21)), If(And(q <= u,q <= 0),q >= i - 23,If(And(u <= q,u <= 0),u >= i - 23,0 >= i - 23)), If(And(r <= s,r <= t),r >= i - 21,If(And(s <= r,s <= t),s >= i - 21,t >= i - 21)), If(And(r <= s,r <= u),r >= i - 23,If(And(s <= r,s <= u),s >= i - 23,u >= i - 23)), If(And(r <= t,r <= u),r >= i - 23,If(And(t <= r,t <= u),t >= i - 23,u >= i - 23)), If(And(r <= t,r <= 0),r >= i - 21,If(And(t <= r,t <= 0),t >= i - 21,0 >= i - 21)), If(And(r <= u,r <= 0),r >= i - 23,If(And(u <= r,u <= 0),u >= i - 23,0 >= i - 23)), If(And(s <= t,s <= u),s >= i - 23,If(And(t <= s,t <= u),t >= i - 23,u >= i - 23)), If(And(s <= t,s <= 0),s >= i - 21,If(And(t <= s,t <= 0),t >= i - 21,0 >= i - 21)), If(And(s <= u,s <= 0),s >= i - 23,If(And(u <= s,u <= 0),u >= i - 23,0 >= i - 23)), If(And(t <= u,t <= 0),t >= i - 23,If(And(u <= t,u <= 0),u >= i - 23,0 >= i - 23)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= s,p >= u), i + 40 >= p, If(And(s >= p,s >= u), i + 40 >= s, i + 40 >= u)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p >= t,p >= u), i + 40 >= p, If(And(t >= p,t >= u), i + 40 >= t, i + 40 >= u)), If(And(p >= t,p >= 0), i + 40 >= p, If(And(t >= p,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= u), i + 40 >= p, If(And(q >= p,q >= u), i + 40 >= q, i + 40 >= u)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= u), i + 40 >= p, If(And(r >= p,r >= u), i + 40 >= r, i + 40 >= u)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 40 >= p, If(And(s >= p,s >= t), i + 40 >= s, i + 40 >= t)), If(And(p >= u,p >= 0), i + 40 >= p, If(And(u >= p,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q >= r,q >= s), i + 39 >= q, If(And(r >= q,r >= s), i + 39 >= r, i + 39 >= s)), If(And(q >= r,q >= t), i + 39 >= q, If(And(r >= q,r >= t), i + 39 >= r, i + 39 >= t)), If(And(q >= r,q >= u), i + 40 >= q, If(And(r >= q,r >= u), i + 40 >= r, i + 40 >= u)), If(And(q >= r,q >= 0), i + 39 >= q, If(And(r >= q,r >= 0), i + 39 >= r, i + 39 >= 0)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(q >= s,q >= u), i + 40 >= q, If(And(s >= q,s >= u), i + 40 >= s, i + 40 >= u)), If(And(q >= s,q >= 0), i + 39 >= q, If(And(s >= q,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(q >= t,q >= u), i + 40 >= q, If(And(t >= q,t >= u), i + 40 >= t, i + 40 >= u)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= u,q >= 0), i + 40 >= q, If(And(u >= q,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(r >= s,r >= t), i + 39 >= r, If(And(s >= r,s >= t), i + 39 >= s, i + 39 >= t)), If(And(r >= s,r >= u), i + 40 >= r, If(And(s >= r,s >= u), i + 40 >= s, i + 40 >= u)), If(And(r >= s,r >= 0), i + 39 >= r, If(And(s >= r,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(r >= t,r >= u), i + 40 >= r, If(And(t >= r,t >= u), i + 40 >= t, i + 40 >= u)), If(And(r >= t,r >= 0), i + 39 >= r, If(And(t >= r,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(r >= u,r >= 0), i + 40 >= r, If(And(u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(s >= t,s >= u), i + 40 >= s, If(And(t >= s,t >= u), i + 40 >= t, i + 40 >= u)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(s >= u,s >= 0), i + 40 >= s, If(And(u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(t >= u,t >= 0), i + 40 >= t, If(And(u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(p <= q,p <= r), i + 31 >= p, If(And(q <= p,q <= r), i + 31 >= q, i + 31 >= r)), If(And(p <= q,p <= s), i + 29 >= p, If(And(q <= p,q <= s), i + 29 >= q, i + 29 >= s)), If(And(p <= q,p <= t), i + 27 >= p, If(And(q <= p,q <= t), i + 27 >= q, i + 27 >= t)), If(And(p <= q,p <= u), i + 35 >= p, If(And(q <= p,q <= u), i + 35 >= q, i + 35 >= u)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= s), i + 31 >= p, If(And(r <= p,r <= s), i + 31 >= r, i + 31 >= s)), If(And(p <= r,p <= t), i + 27 >= p, If(And(r <= p,r <= t), i + 27 >= r, i + 27 >= t)), If(And(p <= r,p <= u), i + 31 >= p, If(And(r <= p,r <= u), i + 31 >= r, i + 31 >= u)), If(And(p <= t,p <= u), i + 33 >= p, If(And(t <= p,t <= u), i + 33 >= t, i + 33 >= u)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= u,p <= 0), i + 20 >= p, If(And(u <= p,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 35 >= p, If(And(s <= p,s <= t), i + 35 >= s, i + 35 >= t)), If(And(p <= s,p <= u), i + 33 >= p, If(And(s <= p,s <= u), i + 33 >= s, i + 33 >= u)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= r,q <= t), i + 25 >= q, If(And(r <= q,r <= t), i + 25 >= r, i + 25 >= t)), If(And(q <= r,q <= u), i + 31 >= q, If(And(r <= q,r <= u), i + 31 >= r, i + 31 >= u)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= t), i + 25 >= q, If(And(s <= q,s <= t), i + 25 >= s, i + 25 >= t)), If(And(q <= s,q <= u), i + 30 >= q, If(And(s <= q,s <= u), i + 30 >= s, i + 30 >= u)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= u), i + 33 >= q, If(And(t <= q,t <= u), i + 33 >= t, i + 33 >= u)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= u,q <= 0), i + 20 >= q, If(And(u <= q,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(r <= s,r <= t), i + 29 >= r, If(And(s <= r,s <= t), i + 29 >= s, i + 29 >= t)), If(And(r <= s,r <= u), i + 29 >= r, If(And(s <= r,s <= u), i + 29 >= s, i + 29 >= u)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= u), i + 29 >= r, If(And(t <= r,t <= u), i + 29 >= t, i + 29 >= u)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= u,r <= 0), i + 20 >= r, If(And(u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(s <= t,s <= u), i + 33 >= s, If(And(t <= s,t <= u), i + 33 >= t, i + 33 >= u)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= u,s <= 0), i + 20 >= s, If(And(u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(t <= u,t <= 0), i + 20 >= t, If(And(u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= r,q <= s), i + 29 >= q, If(And(r <= q,r <= s), i + 29 >= r, i + 29 >= s)), If(And(q >= r,q >= s,q >= u),q >= i,If(And(r >= q,r >= s,r >= u),r >= i,If(And(s >= q,s >= r,s >= u),s >= i,u >= i))), If(And(q >= r,q >= s,q >= 0),q >= i,If(And(r >= q,r >= s,r >= 0),r >= i,If(And(s >= q,s >= r,s >= 0),s >= i,0 >= i))), If(And(q >= r,q >= u,q >= 0),q >= i,If(And(r >= q,r >= u,r >= 0),r >= i,If(And(u >= q,u >= r,u >= 0),u >= i,0 >= i))), If(And(q >= s,q >= u,q >= 0),q >= i,If(And(s >= q,s >= u,s >= 0),s >= i,If(And(u >= q,u >= s,u >= 0),u >= i,0 >= i))), If(And(q >= t,q >= u,q >= 0),q >= i,If(And(t >= q,t >= u,t >= 0),t >= i,If(And(u >= q,u >= t,u >= 0),u >= i,0 >= i))), If(And(r >= s,r >= u,r >= 0),r >= i,If(And(s >= r,s >= u,s >= 0),s >= i,If(And(u >= r,u >= s,u >= 0),u >= i,0 >= i))), If(And(s >= t,s >= u,s >= 0),s >= i,If(And(t >= s,t >= u,t >= 0),t >= i,If(And(u >= s,u >= t,u >= 0),u >= i,0 >= i))), If(And(p <= q,p <= r,p <= s),p >= i,If(And(q <= p,q <= r,q <= s),q >= i,If(And(r <= p,r <= q,r <= s),r >= i,s >= i))), If(And(p >= t,p >= u,p >= 0),p >= i,If(And(t >= p,t >= u,t >= 0),t >= i,If(And(u >= p,u >= t,u >= 0),u >= i,0 >= i))), If(And(r >= t,r >= u,r >= 0),r >= i,If(And(t >= r,t >= u,t >= 0),t >= i,If(And(u >= r,u >= t,u >= 0),u >= i,0 >= i))), If(And(p >= q,p >= r,p >= s),p >= i + 3,If(And(q >= p,q >= r,q >= s),q >= i + 3,If(And(r >= p,r >= q,r >= s),r >= i + 3,s >= i + 3))), If(And(p >= q,p >= r,p >= t),p >= i + 2,If(And(q >= p,q >= r,q >= t),q >= i + 2,If(And(r >= p,r >= q,r >= t),r >= i + 2,t >= i + 2))), If(And(p >= q,p >= r,p >= u),p >= i + 3,If(And(q >= p,q >= r,q >= u),q >= i + 3,If(And(r >= p,r >= q,r >= u),r >= i + 3,u >= i + 3))), If(And(p >= q,p >= r,p >= 0),p >= i + 3,If(And(q >= p,q >= r,q >= 0),q >= i + 3,If(And(r >= p,r >= q,r >= 0),r >= i + 3,0 >= i + 3))), If(And(p >= q,p >= s,p >= t),p >= i + 4,If(And(q >= p,q >= s,q >= t),q >= i + 4,If(And(s >= p,s >= q,s >= t),s >= i + 4,t >= i + 4))), If(And(p >= q,p >= s,p >= u),p >= i + 4,If(And(q >= p,q >= s,q >= u),q >= i + 4,If(And(s >= p,s >= q,s >= u),s >= i + 4,u >= i + 4))), If(And(p >= q,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= s,q >= 0),q >= i + 4,If(And(s >= p,s >= q,s >= 0),s >= i + 4,0 >= i + 4))), If(And(p >= q,p >= t,p >= u),p >= i + 3,If(And(q >= p,q >= t,q >= u),q >= i + 3,If(And(t >= p,t >= q,t >= u),t >= i + 3,u >= i + 3))), If(And(p >= q,p >= t,p >= 0),p >= i + 3,If(And(q >= p,q >= t,q >= 0),q >= i + 3,If(And(t >= p,t >= q,t >= 0),t >= i + 3,0 >= i + 3))), If(And(p >= q,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= u,q >= 0),q >= i + 1,If(And(u >= p,u >= q,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p >= r,p >= s,p >= t),p >= i + 5,If(And(r >= p,r >= s,r >= t),r >= i + 5,If(And(s >= p,s >= r,s >= t),s >= i + 5,t >= i + 5))), If(And(p >= r,p >= u,p >= 0),p >= i + 1,If(And(r >= p,r >= u,r >= 0),r >= i + 1,If(And(u >= p,u >= r,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p >= r,p >= s,p >= u),p >= i + 4,If(And(r >= p,r >= s,r >= u),r >= i + 4,If(And(s >= p,s >= r,s >= u),s >= i + 4,u >= i + 4))), If(And(p >= r,p >= s,p >= 0),p >= i + 4,If(And(r >= p,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= r,s >= 0),s >= i + 4,0 >= i + 4))), If(And(p >= r,p >= t,p >= u),p >= i + 3,If(And(r >= p,r >= t,r >= u),r >= i + 3,If(And(t >= p,t >= r,t >= u),t >= i + 3,u >= i + 3))), If(And(p >= r,p >= t,p >= 0),p >= i + 3,If(And(r >= p,r >= t,r >= 0),r >= i + 3,If(And(t >= p,t >= r,t >= 0),t >= i + 3,0 >= i + 3))), If(And(q >= r,q >= s,q >= t),q >= i + 5,If(And(r >= q,r >= s,r >= t),r >= i + 5,If(And(s >= q,s >= r,s >= t),s >= i + 5,t >= i + 5))), If(And(q >= r,q >= t,q >= u),q >= i + 5,If(And(r >= q,r >= t,r >= u),r >= i + 5,If(And(t >= q,t >= r,t >= u),t >= i + 5,u >= i + 5))), If(And(q >= r,q >= t,q >= 0),q >= i + 5,If(And(r >= q,r >= t,r >= 0),r >= i + 5,If(And(t >= q,t >= r,t >= 0),t >= i + 5,0 >= i + 5))), If(And(q >= s,q >= t,q >= u),q >= i + 1,If(And(s >= q,s >= t,s >= u),s >= i + 1,If(And(t >= q,t >= s,t >= u),t >= i + 1,u >= i + 1))), If(And(q >= s,q >= t,q >= 0),q >= i + 1,If(And(s >= q,s >= t,s >= 0),s >= i + 1,If(And(t >= q,t >= s,t >= 0),t >= i + 1,0 >= i + 1))), If(And(r >= s,r >= t,r >= 0),r >= i + 2,If(And(s >= r,s >= t,s >= 0),s >= i + 2,If(And(t >= r,t >= s,t >= 0),t >= i + 2,0 >= i + 2))), If(And(p <= q,p <= r,p <= 0),p >= i - 9,If(And(q <= p,q <= r,q <= 0),q >= i - 9,If(And(r <= p,r <= q,r <= 0),r >= i - 9,0 >= i - 9))), If(And(p <= q,p <= s,p <= 0),p >= i - 9,If(And(q <= p,q <= s,q <= 0),q >= i - 9,If(And(s <= p,s <= q,s <= 0),s >= i - 9,0 >= i - 9))), If(And(p <= r,p <= s,p <= 0),p >= i - 9,If(And(r <= p,r <= s,r <= 0),r >= i - 9,If(And(s <= p,s <= r,s <= 0),s >= i - 9,0 >= i - 9))), If(And(q <= r,q <= s,q <= 0),q >= i - 9,If(And(r <= q,r <= s,r <= 0),r >= i - 9,If(And(s <= q,s <= r,s <= 0),s >= i - 9,0 >= i - 9))), If(And(r >= s,r >= t,r >= u),r >= i + 3,If(And(s >= r,s >= t,s >= u),s >= i + 3,If(And(t >= r,t >= s,t >= u),t >= i + 3,u >= i + 3))), If(And(p >= s,p >= t,p >= u),p >= i + 1,If(And(s >= p,s >= t,s >= u),s >= i + 1,If(And(t >= p,t >= s,t >= u),t >= i + 1,u >= i + 1))), If(And(p >= s,p >= t,p >= 0),p >= i + 1,If(And(s >= p,s >= t,s >= 0),s >= i + 1,If(And(t >= p,t >= s,t >= 0),t >= i + 1,0 >= i + 1))), If(And(p >= s,p >= u,p >= 0),p >= i + 1,If(And(s >= p,s >= u,s >= 0),s >= i + 1,If(And(u >= p,u >= s,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p <= q,p <= r,p <= t),p >= i - 21,If(And(q <= p,q <= r,q <= t),q >= i - 21,If(And(r <= p,r <= q,r <= t),r >= i - 21,t >= i - 21))), If(And(p <= q,p <= r,p <= u),p >= i - 23,If(And(q <= p,q <= r,q <= u),q >= i - 23,If(And(r <= p,r <= q,r <= u),r >= i - 23,u >= i - 23))), If(And(p <= q,p <= s,p <= t),p >= i - 21,If(And(q <= p,q <= s,q <= t),q >= i - 21,If(And(s <= p,s <= q,s <= t),s >= i - 21,t >= i - 21))), If(And(p <= q,p <= s,p <= u),p >= i - 23,If(And(q <= p,q <= s,q <= u),q >= i - 23,If(And(s <= p,s <= q,s <= u),s >= i - 23,u >= i - 23))), If(And(p <= q,p <= t,p <= u),p >= i - 23,If(And(q <= p,q <= t,q <= u),q >= i - 23,If(And(t <= p,t <= q,t <= u),t >= i - 23,u >= i - 23))), If(And(p <= q,p <= t,p <= 0),p >= i - 21,If(And(q <= p,q <= t,q <= 0),q >= i - 21,If(And(t <= p,t <= q,t <= 0),t >= i - 21,0 >= i - 21))), If(And(p <= q,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= u,q <= 0),q >= i - 23,If(And(u <= p,u <= q,u <= 0),u >= i - 23,0 >= i - 23))), If(And(p <= r,p <= s,p <= t),p >= i - 21,If(And(r <= p,r <= s,r <= t),r >= i - 21,If(And(s <= p,s <= r,s <= t),s >= i - 21,t >= i - 21))), If(And(p <= r,p <= s,p <= u),p >= i - 23,If(And(r <= p,r <= s,r <= u),r >= i - 23,If(And(s <= p,s <= r,s <= u),s >= i - 23,u >= i - 23))), If(And(p <= r,p <= t,p <= u),p >= i - 23,If(And(r <= p,r <= t,r <= u),r >= i - 23,If(And(t <= p,t <= r,t <= u),t >= i - 23,u >= i - 23))), If(And(p <= r,p <= t,p <= 0),p >= i - 21,If(And(r <= p,r <= t,r <= 0),r >= i - 21,If(And(t <= p,t <= r,t <= 0),t >= i - 21,0 >= i - 21))), If(And(p <= r,p <= u,p <= 0),p >= i - 23,If(And(r <= p,r <= u,r <= 0),r >= i - 23,If(And(u <= p,u <= r,u <= 0),u >= i - 23,0 >= i - 23))), If(And(p <= s,p <= t,p <= u),p >= i - 23,If(And(s <= p,s <= t,s <= u),s >= i - 23,If(And(t <= p,t <= s,t <= u),t >= i - 23,u >= i - 23))), If(And(p <= s,p <= t,p <= 0),p >= i - 21,If(And(s <= p,s <= t,s <= 0),s >= i - 21,If(And(t <= p,t <= s,t <= 0),t >= i - 21,0 >= i - 21))), If(And(p <= s,p <= u,p <= 0),p >= i - 23,If(And(s <= p,s <= u,s <= 0),s >= i - 23,If(And(u <= p,u <= s,u <= 0),u >= i - 23,0 >= i - 23))), If(And(p <= t,p <= u,p <= 0),p >= i - 23,If(And(t <= p,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= t,u <= 0),u >= i - 23,0 >= i - 23))), If(And(q <= r,q <= s,q <= t),q >= i - 21,If(And(r <= q,r <= s,r <= t),r >= i - 21,If(And(s <= q,s <= r,s <= t),s >= i - 21,t >= i - 21))), If(And(q <= r,q <= s,q <= u),q >= i - 23,If(And(r <= q,r <= s,r <= u),r >= i - 23,If(And(s <= q,s <= r,s <= u),s >= i - 23,u >= i - 23))), If(And(q <= r,q <= t,q <= u),q >= i - 23,If(And(r <= q,r <= t,r <= u),r >= i - 23,If(And(t <= q,t <= r,t <= u),t >= i - 23,u >= i - 23))), If(And(q <= r,q <= t,q <= 0),q >= i - 21,If(And(r <= q,r <= t,r <= 0),r >= i - 21,If(And(t <= q,t <= r,t <= 0),t >= i - 21,0 >= i - 21))), If(And(q <= r,q <= u,q <= 0),q >= i - 23,If(And(r <= q,r <= u,r <= 0),r >= i - 23,If(And(u <= q,u <= r,u <= 0),u >= i - 23,0 >= i - 23))), If(And(q <= s,q <= t,q <= u),q >= i - 23,If(And(s <= q,s <= t,s <= u),s >= i - 23,If(And(t <= q,t <= s,t <= u),t >= i - 23,u >= i - 23))), If(And(q <= s,q <= t,q <= 0),q >= i - 21,If(And(s <= q,s <= t,s <= 0),s >= i - 21,If(And(t <= q,t <= s,t <= 0),t >= i - 21,0 >= i - 21))), If(And(q <= s,q <= u,q <= 0),q >= i - 23,If(And(s <= q,s <= u,s <= 0),s >= i - 23,If(And(u <= q,u <= s,u <= 0),u >= i - 23,0 >= i - 23))), If(And(q <= t,q <= u,q <= 0),q >= i - 23,If(And(t <= q,t <= u,t <= 0),t >= i - 23,If(And(u <= q,u <= t,u <= 0),u >= i - 23,0 >= i - 23))), If(And(r <= s,r <= t,r <= u),r >= i - 23,If(And(s <= r,s <= t,s <= u),s >= i - 23,If(And(t <= r,t <= s,t <= u),t >= i - 23,u >= i - 23))), If(And(r <= s,r <= t,r <= 0),r >= i - 21,If(And(s <= r,s <= t,s <= 0),s >= i - 21,If(And(t <= r,t <= s,t <= 0),t >= i - 21,0 >= i - 21))), If(And(r <= s,r <= u,r <= 0),r >= i - 23,If(And(s <= r,s <= u,s <= 0),s >= i - 23,If(And(u <= r,u <= s,u <= 0),u >= i - 23,0 >= i - 23))), If(And(r <= t,r <= u,r <= 0),r >= i - 23,If(And(t <= r,t <= u,t <= 0),t >= i - 23,If(And(u <= r,u <= t,u <= 0),u >= i - 23,0 >= i - 23))), If(And(s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= q,p >= r,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= u), i + 40 >= r, i + 40 >= u))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= t,q >= u), i + 40 >= q, If(And(t >= p,t >= q,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= q,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= u,q >= 0), i + 40 >= q, If(And(u >= p,u >= q,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= r,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= s,p >= t,p >= u), i + 40 >= p, If(And(s >= p,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= s,p >= t,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= s,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= s,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 40 >= p, If(And(t >= p,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= r,q >= s,q >= t), i + 39 >= q, If(And(r >= q,r >= s,r >= t), i + 39 >= r, If(And(s >= q,s >= r,s >= t), i + 39 >= s, i + 39 >= t))), If(And(q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(q >= r,q >= s,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= 0), i + 39 >= s, i + 39 >= 0))), If(And(q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= r,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= t,r >= 0), i + 39 >= r, If(And(t >= q,t >= r,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p <= q,p <= r,p <= t), i + 24 >= p, If(And(q <= p,q <= r,q <= t), i + 24 >= q, If(And(r <= p,r <= q,r <= t), i + 24 >= r, i + 24 >= t))), If(And(p <= q,p <= r,p <= u), i + 31 >= p, If(And(q <= p,q <= r,q <= u), i + 31 >= q, If(And(r <= p,r <= q,r <= u), i + 31 >= r, i + 31 >= u))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(p <= q,p <= s,p <= t), i + 25 >= p, If(And(q <= p,q <= s,q <= t), i + 25 >= q, If(And(s <= p,s <= q,s <= t), i + 25 >= s, i + 25 >= t))), If(And(p <= q,p <= s,p <= u), i + 22 >= p, If(And(q <= p,q <= s,q <= u), i + 22 >= q, If(And(s <= p,s <= q,s <= u), i + 22 >= s, i + 22 >= u))), If(And(p <= q,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= t,q <= u), i + 24 >= q, If(And(t <= p,t <= q,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= q,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= u,q <= 0), i + 20 >= q, If(And(u <= p,u <= q,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= r,p <= s,p <= u), i + 26 >= p, If(And(r <= p,r <= s,r <= u), i + 26 >= r, If(And(s <= p,s <= r,s <= u), i + 26 >= s, i + 26 >= u))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= r,p <= t,p <= u), i + 24 >= p, If(And(r <= p,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= s,p <= t,p <= u), i + 33 >= p, If(And(s <= p,s <= t,s <= u), i + 33 >= s, If(And(t <= p,t <= s,t <= u), i + 33 >= t, i + 33 >= u))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= t,p <= u,p <= 0), i + 20 >= p, If(And(t <= p,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 25 >= q, If(And(r <= q,r <= s,r <= t), i + 25 >= r, If(And(s <= q,s <= r,s <= t), i + 25 >= s, i + 25 >= t))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= s,q <= t,q <= u), i + 20 >= q, If(And(s <= q,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= s,t <= u), i + 20 >= t, i + 20 >= u))), If(And(q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0))), If(And(q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(r <= s,r <= t,r <= u), i + 29 >= r, If(And(s <= r,s <= t,s <= u), i + 29 >= s, If(And(t <= r,t <= s,t <= u), i + 29 >= t, i + 29 >= u))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= q,p <= r,p <= s), i + 21 >= p, If(And(q <= p,q <= r,q <= s), i + 21 >= q, If(And(r <= p,r <= q,r <= s), i + 21 >= r, i + 21 >= s))), If(And(q <= r,q <= s,q <= u), i + 24 >= q, If(And(r <= q,r <= s,r <= u), i + 24 >= r, If(And(s <= q,s <= r,s <= u), i + 24 >= s, i + 24 >= u))), If(And(q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 5,t >= i + 5)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= u),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= u),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= u),s >= i + 4,u >= i + 4)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 4,0 >= i + 4)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i + 5,If(And(q >= p,q >= r,q >= t,q >= u),q >= i + 5,If(And(r >= p,r >= q,r >= t,r >= u),r >= i + 5,If(And(t >= p,t >= q,t >= r,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 5,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i + 3,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i + 3,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i + 3,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i + 3,0 >= i + 3)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i + 5,If(And(q >= p,q >= s,q >= t,q >= u),q >= i + 5,If(And(s >= p,s >= q,s >= t,s >= u),s >= i + 5,If(And(t >= p,t >= q,t >= s,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 5,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i + 4,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i + 4,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i + 4,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i + 4,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i + 4,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i + 5,If(And(r >= q,r >= s,r >= t,r >= u),r >= i + 5,If(And(s >= q,s >= r,s >= t,s >= u),s >= i + 5,If(And(t >= q,t >= r,t >= s,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i + 4,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i + 3,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i + 3,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i + 3,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i + 3,0 >= i + 3)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i + 5,If(And(r >= p,r >= s,r >= t,r >= u),r >= i + 5,If(And(s >= p,s >= r,s >= t,s >= u),s >= i + 5,If(And(t >= p,t >= r,t >= s,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i + 5,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i + 5,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i + 5,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i + 5,0 >= i + 5)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i + 1,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i + 1,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i + 1,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 9,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 9,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 9,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 9,0 >= i - 9)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i + 3,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i + 3,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i + 3,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i + 3,0 >= i + 3)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i + 1,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i + 1,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i + 1,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i + 1,0 >= i + 1)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 21,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 21,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 21,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 21,t >= i - 21)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 23,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 23,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 23,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 23,u >= i - 23)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 23,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 23,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 23,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 23,u >= i - 23)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 21,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 21,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 21,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 21,0 >= i - 21)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 23,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 23,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 23,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 23,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 23,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 23,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 23,u >= i - 23)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 21,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 21,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 21,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 21,0 >= i - 21)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 23,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 23,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 23,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 23,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 23,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 23,u >= i - 23)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 21,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 21,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 21,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 21,0 >= i - 21)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 23,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 23,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 23,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 23,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 23,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 23,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 23,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 23,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 23,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 23,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 23,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 23,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 23,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 23,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 23,u >= i - 23)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 21,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 21,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 21,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 21,0 >= i - 21)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 23,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 23,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 23,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 23,0 >= i - 23)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= u), i + 17 >= p, If(And(q <= p,q <= r,q <= s,q <= u), i + 17 >= q, If(And(r <= p,r <= q,r <= s,r <= u), i + 17 >= r, If(And(s <= p,s <= q,s <= r,s <= u), i + 17 >= s, i + 17 >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= p,r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i + 19 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i + 19 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i + 19 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i + 23 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i + 23 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i + 23 >= t, i + 23 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= u), i + 20 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i + 20 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i + 20 >= t, i + 20 >= u)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i + 17 >= t, i + 17 >= u)))), If(And(p <= q,p <= s,p <= u,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i + 18 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i + 18 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i + 18 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i + 18 >= u, i + 18 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i >= t, i >= u))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i + 5,u >= i + 5))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i + 4,0 >= i + 4))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i + 5,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i + 5,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i + 5,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 5,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i + 5,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 23,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 23,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r >= i - 23,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s >= i - 23,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t >= i - 23,u >= i - 23))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 21,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 21,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 21,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 21,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 21,0 >= i - 21))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 23,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 23,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 23,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 23,0 >= i - 23))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 23,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 23,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 23,0 >= i - 23))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 23,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 23,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 23,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 23,If(And(r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 23,If(And(s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i + 17 >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i + 14 >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i + 14 >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i + 14 >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i + 14 >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i + 14 >= u, i + 14 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 23,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 23,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 23,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 23,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 23,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 23,0 >= i - 23)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))))] decr5_LI4=\ [p >= i, q >= i, r >= i, s >= i, t >= i, 0 >= i - 9, i >= p - 40, i >= q - 39, i >= r - 39, i >= s - 39, i >= t - 39, i >= u - 40, u + 21 >= i, i + 20 >= 0, If(p >= q,p >= i,q >= i), If(p >= r,p >= i,r >= i), If(p >= s,p >= i,s >= i), If(p >= t,p >= i,t >= i), If(p >= u,p >= i,u >= i), If(p >= 0,p >= i,0 >= i), If(q >= r,q >= i,r >= i), If(q >= s,q >= i,s >= i), If(q >= t,q >= i,t >= i), If(q >= u,q >= i,u >= i), If(q >= 0,q >= i,0 >= i), If(r >= s,r >= i,s >= i), If(r >= t,r >= i,t >= i), If(r >= u,r >= i,u >= i), If(r >= 0,r >= i,0 >= i), If(s >= t,s >= i,t >= i), If(s >= u,s >= i,u >= i), If(s >= 0,s >= i,0 >= i), If(t >= u,t >= i,u >= i), If(t >= 0,t >= i,0 >= i), If(p <= q,p >= i,q >= i), If(p <= r,p >= i,r >= i), If(p <= s,p >= i,s >= i), If(p <= t,p >= i,t >= i), If(q <= r,q >= i,r >= i), If(q <= s,q >= i,s >= i), If(q <= t,q >= i,t >= i), If(r <= s,r >= i,s >= i), If(r <= t,r >= i,t >= i), If(s <= t,s >= i,t >= i), If(i <= 0, p >= i, p >= 0), If(i <= 0, q >= i, q >= 0), If(i <= 0, r >= i, r >= 0), If(i <= 0, s >= i, s >= 0), If(i <= 0, t >= i, t >= 0), If(u >= 0,u >= i - 5,0 >= i - 5), If(p <= 0,p >= i - 9,0 >= i - 9), If(q <= 0,q >= i - 9,0 >= i - 9), If(r <= 0,r >= i - 9,0 >= i - 9), If(s <= 0,s >= i - 9,0 >= i - 9), If(t <= 0,t >= i - 9,0 >= i - 9), If(i >= 0,i >= p - 20,0 >= p - 20), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i >= 0,i >= t - 20,0 >= t - 20), If(i >= 0,i >= u - 20,0 >= u - 20), If(i <= 0,i >= p - 40,0 >= p - 40), If(i <= 0,i >= q - 39,0 >= q - 39), If(i <= 0,i >= r - 39,0 >= r - 39), If(i <= 0,i >= s - 39,0 >= s - 39), If(i <= 0,i >= t - 39,0 >= t - 39), If(i <= 0,i >= u - 40,0 >= u - 40), If(p <= u,p >= i - 21,u >= i - 21), If(q <= u,q >= i - 21,u >= i - 21), If(r <= u,r >= i - 21,u >= i - 21), If(s <= u,s >= i - 21,u >= i - 21), If(t <= u,t >= i - 21,u >= i - 21), If(u <= 0,u >= i - 21,0 >= i - 21), If(i >= 0, p + 20 >= i, p + 20 >= 0), If(i >= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, s + 20 >= i, s + 20 >= 0), If(i >= 0, t + 20 >= i, t + 20 >= 0), If(i >= 0, u + 21 >= i, u + 21 >= 0), If(p >= q, i + 40 >= p, i + 40 >= q), If(p >= r, i + 40 >= p, i + 40 >= r), If(p >= s, i + 40 >= p, i + 40 >= s), If(p >= t, i + 40 >= p, i + 40 >= t), If(p >= u, i + 40 >= p, i + 40 >= u), If(p >= 0, i + 40 >= p, i + 40 >= 0), If(q >= r, i + 39 >= q, i + 39 >= r), If(q >= s, i + 39 >= q, i + 39 >= s), If(q >= t, i + 39 >= q, i + 39 >= t), If(q >= u, i + 40 >= q, i + 40 >= u), If(q >= 0, i + 39 >= q, i + 39 >= 0), If(r >= s, i + 39 >= r, i + 39 >= s), If(r >= t, i + 39 >= r, i + 39 >= t), If(r >= u, i + 40 >= r, i + 40 >= u), If(r >= 0, i + 39 >= r, i + 39 >= 0), If(s >= t, i + 39 >= s, i + 39 >= t), If(s >= u, i + 40 >= s, i + 40 >= u), If(s >= 0, i + 39 >= s, i + 39 >= 0), If(t >= u, i + 40 >= t, i + 40 >= u), If(t >= 0, i + 39 >= t, i + 39 >= 0), If(u >= 0, i + 40 >= u, i + 40 >= 0), If(i <= 0, u + 18 >= i, u + 18 >= 0), If(p <= q, i + 35 >= p, i + 35 >= q), If(p <= r, i + 35 >= p, i + 35 >= r), If(p <= s, i + 37 >= p, i + 37 >= s), If(p <= t, i + 37 >= p, i + 37 >= t), If(p <= u, i + 37 >= p, i + 37 >= u), If(p <= 0, i + 20 >= p, i + 20 >= 0), If(q <= r, i + 39 >= q, i + 39 >= r), If(q <= s, i + 34 >= q, i + 34 >= s), If(q <= t, i + 34 >= q, i + 34 >= t), If(q <= u, i + 35 >= q, i + 35 >= u), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 35 >= r, i + 35 >= s), If(r <= t, i + 34 >= r, i + 34 >= t), If(r <= u, i + 37 >= r, i + 37 >= u), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 35 >= s, i + 35 >= t), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(u <= 0, i + 20 >= u, i + 20 >= 0), If(s <= u, i + 34 >= s, i + 34 >= u), If(And(p >= q,p >= u),p >= i,If(And(q >= p,q >= u),q >= i,u >= i)), If(And(q >= u,q >= 0),q >= i,If(And(u >= q,u >= 0),u >= i,0 >= i)), If(And(p >= u,p >= 0),p >= i,If(And(u >= p,u >= 0),u >= i,0 >= i)), If(And(q >= r,q >= s),q >= i,If(And(r >= q,r >= s),r >= i,s >= i)), If(And(q >= r,q >= u),q >= i,If(And(r >= q,r >= u),r >= i,u >= i)), If(And(q >= r,q >= 0),q >= i,If(And(r >= q,r >= 0),r >= i,0 >= i)), If(And(q >= s,q >= u),q >= i,If(And(s >= q,s >= u),s >= i,u >= i)), If(And(q >= s,q >= 0),q >= i,If(And(s >= q,s >= 0),s >= i,0 >= i)), If(And(r >= s,r >= u),r >= i,If(And(s >= r,s >= u),s >= i,u >= i)), If(And(r >= s,r >= 0),r >= i,If(And(s >= r,s >= 0),s >= i,0 >= i)), If(And(r >= u,r >= 0),r >= i,If(And(u >= r,u >= 0),u >= i,0 >= i)), If(And(s >= t,s >= u),s >= i,If(And(t >= s,t >= u),t >= i,u >= i)), If(And(s >= u,s >= 0),s >= i,If(And(u >= s,u >= 0),u >= i,0 >= i)), If(And(p <= q,p <= r),p >= i,If(And(q <= p,q <= r),q >= i,r >= i)), If(And(p <= q,p <= s),p >= i,If(And(q <= p,q <= s),q >= i,s >= i)), If(And(p <= q,p <= t),p >= i,If(And(q <= p,q <= t),q >= i,t >= i)), If(And(p <= r,p <= s),p >= i,If(And(r <= p,r <= s),r >= i,s >= i)), If(And(p <= r,p <= t),p >= i,If(And(r <= p,r <= t),r >= i,t >= i)), If(And(p <= s,p <= t),p >= i,If(And(s <= p,s <= t),s >= i,t >= i)), If(And(q <= r,q <= s),q >= i,If(And(r <= q,r <= s),r >= i,s >= i)), If(And(q <= r,q <= t),q >= i,If(And(r <= q,r <= t),r >= i,t >= i)), If(And(q <= s,q <= t),q >= i,If(And(s <= q,s <= t),s >= i,t >= i)), If(And(r <= s,r <= t),r >= i,If(And(s <= r,s <= t),s >= i,t >= i)), If(And(q >= t,q >= u),q >= i,If(And(t >= q,t >= u),t >= i,u >= i)), If(And(p >= s,p >= t),p >= i + 4,If(And(s >= p,s >= t),s >= i + 4,t >= i + 4)), If(And(p >= q,p >= s),p >= i + 2,If(And(q >= p,q >= s),q >= i + 2,s >= i + 2)), If(And(p >= q,p >= 0),p >= i + 1,If(And(q >= p,q >= 0),q >= i + 1,0 >= i + 1)), If(And(p >= r,p >= s),p >= i + 3,If(And(r >= p,r >= s),r >= i + 3,s >= i + 3)), If(And(p >= s,p >= u),p >= i + 1,If(And(s >= p,s >= u),s >= i + 1,u >= i + 1)), If(And(p >= s,p >= 0),p >= i + 4,If(And(s >= p,s >= 0),s >= i + 4,0 >= i + 4)), If(And(p >= t,p >= u),p >= i + 3,If(And(t >= p,t >= u),t >= i + 3,u >= i + 3)), If(And(q >= t,q >= 0),q >= i + 1,If(And(t >= q,t >= 0),t >= i + 1,0 >= i + 1)), If(And(q >= r,q >= t),q >= i + 2,If(And(r >= q,r >= t),r >= i + 2,t >= i + 2)), If(And(q >= s,q >= t),q >= i + 3,If(And(s >= q,s >= t),s >= i + 3,t >= i + 3)), If(And(r >= t,r >= u),r >= i + 3,If(And(t >= r,t >= u),t >= i + 3,u >= i + 3)), If(And(r >= t,r >= 0),r >= i + 3,If(And(t >= r,t >= 0),t >= i + 3,0 >= i + 3)), If(And(s >= t,s >= 0),s >= i + 2,If(And(t >= s,t >= 0),t >= i + 2,0 >= i + 2)), If(And(t >= u,t >= 0),t >= i + 1,If(And(u >= t,u >= 0),u >= i + 1,0 >= i + 1)), If(And(p <= q,p <= 0),p >= i - 9,If(And(q <= p,q <= 0),q >= i - 9,0 >= i - 9)), If(And(p <= r,p <= 0),p >= i - 9,If(And(r <= p,r <= 0),r >= i - 9,0 >= i - 9)), If(And(p <= s,p <= 0),p >= i - 9,If(And(s <= p,s <= 0),s >= i - 9,0 >= i - 9)), If(And(p <= t,p <= 0),p >= i - 9,If(And(t <= p,t <= 0),t >= i - 9,0 >= i - 9)), If(And(q <= r,q <= 0),q >= i - 9,If(And(r <= q,r <= 0),r >= i - 9,0 >= i - 9)), If(And(q <= s,q <= 0),q >= i - 9,If(And(s <= q,s <= 0),s >= i - 9,0 >= i - 9)), If(And(q <= t,q <= 0),q >= i - 9,If(And(t <= q,t <= 0),t >= i - 9,0 >= i - 9)), If(And(r <= s,r <= 0),r >= i - 9,If(And(s <= r,s <= 0),s >= i - 9,0 >= i - 9)), If(And(r <= t,r <= 0),r >= i - 9,If(And(t <= r,t <= 0),t >= i - 9,0 >= i - 9)), If(And(s <= t,s <= 0),s >= i - 9,If(And(t <= s,t <= 0),t >= i - 9,0 >= i - 9)), If(And(p >= r,p >= u),p >= i + 1,If(And(r >= p,r >= u),r >= i + 1,u >= i + 1)), If(And(p >= r,p >= 0),p >= i + 1,If(And(r >= p,r >= 0),r >= i + 1,0 >= i + 1)), If(And(p >= q,p >= r),p >= i + 2,If(And(q >= p,q >= r),q >= i + 2,r >= i + 2)), If(And(p >= q,p >= t),p >= i + 2,If(And(q >= p,q >= t),q >= i + 2,t >= i + 2)), If(And(p >= r,p >= t),p >= i + 2,If(And(r >= p,r >= t),r >= i + 2,t >= i + 2)), If(And(p >= t,p >= 0),p >= i + 3,If(And(t >= p,t >= 0),t >= i + 3,0 >= i + 3)), If(And(r >= s,r >= t),r >= i + 3,If(And(s >= r,s >= t),s >= i + 3,t >= i + 3)), If(And(p <= q,p <= u),p >= i - 21,If(And(q <= p,q <= u),q >= i - 21,u >= i - 21)), If(And(p <= r,p <= u),p >= i - 21,If(And(r <= p,r <= u),r >= i - 21,u >= i - 21)), If(And(p <= s,p <= u),p >= i - 21,If(And(s <= p,s <= u),s >= i - 21,u >= i - 21)), If(And(p <= t,p <= u),p >= i - 21,If(And(t <= p,t <= u),t >= i - 21,u >= i - 21)), If(And(p <= u,p <= 0),p >= i - 21,If(And(u <= p,u <= 0),u >= i - 21,0 >= i - 21)), If(And(q <= r,q <= u),q >= i - 21,If(And(r <= q,r <= u),r >= i - 21,u >= i - 21)), If(And(q <= s,q <= u),q >= i - 21,If(And(s <= q,s <= u),s >= i - 21,u >= i - 21)), If(And(q <= t,q <= u),q >= i - 21,If(And(t <= q,t <= u),t >= i - 21,u >= i - 21)), If(And(q <= u,q <= 0),q >= i - 21,If(And(u <= q,u <= 0),u >= i - 21,0 >= i - 21)), If(And(r <= s,r <= u),r >= i - 21,If(And(s <= r,s <= u),s >= i - 21,u >= i - 21)), If(And(r <= t,r <= u),r >= i - 21,If(And(t <= r,t <= u),t >= i - 21,u >= i - 21)), If(And(r <= u,r <= 0),r >= i - 21,If(And(u <= r,u <= 0),u >= i - 21,0 >= i - 21)), If(And(s <= t,s <= u),s >= i - 21,If(And(t <= s,t <= u),t >= i - 21,u >= i - 21)), If(And(s <= u,s <= 0),s >= i - 21,If(And(u <= s,u <= 0),u >= i - 21,0 >= i - 21)), If(And(t <= u,t <= 0),t >= i - 21,If(And(u <= t,u <= 0),u >= i - 21,0 >= i - 21)), If(And(p >= r,p >= t), i + 40 >= p, If(And(r >= p,r >= t), i + 40 >= r, i + 40 >= t)), If(And(p >= r,p >= u), i + 40 >= p, If(And(r >= p,r >= u), i + 40 >= r, i + 40 >= u)), If(And(p >= r,p >= 0), i + 40 >= p, If(And(r >= p,r >= 0), i + 40 >= r, i + 40 >= 0)), If(And(p >= s,p >= t), i + 40 >= p, If(And(s >= p,s >= t), i + 40 >= s, i + 40 >= t)), If(And(p >= q,p >= r), i + 40 >= p, If(And(q >= p,q >= r), i + 40 >= q, i + 40 >= r)), If(And(p >= q,p >= s), i + 40 >= p, If(And(q >= p,q >= s), i + 40 >= q, i + 40 >= s)), If(And(p >= q,p >= t), i + 40 >= p, If(And(q >= p,q >= t), i + 40 >= q, i + 40 >= t)), If(And(p >= q,p >= u), i + 40 >= p, If(And(q >= p,q >= u), i + 40 >= q, i + 40 >= u)), If(And(p >= q,p >= 0), i + 40 >= p, If(And(q >= p,q >= 0), i + 40 >= q, i + 40 >= 0)), If(And(p >= r,p >= s), i + 40 >= p, If(And(r >= p,r >= s), i + 40 >= r, i + 40 >= s)), If(And(p >= s,p >= u), i + 40 >= p, If(And(s >= p,s >= u), i + 40 >= s, i + 40 >= u)), If(And(p >= s,p >= 0), i + 40 >= p, If(And(s >= p,s >= 0), i + 40 >= s, i + 40 >= 0)), If(And(p >= t,p >= u), i + 40 >= p, If(And(t >= p,t >= u), i + 40 >= t, i + 40 >= u)), If(And(p >= t,p >= 0), i + 40 >= p, If(And(t >= p,t >= 0), i + 40 >= t, i + 40 >= 0)), If(And(q >= t,q >= u), i + 40 >= q, If(And(t >= q,t >= u), i + 40 >= t, i + 40 >= u)), If(And(q >= t,q >= 0), i + 39 >= q, If(And(t >= q,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(q >= u,q >= 0), i + 40 >= q, If(And(u >= q,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(r >= s,r >= t), i + 39 >= r, If(And(s >= r,s >= t), i + 39 >= s, i + 39 >= t)), If(And(p >= u,p >= 0), i + 40 >= p, If(And(u >= p,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(q >= r,q >= s), i + 39 >= q, If(And(r >= q,r >= s), i + 39 >= r, i + 39 >= s)), If(And(q >= r,q >= t), i + 39 >= q, If(And(r >= q,r >= t), i + 39 >= r, i + 39 >= t)), If(And(q >= r,q >= u), i + 40 >= q, If(And(r >= q,r >= u), i + 40 >= r, i + 40 >= u)), If(And(q >= r,q >= 0), i + 39 >= q, If(And(r >= q,r >= 0), i + 39 >= r, i + 39 >= 0)), If(And(q >= s,q >= t), i + 39 >= q, If(And(s >= q,s >= t), i + 39 >= s, i + 39 >= t)), If(And(q >= s,q >= u), i + 40 >= q, If(And(s >= q,s >= u), i + 40 >= s, i + 40 >= u)), If(And(q >= s,q >= 0), i + 39 >= q, If(And(s >= q,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(r >= s,r >= u), i + 40 >= r, If(And(s >= r,s >= u), i + 40 >= s, i + 40 >= u)), If(And(r >= s,r >= 0), i + 39 >= r, If(And(s >= r,s >= 0), i + 39 >= s, i + 39 >= 0)), If(And(r >= t,r >= u), i + 40 >= r, If(And(t >= r,t >= u), i + 40 >= t, i + 40 >= u)), If(And(r >= t,r >= 0), i + 39 >= r, If(And(t >= r,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(r >= u,r >= 0), i + 40 >= r, If(And(u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(s >= t,s >= u), i + 40 >= s, If(And(t >= s,t >= u), i + 40 >= t, i + 40 >= u)), If(And(s >= t,s >= 0), i + 39 >= s, If(And(t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)), If(And(s >= u,s >= 0), i + 40 >= s, If(And(u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(t >= u,t >= 0), i + 40 >= t, If(And(u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)), If(And(p <= q,p <= r), i + 31 >= p, If(And(q <= p,q <= r), i + 31 >= q, i + 31 >= r)), If(And(p <= q,p <= s), i + 29 >= p, If(And(q <= p,q <= s), i + 29 >= q, i + 29 >= s)), If(And(p <= q,p <= t), i + 29 >= p, If(And(q <= p,q <= t), i + 29 >= q, i + 29 >= t)), If(And(p <= q,p <= u), i + 35 >= p, If(And(q <= p,q <= u), i + 35 >= q, i + 35 >= u)), If(And(p <= q,p <= 0), i + 20 >= p, If(And(q <= p,q <= 0), i + 20 >= q, i + 20 >= 0)), If(And(p <= r,p <= s), i + 31 >= p, If(And(r <= p,r <= s), i + 31 >= r, i + 31 >= s)), If(And(p <= r,p <= t), i + 29 >= p, If(And(r <= p,r <= t), i + 29 >= r, i + 29 >= t)), If(And(p <= r,p <= u), i + 31 >= p, If(And(r <= p,r <= u), i + 31 >= r, i + 31 >= u)), If(And(p <= r,p <= 0), i + 20 >= p, If(And(r <= p,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(p <= s,p <= t), i + 35 >= p, If(And(s <= p,s <= t), i + 35 >= s, i + 35 >= t)), If(And(p <= s,p <= u), i + 33 >= p, If(And(s <= p,s <= u), i + 33 >= s, i + 33 >= u)), If(And(p <= s,p <= 0), i + 20 >= p, If(And(s <= p,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p <= t,p <= u), i + 33 >= p, If(And(t <= p,t <= u), i + 33 >= t, i + 33 >= u)), If(And(p <= t,p <= 0), i + 20 >= p, If(And(t <= p,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p <= u,p <= 0), i + 20 >= p, If(And(u <= p,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= r,q <= s), i + 29 >= q, If(And(r <= q,r <= s), i + 29 >= r, i + 29 >= s)), If(And(q <= r,q <= t), i + 25 >= q, If(And(r <= q,r <= t), i + 25 >= r, i + 25 >= t)), If(And(q <= r,q <= u), i + 31 >= q, If(And(r <= q,r <= u), i + 31 >= r, i + 31 >= u)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= t), i + 29 >= q, If(And(s <= q,s <= t), i + 29 >= s, i + 29 >= t)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= u), i + 33 >= q, If(And(t <= q,t <= u), i + 33 >= t, i + 33 >= u)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(q <= u,q <= 0), i + 20 >= q, If(And(u <= q,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(r <= s,r <= t), i + 29 >= r, If(And(s <= r,s <= t), i + 29 >= s, i + 29 >= t)), If(And(r <= s,r <= u), i + 29 >= r, If(And(s <= r,s <= u), i + 29 >= s, i + 29 >= u)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= u), i + 29 >= r, If(And(t <= r,t <= u), i + 29 >= t, i + 29 >= u)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= u,r <= 0), i + 20 >= r, If(And(u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(s <= t,s <= u), i + 33 >= s, If(And(t <= s,t <= u), i + 33 >= t, i + 33 >= u)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= u,s <= 0), i + 20 >= s, If(And(u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(t <= u,t <= 0), i + 20 >= t, If(And(u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(q <= s,q <= u), i + 30 >= q, If(And(s <= q,s <= u), i + 30 >= s, i + 30 >= u)), If(And(q >= r,q >= s,q >= u),q >= i,If(And(r >= q,r >= s,r >= u),r >= i,If(And(s >= q,s >= r,s >= u),s >= i,u >= i))), If(And(q >= r,q >= s,q >= 0),q >= i,If(And(r >= q,r >= s,r >= 0),r >= i,If(And(s >= q,s >= r,s >= 0),s >= i,0 >= i))), If(And(r >= s,r >= u,r >= 0),r >= i,If(And(s >= r,s >= u,s >= 0),s >= i,If(And(u >= r,u >= s,u >= 0),u >= i,0 >= i))), If(And(q >= s,q >= u,q >= 0),q >= i,If(And(s >= q,s >= u,s >= 0),s >= i,If(And(u >= q,u >= s,u >= 0),u >= i,0 >= i))), If(And(q >= r,q >= u,q >= 0),q >= i,If(And(r >= q,r >= u,r >= 0),r >= i,If(And(u >= q,u >= r,u >= 0),u >= i,0 >= i))), If(And(p <= q,p <= r,p <= s),p >= i,If(And(q <= p,q <= r,q <= s),q >= i,If(And(r <= p,r <= q,r <= s),r >= i,s >= i))), If(And(p <= q,p <= r,p <= t),p >= i,If(And(q <= p,q <= r,q <= t),q >= i,If(And(r <= p,r <= q,r <= t),r >= i,t >= i))), If(And(p <= q,p <= s,p <= t),p >= i,If(And(q <= p,q <= s,q <= t),q >= i,If(And(s <= p,s <= q,s <= t),s >= i,t >= i))), If(And(p <= r,p <= s,p <= t),p >= i,If(And(r <= p,r <= s,r <= t),r >= i,If(And(s <= p,s <= r,s <= t),s >= i,t >= i))), If(And(q <= r,q <= s,q <= t),q >= i,If(And(r <= q,r <= s,r <= t),r >= i,If(And(s <= q,s <= r,s <= t),s >= i,t >= i))), If(And(p >= q,p >= r,p >= s),p >= i + 3,If(And(q >= p,q >= r,q >= s),q >= i + 3,If(And(r >= p,r >= q,r >= s),r >= i + 3,s >= i + 3))), If(And(p >= q,p >= r,p >= u),p >= i + 3,If(And(q >= p,q >= r,q >= u),q >= i + 3,If(And(r >= p,r >= q,r >= u),r >= i + 3,u >= i + 3))), If(And(p >= q,p >= r,p >= 0),p >= i + 3,If(And(q >= p,q >= r,q >= 0),q >= i + 3,If(And(r >= p,r >= q,r >= 0),r >= i + 3,0 >= i + 3))), If(And(p >= q,p >= s,p >= t),p >= i + 5,If(And(q >= p,q >= s,q >= t),q >= i + 5,If(And(s >= p,s >= q,s >= t),s >= i + 5,t >= i + 5))), If(And(p >= q,p >= s,p >= u),p >= i + 4,If(And(q >= p,q >= s,q >= u),q >= i + 4,If(And(s >= p,s >= q,s >= u),s >= i + 4,u >= i + 4))), If(And(p >= q,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= s,q >= 0),q >= i + 4,If(And(s >= p,s >= q,s >= 0),s >= i + 4,0 >= i + 4))), If(And(p >= q,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= t,q >= 0),q >= i + 5,If(And(t >= p,t >= q,t >= 0),t >= i + 5,0 >= i + 5))), If(And(p >= q,p >= u,p >= 0),p >= i + 1,If(And(q >= p,q >= u,q >= 0),q >= i + 1,If(And(u >= p,u >= q,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p >= r,p >= s,p >= t),p >= i + 5,If(And(r >= p,r >= s,r >= t),r >= i + 5,If(And(s >= p,s >= r,s >= t),s >= i + 5,t >= i + 5))), If(And(p >= r,p >= s,p >= u),p >= i + 4,If(And(r >= p,r >= s,r >= u),r >= i + 4,If(And(s >= p,s >= r,s >= u),s >= i + 4,u >= i + 4))), If(And(p >= r,p >= s,p >= 0),p >= i + 4,If(And(r >= p,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= r,s >= 0),s >= i + 4,0 >= i + 4))), If(And(p >= s,p >= t,p >= u),p >= i + 5,If(And(s >= p,s >= t,s >= u),s >= i + 5,If(And(t >= p,t >= s,t >= u),t >= i + 5,u >= i + 5))), If(And(p >= s,p >= t,p >= 0),p >= i + 5,If(And(s >= p,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= s,t >= 0),t >= i + 5,0 >= i + 5))), If(And(p >= s,p >= u,p >= 0),p >= i + 4,If(And(s >= p,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= s,u >= 0),u >= i + 4,0 >= i + 4))), If(And(q >= r,q >= s,q >= t),q >= i + 5,If(And(r >= q,r >= s,r >= t),r >= i + 5,If(And(s >= q,s >= r,s >= t),s >= i + 5,t >= i + 5))), If(And(r >= t,r >= u,r >= 0),r >= i + 3,If(And(t >= r,t >= u,t >= 0),t >= i + 3,If(And(u >= r,u >= t,u >= 0),u >= i + 3,0 >= i + 3))), If(And(q >= s,q >= t,q >= 0),q >= i + 4,If(And(s >= q,s >= t,s >= 0),s >= i + 4,If(And(t >= q,t >= s,t >= 0),t >= i + 4,0 >= i + 4))), If(And(q >= t,q >= u,q >= 0),q >= i + 1,If(And(t >= q,t >= u,t >= 0),t >= i + 1,If(And(u >= q,u >= t,u >= 0),u >= i + 1,0 >= i + 1))), If(And(q >= r,q >= t,q >= u),q >= i + 5,If(And(r >= q,r >= t,r >= u),r >= i + 5,If(And(t >= q,t >= r,t >= u),t >= i + 5,u >= i + 5))), If(And(q >= r,q >= t,q >= 0),q >= i + 5,If(And(r >= q,r >= t,r >= 0),r >= i + 5,If(And(t >= q,t >= r,t >= 0),t >= i + 5,0 >= i + 5))), If(And(q >= s,q >= t,q >= u),q >= i + 3,If(And(s >= q,s >= t,s >= u),s >= i + 3,If(And(t >= q,t >= s,t >= u),t >= i + 3,u >= i + 3))), If(And(p <= q,p <= r,p <= 0),p >= i - 9,If(And(q <= p,q <= r,q <= 0),q >= i - 9,If(And(r <= p,r <= q,r <= 0),r >= i - 9,0 >= i - 9))), If(And(p <= q,p <= s,p <= 0),p >= i - 9,If(And(q <= p,q <= s,q <= 0),q >= i - 9,If(And(s <= p,s <= q,s <= 0),s >= i - 9,0 >= i - 9))), If(And(p <= q,p <= t,p <= 0),p >= i - 9,If(And(q <= p,q <= t,q <= 0),q >= i - 9,If(And(t <= p,t <= q,t <= 0),t >= i - 9,0 >= i - 9))), If(And(p <= r,p <= s,p <= 0),p >= i - 9,If(And(r <= p,r <= s,r <= 0),r >= i - 9,If(And(s <= p,s <= r,s <= 0),s >= i - 9,0 >= i - 9))), If(And(p <= r,p <= t,p <= 0),p >= i - 9,If(And(r <= p,r <= t,r <= 0),r >= i - 9,If(And(t <= p,t <= r,t <= 0),t >= i - 9,0 >= i - 9))), If(And(p <= s,p <= t,p <= 0),p >= i - 9,If(And(s <= p,s <= t,s <= 0),s >= i - 9,If(And(t <= p,t <= s,t <= 0),t >= i - 9,0 >= i - 9))), If(And(q <= r,q <= s,q <= 0),q >= i - 9,If(And(r <= q,r <= s,r <= 0),r >= i - 9,If(And(s <= q,s <= r,s <= 0),s >= i - 9,0 >= i - 9))), If(And(q <= r,q <= t,q <= 0),q >= i - 9,If(And(r <= q,r <= t,r <= 0),r >= i - 9,If(And(t <= q,t <= r,t <= 0),t >= i - 9,0 >= i - 9))), If(And(q <= s,q <= t,q <= 0),q >= i - 9,If(And(s <= q,s <= t,s <= 0),s >= i - 9,If(And(t <= q,t <= s,t <= 0),t >= i - 9,0 >= i - 9))), If(And(r <= s,r <= t,r <= 0),r >= i - 9,If(And(s <= r,s <= t,s <= 0),s >= i - 9,If(And(t <= r,t <= s,t <= 0),t >= i - 9,0 >= i - 9))), If(And(p >= r,p >= t,p >= u),p >= i + 4,If(And(r >= p,r >= t,r >= u),r >= i + 4,If(And(t >= p,t >= r,t >= u),t >= i + 4,u >= i + 4))), If(And(p >= r,p >= u,p >= 0),p >= i + 1,If(And(r >= p,r >= u,r >= 0),r >= i + 1,If(And(u >= p,u >= r,u >= 0),u >= i + 1,0 >= i + 1))), If(And(p >= t,p >= u,p >= 0),p >= i + 4,If(And(t >= p,t >= u,t >= 0),t >= i + 4,If(And(u >= p,u >= t,u >= 0),u >= i + 4,0 >= i + 4))), If(And(p >= q,p >= r,p >= t),p >= i + 2,If(And(q >= p,q >= r,q >= t),q >= i + 2,If(And(r >= p,r >= q,r >= t),r >= i + 2,t >= i + 2))), If(And(p >= r,p >= t,p >= 0),p >= i + 3,If(And(r >= p,r >= t,r >= 0),r >= i + 3,If(And(t >= p,t >= r,t >= 0),t >= i + 3,0 >= i + 3))), If(And(r >= s,r >= t,r >= u),r >= i + 3,If(And(s >= r,s >= t,s >= u),s >= i + 3,If(And(t >= r,t >= s,t >= u),t >= i + 3,u >= i + 3))), If(And(r >= s,r >= t,r >= 0),r >= i + 3,If(And(s >= r,s >= t,s >= 0),s >= i + 3,If(And(t >= r,t >= s,t >= 0),t >= i + 3,0 >= i + 3))), If(And(s >= t,s >= u,s >= 0),s >= i + 2,If(And(t >= s,t >= u,t >= 0),t >= i + 2,If(And(u >= s,u >= t,u >= 0),u >= i + 2,0 >= i + 2))), If(And(p <= q,p <= r,p <= u),p >= i - 21,If(And(q <= p,q <= r,q <= u),q >= i - 21,If(And(r <= p,r <= q,r <= u),r >= i - 21,u >= i - 21))), If(And(p <= q,p <= s,p <= u),p >= i - 21,If(And(q <= p,q <= s,q <= u),q >= i - 21,If(And(s <= p,s <= q,s <= u),s >= i - 21,u >= i - 21))), If(And(p <= q,p <= t,p <= u),p >= i - 21,If(And(q <= p,q <= t,q <= u),q >= i - 21,If(And(t <= p,t <= q,t <= u),t >= i - 21,u >= i - 21))), If(And(p <= q,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= u,q <= 0),q >= i - 21,If(And(u <= p,u <= q,u <= 0),u >= i - 21,0 >= i - 21))), If(And(p <= r,p <= s,p <= u),p >= i - 21,If(And(r <= p,r <= s,r <= u),r >= i - 21,If(And(s <= p,s <= r,s <= u),s >= i - 21,u >= i - 21))), If(And(p <= r,p <= t,p <= u),p >= i - 21,If(And(r <= p,r <= t,r <= u),r >= i - 21,If(And(t <= p,t <= r,t <= u),t >= i - 21,u >= i - 21))), If(And(p <= r,p <= u,p <= 0),p >= i - 21,If(And(r <= p,r <= u,r <= 0),r >= i - 21,If(And(u <= p,u <= r,u <= 0),u >= i - 21,0 >= i - 21))), If(And(p <= s,p <= t,p <= u),p >= i - 21,If(And(s <= p,s <= t,s <= u),s >= i - 21,If(And(t <= p,t <= s,t <= u),t >= i - 21,u >= i - 21))), If(And(p <= s,p <= u,p <= 0),p >= i - 21,If(And(s <= p,s <= u,s <= 0),s >= i - 21,If(And(u <= p,u <= s,u <= 0),u >= i - 21,0 >= i - 21))), If(And(p <= t,p <= u,p <= 0),p >= i - 21,If(And(t <= p,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= t,u <= 0),u >= i - 21,0 >= i - 21))), If(And(q <= r,q <= s,q <= u),q >= i - 21,If(And(r <= q,r <= s,r <= u),r >= i - 21,If(And(s <= q,s <= r,s <= u),s >= i - 21,u >= i - 21))), If(And(q <= r,q <= t,q <= u),q >= i - 21,If(And(r <= q,r <= t,r <= u),r >= i - 21,If(And(t <= q,t <= r,t <= u),t >= i - 21,u >= i - 21))), If(And(q <= r,q <= u,q <= 0),q >= i - 21,If(And(r <= q,r <= u,r <= 0),r >= i - 21,If(And(u <= q,u <= r,u <= 0),u >= i - 21,0 >= i - 21))), If(And(q <= s,q <= t,q <= u),q >= i - 21,If(And(s <= q,s <= t,s <= u),s >= i - 21,If(And(t <= q,t <= s,t <= u),t >= i - 21,u >= i - 21))), If(And(q <= s,q <= u,q <= 0),q >= i - 21,If(And(s <= q,s <= u,s <= 0),s >= i - 21,If(And(u <= q,u <= s,u <= 0),u >= i - 21,0 >= i - 21))), If(And(q <= t,q <= u,q <= 0),q >= i - 21,If(And(t <= q,t <= u,t <= 0),t >= i - 21,If(And(u <= q,u <= t,u <= 0),u >= i - 21,0 >= i - 21))), If(And(r <= s,r <= t,r <= u),r >= i - 21,If(And(s <= r,s <= t,s <= u),s >= i - 21,If(And(t <= r,t <= s,t <= u),t >= i - 21,u >= i - 21))), If(And(r <= s,r <= u,r <= 0),r >= i - 21,If(And(s <= r,s <= u,s <= 0),s >= i - 21,If(And(u <= r,u <= s,u <= 0),u >= i - 21,0 >= i - 21))), If(And(r <= t,r <= u,r <= 0),r >= i - 21,If(And(t <= r,t <= u,t <= 0),t >= i - 21,If(And(u <= r,u <= t,u <= 0),u >= i - 21,0 >= i - 21))), If(And(s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21))), If(And(p >= q,p >= r,p >= s), i + 40 >= p, If(And(q >= p,q >= r,q >= s), i + 40 >= q, If(And(r >= p,r >= q,r >= s), i + 40 >= r, i + 40 >= s))), If(And(p >= q,p >= r,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= t), i + 40 >= r, i + 40 >= t))), If(And(p >= q,p >= r,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= u), i + 40 >= r, i + 40 >= u))), If(And(p >= q,p >= r,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= 0), i + 40 >= r, i + 40 >= 0))), If(And(p >= q,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= s,q >= t), i + 40 >= q, If(And(s >= p,s >= q,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= q,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= q,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= q,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= t,q >= u), i + 40 >= q, If(And(t >= p,t >= q,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= q,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= q,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= u,q >= 0), i + 40 >= q, If(And(u >= p,u >= q,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= r,p >= s,p >= t), i + 40 >= p, If(And(r >= p,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= r,s >= t), i + 40 >= s, i + 40 >= t))), If(And(p >= r,p >= s,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(p >= r,p >= s,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0))), If(And(p >= r,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= r,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= r,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= s,p >= t,p >= u), i + 40 >= p, If(And(s >= p,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p >= s,p >= t,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))), If(And(p >= s,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 40 >= p, If(And(t >= p,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= r,q >= s,q >= t), i + 39 >= q, If(And(r >= q,r >= s,r >= t), i + 39 >= r, If(And(s >= q,s >= r,s >= t), i + 39 >= s, i + 39 >= t))), If(And(q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u))), If(And(q >= r,q >= s,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= 0), i + 39 >= s, i + 39 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 39 >= q, If(And(s >= q,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u))), If(And(q >= r,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= t,r >= 0), i + 39 >= r, If(And(t >= q,t >= r,t >= 0), i + 39 >= t, i + 39 >= 0))), If(And(q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0))), If(And(q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u))), If(And(p <= q,p <= r,p <= s), i + 23 >= p, If(And(q <= p,q <= r,q <= s), i + 23 >= q, If(And(r <= p,r <= q,r <= s), i + 23 >= r, i + 23 >= s))), If(And(p <= q,p <= r,p <= t), i + 24 >= p, If(And(q <= p,q <= r,q <= t), i + 24 >= q, If(And(r <= p,r <= q,r <= t), i + 24 >= r, i + 24 >= t))), If(And(p <= q,p <= r,p <= u), i + 31 >= p, If(And(q <= p,q <= r,q <= u), i + 31 >= q, If(And(r <= p,r <= q,r <= u), i + 31 >= r, i + 31 >= u))), If(And(p <= q,p <= r,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= 0), i + 20 >= r, i + 20 >= 0))), If(And(p <= q,p <= s,p <= t), i + 29 >= p, If(And(q <= p,q <= s,q <= t), i + 29 >= q, If(And(s <= p,s <= q,s <= t), i + 29 >= s, i + 29 >= t))), If(And(p <= q,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= s,q <= 0), i + 20 >= q, If(And(s <= p,s <= q,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= q,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= t,q <= u), i + 24 >= q, If(And(t <= p,t <= q,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= q,p <= t,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= q,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= u,q <= 0), i + 20 >= q, If(And(u <= p,u <= q,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= r,p <= s,p <= t), i + 27 >= p, If(And(r <= p,r <= s,r <= t), i + 27 >= r, If(And(s <= p,s <= r,s <= t), i + 27 >= s, i + 27 >= t))), If(And(p <= r,p <= s,p <= u), i + 26 >= p, If(And(r <= p,r <= s,r <= u), i + 26 >= r, If(And(s <= p,s <= r,s <= u), i + 26 >= s, i + 26 >= u))), If(And(p <= r,p <= s,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p <= r,p <= t,p <= u), i + 24 >= p, If(And(r <= p,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(p <= r,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= r,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= s,p <= t,p <= u), i + 33 >= p, If(And(s <= p,s <= t,s <= u), i + 33 >= s, If(And(t <= p,t <= s,t <= u), i + 33 >= t, i + 33 >= u))), If(And(p <= s,p <= t,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(p <= s,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(p <= t,p <= u,p <= 0), i + 20 >= p, If(And(t <= p,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 25 >= q, If(And(r <= q,r <= s,r <= t), i + 25 >= r, If(And(s <= q,s <= r,s <= t), i + 25 >= s, i + 25 >= t))), If(And(q <= r,q <= s,q <= u), i + 24 >= q, If(And(r <= q,r <= s,r <= u), i + 24 >= r, If(And(s <= q,s <= r,s <= u), i + 24 >= s, i + 24 >= u))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0))), If(And(q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(r <= s,r <= t,r <= u), i + 29 >= r, If(And(s <= r,s <= t,s <= u), i + 29 >= s, If(And(t <= r,t <= s,t <= u), i + 29 >= t, i + 29 >= u))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))), If(And(q <= s,q <= t,q <= u), i + 20 >= q, If(And(s <= q,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= s,t <= u), i + 20 >= t, i + 20 >= u))), If(And(p <= q,p <= s,p <= u), i + 22 >= p, If(And(q <= p,q <= s,q <= u), i + 22 >= q, If(And(s <= p,s <= q,s <= u), i + 22 >= s, i + 22 >= u))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i,If(And(q <= p,q <= r,q <= s,q <= t),q >= i,If(And(r <= p,r <= q,r <= s,r <= t),r >= i,If(And(s <= p,s <= q,s <= r,s <= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t),s >= i + 5,t >= i + 5)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= u),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= u),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= u),s >= i + 4,u >= i + 4)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i + 4,0 >= i + 4)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i + 5,If(And(q >= p,q >= r,q >= t,q >= u),q >= i + 5,If(And(r >= p,r >= q,r >= t,r >= u),r >= i + 5,If(And(t >= p,t >= q,t >= r,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i + 5,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i + 3,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i + 3,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i + 3,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i + 3,0 >= i + 3)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i + 5,If(And(q >= p,q >= s,q >= t,q >= u),q >= i + 5,If(And(s >= p,s >= q,s >= t,s >= u),s >= i + 5,If(And(t >= p,t >= q,t >= s,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i + 5,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i + 4,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i + 4,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i + 5,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i + 5,If(And(r >= q,r >= s,r >= t,r >= u),r >= i + 5,If(And(s >= q,s >= r,s >= t,s >= u),s >= i + 5,If(And(t >= q,t >= r,t >= s,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i + 4,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i + 5,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i + 5,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i + 5,0 >= i + 5)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i + 5,If(And(r >= p,r >= s,r >= t,r >= u),r >= i + 5,If(And(s >= p,s >= r,s >= t,s >= u),s >= i + 5,If(And(t >= p,t >= r,t >= s,t >= u),t >= i + 5,u >= i + 5)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i + 5,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i + 5,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i + 5,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i + 5,0 >= i + 5)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i + 4,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i + 4,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i + 4,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 9,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 9,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 9,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 9,0 >= i - 9)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 9,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 9,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 9,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 9,0 >= i - 9)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 9,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 9,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 9,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 9,0 >= i - 9)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 9,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 9,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 9,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 9,0 >= i - 9)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 9,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 9,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 9,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 9,0 >= i - 9)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i + 4,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i + 4,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i + 4,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i + 4,0 >= i + 4)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i + 3,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i + 3,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i + 3,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i + 3,0 >= i + 3)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 21,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 21,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 21,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 21,u >= i - 21)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 21,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 21,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 21,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 21,u >= i - 21)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 21,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 21,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 21,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 21,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 21,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 21,u >= i - 21)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 21,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 21,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 21,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 21,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 21,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 21,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 21,u >= i - 21)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 21,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 21,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 21,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 21,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 21,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 21,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 21,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 21,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 21,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 21,u >= i - 21)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 21,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 21,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 21,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 21,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 21,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 21,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 21,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 21,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 40 >= s, i + 40 >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 40 >= s, i + 40 >= u)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 40 >= s, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 40 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 39 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 39 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 39 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 39 >= t, i + 39 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t), i + 21 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i + 21 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i + 21 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i + 21 >= s, i + 21 >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i + 17 >= p, If(And(q <= p,q <= r,q <= s,q <= u), i + 17 >= q, If(And(r <= p,r <= q,r <= s,r <= u), i + 17 >= r, If(And(s <= p,s <= q,s <= r,s <= u), i + 17 >= s, i + 17 >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i + 24 >= p, If(And(q <= p,q <= r,q <= t,q <= u), i + 24 >= q, If(And(r <= p,r <= q,r <= t,r <= u), i + 24 >= r, If(And(t <= p,t <= q,t <= r,t <= u), i + 24 >= t, i + 24 >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i + 19 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i + 19 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i + 19 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i + 20 >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i + 20 >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i + 17 >= t, i + 17 >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i + 19 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(p <= q,p <= s,p <= u,p <= 0), i + 19 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i + 23 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i + 23 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i + 23 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i + 23 >= t, i + 23 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i + 20 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 19 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 19 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 19 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 19 >= t, i + 19 >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i + 20 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i + 18 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i + 18 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i + 18 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i + 18 >= u, i + 18 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= u), i + 20 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i + 20 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i + 20 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i + 20 >= t, i + 20 >= u)))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i >= t, i >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i + 5,u >= i + 5))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i + 5,0 >= i + 5))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i + 4,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i + 4,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i + 4,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i + 4,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i + 4,0 >= i + 4))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i + 5,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i + 5,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i + 5,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 5,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i + 5,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 5,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 9,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 9,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 9,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 9,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 9,0 >= i - 9))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 21,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 21,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r >= i - 21,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s >= i - 21,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t >= i - 21,u >= i - 21))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 21,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 21,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 21,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 21,0 >= i - 21))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 21,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 21,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 21,0 >= i - 21))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 21,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 21,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 21,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 21,If(And(r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 21,If(And(s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 40 >= t, i + 40 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 40 >= t, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 40 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i + 18 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i + 18 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i + 18 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i + 18 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i + 18 >= t, i + 18 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i + 17 >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i + 17 >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i + 17 >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i + 17 >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i + 14 >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i + 14 >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i + 14 >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i + 14 >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i + 14 >= u, i + 14 >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i + 17 >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i + 20 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i + 20 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i + 20 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i + 20 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i + 20 >= u, i + 20 >= 0))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i + 17 >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i + 17 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i + 17 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i + 17 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i + 17 >= u, i + 17 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i + 5,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i + 5,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i + 5,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i + 5,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i + 5,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i + 5,0 >= i + 5)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 21,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 21,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 21,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 21,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 21,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 21,0 >= i - 21)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 40 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 40 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 40 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 40 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 40 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 40 >= u, i + 40 >= 0))))))] incr3_LP=\ [If(And(p >= q,p >= r,p >= s),p == i,If(And(q >= p,q >= r,q >= s),q == i,If(And(r >= p,r >= q,r >= s),r == i,s == i))), i >= p, i >= q, i >= r, i >= s, p + 38 >= i, q + 39 >= i, r + 39 >= i, s + 39 >= i, 0 >= i - 20, i + 10 >= 0, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(i >= 0,i >= s,0 >= s), If(p >= q, i >= p, i >= q), If(p >= r, i >= p, i >= r), If(p >= s, i >= p, i >= s), If(q >= r, i >= q, i >= r), If(q >= s, i >= q, i >= s), If(r >= s, i >= r, i >= s), If(p <= q, i >= p, i >= q), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(p <= 0, i >= p, i >= 0), If(q <= r, i >= q, i >= r), If(q <= s, i >= q, i >= s), If(q <= 0, i >= q, i >= 0), If(r <= s, i >= r, i >= s), If(r <= 0, i >= r, i >= 0), If(s <= 0, i >= s, i >= 0), If(p >= q,p >= i - 31,q >= i - 31), If(p >= r,p >= i - 29,r >= i - 29), If(p >= s,p >= i - 33,s >= i - 33), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= r,q >= i - 35,r >= i - 35), If(q >= 0,q >= i - 20,0 >= i - 20), If(r >= s,r >= i - 33,s >= i - 33), If(r >= 0,r >= i - 20,0 >= i - 20), If(s >= 0,s >= i - 20,0 >= i - 20), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 20,0 >= r - 20), If(i <= 0,i >= s - 20,0 >= s - 20), If(p <= q,p >= i - 39,q >= i - 39), If(p <= r,p >= i - 39,r >= i - 39), If(p <= s,p >= i - 39,s >= i - 39), If(p <= 0,p >= i - 38,0 >= i - 38), If(q <= r,q >= i - 39,r >= i - 39), If(q <= s,q >= i - 39,s >= i - 39), If(q <= 0,q >= i - 39,0 >= i - 39), If(r <= s,r >= i - 39,s >= i - 39), If(r <= 0,r >= i - 39,0 >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(q >= s,q >= i - 36,s >= i - 36), If(i >= 0, p + 38 >= i, p + 38 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, r + 39 >= i, r + 39 >= 0), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(p >= 0, i + 10 >= p, i + 10 >= 0), If(q >= 0, i + 10 >= q, i + 10 >= 0), If(r >= 0, i + 10 >= r, i + 10 >= 0), If(s >= 0, i + 10 >= s, i + 10 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p >= q,p >= s), i >= p, If(And(q >= p,q >= s), i >= q, i >= s)), If(And(p >= r,p >= s), i >= p, If(And(r >= p,r >= s), i >= r, i >= s)), If(And(q >= r,q >= s), i >= q, If(And(r >= q,r >= s), i >= r, i >= s)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(r <= s,r <= 0), i >= r, If(And(s <= r,s <= 0), i >= s, i >= 0)), If(And(p >= q,p >= r),p >= i - 22,If(And(q >= p,q >= r),q >= i - 22,r >= i - 22)), If(And(p >= q,p >= s),p >= i - 26,If(And(q >= p,q >= s),q >= i - 26,s >= i - 26)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= s),p >= i - 22,If(And(r >= p,r >= s),r >= i - 22,s >= i - 22)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= 0),p >= i - 19,If(And(s >= p,s >= 0),s >= i - 19,0 >= i - 19)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(p <= q,p <= r),p >= i - 39,If(And(q <= p,q <= r),q >= i - 39,r >= i - 39)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= r,p <= s),p >= i - 39,If(And(r <= p,r <= s),r >= i - 39,s >= i - 39)), If(And(p <= r,p <= 0),p >= i - 39,If(And(r <= p,r <= 0),r >= i - 39,0 >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 39,If(And(r <= q,r <= s),r >= i - 39,s >= i - 39)), If(And(q <= r,q <= 0),q >= i - 39,If(And(r <= q,r <= 0),r >= i - 39,0 >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(r <= s,r <= 0),r >= i - 39,If(And(s <= r,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q >= r,q >= s),q >= i - 32,If(And(r >= q,r >= s),r >= i - 32,s >= i - 32)), If(And(p <= q,p <= r), i - 1 >= p, If(And(q <= p,q <= r), i - 1 >= q, i - 1 >= r)), If(And(p <= q,p <= s), i - 2 >= p, If(And(q <= p,q <= s), i - 2 >= q, i - 2 >= s)), If(And(p <= r,p <= s), i - 2 >= p, If(And(r <= p,r <= s), i - 2 >= r, i - 2 >= s)), If(And(p <= r,p <= 0), i - 3 >= p, If(And(r <= p,r <= 0), i - 3 >= r, i - 3 >= 0)), If(And(p <= s,p <= 0), i - 2 >= p, If(And(s <= p,s <= 0), i - 2 >= s, i - 2 >= 0)), If(And(q <= r,q <= 0), i - 4 >= q, If(And(r <= q,r <= 0), i - 4 >= r, i - 4 >= 0)), If(And(q <= s,q <= 0), i - 2 >= q, If(And(s <= q,s <= 0), i - 2 >= s, i - 2 >= 0)), If(And(q <= r,q <= s), i - 2 >= q, If(And(r <= q,r <= s), i - 2 >= r, i - 2 >= s)), If(And(p >= q,p >= 0), i + 10 >= p, If(And(q >= p,q >= 0), i + 10 >= q, i + 10 >= 0)), If(And(p >= r,p >= 0), i + 10 >= p, If(And(r >= p,r >= 0), i + 10 >= r, i + 10 >= 0)), If(And(p >= s,p >= 0), i + 10 >= p, If(And(s >= p,s >= 0), i + 10 >= s, i + 10 >= 0)), If(And(q >= r,q >= 0), i + 10 >= q, If(And(r >= q,r >= 0), i + 10 >= r, i + 10 >= 0)), If(And(q >= s,q >= 0), i + 10 >= q, If(And(s >= q,s >= 0), i + 10 >= s, i + 10 >= 0)), If(And(r >= s,r >= 0), i + 10 >= r, If(And(s >= r,s >= 0), i + 10 >= s, i + 10 >= 0)), If(And(p >= q,p >= r,p >= 0),p >= i - 17,If(And(q >= p,q >= r,q >= 0),q >= i - 17,If(And(r >= p,r >= q,r >= 0),r >= i - 17,0 >= i - 17))), If(And(p >= q,p >= s,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= 0),s >= i - 18,0 >= i - 18))), If(And(p >= r,p >= s,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p <= q,p <= r,p <= s),p >= i - 39,If(And(q <= p,q <= r,q <= s),q >= i - 39,If(And(r <= p,r <= q,r <= s),r >= i - 39,s >= i - 39))), If(And(p <= q,p <= r,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= 0),r >= i - 39,0 >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= 0),p >= i - 39,If(And(r <= p,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p <= q,p <= s,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= 0), i - 2 >= s, i - 2 >= 0))), If(And(p <= r,p <= s,p <= 0), i - 3 >= p, If(And(r <= p,r <= s,r <= 0), i - 3 >= r, If(And(s <= p,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0))), If(And(p <= q,p <= r,p <= s), i - 2 >= p, If(And(q <= p,q <= r,q <= s), i - 2 >= q, If(And(r <= p,r <= q,r <= s), i - 2 >= r, i - 2 >= s))), If(And(p <= q,p <= r,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= 0), i - 4 >= r, i - 4 >= 0))), If(And(q <= r,q <= s,q <= 0), i - 4 >= q, If(And(r <= q,r <= s,r <= 0), i - 4 >= r, If(And(s <= q,s <= r,s <= 0), i - 4 >= s, i - 4 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 10 >= p, If(And(q >= p,q >= r,q >= 0), i + 10 >= q, If(And(r >= p,r >= q,r >= 0), i + 10 >= r, i + 10 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 10 >= p, If(And(q >= p,q >= s,q >= 0), i + 10 >= q, If(And(s >= p,s >= q,s >= 0), i + 10 >= s, i + 10 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 10 >= p, If(And(r >= p,r >= s,r >= 0), i + 10 >= r, If(And(s >= p,s >= r,s >= 0), i + 10 >= s, i + 10 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 10 >= q, If(And(r >= q,r >= s,r >= 0), i + 10 >= r, If(And(s >= q,s >= r,s >= 0), i + 10 >= s, i + 10 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 4 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 4 >= s, i - 4 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 10 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 10 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 10 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 10 >= s, i + 10 >= 0))))] incr3_LI0=\ [i >= p, i >= q - 38, i >= r - 35, s + 39 >= i, 0 >= i - 20, i + 20 >= 0, i >= s - 37, r + 39 >= i, q + 39 >= i, If(i >= 0,i >= p,0 >= p), If(p >= q,p >= i,q >= i), If(p <= q, i >= p, i >= q), If(p <= r, i >= p, i >= r), If(p <= 0, i >= p, i >= 0), If(p <= s, i >= p, i >= s), If(i <= 0,i >= q - 38,0 >= q - 38), If(i <= 0,i >= r - 35,0 >= r - 35), If(r <= s,r >= i - 39,s >= i - 39), If(p <= s,p >= i - 39,s >= i - 39), If(q <= s,q >= i - 39,s >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(i >= 0,i >= q - 19,0 >= q - 19), If(s >= 0,s >= i - 20,0 >= i - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(q >= r,q >= i - 35,r >= i - 35), If(q >= s,q >= i - 36,s >= i - 36), If(r >= s,r >= i - 33,s >= i - 33), If(i <= 0,i >= s - 37,0 >= s - 37), If(q <= r,q >= i - 39,r >= i - 39), If(p <= r,p >= i - 39,r >= i - 39), If(r <= 0,r >= i - 39,0 >= i - 39), If(i >= 0,i >= r - 20,0 >= r - 20), If(i <= 0,i >= p - 20,0 >= p - 20), If(q <= 0,q >= i - 39,0 >= i - 39), If(p <= q,p >= i - 39,q >= i - 39), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(q <= s, i + 35 >= q, i + 35 >= s), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(q >= r, i + 38 >= q, i + 38 >= r), If(q >= 0, i + 38 >= q, i + 38 >= 0), If(p >= 0, i + 20 >= p, i + 20 >= 0), If(q >= s, i + 38 >= q, i + 38 >= s), If(r >= 0, i + 35 >= r, i + 35 >= 0), If(p >= r, i + 35 >= p, i + 35 >= r), If(p >= q, i + 38 >= p, i + 38 >= q), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(i >= 0, r + 39 >= i, r + 39 >= 0), If(p >= s, i + 37 >= p, i + 37 >= s), If(s >= 0, i + 37 >= s, i + 37 >= 0), If(r >= s, i + 37 >= r, i + 37 >= s), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(r <= s, i + 29 >= r, i + 29 >= s), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(q <= r, i + 28 >= q, i + 28 >= r), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= r,p <= 0), i >= p, If(And(r <= p,r <= 0), i >= r, i >= 0)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= r,p <= s), i >= p, If(And(r <= p,r <= s), i >= r, i >= s)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= r,p <= s),p >= i - 39,If(And(r <= p,r <= s),r >= i - 39,s >= i - 39)), If(And(r <= s,r <= 0),r >= i - 39,If(And(s <= r,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 39,If(And(r <= q,r <= s),r >= i - 39,s >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q >= r,q >= s),q >= i - 32,If(And(r >= q,r >= s),r >= i - 32,s >= i - 32)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(p <= q,p <= r),p >= i - 39,If(And(q <= p,q <= r),q >= i - 39,r >= i - 39)), If(And(p <= r,p <= 0),p >= i - 39,If(And(r <= p,r <= 0),r >= i - 39,0 >= i - 39)), If(And(q <= r,q <= 0),q >= i - 39,If(And(r <= q,r <= 0),r >= i - 39,0 >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s), i + 23 >= q, If(And(r <= q,r <= s), i + 23 >= r, i + 23 >= s)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q >= r,q >= 0), i + 38 >= q, If(And(r >= q,r >= 0), i + 38 >= r, i + 38 >= 0)), If(And(p >= r,p >= 0), i + 35 >= p, If(And(r >= p,r >= 0), i + 35 >= r, i + 35 >= 0)), If(And(q >= r,q >= s), i + 38 >= q, If(And(r >= q,r >= s), i + 38 >= r, i + 38 >= s)), If(And(p >= q,p >= r), i + 38 >= p, If(And(q >= p,q >= r), i + 38 >= q, i + 38 >= r)), If(And(p >= q,p >= s), i + 38 >= p, If(And(q >= p,q >= s), i + 38 >= q, i + 38 >= s)), If(And(q >= s,q >= 0), i + 38 >= q, If(And(s >= q,s >= 0), i + 38 >= s, i + 38 >= 0)), If(And(p >= q,p >= 0), i + 38 >= p, If(And(q >= p,q >= 0), i + 38 >= q, i + 38 >= 0)), If(And(p >= r,p >= s), i + 37 >= p, If(And(r >= p,r >= s), i + 37 >= r, i + 37 >= s)), If(And(p >= s,p >= 0), i + 37 >= p, If(And(s >= p,s >= 0), i + 37 >= s, i + 37 >= 0)), If(And(r >= s,r >= 0), i + 37 >= r, If(And(s >= r,s >= 0), i + 37 >= s, i + 37 >= 0)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= r,p <= s,p <= 0), i >= p, If(And(r <= p,r <= s,r <= 0), i >= r, If(And(s <= p,s <= r,s <= 0), i >= s, i >= 0))), If(And(q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= r,p <= s),p >= i - 39,If(And(q <= p,q <= r,q <= s),q >= i - 39,If(And(r <= p,r <= q,r <= s),r >= i - 39,s >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= 0),p >= i - 39,If(And(r <= p,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p <= q,p <= r,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= 0),r >= i - 39,0 >= i - 39))), If(And(p >= q,p >= r,p >= s), i + 38 >= p, If(And(q >= p,q >= r,q >= s), i + 38 >= q, If(And(r >= p,r >= q,r >= s), i + 38 >= r, i + 38 >= s))), If(And(p >= q,p >= r,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= 0), i + 38 >= q, If(And(r >= p,r >= q,r >= 0), i + 38 >= r, i + 38 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 38 >= p, If(And(q >= p,q >= s,q >= 0), i + 38 >= q, If(And(s >= p,s >= q,s >= 0), i + 38 >= s, i + 38 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 38 >= q, If(And(r >= q,r >= s,r >= 0), i + 38 >= r, If(And(s >= q,s >= r,s >= 0), i + 38 >= s, i + 38 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 37 >= p, If(And(r >= p,r >= s,r >= 0), i + 37 >= r, If(And(s >= p,s >= r,s >= 0), i + 37 >= s, i + 37 >= 0))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 38 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 38 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 38 >= s, i + 38 >= 0))))] incr3_LI1=\ [i >= p, i >= q, i >= r - 31, s + 39 >= i, 0 >= i - 20, p + 38 >= i, q + 39 >= i, r + 39 >= i, i >= s - 28, i + 18 >= 0, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(p <= r, i >= p, i >= r), If(p <= 0, i >= p, i >= 0), If(q <= r, i >= q, i >= r), If(q <= 0, i >= q, i >= 0), If(p <= s, i >= p, i >= s), If(q <= s, i >= q, i >= s), If(p >= q, i >= p, i >= q), If(p <= q, i >= p, i >= q), If(i <= 0,i >= r - 31,0 >= r - 31), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(p <= s,p >= i - 39,s >= i - 39), If(q <= s,q >= i - 39,s >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(r <= s,r >= i - 39,s >= i - 39), If(p >= r,p >= i - 27,r >= i - 27), If(q >= s,q >= i - 36,s >= i - 36), If(s >= 0,s >= i - 20,0 >= i - 20), If(r >= 0,r >= i - 20,0 >= i - 20), If(q >= 0,q >= i - 20,0 >= i - 20), If(q >= r,q >= i - 35,r >= i - 35), If(p <= q,p >= i - 39,q >= i - 39), If(p <= r,p >= i - 39,r >= i - 39), If(r <= 0,r >= i - 39,0 >= i - 39), If(q <= r,q >= i - 39,r >= i - 39), If(p <= 0,p >= i - 38,0 >= i - 38), If(q <= 0,q >= i - 39,0 >= i - 39), If(i >= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= s - 28,0 >= s - 28), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(r <= s, i + 22 >= r, i + 22 >= s), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(q >= r, i + 31 >= q, i + 31 >= r), If(p >= r, i + 31 >= p, i + 31 >= r), If(r >= s, i + 31 >= r, i + 31 >= s), If(r >= 0, i + 31 >= r, i + 31 >= 0), If(i >= 0, r + 39 >= i, r + 39 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, p + 38 >= i, p + 38 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(p >= s, i + 28 >= p, i + 28 >= s), If(p >= 0, i + 18 >= p, i + 18 >= 0), If(q >= s, i + 28 >= q, i + 28 >= s), If(s >= 0, i + 28 >= s, i + 28 >= 0), If(q >= 0, i + 18 >= q, i + 18 >= 0), If(s <= 0, i + 18 >= s, i + 18 >= 0), If(r <= 0, i + 17 >= r, i + 17 >= 0), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p <= r,p <= 0), i >= p, If(And(r <= p,r <= 0), i >= r, i >= 0)), If(And(q <= r,q <= 0), i >= q, If(And(r <= q,r <= 0), i >= r, i >= 0)), If(And(p <= r,p <= s), i >= p, If(And(r <= p,r <= s), i >= r, i >= s)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(q <= r,q <= s), i >= q, If(And(r <= q,r <= s), i >= r, i >= s)), If(And(q <= s,q <= 0), i >= q, If(And(s <= q,s <= 0), i >= s, i >= 0)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= r,p <= s),p >= i - 39,If(And(r <= p,r <= s),r >= i - 39,s >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 39,If(And(r <= q,r <= s),r >= i - 39,s >= i - 39)), If(And(r <= s,r <= 0),r >= i - 39,If(And(s <= r,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p >= q,p >= s),p >= i - 26,If(And(q >= p,q >= s),q >= i - 26,s >= i - 26)), If(And(p >= s,p >= 0),p >= i - 19,If(And(s >= p,s >= 0),s >= i - 19,0 >= i - 19)), If(And(p >= r,p >= 0),p >= i - 19,If(And(r >= p,r >= 0),r >= i - 19,0 >= i - 19)), If(And(q >= r,q >= s),q >= i - 32,If(And(r >= q,r >= s),r >= i - 32,s >= i - 32)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(p >= r,p >= s),p >= i - 22,If(And(r >= p,r >= s),r >= i - 22,s >= i - 22)), If(And(p <= q,p <= r),p >= i - 39,If(And(q <= p,q <= r),q >= i - 39,r >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= r,p <= 0),p >= i - 39,If(And(r <= p,r <= 0),r >= i - 39,0 >= i - 39)), If(And(q <= r,q <= 0),q >= i - 39,If(And(r <= q,r <= 0),r >= i - 39,0 >= i - 39)), If(And(p >= q,p >= r), i + 31 >= p, If(And(q >= p,q >= r), i + 31 >= q, i + 31 >= r)), If(And(p >= r,p >= s), i + 31 >= p, If(And(r >= p,r >= s), i + 31 >= r, i + 31 >= s)), If(And(p >= r,p >= 0), i + 31 >= p, If(And(r >= p,r >= 0), i + 31 >= r, i + 31 >= 0)), If(And(q >= r,q >= s), i + 31 >= q, If(And(r >= q,r >= s), i + 31 >= r, i + 31 >= s)), If(And(q >= r,q >= 0), i + 31 >= q, If(And(r >= q,r >= 0), i + 31 >= r, i + 31 >= 0)), If(And(r >= s,r >= 0), i + 31 >= r, If(And(s >= r,s >= 0), i + 31 >= s, i + 31 >= 0)), If(And(p >= q,p >= 0), i + 18 >= p, If(And(q >= p,q >= 0), i + 18 >= q, i + 18 >= 0)), If(And(p >= s,p >= 0), i + 28 >= p, If(And(s >= p,s >= 0), i + 28 >= s, i + 28 >= 0)), If(And(p >= q,p >= s), i + 28 >= p, If(And(q >= p,q >= s), i + 28 >= q, i + 28 >= s)), If(And(q >= s,q >= 0), i + 28 >= q, If(And(s >= q,s >= 0), i + 28 >= s, i + 28 >= 0)), If(And(r <= s,r <= 0), i + 17 >= r, If(And(s <= r,s <= 0), i + 17 >= s, i + 17 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p <= r,p <= s,p <= 0), i >= p, If(And(r <= p,r <= s,r <= 0), i >= r, If(And(s <= p,s <= r,s <= 0), i >= s, i >= 0))), If(And(q <= r,q <= s,q <= 0), i >= q, If(And(r <= q,r <= s,r <= 0), i >= r, If(And(s <= q,s <= r,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= r,p <= s),p >= i - 39,If(And(q <= p,q <= r,q <= s),q >= i - 39,If(And(r <= p,r <= q,r <= s),r >= i - 39,s >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= 0),p >= i - 39,If(And(r <= p,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p >= q,p >= s,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= 0),s >= i - 18,0 >= i - 18))), If(And(p >= r,p >= s,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p <= q,p <= r,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= 0),r >= i - 39,0 >= i - 39))), If(And(p >= q,p >= r,p >= s), i + 31 >= p, If(And(q >= p,q >= r,q >= s), i + 31 >= q, If(And(r >= p,r >= q,r >= s), i + 31 >= r, i + 31 >= s))), If(And(p >= q,p >= r,p >= 0), i + 31 >= p, If(And(q >= p,q >= r,q >= 0), i + 31 >= q, If(And(r >= p,r >= q,r >= 0), i + 31 >= r, i + 31 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 31 >= p, If(And(r >= p,r >= s,r >= 0), i + 31 >= r, If(And(s >= p,s >= r,s >= 0), i + 31 >= s, i + 31 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 31 >= q, If(And(r >= q,r >= s,r >= 0), i + 31 >= r, If(And(s >= q,s >= r,s >= 0), i + 31 >= s, i + 31 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 28 >= p, If(And(q >= p,q >= s,q >= 0), i + 28 >= q, If(And(s >= p,s >= q,s >= 0), i + 28 >= s, i + 28 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 31 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 31 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 31 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 31 >= s, i + 31 >= 0))))] incr3_LI2=\ [i >= p, i >= q, i >= r, s + 39 >= i, 0 >= i - 20, r + 39 >= i, q + 39 >= i, p + 38 >= i, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(p >= r, i >= p, i >= r), If(p >= q, i >= p, i >= q), If(q >= r, i >= q, i >= r), If(p <= q, i >= p, i >= q), If(p <= r, i >= p, i >= r), If(p <= 0, i >= p, i >= 0), If(p <= s, i >= p, i >= s), If(q <= s, i >= q, i >= s), If(q <= 0, i >= q, i >= 0), If(r <= s, i >= r, i >= s), If(r <= 0, i >= r, i >= 0), If(q <= r, i >= q, i >= r), If(p >= s,p >= i - 33,s >= i - 33), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= 0,q >= i - 20,0 >= i - 20), If(q >= r,q >= i - 35,r >= i - 35), If(r >= 0,r >= i - 20,0 >= i - 20), If(s >= 0,s >= i - 20,0 >= i - 20), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(p <= r,p >= i - 39,r >= i - 39), If(p <= s,p >= i - 39,s >= i - 39), If(q <= r,q >= i - 39,r >= i - 39), If(q <= s,q >= i - 39,s >= i - 39), If(r <= s,r >= i - 39,s >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(r <= 0,r >= i - 39,0 >= i - 39), If(r >= s,r >= i - 33,s >= i - 33), If(i <= 0,i >= r - 20,0 >= r - 20), If(p <= q,p >= i - 39,q >= i - 39), If(q <= 0,q >= i - 39,0 >= i - 39), If(i >= 0,i >= s - 17,0 >= s - 17), If(p >= r,p >= i - 29,r >= i - 29), If(p <= 0,p >= i - 38,0 >= i - 38), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(i >= 0, r + 39 >= i, r + 39 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, p + 38 >= i, p + 38 >= 0), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(q <= s,q <= 0), i >= q, If(And(s <= q,s <= 0), i >= s, i >= 0)), If(And(r <= s,r <= 0), i >= r, If(And(s <= r,s <= 0), i >= s, i >= 0)), If(And(p >= q,p >= s),p >= i - 26,If(And(q >= p,q >= s),q >= i - 26,s >= i - 26)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= q,p >= r),p >= i - 22,If(And(q >= p,q >= r),q >= i - 22,r >= i - 22)), If(And(p >= r,p >= s),p >= i - 22,If(And(r >= p,r >= s),r >= i - 22,s >= i - 22)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= 0),p >= i - 19,If(And(s >= p,s >= 0),s >= i - 19,0 >= i - 19)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(p <= q,p <= r),p >= i - 39,If(And(q <= p,q <= r),q >= i - 39,r >= i - 39)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= r,p <= s),p >= i - 39,If(And(r <= p,r <= s),r >= i - 39,s >= i - 39)), If(And(p <= r,p <= 0),p >= i - 39,If(And(r <= p,r <= 0),r >= i - 39,0 >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 39,If(And(r <= q,r <= s),r >= i - 39,s >= i - 39)), If(And(q <= r,q <= 0),q >= i - 39,If(And(r <= q,r <= 0),r >= i - 39,0 >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(r <= s,r <= 0),r >= i - 39,If(And(s <= r,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= q,p <= r), i - 1 >= p, If(And(q <= p,q <= r), i - 1 >= q, i - 1 >= r)), If(And(p <= q,p <= s), i - 1 >= p, If(And(q <= p,q <= s), i - 1 >= q, i - 1 >= s)), If(And(p <= r,p <= s), i - 1 >= p, If(And(r <= p,r <= s), i - 1 >= r, i - 1 >= s)), If(And(p <= r,p <= 0), i - 2 >= p, If(And(r <= p,r <= 0), i - 2 >= r, i - 2 >= 0)), If(And(q <= r,q <= s), i - 1 >= q, If(And(r <= q,r <= s), i - 1 >= r, i - 1 >= s)), If(And(q <= r,q <= 0), i - 3 >= q, If(And(r <= q,r <= 0), i - 3 >= r, i - 3 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= s,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= 0),s >= i - 18,0 >= i - 18))), If(And(p >= r,p >= s,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p <= q,p <= r,p <= s),p >= i - 39,If(And(q <= p,q <= r,q <= s),q >= i - 39,If(And(r <= p,r <= q,r <= s),r >= i - 39,s >= i - 39))), If(And(p <= q,p <= r,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= 0),r >= i - 39,0 >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= 0),p >= i - 39,If(And(r <= p,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p >= q,p >= r,p >= 0),p >= i - 17,If(And(q >= p,q >= r,q >= 0),q >= i - 17,If(And(r >= p,r >= q,r >= 0),r >= i - 17,0 >= i - 17))), If(And(p <= q,p <= r,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= 0), i - 3 >= r, i - 3 >= 0))), If(And(p <= q,p <= s,p <= 0), i - 1 >= p, If(And(q <= p,q <= s,q <= 0), i - 1 >= q, If(And(s <= p,s <= q,s <= 0), i - 1 >= s, i - 1 >= 0))), If(And(p <= r,p <= s,p <= 0), i - 2 >= p, If(And(r <= p,r <= s,r <= 0), i - 2 >= r, If(And(s <= p,s <= r,s <= 0), i - 2 >= s, i - 2 >= 0))), If(And(q <= r,q <= s,q <= 0), i - 3 >= q, If(And(r <= q,r <= s,r <= 0), i - 3 >= r, If(And(s <= q,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0))), If(And(p <= q,p <= r,p <= s), i - 2 >= p, If(And(q <= p,q <= r,q <= s), i - 2 >= q, If(And(r <= p,r <= q,r <= s), i - 2 >= r, i - 2 >= s))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 39,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 39,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 3 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0))))] incr4_LP=\ [If(And(p >= q,p >= r,p >= s,p >= t),p == i,If(And(q >= p,q >= r,q >= s,q >= t),q == i,If(And(r >= p,r >= q,r >= s,r >= t),r == i,If(And(s >= p,s >= q,s >= r,s >= t),s == i,t == i)))), i >= p, i >= q, i >= r, i >= s, i >= t, i + 8 >= 0, p + 37 >= i, q + 38 >= i, r + 38 >= i, s + 38 >= i, t + 38 >= i, 0 >= i - 20, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(i >= 0,i >= s,0 >= s), If(i >= 0,i >= t,0 >= t), If(p >= q, i >= p, i >= q), If(p >= r, i >= p, i >= r), If(p >= s, i >= p, i >= s), If(p >= t, i >= p, i >= t), If(q >= r, i >= q, i >= r), If(q >= s, i >= q, i >= s), If(q >= t, i >= q, i >= t), If(r >= s, i >= r, i >= s), If(r >= t, i >= r, i >= t), If(s >= t, i >= s, i >= t), If(p <= t, i >= p, i >= t), If(q <= 0, i >= q, i >= 0), If(r <= s, i >= r, i >= s), If(r <= 0, i >= r, i >= 0), If(s <= t, i >= s, i >= t), If(s <= 0, i >= s, i >= 0), If(t <= 0, i >= t, i >= 0), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(r <= t, i >= r, i >= t), If(p >= q,p >= i - 30,q >= i - 30), If(p >= r,p >= i - 36,r >= i - 36), If(p >= s,p >= i - 32,s >= i - 32), If(p >= t,p >= i - 32,t >= i - 32), If(p >= 0,p >= i - 20,0 >= i - 20), If(p >= 0, i + 8 >= p, i + 8 >= 0), If(q >= r,q >= i - 36,r >= i - 36), If(q >= s,q >= i - 30,s >= i - 30), If(q >= t,q >= i - 34,t >= i - 34), If(q >= 0,q >= i - 20,0 >= i - 20), If(q >= 0, i + 8 >= q, i + 8 >= 0), If(r >= s,r >= i - 35,s >= i - 35), If(r >= t,r >= i - 34,t >= i - 34), If(r >= 0,r >= i - 20,0 >= i - 20), If(r >= 0, i + 8 >= r, i + 8 >= 0), If(s >= t,s >= i - 31,t >= i - 31), If(s >= 0,s >= i - 20,0 >= i - 20), If(s >= 0, i + 8 >= s, i + 8 >= 0), If(t >= 0,t >= i - 20,0 >= i - 20), If(t >= 0, i + 8 >= t, i + 8 >= 0), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 20,0 >= r - 20), If(i <= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= t - 20,0 >= t - 20), If(p <= s,p >= i - 38,s >= i - 38), If(p <= t,p >= i - 38,t >= i - 38), If(p <= q,p >= i - 38,q >= i - 38), If(p <= q, i - 1 >= p, i - 1 >= q), If(p <= r,p >= i - 38,r >= i - 38), If(p <= 0,p >= i - 37,0 >= i - 37), If(q <= r,q >= i - 38,r >= i - 38), If(q <= s,q >= i - 38,s >= i - 38), If(q <= s, i - 1 >= q, i - 1 >= s), If(q <= t,q >= i - 38,t >= i - 38), If(q <= t, i - 1 >= q, i - 1 >= t), If(q <= 0,q >= i - 38,0 >= i - 38), If(r <= s,r >= i - 38,s >= i - 38), If(r <= t,r >= i - 38,t >= i - 38), If(r <= 0,r >= i - 38,0 >= i - 38), If(s <= t,s >= i - 38,t >= i - 38), If(s <= 0,s >= i - 38,0 >= i - 38), If(t <= 0,t >= i - 38,0 >= i - 38), If(i <= 0,i >= p - 20,0 >= p - 20), If(q <= r, i - 1 >= q, i - 1 >= r), If(p <= 0, i - 1 >= p, i - 1 >= 0), If(i >= 0, p + 37 >= i, p + 37 >= 0), If(i >= 0, q + 38 >= i, q + 38 >= 0), If(i >= 0, r + 38 >= i, r + 38 >= 0), If(i >= 0, s + 38 >= i, s + 38 >= 0), If(i >= 0, t + 38 >= i, t + 38 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p >= q,p >= s), i >= p, If(And(q >= p,q >= s), i >= q, i >= s)), If(And(p >= q,p >= t), i >= p, If(And(q >= p,q >= t), i >= q, i >= t)), If(And(p >= r,p >= s), i >= p, If(And(r >= p,r >= s), i >= r, i >= s)), If(And(p >= r,p >= t), i >= p, If(And(r >= p,r >= t), i >= r, i >= t)), If(And(p >= s,p >= t), i >= p, If(And(s >= p,s >= t), i >= s, i >= t)), If(And(q >= r,q >= s), i >= q, If(And(r >= q,r >= s), i >= r, i >= s)), If(And(q >= r,q >= t), i >= q, If(And(r >= q,r >= t), i >= r, i >= t)), If(And(q >= s,q >= t), i >= q, If(And(s >= q,s >= t), i >= s, i >= t)), If(And(r >= s,r >= t), i >= r, If(And(s >= r,s >= t), i >= s, i >= t)), If(And(p >= q,p >= r),p >= i - 29,If(And(q >= p,q >= r),q >= i - 29,r >= i - 29)), If(And(p >= q,p >= s),p >= i - 28,If(And(q >= p,q >= s),q >= i - 28,s >= i - 28)), If(And(p >= q,p >= t),p >= i - 29,If(And(q >= p,q >= t),q >= i - 29,t >= i - 29)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= s),p >= i - 25,If(And(r >= p,r >= s),r >= i - 25,s >= i - 25)), If(And(p >= r,p >= t),p >= i - 31,If(And(r >= p,r >= t),r >= i - 31,t >= i - 31)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= t),p >= i - 25,If(And(s >= p,s >= t),s >= i - 25,t >= i - 25)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 30,If(And(r >= q,r >= s),r >= i - 30,s >= i - 30)), If(And(q >= r,q >= t),q >= i - 29,If(And(r >= q,r >= t),r >= i - 29,t >= i - 29)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= s,q >= t),q >= i - 30,If(And(s >= q,s >= t),s >= i - 30,t >= i - 30)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= s,r >= t),r >= i - 31,If(And(s >= r,s >= t),s >= i - 31,t >= i - 31)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p <= q,p <= s),p >= i - 38,If(And(q <= p,q <= s),q >= i - 38,s >= i - 38)), If(And(p <= q,p <= t),p >= i - 38,If(And(q <= p,q <= t),q >= i - 38,t >= i - 38)), If(And(p <= q,p <= r),p >= i - 38,If(And(q <= p,q <= r),q >= i - 38,r >= i - 38)), If(And(p <= q,p <= 0),p >= i - 38,If(And(q <= p,q <= 0),q >= i - 38,0 >= i - 38)), If(And(p <= r,p <= s),p >= i - 38,If(And(r <= p,r <= s),r >= i - 38,s >= i - 38)), If(And(p <= r,p <= t),p >= i - 38,If(And(r <= p,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= r,p <= 0),p >= i - 38,If(And(r <= p,r <= 0),r >= i - 38,0 >= i - 38)), If(And(p <= s,p <= t),p >= i - 38,If(And(s <= p,s <= t),s >= i - 38,t >= i - 38)), If(And(p <= s,p <= 0),p >= i - 38,If(And(s <= p,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p <= t,p <= 0),p >= i - 38,If(And(t <= p,t <= 0),t >= i - 38,0 >= i - 38)), If(And(q <= r,q <= s),q >= i - 38,If(And(r <= q,r <= s),r >= i - 38,s >= i - 38)), If(And(q <= r,q <= t),q >= i - 38,If(And(r <= q,r <= t),r >= i - 38,t >= i - 38)), If(And(q <= r,q <= 0),q >= i - 38,If(And(r <= q,r <= 0),r >= i - 38,0 >= i - 38)), If(And(q <= s,q <= t),q >= i - 38,If(And(s <= q,s <= t),s >= i - 38,t >= i - 38)), If(And(q <= s,q <= 0),q >= i - 38,If(And(s <= q,s <= 0),s >= i - 38,0 >= i - 38)), If(And(q <= t,q <= 0),q >= i - 38,If(And(t <= q,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= s,r <= t),r >= i - 38,If(And(s <= r,s <= t),s >= i - 38,t >= i - 38)), If(And(r <= s,r <= 0),r >= i - 38,If(And(s <= r,s <= 0),s >= i - 38,0 >= i - 38)), If(And(r <= t,r <= 0),r >= i - 38,If(And(t <= r,t <= 0),t >= i - 38,0 >= i - 38)), If(And(s <= t,s <= 0),s >= i - 38,If(And(t <= s,t <= 0),t >= i - 38,0 >= i - 38)), If(And(p >= q,p >= 0), i + 8 >= p, If(And(q >= p,q >= 0), i + 8 >= q, i + 8 >= 0)), If(And(p >= r,p >= 0), i + 8 >= p, If(And(r >= p,r >= 0), i + 8 >= r, i + 8 >= 0)), If(And(p >= s,p >= 0), i + 8 >= p, If(And(s >= p,s >= 0), i + 8 >= s, i + 8 >= 0)), If(And(p >= t,p >= 0), i + 8 >= p, If(And(t >= p,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(q >= r,q >= 0), i + 8 >= q, If(And(r >= q,r >= 0), i + 8 >= r, i + 8 >= 0)), If(And(q >= s,q >= 0), i + 8 >= q, If(And(s >= q,s >= 0), i + 8 >= s, i + 8 >= 0)), If(And(q >= t,q >= 0), i + 8 >= q, If(And(t >= q,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(r >= s,r >= 0), i + 8 >= r, If(And(s >= r,s >= 0), i + 8 >= s, i + 8 >= 0)), If(And(r >= t,r >= 0), i + 8 >= r, If(And(t >= r,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(s >= t,s >= 0), i + 8 >= s, If(And(t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(p <= q,p <= t), i - 1 >= p, If(And(q <= p,q <= t), i - 1 >= q, i - 1 >= t)), If(And(p <= q,p <= 0), i - 2 >= p, If(And(q <= p,q <= 0), i - 2 >= q, i - 2 >= 0)), If(And(p <= r,p <= s), i - 4 >= p, If(And(r <= p,r <= s), i - 4 >= r, i - 4 >= s)), If(And(p <= r,p <= t), i - 4 >= p, If(And(r <= p,r <= t), i - 4 >= r, i - 4 >= t)), If(And(p <= s,p <= t), i - 2 >= p, If(And(s <= p,s <= t), i - 2 >= s, i - 2 >= t)), If(And(p <= t,p <= 0), i - 2 >= p, If(And(t <= p,t <= 0), i - 2 >= t, i - 2 >= 0)), If(And(q <= r,q <= t), i - 3 >= q, If(And(r <= q,r <= t), i - 3 >= r, i - 3 >= t)), If(And(q <= r,q <= 0), i - 3 >= q, If(And(r <= q,r <= 0), i - 3 >= r, i - 3 >= 0)), If(And(q <= s,q <= t), i - 4 >= q, If(And(s <= q,s <= t), i - 4 >= s, i - 4 >= t)), If(And(q <= s,q <= 0), i - 3 >= q, If(And(s <= q,s <= 0), i - 3 >= s, i - 3 >= 0)), If(And(q <= t,q <= 0), i - 2 >= q, If(And(t <= q,t <= 0), i - 2 >= t, i - 2 >= 0)), If(And(r <= s,r <= t), i - 4 >= r, If(And(s <= r,s <= t), i - 4 >= s, i - 4 >= t)), If(And(r <= s,r <= 0), i - 1 >= r, If(And(s <= r,s <= 0), i - 1 >= s, i - 1 >= 0)), If(And(r <= t,r <= 0), i - 4 >= r, If(And(t <= r,t <= 0), i - 4 >= t, i - 4 >= 0)), If(And(s <= t,s <= 0), i - 1 >= s, If(And(t <= s,t <= 0), i - 1 >= t, i - 1 >= 0)), If(And(p <= q,p <= r), i - 5 >= p, If(And(q <= p,q <= r), i - 5 >= q, i - 5 >= r)), If(And(p <= q,p <= s), i - 2 >= p, If(And(q <= p,q <= s), i - 2 >= q, i - 2 >= s)), If(And(p <= s,p <= 0), i - 4 >= p, If(And(s <= p,s <= 0), i - 4 >= s, i - 4 >= 0)), If(And(q <= r,q <= s), i - 3 >= q, If(And(r <= q,r <= s), i - 3 >= r, i - 3 >= s)), If(And(p <= r,p <= 0), i - 1 >= p, If(And(r <= p,r <= 0), i - 1 >= r, i - 1 >= 0)), If(And(p >= q,p >= r,p >= s), i >= p, If(And(q >= p,q >= r,q >= s), i >= q, If(And(r >= p,r >= q,r >= s), i >= r, i >= s))), If(And(p >= q,p >= r,p >= t), i >= p, If(And(q >= p,q >= r,q >= t), i >= q, If(And(r >= p,r >= q,r >= t), i >= r, i >= t))), If(And(p >= q,p >= s,p >= t), i >= p, If(And(q >= p,q >= s,q >= t), i >= q, If(And(s >= p,s >= q,s >= t), i >= s, i >= t))), If(And(p >= r,p >= s,p >= t), i >= p, If(And(r >= p,r >= s,r >= t), i >= r, If(And(s >= p,s >= r,s >= t), i >= s, i >= t))), If(And(q >= r,q >= s,q >= t), i >= q, If(And(r >= q,r >= s,r >= t), i >= r, If(And(s >= q,s >= r,s >= t), i >= s, i >= t))), If(And(p >= q,p >= r,p >= s),p >= i - 15,If(And(q >= p,q >= r,q >= s),q >= i - 15,If(And(r >= p,r >= q,r >= s),r >= i - 15,s >= i - 15))), If(And(p >= q,p >= r,p >= t),p >= i - 29,If(And(q >= p,q >= r,q >= t),q >= i - 29,If(And(r >= p,r >= q,r >= t),r >= i - 29,t >= i - 29))), If(And(p >= q,p >= r,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= 0),r >= i - 20,0 >= i - 20))), If(And(p >= q,p >= s,p >= t),p >= i - 25,If(And(q >= p,q >= s,q >= t),q >= i - 25,If(And(s >= p,s >= q,s >= t),s >= i - 25,t >= i - 25))), If(And(p >= q,p >= s,p >= 0),p >= i - 19,If(And(q >= p,q >= s,q >= 0),q >= i - 19,If(And(s >= p,s >= q,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= r,p >= s,p >= 0),p >= i - 17,If(And(r >= p,r >= s,r >= 0),r >= i - 17,If(And(s >= p,s >= r,s >= 0),s >= i - 17,0 >= i - 17))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= s,q >= t),q >= i - 29,If(And(r >= q,r >= s,r >= t),r >= i - 29,If(And(s >= q,s >= r,s >= t),s >= i - 29,t >= i - 29))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(p <= q,p <= r,p <= s),p >= i - 38,If(And(q <= p,q <= r,q <= s),q >= i - 38,If(And(r <= p,r <= q,r <= s),r >= i - 38,s >= i - 38))), If(And(p <= q,p <= r,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= t),r >= i - 38,t >= i - 38))), If(And(p <= q,p <= r,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= 0),r >= i - 38,0 >= i - 38))), If(And(p <= q,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= s,q <= t),q >= i - 38,If(And(s <= p,s <= q,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= q,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= q,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= t,q <= 0),q >= i - 38,If(And(t <= p,t <= q,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= r,p <= s,p <= t),p >= i - 38,If(And(r <= p,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= r,p <= s,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= r,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= s,p <= t,p <= 0),p >= i - 38,If(And(s <= p,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p >= r,p >= s,p >= t),p >= i - 16,If(And(r >= p,r >= s,r >= t),r >= i - 16,If(And(s >= p,s >= r,s >= t),s >= i - 16,t >= i - 16))), If(And(q >= s,q >= t,q >= 0),q >= i - 20,If(And(s >= q,s >= t,s >= 0),s >= i - 20,If(And(t >= q,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= r,p >= 0), i + 8 >= p, If(And(q >= p,q >= r,q >= 0), i + 8 >= q, If(And(r >= p,r >= q,r >= 0), i + 8 >= r, i + 8 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 8 >= p, If(And(q >= p,q >= s,q >= 0), i + 8 >= q, If(And(s >= p,s >= q,s >= 0), i + 8 >= s, i + 8 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 8 >= p, If(And(q >= p,q >= t,q >= 0), i + 8 >= q, If(And(t >= p,t >= q,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 8 >= p, If(And(r >= p,r >= s,r >= 0), i + 8 >= r, If(And(s >= p,s >= r,s >= 0), i + 8 >= s, i + 8 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 8 >= p, If(And(r >= p,r >= t,r >= 0), i + 8 >= r, If(And(t >= p,t >= r,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 8 >= p, If(And(s >= p,s >= t,s >= 0), i + 8 >= s, If(And(t >= p,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 8 >= q, If(And(r >= q,r >= s,r >= 0), i + 8 >= r, If(And(s >= q,s >= r,s >= 0), i + 8 >= s, i + 8 >= 0))), If(And(q >= r,q >= t,q >= 0), i + 8 >= q, If(And(r >= q,r >= t,r >= 0), i + 8 >= r, If(And(t >= q,t >= r,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 8 >= q, If(And(s >= q,s >= t,s >= 0), i + 8 >= s, If(And(t >= q,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 8 >= r, If(And(s >= r,s >= t,s >= 0), i + 8 >= s, If(And(t >= r,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(p <= q,p <= r,p <= s), i - 6 >= p, If(And(q <= p,q <= r,q <= s), i - 6 >= q, If(And(r <= p,r <= q,r <= s), i - 6 >= r, i - 6 >= s))), If(And(p <= q,p <= r,p <= t), i - 6 >= p, If(And(q <= p,q <= r,q <= t), i - 6 >= q, If(And(r <= p,r <= q,r <= t), i - 6 >= r, i - 6 >= t))), If(And(p <= q,p <= s,p <= t), i - 7 >= p, If(And(q <= p,q <= s,q <= t), i - 7 >= q, If(And(s <= p,s <= q,s <= t), i - 7 >= s, i - 7 >= t))), If(And(p <= q,p <= s,p <= 0), i - 5 >= p, If(And(q <= p,q <= s,q <= 0), i - 5 >= q, If(And(s <= p,s <= q,s <= 0), i - 5 >= s, i - 5 >= 0))), If(And(p <= q,p <= t,p <= 0), i - 2 >= p, If(And(q <= p,q <= t,q <= 0), i - 2 >= q, If(And(t <= p,t <= q,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p <= r,p <= s,p <= t), i - 4 >= p, If(And(r <= p,r <= s,r <= t), i - 4 >= r, If(And(s <= p,s <= r,s <= t), i - 4 >= s, i - 4 >= t))), If(And(p <= r,p <= s,p <= 0), i - 5 >= p, If(And(r <= p,r <= s,r <= 0), i - 5 >= r, If(And(s <= p,s <= r,s <= 0), i - 5 >= s, i - 5 >= 0))), If(And(q <= r,q <= s,q <= t), i - 5 >= q, If(And(r <= q,r <= s,r <= t), i - 5 >= r, If(And(s <= q,s <= r,s <= t), i - 5 >= s, i - 5 >= t))), If(And(q <= r,q <= s,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= 0), i - 5 >= s, i - 5 >= 0))), If(And(q <= r,q <= t,q <= 0), i - 5 >= q, If(And(r <= q,r <= t,r <= 0), i - 5 >= r, If(And(t <= q,t <= r,t <= 0), i - 5 >= t, i - 5 >= 0))), If(And(q <= s,q <= t,q <= 0), i - 5 >= q, If(And(s <= q,s <= t,s <= 0), i - 5 >= s, If(And(t <= q,t <= s,t <= 0), i - 5 >= t, i - 5 >= 0))), If(And(r <= s,r <= t,r <= 0), i - 5 >= r, If(And(s <= r,s <= t,s <= 0), i - 5 >= s, If(And(t <= r,t <= s,t <= 0), i - 5 >= t, i - 5 >= 0))), If(And(p <= q,p <= r,p <= 0), i - 5 >= p, If(And(q <= p,q <= r,q <= 0), i - 5 >= q, If(And(r <= p,r <= q,r <= 0), i - 5 >= r, i - 5 >= 0))), If(And(p <= r,p <= t,p <= 0), i - 6 >= p, If(And(r <= p,r <= t,r <= 0), i - 6 >= r, If(And(t <= p,t <= r,t <= 0), i - 6 >= t, i - 6 >= 0))), If(And(p <= s,p <= t,p <= 0), i - 4 >= p, If(And(s <= p,s <= t,s <= 0), i - 4 >= s, If(And(t <= p,t <= s,t <= 0), i - 4 >= t, i - 4 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i - 15,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i - 15,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i - 15,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i - 15,0 >= i - 15)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i - 19,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 15,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 15,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 15,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 15,0 >= i - 15)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 8 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 8 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 8 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 8 >= s, i + 8 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 8 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 8 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 8 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 8 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 8 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 8 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 8 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 8 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 8 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 8 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 8 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 8 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t), i - 7 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i - 7 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i - 7 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i - 7 >= s, i - 7 >= t)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 9 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 9 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 9 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 9 >= s, i - 9 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i - 5 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i - 5 >= t, i - 5 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i - 7 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i - 7 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i - 7 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i - 7 >= t, i - 7 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i - 7 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i - 7 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i - 7 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i - 7 >= t, i - 7 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= 0), i - 6 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i - 6 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i - 6 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i - 6 >= t, i - 6 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 8 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 8 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 8 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 8 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i - 11 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i - 11 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i - 11 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i - 11 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i - 11 >= t, i - 11 >= 0)))))] incr4_LI0=\ [i >= p, i >= s - 36, i >= t - 32, 0 >= i - 20, i + 20 >= 0, i >= q - 31, p + 31 >= i, t + 38 >= i, If(i >= 0,i >= p,0 >= p), If(p >= q,p >= i,q >= i), If(p <= t, i >= p, i >= t), If(p <= 0, i >= p, i >= 0), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(p <= q, i >= p, i >= q), If(i >= 0,i >= t - 20,0 >= t - 20), If(p >= s,p >= i - 26,s >= i - 26), If(q >= t,q >= i - 29,t >= i - 29), If(r >= 0,r >= i - 19,0 >= i - 19), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(q >= r,q >= i - 36,r >= i - 36), If(q >= s,q >= i - 29,s >= i - 29), If(p >= 0,p >= i - 20,0 >= i - 20), If(i <= 0,i >= s - 36,0 >= s - 36), If(s >= 0,s >= i - 20,0 >= i - 20), If(t >= 0,t >= i - 20,0 >= i - 20), If(i <= 0,i >= t - 32,0 >= t - 32), If(q >= 0,q >= i - 20,0 >= i - 20), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 31,0 >= q - 31), If(r <= t,r >= i - 38,t >= i - 38), If(s <= t,s >= i - 38,t >= i - 38), If(t <= 0,t >= i - 38,0 >= i - 38), If(q <= t,q >= i - 38,t >= i - 38), If(p <= t,p >= i - 38,t >= i - 38), If(p <= 0,p >= i - 31,0 >= i - 31), If(i >= 0,i >= q - 20,0 >= q - 20), If(p >= t,p >= i - 29,t >= i - 29), If(p >= s, i + 36 >= p, i + 36 >= s), If(q >= t, i + 32 >= q, i + 32 >= t), If(s >= t, i + 36 >= s, i + 36 >= t), If(q >= s, i + 36 >= q, i + 36 >= s), If(p >= t, i + 32 >= p, i + 32 >= t), If(p >= 0, i + 20 >= p, i + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(s >= 0, i + 36 >= s, i + 36 >= 0), If(t >= 0, i + 32 >= t, i + 32 >= 0), If(q <= t, i + 24 >= q, i + 24 >= t), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(r <= s, i + 32 >= r, i + 32 >= s), If(r <= t, i + 30 >= r, i + 30 >= t), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 20 >= t, i + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(p >= q, i + 31 >= p, i + 31 >= q), If(q >= 0, i + 31 >= q, i + 31 >= 0), If(s <= t, i + 31 >= s, i + 31 >= t), If(q <= s, i + 30 >= q, i + 30 >= s), If(i <= 0, s + 19 >= i, s + 19 >= 0), If(i >= 0, p + 31 >= i, p + 31 >= 0), If(i >= 0, t + 38 >= i, t + 38 >= 0), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(p <= q,p <= t), i >= p, If(And(q <= p,q <= t), i >= q, i >= t)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= r,p <= s), i >= p, If(And(r <= p,r <= s), i >= r, i >= s)), If(And(p <= r,p <= t), i >= p, If(And(r <= p,r <= t), i >= r, i >= t)), If(And(p <= r,p <= 0), i >= p, If(And(r <= p,r <= 0), i >= r, i >= 0)), If(And(p <= s,p <= t), i >= p, If(And(s <= p,s <= t), i >= s, i >= t)), If(And(p >= r,p >= s),p >= i - 17,If(And(r >= p,r >= s),r >= i - 17,s >= i - 17)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(q >= r,q >= s),q >= i - 29,If(And(r >= q,r >= s),r >= i - 29,s >= i - 29)), If(And(q >= r,q >= t),q >= i - 29,If(And(r >= q,r >= t),r >= i - 29,t >= i - 29)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(q >= s,q >= t),q >= i - 29,If(And(s >= q,s >= t),s >= i - 29,t >= i - 29)), If(And(r >= t,r >= 0),r >= i - 19,If(And(t >= r,t >= 0),t >= i - 19,0 >= i - 19)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= r,p >= s),p >= i - 18,If(And(r >= p,r >= s),r >= i - 18,s >= i - 18)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q <= r,q <= t),q >= i - 38,If(And(r <= q,r <= t),r >= i - 38,t >= i - 38)), If(And(q <= t,q <= 0),q >= i - 38,If(And(t <= q,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= s,r <= t),r >= i - 38,If(And(s <= r,s <= t),s >= i - 38,t >= i - 38)), If(And(q <= s,q <= t),q >= i - 38,If(And(s <= q,s <= t),s >= i - 38,t >= i - 38)), If(And(p <= q,p <= t),p >= i - 38,If(And(q <= p,q <= t),q >= i - 38,t >= i - 38)), If(And(p <= r,p <= t),p >= i - 38,If(And(r <= p,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= s,p <= t),p >= i - 38,If(And(s <= p,s <= t),s >= i - 38,t >= i - 38)), If(And(p <= t,p <= 0),p >= i - 38,If(And(t <= p,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= t,r <= 0),r >= i - 38,If(And(t <= r,t <= 0),t >= i - 38,0 >= i - 38)), If(And(s <= t,s <= 0),s >= i - 38,If(And(t <= s,t <= 0),t >= i - 38,0 >= i - 38)), If(And(p >= s,p >= t),p >= i - 22,If(And(s >= p,s >= t),s >= i - 22,t >= i - 22)), If(And(p >= s,p >= t), i + 36 >= p, If(And(s >= p,s >= t), i + 36 >= s, i + 36 >= t)), If(And(q >= s,q >= 0), i + 36 >= q, If(And(s >= q,s >= 0), i + 36 >= s, i + 36 >= 0)), If(And(q >= t,q >= 0), i + 32 >= q, If(And(t >= q,t >= 0), i + 32 >= t, i + 32 >= 0)), If(And(p >= q,p >= t), i + 32 >= p, If(And(q >= p,q >= t), i + 32 >= q, i + 32 >= t)), If(And(p >= q,p >= s), i + 36 >= p, If(And(q >= p,q >= s), i + 36 >= q, i + 36 >= s)), If(And(q >= s,q >= t), i + 36 >= q, If(And(s >= q,s >= t), i + 36 >= s, i + 36 >= t)), If(And(s >= t,s >= 0), i + 36 >= s, If(And(t >= s,t >= 0), i + 36 >= t, i + 36 >= 0)), If(And(p >= s,p >= 0), i + 36 >= p, If(And(s >= p,s >= 0), i + 36 >= s, i + 36 >= 0)), If(And(p >= t,p >= 0), i + 32 >= p, If(And(t >= p,t >= 0), i + 32 >= t, i + 32 >= 0)), If(And(q <= r,q <= t), i + 22 >= q, If(And(r <= q,r <= t), i + 22 >= r, i + 22 >= t)), If(And(q <= r,q <= 0), i + 20 >= q, If(And(r <= q,r <= 0), i + 20 >= r, i + 20 >= 0)), If(And(q <= s,q <= t), i + 22 >= q, If(And(s <= q,s <= t), i + 22 >= s, i + 22 >= t)), If(And(q <= s,q <= 0), i + 20 >= q, If(And(s <= q,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(q <= t,q <= 0), i + 20 >= q, If(And(t <= q,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(r <= s,r <= t), i + 30 >= r, If(And(s <= r,s <= t), i + 30 >= s, i + 30 >= t)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(r <= t,r <= 0), i + 20 >= r, If(And(t <= r,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 20 >= s, If(And(t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)), If(And(p >= q,p >= 0), i + 31 >= p, If(And(q >= p,q >= 0), i + 31 >= q, i + 31 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= s,p >= t),p >= i,If(And(q >= p,q >= s,q >= t),q >= i,If(And(s >= p,s >= q,s >= t),s >= i,t >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= t,p >= 0),p >= i,If(And(q >= p,q >= t,q >= 0),q >= i,If(And(t >= p,t >= q,t >= 0),t >= i,0 >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= r,p <= t), i >= p, If(And(q <= p,q <= r,q <= t), i >= q, If(And(r <= p,r <= q,r <= t), i >= r, i >= t))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= s,p <= t), i >= p, If(And(q <= p,q <= s,q <= t), i >= q, If(And(s <= p,s <= q,s <= t), i >= s, i >= t))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= t,p <= 0), i >= p, If(And(q <= p,q <= t,q <= 0), i >= q, If(And(t <= p,t <= q,t <= 0), i >= t, i >= 0))), If(And(p <= r,p <= s,p <= t), i >= p, If(And(r <= p,r <= s,r <= t), i >= r, If(And(s <= p,s <= r,s <= t), i >= s, i >= t))), If(And(p <= r,p <= s,p <= 0), i >= p, If(And(r <= p,r <= s,r <= 0), i >= r, If(And(s <= p,s <= r,s <= 0), i >= s, i >= 0))), If(And(p <= r,p <= t,p <= 0), i >= p, If(And(r <= p,r <= t,r <= 0), i >= r, If(And(t <= p,t <= r,t <= 0), i >= t, i >= 0))), If(And(p <= s,p <= t,p <= 0), i >= p, If(And(s <= p,s <= t,s <= 0), i >= s, If(And(t <= p,t <= s,t <= 0), i >= t, i >= 0))), If(And(p >= r,p >= s,p >= 0),p >= i - 17,If(And(r >= p,r >= s,r >= 0),r >= i - 17,If(And(s >= p,s >= r,s >= 0),s >= i - 17,0 >= i - 17))), If(And(q >= r,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= t,r >= 0),r >= i - 19,If(And(t >= q,t >= r,t >= 0),t >= i - 19,0 >= i - 19))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(q >= r,q >= s,q >= t),q >= i - 29,If(And(r >= q,r >= s,r >= t),r >= i - 29,If(And(s >= q,s >= r,s >= t),s >= i - 29,t >= i - 29))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= s,q >= t,q >= 0),q >= i - 20,If(And(s >= q,s >= t,s >= 0),s >= i - 20,If(And(t >= q,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= q,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= t,q <= 0),q >= i - 38,If(And(t <= p,t <= q,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= q,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= s,q <= t),q >= i - 38,If(And(s <= p,s <= q,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= q,p <= r,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= t),r >= i - 38,t >= i - 38))), If(And(p <= r,p <= s,p <= t),p >= i - 38,If(And(r <= p,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= r,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= s,p <= t,p <= 0),p >= i - 38,If(And(s <= p,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p >= r,p >= s,p >= t),p >= i - 16,If(And(r >= p,r >= s,r >= t),r >= i - 16,If(And(s >= p,s >= r,s >= t),s >= i - 16,t >= i - 16))), If(And(p >= q,p >= s,p >= t), i + 36 >= p, If(And(q >= p,q >= s,q >= t), i + 36 >= q, If(And(s >= p,s >= q,s >= t), i + 36 >= s, i + 36 >= t))), If(And(q >= s,q >= t,q >= 0), i + 36 >= q, If(And(s >= q,s >= t,s >= 0), i + 36 >= s, If(And(t >= q,t >= s,t >= 0), i + 36 >= t, i + 36 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 36 >= p, If(And(s >= p,s >= t,s >= 0), i + 36 >= s, If(And(t >= p,t >= s,t >= 0), i + 36 >= t, i + 36 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 36 >= p, If(And(q >= p,q >= s,q >= 0), i + 36 >= q, If(And(s >= p,s >= q,s >= 0), i + 36 >= s, i + 36 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 32 >= p, If(And(q >= p,q >= t,q >= 0), i + 32 >= q, If(And(t >= p,t >= q,t >= 0), i + 32 >= t, i + 32 >= 0))), If(And(q <= r,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= t,r <= 0), i + 20 >= r, If(And(t <= q,t <= r,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= s,q <= t,q <= 0), i + 20 >= q, If(And(s <= q,s <= t,s <= 0), i + 20 >= s, If(And(t <= q,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0))), If(And(q <= r,q <= s,q <= t), i + 22 >= q, If(And(r <= q,r <= s,r <= t), i + 22 >= r, If(And(s <= q,s <= r,s <= t), i + 22 >= s, i + 22 >= t))), If(And(q <= r,q <= s,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= 0), i + 20 >= s, i + 20 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i >= t, i >= 0)))), If(And(p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i >= t, i >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 15,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 15,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 15,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 15,0 >= i - 15)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 36 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 36 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 36 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 36 >= t, i + 36 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i + 20 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i + 20 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i + 20 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i + 20 >= t, i + 20 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))))] incr4_LI1=\ [i >= p, i >= q, 0 >= i - 20, i >= s - 30, q + 38 >= i, i + 19 >= 0, i >= r - 30, s + 38 >= i, t + 38 >= i, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(p >= q, i >= p, i >= q), If(p <= t, i >= p, i >= t), If(p <= 0, i >= p, i >= 0), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(q <= t, i >= q, i >= t), If(q <= 0, i >= q, i >= 0), If(q <= r, i >= q, i >= r), If(q <= s, i >= q, i >= s), If(p <= q, i >= p, i >= q), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= 0,q >= i - 20,0 >= i - 20), If(i >= 0,i >= r - 19,0 >= r - 19), If(i >= 0,i >= s - 20,0 >= s - 20), If(r >= t,r >= i - 32,t >= i - 32), If(q >= r,q >= i - 36,r >= i - 36), If(q >= s,q >= i - 30,s >= i - 30), If(s >= 0,s >= i - 20,0 >= i - 20), If(t >= 0,t >= i - 20,0 >= i - 20), If(r >= 0,r >= i - 19,0 >= i - 19), If(p <= q,p >= i - 38,q >= i - 38), If(i <= 0,i >= s - 30,0 >= s - 30), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(q <= t,q >= i - 38,t >= i - 38), If(q <= 0,q >= i - 38,0 >= i - 38), If(q <= r,q >= i - 38,r >= i - 38), If(q <= s,q >= i - 38,s >= i - 38), If(p >= q,p >= i - 30,q >= i - 30), If(p >= r,p >= i - 30,r >= i - 30), If(p >= t,p >= i - 29,t >= i - 29), If(q >= t,q >= i - 34,t >= i - 34), If(s >= t,s >= i - 31,t >= i - 31), If(r >= s,r >= i - 35,s >= i - 35), If(s <= 0,s >= i - 38,0 >= i - 38), If(i <= 0,i >= r - 30,0 >= r - 30), If(r <= s,r >= i - 38,s >= i - 38), If(s <= t,s >= i - 38,t >= i - 38), If(p <= s,p >= i - 38,s >= i - 38), If(p <= t,p >= i - 38,t >= i - 38), If(t <= 0,t >= i - 38,0 >= i - 38), If(r <= t,r >= i - 38,t >= i - 38), If(p >= s, i + 30 >= p, i + 30 >= s), If(r >= s, i + 30 >= r, i + 30 >= s), If(i >= 0, q + 38 >= i, q + 38 >= 0), If(q >= s, i + 30 >= q, i + 30 >= s), If(s >= 0, i + 30 >= s, i + 30 >= 0), If(s >= t, i + 30 >= s, i + 30 >= t), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(r <= s, i + 28 >= r, i + 28 >= s), If(r <= t, i + 16 >= r, i + 16 >= t), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(t <= 0, i + 15 >= t, i + 15 >= 0), If(q >= r, i + 30 >= q, i + 30 >= r), If(p >= r, i + 30 >= p, i + 30 >= r), If(i >= 0, s + 38 >= i, s + 38 >= 0), If(p >= 0, i + 19 >= p, i + 19 >= 0), If(q >= 0, i + 19 >= q, i + 19 >= 0), If(r >= 0, i + 30 >= r, i + 30 >= 0), If(r >= t, i + 30 >= r, i + 30 >= t), If(r <= 0, i + 19 >= r, i + 19 >= 0), If(i >= 0, t + 38 >= i, t + 38 >= 0), If(s <= 0, i + 15 >= s, i + 15 >= 0), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p <= r,p <= s), i >= p, If(And(r <= p,r <= s), i >= r, i >= s)), If(And(p <= r,p <= t), i >= p, If(And(r <= p,r <= t), i >= r, i >= t)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(p <= r,p <= 0), i >= p, If(And(r <= p,r <= 0), i >= r, i >= 0)), If(And(p <= s,p <= t), i >= p, If(And(s <= p,s <= t), i >= s, i >= t)), If(And(q <= r,q <= s), i >= q, If(And(r <= q,r <= s), i >= r, i >= s)), If(And(q <= r,q <= t), i >= q, If(And(r <= q,r <= t), i >= r, i >= t)), If(And(q <= r,q <= 0), i >= q, If(And(r <= q,r <= 0), i >= r, i >= 0)), If(And(q <= s,q <= t), i >= q, If(And(s <= q,s <= t), i >= s, i >= t)), If(And(q <= s,q <= 0), i >= q, If(And(s <= q,s <= 0), i >= s, i >= 0)), If(And(q <= t,q <= 0), i >= q, If(And(t <= q,t <= 0), i >= t, i >= 0)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= q,p <= t), i >= p, If(And(q <= p,q <= t), i >= q, i >= t)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p >= q,p >= t),p >= i - 25,If(And(q >= p,q >= t),q >= i - 25,t >= i - 25)), If(And(p >= q,p >= 0),p >= i - 19,If(And(q >= p,q >= 0),q >= i - 19,0 >= i - 19)), If(And(p >= r,p >= s),p >= i - 18,If(And(r >= p,r >= s),r >= i - 18,s >= i - 18)), If(And(p >= q,p >= s),p >= i - 28,If(And(q >= p,q >= s),q >= i - 28,s >= i - 28)), If(And(q >= r,q >= s),q >= i - 29,If(And(r >= q,r >= s),r >= i - 29,s >= i - 29)), If(And(q >= r,q >= t),q >= i - 29,If(And(r >= q,r >= t),r >= i - 29,t >= i - 29)), If(And(q >= r,q >= 0),q >= i - 19,If(And(r >= q,r >= 0),r >= i - 19,0 >= i - 19)), If(And(q >= s,q >= t),q >= i - 30,If(And(s >= q,s >= t),s >= i - 30,t >= i - 30)), If(And(r >= t,r >= 0),r >= i - 19,If(And(t >= r,t >= 0),t >= i - 19,0 >= i - 19)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(p <= q,p <= t),p >= i - 38,If(And(q <= p,q <= t),q >= i - 38,t >= i - 38)), If(And(p <= q,p <= 0),p >= i - 38,If(And(q <= p,q <= 0),q >= i - 38,0 >= i - 38)), If(And(p <= q,p <= r),p >= i - 38,If(And(q <= p,q <= r),q >= i - 38,r >= i - 38)), If(And(p <= q,p <= s),p >= i - 38,If(And(q <= p,q <= s),q >= i - 38,s >= i - 38)), If(And(q <= r,q <= s),q >= i - 38,If(And(r <= q,r <= s),r >= i - 38,s >= i - 38)), If(And(q <= r,q <= t),q >= i - 38,If(And(r <= q,r <= t),r >= i - 38,t >= i - 38)), If(And(q <= r,q <= 0),q >= i - 38,If(And(r <= q,r <= 0),r >= i - 38,0 >= i - 38)), If(And(q <= s,q <= t),q >= i - 38,If(And(s <= q,s <= t),s >= i - 38,t >= i - 38)), If(And(q <= s,q <= 0),q >= i - 38,If(And(s <= q,s <= 0),s >= i - 38,0 >= i - 38)), If(And(q <= t,q <= 0),q >= i - 38,If(And(t <= q,t <= 0),t >= i - 38,0 >= i - 38)), If(And(p >= r,p >= 0),p >= i - 19,If(And(r >= p,r >= 0),r >= i - 19,0 >= i - 19)), If(And(p >= r,p >= t),p >= i - 27,If(And(r >= p,r >= t),r >= i - 27,t >= i - 27)), If(And(r >= s,r >= t),r >= i - 31,If(And(s >= r,s >= t),s >= i - 31,t >= i - 31)), If(And(s <= t,s <= 0),s >= i - 38,If(And(t <= s,t <= 0),t >= i - 38,0 >= i - 38)), If(And(p <= r,p <= s),p >= i - 38,If(And(r <= p,r <= s),r >= i - 38,s >= i - 38)), If(And(p <= s,p <= t),p >= i - 38,If(And(s <= p,s <= t),s >= i - 38,t >= i - 38)), If(And(p <= s,p <= 0),p >= i - 38,If(And(s <= p,s <= 0),s >= i - 38,0 >= i - 38)), If(And(r <= s,r <= t),r >= i - 38,If(And(s <= r,s <= t),s >= i - 38,t >= i - 38)), If(And(r <= s,r <= 0),r >= i - 38,If(And(s <= r,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p <= r,p <= t),p >= i - 38,If(And(r <= p,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= t,p <= 0),p >= i - 38,If(And(t <= p,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= t,r <= 0),r >= i - 38,If(And(t <= r,t <= 0),t >= i - 38,0 >= i - 38)), If(And(p <= q,p <= r), i - 1 >= p, If(And(q <= p,q <= r), i - 1 >= q, i - 1 >= r)), If(And(p >= s,p >= 0), i + 30 >= p, If(And(s >= p,s >= 0), i + 30 >= s, i + 30 >= 0)), If(And(p >= s,p >= t), i + 30 >= p, If(And(s >= p,s >= t), i + 30 >= s, i + 30 >= t)), If(And(p >= r,p >= s), i + 30 >= p, If(And(r >= p,r >= s), i + 30 >= r, i + 30 >= s)), If(And(p >= q,p >= s), i + 30 >= p, If(And(q >= p,q >= s), i + 30 >= q, i + 30 >= s)), If(And(q >= r,q >= s), i + 30 >= q, If(And(r >= q,r >= s), i + 30 >= r, i + 30 >= s)), If(And(q >= s,q >= t), i + 30 >= q, If(And(s >= q,s >= t), i + 30 >= s, i + 30 >= t)), If(And(s >= t,s >= 0), i + 30 >= s, If(And(t >= s,t >= 0), i + 30 >= t, i + 30 >= 0)), If(And(q >= s,q >= 0), i + 30 >= q, If(And(s >= q,s >= 0), i + 30 >= s, i + 30 >= 0)), If(And(r >= s,r >= t), i + 30 >= r, If(And(s >= r,s >= t), i + 30 >= s, i + 30 >= t)), If(And(r >= s,r >= 0), i + 30 >= r, If(And(s >= r,s >= 0), i + 30 >= s, i + 30 >= 0)), If(And(r <= t,r <= 0), i + 12 >= r, If(And(t <= r,t <= 0), i + 12 >= t, i + 12 >= 0)), If(And(r <= s,r <= 0), i + 14 >= r, If(And(s <= r,s <= 0), i + 14 >= s, i + 14 >= 0)), If(And(q >= r,q >= 0), i + 30 >= q, If(And(r >= q,r >= 0), i + 30 >= r, i + 30 >= 0)), If(And(p >= q,p >= 0), i + 19 >= p, If(And(q >= p,q >= 0), i + 19 >= q, i + 19 >= 0)), If(And(p >= r,p >= 0), i + 30 >= p, If(And(r >= p,r >= 0), i + 30 >= r, i + 30 >= 0)), If(And(q >= r,q >= t), i + 30 >= q, If(And(r >= q,r >= t), i + 30 >= r, i + 30 >= t)), If(And(p >= q,p >= r), i + 30 >= p, If(And(q >= p,q >= r), i + 30 >= q, i + 30 >= r)), If(And(p >= r,p >= t), i + 30 >= p, If(And(r >= p,r >= t), i + 30 >= r, i + 30 >= t)), If(And(r >= t,r >= 0), i + 30 >= r, If(And(t >= r,t >= 0), i + 30 >= t, i + 30 >= 0)), If(And(r <= s,r <= t), i + 12 >= r, If(And(s <= r,s <= t), i + 12 >= s, i + 12 >= t)), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(p <= r,p <= t,p <= 0), i >= p, If(And(r <= p,r <= t,r <= 0), i >= r, If(And(t <= p,t <= r,t <= 0), i >= t, i >= 0))), If(And(p <= s,p <= t,p <= 0), i >= p, If(And(s <= p,s <= t,s <= 0), i >= s, If(And(t <= p,t <= s,t <= 0), i >= t, i >= 0))), If(And(p <= r,p <= s,p <= t), i >= p, If(And(r <= p,r <= s,r <= t), i >= r, If(And(s <= p,s <= r,s <= t), i >= s, i >= t))), If(And(p <= r,p <= s,p <= 0), i >= p, If(And(r <= p,r <= s,r <= 0), i >= r, If(And(s <= p,s <= r,s <= 0), i >= s, i >= 0))), If(And(q <= r,q <= s,q <= t), i >= q, If(And(r <= q,r <= s,r <= t), i >= r, If(And(s <= q,s <= r,s <= t), i >= s, i >= t))), If(And(q <= r,q <= s,q <= 0), i >= q, If(And(r <= q,r <= s,r <= 0), i >= r, If(And(s <= q,s <= r,s <= 0), i >= s, i >= 0))), If(And(q <= r,q <= t,q <= 0), i >= q, If(And(r <= q,r <= t,r <= 0), i >= r, If(And(t <= q,t <= r,t <= 0), i >= t, i >= 0))), If(And(q <= s,q <= t,q <= 0), i >= q, If(And(s <= q,s <= t,s <= 0), i >= s, If(And(t <= q,t <= s,t <= 0), i >= t, i >= 0))), If(And(p <= q,p <= s,p <= t), i >= p, If(And(q <= p,q <= s,q <= t), i >= q, If(And(s <= p,s <= q,s <= t), i >= s, i >= t))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= t,p <= 0), i >= p, If(And(q <= p,q <= t,q <= 0), i >= q, If(And(t <= p,t <= q,t <= 0), i >= t, i >= 0))), If(And(p >= r,p >= s,p >= 0),p >= i - 17,If(And(r >= p,r >= s,r >= 0),r >= i - 17,If(And(s >= p,s >= r,s >= 0),s >= i - 17,0 >= i - 17))), If(And(p >= q,p >= s,p >= 0),p >= i - 19,If(And(q >= p,q >= s,q >= 0),q >= i - 19,If(And(s >= p,s >= q,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= r,q >= s,q >= t),q >= i - 29,If(And(r >= q,r >= s,r >= t),r >= i - 29,If(And(s >= q,s >= r,s >= t),s >= i - 29,t >= i - 29))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(q >= r,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= t,r >= 0),r >= i - 19,If(And(t >= q,t >= r,t >= 0),t >= i - 19,0 >= i - 19))), If(And(q >= s,q >= t,q >= 0),q >= i - 20,If(And(s >= q,s >= t,s >= 0),s >= i - 20,If(And(t >= q,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p <= q,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= q,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= t,q <= 0),q >= i - 38,If(And(t <= p,t <= q,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= q,p <= r,p <= s),p >= i - 38,If(And(q <= p,q <= r,q <= s),q >= i - 38,If(And(r <= p,r <= q,r <= s),r >= i - 38,s >= i - 38))), If(And(p <= q,p <= r,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= t),r >= i - 38,t >= i - 38))), If(And(p <= q,p <= r,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= 0),r >= i - 38,0 >= i - 38))), If(And(p <= q,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= s,q <= t),q >= i - 38,If(And(s <= p,s <= q,s <= t),s >= i - 38,t >= i - 38))), If(And(q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p >= r,p >= t,p >= 0),p >= i - 19,If(And(r >= p,r >= t,r >= 0),r >= i - 19,If(And(t >= p,t >= r,t >= 0),t >= i - 19,0 >= i - 19))), If(And(p >= r,p >= s,p >= t),p >= i - 16,If(And(r >= p,r >= s,r >= t),r >= i - 16,If(And(s >= p,s >= r,s >= t),s >= i - 16,t >= i - 16))), If(And(p <= s,p <= t,p <= 0),p >= i - 38,If(And(s <= p,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= r,p <= s,p <= t),p >= i - 38,If(And(r <= p,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= r,p <= s,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= r,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= q,p <= r,p <= t), i - 1 >= p, If(And(q <= p,q <= r,q <= t), i - 1 >= q, If(And(r <= p,r <= q,r <= t), i - 1 >= r, i - 1 >= t))), If(And(p <= q,p <= r,p <= 0), i - 1 >= p, If(And(q <= p,q <= r,q <= 0), i - 1 >= q, If(And(r <= p,r <= q,r <= 0), i - 1 >= r, i - 1 >= 0))), If(And(p <= q,p <= r,p <= s), i - 1 >= p, If(And(q <= p,q <= r,q <= s), i - 1 >= q, If(And(r <= p,r <= q,r <= s), i - 1 >= r, i - 1 >= s))), If(And(p >= q,p >= s,p >= t), i + 30 >= p, If(And(q >= p,q >= s,q >= t), i + 30 >= q, If(And(s >= p,s >= q,s >= t), i + 30 >= s, i + 30 >= t))), If(And(p >= s,p >= t,p >= 0), i + 30 >= p, If(And(s >= p,s >= t,s >= 0), i + 30 >= s, If(And(t >= p,t >= s,t >= 0), i + 30 >= t, i + 30 >= 0))), If(And(p >= r,p >= s,p >= t), i + 30 >= p, If(And(r >= p,r >= s,r >= t), i + 30 >= r, If(And(s >= p,s >= r,s >= t), i + 30 >= s, i + 30 >= t))), If(And(p >= r,p >= s,p >= 0), i + 30 >= p, If(And(r >= p,r >= s,r >= 0), i + 30 >= r, If(And(s >= p,s >= r,s >= 0), i + 30 >= s, i + 30 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 30 >= p, If(And(q >= p,q >= s,q >= 0), i + 30 >= q, If(And(s >= p,s >= q,s >= 0), i + 30 >= s, i + 30 >= 0))), If(And(p >= q,p >= r,p >= s), i + 30 >= p, If(And(q >= p,q >= r,q >= s), i + 30 >= q, If(And(r >= p,r >= q,r >= s), i + 30 >= r, i + 30 >= s))), If(And(q >= r,q >= s,q >= t), i + 30 >= q, If(And(r >= q,r >= s,r >= t), i + 30 >= r, If(And(s >= q,s >= r,s >= t), i + 30 >= s, i + 30 >= t))), If(And(q >= r,q >= s,q >= 0), i + 30 >= q, If(And(r >= q,r >= s,r >= 0), i + 30 >= r, If(And(s >= q,s >= r,s >= 0), i + 30 >= s, i + 30 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 30 >= r, If(And(s >= r,s >= t,s >= 0), i + 30 >= s, If(And(t >= r,t >= s,t >= 0), i + 30 >= t, i + 30 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 30 >= q, If(And(s >= q,s >= t,s >= 0), i + 30 >= s, If(And(t >= q,t >= s,t >= 0), i + 30 >= t, i + 30 >= 0))), If(And(r <= s,r <= t,r <= 0), i + 11 >= r, If(And(s <= r,s <= t,s <= 0), i + 11 >= s, If(And(t <= r,t <= s,t <= 0), i + 11 >= t, i + 11 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 30 >= p, If(And(q >= p,q >= r,q >= 0), i + 30 >= q, If(And(r >= p,r >= q,r >= 0), i + 30 >= r, i + 30 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 30 >= p, If(And(r >= p,r >= t,r >= 0), i + 30 >= r, If(And(t >= p,t >= r,t >= 0), i + 30 >= t, i + 30 >= 0))), If(And(p >= q,p >= r,p >= t), i + 30 >= p, If(And(q >= p,q >= r,q >= t), i + 30 >= q, If(And(r >= p,r >= q,r >= t), i + 30 >= r, i + 30 >= t))), If(And(q >= r,q >= t,q >= 0), i + 30 >= q, If(And(r >= q,r >= t,r >= 0), i + 30 >= r, If(And(t >= q,t >= r,t >= 0), i + 30 >= t, i + 30 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i >= t, i >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i >= t, i >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= r,p <= t,p <= 0), i - 1 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i - 1 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i - 1 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i - 1 >= t, i - 1 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 1 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 1 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 1 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 1 >= s, i - 1 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t), i - 1 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i - 1 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i - 1 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i - 1 >= s, i - 1 >= t)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 30 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 30 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 30 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 30 >= s, i + 30 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 30 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 30 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 30 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 30 >= s, i + 30 >= t)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 30 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 30 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 30 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 30 >= t, i + 30 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 30 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 30 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 30 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 30 >= t, i + 30 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 30 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 30 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 30 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 30 >= t, i + 30 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 30 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 30 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 30 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 30 >= t, i + 30 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i - 1 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i - 1 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i - 1 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i - 1 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i - 1 >= t, i - 1 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 30 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 30 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 30 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 30 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 30 >= t, i + 30 >= 0)))))] incr4_LI2=\ [i >= r, i >= p, i >= q, t + 38 >= i, 0 >= i - 20, r + 38 >= i, s + 38 >= i, p + 37 >= i, i >= s - 29, q + 38 >= i, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(p <= q, i >= p, i >= q), If(q <= s, i >= q, i >= s), If(q <= t, i >= q, i >= t), If(q <= 0, i >= q, i >= 0), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(r <= 0, i >= r, i >= 0), If(p <= t, i >= p, i >= t), If(p <= 0, i >= p, i >= 0), If(r <= s, i >= r, i >= s), If(r <= t, i >= r, i >= t), If(q >= r, i >= q, i >= r), If(p >= r, i >= p, i >= r), If(p >= q, i >= p, i >= q), If(i <= 0,i >= r - 20,0 >= r - 20), If(s <= 0,s >= i - 38,0 >= i - 38), If(t <= 0,t >= i - 38,0 >= i - 38), If(q <= r,q >= i - 38,r >= i - 38), If(q <= s,q >= i - 38,s >= i - 38), If(i <= 0,i >= q - 20,0 >= q - 20), If(q <= t,q >= i - 38,t >= i - 38), If(p <= r,p >= i - 38,r >= i - 38), If(p <= s,p >= i - 38,s >= i - 38), If(r <= 0,r >= i - 38,0 >= i - 38), If(s <= t,s >= i - 38,t >= i - 38), If(p <= t,p >= i - 38,t >= i - 38), If(p <= 0,p >= i - 37,0 >= i - 37), If(r <= s,r >= i - 38,s >= i - 38), If(r <= t,r >= i - 38,t >= i - 38), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= t,q >= i - 34,t >= i - 34), If(r >= s,r >= i - 35,s >= i - 35), If(s >= t,s >= i - 31,t >= i - 31), If(q >= r,q >= i - 36,r >= i - 36), If(p >= r,p >= i - 36,r >= i - 36), If(p >= s,p >= i - 32,s >= i - 32), If(s >= 0,s >= i - 20,0 >= i - 20), If(t >= 0,t >= i - 20,0 >= i - 20), If(i >= 0,i >= s - 20,0 >= s - 20), If(i >= 0,i >= t - 20,0 >= t - 20), If(p >= q,p >= i - 30,q >= i - 30), If(q >= 0,q >= i - 20,0 >= i - 20), If(r >= 0,r >= i - 20,0 >= i - 20), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= s - 29,0 >= s - 29), If(p <= q,p >= i - 38,q >= i - 38), If(q <= 0,q >= i - 38,0 >= i - 38), If(q >= s,q >= i - 30,s >= i - 30), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i >= 0, p + 37 >= i, p + 37 >= 0), If(i >= 0, r + 38 >= i, r + 38 >= 0), If(i >= 0, s + 38 >= i, s + 38 >= 0), If(i >= 0, t + 38 >= i, t + 38 >= 0), If(p >= s, i + 29 >= p, i + 29 >= s), If(q >= s, i + 29 >= q, i + 29 >= s), If(r >= s, i + 29 >= r, i + 29 >= s), If(s >= t, i + 29 >= s, i + 29 >= t), If(s >= 0, i + 29 >= s, i + 29 >= 0), If(i >= 0, q + 38 >= i, q + 38 >= 0), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= q,p <= t), i >= p, If(And(q <= p,q <= t), i >= q, i >= t)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= s,p <= t), i >= p, If(And(s <= p,s <= t), i >= s, i >= t)), If(And(p <= r,p <= s), i >= p, If(And(r <= p,r <= s), i >= r, i >= s)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(r <= t,r <= 0), i >= r, If(And(t <= r,t <= 0), i >= t, i >= 0)), If(And(q <= s,q <= t), i >= q, If(And(s <= q,s <= t), i >= s, i >= t)), If(And(q <= s,q <= 0), i >= q, If(And(s <= q,s <= 0), i >= s, i >= 0)), If(And(q <= t,q <= 0), i >= q, If(And(t <= q,t <= 0), i >= t, i >= 0)), If(And(r <= s,r <= t), i >= r, If(And(s <= r,s <= t), i >= s, i >= t)), If(And(r <= s,r <= 0), i >= r, If(And(s <= r,s <= 0), i >= s, i >= 0)), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p <= q,p <= r),p >= i - 38,If(And(q <= p,q <= r),q >= i - 38,r >= i - 38)), If(And(p <= q,p <= s),p >= i - 38,If(And(q <= p,q <= s),q >= i - 38,s >= i - 38)), If(And(q <= r,q <= s),q >= i - 38,If(And(r <= q,r <= s),r >= i - 38,s >= i - 38)), If(And(q <= r,q <= t),q >= i - 38,If(And(r <= q,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= q,p <= t),p >= i - 38,If(And(q <= p,q <= t),q >= i - 38,t >= i - 38)), If(And(p <= r,p <= 0),p >= i - 38,If(And(r <= p,r <= 0),r >= i - 38,0 >= i - 38)), If(And(p <= s,p <= t),p >= i - 38,If(And(s <= p,s <= t),s >= i - 38,t >= i - 38)), If(And(p <= r,p <= s),p >= i - 38,If(And(r <= p,r <= s),r >= i - 38,s >= i - 38)), If(And(p <= r,p <= t),p >= i - 38,If(And(r <= p,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= s,p <= 0),p >= i - 38,If(And(s <= p,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p <= t,p <= 0),p >= i - 38,If(And(t <= p,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= t,r <= 0),r >= i - 38,If(And(t <= r,t <= 0),t >= i - 38,0 >= i - 38)), If(And(s <= t,s <= 0),s >= i - 38,If(And(t <= s,t <= 0),t >= i - 38,0 >= i - 38)), If(And(q <= r,q <= 0),q >= i - 38,If(And(r <= q,r <= 0),r >= i - 38,0 >= i - 38)), If(And(q <= s,q <= t),q >= i - 38,If(And(s <= q,s <= t),s >= i - 38,t >= i - 38)), If(And(q <= s,q <= 0),q >= i - 38,If(And(s <= q,s <= 0),s >= i - 38,0 >= i - 38)), If(And(q <= t,q <= 0),q >= i - 38,If(And(t <= q,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= s,r <= t),r >= i - 38,If(And(s <= r,s <= t),s >= i - 38,t >= i - 38)), If(And(r <= s,r <= 0),r >= i - 38,If(And(s <= r,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p >= r,p >= s),p >= i - 18,If(And(r >= p,r >= s),r >= i - 18,s >= i - 18)), If(And(p >= s,p >= t),p >= i - 25,If(And(s >= p,s >= t),s >= i - 25,t >= i - 25)), If(And(p >= q,p >= s),p >= i - 28,If(And(q >= p,q >= s),q >= i - 28,s >= i - 28)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 29,If(And(r >= q,r >= s),r >= i - 29,s >= i - 29)), If(And(q >= r,q >= t),q >= i - 29,If(And(r >= q,r >= t),r >= i - 29,t >= i - 29)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= s,r >= t),r >= i - 31,If(And(s >= r,s >= t),s >= i - 31,t >= i - 31)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(p >= q,p >= r),p >= i - 29,If(And(q >= p,q >= r),q >= i - 29,r >= i - 29)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p <= q,p <= 0),p >= i - 38,If(And(q <= p,q <= 0),q >= i - 38,0 >= i - 38)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= s,q >= t),q >= i - 30,If(And(s >= q,s >= t),s >= i - 30,t >= i - 30)), If(And(p <= r,p <= t), i - 1 >= p, If(And(r <= p,r <= t), i - 1 >= r, i - 1 >= t)), If(And(q <= r,q <= 0), i - 1 >= q, If(And(r <= q,r <= 0), i - 1 >= r, i - 1 >= 0)), If(And(p >= s,p >= t), i + 29 >= p, If(And(s >= p,s >= t), i + 29 >= s, i + 29 >= t)), If(And(p >= s,p >= 0), i + 29 >= p, If(And(s >= p,s >= 0), i + 29 >= s, i + 29 >= 0)), If(And(q >= s,q >= t), i + 29 >= q, If(And(s >= q,s >= t), i + 29 >= s, i + 29 >= t)), If(And(p >= q,p >= s), i + 29 >= p, If(And(q >= p,q >= s), i + 29 >= q, i + 29 >= s)), If(And(q >= r,q >= s), i + 29 >= q, If(And(r >= q,r >= s), i + 29 >= r, i + 29 >= s)), If(And(p >= r,p >= s), i + 29 >= p, If(And(r >= p,r >= s), i + 29 >= r, i + 29 >= s)), If(And(r >= s,r >= t), i + 29 >= r, If(And(s >= r,s >= t), i + 29 >= s, i + 29 >= t)), If(And(r >= s,r >= 0), i + 29 >= r, If(And(s >= r,s >= 0), i + 29 >= s, i + 29 >= 0)), If(And(q >= s,q >= 0), i + 29 >= q, If(And(s >= q,s >= 0), i + 29 >= s, i + 29 >= 0)), If(And(s >= t,s >= 0), i + 29 >= s, If(And(t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p <= q,p <= s,p <= t), i >= p, If(And(q <= p,q <= s,q <= t), i >= q, If(And(s <= p,s <= q,s <= t), i >= s, i >= t))), If(And(r <= s,r <= t,r <= 0), i >= r, If(And(s <= r,s <= t,s <= 0), i >= s, If(And(t <= r,t <= s,t <= 0), i >= t, i >= 0))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= t,p <= 0), i >= p, If(And(q <= p,q <= t,q <= 0), i >= q, If(And(t <= p,t <= q,t <= 0), i >= t, i >= 0))), If(And(p <= s,p <= t,p <= 0), i >= p, If(And(s <= p,s <= t,s <= 0), i >= s, If(And(t <= p,t <= s,t <= 0), i >= t, i >= 0))), If(And(q <= s,q <= t,q <= 0), i >= q, If(And(s <= q,s <= t,s <= 0), i >= s, If(And(t <= q,t <= s,t <= 0), i >= t, i >= 0))), If(And(p <= q,p <= r,p <= s),p >= i - 38,If(And(q <= p,q <= r,q <= s),q >= i - 38,If(And(r <= p,r <= q,r <= s),r >= i - 38,s >= i - 38))), If(And(p <= q,p <= r,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= t),r >= i - 38,t >= i - 38))), If(And(p <= q,p <= r,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= 0),r >= i - 38,0 >= i - 38))), If(And(p <= q,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= s,q <= t),q >= i - 38,If(And(s <= p,s <= q,s <= t),s >= i - 38,t >= i - 38))), If(And(q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= q,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= q,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= t,q <= 0),q >= i - 38,If(And(t <= p,t <= q,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= r,p <= s,p <= t),p >= i - 38,If(And(r <= p,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= r,p <= s,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= r,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= s,p <= t,p <= 0),p >= i - 38,If(And(s <= p,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p >= q,p >= s,p >= t),p >= i - 25,If(And(q >= p,q >= s,q >= t),q >= i - 25,If(And(s >= p,s >= q,s >= t),s >= i - 25,t >= i - 25))), If(And(p >= q,p >= s,p >= 0),p >= i - 19,If(And(q >= p,q >= s,q >= 0),q >= i - 19,If(And(s >= p,s >= q,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= s,q >= t),q >= i - 29,If(And(r >= q,r >= s,r >= t),r >= i - 29,If(And(s >= q,s >= r,s >= t),s >= i - 29,t >= i - 29))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(q >= s,q >= t,q >= 0),q >= i - 20,If(And(s >= q,s >= t,s >= 0),s >= i - 20,If(And(t >= q,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= r,p >= s,p >= 0),p >= i - 17,If(And(r >= p,r >= s,r >= 0),r >= i - 17,If(And(s >= p,s >= r,s >= 0),s >= i - 17,0 >= i - 17))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= r,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= 0),r >= i - 20,0 >= i - 20))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q <= r,q <= s,q <= 0), i - 1 >= q, If(And(r <= q,r <= s,r <= 0), i - 1 >= r, If(And(s <= q,s <= r,s <= 0), i - 1 >= s, i - 1 >= 0))), If(And(p <= r,p <= s,p <= t), i - 1 >= p, If(And(r <= p,r <= s,r <= t), i - 1 >= r, If(And(s <= p,s <= r,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= r,p <= s,p <= 0), i - 2 >= p, If(And(r <= p,r <= s,r <= 0), i - 2 >= r, If(And(s <= p,s <= r,s <= 0), i - 2 >= s, i - 2 >= 0))), If(And(p <= r,p <= t,p <= 0), i - 2 >= p, If(And(r <= p,r <= t,r <= 0), i - 2 >= r, If(And(t <= p,t <= r,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(q <= r,q <= t,q <= 0), i - 1 >= q, If(And(r <= q,r <= t,r <= 0), i - 1 >= r, If(And(t <= q,t <= r,t <= 0), i - 1 >= t, i - 1 >= 0))), If(And(p >= q,p >= s,p >= t), i + 29 >= p, If(And(q >= p,q >= s,q >= t), i + 29 >= q, If(And(s >= p,s >= q,s >= t), i + 29 >= s, i + 29 >= t))), If(And(p >= s,p >= t,p >= 0), i + 29 >= p, If(And(s >= p,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 29 >= p, If(And(q >= p,q >= s,q >= 0), i + 29 >= q, If(And(s >= p,s >= q,s >= 0), i + 29 >= s, i + 29 >= 0))), If(And(p >= q,p >= r,p >= s), i + 29 >= p, If(And(q >= p,q >= r,q >= s), i + 29 >= q, If(And(r >= p,r >= q,r >= s), i + 29 >= r, i + 29 >= s))), If(And(q >= s,q >= t,q >= 0), i + 29 >= q, If(And(s >= q,s >= t,s >= 0), i + 29 >= s, If(And(t >= q,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(q >= r,q >= s,q >= t), i + 29 >= q, If(And(r >= q,r >= s,r >= t), i + 29 >= r, If(And(s >= q,s >= r,s >= t), i + 29 >= s, i + 29 >= t))), If(And(q >= r,q >= s,q >= 0), i + 29 >= q, If(And(r >= q,r >= s,r >= 0), i + 29 >= r, If(And(s >= q,s >= r,s >= 0), i + 29 >= s, i + 29 >= 0))), If(And(p >= r,p >= s,p >= t), i + 29 >= p, If(And(r >= p,r >= s,r >= t), i + 29 >= r, If(And(s >= p,s >= r,s >= t), i + 29 >= s, i + 29 >= t))), If(And(p >= r,p >= s,p >= 0), i + 29 >= p, If(And(r >= p,r >= s,r >= 0), i + 29 >= r, If(And(s >= p,s >= r,s >= 0), i + 29 >= s, i + 29 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p <= q,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i - 19,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 15,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 15,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 15,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 15,0 >= i - 15)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20)))), If(And(q <= r,q <= s,q <= t,q <= 0), i - 1 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i - 1 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i - 1 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i - 1 >= t, i - 1 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= 0), i - 2 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i - 2 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i - 2 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i - 2 >= t, i - 2 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 29 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 29 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 29 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 29 >= s, i + 29 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 29 >= s, i + 29 >= t)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 29 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)))))] incr4_LI3=\ [i >= p, i >= q, i >= r, i >= s, p + 37 >= i, q + 38 >= i, t + 38 >= i, 0 >= i - 20, r + 38 >= i, s + 38 >= i, i >= t - 15, i + 11 >= 0, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(i >= 0,i >= s,0 >= s), If(p >= q, i >= p, i >= q), If(p >= r, i >= p, i >= r), If(p >= s, i >= p, i >= s), If(q >= r, i >= q, i >= r), If(q >= s, i >= q, i >= s), If(r >= s, i >= r, i >= s), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(p <= t, i >= p, i >= t), If(p <= 0, i >= p, i >= 0), If(q <= t, i >= q, i >= t), If(q <= 0, i >= q, i >= 0), If(r <= t, i >= r, i >= t), If(r <= 0, i >= r, i >= 0), If(s <= t, i >= s, i >= t), If(s <= 0, i >= s, i >= 0), If(r <= s, i >= r, i >= s), If(p >= q,p >= i - 30,q >= i - 30), If(p >= t,p >= i - 32,t >= i - 32), If(p >= 0,p >= i - 20,0 >= i - 20), If(p >= r,p >= i - 36,r >= i - 36), If(p >= s,p >= i - 32,s >= i - 32), If(q >= s,q >= i - 30,s >= i - 30), If(q >= t,q >= i - 34,t >= i - 34), If(q >= 0,q >= i - 20,0 >= i - 20), If(r >= s,r >= i - 35,s >= i - 35), If(r >= t,r >= i - 34,t >= i - 34), If(r >= 0,r >= i - 20,0 >= i - 20), If(s >= t,s >= i - 31,t >= i - 31), If(s >= 0,s >= i - 20,0 >= i - 20), If(t >= 0,t >= i - 20,0 >= i - 20), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 20,0 >= r - 20), If(i <= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= t - 20,0 >= t - 20), If(p <= q,p >= i - 38,q >= i - 38), If(p <= q, i - 1 >= p, i - 1 >= q), If(p <= r,p >= i - 38,r >= i - 38), If(p <= s,p >= i - 38,s >= i - 38), If(p <= t,p >= i - 38,t >= i - 38), If(p <= 0,p >= i - 37,0 >= i - 37), If(q <= r,q >= i - 38,r >= i - 38), If(q <= r, i - 1 >= q, i - 1 >= r), If(q <= s,q >= i - 38,s >= i - 38), If(q <= s, i - 1 >= q, i - 1 >= s), If(q <= t,q >= i - 38,t >= i - 38), If(q <= 0,q >= i - 38,0 >= i - 38), If(r <= s,r >= i - 38,s >= i - 38), If(r <= t,r >= i - 38,t >= i - 38), If(r <= 0,r >= i - 38,0 >= i - 38), If(s <= t,s >= i - 38,t >= i - 38), If(s <= 0,s >= i - 38,0 >= i - 38), If(t <= 0,t >= i - 38,0 >= i - 38), If(i >= 0,i >= t - 15,0 >= t - 15), If(q >= r,q >= i - 36,r >= i - 36), If(i >= 0, p + 37 >= i, p + 37 >= 0), If(i >= 0, q + 38 >= i, q + 38 >= 0), If(i >= 0, r + 38 >= i, r + 38 >= 0), If(i >= 0, s + 38 >= i, s + 38 >= 0), If(i >= 0, t + 38 >= i, t + 38 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(t <= 0, i + 10 >= t, i + 10 >= 0), If(p >= t, i + 15 >= p, i + 15 >= t), If(p >= 0, i + 11 >= p, i + 11 >= 0), If(q >= t, i + 15 >= q, i + 15 >= t), If(q >= 0, i + 11 >= q, i + 11 >= 0), If(r >= t, i + 15 >= r, i + 15 >= t), If(r >= 0, i + 11 >= r, i + 11 >= 0), If(s >= t, i + 15 >= s, i + 15 >= t), If(s >= 0, i + 11 >= s, i + 11 >= 0), If(t >= 0, i + 15 >= t, i + 15 >= 0), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p >= q,p >= s), i >= p, If(And(q >= p,q >= s), i >= q, i >= s)), If(And(p >= r,p >= s), i >= p, If(And(r >= p,r >= s), i >= r, i >= s)), If(And(q >= r,q >= s), i >= q, If(And(r >= q,r >= s), i >= r, i >= s)), If(And(p <= s,p <= t), i >= p, If(And(s <= p,s <= t), i >= s, i >= t)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(q <= t,q <= 0), i >= q, If(And(t <= q,t <= 0), i >= t, i >= 0)), If(And(r <= t,r <= 0), i >= r, If(And(t <= r,t <= 0), i >= t, i >= 0)), If(And(s <= t,s <= 0), i >= s, If(And(t <= s,t <= 0), i >= t, i >= 0)), If(And(p >= q,p >= r),p >= i - 29,If(And(q >= p,q >= r),q >= i - 29,r >= i - 29)), If(And(p >= q,p >= s),p >= i - 28,If(And(q >= p,q >= s),q >= i - 28,s >= i - 28)), If(And(p >= q,p >= t),p >= i - 29,If(And(q >= p,q >= t),q >= i - 29,t >= i - 29)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= t),p >= i - 31,If(And(r >= p,r >= t),r >= i - 31,t >= i - 31)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= t),p >= i - 25,If(And(s >= p,s >= t),s >= i - 25,t >= i - 25)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 30,If(And(r >= q,r >= s),r >= i - 30,s >= i - 30)), If(And(q >= r,q >= t),q >= i - 29,If(And(r >= q,r >= t),r >= i - 29,t >= i - 29)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= s,q >= t),q >= i - 30,If(And(s >= q,s >= t),s >= i - 30,t >= i - 30)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= s,r >= t),r >= i - 31,If(And(s >= r,s >= t),s >= i - 31,t >= i - 31)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p <= q,p <= r),p >= i - 38,If(And(q <= p,q <= r),q >= i - 38,r >= i - 38)), If(And(p <= q,p <= s),p >= i - 38,If(And(q <= p,q <= s),q >= i - 38,s >= i - 38)), If(And(p <= q,p <= t),p >= i - 38,If(And(q <= p,q <= t),q >= i - 38,t >= i - 38)), If(And(p <= q,p <= 0),p >= i - 38,If(And(q <= p,q <= 0),q >= i - 38,0 >= i - 38)), If(And(p <= r,p <= s),p >= i - 38,If(And(r <= p,r <= s),r >= i - 38,s >= i - 38)), If(And(p <= r,p <= t),p >= i - 38,If(And(r <= p,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= r,p <= 0),p >= i - 38,If(And(r <= p,r <= 0),r >= i - 38,0 >= i - 38)), If(And(p <= s,p <= t),p >= i - 38,If(And(s <= p,s <= t),s >= i - 38,t >= i - 38)), If(And(q <= r,q <= s),q >= i - 38,If(And(r <= q,r <= s),r >= i - 38,s >= i - 38)), If(And(q <= r,q <= t),q >= i - 38,If(And(r <= q,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= s,p <= 0),p >= i - 38,If(And(s <= p,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p <= t,p <= 0),p >= i - 38,If(And(t <= p,t <= 0),t >= i - 38,0 >= i - 38)), If(And(q <= r,q <= 0),q >= i - 38,If(And(r <= q,r <= 0),r >= i - 38,0 >= i - 38)), If(And(q <= s,q <= t),q >= i - 38,If(And(s <= q,s <= t),s >= i - 38,t >= i - 38)), If(And(q <= s,q <= 0),q >= i - 38,If(And(s <= q,s <= 0),s >= i - 38,0 >= i - 38)), If(And(q <= t,q <= 0),q >= i - 38,If(And(t <= q,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= s,r <= t),r >= i - 38,If(And(s <= r,s <= t),s >= i - 38,t >= i - 38)), If(And(r <= s,r <= 0),r >= i - 38,If(And(s <= r,s <= 0),s >= i - 38,0 >= i - 38)), If(And(r <= t,r <= 0),r >= i - 38,If(And(t <= r,t <= 0),t >= i - 38,0 >= i - 38)), If(And(s <= t,s <= 0),s >= i - 38,If(And(t <= s,t <= 0),t >= i - 38,0 >= i - 38)), If(And(p >= r,p >= s),p >= i - 25,If(And(r >= p,r >= s),r >= i - 25,s >= i - 25)), If(And(p <= q,p <= r), i - 4 >= p, If(And(q <= p,q <= r), i - 4 >= q, i - 4 >= r)), If(And(p <= q,p <= s), i - 1 >= p, If(And(q <= p,q <= s), i - 1 >= q, i - 1 >= s)), If(And(p <= q,p <= t), i - 1 >= p, If(And(q <= p,q <= t), i - 1 >= q, i - 1 >= t)), If(And(p <= q,p <= 0), i - 2 >= p, If(And(q <= p,q <= 0), i - 2 >= q, i - 2 >= 0)), If(And(p <= r,p <= s), i - 1 >= p, If(And(r <= p,r <= s), i - 1 >= r, i - 1 >= s)), If(And(p <= r,p <= t), i - 1 >= p, If(And(r <= p,r <= t), i - 1 >= r, i - 1 >= t)), If(And(p <= s,p <= 0), i - 1 >= p, If(And(s <= p,s <= 0), i - 1 >= s, i - 1 >= 0)), If(And(q <= s,q <= t), i - 1 >= q, If(And(s <= q,s <= t), i - 1 >= s, i - 1 >= t)), If(And(r <= s,r <= t), i - 1 >= r, If(And(s <= r,s <= t), i - 1 >= s, i - 1 >= t)), If(And(r <= s,r <= 0), i - 1 >= r, If(And(s <= r,s <= 0), i - 1 >= s, i - 1 >= 0)), If(And(p <= r,p <= 0), i - 1 >= p, If(And(r <= p,r <= 0), i - 1 >= r, i - 1 >= 0)), If(And(q <= r,q <= s), i - 1 >= q, If(And(r <= q,r <= s), i - 1 >= r, i - 1 >= s)), If(And(q <= r,q <= t), i - 1 >= q, If(And(r <= q,r <= t), i - 1 >= r, i - 1 >= t)), If(And(q <= r,q <= 0), i - 1 >= q, If(And(r <= q,r <= 0), i - 1 >= r, i - 1 >= 0)), If(And(q <= s,q <= 0), i - 1 >= q, If(And(s <= q,s <= 0), i - 1 >= s, i - 1 >= 0)), If(And(p >= q,p >= t), i + 15 >= p, If(And(q >= p,q >= t), i + 15 >= q, i + 15 >= t)), If(And(p >= q,p >= 0), i + 11 >= p, If(And(q >= p,q >= 0), i + 11 >= q, i + 11 >= 0)), If(And(p >= r,p >= t), i + 15 >= p, If(And(r >= p,r >= t), i + 15 >= r, i + 15 >= t)), If(And(p >= r,p >= 0), i + 11 >= p, If(And(r >= p,r >= 0), i + 11 >= r, i + 11 >= 0)), If(And(p >= s,p >= t), i + 15 >= p, If(And(s >= p,s >= t), i + 15 >= s, i + 15 >= t)), If(And(p >= s,p >= 0), i + 11 >= p, If(And(s >= p,s >= 0), i + 11 >= s, i + 11 >= 0)), If(And(p >= t,p >= 0), i + 15 >= p, If(And(t >= p,t >= 0), i + 15 >= t, i + 15 >= 0)), If(And(q >= r,q >= t), i + 15 >= q, If(And(r >= q,r >= t), i + 15 >= r, i + 15 >= t)), If(And(q >= r,q >= 0), i + 11 >= q, If(And(r >= q,r >= 0), i + 11 >= r, i + 11 >= 0)), If(And(q >= s,q >= t), i + 15 >= q, If(And(s >= q,s >= t), i + 15 >= s, i + 15 >= t)), If(And(q >= s,q >= 0), i + 11 >= q, If(And(s >= q,s >= 0), i + 11 >= s, i + 11 >= 0)), If(And(q >= t,q >= 0), i + 15 >= q, If(And(t >= q,t >= 0), i + 15 >= t, i + 15 >= 0)), If(And(r >= s,r >= t), i + 15 >= r, If(And(s >= r,s >= t), i + 15 >= s, i + 15 >= t)), If(And(r >= s,r >= 0), i + 11 >= r, If(And(s >= r,s >= 0), i + 11 >= s, i + 11 >= 0)), If(And(r >= t,r >= 0), i + 15 >= r, If(And(t >= r,t >= 0), i + 15 >= t, i + 15 >= 0)), If(And(s >= t,s >= 0), i + 15 >= s, If(And(t >= s,t >= 0), i + 15 >= t, i + 15 >= 0)), If(And(p >= q,p >= r,p >= s), i >= p, If(And(q >= p,q >= r,q >= s), i >= q, If(And(r >= p,r >= q,r >= s), i >= r, i >= s))), If(And(p >= q,p >= r,p >= t),p >= i - 29,If(And(q >= p,q >= r,q >= t),q >= i - 29,If(And(r >= p,r >= q,r >= t),r >= i - 29,t >= i - 29))), If(And(p >= q,p >= r,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= 0),r >= i - 20,0 >= i - 20))), If(And(p >= q,p >= s,p >= t),p >= i - 25,If(And(q >= p,q >= s,q >= t),q >= i - 25,If(And(s >= p,s >= q,s >= t),s >= i - 25,t >= i - 25))), If(And(p >= q,p >= s,p >= 0),p >= i - 19,If(And(q >= p,q >= s,q >= 0),q >= i - 19,If(And(s >= p,s >= q,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= r,p >= s,p >= t),p >= i - 16,If(And(r >= p,r >= s,r >= t),r >= i - 16,If(And(s >= p,s >= r,s >= t),s >= i - 16,t >= i - 16))), If(And(p >= r,p >= s,p >= 0),p >= i - 17,If(And(r >= p,r >= s,r >= 0),r >= i - 17,If(And(s >= p,s >= r,s >= 0),s >= i - 17,0 >= i - 17))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= s,q >= t,q >= 0),q >= i - 20,If(And(s >= q,s >= t,s >= 0),s >= i - 20,If(And(t >= q,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p <= q,p <= r,p <= s),p >= i - 38,If(And(q <= p,q <= r,q <= s),q >= i - 38,If(And(r <= p,r <= q,r <= s),r >= i - 38,s >= i - 38))), If(And(p <= q,p <= r,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= t),r >= i - 38,t >= i - 38))), If(And(p <= q,p <= r,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= 0),r >= i - 38,0 >= i - 38))), If(And(p <= q,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= s,q <= t),q >= i - 38,If(And(s <= p,s <= q,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= q,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= q,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= t,q <= 0),q >= i - 38,If(And(t <= p,t <= q,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= r,p <= s,p <= t),p >= i - 38,If(And(r <= p,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= r,p <= s,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= r,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= s,p <= t,p <= 0),p >= i - 38,If(And(s <= p,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p >= q,p >= r,p >= s),p >= i - 15,If(And(q >= p,q >= r,q >= s),q >= i - 15,If(And(r >= p,r >= q,r >= s),r >= i - 15,s >= i - 15))), If(And(q >= r,q >= s,q >= t),q >= i - 29,If(And(r >= q,r >= s,r >= t),r >= i - 29,If(And(s >= q,s >= r,s >= t),s >= i - 29,t >= i - 29))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(p <= q,p <= r,p <= s), i - 4 >= p, If(And(q <= p,q <= r,q <= s), i - 4 >= q, If(And(r <= p,r <= q,r <= s), i - 4 >= r, i - 4 >= s))), If(And(p <= q,p <= r,p <= t), i - 4 >= p, If(And(q <= p,q <= r,q <= t), i - 4 >= q, If(And(r <= p,r <= q,r <= t), i - 4 >= r, i - 4 >= t))), If(And(p <= q,p <= r,p <= 0), i - 5 >= p, If(And(q <= p,q <= r,q <= 0), i - 5 >= q, If(And(r <= p,r <= q,r <= 0), i - 5 >= r, i - 5 >= 0))), If(And(p <= q,p <= s,p <= t), i - 1 >= p, If(And(q <= p,q <= s,q <= t), i - 1 >= q, If(And(s <= p,s <= q,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= q,p <= s,p <= 0), i - 3 >= p, If(And(q <= p,q <= s,q <= 0), i - 3 >= q, If(And(s <= p,s <= q,s <= 0), i - 3 >= s, i - 3 >= 0))), If(And(p <= q,p <= t,p <= 0), i - 2 >= p, If(And(q <= p,q <= t,q <= 0), i - 2 >= q, If(And(t <= p,t <= q,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p <= r,p <= s,p <= t), i - 1 >= p, If(And(r <= p,r <= s,r <= t), i - 1 >= r, If(And(s <= p,s <= r,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= r,p <= s,p <= 0), i - 5 >= p, If(And(r <= p,r <= s,r <= 0), i - 5 >= r, If(And(s <= p,s <= r,s <= 0), i - 5 >= s, i - 5 >= 0))), If(And(p <= r,p <= t,p <= 0), i - 4 >= p, If(And(r <= p,r <= t,r <= 0), i - 4 >= r, If(And(t <= p,t <= r,t <= 0), i - 4 >= t, i - 4 >= 0))), If(And(p <= s,p <= t,p <= 0), i - 1 >= p, If(And(s <= p,s <= t,s <= 0), i - 1 >= s, If(And(t <= p,t <= s,t <= 0), i - 1 >= t, i - 1 >= 0))), If(And(r <= s,r <= t,r <= 0), i - 1 >= r, If(And(s <= r,s <= t,s <= 0), i - 1 >= s, If(And(t <= r,t <= s,t <= 0), i - 1 >= t, i - 1 >= 0))), If(And(q <= r,q <= s,q <= t), i - 1 >= q, If(And(r <= q,r <= s,r <= t), i - 1 >= r, If(And(s <= q,s <= r,s <= t), i - 1 >= s, i - 1 >= t))), If(And(q <= r,q <= s,q <= 0), i - 1 >= q, If(And(r <= q,r <= s,r <= 0), i - 1 >= r, If(And(s <= q,s <= r,s <= 0), i - 1 >= s, i - 1 >= 0))), If(And(q <= r,q <= t,q <= 0), i - 1 >= q, If(And(r <= q,r <= t,r <= 0), i - 1 >= r, If(And(t <= q,t <= r,t <= 0), i - 1 >= t, i - 1 >= 0))), If(And(q <= s,q <= t,q <= 0), i - 1 >= q, If(And(s <= q,s <= t,s <= 0), i - 1 >= s, If(And(t <= q,t <= s,t <= 0), i - 1 >= t, i - 1 >= 0))), If(And(p >= q,p >= r,p >= t), i + 15 >= p, If(And(q >= p,q >= r,q >= t), i + 15 >= q, If(And(r >= p,r >= q,r >= t), i + 15 >= r, i + 15 >= t))), If(And(p >= q,p >= r,p >= 0), i + 11 >= p, If(And(q >= p,q >= r,q >= 0), i + 11 >= q, If(And(r >= p,r >= q,r >= 0), i + 11 >= r, i + 11 >= 0))), If(And(p >= q,p >= s,p >= t), i + 15 >= p, If(And(q >= p,q >= s,q >= t), i + 15 >= q, If(And(s >= p,s >= q,s >= t), i + 15 >= s, i + 15 >= t))), If(And(p >= q,p >= s,p >= 0), i + 11 >= p, If(And(q >= p,q >= s,q >= 0), i + 11 >= q, If(And(s >= p,s >= q,s >= 0), i + 11 >= s, i + 11 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 15 >= p, If(And(q >= p,q >= t,q >= 0), i + 15 >= q, If(And(t >= p,t >= q,t >= 0), i + 15 >= t, i + 15 >= 0))), If(And(p >= r,p >= s,p >= t), i + 15 >= p, If(And(r >= p,r >= s,r >= t), i + 15 >= r, If(And(s >= p,s >= r,s >= t), i + 15 >= s, i + 15 >= t))), If(And(p >= r,p >= s,p >= 0), i + 11 >= p, If(And(r >= p,r >= s,r >= 0), i + 11 >= r, If(And(s >= p,s >= r,s >= 0), i + 11 >= s, i + 11 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 15 >= p, If(And(r >= p,r >= t,r >= 0), i + 15 >= r, If(And(t >= p,t >= r,t >= 0), i + 15 >= t, i + 15 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 15 >= p, If(And(s >= p,s >= t,s >= 0), i + 15 >= s, If(And(t >= p,t >= s,t >= 0), i + 15 >= t, i + 15 >= 0))), If(And(q >= r,q >= s,q >= t), i + 15 >= q, If(And(r >= q,r >= s,r >= t), i + 15 >= r, If(And(s >= q,s >= r,s >= t), i + 15 >= s, i + 15 >= t))), If(And(q >= r,q >= s,q >= 0), i + 11 >= q, If(And(r >= q,r >= s,r >= 0), i + 11 >= r, If(And(s >= q,s >= r,s >= 0), i + 11 >= s, i + 11 >= 0))), If(And(q >= r,q >= t,q >= 0), i + 15 >= q, If(And(r >= q,r >= t,r >= 0), i + 15 >= r, If(And(t >= q,t >= r,t >= 0), i + 15 >= t, i + 15 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 15 >= q, If(And(s >= q,s >= t,s >= 0), i + 15 >= s, If(And(t >= q,t >= s,t >= 0), i + 15 >= t, i + 15 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 15 >= r, If(And(s >= r,s >= t,s >= 0), i + 15 >= s, If(And(t >= r,t >= s,t >= 0), i + 15 >= t, i + 15 >= 0))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i - 19,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 15,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 15,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 15,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 15,0 >= i - 15)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 38,t >= i - 38)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i - 15,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i - 15,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i - 15,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i - 15,0 >= i - 15)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p <= q,p <= r,p <= s,p <= t), i - 4 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i - 4 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i - 4 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i - 4 >= s, i - 4 >= t)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 7 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 7 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 7 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 7 >= s, i - 7 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0), i - 7 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i - 7 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i - 7 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i - 7 >= t, i - 7 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= 0), i - 3 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i - 3 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i - 3 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i - 3 >= t, i - 3 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i - 1 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i - 1 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i - 1 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i - 1 >= t, i - 1 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= 0), i - 6 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i - 6 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i - 6 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i - 6 >= t, i - 6 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 15 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 15 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 15 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 15 >= s, i + 15 >= t)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 11 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 11 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 11 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 11 >= s, i + 11 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 15 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 15 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 15 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 15 >= t, i + 15 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 15 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 15 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 15 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 15 >= t, i + 15 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 15 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 15 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 15 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 15 >= t, i + 15 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 15 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 15 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 15 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 15 >= t, i + 15 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 38,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i - 7 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i - 7 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i - 7 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i - 7 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i - 7 >= t, i - 7 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 15 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 15 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 15 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 15 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 15 >= t, i + 15 >= 0)))))] incr5_LP=\ [If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p == i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q == i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r == i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s == i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t == i,u == i))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p == i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q == i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r == i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s == i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t == i,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u == i,0 == i)))))), i >= p, i >= q, i >= r, i >= s, i >= t, i >= u, i >= 0, p + 39 >= i, r + 40 >= i, u + 39 >= i, 0 >= i - 20, q + 39 >= i, t + 40 >= i, s + 39 >= i, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(i >= 0,i >= s,0 >= s), If(i >= 0,i >= t,0 >= t), If(i >= 0,i >= u,0 >= u), If(q <= r, i >= q, i >= r), If(p <= q, i >= p, i >= q), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(q <= s, i >= q, i >= s), If(q <= t, i >= q, i >= t), If(q <= u, i >= q, i >= u), If(q <= 0, i >= q, i >= 0), If(s <= t, i >= s, i >= t), If(r <= t, i >= r, i >= t), If(u <= 0, i >= u, i >= 0), If(p >= q, i >= p, i >= q), If(p >= r, i >= p, i >= r), If(p >= s, i >= p, i >= s), If(p >= t, i >= p, i >= t), If(p >= u, i >= p, i >= u), If(p >= 0, i >= p, i >= 0), If(q >= r, i >= q, i >= r), If(q >= s, i >= q, i >= s), If(q >= t, i >= q, i >= t), If(q >= u, i >= q, i >= u), If(q >= 0, i >= q, i >= 0), If(r >= s, i >= r, i >= s), If(r >= t, i >= r, i >= t), If(r >= u, i >= r, i >= u), If(r >= 0, i >= r, i >= 0), If(s >= t, i >= s, i >= t), If(s >= u, i >= s, i >= u), If(s >= 0, i >= s, i >= 0), If(t >= u, i >= t, i >= u), If(t >= 0, i >= t, i >= 0), If(u >= 0, i >= u, i >= 0), If(s <= u, i >= s, i >= u), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 20,0 >= r - 20), If(i <= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= t - 20,0 >= t - 20), If(p <= t, i - 1 >= p, i - 1 >= t), If(p <= u,p >= i - 39,u >= i - 39), If(p <= 0,p >= i - 39,0 >= i - 39), If(p <= 0, i - 2 >= p, i - 2 >= 0), If(q <= r,q >= i - 40,r >= i - 40), If(i <= 0,i >= u - 20,0 >= u - 20), If(p <= q,p >= i - 39,q >= i - 39), If(p <= r,p >= i - 40,r >= i - 40), If(p <= s,p >= i - 39,s >= i - 39), If(q <= u,q >= i - 39,u >= i - 39), If(s <= u,s >= i - 39,u >= i - 39), If(s <= 0, i - 3 >= s, i - 3 >= 0), If(t <= u, i - 1 >= t, i - 1 >= u), If(r <= s,r >= i - 40,s >= i - 40), If(r <= s, i - 1 >= r, i - 1 >= s), If(r <= t,r >= i - 40,t >= i - 40), If(r <= u,r >= i - 40,u >= i - 40), If(r <= u, i - 1 >= r, i - 1 >= u), If(r <= 0,r >= i - 40,0 >= i - 40), If(r <= 0, i - 2 >= r, i - 2 >= 0), If(t <= 0, i - 3 >= t, i - 3 >= 0), If(u <= 0,u >= i - 39,0 >= i - 39), If(p >= q,p >= i - 37,q >= i - 37), If(p >= r,p >= i - 35,r >= i - 35), If(p >= s,p >= i - 36,s >= i - 36), If(p >= t,p >= i - 31,t >= i - 31), If(p >= u,p >= i - 37,u >= i - 37), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= s,q >= i - 34,s >= i - 34), If(q >= u,q >= i - 37,u >= i - 37), If(q >= 0,q >= i - 20,0 >= i - 20), If(r >= s,r >= i - 38,s >= i - 38), If(r >= t,r >= i - 36,t >= i - 36), If(r >= u,r >= i - 34,u >= i - 34), If(r >= 0,r >= i - 20,0 >= i - 20), If(s >= u,s >= i - 32,u >= i - 32), If(s >= 0,s >= i - 20,0 >= i - 20), If(t >= 0,t >= i - 20,0 >= i - 20), If(u >= 0,u >= i - 20,0 >= i - 20), If(q >= r,q >= i - 34,r >= i - 34), If(q >= t,q >= i - 36,t >= i - 36), If(t >= u,t >= i - 33,u >= i - 33), If(q <= s,q >= i - 39,s >= i - 39), If(q <= t,q >= i - 40,t >= i - 40), If(p <= t,p >= i - 40,t >= i - 40), If(p <= u, i - 2 >= p, i - 2 >= u), If(q <= 0,q >= i - 39,0 >= i - 39), If(s <= t,s >= i - 40,t >= i - 40), If(t <= u,t >= i - 40,u >= i - 40), If(t <= 0,t >= i - 40,0 >= i - 40), If(s >= t,s >= i - 36,t >= i - 36), If(s <= 0,s >= i - 39,0 >= i - 39), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 20 >= i, u + 20 >= 0), If(i >= 0, p + 39 >= i, p + 39 >= 0), If(i >= 0, r + 40 >= i, r + 40 >= 0), If(i >= 0, u + 39 >= i, u + 39 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, t + 40 >= i, t + 40 >= 0), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(And(q <= s,q <= t), i >= q, If(And(s <= q,s <= t), i >= s, i >= t)), If(And(q <= u,q <= 0), i >= q, If(And(u <= q,u <= 0), i >= u, i >= 0)), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p >= q,p >= s), i >= p, If(And(q >= p,q >= s), i >= q, i >= s)), If(And(p >= q,p >= t), i >= p, If(And(q >= p,q >= t), i >= q, i >= t)), If(And(p >= q,p >= u), i >= p, If(And(q >= p,q >= u), i >= q, i >= u)), If(And(p >= q,p >= 0), i >= p, If(And(q >= p,q >= 0), i >= q, i >= 0)), If(And(p >= r,p >= s), i >= p, If(And(r >= p,r >= s), i >= r, i >= s)), If(And(p >= r,p >= t), i >= p, If(And(r >= p,r >= t), i >= r, i >= t)), If(And(p >= r,p >= u), i >= p, If(And(r >= p,r >= u), i >= r, i >= u)), If(And(p >= r,p >= 0), i >= p, If(And(r >= p,r >= 0), i >= r, i >= 0)), If(And(p >= s,p >= t), i >= p, If(And(s >= p,s >= t), i >= s, i >= t)), If(And(p >= s,p >= u), i >= p, If(And(s >= p,s >= u), i >= s, i >= u)), If(And(p >= s,p >= 0), i >= p, If(And(s >= p,s >= 0), i >= s, i >= 0)), If(And(p >= t,p >= u), i >= p, If(And(t >= p,t >= u), i >= t, i >= u)), If(And(p >= t,p >= 0), i >= p, If(And(t >= p,t >= 0), i >= t, i >= 0)), If(And(p >= u,p >= 0), i >= p, If(And(u >= p,u >= 0), i >= u, i >= 0)), If(And(q >= r,q >= s), i >= q, If(And(r >= q,r >= s), i >= r, i >= s)), If(And(q >= r,q >= t), i >= q, If(And(r >= q,r >= t), i >= r, i >= t)), If(And(q >= r,q >= u), i >= q, If(And(r >= q,r >= u), i >= r, i >= u)), If(And(q >= r,q >= 0), i >= q, If(And(r >= q,r >= 0), i >= r, i >= 0)), If(And(q >= s,q >= t), i >= q, If(And(s >= q,s >= t), i >= s, i >= t)), If(And(q >= s,q >= u), i >= q, If(And(s >= q,s >= u), i >= s, i >= u)), If(And(q >= s,q >= 0), i >= q, If(And(s >= q,s >= 0), i >= s, i >= 0)), If(And(q >= t,q >= u), i >= q, If(And(t >= q,t >= u), i >= t, i >= u)), If(And(q >= t,q >= 0), i >= q, If(And(t >= q,t >= 0), i >= t, i >= 0)), If(And(q >= u,q >= 0), i >= q, If(And(u >= q,u >= 0), i >= u, i >= 0)), If(And(r >= s,r >= t), i >= r, If(And(s >= r,s >= t), i >= s, i >= t)), If(And(r >= s,r >= u), i >= r, If(And(s >= r,s >= u), i >= s, i >= u)), If(And(r >= s,r >= 0), i >= r, If(And(s >= r,s >= 0), i >= s, i >= 0)), If(And(r >= t,r >= u), i >= r, If(And(t >= r,t >= u), i >= t, i >= u)), If(And(r >= t,r >= 0), i >= r, If(And(t >= r,t >= 0), i >= t, i >= 0)), If(And(r >= u,r >= 0), i >= r, If(And(u >= r,u >= 0), i >= u, i >= 0)), If(And(s >= t,s >= u), i >= s, If(And(t >= s,t >= u), i >= t, i >= u)), If(And(s >= t,s >= 0), i >= s, If(And(t >= s,t >= 0), i >= t, i >= 0)), If(And(s >= u,s >= 0), i >= s, If(And(u >= s,u >= 0), i >= u, i >= 0)), If(And(t >= u,t >= 0), i >= t, If(And(u >= t,u >= 0), i >= u, i >= 0)), If(And(p <= q,p <= r),p >= i - 40,If(And(q <= p,q <= r),q >= i - 40,r >= i - 40)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= q,p <= u),p >= i - 39,If(And(q <= p,q <= u),q >= i - 39,u >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= r,p <= s),p >= i - 40,If(And(r <= p,r <= s),r >= i - 40,s >= i - 40)), If(And(p <= r,p <= t),p >= i - 40,If(And(r <= p,r <= t),r >= i - 40,t >= i - 40)), If(And(p <= r,p <= u),p >= i - 40,If(And(r <= p,r <= u),r >= i - 40,u >= i - 40)), If(And(p <= r,p <= 0),p >= i - 40,If(And(r <= p,r <= 0),r >= i - 40,0 >= i - 40)), If(And(p <= s,p <= u),p >= i - 39,If(And(s <= p,s <= u),s >= i - 39,u >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= u,p <= 0),p >= i - 39,If(And(u <= p,u <= 0),u >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 40,If(And(r <= q,r <= s),r >= i - 40,s >= i - 40)), If(And(q <= r,q <= t),q >= i - 40,If(And(r <= q,r <= t),r >= i - 40,t >= i - 40)), If(And(q <= r,q <= u),q >= i - 40,If(And(r <= q,r <= u),r >= i - 40,u >= i - 40)), If(And(q <= r,q <= 0),q >= i - 40,If(And(r <= q,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= s,q <= u),q >= i - 39,If(And(s <= q,s <= u),s >= i - 39,u >= i - 39)), If(And(q <= u,q <= 0),q >= i - 39,If(And(u <= q,u <= 0),u >= i - 39,0 >= i - 39)), If(And(r <= s,r <= t),r >= i - 40,If(And(s <= r,s <= t),s >= i - 40,t >= i - 40)), If(And(r <= u,r <= 0),r >= i - 40,If(And(u <= r,u <= 0),u >= i - 40,0 >= i - 40)), If(And(s <= u,s <= 0),s >= i - 39,If(And(u <= s,u <= 0),u >= i - 39,0 >= i - 39)), If(And(r <= s,r <= u),r >= i - 40,If(And(s <= r,s <= u),s >= i - 40,u >= i - 40)), If(And(r <= s,r <= 0),r >= i - 40,If(And(s <= r,s <= 0),s >= i - 40,0 >= i - 40)), If(And(r <= t,r <= u),r >= i - 40,If(And(t <= r,t <= u),t >= i - 40,u >= i - 40)), If(And(r <= t,r <= 0),r >= i - 40,If(And(t <= r,t <= 0),t >= i - 40,0 >= i - 40)), If(And(p >= q,p >= r),p >= i - 29,If(And(q >= p,q >= r),q >= i - 29,r >= i - 29)), If(And(p >= q,p >= s),p >= i - 30,If(And(q >= p,q >= s),q >= i - 30,s >= i - 30)), If(And(p >= q,p >= u),p >= i - 37,If(And(q >= p,q >= u),q >= i - 37,u >= i - 37)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= s),p >= i - 29,If(And(r >= p,r >= s),r >= i - 29,s >= i - 29)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= u),p >= i - 27,If(And(s >= p,s >= u),s >= i - 27,u >= i - 27)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= u),p >= i - 30,If(And(t >= p,t >= u),t >= i - 30,u >= i - 30)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= u,p >= 0),p >= i - 20,If(And(u >= p,u >= 0),u >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 29,If(And(r >= q,r >= s),r >= i - 29,s >= i - 29)), If(And(q >= r,q >= u),q >= i - 32,If(And(r >= q,r >= u),r >= i - 32,u >= i - 32)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= s,q >= t),q >= i - 29,If(And(s >= q,s >= t),s >= i - 29,t >= i - 29)), If(And(q >= s,q >= u),q >= i - 29,If(And(s >= q,s >= u),s >= i - 29,u >= i - 29)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= t,q >= u),q >= i - 26,If(And(t >= q,t >= u),t >= i - 26,u >= i - 26)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= u,q >= 0),q >= i - 20,If(And(u >= q,u >= 0),u >= i - 20,0 >= i - 20)), If(And(r >= s,r >= u),r >= i - 29,If(And(s >= r,s >= u),s >= i - 29,u >= i - 29)), If(And(r >= s,r >= 0),r >= i - 20,If(And(s >= r,s >= 0),s >= i - 20,0 >= i - 20)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= u,r >= 0),r >= i - 20,If(And(u >= r,u >= 0),u >= i - 20,0 >= i - 20)), If(And(s >= t,s >= u),s >= i - 24,If(And(t >= s,t >= u),t >= i - 24,u >= i - 24)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(s >= u,s >= 0),s >= i - 20,If(And(u >= s,u >= 0),u >= i - 20,0 >= i - 20)), If(And(t >= u,t >= 0),t >= i - 20,If(And(u >= t,u >= 0),u >= i - 20,0 >= i - 20)), If(And(p >= q,p >= t),p >= i - 29,If(And(q >= p,q >= t),q >= i - 29,t >= i - 29)), If(And(p >= r,p >= t),p >= i - 29,If(And(r >= p,r >= t),r >= i - 29,t >= i - 29)), If(And(p >= r,p >= u),p >= i - 29,If(And(r >= p,r >= u),r >= i - 29,u >= i - 29)), If(And(p >= s,p >= t),p >= i - 28,If(And(s >= p,s >= t),s >= i - 28,t >= i - 28)), If(And(q >= r,q >= t),q >= i - 34,If(And(r >= q,r >= t),r >= i - 34,t >= i - 34)), If(And(r >= s,r >= t),r >= i - 28,If(And(s >= r,s >= t),s >= i - 28,t >= i - 28)), If(And(r >= t,r >= u),r >= i - 31,If(And(t >= r,t >= u),t >= i - 31,u >= i - 31)), If(And(p <= q,p <= t),p >= i - 40,If(And(q <= p,q <= t),q >= i - 40,t >= i - 40)), If(And(p <= s,p <= t),p >= i - 40,If(And(s <= p,s <= t),s >= i - 40,t >= i - 40)), If(And(p <= t,p <= u),p >= i - 40,If(And(t <= p,t <= u),t >= i - 40,u >= i - 40)), If(And(p <= t,p <= 0),p >= i - 40,If(And(t <= p,t <= 0),t >= i - 40,0 >= i - 40)), If(And(q <= s,q <= t),q >= i - 40,If(And(s <= q,s <= t),s >= i - 40,t >= i - 40)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= t,q <= u),q >= i - 40,If(And(t <= q,t <= u),t >= i - 40,u >= i - 40)), If(And(q <= t,q <= 0),q >= i - 40,If(And(t <= q,t <= 0),t >= i - 40,0 >= i - 40)), If(And(t <= u,t <= 0),t >= i - 40,If(And(u <= t,u <= 0),u >= i - 40,0 >= i - 40)), If(And(s <= t,s <= u),s >= i - 40,If(And(t <= s,t <= u),t >= i - 40,u >= i - 40)), If(And(s <= t,s <= 0),s >= i - 40,If(And(t <= s,t <= 0),t >= i - 40,0 >= i - 40)), If(And(p <= q,p <= r), i - 4 >= p, If(And(q <= p,q <= r), i - 4 >= q, i - 4 >= r)), If(And(p <= q,p <= s), i - 3 >= p, If(And(q <= p,q <= s), i - 3 >= q, i - 3 >= s)), If(And(p <= q,p <= t), i - 1 >= p, If(And(q <= p,q <= t), i - 1 >= q, i - 1 >= t)), If(And(p <= q,p <= u), i - 6 >= p, If(And(q <= p,q <= u), i - 6 >= q, i - 6 >= u)), If(And(p <= q,p <= 0), i - 7 >= p, If(And(q <= p,q <= 0), i - 7 >= q, i - 7 >= 0)), If(And(p <= r,p <= s), i - 3 >= p, If(And(r <= p,r <= s), i - 3 >= r, i - 3 >= s)), If(And(p <= r,p <= t), i - 2 >= p, If(And(r <= p,r <= t), i - 2 >= r, i - 2 >= t)), If(And(p <= r,p <= u), i - 4 >= p, If(And(r <= p,r <= u), i - 4 >= r, i - 4 >= u)), If(And(p <= r,p <= 0), i - 2 >= p, If(And(r <= p,r <= 0), i - 2 >= r, i - 2 >= 0)), If(And(p <= s,p <= t), i - 2 >= p, If(And(s <= p,s <= t), i - 2 >= s, i - 2 >= t)), If(And(p <= s,p <= u), i - 4 >= p, If(And(s <= p,s <= u), i - 4 >= s, i - 4 >= u)), If(And(p <= s,p <= 0), i - 3 >= p, If(And(s <= p,s <= 0), i - 3 >= s, i - 3 >= 0)), If(And(p <= t,p <= u), i - 5 >= p, If(And(t <= p,t <= u), i - 5 >= t, i - 5 >= u)), If(And(p <= t,p <= 0), i - 3 >= p, If(And(t <= p,t <= 0), i - 3 >= t, i - 3 >= 0)), If(And(p <= u,p <= 0), i - 3 >= p, If(And(u <= p,u <= 0), i - 3 >= u, i - 3 >= 0)), If(And(q <= r,q <= s), i - 5 >= q, If(And(r <= q,r <= s), i - 5 >= r, i - 5 >= s)), If(And(q <= r,q <= t), i - 5 >= q, If(And(r <= q,r <= t), i - 5 >= r, i - 5 >= t)), If(And(q <= r,q <= u), i - 2 >= q, If(And(r <= q,r <= u), i - 2 >= r, i - 2 >= u)), If(And(q <= r,q <= 0), i - 2 >= q, If(And(r <= q,r <= 0), i - 2 >= r, i - 2 >= 0)), If(And(q <= s,q <= u), i - 2 >= q, If(And(s <= q,s <= u), i - 2 >= s, i - 2 >= u)), If(And(q <= s,q <= 0), i - 7 >= q, If(And(s <= q,s <= 0), i - 7 >= s, i - 7 >= 0)), If(And(q <= t,q <= u), i - 3 >= q, If(And(t <= q,t <= u), i - 3 >= t, i - 3 >= u)), If(And(q <= t,q <= 0), i - 7 >= q, If(And(t <= q,t <= 0), i - 7 >= t, i - 7 >= 0)), If(And(r <= s,r <= t), i - 4 >= r, If(And(s <= r,s <= t), i - 4 >= s, i - 4 >= t)), If(And(r <= u,r <= 0), i - 2 >= r, If(And(u <= r,u <= 0), i - 2 >= u, i - 2 >= 0)), If(And(s <= t,s <= u), i - 4 >= s, If(And(t <= s,t <= u), i - 4 >= t, i - 4 >= u)), If(And(s <= t,s <= 0), i - 7 >= s, If(And(t <= s,t <= 0), i - 7 >= t, i - 7 >= 0)), If(And(s <= u,s <= 0), i - 4 >= s, If(And(u <= s,u <= 0), i - 4 >= u, i - 4 >= 0)), If(And(r <= s,r <= u), i - 2 >= r, If(And(s <= r,s <= u), i - 2 >= s, i - 2 >= u)), If(And(r <= s,r <= 0), i - 3 >= r, If(And(s <= r,s <= 0), i - 3 >= s, i - 3 >= 0)), If(And(r <= t,r <= 0), i - 3 >= r, If(And(t <= r,t <= 0), i - 3 >= t, i - 3 >= 0)), If(And(t <= u,t <= 0), i - 6 >= t, If(And(u <= t,u <= 0), i - 6 >= u, i - 6 >= 0)), If(And(p >= q,p >= r,p >= s), i >= p, If(And(q >= p,q >= r,q >= s), i >= q, If(And(r >= p,r >= q,r >= s), i >= r, i >= s))), If(And(p >= q,p >= r,p >= t), i >= p, If(And(q >= p,q >= r,q >= t), i >= q, If(And(r >= p,r >= q,r >= t), i >= r, i >= t))), If(And(p >= q,p >= r,p >= u), i >= p, If(And(q >= p,q >= r,q >= u), i >= q, If(And(r >= p,r >= q,r >= u), i >= r, i >= u))), If(And(p >= q,p >= r,p >= 0), i >= p, If(And(q >= p,q >= r,q >= 0), i >= q, If(And(r >= p,r >= q,r >= 0), i >= r, i >= 0))), If(And(p >= q,p >= s,p >= t), i >= p, If(And(q >= p,q >= s,q >= t), i >= q, If(And(s >= p,s >= q,s >= t), i >= s, i >= t))), If(And(p >= q,p >= s,p >= u), i >= p, If(And(q >= p,q >= s,q >= u), i >= q, If(And(s >= p,s >= q,s >= u), i >= s, i >= u))), If(And(p >= q,p >= s,p >= 0), i >= p, If(And(q >= p,q >= s,q >= 0), i >= q, If(And(s >= p,s >= q,s >= 0), i >= s, i >= 0))), If(And(p >= q,p >= t,p >= u), i >= p, If(And(q >= p,q >= t,q >= u), i >= q, If(And(t >= p,t >= q,t >= u), i >= t, i >= u))), If(And(p >= q,p >= t,p >= 0), i >= p, If(And(q >= p,q >= t,q >= 0), i >= q, If(And(t >= p,t >= q,t >= 0), i >= t, i >= 0))), If(And(p >= q,p >= u,p >= 0), i >= p, If(And(q >= p,q >= u,q >= 0), i >= q, If(And(u >= p,u >= q,u >= 0), i >= u, i >= 0))), If(And(p >= r,p >= s,p >= t), i >= p, If(And(r >= p,r >= s,r >= t), i >= r, If(And(s >= p,s >= r,s >= t), i >= s, i >= t))), If(And(p >= r,p >= s,p >= u), i >= p, If(And(r >= p,r >= s,r >= u), i >= r, If(And(s >= p,s >= r,s >= u), i >= s, i >= u))), If(And(p >= r,p >= s,p >= 0), i >= p, If(And(r >= p,r >= s,r >= 0), i >= r, If(And(s >= p,s >= r,s >= 0), i >= s, i >= 0))), If(And(p >= r,p >= t,p >= u), i >= p, If(And(r >= p,r >= t,r >= u), i >= r, If(And(t >= p,t >= r,t >= u), i >= t, i >= u))), If(And(p >= r,p >= t,p >= 0), i >= p, If(And(r >= p,r >= t,r >= 0), i >= r, If(And(t >= p,t >= r,t >= 0), i >= t, i >= 0))), If(And(p >= r,p >= u,p >= 0), i >= p, If(And(r >= p,r >= u,r >= 0), i >= r, If(And(u >= p,u >= r,u >= 0), i >= u, i >= 0))), If(And(p >= s,p >= t,p >= u), i >= p, If(And(s >= p,s >= t,s >= u), i >= s, If(And(t >= p,t >= s,t >= u), i >= t, i >= u))), If(And(p >= s,p >= t,p >= 0), i >= p, If(And(s >= p,s >= t,s >= 0), i >= s, If(And(t >= p,t >= s,t >= 0), i >= t, i >= 0))), If(And(p >= s,p >= u,p >= 0), i >= p, If(And(s >= p,s >= u,s >= 0), i >= s, If(And(u >= p,u >= s,u >= 0), i >= u, i >= 0))), If(And(p >= t,p >= 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t,q >= 0), i >= q, If(And(s >= q,s >= t,s >= 0), i >= s, If(And(t >= q,t >= s,t >= 0), i >= t, i >= 0))), If(And(q >= s,q >= u,q >= 0), i >= q, If(And(s >= q,s >= u,s >= 0), i >= s, If(And(u >= q,u >= s,u >= 0), i >= u, i >= 0))), If(And(q >= t,q >= u,q >= 0), i >= q, If(And(t >= q,t >= u,t >= 0), i >= t, If(And(u >= q,u >= t,u >= 0), i >= u, i >= 0))), If(And(r >= s,r >= t,r >= u), i >= r, If(And(s >= r,s >= t,s >= u), i >= s, If(And(t >= r,t >= s,t >= u), i >= t, i >= u))), If(And(r >= s,r >= t,r >= 0), i >= r, If(And(s >= r,s >= t,s >= 0), i >= s, If(And(t >= r,t >= s,t >= 0), i >= t, i >= 0))), If(And(r >= s,r >= u,r >= 0), i >= r, If(And(s >= r,s >= u,s >= 0), i >= s, If(And(u >= r,u >= s,u >= 0), i >= u, i >= 0))), If(And(r >= t,r >= u,r >= 0), i >= r, If(And(t >= r,t >= u,t >= 0), i >= t, If(And(u >= r,u >= t,u >= 0), i >= u, i >= 0))), If(And(s >= t,s >= u,s >= 0), i >= s, If(And(t >= s,t >= u,t >= 0), i >= t, If(And(u >= s,u >= t,u >= 0), i >= u, i >= 0))), If(And(p <= q,p <= r,p <= s),p >= i - 40,If(And(q <= p,q <= r,q <= s),q >= i - 40,If(And(r <= p,r <= q,r <= s),r >= i - 40,s >= i - 40))), If(And(p <= q,p <= r,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= t),r >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= u),r >= i - 40,u >= i - 40))), If(And(p <= q,p <= r,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= 0),r >= i - 40,0 >= i - 40))), If(And(p <= q,p <= s,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= u),s >= i - 39,u >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= u,q <= 0),q >= i - 39,If(And(u <= p,u <= q,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= t),p >= i - 40,If(And(r <= p,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= r,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= s,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(p <= r,p <= s,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(p <= r,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= r,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= u,r <= 0),r >= i - 40,If(And(u 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- 20,0 >= i - 20))), If(And(p >= q,p >= s,p >= u),p >= i - 27,If(And(q >= p,q >= s,q >= u),q >= i - 27,If(And(s >= p,s >= q,s >= u),s >= i - 27,u >= i - 27))), If(And(p >= q,p >= s,p >= 0),p >= i - 20,If(And(q >= p,q >= s,q >= 0),q >= i - 20,If(And(s >= p,s >= q,s >= 0),s >= i - 20,0 >= i - 20))), If(And(p >= q,p >= t,p >= u),p >= i - 26,If(And(q >= p,q >= t,q >= u),q >= i - 26,If(And(t >= p,t >= q,t >= u),t >= i - 26,u >= i - 26))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= u,q >= 0),q >= i - 19,If(And(u >= p,u >= q,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= r,p >= s,p >= u),p >= i - 27,If(And(r >= p,r >= s,r >= u),r >= i - 27,If(And(s >= p,s >= r,s >= u),s >= i - 27,u >= i - 27))), If(And(p >= r,p >= s,p >= 0),p >= i - 20,If(And(r >= p,r >= s,r >= 0),r >= i - 20,If(And(s >= p,s >= r,s >= 0),s >= i - 20,0 >= i - 20))), If(And(p >= r,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= t,r >= u),r >= i - 23,If(And(t >= p,t >= r,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= r,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= u,r >= 0),r >= i - 20,If(And(u >= p,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= s,p >= u,p >= 0),p >= i - 19,If(And(s >= p,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= r,q >= s,q >= t),q >= i - 23,If(And(r >= q,r >= s,r >= t),r >= i - 23,If(And(s >= q,s >= r,s >= t),s >= i - 23,t >= i - 23))), If(And(q >= r,q >= s,q >= u),q >= i - 29,If(And(r >= q,r >= s,r >= u),r >= i - 29,If(And(s >= q,s >= r,s >= u),s >= i - 29,u >= i - 29))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= r,q >= t,q >= u),q >= i - 25,If(And(r >= q,r >= t,r >= u),r >= i - 25,If(And(t >= q,t >= r,t >= u),t >= i - 25,u >= i - 25))), If(And(q >= r,q >= u,q >= 0),q >= i - 20,If(And(r >= q,r >= u,r >= 0),r >= i - 20,If(And(u >= q,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(q >= s,q >= u,q >= 0),q >= i - 19,If(And(s >= q,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= 0),r >= i - 20,If(And(s >= r,s >= t,s >= 0),s >= i - 20,If(And(t >= r,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(r >= s,r >= u,r >= 0),r >= i - 20,If(And(s >= 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24,If(And(t >= q,t >= s,t >= u),t >= i - 24,u >= i - 24))), If(And(r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(p <= q,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= s,q <= t),q >= i - 40,If(And(s <= p,s <= q,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= q,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= t,q <= u),q >= i - 40,If(And(t <= p,t <= q,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= q,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= t,q <= 0),q >= i - 40,If(And(t <= p,t <= q,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= s,p <= t,p <= u),p >= i - 40,If(And(s <= p,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= s,p <= t,p <= 0),p >= i - 40,If(And(s <= p,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= t,p <= u,p <= 0),p >= i - 40,If(And(t <= p,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= s,q <= t,q <= u),q >= i - 40,If(And(s <= q,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= s,q <= t,q <= 0),q >= i - 40,If(And(s <= q,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= t,q <= u,q <= 0),q >= i - 40,If(And(t <= q,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p >= t,p >= u,p >= 0),p >= i - 20,If(And(t >= p,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p <= q,p <= r,p <= s), i - 6 >= p, If(And(q <= p,q <= r,q <= s), i - 6 >= q, If(And(r <= p,r <= q,r <= s), i - 6 >= r, i - 6 >= s))), If(And(p <= q,p <= r,p <= t), i - 9 >= p, If(And(q <= p,q <= r,q <= t), i - 9 >= q, If(And(r <= p,r <= q,r <= t), i - 9 >= r, i - 9 >= t))), If(And(p <= q,p <= r,p <= u), i - 7 >= p, If(And(q <= p,q <= r,q <= u), i - 7 >= q, If(And(r <= p,r <= q,r <= u), i - 7 >= r, i - 7 >= u))), If(And(p <= q,p <= r,p <= 0), i - 7 >= p, If(And(q <= p,q <= r,q <= 0), i - 7 >= q, If(And(r <= p,r <= q,r <= 0), i - 7 >= r, i - 7 >= 0))), If(And(p <= q,p <= s,p <= t), i - 3 >= p, If(And(q <= p,q <= s,q <= t), i - 3 >= q, If(And(s <= p,s <= q,s <= t), i - 3 >= s, i - 3 >= t))), If(And(p <= q,p <= s,p <= u), i - 7 >= p, If(And(q <= p,q <= s,q <= u), i - 7 >= q, If(And(s <= p,s <= q,s <= u), i - 7 >= s, i - 7 >= u))), If(And(p <= q,p <= s,p <= 0), i - 8 >= p, If(And(q <= p,q <= s,q <= 0), i - 8 >= q, If(And(s <= p,s <= q,s <= 0), i - 8 >= s, i - 8 >= 0))), If(And(p <= q,p <= t,p <= u), i - 7 >= p, If(And(q <= p,q <= t,q <= u), i - 7 >= q, If(And(t <= p,t <= q,t <= u), i - 7 >= t, i - 7 >= u))), If(And(p <= q,p <= t,p <= 0), i - 7 >= p, If(And(q <= p,q <= t,q <= 0), i - 7 >= q, If(And(t <= p,t <= q,t <= 0), i - 7 >= t, i - 7 >= 0))), If(And(p <= q,p <= u,p <= 0), i - 7 >= p, If(And(q <= p,q <= u,q <= 0), i - 7 >= q, If(And(u <= p,u <= q,u <= 0), i - 7 >= u, i - 7 >= 0))), If(And(p <= r,p <= s,p <= t), i - 9 >= p, If(And(r <= p,r <= s,r <= t), i - 9 >= r, If(And(s <= p,s <= r,s <= t), i - 9 >= s, i - 9 >= t))), If(And(p <= r,p <= u,p <= 0), i - 4 >= p, If(And(r <= p,r <= u,r <= 0), i - 4 >= r, If(And(u <= p,u <= r,u <= 0), i - 4 >= u, i - 4 >= 0))), If(And(p <= s,p <= t,p <= u), i - 8 >= p, If(And(s <= p,s <= t,s <= u), i - 8 >= s, If(And(t <= p,t <= s,t <= u), i - 8 >= t, i - 8 >= u))), If(And(p <= s,p <= t,p <= 0), i - 8 >= p, If(And(s <= p,s <= t,s <= 0), i - 8 >= s, If(And(t <= p,t <= s,t <= 0), i - 8 >= t, i - 8 >= 0))), If(And(p <= s,p <= u,p <= 0), i - 4 >= p, If(And(s <= p,s <= u,s <= 0), i - 4 >= s, If(And(u <= p,u <= s,u <= 0), i - 4 >= u, i - 4 >= 0))), If(And(p <= r,p <= s,p <= u), i - 4 >= p, If(And(r <= p,r <= s,r <= u), i - 4 >= r, If(And(s <= p,s <= r,s <= u), i - 4 >= s, i - 4 >= u))), If(And(p <= r,p <= s,p <= 0), i - 3 >= p, If(And(r <= p,r <= s,r <= 0), i - 3 >= r, If(And(s <= p,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0))), If(And(p <= t,p <= u,p <= 0), i - 6 >= p, If(And(t <= p,t <= u,t <= 0), i - 6 >= t, If(And(u <= p,u <= t,u <= 0), i - 6 >= u, i - 6 >= 0))), If(And(q <= r,q <= s,q <= t), i - 9 >= q, If(And(r <= q,r <= s,r <= t), i - 9 >= r, If(And(s <= q,s <= r,s <= t), i - 9 >= s, i - 9 >= t))), If(And(q <= r,q <= s,q <= u), i - 7 >= q, If(And(r <= q,r <= s,r <= u), i - 7 >= r, If(And(s <= q,s <= r,s <= u), i - 7 >= s, i - 7 >= u))), If(And(q <= r,q <= s,q <= 0), i - 8 >= q, If(And(r <= q,r <= s,r <= 0), i - 8 >= r, If(And(s <= q,s <= r,s <= 0), i - 8 >= s, i - 8 >= 0))), If(And(q <= t,q <= u,q <= 0), i - 7 >= q, If(And(t <= q,t <= u,t <= 0), i - 7 >= t, If(And(u <= q,u <= t,u <= 0), i - 7 >= u, i - 7 >= 0))), If(And(r <= s,r <= t,r <= u), i - 7 >= r, If(And(s <= r,s <= t,s <= u), i - 7 >= s, If(And(t <= r,t <= s,t <= u), i - 7 >= t, i - 7 >= u))), If(And(q <= r,q <= t,q <= u), i - 8 >= q, If(And(r <= q,r <= t,r <= u), i - 8 >= r, If(And(t <= q,t <= r,t <= u), i - 8 >= t, i - 8 >= u))), If(And(q <= r,q <= t,q <= 0), i - 8 >= q, If(And(r <= q,r <= t,r <= 0), i - 8 >= r, If(And(t <= q,t <= r,t <= 0), i - 8 >= t, i - 8 >= 0))), If(And(q <= r,q <= u,q <= 0), i - 2 >= q, If(And(r <= q,r <= u,r <= 0), i - 2 >= r, If(And(u <= q,u <= r,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(r <= s,r <= t,r <= 0), i - 7 >= r, If(And(s <= r,s <= t,s <= 0), i - 7 >= s, If(And(t <= r,t <= s,t <= 0), i - 7 >= t, i - 7 >= 0))), If(And(r <= s,r <= u,r <= 0), i - 4 >= r, If(And(s <= r,s <= u,s <= 0), i - 4 >= s, If(And(u <= r,u <= s,u <= 0), i - 4 >= u, i - 4 >= 0))), If(And(r <= t,r <= u,r <= 0), i - 6 >= r, If(And(t <= r,t <= u,t <= 0), i - 6 >= t, If(And(u <= r,u <= t,u <= 0), i - 6 >= u, i - 6 >= 0))), If(And(s <= t,s <= u,s <= 0), i - 7 >= s, If(And(t <= s,t <= u,t <= 0), i - 7 >= t, If(And(u <= s,u <= t,u <= 0), i - 7 >= u, i - 7 >= 0))), If(And(p <= r,p <= t,p <= u), i - 6 >= p, If(And(r <= p,r <= t,r <= u), i - 6 >= r, If(And(t <= p,t <= r,t <= u), i - 6 >= t, i - 6 >= u))), If(And(p <= r,p <= t,p <= 0), i - 8 >= p, If(And(r <= p,r <= t,r <= 0), i - 8 >= r, If(And(t <= p,t <= r,t <= 0), i - 8 >= t, i - 8 >= 0))), If(And(q <= s,q <= t,q <= u), i - 6 >= q, If(And(s <= q,s <= t,s <= u), i - 6 >= s, If(And(t <= q,t <= s,t <= u), i - 6 >= t, i - 6 >= u))), If(And(q <= s,q <= t,q <= 0), i - 7 >= q, If(And(s <= q,s <= t,s <= 0), i - 7 >= s, If(And(t <= q,t <= s,t <= 0), i - 7 >= t, i - 7 >= 0))), If(And(q <= s,q <= u,q <= 0), i - 7 >= q, If(And(s <= q,s <= u,s <= 0), i - 7 >= s, If(And(u <= q,u <= s,u <= 0), i - 7 >= u, i - 7 >= 0))), If(And(p >= q,p >= r,p >= s,p >= t), i >= p, If(And(q >= p,q >= r,q >= s,q >= t), i >= q, If(And(r >= p,r >= q,r >= s,r >= t), i >= r, If(And(s >= p,s >= q,s >= r,s >= t), i >= s, i >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i >= p, If(And(q >= p,q >= r,q >= s,q >= u), i >= q, If(And(r >= p,r >= q,r >= s,r >= u), i >= r, If(And(s >= p,s >= q,s >= r,s >= u), i >= s, i >= u)))), If(And(p >= q,p >= r,p >= s,p >= 0), i >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i >= s, i >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i >= p, If(And(q >= p,q >= r,q >= t,q >= u), i >= q, If(And(r >= p,r >= q,r >= t,r >= u), i >= r, If(And(t >= p,t >= q,t >= r,t >= u), i >= t, i >= u)))), If(And(p >= q,p >= r,p >= t,p >= 0), i >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i >= t, i >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i >= u, i >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i >= p, If(And(r >= p,r >= s,r >= t,r >= u), i >= r, If(And(s >= p,s >= r,s >= t,s >= u), i >= s, If(And(t >= p,t >= r,t >= s,t >= u), i >= t, i >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i >= t, i >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i >= u, i >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i >= u, i >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i >= p, If(And(q >= p,q >= s,q >= t,q >= u), i >= q, If(And(s >= p,s >= q,s >= t,s >= u), i >= s, If(And(t >= p,t >= q,t >= s,t >= u), i >= t, i >= u)))), If(And(p >= q,p >= s,p >= t,p >= 0), i >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i >= t, i >= 0)))), If(And(p >= q,p >= s,p >= u,p >= 0), i >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i >= u, i >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i >= u, i >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i >= u, i >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i >= q, If(And(r >= q,r >= s,r >= t,r >= u), i >= r, If(And(s >= q,s >= r,s >= t,s >= u), i >= s, If(And(t >= q,t >= r,t >= s,t >= u), i >= t, i >= u)))), If(And(q >= r,q >= s,q >= t,q >= 0), i >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i >= t, i >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i >= u, i >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i >= u, i >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i >= u, i >= 0)))), If(And(r >= s,r >= t,r >= u,r >= 0), i >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i >= u, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i - 23,If(And(q >= p,q >= r,q >= s,q >= t),q >= i - 23,If(And(r >= p,r >= q,r >= s,r >= t),r >= i - 23,If(And(s >= p,s >= q,s >= r,s >= t),s >= i - 23,t >= i - 23)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i - 27,If(And(q >= p,q >= r,q >= s,q >= u),q >= i - 27,If(And(r >= p,r >= q,r >= s,r >= u),r >= i - 27,If(And(s >= p,s >= q,s >= r,s >= u),s >= i - 27,u >= i - 27)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i - 18,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i - 18,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i - 16,If(And(q >= p,q >= r,q >= t,q >= u),q >= i - 16,If(And(r >= p,r >= q,r >= t,r >= u),r >= i - 16,If(And(t >= p,t >= q,t >= r,t >= u),t >= i - 16,u >= i - 16)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i - 18,If(And(r >= p,r 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8 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 8 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 8 >= s, i - 8 >= 0)))), If(And(p <= q,p <= s,p <= u,p <= 0), i - 8 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i - 8 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i - 8 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i - 8 >= u, i - 8 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i - 7 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i - 7 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i - 7 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i - 7 >= u, i - 7 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i - 9 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i - 9 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i - 9 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i - 9 >= t, i - 9 >= u)))), If(And(p <= r,p <= s,p <= u,p <= 0), i - 4 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i - 4 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i - 4 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i - 4 >= u, i - 4 >= 0)))), If(And(p <= r,p <= t,p <= u,p 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0), i - 8 >= u, i - 8 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i - 8 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i - 8 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i - 8 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i - 8 >= u, i - 8 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i - 7 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i - 7 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i - 7 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i - 7 >= u, i - 7 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i - 9 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i - 9 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i - 9 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i - 9 >= t, i - 9 >= u)))), If(And(q <= s,q <= t,q <= u,q <= 0), i - 7 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i - 7 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i - 7 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i - 7 >= u, i - 7 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t), i - 13 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i - 13 >= q, If(And(r <= p,r <= 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i >= t, i >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i >= u, i >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i >= u, i >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i >= u, i >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i >= u, i >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i >= u, i >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(q <= r,q <= s,q 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u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i - 18,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i - 18,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i - 18,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i - 18,0 >= i - 18))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i - 16,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i - 16,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i - 16,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i - 16,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i - 16,0 >= i - 16))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i - 14,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i - 14,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i - 14,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i - 14,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i - 14,0 >= i - 14))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i - 17,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i - 17,0 >= i - 17))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i - 16,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i - 16,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i - 16,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i - 16,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i - 16,0 >= i - 16))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i - 9 >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i - 9 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i - 9 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i - 9 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i - 9 >= u, i - 9 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i - 8 >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i - 8 >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i - 8 >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i - 8 >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i - 8 >= u, i - 8 >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i - 13 >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i - 13 >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i - 13 >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i - 13 >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i - 13 >= u, i - 13 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i - 11 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i - 11 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i - 11 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i - 11 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i - 11 >= u, i - 11 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i - 13 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i - 13 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i - 13 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i - 13 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i - 13 >= t, i - 13 >= u))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i - 13 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i - 13 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i - 13 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i - 13 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i - 13 >= t, i - 13 >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i - 10 >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i - 10 >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i - 10 >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i - 10 >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i - 10 >= u, i - 10 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i - 13 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i - 13 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i - 13 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i - 13 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i - 13 >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i - 13 >= u, i - 13 >= 0))))))] incr5_LI0=\ [i >= p, i >= t - 38, t + 35 >= i, 0 >= i - 20, p + 35 >= i, r + 40 >= i, s + 38 >= i, r + 38 >= i, t + 36 >= i, u + 37 >= i, i + 20 >= 0, If(p >= q,p >= i,q >= i), If(i >= 0,i >= p,0 >= p), If(p <= q, i >= p, i >= q), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(p <= t, i >= p, i >= t), If(p <= u, i >= p, i >= u), If(p <= 0, i >= p, i >= 0), If(q <= s,q >= i - 38,s >= i - 38), If(q <= t,q >= i - 35,t >= i - 35), If(i <= 0,i >= t - 38,0 >= t - 38), If(i <= 0,i >= p - 20,0 >= p - 20), If(r <= s,r >= i - 40,s >= i - 40), If(r <= t,r >= i - 40,t >= i - 40), If(r <= u,r >= i - 40,u >= i - 40), If(r <= 0,r >= i - 40,0 >= i - 40), If(t <= 0,t >= i - 35,0 >= i - 35), If(s <= t,s >= i - 38,t >= i - 38), If(s <= u,s >= i - 38,u >= i - 38), If(s <= 0,s >= i - 38,0 >= i - 38), If(r >= s,r >= i - 38,s >= i - 38), If(p <= q,p >= i - 35,q >= i - 35), If(p <= r,p >= i - 40,r >= i - 40), If(p <= s,p >= i - 38,s >= i - 38), If(p <= t,p >= i - 35,t >= i - 35), If(p <= 0,p >= i - 35,0 >= i - 35), If(q <= r,q >= i - 40,r >= i - 40), If(s >= 0,s >= i - 19,0 >= i - 19), If(t >= 0,t >= i - 20,0 >= i - 20), If(u >= 0,u >= i - 20,0 >= i - 20), If(p >= r,p >= i - 35,r >= i - 35), If(p >= s,p >= i - 28,s >= i - 28), If(i >= 0,i >= s - 19,0 >= s - 19), If(i >= 0,i >= t - 20,0 >= t - 20), If(i >= 0,i >= u - 20,0 >= u - 20), If(r >= u,r >= i - 33,u >= i - 33), If(r >= 0,r >= i - 20,0 >= i - 20), If(s >= t,s >= i - 35,t >= i - 35), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= r,q >= i - 25,r >= i - 25), If(q >= s,q >= i - 29,s >= i - 29), If(i >= 0,i >= q - 20,0 >= q - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(p >= t,p >= i - 31,t >= i - 31), If(p >= u,p >= i - 30,u >= i - 30), If(r >= t,r >= i - 36,t >= i - 36), If(t <= 0,t >= i - 36,0 >= i - 36), If(r <= s,r >= i - 38,s >= i - 38), If(r <= t,r >= i - 38,t >= i - 38), If(p <= r,p >= i - 38,r >= i - 38), If(p <= t,p >= i - 36,t >= i - 36), If(r <= u,r >= i - 38,u >= i - 38), If(r <= 0,r >= i - 38,0 >= i - 38), If(p <= u,p >= i - 37,u >= i - 37), If(t <= u,t >= i - 37,u >= i - 37), If(u <= 0,u >= i - 37,0 >= i - 37), If(s >= u,s >= i - 25,u >= i - 25), If(q >= u,q >= i - 31,u >= i - 31), If(p >= t,p >= i - 28,t >= i - 28), If(p >= u,p >= i - 29,u >= i - 29), If(q <= u, i + 28 >= q, i + 28 >= u), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(s <= u, i + 32 >= s, i + 32 >= u), If(t <= u, i + 36 >= t, i + 36 >= u), If(r >= t, i + 38 >= r, i + 38 >= t), If(i <= 0, u + 20 >= i, u + 20 >= 0), If(q <= r, i + 29 >= q, i + 29 >= r), If(t >= u, i + 38 >= t, i + 38 >= u), If(t >= 0, i + 38 >= t, i + 38 >= 0), If(p >= t, i + 38 >= p, i + 38 >= t), If(i >= 0, s + 38 >= i, s + 38 >= 0), If(i >= 0, t + 35 >= i, t + 35 >= 0), If(s >= t, i + 38 >= s, i + 38 >= t), If(q >= t, i + 38 >= q, i + 38 >= t), If(i >= 0, p + 35 >= i, p + 35 >= 0), If(i >= 0, r + 40 >= i, r + 40 >= 0), If(i >= 0, r + 38 >= i, r + 38 >= 0), If(i >= 0, t + 36 >= i, t + 36 >= 0), If(r <= u, i + 28 >= r, i + 28 >= u), If(s <= t, i + 31 >= s, i + 31 >= t), If(r <= 0, i + 19 >= r, i + 19 >= 0), If(q <= 0, i + 20 >= q, i + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(s <= 0, i + 19 >= s, i + 19 >= 0), If(u <= 0, i + 20 >= u, i + 20 >= 0), If(p >= 0, i + 20 >= p, i + 20 >= 0), If(i >= 0, u + 37 >= i, u + 37 >= 0), If(And(p >= q,p >= 0),p >= i,If(And(q >= p,q >= 0),q >= i,0 >= i)), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(p >= q,p >= s),p >= i,If(And(q >= p,q >= s),q >= i,s >= i)), If(And(p >= q,p >= t),p >= i,If(And(q >= p,q >= t),q >= i,t >= i)), If(And(p >= q,p >= u),p >= i,If(And(q >= p,q >= u),q >= i,u >= i)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= u,p <= 0), i >= p, If(And(u <= p,u <= 0), i >= u, i >= 0)), If(And(p <= s,p <= u), i >= p, If(And(s <= p,s <= u), i >= s, i >= u)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(p <= t,p <= u), i >= p, If(And(t <= p,t <= u), i >= t, i >= u)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(p <= q,p <= t), i >= p, If(And(q <= p,q <= t), i >= q, i >= t)), If(And(p <= q,p <= u), i >= p, If(And(q <= p,q <= u), i >= q, i >= u)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= r,p <= s), i >= p, If(And(r <= p,r <= s), i >= r, i >= s)), If(And(p <= r,p <= t), i >= p, If(And(r <= p,r <= t), i >= r, i >= t)), If(And(p <= r,p <= u), i >= p, If(And(r <= p,r <= u), i >= r, i >= u)), If(And(p <= r,p <= 0), i >= p, If(And(r <= p,r <= 0), i >= r, i >= 0)), If(And(p <= s,p <= t), i >= p, If(And(s <= p,s <= t), i >= s, i >= t)), If(And(q <= t,q <= 0),q >= i - 35,If(And(t <= q,t <= 0),t >= i - 35,0 >= i - 35)), If(And(r <= s,r <= t),r >= i - 40,If(And(s <= r,s <= t),s >= i - 40,t >= i - 40)), If(And(p <= q,p <= r),p >= i - 40,If(And(q <= p,q <= r),q >= i - 40,r >= i - 40)), If(And(p <= q,p <= s),p >= i - 38,If(And(q <= p,q <= s),q >= i - 38,s >= i - 38)), If(And(q <= r,q <= s),q >= i - 40,If(And(r <= q,r <= s),r >= i - 40,s >= i - 40)), If(And(q <= r,q <= t),q >= i - 40,If(And(r <= q,r <= t),r >= i - 40,t >= i - 40)), If(And(q <= r,q <= u),q >= i - 40,If(And(r <= q,r <= u),r >= i - 40,u >= i - 40)), If(And(q <= r,q <= 0),q >= i - 40,If(And(r <= q,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= s,q <= t),q >= i - 38,If(And(s <= q,s <= t),s >= i - 38,t >= i - 38)), If(And(q <= s,q <= u),q >= i - 38,If(And(s <= q,s <= u),s >= i - 38,u >= i - 38)), If(And(q <= s,q <= 0),q >= i - 38,If(And(s <= q,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p <= s,p <= u),p >= i - 38,If(And(s <= p,s <= u),s >= i - 38,u >= i - 38)), If(And(p <= s,p <= 0),p >= i - 38,If(And(s <= p,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p <= t,p <= 0),p >= i - 35,If(And(t <= p,t <= 0),t >= i - 35,0 >= i - 35)), If(And(p <= q,p <= t),p >= i - 35,If(And(q <= p,q <= t),q >= i - 35,t >= i - 35)), If(And(p <= q,p <= 0),p >= i - 35,If(And(q <= p,q <= 0),q >= i - 35,0 >= i - 35)), If(And(p <= r,p <= s),p >= i - 40,If(And(r <= p,r <= s),r >= i - 40,s >= i - 40)), If(And(r <= s,r <= u),r >= i - 40,If(And(s <= r,s <= u),s >= i - 40,u >= i - 40)), If(And(r <= s,r <= 0),r >= i - 40,If(And(s <= r,s <= 0),s >= i - 40,0 >= i - 40)), If(And(r <= t,r <= u),r >= i - 40,If(And(t <= r,t <= u),t >= i - 40,u >= i - 40)), If(And(r <= t,r <= 0),r >= i - 40,If(And(t <= r,t <= 0),t >= i - 40,0 >= i - 40)), If(And(p <= r,p <= t),p >= i - 40,If(And(r <= p,r <= t),r >= i - 40,t >= i - 40)), If(And(p <= r,p <= u),p >= i - 40,If(And(r <= p,r <= u),r >= i - 40,u >= i - 40)), If(And(p <= r,p <= 0),p >= i - 40,If(And(r <= p,r <= 0),r >= i - 40,0 >= i - 40)), If(And(p <= s,p <= t),p >= i - 38,If(And(s <= p,s <= t),s >= i - 38,t >= i - 38)), If(And(p >= r,p >= u),p >= i - 29,If(And(r >= p,r >= u),r >= i - 29,u >= i - 29)), If(And(r <= u,r <= 0),r >= i - 40,If(And(u <= r,u <= 0),u >= i - 40,0 >= i - 40)), If(And(s <= t,s <= u),s >= i - 38,If(And(t <= s,t <= u),t >= i - 38,u >= i - 38)), If(And(s <= t,s <= 0),s >= i - 38,If(And(t <= s,t <= 0),t >= i - 38,0 >= i - 38)), If(And(s <= u,s <= 0),s >= i - 38,If(And(u <= s,u <= 0),u >= i - 38,0 >= i - 38)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= u,r >= 0),r >= i - 20,If(And(u >= r,u >= 0),u >= i - 20,0 >= i - 20)), If(And(s >= t,s >= u),s >= i - 23,If(And(t >= s,t >= u),t >= i - 23,u >= i - 23)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= 0),p >= i - 19,If(And(s >= p,s >= 0),s >= i - 19,0 >= i - 19)), If(And(r >= s,r >= u),r >= i - 24,If(And(s >= r,s >= u),s >= i - 24,u >= i - 24)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(q >= s,q >= u),q >= i - 23,If(And(s >= q,s >= u),s >= i - 23,u >= i - 23)), If(And(q >= t,q >= 0),q >= i - 18,If(And(t >= q,t >= 0),t >= i - 18,0 >= i - 18)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= u,p >= 0),p >= i - 20,If(And(u >= p,u >= 0),u >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 23,If(And(r >= q,r >= s),r >= i - 23,s >= i - 23)), If(And(s >= t,s >= 0),s >= i - 19,If(And(t >= s,t >= 0),t >= i - 19,0 >= i - 19)), If(And(s >= u,s >= 0),s >= i - 19,If(And(u >= s,u >= 0),u >= i - 19,0 >= i - 19)), If(And(t >= u,t >= 0),t >= i - 20,If(And(u >= t,u >= 0),u >= i - 20,0 >= i - 20)), If(And(q >= r,q >= u),q >= i - 25,If(And(r >= q,r >= u),r >= i - 25,u >= i - 25)), If(And(q >= s,q >= t),q >= i - 18,If(And(s >= q,s >= t),s >= i - 18,t >= i - 18)), If(And(r >= s,r >= t),r >= i - 28,If(And(s >= r,s >= t),s >= i - 28,t >= i - 28)), If(And(r >= s,r >= u),r >= i - 23,If(And(s >= r,s >= u),s >= i - 23,u >= i - 23)), If(And(p >= r,p >= s),p >= i - 28,If(And(r >= p,r >= s),r >= i - 28,s >= i - 28)), If(And(p >= s,p >= u),p >= i - 23,If(And(s >= p,s >= u),s >= i - 23,u >= i - 23)), If(And(p >= t,p >= u),p >= i - 30,If(And(t >= p,t >= u),t >= i - 30,u >= i - 30)), If(And(p >= t,p >= 0),p >= i - 19,If(And(t >= p,t >= 0),t >= i - 19,0 >= i - 19)), If(And(t >= u,t >= 0),t >= i - 19,If(And(u >= t,u >= 0),u >= i - 19,0 >= i - 19)), If(And(p >= r,p >= t),p >= i - 29,If(And(r >= p,r >= t),r >= i - 29,t >= i - 29)), If(And(p >= s,p >= t),p >= i - 28,If(And(s >= p,s >= t),s >= i - 28,t >= i - 28)), If(And(r <= s,r <= t),r >= i - 38,If(And(s <= r,s <= t),s >= i - 38,t >= i - 38)), If(And(r <= s,r <= u),r >= i - 38,If(And(s <= r,s <= u),s >= i - 38,u >= i - 38)), If(And(r <= s,r <= 0),r >= i - 38,If(And(s <= r,s <= 0),s >= i - 38,0 >= i - 38)), If(And(p <= t,p <= 0),p >= i - 36,If(And(t <= p,t <= 0),t >= i - 36,0 >= i - 36)), If(And(p <= r,p <= s),p >= i - 38,If(And(r <= p,r <= s),r >= i - 38,s >= i - 38)), If(And(p <= r,p <= t),p >= i - 38,If(And(r <= p,r <= t),r >= i - 38,t >= i - 38)), If(And(p <= r,p <= u),p >= i - 38,If(And(r <= p,r <= u),r >= i - 38,u >= i - 38)), If(And(r <= t,r <= u),r >= i - 38,If(And(t <= r,t <= u),t >= i - 38,u >= i - 38)), If(And(r <= t,r <= 0),r >= i - 38,If(And(t <= r,t <= 0),t >= i - 38,0 >= i - 38)), If(And(r <= u,r <= 0),r >= i - 38,If(And(u <= r,u <= 0),u >= i - 38,0 >= i - 38)), If(And(p <= r,p <= 0),p >= i - 38,If(And(r <= p,r <= 0),r >= i - 38,0 >= i - 38)), If(And(p <= u,p <= 0),p >= i - 37,If(And(u <= p,u <= 0),u >= i - 37,0 >= i - 37)), If(And(p <= t,p <= u),p >= i - 37,If(And(t <= p,t <= u),t >= i - 37,u >= i - 37)), If(And(t <= u,t <= 0),t >= i - 37,If(And(u <= t,u <= 0),u >= i - 37,0 >= i - 37)), If(And(p >= s,p >= t),p >= i - 27,If(And(s >= p,s >= t),s >= i - 27,t >= i - 27)), If(And(p >= t,p >= u),p >= i - 26,If(And(t >= p,t >= u),t >= i - 26,u >= i - 26)), If(And(p >= r,p >= s),p >= i - 27,If(And(r >= p,r >= s),r >= i - 27,s >= i - 27)), If(And(p >= r,p >= t),p >= i - 28,If(And(r >= p,r >= t),r >= i - 28,t >= i - 28)), If(And(r >= s,r >= t),r >= i - 27,If(And(s >= r,s >= t),s >= i - 27,t >= i - 27)), If(And(q <= s,q <= u), i + 23 >= q, If(And(s <= q,s <= u), i + 23 >= s, i + 23 >= u)), If(And(q <= s,q <= 0), i + 19 >= q, If(And(s <= q,s <= 0), i + 19 >= s, i + 19 >= 0)), If(And(p >= r,p >= t), i + 38 >= p, If(And(r >= p,r >= t), i + 38 >= r, i + 38 >= t)), If(And(r <= u,r <= 0), i + 19 >= r, If(And(u <= r,u <= 0), i + 19 >= u, i + 19 >= 0)), If(And(s <= t,s <= 0), i + 18 >= s, If(And(t <= s,t <= 0), i + 18 >= t, i + 18 >= 0)), If(And(s <= u,s <= 0), i + 19 >= s, If(And(u <= s,u <= 0), i + 19 >= u, i + 19 >= 0)), If(And(r >= t,r >= u), i + 38 >= r, If(And(t >= r,t >= u), i + 38 >= t, i + 38 >= u)), If(And(r >= t,r >= 0), i + 38 >= r, If(And(t >= r,t >= 0), i + 38 >= t, i + 38 >= 0)), If(And(s >= t,s >= u), i + 38 >= s, If(And(t >= s,t >= u), i + 38 >= t, i + 38 >= u)), If(And(p >= s,p >= t), i + 38 >= p, If(And(s >= p,s >= t), i + 38 >= s, i + 38 >= t)), If(And(r >= s,r >= t), i + 38 >= r, If(And(s >= r,s >= t), i + 38 >= s, i + 38 >= t)), If(And(q >= t,q >= u), i + 38 >= q, If(And(t >= q,t >= u), i + 38 >= t, i + 38 >= u)), If(And(q >= t,q >= 0), i + 38 >= q, If(And(t >= q,t >= 0), i + 38 >= t, i + 38 >= 0)), If(And(p >= q,p >= t), i + 38 >= p, If(And(q >= p,q >= t), i + 38 >= q, i + 38 >= t)), If(And(p >= t,p >= u), i + 38 >= p, If(And(t >= p,t >= u), i + 38 >= t, i + 38 >= u)), If(And(p >= t,p >= 0), i + 38 >= p, If(And(t >= p,t >= 0), i + 38 >= t, i + 38 >= 0)), If(And(s >= t,s >= 0), i + 38 >= s, If(And(t >= s,t >= 0), i + 38 >= t, i + 38 >= 0)), If(And(t >= u,t >= 0), i + 38 >= t, If(And(u >= t,u >= 0), i + 38 >= u, i + 38 >= 0)), If(And(q >= r,q >= t), i + 38 >= q, If(And(r >= q,r >= t), i + 38 >= r, i + 38 >= t)), If(And(q >= s,q >= t), i + 38 >= q, If(And(s >= q,s >= t), i + 38 >= s, i + 38 >= t)), If(And(r <= s,r <= t), i + 31 >= r, If(And(s <= r,s <= t), i + 31 >= s, i + 31 >= t)), If(And(r <= s,r <= u), i + 28 >= r, If(And(s <= r,s <= u), i + 28 >= s, i + 28 >= u)), If(And(r <= t,r <= u), i + 28 >= r, If(And(t <= r,t <= u), i + 28 >= t, i + 28 >= u)), If(And(s <= t,s <= u), i + 28 >= s, If(And(t <= s,t <= u), i + 28 >= t, i + 28 >= u)), If(And(q <= u,q <= 0), i + 20 >= q, If(And(u <= q,u <= 0), i + 20 >= u, i + 20 >= 0)), If(And(r <= s,r <= 0), i + 19 >= r, If(And(s <= r,s <= 0), i + 19 >= s, i + 19 >= 0)), If(And(p >= q,p >= u,p >= 0),p >= i,If(And(q >= p,q >= u,q >= 0),q >= i,If(And(u >= p,u >= q,u >= 0),u >= i,0 >= i))), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= s,p >= u),p >= i,If(And(q >= p,q >= s,q >= u),q >= i,If(And(s >= p,s >= q,s >= u),s >= i,u >= i))), If(And(p >= q,p >= s,p >= 0),p >= i,If(And(q >= p,q >= s,q >= 0),q >= i,If(And(s >= p,s >= q,s >= 0),s >= i,0 >= i))), If(And(p >= q,p >= t,p >= u),p >= i,If(And(q >= p,q >= t,q >= u),q >= i,If(And(t >= p,t >= q,t >= u),t >= i,u >= i))), If(And(p >= q,p >= t,p >= 0),p >= i,If(And(q >= p,q >= t,q >= 0),q >= i,If(And(t >= p,t >= q,t >= 0),t >= i,0 >= i))), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(p >= q,p >= r,p >= u),p >= i,If(And(q >= p,q >= r,q >= u),q >= i,If(And(r >= p,r >= q,r >= u),r >= i,u >= i))), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= s,p >= t),p >= i,If(And(q >= p,q >= s,q >= t),q >= i,If(And(s >= p,s >= q,s >= t),s >= i,t >= i))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(p <= q,p <= r,p <= t), i >= p, If(And(q <= p,q <= r,q <= t), i >= q, If(And(r <= p,r <= q,r <= t), i >= r, i >= t))), If(And(p <= q,p <= r,p <= u), i >= p, If(And(q <= p,q <= r,q <= u), i >= q, If(And(r <= p,r <= q,r <= u), i >= r, i >= u))), If(And(p <= q,p <= t,p <= u), i >= p, If(And(q <= p,q <= t,q <= u), i >= q, If(And(t <= p,t <= q,t <= u), i >= t, i >= u))), If(And(p <= q,p <= t,p <= 0), i >= p, If(And(q <= p,q <= t,q <= 0), i >= q, If(And(t <= p,t <= q,t <= 0), i >= t, i >= 0))), If(And(p <= q,p <= u,p <= 0), i >= p, If(And(q <= p,q <= u,q <= 0), i >= q, If(And(u <= p,u <= q,u <= 0), i >= u, i >= 0))), If(And(p <= r,p <= s,p <= t), i >= p, If(And(r <= p,r <= s,r <= t), i >= r, If(And(s <= p,s <= r,s <= t), i >= s, i >= t))), If(And(p <= t,p <= u,p <= 0), i >= p, If(And(t <= p,t <= u,t <= 0), i >= t, If(And(u <= p,u <= t,u <= 0), i >= u, i >= 0))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= s,p <= t), i >= p, If(And(q <= p,q <= s,q <= t), i >= q, If(And(s <= p,s <= q,s <= t), i >= s, i >= t))), If(And(p <= q,p <= s,p <= u), i >= p, If(And(q <= p,q <= s,q <= u), i >= q, If(And(s <= p,s <= q,s <= u), i >= s, i >= u))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= r,p <= u,p <= 0), i >= p, If(And(r <= p,r <= u,r <= 0), i >= r, If(And(u <= p,u <= r,u <= 0), i >= u, i >= 0))), If(And(p <= s,p <= t,p <= u), i >= p, If(And(s <= p,s <= t,s <= u), i >= s, If(And(t <= p,t <= s,t <= u), i >= t, i >= u))), If(And(p <= s,p <= t,p <= 0), i >= p, If(And(s <= p,s <= t,s <= 0), i >= s, If(And(t <= p,t <= s,t <= 0), i >= t, i >= 0))), If(And(p <= s,p <= u,p <= 0), i >= p, If(And(s <= p,s <= u,s <= 0), i >= s, If(And(u <= p,u <= s,u <= 0), i >= u, i >= 0))), If(And(p <= r,p <= s,p <= u), i >= p, If(And(r <= p,r <= s,r <= u), i >= r, If(And(s <= p,s <= r,s <= u), i >= s, i >= u))), If(And(p <= r,p <= s,p <= 0), i >= p, If(And(r <= p,r <= s,r <= 0), i >= r, If(And(s <= p,s <= r,s <= 0), i >= s, i >= 0))), If(And(p <= r,p <= t,p <= u), i >= p, If(And(r <= p,r <= t,r <= u), i >= r, If(And(t <= p,t <= r,t <= u), i >= t, i >= u))), If(And(p <= r,p <= t,p <= 0), i >= p, If(And(r <= p,r <= t,r <= 0), i >= r, If(And(t <= p,t <= r,t <= 0), i >= t, i >= 0))), If(And(p <= q,p <= r,p <= s),p >= i - 40,If(And(q <= p,q <= r,q <= s),q >= i - 40,If(And(r <= p,r <= q,r <= s),r >= i - 40,s >= i - 40))), If(And(p <= q,p <= r,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= t),r >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= u),r >= i - 40,u >= i - 40))), If(And(p <= q,p <= t,p <= 0),p >= i - 35,If(And(q <= p,q <= t,q <= 0),q >= i - 35,If(And(t <= p,t <= q,t <= 0),t >= i - 35,0 >= i - 35))), If(And(p <= r,p <= s,p <= t),p >= i - 40,If(And(r <= p,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= s,q <= t,q <= u),q >= i - 38,If(And(s <= q,s <= t,s <= u),s >= i - 38,If(And(t <= q,t <= s,t <= u),t >= i - 38,u >= i - 38))), If(And(q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= r,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= u,r >= 0),r >= i - 20,If(And(u >= p,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q <= s,q <= t,q <= 0),q >= i - 38,If(And(s <= q,s <= t,s <= 0),s >= i - 38,If(And(t <= q,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(q <= s,q <= u,q <= 0),q >= i - 38,If(And(s <= q,s <= u,s <= 0),s >= i - 38,If(And(u <= q,u <= s,u <= 0),u >= i - 38,0 >= i - 38))), If(And(r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= q,p <= r,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= 0),r >= i - 40,0 >= i - 40))), If(And(p <= q,p <= s,p <= t),p >= i - 38,If(And(q <= p,q <= s,q <= t),q >= i - 38,If(And(s <= p,s <= q,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= q,p <= s,p <= u),p >= i - 38,If(And(q <= p,q <= s,q <= u),q >= i - 38,If(And(s <= p,s <= q,s <= u),s >= i - 38,u >= i - 38))), If(And(p <= q,p <= s,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= 0),s >= i - 38,0 >= i - 38))), If(And(r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))), If(And(r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(s <= t,s <= u,s <= 0),s >= i - 38,If(And(t <= s,t <= u,t <= 0),t >= i - 38,If(And(u <= s,u <= t,u <= 0),u >= i - 38,0 >= i - 38))), If(And(p <= r,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= s,p <= t,p <= u),p >= i - 38,If(And(s <= p,s <= t,s <= u),s >= i - 38,If(And(t <= p,t <= s,t <= u),t >= i - 38,u >= i - 38))), If(And(p <= s,p <= t,p <= 0),p >= i - 38,If(And(s <= p,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= s,p <= u,p <= 0),p >= i - 38,If(And(s <= p,s <= u,s <= 0),s >= i - 38,If(And(u <= p,u <= s,u <= 0),u >= i - 38,0 >= i - 38))), If(And(p <= r,p <= s,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(p <= r,p <= s,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(p <= r,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= r,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q >= r,q >= s,q >= u),q >= i - 23,If(And(r >= q,r >= s,r >= u),r >= i - 23,If(And(s >= q,s >= r,s >= u),s >= i - 23,u >= i - 23))), If(And(q >= r,q >= t,q >= u),q >= i - 18,If(And(r >= q,r >= t,r >= u),r >= i - 18,If(And(t >= q,t >= r,t >= u),t >= i - 18,u >= i - 18))), If(And(q >= r,q >= t,q >= 0),q >= i - 18,If(And(r >= q,r >= t,r >= 0),r >= i - 18,If(And(t >= q,t >= r,t >= 0),t >= i - 18,0 >= i - 18))), If(And(p >= r,p >= s,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= s,q >= t,q >= u),q >= i - 18,If(And(s >= q,s >= t,s >= u),s >= i - 18,If(And(t >= q,t >= s,t >= u),t >= i - 18,u >= i - 18))), If(And(q >= s,q >= t,q >= 0),q >= i - 18,If(And(s >= q,s >= t,s >= 0),s >= i - 18,If(And(t >= q,t >= s,t >= 0),t >= i - 18,0 >= i - 18))), If(And(r >= t,r >= u,r >= 0),r >= i - 20,If(And(t >= r,t >= u,t >= 0),t >= i - 20,If(And(u >= r,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))), If(And(q >= t,q >= u,q >= 0),q >= i - 18,If(And(t >= q,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= t,u >= 0),u >= i - 18,0 >= i - 18))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= s,p >= t,p >= 0),p >= i - 19,If(And(s >= p,s >= t,s >= 0),s >= i - 19,If(And(t >= p,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(p >= s,p >= u,p >= 0),p >= i - 19,If(And(s >= p,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= t,p >= u,p >= 0),p >= i - 20,If(And(t >= p,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q >= r,q >= s,q >= t),q >= i - 18,If(And(r >= q,r >= s,r >= t),r >= i - 18,If(And(s >= q,s >= r,s >= t),s >= i - 18,t >= i - 18))), If(And(p >= t,p >= u,p >= 0),p >= i - 19,If(And(t >= p,t >= u,t >= 0),t >= i - 19,If(And(u >= p,u >= t,u >= 0),u >= i - 19,0 >= i - 19))), If(And(r >= t,r >= u,r >= 0),r >= i - 19,If(And(t >= r,t >= u,t >= 0),t >= i - 19,If(And(u >= r,u >= t,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= r,q >= t,q >= u),q >= i - 25,If(And(r >= q,r >= t,r >= u),r >= i - 25,If(And(t >= q,t >= r,t >= u),t >= i - 25,u >= i - 25))), If(And(r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= r,p >= s,p >= u),p >= i - 23,If(And(r >= p,r >= s,r >= u),r >= i - 23,If(And(s >= p,s >= r,s >= u),s >= i - 23,u >= i - 23))), If(And(p >= r,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= t,r >= u),r >= i - 23,If(And(t >= p,t >= r,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= r,p >= t,p >= 0),p >= i - 19,If(And(r >= p,r >= t,r >= 0),r >= i - 19,If(And(t >= p,t >= r,t >= 0),t >= i - 19,0 >= i - 19))), If(And(p >= s,p >= t,p >= u),p >= i - 23,If(And(s >= p,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= r,p >= s,p >= t),p >= i - 28,If(And(r >= p,r >= s,r >= t),r >= i - 28,If(And(s >= p,s >= r,s >= t),s >= i - 28,t >= i - 28))), If(And(r <= t,r <= u,r <= 0),r >= i - 38,If(And(t <= r,t <= u,t <= 0),t >= i - 38,If(And(u <= r,u <= t,u <= 0),u >= i - 38,0 >= i - 38))), If(And(r <= s,r <= t,r <= u),r >= i - 38,If(And(s <= r,s <= t,s <= u),s >= i - 38,If(And(t <= r,t <= s,t <= u),t >= i - 38,u >= i - 38))), If(And(r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38))), If(And(r <= s,r <= u,r <= 0),r >= i - 38,If(And(s <= r,s <= u,s <= 0),s >= i - 38,If(And(u <= r,u <= s,u <= 0),u >= i - 38,0 >= i - 38))), If(And(p <= r,p <= s,p <= t),p >= i - 38,If(And(r <= p,r <= s,r <= t),r >= i - 38,If(And(s <= p,s <= r,s <= t),s >= i - 38,t >= i - 38))), If(And(p <= r,p <= s,p <= u),p >= i - 38,If(And(r <= p,r <= s,r <= u),r >= i - 38,If(And(s <= p,s <= r,s <= u),s >= i - 38,u >= i - 38))), If(And(p <= r,p <= s,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= 0),s >= i - 38,0 >= i - 38))), If(And(p <= r,p <= t,p <= u),p >= i - 38,If(And(r <= p,r <= t,r <= u),r >= i - 38,If(And(t <= p,t <= r,t <= u),t >= i - 38,u >= i - 38))), If(And(p <= r,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= t,r <= 0),r >= i - 38,If(And(t <= p,t <= r,t <= 0),t >= i - 38,0 >= i - 38))), If(And(p <= r,p <= u,p <= 0),p >= i - 38,If(And(r <= p,r <= u,r <= 0),r >= i - 38,If(And(u <= p,u <= r,u <= 0),u >= i - 38,0 >= i - 38))), If(And(p <= t,p <= u,p <= 0),p >= i - 37,If(And(t <= p,t <= u,t <= 0),t >= i - 37,If(And(u <= p,u <= t,u <= 0),u >= i - 37,0 >= i - 37))), If(And(r >= s,r >= t,r >= u),r >= i - 22,If(And(s >= r,s >= t,s >= u),s >= i - 22,If(And(t >= r,t >= s,t >= u),t >= i - 22,u >= i - 22))), If(And(p >= r,p >= s,p >= t),p >= i - 27,If(And(r >= p,r >= s,r >= t),r >= i - 27,If(And(s >= p,s >= r,s >= t),s >= i - 27,t >= i - 27))), If(And(p >= r,p >= s,p >= u),p >= i - 22,If(And(r >= p,r >= s,r >= u),r >= i - 22,If(And(s >= p,s >= r,s >= u),s >= i - 22,u >= i - 22))), If(And(p >= s,p >= t,p >= u),p >= i - 22,If(And(s >= p,s >= t,s >= u),s >= i - 22,If(And(t >= p,t >= s,t >= u),t >= i - 22,u >= i - 22))), If(And(p >= r,p >= t,p >= u), i + 38 >= p, If(And(r >= p,r >= t,r >= u), i + 38 >= r, If(And(t >= p,t >= r,t >= u), i + 38 >= t, i + 38 >= u))), If(And(p >= r,p >= t,p >= 0), i + 38 >= p, If(And(r >= p,r >= t,r >= 0), i + 38 >= r, If(And(t >= p,t >= r,t >= 0), i + 38 >= t, i + 38 >= 0))), If(And(p >= s,p >= t,p >= u), i + 38 >= p, If(And(s >= p,s >= t,s >= u), i + 38 >= s, If(And(t >= p,t >= s,t >= u), i + 38 >= t, i + 38 >= u))), If(And(q <= s,q <= u,q <= 0), i + 19 >= q, If(And(s <= q,s <= u,s <= 0), i + 19 >= s, If(And(u <= q,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 19 >= r, If(And(s <= r,s <= u,s <= 0), i + 19 >= s, If(And(u <= r,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 18 >= s, If(And(t <= s,t <= u,t <= 0), i + 18 >= t, If(And(u <= s,u <= t,u <= 0), i + 18 >= u, i + 18 >= 0))), If(And(q >= r,q >= t,q >= u), i + 38 >= q, If(And(r >= q,r >= t,r >= u), i + 38 >= r, If(And(t >= q,t >= r,t >= u), i + 38 >= t, i + 38 >= u))), If(And(q >= r,q >= t,q >= 0), i + 38 >= q, If(And(r >= q,r >= t,r >= 0), i + 38 >= r, If(And(t >= q,t >= r,t >= 0), i + 38 >= t, i + 38 >= 0))), If(And(p >= r,p >= s,p >= t), i + 38 >= p, If(And(r >= p,r >= s,r >= t), i + 38 >= r, If(And(s >= p,s >= r,s >= t), i + 38 >= s, i + 38 >= t))), If(And(q >= s,q >= t,q >= u), i + 38 >= q, If(And(s >= q,s >= t,s >= u), i + 38 >= s, If(And(t >= q,t >= s,t >= u), i + 38 >= t, i + 38 >= u))), If(And(q >= s,q >= t,q >= 0), i + 38 >= q, If(And(s >= q,s >= t,s >= 0), i + 38 >= s, If(And(t >= q,t >= s,t >= 0), i + 38 >= t, i + 38 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 38 >= r, If(And(t >= r,t >= u,t >= 0), i + 38 >= t, If(And(u >= r,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 38 >= s, If(And(t >= s,t >= u,t >= 0), i + 38 >= t, If(And(u >= s,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))), If(And(p >= q,p >= t,p >= u), i + 38 >= p, If(And(q >= p,q >= t,q >= u), i + 38 >= q, If(And(t >= p,t >= q,t >= u), i + 38 >= t, i + 38 >= u))), If(And(p >= q,p >= t,p >= 0), i + 38 >= p, If(And(q >= p,q >= t,q >= 0), i + 38 >= q, If(And(t >= p,t >= q,t >= 0), i + 38 >= t, i + 38 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 38 >= q, If(And(t >= q,t >= u,t >= 0), i + 38 >= t, If(And(u >= q,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))), If(And(r >= s,r >= t,r >= u), i + 38 >= r, If(And(s >= r,s >= t,s >= u), i + 38 >= s, If(And(t >= r,t >= s,t >= u), i + 38 >= t, i + 38 >= u))), If(And(r >= s,r >= t,r >= 0), i + 38 >= r, If(And(s >= r,s >= t,s >= 0), i + 38 >= s, If(And(t >= r,t >= s,t >= 0), i + 38 >= t, i + 38 >= 0))), If(And(p >= q,p >= r,p >= t), i + 38 >= p, If(And(q >= p,q >= r,q >= t), i + 38 >= q, If(And(r >= p,r >= q,r >= t), i + 38 >= r, i + 38 >= t))), If(And(p >= q,p >= s,p >= t), i + 38 >= p, If(And(q >= p,q >= s,q >= t), i + 38 >= q, If(And(s >= p,s >= q,s >= t), i + 38 >= s, i + 38 >= t))), If(And(p >= s,p >= t,p >= 0), i + 38 >= p, If(And(s >= p,s >= t,s >= 0), i + 38 >= s, If(And(t >= p,t >= s,t >= 0), i + 38 >= t, i + 38 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 38 >= p, If(And(t >= p,t >= u,t >= 0), i + 38 >= t, If(And(u >= p,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))), If(And(q >= r,q >= s,q >= t), i + 38 >= q, If(And(r >= q,r >= s,r >= t), i + 38 >= r, If(And(s >= q,s >= r,s >= t), i + 38 >= s, i + 38 >= t))), If(And(r <= s,r <= t,r <= u), i + 28 >= r, If(And(s <= r,s <= t,s <= u), i + 28 >= s, If(And(t <= r,t <= s,t <= u), i + 28 >= t, i + 28 >= u))), If(And(q <= r,q <= t,q <= u), i + 19 >= q, If(And(r <= q,r <= t,r <= u), i + 19 >= r, If(And(t <= q,t <= r,t <= u), i + 19 >= t, i + 19 >= u))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= u),s >= i,u >= i)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= t,r >= u),r >= i,If(And(t >= p,t >= q,t >= r,t >= u),t >= i,u >= i)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i,0 >= i)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i,If(And(q >= p,q >= s,q >= t,q >= u),q >= i,If(And(s >= p,s >= q,s >= t,s >= u),s >= i,If(And(t >= p,t >= q,t >= s,t >= u),t >= i,u >= i)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i,0 >= i)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i,0 >= i)))), If(And(p <= q,p <= r,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= s,q <= t,q <= u), i >= q, If(And(s <= p,s <= q,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= s,t <= u), i >= t, i >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= u), i >= s, i >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= t,r <= u), i >= r, If(And(t <= p,t <= q,t <= r,t <= u), i >= t, i >= u)))), If(And(p <= r,p <= s,p <= u,p <= 0), i >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i >= u, i >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i >= u, i >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= s,p <= u,p <= 0), i >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i >= u, i >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i >= p, If(And(r <= p,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= r,t <= s,t <= u), i >= t, i >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i >= t, i >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u 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40,0 >= i - 40)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 38,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i - 18,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i - 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23,If(And(s >= p,s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 38,u >= i - 38)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 38,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 38,0 >= i - 38)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 38,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 38,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 38,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 38,0 >= i - 38)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i - 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0), i + 38 >= t, i + 38 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 38 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 38 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 38 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 38 >= t, i + 38 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 38 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 38 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 38 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 38 >= t, i + 38 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 38 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 38 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 38 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 38 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 38 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 38 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 38 >= t, i + 38 >= u)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 38 >= 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i,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i,0 >= i))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i >= t, i >= u))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 38,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 38,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 38,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 38,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 38,0 >= i - 38))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i - 16,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i - 16,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i - 16,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i - 16,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i - 16,0 >= i - 16))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 38,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 38,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 38,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 38,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 38,0 >= i - 38))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 38 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 38 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 38 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 38 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 38 >= t, i + 38 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 38 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 38 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 38 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 38 >= t, i + 38 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 38 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 38 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 38 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 38 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 38 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 38 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 38 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 38 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 38 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 38 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 38 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 38 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 38 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 38 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 38 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 38 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 38 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 38 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 38 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 38 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 38 >= u, i + 38 >= 0))))))] incr5_LI1=\ [i >= p, i >= q, u + 38 >= i, 0 >= i - 20, i + 20 >= 0, i >= r - 37, i >= s - 33, s + 39 >= i, p + 37 >= i, q + 39 >= i, r + 40 >= i, t + 37 >= i, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(p >= q, i >= p, i >= q), If(p <= 0, i >= p, i >= 0), If(q <= r, i >= q, i >= r), If(q <= s, i >= q, i >= s), If(q <= t, i >= q, i >= t), If(p <= q, i >= p, i >= q), If(q <= u, i >= q, i >= u), If(q <= 0, i >= q, i >= 0), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(p <= t, i >= p, i >= t), If(p <= u, i >= p, i >= u), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= 0,q >= i - 20,0 >= i - 20), If(i >= 0,i >= r - 20,0 >= r - 20), If(i >= 0,i >= s - 19,0 >= s - 19), If(i >= 0,i >= t - 20,0 >= t - 20), If(s >= t,s >= i - 36,t >= i - 36), If(s >= u,s >= i - 32,u >= i - 32), If(s >= 0,s >= i - 20,0 >= i - 20), If(r >= 0,r >= i - 20,0 >= i - 20), If(t >= 0,t >= i - 20,0 >= i - 20), If(u >= 0,u >= i - 20,0 >= i - 20), If(i >= 0,i >= u - 20,0 >= u - 20), If(p >= r,p >= i - 35,r >= i - 35), If(p >= s,p >= i - 28,s >= i - 28), If(q <= s,q >= i - 39,s >= i - 39), If(i <= 0,i >= s - 33,0 >= s - 33), If(p <= s,p >= i - 39,s >= i - 39), If(p <= u,p >= i - 38,u >= i - 38), If(s <= 0,s >= i - 39,0 >= i - 39), If(t <= u,t >= i - 38,u >= i - 38), If(u <= 0,u >= i - 38,0 >= i - 38), If(s <= t,s >= i - 39,t >= i - 39), If(s <= u,s >= i - 39,u >= i - 39), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 37,0 >= r - 37), If(p >= q,p >= i - 37,q >= i - 37), If(p >= u,p >= i - 37,u >= i - 37), If(q >= r,q >= i - 34,r >= i - 34), If(q >= s,q >= i - 31,s >= i - 31), If(q >= t,q >= i - 36,t >= i - 36), If(q >= u,q >= i - 37,u >= i - 37), If(r >= s,r >= i - 38,s >= i - 38), If(p <= q,p >= i - 39,q >= i - 39), If(p <= t,p >= i - 37,t >= i - 37), If(q <= u,q >= i - 39,u >= i - 39), If(q <= 0,q >= i - 39,0 >= i - 39), If(p <= 0,p >= i - 37,0 >= i - 37), If(q <= t,q >= i - 39,t >= i - 39), If(r >= u,r >= i - 33,u >= i - 33), If(q <= r,q >= i - 40,r >= i - 40), If(r <= u,r >= i - 40,u >= i - 40), If(r <= 0,r >= i - 40,0 >= i - 40), If(r <= s,r >= i - 40,s >= i - 40), If(r <= t,r >= i - 40,t >= i - 40), If(t <= 0,t >= i - 37,0 >= i - 37), If(p <= r,p >= i - 40,r >= i - 40), If(p >= 0, i + 20 >= p, i + 20 >= 0), If(q >= r, i + 37 >= q, i + 37 >= r), If(q >= s, i + 33 >= q, i + 33 >= s), If(q >= 0, i + 20 >= q, i + 20 >= 0), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(s >= u, i + 33 >= s, i + 33 >= u), If(s >= 0, i + 33 >= s, i + 33 >= 0), If(r >= s, i + 37 >= r, i + 37 >= s), If(r >= t, i + 37 >= r, i + 37 >= t), If(r >= u, i + 37 >= r, i + 37 >= u), If(r >= 0, i + 37 >= r, i + 37 >= 0), If(i >= 0, u + 38 >= i, u + 38 >= 0), If(p >= r, i + 37 >= p, i + 37 >= r), If(p >= s, i + 33 >= p, i + 33 >= s), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 20 >= i, u + 20 >= 0), If(r <= t, i + 23 >= r, i + 23 >= t), If(s <= 0, i + 20 >= s, i + 20 >= 0), If(t <= 0, i + 16 >= t, i + 16 >= 0), If(r <= u, i + 26 >= r, i + 26 >= u), If(r <= 0, i + 20 >= r, i + 20 >= 0), If(s <= t, i + 29 >= s, i + 29 >= t), If(s <= u, i + 22 >= s, i + 22 >= u), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, p + 37 >= i, p + 37 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(u <= 0, i + 19 >= u, i + 19 >= 0), If(i >= 0, r + 40 >= i, r + 40 >= 0), If(i >= 0, t + 37 >= i, t + 37 >= 0), If(And(p >= q,p >= r),p >= i,If(And(q >= p,q >= r),q >= i,r >= i)), If(And(q <= s,q <= u), i >= q, If(And(s <= q,s <= u), i >= s, i >= u)), If(And(q <= s,q <= 0), i >= q, If(And(s <= q,s <= 0), i >= s, i >= 0)), If(And(q <= t,q <= u), i >= q, If(And(t <= q,t <= u), i >= t, i >= u)), If(And(q <= t,q <= 0), i >= q, If(And(t <= q,t <= 0), i >= t, i >= 0)), If(And(p <= q,p <= r), i >= p, If(And(q <= p,q <= r), i >= q, i >= r)), If(And(p <= q,p <= s), i >= p, If(And(q <= p,q <= s), i >= q, i >= s)), If(And(p <= q,p <= t), i >= p, If(And(q <= p,q <= t), i >= q, i >= t)), If(And(p <= q,p <= u), i >= p, If(And(q <= p,q <= u), i >= q, i >= u)), If(And(q <= u,q <= 0), i >= q, If(And(u <= q,u <= 0), i >= u, i >= 0)), If(And(q <= r,q <= t), i >= q, If(And(r <= q,r <= t), i >= r, i >= t)), If(And(q <= r,q <= u), i >= q, If(And(r <= q,r <= u), i >= r, i >= u)), If(And(q <= r,q <= 0), i >= q, If(And(r <= q,r <= 0), i >= r, i >= 0)), If(And(q <= s,q <= t), i >= q, If(And(s <= q,s <= t), i >= s, i >= t)), If(And(p <= q,p <= 0), i >= p, If(And(q <= p,q <= 0), i >= q, i >= 0)), If(And(p <= r,p <= s), i >= p, If(And(r <= p,r <= s), i >= r, i >= s)), If(And(p <= r,p <= t), i >= p, If(And(r <= p,r <= t), i >= r, i >= t)), If(And(p <= r,p <= u), i >= p, If(And(r <= p,r <= u), i >= r, i >= u)), If(And(p <= r,p <= 0), i >= p, If(And(r <= p,r <= 0), i >= r, i >= 0)), If(And(p <= s,p <= t), i >= p, If(And(s <= p,s <= t), i >= s, i >= t)), If(And(p <= s,p <= u), i >= p, If(And(s <= p,s <= u), i >= s, i >= u)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(p <= t,p <= u), i >= p, If(And(t <= p,t <= u), i >= t, i >= u)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(p <= u,p <= 0), i >= p, If(And(u <= p,u <= 0), i >= u, i >= 0)), If(And(q <= r,q <= s), i >= q, If(And(r <= q,r <= s), i >= r, i >= s)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(r >= u,r >= 0),r >= i - 20,If(And(u >= r,u >= 0),u >= i - 20,0 >= i - 20)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= u,p >= 0),p >= i - 20,If(And(u >= p,u >= 0),u >= i - 20,0 >= i - 20)), If(And(q <= s,q <= u),q >= i - 39,If(And(s <= q,s <= u),s >= i - 39,u >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(s <= t,s <= u),s >= i - 39,If(And(t <= s,t <= u),t >= i - 39,u >= i - 39)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(q <= s,q <= t),q >= i - 39,If(And(s <= q,s <= t),s >= i - 39,t >= i - 39)), If(And(p <= s,p <= t),p >= i - 39,If(And(s <= p,s <= t),s >= i - 39,t >= i - 39)), If(And(p <= s,p <= u),p >= i - 39,If(And(s <= p,s <= u),s >= i - 39,u >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(s <= t,s <= 0),s >= i - 39,If(And(t <= s,t <= 0),t >= i - 39,0 >= i - 39)), If(And(s <= u,s <= 0),s >= i - 39,If(And(u <= s,u <= 0),u >= i - 39,0 >= i - 39)), If(And(t <= u,t <= 0),t >= i - 38,If(And(u <= t,u <= 0),u >= i - 38,0 >= i - 38)), If(And(p <= t,p <= u),p >= i - 38,If(And(t <= p,t <= u),t >= i - 38,u >= i - 38)), If(And(p <= u,p <= 0),p >= i - 38,If(And(u <= p,u <= 0),u >= i - 38,0 >= i - 38)), If(And(p >= q,p >= u),p >= i - 37,If(And(q >= p,q >= u),q >= i - 37,u >= i - 37)), If(And(q >= s,q >= 0),q >= i - 19,If(And(s >= q,s >= 0),s >= i - 19,0 >= i - 19)), If(And(q >= t,q >= u),q >= i - 26,If(And(t >= q,t >= u),t >= i - 26,u >= i - 26)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= u,q >= 0),q >= i - 20,If(And(u >= q,u >= 0),u >= i - 20,0 >= i - 20)), If(And(q >= r,q >= t),q >= i - 34,If(And(r >= q,r >= t),r >= i - 34,t >= i - 34)), If(And(r >= s,r >= u),r >= i - 24,If(And(s >= r,s >= u),s >= i - 24,u >= i - 24)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p <= t,p <= 0),p >= i - 37,If(And(t <= p,t <= 0),t >= i - 37,0 >= i - 37)), If(And(q <= u,q <= 0),q >= i - 39,If(And(u <= q,u <= 0),u >= i - 39,0 >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= q,p <= t),p >= i - 39,If(And(q <= p,q <= t),q >= i - 39,t >= i - 39)), If(And(p <= q,p <= u),p >= i - 39,If(And(q <= p,q <= u),q >= i - 39,u >= i - 39)), If(And(q <= t,q <= u),q >= i - 39,If(And(t <= q,t <= u),t >= i - 39,u >= i - 39)), If(And(q <= t,q <= 0),q >= i - 39,If(And(t <= q,t <= 0),t >= i - 39,0 >= i - 39)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 23,If(And(r >= q,r >= s),r >= i - 23,s >= i - 23)), If(And(q >= r,q >= u),q >= i - 25,If(And(r >= q,r >= u),r >= i - 25,u >= i - 25)), If(And(p >= s,p >= u),p >= i - 24,If(And(s >= p,s >= u),s >= i - 24,u >= i - 24)), If(And(p <= q,p <= r),p >= i - 40,If(And(q <= p,q <= r),q >= i - 40,r >= i - 40)), If(And(r <= s,r <= t),r >= i - 40,If(And(s <= r,s <= t),s >= i - 40,t >= i - 40)), If(And(r <= s,r <= u),r >= i - 40,If(And(s <= r,s <= u),s >= i - 40,u >= i - 40)), If(And(r <= s,r <= 0),r >= i - 40,If(And(s <= r,s <= 0),s >= i - 40,0 >= i - 40)), If(And(r <= t,r <= u),r >= i - 40,If(And(t <= r,t <= u),t >= i - 40,u >= i - 40)), If(And(r <= t,r <= 0),r >= i - 40,If(And(t <= r,t <= 0),t >= i - 40,0 >= i - 40)), If(And(r <= u,r <= 0),r >= i - 40,If(And(u <= r,u <= 0),u >= i - 40,0 >= i - 40)), If(And(p <= r,p <= s),p >= i - 40,If(And(r <= p,r <= s),r >= i - 40,s >= i - 40)), If(And(p <= r,p <= t),p >= i - 40,If(And(r <= p,r <= t),r >= i - 40,t >= i - 40)), If(And(p <= r,p <= u),p >= i - 40,If(And(r <= p,r <= u),r >= i - 40,u >= i - 40)), If(And(p <= r,p <= 0),p >= i - 40,If(And(r <= p,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= r,q <= t),q >= i - 40,If(And(r <= q,r <= t),r >= i - 40,t >= i - 40)), If(And(q <= r,q <= u),q >= i - 40,If(And(r <= q,r <= u),r >= i - 40,u >= i - 40)), If(And(q <= r,q <= 0),q >= i - 40,If(And(r <= q,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= r,q <= s),q >= i - 40,If(And(r <= q,r <= s),r >= i - 40,s >= i - 40)), If(And(r >= s,r >= t), i + 37 >= r, If(And(s >= r,s >= t), i + 37 >= s, i + 37 >= t)), If(And(p >= q,p >= 0), i + 20 >= p, If(And(q >= p,q >= 0), i + 20 >= q, i + 20 >= 0)), If(And(p >= r,p >= s), i + 37 >= p, If(And(r >= p,r >= s), i + 37 >= r, i + 37 >= s)), If(And(p >= r,p >= t), i + 37 >= p, If(And(r >= p,r >= t), i + 37 >= r, i + 37 >= t)), If(And(p >= r,p >= u), i + 37 >= p, If(And(r >= p,r >= u), i + 37 >= r, i + 37 >= u)), If(And(p >= r,p >= 0), i + 37 >= p, If(And(r >= p,r >= 0), i + 37 >= r, i + 37 >= 0)), If(And(q >= r,q >= 0), i + 37 >= q, If(And(r >= q,r >= 0), i + 37 >= r, i + 37 >= 0)), If(And(q >= s,q >= u), i + 33 >= q, If(And(s >= q,s >= u), i + 33 >= s, i + 33 >= u)), If(And(q >= s,q >= 0), i + 33 >= q, If(And(s >= q,s >= 0), i + 33 >= s, i + 33 >= 0)), If(And(p >= s,p >= u), i + 33 >= p, If(And(s >= p,s >= u), i + 33 >= s, i + 33 >= u)), If(And(p >= s,p >= 0), i + 33 >= p, If(And(s >= p,s >= 0), i + 33 >= s, i + 33 >= 0)), If(And(p >= q,p >= r), i + 37 >= p, If(And(q >= p,q >= r), i + 37 >= q, i + 37 >= r)), If(And(p >= q,p >= s), i + 33 >= p, If(And(q >= p,q >= s), i + 33 >= q, i + 33 >= s)), If(And(r >= s,r >= u), i + 37 >= r, If(And(s >= r,s >= u), i + 37 >= s, i + 37 >= u)), If(And(r >= s,r >= 0), i + 37 >= r, If(And(s >= r,s >= 0), i + 37 >= s, i + 37 >= 0)), If(And(r >= t,r >= u), i + 37 >= r, If(And(t >= r,t >= u), i + 37 >= t, i + 37 >= u)), If(And(r >= t,r >= 0), i + 37 >= r, If(And(t >= r,t >= 0), i + 37 >= t, i + 37 >= 0)), If(And(r >= u,r >= 0), i + 37 >= r, If(And(u >= r,u >= 0), i + 37 >= u, i + 37 >= 0)), If(And(s >= u,s >= 0), i + 33 >= s, If(And(u >= s,u >= 0), i + 33 >= u, i + 33 >= 0)), If(And(q >= r,q >= s), i + 37 >= q, If(And(r >= q,r >= s), i + 37 >= r, i + 37 >= s)), If(And(q >= r,q >= t), i + 37 >= q, If(And(r >= q,r >= t), i + 37 >= r, i + 37 >= t)), If(And(q >= r,q >= u), i + 37 >= q, If(And(r >= q,r >= u), i + 37 >= r, i + 37 >= u)), If(And(r <= t,r <= 0), i + 16 >= r, If(And(t <= r,t <= 0), i + 16 >= t, i + 16 >= 0)), If(And(r <= s,r <= t), i + 23 >= r, If(And(s <= r,s <= t), i + 23 >= s, i + 23 >= t)), If(And(r <= s,r <= u), i + 22 >= r, If(And(s <= r,s <= u), i + 22 >= s, i + 22 >= u)), If(And(r <= s,r <= 0), i + 20 >= r, If(And(s <= r,s <= 0), i + 20 >= s, i + 20 >= 0)), If(And(s <= t,s <= 0), i + 16 >= s, If(And(t <= s,t <= 0), i + 16 >= t, i + 16 >= 0)), If(And(r <= u,r <= 0), i + 19 >= r, If(And(u <= r,u <= 0), i + 19 >= u, i + 19 >= 0)), If(And(s <= u,s <= 0), i + 19 >= s, If(And(u <= s,u <= 0), i + 19 >= u, i + 19 >= 0)), If(And(p >= q,p >= r,p >= 0),p >= i,If(And(q >= p,q >= r,q >= 0),q >= i,If(And(r >= p,r >= q,r >= 0),r >= i,0 >= i))), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p >= q,p >= r,p >= t),p >= i,If(And(q >= p,q >= r,q >= t),q >= i,If(And(r >= p,r >= q,r >= t),r >= i,t >= i))), If(And(p >= q,p >= r,p >= u),p >= i,If(And(q >= p,q >= r,q >= u),q >= i,If(And(r >= p,r >= q,r >= u),r >= i,u >= i))), If(And(q <= r,q <= s,q <= u), i >= q, If(And(r <= q,r <= s,r <= u), i >= r, If(And(s <= q,s <= r,s <= u), i >= s, i >= u))), If(And(q <= r,q <= s,q <= 0), i >= q, If(And(r <= q,r <= s,r <= 0), i >= r, If(And(s <= q,s <= r,s <= 0), i >= s, i >= 0))), If(And(q <= r,q <= t,q <= u), i >= q, If(And(r <= q,r <= t,r <= u), i >= r, If(And(t <= q,t <= r,t <= u), i >= t, i >= u))), If(And(q <= r,q <= t,q <= 0), i >= q, If(And(r <= q,r <= t,r <= 0), i >= r, If(And(t <= q,t <= r,t <= 0), i >= t, i >= 0))), If(And(p <= r,p <= t,p <= u), i >= p, If(And(r <= p,r <= t,r <= u), i >= r, If(And(t <= p,t <= r,t <= u), i >= t, i >= u))), If(And(p <= r,p <= t,p <= 0), i >= p, If(And(r <= p,r <= t,r <= 0), i >= r, If(And(t <= p,t <= r,t <= 0), i >= t, i >= 0))), If(And(p <= r,p <= u,p <= 0), i >= p, If(And(r <= p,r <= u,r <= 0), i >= r, If(And(u <= p,u <= r,u <= 0), i >= u, i >= 0))), If(And(p <= s,p <= t,p <= u), i >= p, If(And(s <= p,s <= t,s <= u), i >= s, If(And(t <= p,t <= s,t <= u), i >= t, i >= u))), If(And(q <= t,q <= u,q <= 0), i >= q, If(And(t <= q,t <= u,t <= 0), i >= t, If(And(u <= q,u <= t,u <= 0), i >= u, i >= 0))), If(And(p <= q,p <= u,p <= 0), i >= p, If(And(q <= p,q <= u,q <= 0), i >= q, If(And(u <= p,u <= q,u <= 0), i >= u, i >= 0))), If(And(p <= r,p <= s,p <= t), i >= p, If(And(r <= p,r <= s,r <= t), i >= r, If(And(s <= p,s <= r,s <= t), i >= s, i >= t))), If(And(p <= r,p <= s,p <= u), i >= p, If(And(r <= p,r <= s,r <= u), i >= r, If(And(s <= p,s <= r,s <= u), i >= s, i >= u))), If(And(p <= r,p <= s,p <= 0), i >= p, If(And(r <= p,r <= s,r <= 0), i >= r, If(And(s <= p,s <= r,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= r,p <= t), i >= p, If(And(q <= p,q <= r,q <= t), i >= q, If(And(r <= p,r <= q,r <= t), i >= r, i >= t))), If(And(p <= q,p <= r,p <= u), i >= p, If(And(q <= p,q <= r,q <= u), i >= q, If(And(r <= p,r <= q,r <= u), i >= r, i >= u))), If(And(p <= q,p <= r,p <= 0), i >= p, If(And(q <= p,q <= r,q <= 0), i >= q, If(And(r <= p,r <= q,r <= 0), i >= r, i >= 0))), If(And(p <= q,p <= s,p <= t), i >= p, If(And(q <= p,q <= s,q <= t), i >= q, If(And(s <= p,s <= q,s <= t), i >= s, i >= t))), If(And(p <= s,p <= t,p <= 0), i >= p, If(And(s <= p,s <= t,s <= 0), i >= s, If(And(t <= p,t <= s,t <= 0), i >= t, i >= 0))), If(And(p <= s,p <= u,p <= 0), i >= p, If(And(s <= p,s <= u,s <= 0), i >= s, If(And(u <= p,u <= s,u <= 0), i >= u, i >= 0))), If(And(p <= t,p <= u,p <= 0), i >= p, If(And(t <= p,t <= u,t <= 0), i >= t, If(And(u <= p,u <= t,u <= 0), i >= u, i >= 0))), If(And(q <= r,q <= s,q <= t), i >= q, If(And(r <= q,r <= s,r <= t), i >= r, If(And(s <= q,s <= r,s <= t), i >= s, i >= t))), If(And(p <= q,p <= s,p <= u), i >= p, If(And(q <= p,q <= s,q <= u), i >= q, If(And(s <= p,s <= q,s <= u), i >= s, i >= u))), If(And(p <= q,p <= s,p <= 0), i >= p, If(And(q <= p,q <= s,q <= 0), i >= q, If(And(s <= p,s <= q,s <= 0), i >= s, i >= 0))), If(And(p <= q,p <= t,p <= u), i >= p, If(And(q <= p,q <= t,q <= u), i >= q, If(And(t <= p,t <= q,t <= u), i >= t, i >= u))), If(And(p <= q,p <= t,p <= 0), i >= p, If(And(q <= p,q <= t,q <= 0), i >= q, If(And(t <= p,t <= q,t <= 0), i >= t, i >= 0))), If(And(p <= q,p <= r,p <= s), i >= p, If(And(q <= p,q <= r,q <= s), i >= q, If(And(r <= p,r <= q,r <= s), i >= r, i >= s))), If(And(q <= r,q <= u,q <= 0), i >= q, If(And(r <= q,r <= u,r <= 0), i >= r, If(And(u <= q,u <= r,u <= 0), i >= u, i >= 0))), If(And(q <= s,q <= t,q <= u), i >= q, If(And(s <= q,s <= t,s <= u), i >= s, If(And(t <= q,t <= s,t <= u), i >= t, i >= u))), If(And(q <= s,q <= t,q <= 0), i >= q, If(And(s <= q,s <= t,s <= 0), i >= s, If(And(t <= q,t <= s,t <= 0), i >= t, i >= 0))), If(And(q <= s,q <= u,q <= 0), i >= q, If(And(s <= q,s <= u,s <= 0), i >= s, If(And(u <= q,u <= s,u <= 0), i >= u, i >= 0))), If(And(p >= r,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= u,r >= 0),r >= i - 20,If(And(u >= p,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= s,p >= u,p >= 0),p >= i - 19,If(And(s >= p,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= q,p >= s,p >= u),p >= i - 21,If(And(q >= p,q >= s,q >= u),q >= i - 21,If(And(s >= p,s >= q,s >= u),s >= i - 21,u >= i - 21))), If(And(p >= r,p >= s,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p <= s,p <= t,p <= u),p >= i - 39,If(And(s <= p,s <= t,s <= u),s >= i - 39,If(And(t <= p,t <= s,t <= u),t >= i - 39,u >= i - 39))), If(And(s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= q,p <= s,p <= t),p >= i - 39,If(And(q <= p,q <= s,q <= t),q >= i - 39,If(And(s <= p,s <= q,s <= t),s >= i - 39,t >= i - 39))), If(And(p <= s,p <= t,p <= 0),p >= i - 39,If(And(s <= p,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p <= s,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= t,p <= u,p <= 0),p >= i - 38,If(And(t <= p,t <= u,t <= 0),t >= i - 38,If(And(u <= p,u <= t,u <= 0),u >= i - 38,0 >= i - 38))), If(And(p <= q,p <= s,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= u),s >= i - 39,u >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(q <= s,q <= t,q <= u),q >= i - 39,If(And(s <= q,s <= t,s <= u),s >= i - 39,If(And(t <= q,t <= s,t <= u),t >= i - 39,u >= i - 39))), If(And(q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p >= q,p >= t,p >= u),p >= i - 26,If(And(q >= p,q >= t,q >= u),q >= i - 26,If(And(t >= p,t >= q,t >= u),t >= i - 26,u >= i - 26))), If(And(p >= r,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= t,r >= u),r >= i - 23,If(And(t >= p,t >= r,t >= u),t >= i - 23,u >= i - 23))), If(And(q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= u,q >= 0),q >= i - 20,If(And(r >= q,r >= u,r >= 0),r >= i - 20,If(And(u >= q,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(q >= s,q >= u,q >= 0),q >= i - 19,If(And(s >= q,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= r,q >= s,q >= t),q >= i - 19,If(And(r >= q,r >= s,r >= t),r >= i - 19,If(And(s >= q,s >= r,s >= t),s >= i - 19,t >= i - 19))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))), If(And(p <= q,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= u,q <= 0),q >= i - 39,If(And(u <= p,u <= q,u <= 0),u >= i - 39,0 >= i - 39))), If(And(q <= t,q <= u,q <= 0),q >= i - 39,If(And(t <= q,t <= u,t <= 0),t >= i - 39,If(And(u <= q,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= q,p <= t,p <= u),p >= i - 39,If(And(q <= p,q <= t,q <= u),q >= i - 39,If(And(t <= p,t <= q,t <= u),t >= i - 39,u >= i - 39))), If(And(p <= q,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= t,q <= 0),q >= i - 39,If(And(t <= p,t <= q,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= u,q >= 0),q >= i - 19,If(And(u >= p,u >= q,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= r,q >= s,q >= u),q >= i - 23,If(And(r >= q,r >= s,r >= u),r >= i - 23,If(And(s >= q,s >= r,s >= u),s >= i - 23,u >= i - 23))), If(And(p <= q,p <= r,p <= s),p >= i - 40,If(And(q <= p,q <= r,q <= s),q >= i - 40,If(And(r <= p,r <= q,r <= s),r >= i - 40,s >= i - 40))), If(And(p <= q,p <= r,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= t),r >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= u),r >= i - 40,u >= i - 40))), If(And(p <= q,p <= r,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= 0),r >= i - 40,0 >= i - 40))), If(And(q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= r,p <= s,p <= t),p >= i - 40,If(And(r <= p,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= r,p <= s,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(p <= r,p <= s,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= r,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= r,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= r,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p >= r,p >= s,p >= t), i + 37 >= p, If(And(r >= p,r >= s,r >= t), i + 37 >= r, If(And(s >= p,s >= r,s >= t), i + 37 >= s, i + 37 >= t))), If(And(q >= r,q >= s,q >= t), i + 37 >= q, If(And(r >= q,r >= s,r >= t), i + 37 >= r, If(And(s >= q,s >= r,s >= t), i + 37 >= s, i + 37 >= t))), If(And(q >= r,q >= s,q >= u), i + 37 >= q, If(And(r >= q,r >= s,r >= u), i + 37 >= r, If(And(s >= q,s >= r,s >= u), i + 37 >= s, i + 37 >= u))), If(And(q >= r,q >= s,q >= 0), i + 37 >= q, If(And(r >= q,r >= s,r >= 0), i + 37 >= r, If(And(s >= q,s >= r,s >= 0), i + 37 >= s, i + 37 >= 0))), If(And(q >= s,q >= u,q >= 0), i + 33 >= q, If(And(s >= q,s >= u,s >= 0), i + 33 >= s, If(And(u >= q,u >= s,u >= 0), i + 33 >= u, i + 33 >= 0))), If(And(r >= s,r >= t,r >= u), i + 37 >= r, If(And(s >= r,s >= t,s >= u), i + 37 >= s, If(And(t >= r,t >= s,t >= u), i + 37 >= t, i + 37 >= u))), If(And(p >= r,p >= u,p >= 0), i + 37 >= p, If(And(r >= p,r >= u,r >= 0), i + 37 >= r, If(And(u >= p,u >= r,u >= 0), i + 37 >= u, i + 37 >= 0))), If(And(p >= s,p >= u,p >= 0), i + 33 >= p, If(And(s >= p,s >= u,s >= 0), i + 33 >= s, If(And(u >= p,u >= s,u >= 0), i + 33 >= u, i + 33 >= 0))), If(And(p >= q,p >= r,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= 0), i + 37 >= r, i + 37 >= 0))), If(And(p >= q,p >= s,p >= u), i + 33 >= p, If(And(q >= p,q >= s,q >= u), i + 33 >= q, If(And(s >= p,s >= q,s >= u), i + 33 >= s, i + 33 >= u))), If(And(p >= q,p >= s,p >= 0), i + 33 >= p, If(And(q >= p,q >= s,q >= 0), i + 33 >= q, If(And(s >= p,s >= q,s >= 0), i + 33 >= s, i + 33 >= 0))), If(And(q >= r,q >= t,q >= u), i + 37 >= q, If(And(r >= q,r >= t,r >= u), i + 37 >= r, If(And(t >= q,t >= r,t >= u), i + 37 >= t, i + 37 >= u))), If(And(q >= r,q >= t,q >= 0), i + 37 >= q, If(And(r >= q,r >= t,r >= 0), i + 37 >= r, If(And(t >= q,t >= r,t >= 0), i + 37 >= t, i + 37 >= 0))), If(And(q >= r,q >= u,q >= 0), i + 37 >= q, If(And(r >= q,r >= u,r >= 0), i + 37 >= r, If(And(u >= q,u >= r,u >= 0), i + 37 >= u, i + 37 >= 0))), If(And(p >= r,p >= s,p >= u), i + 37 >= p, If(And(r >= p,r >= s,r >= u), i + 37 >= r, If(And(s >= p,s >= r,s >= u), i + 37 >= s, i + 37 >= u))), If(And(p >= r,p >= s,p >= 0), i + 37 >= p, If(And(r >= p,r >= s,r >= 0), i + 37 >= r, If(And(s >= p,s >= r,s >= 0), i + 37 >= s, i + 37 >= 0))), If(And(p >= r,p >= t,p >= u), i + 37 >= p, If(And(r >= p,r >= t,r >= u), i + 37 >= r, If(And(t >= p,t >= r,t >= u), i + 37 >= t, i + 37 >= u))), If(And(p >= r,p >= t,p >= 0), i + 37 >= p, If(And(r >= p,r >= t,r >= 0), i + 37 >= r, If(And(t >= p,t >= r,t >= 0), i + 37 >= t, i + 37 >= 0))), If(And(p >= q,p >= r,p >= s), i + 37 >= p, If(And(q >= p,q >= r,q >= s), i + 37 >= q, If(And(r >= p,r >= q,r >= s), i + 37 >= r, i + 37 >= s))), If(And(p >= q,p >= r,p >= t), i + 37 >= p, If(And(q >= p,q >= r,q >= t), i + 37 >= q, If(And(r >= p,r >= q,r >= t), i + 37 >= r, i + 37 >= t))), If(And(p >= q,p >= r,p >= u), i + 37 >= p, If(And(q >= p,q >= r,q >= u), i + 37 >= q, If(And(r >= p,r >= q,r >= u), i + 37 >= r, i + 37 >= u))), If(And(r >= s,r >= t,r >= 0), i + 37 >= r, If(And(s >= r,s >= t,s >= 0), i + 37 >= s, If(And(t >= r,t >= s,t >= 0), i + 37 >= t, i + 37 >= 0))), If(And(r >= s,r >= u,r >= 0), i + 37 >= r, If(And(s >= r,s >= u,s >= 0), i + 37 >= s, If(And(u >= r,u >= s,u >= 0), i + 37 >= u, i + 37 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 37 >= r, If(And(t >= r,t >= u,t >= 0), i + 37 >= t, If(And(u >= r,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0))), If(And(r <= s,r <= t,r <= u), i + 15 >= r, If(And(s <= r,s <= t,s <= u), i + 15 >= s, If(And(t <= r,t <= s,t <= u), i + 15 >= t, i + 15 >= u))), If(And(r <= s,r <= t,r <= 0), i + 16 >= r, If(And(s <= r,s <= t,s <= 0), i + 16 >= s, If(And(t <= r,t <= s,t <= 0), i + 16 >= t, i + 16 >= 0))), If(And(r <= s,r <= u,r <= 0), i + 19 >= r, If(And(s <= r,s <= u,s <= 0), i + 19 >= s, If(And(u <= r,u <= s,u <= 0), i + 19 >= u, i + 19 >= 0))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i,0 >= i)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= u),s >= i,u >= i)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= t,r >= u),r >= i,If(And(t >= p,t >= q,t >= r,t >= u),t >= i,u >= i)))), If(And(p <= q,p <= r,p <= s,p <= t), i >= p, If(And(q <= p,q <= r,q <= s,q <= t), i >= q, If(And(r <= p,r <= q,r <= s,r <= t), i >= r, If(And(s <= p,s <= q,s <= r,s <= t), i >= s, i >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= u), i >= s, i >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i >= s, i >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= t,r <= u), i >= r, If(And(t <= p,t <= q,t <= r,t <= u), i >= t, i >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i >= u, i >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i >= u, i >= 0)))), If(And(q <= r,q <= s,q <= t,q <= u), i >= q, If(And(r <= q,r <= s,r <= t,r <= u), i >= r, If(And(s <= q,s <= r,s <= t,s <= u), i >= s, If(And(t <= q,t <= r,t <= s,t <= u), i >= t, i >= u)))), If(And(q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= s,q <= t,q <= u), i >= q, If(And(s <= p,s <= q,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= s,t <= u), i >= t, i >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i >= t, i >= 0)))), If(And(p <= q,p <= s,p <= u,p <= 0), i >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i >= u, i >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i >= u, i >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i >= u, i >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i >= p, If(And(r <= p,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= r,t <= s,t <= u), i >= t, i >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i >= t, i >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i >= u, i >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i >= u, i >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 39,u >= i - 39)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 39,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i - 18,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i - 17,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i - 17,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i - 17,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i - 17,0 >= i - 17)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u),t >= i - 18,u >= i - 18)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= u),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= u),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= u),t >= i - 17,u >= i - 17)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i - 17,0 >= i - 17)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 37 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 37 >= t, i + 37 >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 37 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 37 >= u, i + 37 >= 0)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 33 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 33 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 33 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 33 >= u, i + 33 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 37 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 37 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 37 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 37 >= t, i + 37 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 37 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 37 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 37 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 37 >= t, i + 37 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 37 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 37 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 37 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 37 >= u, i + 37 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 37 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 37 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 37 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 37 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 37 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 37 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 37 >= t, i + 37 >= u)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 37 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 37 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 37 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 37 >= t, i + 37 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 37 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 37 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 37 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 37 >= u, i + 37 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 37 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 37 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 37 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 37 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 37 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 37 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 37 >= s, i + 37 >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 37 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 37 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 37 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 37 >= s, i + 37 >= u)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 37 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 37 >= s, i + 37 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 37 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 37 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 37 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 37 >= t, i + 37 >= u)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 37 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 37 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 37 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i,0 >= i))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i,u >= i))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i >= t, i >= u))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i >= t, i >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i - 16,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i - 16,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i - 16,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i - 16,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i - 16,0 >= i - 16))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i - 17,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i - 17,0 >= i - 17))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 37 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 37 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 37 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 37 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 37 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 37 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 37 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 37 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 37 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 37 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 37 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 37 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 37 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 37 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 37 >= t, i + 37 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 37 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 37 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 37 >= t, i + 37 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 37 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 37 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 37 >= u, i + 37 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 37 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 37 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 37 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 37 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 37 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 37 >= u, i + 37 >= 0))))))] incr5_LI2=\ [i >= p, i >= q, i >= r, p + 37 >= i, q + 39 >= i, r + 40 >= i, i >= s - 23, s + 39 >= i, i >= t - 29, i >= u - 29, u + 39 >= i, 0 >= i - 20, i + 11 >= 0, t + 37 >= i, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(p <= q, i >= p, i >= q), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(p <= t, i >= p, i >= t), If(p <= u, i >= p, i >= u), If(p <= 0, i >= p, i >= 0), If(q <= r, i >= q, i >= r), If(q <= s, i >= q, i >= s), If(q <= t, i >= q, i >= t), If(q <= u, i >= q, i >= u), If(q <= 0, i >= q, i >= 0), If(r <= s, i >= r, i >= s), If(r <= t, i >= r, i >= t), If(r <= u, i >= r, i >= u), If(r <= 0, i >= r, i >= 0), If(p >= q, i >= p, i >= q), If(p >= r, i >= p, i >= r), If(q >= r, i >= q, i >= r), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= u - 29,0 >= u - 29), If(p <= q,p >= i - 39,q >= i - 39), If(p <= r,p >= i - 40,r >= i - 40), If(p <= s,p >= i - 39,s >= i - 39), If(p <= t,p >= i - 37,t >= i - 37), If(p <= u,p >= i - 39,u >= i - 39), If(p <= 0,p >= i - 37,0 >= i - 37), If(q <= r,q >= i - 40,r >= i - 40), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 20,0 >= r - 20), If(i <= 0,i >= s - 23,0 >= s - 23), If(i <= 0,i >= t - 29,0 >= t - 29), If(q <= s,q >= i - 39,s >= i - 39), If(q <= t,q >= i - 39,t >= i - 39), If(q <= u,q >= i - 39,u >= i - 39), If(q <= 0,q >= i - 39,0 >= i - 39), If(r <= s,r >= i - 40,s >= i - 40), If(r <= t,r >= i - 40,t >= i - 40), If(r <= u,r >= i - 40,u >= i - 40), If(r <= 0,r >= i - 40,0 >= i - 40), If(u <= 0,u >= i - 39,0 >= i - 39), If(s <= t,s >= i - 39,t >= i - 39), If(s <= u,s >= i - 39,u >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(s <= 0, i + 9 >= s, i + 9 >= 0), If(t <= u,t >= i - 39,u >= i - 39), If(i >= 0,i >= s - 18,0 >= s - 18), If(i >= 0,i >= t - 20,0 >= t - 20), If(i >= 0,i >= u - 18,0 >= u - 18), If(p >= r,p >= i - 35,r >= i - 35), If(p >= s,p >= i - 28,s >= i - 28), If(p >= t,p >= i - 31,t >= i - 31), If(q >= 0,q >= i - 20,0 >= i - 20), If(r >= t,r >= i - 36,t >= i - 36), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= r,q >= i - 34,r >= i - 34), If(q >= s,q >= i - 31,s >= i - 31), If(q >= t,q >= i - 36,t >= i - 36), If(r >= u,r >= i - 33,u >= i - 33), If(r >= 0,r >= i - 20,0 >= i - 20), If(s >= t,s >= i - 36,t >= i - 36), If(s >= u,s >= i - 32,u >= i - 32), If(s >= 0,s >= i - 20,0 >= i - 20), If(t >= u,t >= i - 33,u >= i - 33), If(t >= 0,t >= i - 20,0 >= i - 20), If(u >= 0,u >= i - 20,0 >= i - 20), If(p >= q,p >= i - 37,q >= i - 37), If(p >= u,p >= i - 37,u >= i - 37), If(q >= u,q >= i - 37,u >= i - 37), If(r >= s,r >= i - 38,s >= i - 38), If(t <= 0,t >= i - 37,0 >= i - 37), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, u + 20 >= i, u + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(u <= 0, i + 11 >= u, i + 11 >= 0), If(s <= t, i + 15 >= s, i + 15 >= t), If(s <= u, i + 16 >= s, i + 16 >= u), If(t <= u, i + 27 >= t, i + 27 >= u), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(i >= 0, u + 39 >= i, u + 39 >= 0), If(p >= s, i + 23 >= p, i + 23 >= s), If(p >= t, i + 29 >= p, i + 29 >= t), If(p >= u, i + 29 >= p, i + 29 >= u), If(i >= 0, p + 37 >= i, p + 37 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, r + 40 >= i, r + 40 >= 0), If(q >= u, i + 29 >= q, i + 29 >= u), If(q >= 0, i + 11 >= q, i + 11 >= 0), If(r >= s, i + 23 >= r, i + 23 >= s), If(r >= t, i + 29 >= r, i + 29 >= t), If(p >= 0, i + 11 >= p, i + 11 >= 0), If(q >= s, i + 23 >= q, i + 23 >= s), If(q >= t, i + 29 >= q, i + 29 >= t), If(r >= u, i + 29 >= r, i + 29 >= u), If(r >= 0, i + 11 >= r, i + 11 >= 0), If(s >= t, i + 29 >= s, i + 29 >= t), If(s >= u, i + 29 >= s, i + 29 >= u), If(s >= 0, i + 23 >= s, i + 23 >= 0), If(t >= u, i + 29 >= t, i + 29 >= u), If(t >= 0, i + 29 >= t, i + 29 >= 0), If(u >= 0, i + 29 >= u, i + 29 >= 0), If(i >= 0, t + 37 >= i, t + 37 >= 0), If(And(p <= s,p <= t), i >= p, If(And(s <= p,s <= t), i >= s, i >= t)), If(And(p <= s,p <= u), i >= p, If(And(s <= p,s <= u), i >= s, i >= u)), If(And(p <= s,p <= 0), i >= p, If(And(s <= p,s <= 0), i >= s, i >= 0)), If(And(p <= t,p <= u), i >= p, If(And(t <= p,t <= u), i >= t, i >= u)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(p <= u,p <= 0), i >= p, If(And(u <= p,u <= 0), i >= u, i >= 0)), If(And(q <= t,q <= u), i >= q, If(And(t <= q,t <= u), i >= t, i >= u)), If(And(q <= t,q <= 0), i >= q, If(And(t <= q,t <= 0), i >= t, i >= 0)), If(And(q <= u,q <= 0), i >= q, If(And(u <= q,u <= 0), i >= u, i >= 0)), If(And(r <= s,r <= t), i >= r, If(And(s <= r,s <= t), i >= s, i >= t)), If(And(q <= s,q <= t), i >= q, If(And(s <= q,s <= t), i >= s, i >= t)), If(And(q <= s,q <= u), i >= q, If(And(s <= q,s <= u), i >= s, i >= u)), If(And(q <= s,q <= 0), i >= q, If(And(s <= q,s <= 0), i >= s, i >= 0)), If(And(r <= s,r <= u), i >= r, If(And(s <= r,s <= u), i >= s, i >= u)), If(And(r <= s,r <= 0), i >= r, If(And(s <= r,s <= 0), i >= s, i >= 0)), If(And(r <= t,r <= u), i >= r, If(And(t <= r,t <= u), i >= t, i >= u)), If(And(r <= t,r <= 0), i >= r, If(And(t <= r,t <= 0), i >= t, i >= 0)), If(And(r <= u,r <= 0), i >= r, If(And(u <= r,u <= 0), i >= u, i >= 0)), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p <= q,p <= r),p >= i - 40,If(And(q <= p,q <= r),q >= i - 40,r >= i - 40)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= q,p <= t),p >= i - 39,If(And(q <= p,q <= t),q >= i - 39,t >= i - 39)), If(And(p <= q,p <= u),p >= i - 39,If(And(q <= p,q <= u),q >= i - 39,u >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= r,p <= s),p >= i - 40,If(And(r <= p,r <= s),r >= i - 40,s >= i - 40)), If(And(p <= r,p <= t),p >= i - 40,If(And(r <= p,r <= t),r >= i - 40,t >= i - 40)), If(And(p <= r,p <= u),p >= i - 40,If(And(r <= p,r <= u),r >= i - 40,u >= i - 40)), If(And(p <= r,p <= 0),p >= i - 40,If(And(r <= p,r <= 0),r >= i - 40,0 >= i - 40)), If(And(p <= s,p <= t),p >= i - 39,If(And(s <= p,s <= t),s >= i - 39,t >= i - 39)), If(And(p <= s,p <= u),p >= i - 39,If(And(s <= p,s <= u),s >= i - 39,u >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= t,p <= u),p >= i - 39,If(And(t <= p,t <= u),t >= i - 39,u >= i - 39)), If(And(p <= t,p <= 0),p >= i - 37,If(And(t <= p,t <= 0),t >= i - 37,0 >= i - 37)), If(And(p <= u,p <= 0),p >= i - 39,If(And(u <= p,u <= 0),u >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 40,If(And(r <= q,r <= s),r >= i - 40,s >= i - 40)), If(And(q <= r,q <= t),q >= i - 40,If(And(r <= q,r <= t),r >= i - 40,t >= i - 40)), If(And(q <= r,q <= u),q >= i - 40,If(And(r <= q,r <= u),r >= i - 40,u >= i - 40)), If(And(q <= t,q <= u),q >= i - 39,If(And(t <= q,t <= u),t >= i - 39,u >= i - 39)), If(And(q <= t,q <= 0),q >= i - 39,If(And(t <= q,t <= 0),t >= i - 39,0 >= i - 39)), If(And(q <= u,q <= 0),q >= i - 39,If(And(u <= q,u <= 0),u >= i - 39,0 >= i - 39)), If(And(r <= s,r <= t),r >= i - 40,If(And(s <= r,s <= t),s >= i - 40,t >= i - 40)), If(And(q <= r,q <= 0),q >= i - 40,If(And(r <= q,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= s,q <= t),q >= i - 39,If(And(s <= q,s <= t),s >= i - 39,t >= i - 39)), If(And(q <= s,q <= u),q >= i - 39,If(And(s <= q,s <= u),s >= i - 39,u >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(r <= s,r <= u),r >= i - 40,If(And(s <= r,s <= u),s >= i - 40,u >= i - 40)), If(And(r <= s,r <= 0),r >= i - 40,If(And(s <= r,s <= 0),s >= i - 40,0 >= i - 40)), If(And(r <= t,r <= u),r >= i - 40,If(And(t <= r,t <= u),t >= i - 40,u >= i - 40)), If(And(r <= t,r <= 0),r >= i - 40,If(And(t <= r,t <= 0),t >= i - 40,0 >= i - 40)), If(And(r <= u,r <= 0),r >= i - 40,If(And(u <= r,u <= 0),u >= i - 40,0 >= i - 40)), If(And(s <= t,s <= u),s >= i - 39,If(And(t <= s,t <= u),t >= i - 39,u >= i - 39)), If(And(s <= t,s <= 0),s >= i - 39,If(And(t <= s,t <= 0),t >= i - 39,0 >= i - 39)), If(And(s <= u,s <= 0),s >= i - 39,If(And(u <= s,u <= 0),u >= i - 39,0 >= i - 39)), If(And(t <= u,t <= 0),t >= i - 39,If(And(u <= t,u <= 0),u >= i - 39,0 >= i - 39)), If(And(q >= r,q >= t),q >= i - 34,If(And(r >= q,r >= t),r >= i - 34,t >= i - 34)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= s),p >= i - 28,If(And(r >= p,r >= s),r >= i - 28,s >= i - 28)), If(And(p >= r,p >= t),p >= i - 29,If(And(r >= p,r >= t),r >= i - 29,t >= i - 29)), If(And(p >= r,p >= u),p >= i - 29,If(And(r >= p,r >= u),r >= i - 29,u >= i - 29)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= t),p >= i - 28,If(And(s >= p,s >= t),s >= i - 28,t >= i - 28)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= s,q >= 0),q >= i - 19,If(And(s >= q,s >= 0),s >= i - 19,0 >= i - 19)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= t,p >= u),p >= i - 30,If(And(t >= p,t >= u),t >= i - 30,u >= i - 30)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= u,p >= 0),p >= i - 20,If(And(u >= p,u >= 0),u >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 23,If(And(r >= q,r >= s),r >= i - 23,s >= i - 23)), If(And(r >= s,r >= t),r >= i - 28,If(And(s >= r,s >= t),s >= i - 28,t >= i - 28)), If(And(r >= s,r >= 0),r >= i - 19,If(And(s >= r,s >= 0),s >= i - 19,0 >= i - 19)), If(And(r >= t,r >= u),r >= i - 31,If(And(t >= r,t >= u),t >= i - 31,u >= i - 31)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(r >= u,r >= 0),r >= i - 20,If(And(u >= r,u >= 0),u >= i - 20,0 >= i - 20)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(s >= u,s >= 0),s >= i - 20,If(And(u >= s,u >= 0),u >= i - 20,0 >= i - 20)), If(And(p >= q,p >= s),p >= i - 27,If(And(q >= p,q >= s),q >= i - 27,s >= i - 27)), If(And(p >= q,p >= t),p >= i - 29,If(And(q >= p,q >= t),q >= i - 29,t >= i - 29)), If(And(p >= q,p >= u),p >= i - 37,If(And(q >= p,q >= u),q >= i - 37,u >= i - 37)), If(And(q >= r,q >= u),q >= i - 31,If(And(r >= q,r >= u),r >= i - 31,u >= i - 31)), If(And(q >= s,q >= t),q >= i - 29,If(And(s >= q,s >= t),s >= i - 29,t >= i - 29)), If(And(q >= s,q >= u),q >= i - 25,If(And(s >= q,s >= u),s >= i - 25,u >= i - 25)), If(And(r >= s,r >= u),r >= i - 24,If(And(s >= r,s >= u),s >= i - 24,u >= i - 24)), If(And(q >= t,q >= u),q >= i - 26,If(And(t >= q,t >= u),t >= i - 26,u >= i - 26)), If(And(q >= u,q >= 0),q >= i - 20,If(And(u >= q,u >= 0),u >= i - 20,0 >= i - 20)), If(And(s >= t,s >= u),s >= i - 24,If(And(t >= s,t >= u),t >= i - 24,u >= i - 24)), If(And(t >= u,t >= 0),t >= i - 20,If(And(u >= t,u >= 0),u >= i - 20,0 >= i - 20)), If(And(p >= s,p >= u),p >= i - 24,If(And(s >= p,s >= u),s >= i - 24,u >= i - 24)), If(And(p <= q,p <= r), i - 3 >= p, If(And(q <= p,q <= r), i - 3 >= q, i - 3 >= r)), If(And(p <= q,p <= s), i - 1 >= p, If(And(q <= p,q <= s), i - 1 >= q, i - 1 >= s)), If(And(p <= q,p <= t), i - 1 >= p, If(And(q <= p,q <= t), i - 1 >= q, i - 1 >= t)), If(And(p <= q,p <= u), i - 1 >= p, If(And(q <= p,q <= u), i - 1 >= q, i - 1 >= u)), If(And(p <= q,p <= 0), i - 1 >= p, If(And(q <= p,q <= 0), i - 1 >= q, i - 1 >= 0)), If(And(p <= r,p <= s), i - 1 >= p, If(And(r <= p,r <= s), i - 1 >= r, i - 1 >= s)), If(And(p <= r,p <= t), i - 1 >= p, If(And(r <= p,r <= t), i - 1 >= r, i - 1 >= t)), If(And(p <= r,p <= u), i - 1 >= p, If(And(r <= p,r <= u), i - 1 >= r, i - 1 >= u)), If(And(p <= r,p <= 0), i - 1 >= p, If(And(r <= p,r <= 0), i - 1 >= r, i - 1 >= 0)), If(And(q <= r,q <= s), i - 1 >= q, If(And(r <= q,r <= s), i - 1 >= r, i - 1 >= s)), If(And(q <= r,q <= 0), i - 2 >= q, If(And(r <= q,r <= 0), i - 2 >= r, i - 2 >= 0)), If(And(s <= t,s <= 0), i + 9 >= s, If(And(t <= s,t <= 0), i + 9 >= t, i + 9 >= 0)), If(And(s <= u,s <= 0), i + 9 >= s, If(And(u <= s,u <= 0), i + 9 >= u, i + 9 >= 0)), If(And(q <= r,q <= t), i - 1 >= q, If(And(r <= q,r <= t), i - 1 >= r, i - 1 >= t)), If(And(q <= r,q <= u), i - 1 >= q, If(And(r <= q,r <= u), i - 1 >= r, i - 1 >= u)), If(And(s <= t,s <= u), i + 13 >= s, If(And(t <= s,t <= u), i + 13 >= t, i + 13 >= u)), If(And(p >= q,p >= s), i + 23 >= p, If(And(q >= p,q >= s), i + 23 >= q, i + 23 >= s)), If(And(p >= q,p >= t), i + 29 >= p, If(And(q >= p,q >= t), i + 29 >= q, i + 29 >= t)), If(And(p >= q,p >= u), i + 29 >= p, If(And(q >= p,q >= u), i + 29 >= q, i + 29 >= u)), If(And(q >= r,q >= t), i + 29 >= q, If(And(r >= q,r >= t), i + 29 >= r, i + 29 >= t)), If(And(q >= r,q >= u), i + 29 >= q, If(And(r >= q,r >= u), i + 29 >= r, i + 29 >= u)), If(And(q >= r,q >= 0), i + 11 >= q, If(And(r >= q,r >= 0), i + 11 >= r, i + 11 >= 0)), If(And(q >= s,q >= t), i + 29 >= q, If(And(s >= q,s >= t), i + 29 >= s, i + 29 >= t)), If(And(p >= q,p >= 0), i + 11 >= p, If(And(q >= p,q >= 0), i + 11 >= q, i + 11 >= 0)), If(And(p >= r,p >= s), i + 23 >= p, If(And(r >= p,r >= s), i + 23 >= r, i + 23 >= s)), If(And(p >= r,p >= t), i + 29 >= p, If(And(r >= p,r >= t), i + 29 >= r, i + 29 >= t)), If(And(p >= r,p >= u), i + 29 >= p, If(And(r >= p,r >= u), i + 29 >= r, i + 29 >= u)), If(And(p >= r,p >= 0), i + 11 >= p, If(And(r >= p,r >= 0), i + 11 >= r, i + 11 >= 0)), If(And(p >= s,p >= t), i + 29 >= p, If(And(s >= p,s >= t), i + 29 >= s, i + 29 >= t)), If(And(p >= s,p >= u), i + 29 >= p, If(And(s >= p,s >= u), i + 29 >= s, i + 29 >= u)), If(And(p >= s,p >= 0), i + 23 >= p, If(And(s >= p,s >= 0), i + 23 >= s, i + 23 >= 0)), If(And(q >= s,q >= u), i + 29 >= q, If(And(s >= q,s >= u), i + 29 >= s, i + 29 >= u)), If(And(q >= s,q >= 0), i + 23 >= q, If(And(s >= q,s >= 0), i + 23 >= s, i + 23 >= 0)), If(And(q >= t,q >= u), i + 29 >= q, If(And(t >= q,t >= u), i + 29 >= t, i + 29 >= u)), If(And(q >= t,q >= 0), i + 29 >= q, If(And(t >= q,t >= 0), i + 29 >= t, i + 29 >= 0)), If(And(p >= t,p >= u), i + 29 >= p, If(And(t >= p,t >= u), i + 29 >= t, i + 29 >= u)), If(And(p >= t,p >= 0), i + 29 >= p, If(And(t >= p,t >= 0), i + 29 >= t, i + 29 >= 0)), If(And(p >= u,p >= 0), i + 29 >= p, If(And(u >= p,u >= 0), i + 29 >= u, i + 29 >= 0)), If(And(q >= r,q >= s), i + 23 >= q, If(And(r >= q,r >= s), i + 23 >= r, i + 23 >= s)), If(And(q >= u,q >= 0), i + 29 >= q, If(And(u >= q,u >= 0), i + 29 >= u, i + 29 >= 0)), If(And(r >= s,r >= t), i + 29 >= r, If(And(s >= r,s >= t), i + 29 >= s, i + 29 >= t)), If(And(r >= s,r >= u), i + 29 >= r, If(And(s >= r,s >= u), i + 29 >= s, i + 29 >= u)), If(And(r >= s,r >= 0), i + 23 >= r, If(And(s >= r,s >= 0), i + 23 >= s, i + 23 >= 0)), If(And(r >= t,r >= u), i + 29 >= r, If(And(t >= r,t >= u), i + 29 >= t, i + 29 >= u)), If(And(r >= t,r >= 0), i + 29 >= r, If(And(t >= r,t >= 0), i + 29 >= t, i + 29 >= 0)), If(And(r >= u,r >= 0), i + 29 >= r, If(And(u >= r,u >= 0), i + 29 >= u, i + 29 >= 0)), If(And(s >= t,s >= u), i + 29 >= s, If(And(t >= s,t >= u), i + 29 >= t, i + 29 >= u)), If(And(s >= t,s >= 0), i + 29 >= s, If(And(t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)), If(And(s >= u,s >= 0), i + 29 >= s, If(And(u >= s,u >= 0), i + 29 >= u, i + 29 >= 0)), If(And(t >= u,t >= 0), i + 29 >= t, If(And(u >= t,u >= 0), i + 29 >= u, i + 29 >= 0)), If(And(t <= u,t <= 0), i + 10 >= t, If(And(u <= t,u <= 0), i + 10 >= u, i + 10 >= 0)), If(And(p >= q,p >= r,p >= s),p >= i,If(And(q >= p,q >= r,q >= s),q >= i,If(And(r >= p,r >= q,r >= s),r >= i,s >= i))), If(And(p <= s,p <= t,p <= u), i >= p, If(And(s <= p,s <= t,s <= u), i >= s, If(And(t <= p,t <= s,t <= u), i >= t, i >= u))), If(And(p <= s,p <= t,p <= 0), i >= p, If(And(s <= p,s <= t,s <= 0), i >= s, If(And(t <= p,t <= s,t <= 0), i >= t, i >= 0))), If(And(p <= s,p <= u,p <= 0), i >= p, If(And(s <= p,s <= u,s <= 0), i >= s, If(And(u <= p,u <= s,u <= 0), i >= u, i >= 0))), If(And(q <= s,q <= t,q <= u), i >= q, If(And(s <= q,s <= t,s <= u), i >= s, If(And(t <= q,t <= s,t <= u), i >= t, i >= u))), If(And(p <= t,p <= u,p <= 0), i >= p, If(And(t <= p,t <= u,t <= 0), i >= t, If(And(u <= p,u <= t,u <= 0), i >= u, i >= 0))), If(And(q <= s,q <= t,q <= 0), i >= q, If(And(s <= q,s <= t,s <= 0), i >= s, If(And(t <= q,t <= s,t <= 0), i >= t, i >= 0))), If(And(q <= s,q <= u,q <= 0), i >= q, If(And(s <= q,s <= u,s <= 0), i >= s, If(And(u <= q,u <= s,u <= 0), i >= u, i >= 0))), If(And(q <= t,q <= u,q <= 0), i >= q, If(And(t <= q,t <= u,t <= 0), i >= t, If(And(u <= q,u <= t,u <= 0), i >= u, i >= 0))), If(And(r <= s,r <= t,r <= u), i >= r, If(And(s <= r,s <= t,s <= u), i >= s, If(And(t <= r,t <= s,t <= u), i >= t, i >= u))), If(And(r <= s,r <= t,r <= 0), i >= r, If(And(s <= r,s <= t,s <= 0), i >= s, If(And(t <= r,t <= s,t <= 0), i >= t, i >= 0))), If(And(r <= s,r <= u,r <= 0), i >= r, If(And(s <= r,s <= u,s <= 0), i >= s, If(And(u <= r,u <= s,u <= 0), i >= u, i >= 0))), If(And(r <= t,r <= u,r <= 0), i >= r, If(And(t <= r,t <= u,t <= 0), i >= t, If(And(u <= r,u <= t,u <= 0), i >= u, i >= 0))), If(And(p <= q,p <= r,p <= s),p >= i - 40,If(And(q <= p,q <= r,q <= s),q >= i - 40,If(And(r <= p,r <= q,r <= s),r >= i - 40,s >= i - 40))), If(And(p <= q,p <= r,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= t),r >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= u),r >= i - 40,u >= i - 40))), If(And(p <= r,p <= s,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(p <= r,p <= s,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(p <= r,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= r,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= q,p <= r,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= 0),r >= i - 40,0 >= i - 40))), If(And(p <= q,p <= s,p <= t),p >= i - 39,If(And(q <= p,q <= s,q <= t),q >= i - 39,If(And(s <= p,s <= q,s <= t),s >= i - 39,t >= i - 39))), If(And(p <= q,p <= s,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= u),s >= i - 39,u >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= t,p <= u),p >= i - 39,If(And(q <= p,q <= t,q <= u),q >= i - 39,If(And(t <= p,t <= q,t <= u),t >= i - 39,u >= i - 39))), If(And(p <= q,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= t,q <= 0),q >= i - 39,If(And(t <= p,t <= q,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p <= q,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= u,q <= 0),q >= i - 39,If(And(u <= p,u <= q,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= t),p >= i - 40,If(And(r <= p,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= r,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= s,p <= t,p <= u),p >= i - 39,If(And(s <= p,s <= t,s <= u),s >= i - 39,If(And(t <= p,t <= s,t <= u),t >= i - 39,u >= i - 39))), If(And(p <= s,p <= t,p <= 0),p >= i - 39,If(And(s <= p,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p <= s,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= s,q <= t,q <= u),q >= i - 39,If(And(s <= q,s <= t,s <= u),s >= i - 39,If(And(t <= q,t <= s,t <= u),t >= i - 39,u >= i - 39))), If(And(p <= t,p <= u,p <= 0),p >= i - 39,If(And(t <= p,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(q <= t,q <= u,q <= 0),q >= i - 39,If(And(t <= q,t <= u,t <= 0),t >= i - 39,If(And(u <= q,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))), If(And(r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= r,p >= u),p >= i - 17,If(And(q >= p,q >= r,q >= u),q >= i - 17,If(And(r >= p,r >= q,r >= u),r >= i - 17,u >= i - 17))), If(And(p >= q,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= u,q >= 0),q >= i - 19,If(And(u >= p,u >= q,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= r,p >= s,p >= t),p >= i - 28,If(And(r >= p,r >= s,r >= t),r >= i - 28,If(And(s >= p,s >= r,s >= t),s >= i - 28,t >= i - 28))), If(And(p >= r,p >= s,p >= u),p >= i - 23,If(And(r >= p,r >= s,r >= u),r >= i - 23,If(And(s >= p,s >= r,s >= u),s >= i - 23,u >= i - 23))), If(And(p >= r,p >= s,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p >= r,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= t,r >= u),r >= i - 23,If(And(t >= p,t >= r,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= r,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= u,r >= 0),r >= i - 20,If(And(u >= p,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p >= s,p >= t,p >= u),p >= i - 23,If(And(s >= p,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= s,p >= u,p >= 0),p >= i - 19,If(And(s >= p,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= r,q >= s,q >= t),q >= i - 19,If(And(r >= q,r >= s,r >= t),r >= i - 19,If(And(s >= q,s >= r,s >= t),s >= i - 19,t >= i - 19))), If(And(q >= r,q >= s,q >= u),q >= i - 23,If(And(r >= q,r >= s,r >= u),r >= i - 23,If(And(s >= q,s >= r,s >= u),s >= i - 23,u >= i - 23))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= r,q >= t,q >= u),q >= i - 25,If(And(r >= q,r >= t,r >= u),r >= i - 25,If(And(t >= q,t >= r,t >= u),t >= i - 25,u >= i - 25))), If(And(q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))), If(And(q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= q,p >= s,p >= t),p >= i - 27,If(And(q >= p,q >= s,q >= t),q >= i - 27,If(And(s >= p,s >= q,s >= t),s >= i - 27,t >= i - 27))), If(And(p >= q,p >= s,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= 0),s >= i - 18,0 >= i - 18))), If(And(p >= q,p >= t,p >= u),p >= i - 26,If(And(q >= p,q >= t,q >= u),q >= i - 26,If(And(t >= p,t >= q,t >= u),t >= i - 26,u >= i - 26))), If(And(p >= t,p >= u,p >= 0),p >= i - 20,If(And(t >= p,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= u,q >= 0),q >= i - 20,If(And(r >= q,r >= u,r >= 0),r >= i - 20,If(And(u >= q,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q >= s,q >= t,q >= u),q >= i - 24,If(And(s >= q,s >= t,s >= u),s >= i - 24,If(And(t >= q,t >= s,t >= u),t >= i - 24,u >= i - 24))), If(And(q >= s,q >= u,q >= 0),q >= i - 19,If(And(s >= q,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(r >= t,r >= u,r >= 0),r >= i - 20,If(And(t >= r,t >= u,t >= 0),t >= i - 20,If(And(u >= r,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p >= q,p >= s,p >= u),p >= i - 21,If(And(q >= p,q >= s,q >= u),q >= i - 21,If(And(s >= p,s >= q,s >= u),s >= i - 21,u >= i - 21))), If(And(p >= q,p >= r,p >= t),p >= i - 20,If(And(q >= p,q >= r,q >= t),q >= i - 20,If(And(r >= p,r >= q,r >= t),r >= i - 20,t >= i - 20))), If(And(p >= q,p >= r,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= 0),q >= i - 18,If(And(r >= p,r >= q,r >= 0),r >= i - 18,0 >= i - 18))), If(And(p <= q,p <= r,p <= s), i - 3 >= p, If(And(q <= p,q <= r,q <= s), i - 3 >= q, If(And(r <= p,r <= q,r <= s), i - 3 >= r, i - 3 >= s))), If(And(p <= q,p <= r,p <= t), i - 3 >= p, If(And(q <= p,q <= r,q <= t), i - 3 >= q, If(And(r <= p,r <= q,r <= t), i - 3 >= r, i - 3 >= t))), If(And(p <= q,p <= r,p <= u), i - 3 >= p, If(And(q <= p,q <= r,q <= u), i - 3 >= q, If(And(r <= p,r <= q,r <= u), i - 3 >= r, i - 3 >= u))), If(And(p <= r,p <= s,p <= u), i - 1 >= p, If(And(r <= p,r <= s,r <= u), i - 1 >= r, If(And(s <= p,s <= r,s <= u), i - 1 >= s, i - 1 >= u))), If(And(p <= r,p <= t,p <= u), i - 1 >= p, If(And(r <= p,r <= t,r <= u), i - 1 >= r, If(And(t <= p,t <= r,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p <= q,p <= r,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= 0), i - 3 >= r, i - 3 >= 0))), If(And(p <= q,p <= s,p <= t), i - 1 >= p, If(And(q <= p,q <= s,q <= t), i - 1 >= q, If(And(s <= p,s <= q,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= q,p <= s,p <= u), i - 1 >= p, If(And(q <= p,q <= s,q <= u), i - 1 >= q, If(And(s <= p,s <= q,s <= u), i - 1 >= s, i - 1 >= u))), If(And(p <= q,p <= s,p <= 0), i - 1 >= p, If(And(q <= p,q <= s,q <= 0), i - 1 >= q, If(And(s <= p,s <= q,s <= 0), i - 1 >= s, i - 1 >= 0))), If(And(p <= q,p <= t,p <= u), i - 1 >= p, If(And(q <= p,q <= t,q <= u), i - 1 >= q, If(And(t <= p,t <= q,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p <= q,p <= t,p <= 0), i - 1 >= p, If(And(q <= p,q <= t,q <= 0), i - 1 >= q, If(And(t <= p,t <= q,t <= 0), i - 1 >= t, i - 1 >= 0))), If(And(p <= q,p <= u,p <= 0), i - 1 >= p, If(And(q <= p,q <= u,q <= 0), i - 1 >= q, If(And(u <= p,u <= q,u <= 0), i - 1 >= u, i - 1 >= 0))), If(And(p <= r,p <= s,p <= t), i - 1 >= p, If(And(r <= p,r <= s,r <= t), i - 1 >= r, If(And(s <= p,s <= r,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= r,p <= u,p <= 0), i - 1 >= p, If(And(r <= p,r <= u,r <= 0), i - 1 >= r, If(And(u <= p,u <= r,u <= 0), i - 1 >= u, i - 1 >= 0))), If(And(q <= r,q <= u,q <= 0), i - 2 >= q, If(And(r <= q,r <= u,r <= 0), i - 2 >= r, If(And(u <= q,u <= r,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(q <= r,q <= s,q <= t), i - 3 >= q, If(And(r <= q,r <= s,r <= t), i - 3 >= r, If(And(s <= q,s <= r,s <= t), i - 3 >= s, i - 3 >= t))), If(And(q <= r,q <= s,q <= u), i - 3 >= q, If(And(r <= q,r <= s,r <= u), i - 3 >= r, If(And(s <= q,s <= r,s <= u), i - 3 >= s, i - 3 >= u))), If(And(q <= r,q <= s,q <= 0), i - 3 >= q, If(And(r <= q,r <= s,r <= 0), i - 3 >= r, If(And(s <= q,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0))), If(And(s <= t,s <= u,s <= 0), i + 9 >= s, If(And(t <= s,t <= u,t <= 0), i + 9 >= t, If(And(u <= s,u <= t,u <= 0), i + 9 >= u, i + 9 >= 0))), If(And(p <= r,p <= s,p <= 0), i - 1 >= p, If(And(r <= p,r <= s,r <= 0), i - 1 >= r, If(And(s <= p,s <= r,s <= 0), i - 1 >= s, i - 1 >= 0))), If(And(q <= r,q <= t,q <= u), i - 1 >= q, If(And(r <= q,r <= t,r <= u), i - 1 >= r, If(And(t <= q,t <= r,t <= u), i - 1 >= t, i - 1 >= u))), If(And(q <= r,q <= t,q <= 0), i - 2 >= q, If(And(r <= q,r <= t,r <= 0), i - 2 >= r, If(And(t <= q,t <= r,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p >= q,p >= s,p >= u), i + 29 >= p, If(And(q >= p,q >= s,q >= u), i + 29 >= q, If(And(s >= p,s >= q,s >= u), i + 29 >= s, i + 29 >= u))), If(And(p >= q,p >= s,p >= 0), i + 23 >= p, If(And(q >= p,q >= s,q >= 0), i + 23 >= q, If(And(s >= p,s >= q,s >= 0), i + 23 >= s, i + 23 >= 0))), If(And(p >= q,p >= t,p >= u), i + 29 >= p, If(And(q >= p,q >= t,q >= u), i + 29 >= q, If(And(t >= p,t >= q,t >= u), i + 29 >= t, i + 29 >= u))), If(And(p >= q,p >= t,p >= 0), i + 29 >= p, If(And(q >= p,q >= t,q >= 0), i + 29 >= q, If(And(t >= p,t >= q,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(p >= q,p >= r,p >= s), i + 23 >= p, If(And(q >= p,q >= r,q >= s), i + 23 >= q, If(And(r >= p,r >= q,r >= s), i + 23 >= r, i + 23 >= s))), If(And(p >= q,p >= r,p >= t), i + 29 >= p, If(And(q >= p,q >= r,q >= t), i + 29 >= q, If(And(r >= p,r >= q,r >= t), i + 29 >= r, i + 29 >= t))), If(And(p >= q,p >= r,p >= u), i + 29 >= p, If(And(q >= p,q >= r,q >= u), i + 29 >= q, If(And(r >= p,r >= q,r >= u), i + 29 >= r, i + 29 >= u))), If(And(p >= q,p >= r,p >= 0), i + 11 >= p, If(And(q >= p,q >= r,q >= 0), i + 11 >= q, If(And(r >= p,r >= q,r >= 0), i + 11 >= r, i + 11 >= 0))), If(And(p >= q,p >= s,p >= t), i + 29 >= p, If(And(q >= p,q >= s,q >= t), i + 29 >= q, If(And(s >= p,s >= q,s >= t), i + 29 >= s, i + 29 >= t))), If(And(p >= q,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= u,q >= 0), i + 29 >= q, If(And(u >= p,u >= q,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(p >= r,p >= s,p >= t), i + 29 >= p, If(And(r >= p,r >= s,r >= t), i + 29 >= r, If(And(s >= p,s >= r,s >= t), i + 29 >= s, i + 29 >= t))), If(And(p >= r,p >= s,p >= u), i + 29 >= p, If(And(r >= p,r >= s,r >= u), i + 29 >= r, If(And(s >= p,s >= r,s >= u), i + 29 >= s, i + 29 >= u))), If(And(p >= r,p >= s,p >= 0), i + 23 >= p, If(And(r >= p,r >= s,r >= 0), i + 23 >= r, If(And(s >= p,s >= r,s >= 0), i + 23 >= s, i + 23 >= 0))), If(And(p >= r,p >= t,p >= u), i + 29 >= p, If(And(r >= p,r >= t,r >= u), i + 29 >= r, If(And(t >= p,t >= r,t >= u), i + 29 >= t, i + 29 >= u))), If(And(p >= r,p >= t,p >= 0), i + 29 >= p, If(And(r >= p,r >= t,r >= 0), i + 29 >= r, If(And(t >= p,t >= r,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(p >= r,p >= u,p >= 0), i + 29 >= p, If(And(r >= p,r >= u,r >= 0), i + 29 >= r, If(And(u >= p,u >= r,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(p >= s,p >= t,p >= u), i + 29 >= p, If(And(s >= p,s >= t,s >= u), i + 29 >= s, If(And(t >= p,t >= s,t >= u), i + 29 >= t, i + 29 >= u))), If(And(q >= r,q >= u,q >= 0), i + 29 >= q, If(And(r >= q,r >= u,r >= 0), i + 29 >= r, If(And(u >= q,u >= r,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(q >= s,q >= t,q >= u), i + 29 >= q, If(And(s >= q,s >= t,s >= u), i + 29 >= s, If(And(t >= q,t >= s,t >= u), i + 29 >= t, i + 29 >= u))), If(And(q >= s,q >= t,q >= 0), i + 29 >= q, If(And(s >= q,s >= t,s >= 0), i + 29 >= s, If(And(t >= q,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(q >= s,q >= u,q >= 0), i + 29 >= q, If(And(s >= q,s >= u,s >= 0), i + 29 >= s, If(And(u >= q,u >= s,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 29 >= p, If(And(s >= p,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(p >= s,p >= u,p >= 0), i + 29 >= p, If(And(s >= p,s >= u,s >= 0), i + 29 >= s, If(And(u >= p,u >= s,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 29 >= p, If(And(t >= p,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(q >= r,q >= s,q >= t), i + 29 >= q, If(And(r >= q,r >= s,r >= t), i + 29 >= r, If(And(s >= q,s >= r,s >= t), i + 29 >= s, i + 29 >= t))), If(And(q >= r,q >= s,q >= u), i + 29 >= q, If(And(r >= q,r >= s,r >= u), i + 29 >= r, If(And(s >= q,s >= r,s >= u), i + 29 >= s, i + 29 >= u))), If(And(q >= r,q >= s,q >= 0), i + 23 >= q, If(And(r >= q,r >= s,r >= 0), i + 23 >= r, If(And(s >= q,s >= r,s >= 0), i + 23 >= s, i + 23 >= 0))), If(And(q >= r,q >= t,q >= u), i + 29 >= q, If(And(r >= q,r >= t,r >= u), i + 29 >= r, If(And(t >= q,t >= r,t >= u), i + 29 >= t, i + 29 >= u))), If(And(q >= r,q >= t,q >= 0), i + 29 >= q, If(And(r >= q,r >= t,r >= 0), i + 29 >= r, If(And(t >= q,t >= r,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 29 >= r, If(And(t >= r,t >= u,t >= 0), i + 29 >= t, If(And(u >= r,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 29 >= q, If(And(t >= q,t >= u,t >= 0), i + 29 >= t, If(And(u >= q,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(r >= s,r >= t,r >= u), i + 29 >= r, If(And(s >= r,s >= t,s >= u), i + 29 >= s, If(And(t >= r,t >= s,t >= u), i + 29 >= t, i + 29 >= u))), If(And(r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0))), If(And(r >= s,r >= u,r >= 0), i + 29 >= r, If(And(s >= r,s >= u,s >= 0), i + 29 >= s, If(And(u >= r,u >= s,u >= 0), i + 29 >= u, i + 29 >= 0))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i,0 >= i)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= u),s >= i,u >= i)))), If(And(p <= s,p <= t,p <= u,p <= 0), i >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i >= u, i >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i >= u, i >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i >= u, i >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 39,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 39,u >= i - 39)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= p,s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u),t >= i - 18,u >= i - 18)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i - 18,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i - 18,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i - 17,0 >= i - 17)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i - 20,0 >= i - 20)))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i - 16,If(And(q >= p,q >= r,q >= t,q >= u),q >= i - 16,If(And(r >= p,r >= q,r >= t,r >= u),r >= i - 16,If(And(t >= p,t >= q,t >= r,t >= u),t >= i - 16,u >= i - 16)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i - 18,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i - 18,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i - 14,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i - 14,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i - 14,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i - 14,0 >= i - 14)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= u),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= u),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= u),t >= i - 17,u >= i - 17)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i - 17,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i - 17,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i - 17,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i - 17,0 >= i - 17)))), If(And(p <= q,p <= r,p <= s,p <= t), i - 3 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i - 3 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i - 3 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i - 3 >= s, i - 3 >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i - 3 >= p, If(And(q <= p,q <= r,q <= s,q <= u), i - 3 >= q, If(And(r <= p,r <= q,r <= s,r <= u), i - 3 >= r, If(And(s <= p,s <= q,s <= r,s <= u), i - 3 >= s, i - 3 >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 3 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i - 3 >= p, If(And(q <= p,q <= r,q <= t,q <= u), i - 3 >= q, If(And(r <= p,r <= q,r <= t,r <= u), i - 3 >= r, If(And(t <= p,t <= q,t <= r,t <= u), i - 3 >= t, i - 3 >= u)))), If(And(q <= r,q <= s,q <= t,q <= u), i - 3 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i - 3 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i - 3 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i - 3 >= t, i - 3 >= u)))), If(And(p <= q,p <= s,p <= u,p <= 0), i - 1 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i - 1 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i - 1 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i - 1 >= u, i - 1 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i - 1 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i - 1 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i - 1 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i - 1 >= u, i - 1 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i - 1 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i - 1 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i - 1 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i - 1 >= t, i - 1 >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i - 3 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i - 3 >= t, i - 3 >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i - 3 >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i - 3 >= u, i - 3 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i - 1 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i - 1 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i - 1 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i - 1 >= t, i - 1 >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i - 1 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i - 1 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i - 1 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i - 1 >= t, i - 1 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= 0), i - 3 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i - 3 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i - 3 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i - 3 >= t, i - 3 >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i - 3 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i - 3 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i - 3 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i - 3 >= u, i - 3 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i - 1 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i - 1 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i - 1 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i - 1 >= u, i - 1 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i - 2 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i - 2 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i - 2 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 23 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 23 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 23 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 23 >= s, i + 23 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 29 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 29 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 29 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 29 >= t, i + 29 >= u)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 29 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 29 >= t, i + 29 >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 29 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 29 >= s, i + 29 >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 29 >= s, i + 29 >= u)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 29 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 29 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 29 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 29 >= t, i + 29 >= u)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 29 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 29 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 29 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 29 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 29 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 29 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 29 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 29 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 29 >= t, i + 29 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 29 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 29 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 29 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 29 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 29 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 29 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 29 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 29 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 29 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 29 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 29 >= t, i + 29 >= u)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 29 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 29 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 29 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 29 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 29 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 29 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 29 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 29 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 29 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i,u >= i))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i,0 >= i))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r 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<= q,s <= r,s <= t,s <= 0), i - 3 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i - 3 >= t, i - 3 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i - 3 >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i - 3 >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i - 3 >= u, i - 3 >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i - 3 >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i - 3 >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i - 3 >= u, i - 3 >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i - 1 >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i - 1 >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i - 1 >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i - 1 >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i - 1 >= u, i - 1 >= 0))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i - 3 >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i - 3 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i - 3 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i - 3 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i - 3 >= u, i - 3 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 29 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 29 >= t, i + 29 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 29 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 29 >= t, i + 29 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 29 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 29 >= u, i + 29 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 29 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 29 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 29 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 29 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 29 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 29 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i - 3 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i - 3 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i - 3 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i - 3 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i - 3 >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i - 3 >= u, i - 3 >= 0)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 29 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 29 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 29 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 29 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 29 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 29 >= u, i + 29 >= 0))))))] incr5_LI3=\ [i >= p, i >= q, i >= r, i >= s, p + 38 >= i, q + 39 >= i, r + 40 >= i, s + 39 >= i, i >= t - 27, t + 37 >= i, i >= u - 23, u + 39 >= i, 0 >= i - 20, i + 11 >= 0, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(i >= 0,i >= s,0 >= s), If(p >= q, i >= p, i >= q), If(p >= r, i >= p, i >= r), If(p >= s, i >= p, i >= s), If(q >= r, i >= q, i >= r), If(q >= s, i >= q, i >= s), If(r >= s, i >= r, i >= s), If(p <= s, i >= p, i >= s), If(p <= t, i >= p, i >= t), If(p <= u, i >= p, i >= u), If(p <= q, i >= p, i >= q), If(p <= 0, i >= p, i >= 0), If(q <= r, i >= q, i >= r), If(q <= s, i >= q, i >= s), If(q <= t, i >= q, i >= t), If(q <= u, i >= q, i >= u), If(q <= 0, i >= q, i >= 0), If(r <= s, i >= r, i >= s), If(r <= t, i >= r, i >= t), If(r <= u, i >= r, i >= u), If(r <= 0, i >= r, i >= 0), If(s <= t, i >= s, i >= t), If(s <= u, i >= s, i >= u), If(s <= 0, i >= s, i >= 0), If(p <= r, i >= p, i >= r), If(i >= 0,i >= t - 16,0 >= t - 16), If(i >= 0,i >= u - 18,0 >= u - 18), If(p >= q,p >= i - 37,q >= i - 37), If(p >= r,p >= i - 35,r >= i - 35), If(p >= s,p >= i - 36,s >= i - 36), If(p >= t,p >= i - 31,t >= i - 31), If(p >= u,p >= i - 37,u >= i - 37), If(p >= 0,p >= i - 20,0 >= i - 20), If(q >= r,q >= i - 34,r >= i - 34), If(q >= s,q >= i - 31,s >= i - 31), If(q >= t,q >= i - 36,t >= i - 36), If(q >= u,q >= i - 37,u >= i - 37), If(q >= 0,q >= i - 20,0 >= i - 20), If(r >= s,r >= i - 38,s >= i - 38), If(r >= t,r >= i - 36,t >= i - 36), If(r >= u,r >= i - 34,u >= i - 34), If(r >= 0,r >= i - 20,0 >= i - 20), If(s >= t,s >= i - 36,t >= i - 36), If(s >= u,s >= i - 32,u >= i - 32), If(s >= 0,s >= i - 20,0 >= i - 20), If(t >= 0,t >= i - 20,0 >= i - 20), If(u >= 0,u >= i - 20,0 >= i - 20), If(p <= r,p >= i - 40,r >= i - 40), If(p <= s,p >= i - 39,s >= i - 39), If(p <= t,p >= i - 38,t >= i - 38), If(p <= u,p >= i - 39,u >= i - 39), If(i <= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= t - 27,0 >= t - 27), If(i <= 0,i >= u - 23,0 >= u - 23), If(p <= q,p >= i - 39,q >= i - 39), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 20,0 >= r - 20), If(p <= 0,p >= i - 38,0 >= i - 38), If(q <= r,q >= i - 40,r >= i - 40), If(q <= s,q >= i - 39,s >= i - 39), If(q <= t,q >= i - 39,t >= i - 39), If(q <= u,q >= i - 39,u >= i - 39), If(q <= 0,q >= i - 39,0 >= i - 39), If(r <= s,r >= i - 40,s >= i - 40), If(r <= t,r >= i - 40,t >= i - 40), If(r <= u,r >= i - 40,u >= i - 40), If(r <= 0,r >= i - 40,0 >= i - 40), If(s <= t,s >= i - 39,t >= i - 39), If(s <= u,s >= i - 39,u >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(t <= u,t >= i - 39,u >= i - 39), If(t <= 0,t >= i - 37,0 >= i - 37), If(u <= 0,u >= i - 39,0 >= i - 39), If(u <= 0, i + 8 >= u, i + 8 >= 0), If(t >= u,t >= i - 33,u >= i - 33), If(i >= 0, p + 38 >= i, p + 38 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, r + 40 >= i, r + 40 >= 0), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(i >= 0, t + 37 >= i, t + 37 >= 0), If(i >= 0, u + 39 >= i, u + 39 >= 0), If(p >= t, i + 27 >= p, i + 27 >= t), If(p >= u, i + 23 >= p, i + 23 >= u), If(p >= 0, i + 11 >= p, i + 11 >= 0), If(q >= t, i + 27 >= q, i + 27 >= t), If(q >= u, i + 23 >= q, i + 23 >= u), If(q >= 0, i + 11 >= q, i + 11 >= 0), If(r >= t, i + 27 >= r, i + 27 >= t), If(r >= u, i + 23 >= r, i + 23 >= u), If(r >= 0, i + 11 >= r, i + 11 >= 0), If(s >= t, i + 27 >= s, i + 27 >= t), If(s >= u, i + 23 >= s, i + 23 >= u), If(s >= 0, i + 11 >= s, i + 11 >= 0), If(t >= u, i + 27 >= t, i + 27 >= u), If(t >= 0, i + 27 >= t, i + 27 >= 0), If(u >= 0, i + 23 >= u, i + 23 >= 0), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 20 >= i, u + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(t <= u, i + 14 >= t, i + 14 >= u), If(t <= 0, i + 11 >= t, i + 11 >= 0), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p >= q,p >= s), i >= p, If(And(q >= p,q >= s), i >= q, i >= s)), If(And(p >= r,p >= s), i >= p, If(And(r >= p,r >= s), i >= r, i >= s)), If(And(q >= r,q >= s), i >= q, If(And(r >= q,r >= s), i >= r, i >= s)), If(And(p <= t,p <= u), i >= p, If(And(t <= p,t <= u), i >= t, i >= u)), If(And(p <= t,p <= 0), i >= p, If(And(t <= p,t <= 0), i >= t, i >= 0)), If(And(q <= s,q <= t), i >= q, If(And(s <= q,s <= t), i >= s, i >= t)), If(And(q <= u,q <= 0), i >= q, If(And(u <= q,u <= 0), i >= u, i >= 0)), If(And(r <= s,r <= u), i >= r, If(And(s <= r,s <= u), i >= s, i >= u)), If(And(q <= t,q <= u), i >= q, If(And(t <= q,t <= u), i >= t, i >= u)), If(And(r <= u,r <= 0), i >= r, If(And(u <= r,u <= 0), i >= u, i >= 0)), If(And(s <= t,s <= u), i >= s, If(And(t <= s,t <= u), i >= t, i >= u)), If(And(s <= t,s <= 0), i >= s, If(And(t <= s,t <= 0), i >= t, i >= 0)), If(And(s <= u,s <= 0), i >= s, If(And(u <= s,u <= 0), i >= u, i >= 0)), If(And(p <= u,p <= 0), i >= p, If(And(u <= p,u <= 0), i >= u, i >= 0)), If(And(r <= t,r <= u), i >= r, If(And(t <= r,t <= u), i >= t, i >= u)), If(And(p >= q,p >= r),p >= i - 29,If(And(q >= p,q >= r),q >= i - 29,r >= i - 29)), If(And(p >= q,p >= s),p >= i - 27,If(And(q >= p,q >= s),q >= i - 27,s >= i - 27)), If(And(p >= q,p >= t),p >= i - 29,If(And(q >= p,q >= t),q >= i - 29,t >= i - 29)), If(And(p >= q,p >= u),p >= i - 37,If(And(q >= p,q >= u),q >= i - 37,u >= i - 37)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= s),p >= i - 29,If(And(r >= p,r >= s),r >= i - 29,s >= i - 29)), If(And(p >= r,p >= t),p >= i - 29,If(And(r >= p,r >= t),r >= i - 29,t >= i - 29)), If(And(p >= r,p >= u),p >= i - 29,If(And(r >= p,r >= u),r >= i - 29,u >= i - 29)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= t),p >= i - 28,If(And(s >= p,s >= t),s >= i - 28,t >= i - 28)), If(And(p >= s,p >= u),p >= i - 27,If(And(s >= p,s >= u),s >= i - 27,u >= i - 27)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= u),p >= i - 30,If(And(t >= p,t >= u),t >= i - 30,u >= i - 30)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(p >= u,p >= 0),p >= i - 20,If(And(u >= p,u >= 0),u >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 29,If(And(r >= q,r >= s),r >= i - 29,s >= i - 29)), If(And(q >= r,q >= t),q >= i - 34,If(And(r >= q,r >= t),r >= i - 34,t >= i - 34)), If(And(q >= r,q >= u),q >= i - 32,If(And(r >= q,r >= u),r >= i - 32,u >= i - 32)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(q >= s,q >= u),q >= i - 29,If(And(s >= q,s >= u),s >= i - 29,u >= i - 29)), If(And(q >= s,q >= 0),q >= i - 19,If(And(s >= q,s >= 0),s >= i - 19,0 >= i - 19)), If(And(r >= s,r >= u),r >= i - 29,If(And(s >= r,s >= u),s >= i - 29,u >= i - 29)), If(And(r >= s,r >= 0),r >= i - 20,If(And(s >= r,s >= 0),s >= i - 20,0 >= i - 20)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= t,q >= u),q >= i - 26,If(And(t >= q,t >= u),t >= i - 26,u >= i - 26)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= u,q >= 0),q >= i - 20,If(And(u >= q,u >= 0),u >= i - 20,0 >= i - 20)), If(And(r >= s,r >= t),r >= i - 28,If(And(s >= r,s >= t),s >= i - 28,t >= i - 28)), If(And(r >= u,r >= 0),r >= i - 20,If(And(u >= r,u >= 0),u >= i - 20,0 >= i - 20)), If(And(s >= t,s >= u),s >= i - 24,If(And(t >= s,t >= u),t >= i - 24,u >= i - 24)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(s >= u,s >= 0),s >= i - 20,If(And(u >= s,u >= 0),u >= i - 20,0 >= i - 20)), If(And(t >= u,t >= 0),t >= i - 20,If(And(u >= t,u >= 0),u >= i - 20,0 >= i - 20)), If(And(p <= q,p <= r),p >= i - 40,If(And(q <= p,q <= r),q >= i - 40,r >= i - 40)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= q,p <= t),p >= i - 39,If(And(q <= p,q <= t),q >= i - 39,t >= i - 39)), If(And(p <= q,p <= u),p >= i - 39,If(And(q <= p,q <= u),q >= i - 39,u >= i - 39)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= r,p <= s),p >= i - 40,If(And(r <= p,r <= s),r >= i - 40,s >= i - 40)), If(And(p <= r,p <= t),p >= i - 40,If(And(r <= p,r <= t),r >= i - 40,t >= i - 40)), If(And(p <= r,p <= u),p >= i - 40,If(And(r <= p,r <= u),r >= i - 40,u >= i - 40)), If(And(p <= r,p <= 0),p >= i - 40,If(And(r <= p,r <= 0),r >= i - 40,0 >= i - 40)), If(And(p <= s,p <= t),p >= i - 39,If(And(s <= p,s <= t),s >= i - 39,t >= i - 39)), If(And(p <= s,p <= u),p >= i - 39,If(And(s <= p,s <= u),s >= i - 39,u >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(p <= t,p <= u),p >= i - 39,If(And(t <= p,t <= u),t >= i - 39,u >= i - 39)), If(And(p <= t,p <= 0),p >= i - 38,If(And(t <= p,t <= 0),t >= i - 38,0 >= i - 38)), If(And(p <= u,p <= 0),p >= i - 39,If(And(u <= p,u <= 0),u >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 40,If(And(r <= q,r <= s),r >= i - 40,s >= i - 40)), If(And(q <= r,q <= t),q >= i - 40,If(And(r <= q,r <= t),r >= i - 40,t >= i - 40)), If(And(q <= r,q <= u),q >= i - 40,If(And(r <= q,r <= u),r >= i - 40,u >= i - 40)), If(And(q <= r,q <= 0),q >= i - 40,If(And(r <= q,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= s,q <= t),q >= i - 39,If(And(s <= q,s <= t),s >= i - 39,t >= i - 39)), If(And(q <= u,q <= 0),q >= i - 39,If(And(u <= q,u <= 0),u >= i - 39,0 >= i - 39)), If(And(r <= s,r <= t),r >= i - 40,If(And(s <= r,s <= t),s >= i - 40,t >= i - 40)), If(And(r <= s,r <= u),r >= i - 40,If(And(s <= r,s <= u),s >= i - 40,u >= i - 40)), If(And(r <= s,r <= 0),r >= i - 40,If(And(s <= r,s <= 0),s >= i - 40,0 >= i - 40)), If(And(q <= s,q <= u),q >= i - 39,If(And(s <= q,s <= u),s >= i - 39,u >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= t,q <= u),q >= i - 39,If(And(t <= q,t <= u),t >= i - 39,u >= i - 39)), If(And(q <= t,q <= 0),q >= i - 39,If(And(t <= q,t <= 0),t >= i - 39,0 >= i - 39)), If(And(r <= t,r <= u),r >= i - 40,If(And(t <= r,t <= u),t >= i - 40,u >= i - 40)), If(And(r <= t,r <= 0),r >= i - 40,If(And(t <= r,t <= 0),t >= i - 40,0 >= i - 40)), If(And(r <= u,r <= 0),r >= i - 40,If(And(u <= r,u <= 0),u >= i - 40,0 >= i - 40)), If(And(s <= t,s <= u),s >= i - 39,If(And(t <= s,t <= u),t >= i - 39,u >= i - 39)), If(And(s <= t,s <= 0),s >= i - 39,If(And(t <= s,t <= 0),t >= i - 39,0 >= i - 39)), If(And(s <= u,s <= 0),s >= i - 39,If(And(u <= s,u <= 0),u >= i - 39,0 >= i - 39)), If(And(t <= u,t <= 0),t >= i - 39,If(And(u <= t,u <= 0),u >= i - 39,0 >= i - 39)), If(And(r >= t,r >= u),r >= i - 31,If(And(t >= r,t >= u),t >= i - 31,u >= i - 31)), If(And(p <= q,p <= r), i - 4 >= p, If(And(q <= p,q <= r), i - 4 >= q, i - 4 >= r)), If(And(p <= q,p <= s), i - 1 >= p, If(And(q <= p,q <= s), i - 1 >= q, i - 1 >= s)), If(And(p <= q,p <= t), i - 1 >= p, If(And(q <= p,q <= t), i - 1 >= q, i - 1 >= t)), If(And(p <= q,p <= u), i - 1 >= p, If(And(q <= p,q <= u), i - 1 >= q, i - 1 >= u)), If(And(p <= q,p <= 0), i - 2 >= p, If(And(q <= p,q <= 0), i - 2 >= q, i - 2 >= 0)), If(And(p <= r,p <= s), i - 1 >= p, If(And(r <= p,r <= s), i - 1 >= r, i - 1 >= s)), If(And(p <= r,p <= t), i - 1 >= p, If(And(r <= p,r <= t), i - 1 >= r, i - 1 >= t)), If(And(p <= r,p <= u), i - 1 >= p, If(And(r <= p,r <= u), i - 1 >= r, i - 1 >= u)), If(And(p <= r,p <= 0), i - 1 >= p, If(And(r <= p,r <= 0), i - 1 >= r, i - 1 >= 0)), If(And(p <= s,p <= t), i - 1 >= p, If(And(s <= p,s <= t), i - 1 >= s, i - 1 >= t)), If(And(p <= s,p <= u), i - 1 >= p, If(And(s <= p,s <= u), i - 1 >= s, i - 1 >= u)), If(And(p <= s,p <= 0), i - 2 >= p, If(And(s <= p,s <= 0), i - 2 >= s, i - 2 >= 0)), If(And(q <= r,q <= s), i - 5 >= q, If(And(r <= q,r <= s), i - 5 >= r, i - 5 >= s)), If(And(q <= r,q <= t), i - 1 >= q, If(And(r <= q,r <= t), i - 1 >= r, i - 1 >= t)), If(And(q <= r,q <= u), i - 1 >= q, If(And(r <= q,r <= u), i - 1 >= r, i - 1 >= u)), If(And(q <= r,q <= 0), i - 2 >= q, If(And(r <= q,r <= 0), i - 2 >= r, i - 2 >= 0)), If(And(r <= s,r <= t), i - 1 >= r, If(And(s <= r,s <= t), i - 1 >= s, i - 1 >= t)), If(And(q <= s,q <= u), i - 1 >= q, If(And(s <= q,s <= u), i - 1 >= s, i - 1 >= u)), If(And(q <= s,q <= 0), i - 2 >= q, If(And(s <= q,s <= 0), i - 2 >= s, i - 2 >= 0)), If(And(q <= t,q <= 0), i - 2 >= q, If(And(t <= q,t <= 0), i - 2 >= t, i - 2 >= 0)), If(And(r <= t,r <= 0), i - 2 >= r, If(And(t <= r,t <= 0), i - 2 >= t, i - 2 >= 0)), If(And(t <= u,t <= 0), i + 1 >= t, If(And(u <= t,u <= 0), i + 1 >= u, i + 1 >= 0)), If(And(r <= s,r <= 0), i - 3 >= r, If(And(s <= r,s <= 0), i - 3 >= s, i - 3 >= 0)), If(And(p >= q,p >= t), i + 27 >= p, If(And(q >= p,q >= t), i + 27 >= q, i + 27 >= t)), If(And(p >= q,p >= u), i + 23 >= p, If(And(q >= p,q >= u), i + 23 >= q, i + 23 >= u)), If(And(p >= q,p >= 0), i + 11 >= p, If(And(q >= p,q >= 0), i + 11 >= q, i + 11 >= 0)), If(And(p >= r,p >= t), i + 27 >= p, If(And(r >= p,r >= t), i + 27 >= r, i + 27 >= t)), If(And(p >= r,p >= u), i + 23 >= p, If(And(r >= p,r >= u), i + 23 >= r, i + 23 >= u)), If(And(p >= r,p >= 0), i + 11 >= p, If(And(r >= p,r >= 0), i + 11 >= r, i + 11 >= 0)), If(And(p >= s,p >= t), i + 27 >= p, If(And(s >= p,s >= t), i + 27 >= s, i + 27 >= t)), If(And(p >= s,p >= u), i + 23 >= p, If(And(s >= p,s >= u), i + 23 >= s, i + 23 >= u)), If(And(p >= s,p >= 0), i + 11 >= p, If(And(s >= p,s >= 0), i + 11 >= s, i + 11 >= 0)), If(And(p >= t,p >= u), i + 27 >= p, If(And(t >= p,t >= u), i + 27 >= t, i + 27 >= u)), If(And(p >= t,p >= 0), i + 27 >= p, If(And(t >= p,t >= 0), i + 27 >= t, i + 27 >= 0)), If(And(p >= u,p >= 0), i + 23 >= p, If(And(u >= p,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(q >= r,q >= t), i + 27 >= q, If(And(r >= q,r >= t), i + 27 >= r, i + 27 >= t)), If(And(q >= r,q >= u), i + 23 >= q, If(And(r >= q,r >= u), i + 23 >= r, i + 23 >= u)), If(And(q >= r,q >= 0), i + 11 >= q, If(And(r >= q,r >= 0), i + 11 >= r, i + 11 >= 0)), If(And(q >= s,q >= t), i + 27 >= q, If(And(s >= q,s >= t), i + 27 >= s, i + 27 >= t)), If(And(q >= s,q >= u), i + 23 >= q, If(And(s >= q,s >= u), i + 23 >= s, i + 23 >= u)), If(And(q >= s,q >= 0), i + 11 >= q, If(And(s >= q,s >= 0), i + 11 >= s, i + 11 >= 0)), If(And(r >= s,r >= u), i + 23 >= r, If(And(s >= r,s >= u), i + 23 >= s, i + 23 >= u)), If(And(r >= s,r >= 0), i + 11 >= r, If(And(s >= r,s >= 0), i + 11 >= s, i + 11 >= 0)), If(And(r >= t,r >= u), i + 27 >= r, If(And(t >= r,t >= u), i + 27 >= t, i + 27 >= u)), If(And(r >= t,r >= 0), i + 27 >= r, If(And(t >= r,t >= 0), i + 27 >= t, i + 27 >= 0)), If(And(q >= t,q >= u), i + 27 >= q, If(And(t >= q,t >= u), i + 27 >= t, i + 27 >= u)), If(And(q >= t,q >= 0), i + 27 >= q, If(And(t >= q,t >= 0), i + 27 >= t, i + 27 >= 0)), If(And(q >= u,q >= 0), i + 23 >= q, If(And(u >= q,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(r >= s,r >= t), i + 27 >= r, If(And(s >= r,s >= t), i + 27 >= s, i + 27 >= t)), If(And(r >= u,r >= 0), i + 23 >= r, If(And(u >= r,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(s >= t,s >= u), i + 27 >= s, If(And(t >= s,t >= u), i + 27 >= t, i + 27 >= u)), If(And(s >= t,s >= 0), i + 27 >= s, If(And(t >= s,t >= 0), i + 27 >= t, i + 27 >= 0)), If(And(s >= u,s >= 0), i + 23 >= s, If(And(u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(t >= u,t >= 0), i + 27 >= t, If(And(u >= t,u >= 0), i + 27 >= u, i + 27 >= 0)), If(And(p >= q,p >= r,p >= s), i >= p, If(And(q >= p,q >= r,q >= s), i >= q, If(And(r >= p,r >= q,r >= s), i >= r, i >= s))), If(And(s <= t,s <= u,s <= 0), i >= s, If(And(t <= s,t <= u,t <= 0), i >= t, If(And(u <= s,u <= t,u <= 0), i >= u, i >= 0))), If(And(p >= q,p >= r,p >= s),p >= i - 27,If(And(q >= p,q >= r,q >= s),q >= i - 27,If(And(r >= p,r >= q,r >= s),r >= i - 27,s >= i - 27))), If(And(p >= q,p >= r,p >= t),p >= i - 20,If(And(q >= p,q >= r,q >= t),q >= i - 20,If(And(r >= p,r >= q,r >= t),r >= i - 20,t >= i - 20))), If(And(p >= q,p >= r,p >= u),p >= i - 27,If(And(q >= p,q >= r,q >= u),q >= i - 27,If(And(r >= p,r >= q,r >= u),r >= i - 27,u >= i - 27))), If(And(p >= q,p >= t,p >= u),p >= i - 26,If(And(q >= p,q >= t,q >= u),q >= i - 26,If(And(t >= p,t >= q,t >= u),t >= i - 26,u >= i - 26))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= r,p >= s,p >= t),p >= i - 28,If(And(r >= p,r >= s,r >= t),r >= i - 28,If(And(s >= p,s >= r,s >= t),s >= i - 28,t >= i - 28))), If(And(p >= q,p >= r,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= 0),r >= i - 20,0 >= i - 20))), If(And(p >= q,p >= s,p >= t),p >= i - 27,If(And(q >= p,q >= s,q >= t),q >= i - 27,If(And(s >= p,s >= q,s >= t),s >= i - 27,t >= i - 27))), If(And(p >= q,p >= s,p >= u),p >= i - 27,If(And(q >= p,q >= s,q >= u),q >= i - 27,If(And(s >= p,s >= q,s >= u),s >= i - 27,u >= i - 27))), If(And(p >= q,p >= s,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= 0),s >= i - 18,0 >= i - 18))), If(And(p >= r,p >= s,p >= u),p >= i - 27,If(And(r >= p,r >= s,r >= u),r >= i - 27,If(And(s >= p,s >= r,s >= u),s >= i - 27,u >= i - 27))), If(And(p >= r,p >= s,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p >= r,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= t,r >= u),r >= i - 23,If(And(t >= p,t >= r,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= r,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= u,r >= 0),r >= i - 20,If(And(u >= p,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p >= s,p >= t,p >= u),p >= i - 23,If(And(s >= p,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= s,p >= u,p >= 0),p >= i - 19,If(And(s >= p,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= t,p >= u,p >= 0),p >= i - 20,If(And(t >= p,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q >= r,q >= s,q >= t),q >= i - 19,If(And(r >= q,r >= s,r >= t),r >= i - 19,If(And(s >= q,s >= r,s >= t),s >= i - 19,t >= i - 19))), If(And(q >= r,q >= s,q >= u),q >= i - 29,If(And(r >= q,r >= s,r >= u),r >= i - 29,If(And(s >= q,s >= r,s >= u),s >= i - 29,u >= i - 29))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(q >= s,q >= u,q >= 0),q >= i - 19,If(And(s >= q,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(q >= r,q >= t,q >= u),q >= i - 25,If(And(r >= q,r >= t,r >= u),r >= i - 25,If(And(t >= q,t >= r,t >= u),t >= i - 25,u >= i - 25))), If(And(q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= u,q >= 0),q >= i - 20,If(And(r >= q,r >= u,r >= 0),r >= i - 20,If(And(u >= q,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q >= s,q >= t,q >= u),q >= i - 24,If(And(s >= q,s >= t,s >= u),s >= i - 24,If(And(t >= q,t >= s,t >= u),t >= i - 24,u >= i - 24))), If(And(r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(r >= s,r >= u,r >= 0),r >= i - 20,If(And(s >= r,s >= u,s >= 0),s >= i - 20,If(And(u >= r,u >= s,u >= 0),u >= i - 20,0 >= i - 20))), If(And(r >= t,r >= u,r >= 0),r >= i - 20,If(And(t >= r,t >= u,t >= 0),t >= i - 20,If(And(u >= r,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))), If(And(p <= q,p <= r,p <= s),p >= i - 40,If(And(q <= p,q <= r,q <= s),q >= i - 40,If(And(r <= p,r <= q,r <= s),r >= i - 40,s >= i - 40))), If(And(p <= q,p <= r,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= t),r >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= u),r >= i - 40,u >= i - 40))), If(And(p <= q,p <= r,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= 0),r >= i - 40,0 >= i - 40))), If(And(p <= q,p <= s,p <= t),p >= i - 39,If(And(q <= p,q <= s,q <= t),q >= i - 39,If(And(s <= p,s <= q,s <= t),s >= i - 39,t >= i - 39))), If(And(p <= q,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= u,q <= 0),q >= i - 39,If(And(u <= p,u <= q,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= t),p >= i - 40,If(And(r <= p,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= r,p <= s,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(p <= r,p <= s,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(p <= q,p <= s,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= u),s >= i - 39,u >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= t,p <= u),p >= i - 39,If(And(q <= p,q <= t,q <= u),q >= i - 39,If(And(t <= p,t <= q,t <= u),t >= i - 39,u >= i - 39))), If(And(p <= q,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= t,q <= 0),q >= i - 39,If(And(t <= p,t <= q,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p <= r,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= r,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= r,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= s,p <= t,p <= u),p >= i - 39,If(And(s <= p,s <= t,s <= u),s >= i - 39,If(And(t <= p,t <= s,t <= u),t >= i - 39,u >= i - 39))), If(And(p <= s,p <= t,p <= 0),p >= i - 39,If(And(s <= p,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(p <= s,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= t,p <= u,p <= 0),p >= i - 39,If(And(t <= p,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= s,q <= t,q <= u),q >= i - 39,If(And(s <= q,s <= t,s <= u),s >= i - 39,If(And(t <= q,t <= s,t <= u),t >= i - 39,u >= i - 39))), If(And(q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39))), If(And(q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(q <= t,q <= u,q <= 0),q >= i - 39,If(And(t <= q,t <= u,t <= 0),t >= i - 39,If(And(u <= q,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))), If(And(r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p >= q,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= u,q >= 0),q >= i - 19,If(And(u >= p,u >= q,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p <= q,p <= r,p <= s), i - 5 >= p, If(And(q <= p,q <= r,q <= s), i - 5 >= q, If(And(r <= p,r <= q,r <= s), i - 5 >= r, i - 5 >= s))), If(And(p <= q,p <= r,p <= t), i - 4 >= p, If(And(q <= p,q <= r,q <= t), i - 4 >= q, If(And(r <= p,r <= q,r <= t), i - 4 >= r, i - 4 >= t))), If(And(p <= q,p <= r,p <= u), i - 4 >= p, If(And(q <= p,q <= r,q <= u), i - 4 >= q, If(And(r <= p,r <= q,r <= u), i - 4 >= r, i - 4 >= u))), If(And(p <= q,p <= r,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= 0), i - 4 >= r, i - 4 >= 0))), If(And(p <= q,p <= s,p <= t), i - 1 >= p, If(And(q <= p,q <= s,q <= t), i - 1 >= q, If(And(s <= p,s <= q,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= q,p <= u,p <= 0), i - 2 >= p, If(And(q <= p,q <= u,q <= 0), i - 2 >= q, If(And(u <= p,u <= q,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(p <= r,p <= s,p <= t), i - 1 >= p, If(And(r <= p,r <= s,r <= t), i - 1 >= r, If(And(s <= p,s <= r,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= r,p <= s,p <= u), i - 1 >= p, If(And(r <= p,r <= s,r <= u), i - 1 >= r, If(And(s <= p,s <= r,s <= u), i - 1 >= s, i - 1 >= u))), If(And(p <= q,p <= s,p <= u), i - 1 >= p, If(And(q <= p,q <= s,q <= u), i - 1 >= q, If(And(s <= p,s <= q,s <= u), i - 1 >= s, i - 1 >= u))), If(And(p <= q,p <= s,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= 0), i - 2 >= s, i - 2 >= 0))), If(And(p <= q,p <= t,p <= u), i - 1 >= p, If(And(q <= p,q <= t,q <= u), i - 1 >= q, If(And(t <= p,t <= q,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p <= q,p <= t,p <= 0), i - 2 >= p, If(And(q <= p,q <= t,q <= 0), i - 2 >= q, If(And(t <= p,t <= q,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p <= r,p <= t,p <= u), i - 1 >= p, If(And(r <= p,r <= t,r <= u), i - 1 >= r, If(And(t <= p,t <= r,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p <= r,p <= t,p <= 0), i - 2 >= p, If(And(r <= p,r <= t,r <= 0), i - 2 >= r, If(And(t <= p,t <= r,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p <= r,p <= u,p <= 0), i - 1 >= p, If(And(r <= p,r <= u,r <= 0), i - 1 >= r, If(And(u <= p,u <= r,u <= 0), i - 1 >= u, i - 1 >= 0))), If(And(p <= s,p <= t,p <= u), i - 1 >= p, If(And(s <= p,s <= t,s <= u), i - 1 >= s, If(And(t <= p,t <= s,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p <= s,p <= t,p <= 0), i - 2 >= p, If(And(s <= p,s <= t,s <= 0), i - 2 >= s, If(And(t <= p,t <= s,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p <= s,p <= u,p <= 0), i - 2 >= p, If(And(s <= p,s <= u,s <= 0), i - 2 >= s, If(And(u <= p,u <= s,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(p <= t,p <= u,p <= 0), i - 2 >= p, If(And(t <= p,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(q <= r,q <= s,q <= t), i - 5 >= q, If(And(r <= q,r <= s,r <= t), i - 5 >= r, If(And(s <= q,s <= r,s <= t), i - 5 >= s, i - 5 >= t))), If(And(q <= r,q <= s,q <= u), i - 5 >= q, If(And(r <= q,r <= s,r <= u), i - 5 >= r, If(And(s <= q,s <= r,s <= u), i - 5 >= s, i - 5 >= u))), If(And(q <= r,q <= s,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= 0), i - 5 >= s, i - 5 >= 0))), If(And(q <= r,q <= t,q <= u), i - 1 >= q, If(And(r <= q,r <= t,r <= u), i - 1 >= r, If(And(t <= q,t <= r,t <= u), i - 1 >= t, i - 1 >= u))), If(And(q <= r,q <= t,q <= 0), i - 2 >= q, If(And(r <= q,r <= t,r <= 0), i - 2 >= r, If(And(t <= q,t <= r,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(q <= r,q <= u,q <= 0), i - 2 >= q, If(And(r <= q,r <= u,r <= 0), i - 2 >= r, If(And(u <= q,u <= r,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(q <= s,q <= t,q <= u), i - 1 >= q, If(And(s <= q,s <= t,s <= u), i - 1 >= s, If(And(t <= q,t <= s,t <= u), i - 1 >= t, i - 1 >= u))), If(And(q <= s,q <= t,q <= 0), i - 2 >= q, If(And(s <= q,s <= t,s <= 0), i - 2 >= s, If(And(t <= q,t <= s,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(q <= s,q <= u,q <= 0), i - 2 >= q, If(And(s <= q,s <= u,s <= 0), i - 2 >= s, If(And(u <= q,u <= s,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(q <= t,q <= u,q <= 0), i - 2 >= q, If(And(t <= q,t <= u,t <= 0), i - 2 >= t, If(And(u <= q,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(r <= s,r <= t,r <= u), i - 1 >= r, If(And(s <= r,s <= t,s <= u), i - 1 >= s, If(And(t <= r,t <= s,t <= u), i - 1 >= t, i - 1 >= u))), If(And(r <= s,r <= t,r <= 0), i - 5 >= r, If(And(s <= r,s <= t,s <= 0), i - 5 >= s, If(And(t <= r,t <= s,t <= 0), i - 5 >= t, i - 5 >= 0))), If(And(r <= s,r <= u,r <= 0), i - 4 >= r, If(And(s <= r,s <= u,s <= 0), i - 4 >= s, If(And(u <= r,u <= s,u <= 0), i - 4 >= u, i - 4 >= 0))), If(And(r <= t,r <= u,r <= 0), i - 2 >= r, If(And(t <= r,t <= u,t <= 0), i - 2 >= t, If(And(u <= r,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(p <= r,p <= s,p <= 0), i - 3 >= p, If(And(r <= p,r <= s,r <= 0), i - 3 >= r, If(And(s <= p,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0))), If(And(p >= q,p >= r,p >= t), i + 27 >= p, If(And(q >= p,q >= r,q >= t), i + 27 >= q, If(And(r >= p,r >= q,r >= t), i + 27 >= r, i + 27 >= t))), If(And(p >= q,p >= r,p >= u), i + 23 >= p, If(And(q >= p,q >= r,q >= u), i + 23 >= q, If(And(r >= p,r >= q,r >= u), i + 23 >= r, i + 23 >= u))), If(And(p >= q,p >= t,p >= u), i + 27 >= p, If(And(q >= p,q >= t,q >= u), i + 27 >= q, If(And(t >= p,t >= q,t >= u), i + 27 >= t, i + 27 >= u))), If(And(p >= q,p >= t,p >= 0), i + 27 >= p, If(And(q >= p,q >= t,q >= 0), i + 27 >= q, If(And(t >= p,t >= q,t >= 0), i + 27 >= t, i + 27 >= 0))), If(And(p >= q,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= u,q >= 0), i + 23 >= q, If(And(u >= p,u >= q,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(p >= r,p >= s,p >= t), i + 27 >= p, If(And(r >= p,r >= s,r >= t), i + 27 >= r, If(And(s >= p,s >= r,s >= t), i + 27 >= s, i + 27 >= t))), If(And(p >= q,p >= r,p >= 0), i + 11 >= p, If(And(q >= p,q >= r,q >= 0), i + 11 >= q, If(And(r >= p,r >= q,r >= 0), i + 11 >= r, i + 11 >= 0))), If(And(p >= q,p >= s,p >= t), i + 27 >= p, If(And(q >= p,q >= s,q >= t), i + 27 >= q, If(And(s >= p,s >= q,s >= t), i + 27 >= s, i + 27 >= t))), If(And(p >= q,p >= s,p >= u), i + 23 >= p, If(And(q >= p,q >= s,q >= u), i + 23 >= q, If(And(s >= p,s >= q,s >= u), i + 23 >= s, i + 23 >= u))), If(And(p >= q,p >= s,p >= 0), i + 11 >= p, If(And(q >= p,q >= s,q >= 0), i + 11 >= q, If(And(s >= p,s >= q,s >= 0), i + 11 >= s, i + 11 >= 0))), If(And(p >= r,p >= s,p >= u), i + 23 >= p, If(And(r >= p,r >= s,r >= u), i + 23 >= r, If(And(s >= p,s >= r,s >= u), i + 23 >= s, i + 23 >= u))), If(And(p >= r,p >= s,p >= 0), i + 11 >= p, If(And(r >= p,r >= s,r >= 0), i + 11 >= r, If(And(s >= p,s >= r,s >= 0), i + 11 >= s, i + 11 >= 0))), If(And(p >= r,p >= t,p >= u), i + 27 >= p, If(And(r >= p,r >= t,r >= u), i + 27 >= r, If(And(t >= p,t >= r,t >= u), i + 27 >= t, i + 27 >= u))), If(And(p >= r,p >= t,p >= 0), i + 27 >= p, If(And(r >= p,r >= t,r >= 0), i + 27 >= r, If(And(t >= p,t >= r,t >= 0), i + 27 >= t, i + 27 >= 0))), If(And(p >= r,p >= u,p >= 0), i + 23 >= p, If(And(r >= p,r >= u,r >= 0), i + 23 >= r, If(And(u >= p,u >= r,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(p >= s,p >= t,p >= u), i + 27 >= p, If(And(s >= p,s >= t,s >= u), i + 27 >= s, If(And(t >= p,t >= s,t >= u), i + 27 >= t, i + 27 >= u))), If(And(p >= s,p >= t,p >= 0), i + 27 >= p, If(And(s >= p,s >= t,s >= 0), i + 27 >= s, If(And(t >= p,t >= s,t >= 0), i + 27 >= t, i + 27 >= 0))), If(And(p >= s,p >= u,p >= 0), i + 23 >= p, If(And(s >= p,s >= u,s >= 0), i + 23 >= s, If(And(u >= p,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 27 >= p, If(And(t >= p,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))), If(And(q >= r,q >= s,q >= t), i + 27 >= q, If(And(r >= q,r >= s,r >= t), i + 27 >= r, If(And(s >= q,s >= r,s >= t), i + 27 >= s, i + 27 >= t))), If(And(q >= r,q >= s,q >= u), i + 23 >= q, If(And(r >= q,r >= s,r >= u), i + 23 >= r, If(And(s >= q,s >= r,s >= u), i + 23 >= s, i + 23 >= u))), If(And(q >= r,q >= s,q >= 0), i + 11 >= q, If(And(r >= q,r >= s,r >= 0), i + 11 >= r, If(And(s >= q,s >= r,s >= 0), i + 11 >= s, i + 11 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 27 >= q, If(And(s >= q,s >= t,s >= 0), i + 27 >= s, If(And(t >= q,t >= s,t >= 0), i + 27 >= t, i + 27 >= 0))), If(And(q >= s,q >= u,q >= 0), i + 23 >= q, If(And(s >= q,s >= u,s >= 0), i + 23 >= s, If(And(u >= q,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 27 >= q, If(And(t >= q,t >= u,t >= 0), i + 27 >= t, If(And(u >= q,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))), If(And(r >= s,r >= t,r >= u), i + 27 >= r, If(And(s >= r,s >= t,s >= u), i + 27 >= s, If(And(t >= r,t >= s,t >= u), i + 27 >= t, i + 27 >= u))), If(And(q >= r,q >= t,q >= u), i + 27 >= q, If(And(r >= q,r >= t,r >= u), i + 27 >= r, If(And(t >= q,t >= r,t >= u), i + 27 >= t, i + 27 >= u))), If(And(q >= r,q >= t,q >= 0), i + 27 >= q, If(And(r >= q,r >= t,r >= 0), i + 27 >= r, If(And(t >= q,t >= r,t >= 0), i + 27 >= t, i + 27 >= 0))), If(And(q >= r,q >= u,q >= 0), i + 23 >= q, If(And(r >= q,r >= u,r >= 0), i + 23 >= r, If(And(u >= q,u >= r,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(q >= s,q >= t,q >= u), i + 27 >= q, If(And(s >= q,s >= t,s >= u), i + 27 >= s, If(And(t >= q,t >= s,t >= u), i + 27 >= t, i + 27 >= u))), If(And(r >= s,r >= t,r >= 0), i + 27 >= r, If(And(s >= r,s >= t,s >= 0), i + 27 >= s, If(And(t >= r,t >= s,t >= 0), i + 27 >= t, i + 27 >= 0))), If(And(r >= s,r >= u,r >= 0), i + 23 >= r, If(And(s >= r,s >= u,s >= 0), i + 23 >= s, If(And(u >= r,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(r >= t,r >= u,r >= 0), i + 27 >= r, If(And(t >= r,t >= u,t >= 0), i + 27 >= t, If(And(u >= r,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i,If(And(q >= p,q >= r,q >= s,q >= t),q >= i,If(And(r >= p,r >= q,r >= s,r >= t),r >= i,If(And(s >= p,s >= q,s >= r,s >= t),s >= i,t >= i)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i - 27,If(And(q >= p,q >= r,q >= s,q >= u),q >= i - 27,If(And(r >= p,r >= q,r >= s,r >= u),r >= i - 27,If(And(s >= p,s >= q,s >= r,s >= u),s >= i - 27,u >= i - 27)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i - 16,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i - 16,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i - 16,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i - 16,0 >= i - 16)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i - 18,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= p,s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i - 18,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i - 18,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i - 16,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i - 16,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i - 16,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i - 16,0 >= i - 16)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= u),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= u),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= u),t >= i - 17,u >= i - 17)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i - 17,0 >= i - 17)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i - 20,0 >= i - 20)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i - 17,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i - 17,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i - 17,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i - 17,0 >= i - 17)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u),t >= i - 18,u >= i - 18)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i - 18,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 39,u >= i - 39)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 39,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i - 16,If(And(q >= p,q >= r,q >= t,q >= u),q >= i - 16,If(And(r >= p,r >= q,r >= t,r >= u),r >= i - 16,If(And(t >= p,t >= q,t >= r,t >= u),t >= i - 16,u >= i - 16)))), If(And(p <= q,p <= r,p <= s,p <= t), i - 5 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i - 5 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i - 5 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i - 5 >= s, i - 5 >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i - 5 >= p, If(And(q <= p,q <= r,q <= s,q <= u), i - 5 >= q, If(And(r <= p,r <= q,r <= s,r <= u), i - 5 >= r, If(And(s <= p,s <= q,s <= r,s <= u), i - 5 >= s, i - 5 >= u)))), If(And(p <= r,p <= s,p <= t,p <= u), i - 1 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i - 1 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i - 1 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i - 1 >= t, i - 1 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i - 5 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i - 5 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i - 5 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i - 5 >= t, i - 5 >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i - 2 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i - 2 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 5 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 5 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 5 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 5 >= s, i - 5 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i - 4 >= p, If(And(q <= p,q <= r,q <= t,q <= u), i - 4 >= q, If(And(r <= p,r <= q,r <= t,r <= u), i - 4 >= r, If(And(t <= p,t <= q,t <= r,t <= u), i - 4 >= t, i - 4 >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i - 4 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i - 4 >= t, i - 4 >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i - 4 >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i - 4 >= u, i - 4 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i - 1 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i - 1 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i - 1 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i - 1 >= t, i - 1 >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i - 2 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i - 2 >= t, i - 2 >= 0)))), If(And(p <= q,p <= s,p <= u,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i - 2 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i - 2 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i - 2 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i - 2 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i - 2 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= u), i - 5 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i - 5 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i - 5 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i - 5 >= t, i - 5 >= u)))), If(And(q <= r,q <= s,q <= t,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i - 5 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i - 5 >= t, i - 5 >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i - 5 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i - 5 >= u, i - 5 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i - 2 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i - 2 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i - 2 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i - 2 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i - 2 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i - 2 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i - 5 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i - 5 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i - 5 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i - 5 >= u, i - 5 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i - 4 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i - 4 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i - 4 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i - 4 >= u, i - 4 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t), i + 27 >= p, If(And(q >= p,q >= r,q >= s,q >= t), i + 27 >= q, If(And(r >= p,r >= q,r >= s,r >= t), i + 27 >= r, If(And(s >= p,s >= q,s >= r,s >= t), i + 27 >= s, i + 27 >= t)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 23 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 23 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 23 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 23 >= s, i + 23 >= u)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 11 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 11 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 11 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 11 >= s, i + 11 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 27 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 27 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 27 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 27 >= t, i + 27 >= u)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 23 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 23 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 27 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 27 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 27 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 27 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 27 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 27 >= t, i + 27 >= u)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 27 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 27 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 27 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 27 >= t, i + 27 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 27 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 27 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 27 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 27 >= t, i + 27 >= 0)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 23 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 23 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 27 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 27 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 27 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 27 >= t, i + 27 >= u)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 27 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 27 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 27 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 27 >= t, i + 27 >= 0)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 23 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 23 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 23 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 27 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 27 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 27 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 27 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 27 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 27 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 27 >= t, i + 27 >= u)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 27 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 27 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 27 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 27 >= t, i + 27 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 23 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 23 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 23 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 27 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 27 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 27 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 27 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 27 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i,u >= i))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= 0),t >= i,0 >= i))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0),p >= i - 16,If(And(q >= p,q >= r,q >= s,q >= u,q >= 0),q >= i - 16,If(And(r >= p,r >= q,r >= s,r >= u,r >= 0),r >= i - 16,If(And(s >= p,s >= q,s >= r,s >= u,s >= 0),s >= i - 16,If(And(u >= p,u >= q,u >= r,u >= s,u >= 0),u >= i - 16,0 >= i - 16))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= u,q >= 0),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= u,s >= 0),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= u,t >= 0),t >= i - 17,If(And(u >= p,u >= q,u >= s,u >= t,u >= 0),u >= i - 17,0 >= i - 17))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i - 16,If(And(r >= p,r >= s,r >= t,r >= u,r >= 0),r >= i - 16,If(And(s >= p,s >= r,s >= t,s >= u,s >= 0),s >= i - 16,If(And(t >= p,t >= r,t >= s,t >= u,t >= 0),t >= i - 16,If(And(u >= p,u >= r,u >= s,u >= t,u >= 0),u >= i - 16,0 >= i - 16))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= t,q <= u,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= t,s <= u,s <= 0),s >= i - 39,If(And(t <= p,t <= q,t <= s,t <= u,t <= 0),t >= i - 39,If(And(u <= p,u <= q,u <= s,u <= t,u <= 0),u >= i - 39,0 >= i - 39))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i - 14,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i - 14,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i - 14,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i - 14,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i - 14,0 >= i - 14))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u), i - 5 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u), i - 5 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u), i - 5 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u), i - 5 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u), i - 5 >= t, i - 5 >= u))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= 0), i - 5 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= 0), i - 5 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= 0), i - 5 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= 0), i - 5 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= 0), i - 5 >= t, i - 5 >= 0))))), If(And(p <= q,p <= r,p <= s,p <= u,p <= 0), i - 5 >= p, If(And(q <= p,q <= r,q <= s,q <= u,q <= 0), i - 5 >= q, If(And(r <= p,r <= q,r <= s,r <= u,r <= 0), i - 5 >= r, If(And(s <= p,s <= q,s <= r,s <= u,s <= 0), i - 5 >= s, If(And(u <= p,u <= q,u <= r,u <= s,u <= 0), i - 5 >= u, i - 5 >= 0))))), If(And(p <= q,p <= r,p <= t,p <= u,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= t,q <= u,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= t,r <= u,r <= 0), i - 4 >= r, If(And(t <= p,t <= q,t <= r,t <= u,t <= 0), i - 4 >= t, If(And(u <= p,u <= q,u <= r,u <= t,u <= 0), i - 4 >= u, i - 4 >= 0))))), If(And(p <= q,p <= s,p <= t,p <= u,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= t,q <= u,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= t,s <= u,s <= 0), i - 2 >= s, If(And(t <= p,t <= q,t <= s,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= q,u <= s,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0))))), If(And(p <= r,p <= s,p <= t,p <= u,p <= 0), i - 5 >= p, If(And(r <= p,r <= s,r <= t,r <= u,r <= 0), i - 5 >= r, If(And(s <= p,s <= r,s <= t,s <= u,s <= 0), i - 5 >= s, If(And(t <= p,t <= r,t <= s,t <= u,t <= 0), i - 5 >= t, If(And(u <= p,u <= r,u <= s,u <= t,u <= 0), i - 5 >= u, i - 5 >= 0))))), If(And(q <= r,q <= s,q <= t,q <= u,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= t,r <= u,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= t,s <= u,s <= 0), i - 5 >= s, If(And(t <= q,t <= r,t <= s,t <= u,t <= 0), i - 5 >= t, If(And(u <= q,u <= r,u <= s,u <= t,u <= 0), i - 5 >= u, i - 5 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u), i + 27 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u), i + 27 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u), i + 27 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u), i + 27 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u), i + 27 >= t, i + 27 >= u))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= 0), i + 27 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= 0), i + 27 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= 0), i + 27 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= 0), i + 27 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= 0), i + 27 >= t, i + 27 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= r,q >= s,q >= u,q >= 0), i + 23 >= q, If(And(r >= p,r >= q,r >= s,r >= u,r >= 0), i + 23 >= r, If(And(s >= p,s >= q,s >= r,s >= u,s >= 0), i + 23 >= s, If(And(u >= p,u >= q,u >= r,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0), i + 27 >= p, If(And(q >= p,q >= r,q >= t,q >= u,q >= 0), i + 27 >= q, If(And(r >= p,r >= q,r >= t,r >= u,r >= 0), i + 27 >= r, If(And(t >= p,t >= q,t >= r,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= q,u >= r,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))))), If(And(p >= q,p >= s,p >= t,p >= u,p >= 0), i + 27 >= p, If(And(q >= p,q >= s,q >= t,q >= u,q >= 0), i + 27 >= q, If(And(s >= p,s >= q,s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= p,t >= q,t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= q,u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))))), If(And(p >= r,p >= s,p >= t,p >= u,p >= 0), i + 27 >= p, If(And(r >= p,r >= s,r >= t,r >= u,r >= 0), i + 27 >= r, If(And(s >= p,s >= r,s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= p,t >= r,t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= r,u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))))), If(And(q >= r,q >= s,q >= t,q >= u,q >= 0), i + 27 >= q, If(And(r >= q,r >= s,r >= t,r >= u,r >= 0), i + 27 >= r, If(And(s >= q,s >= r,s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= q,t >= r,t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= q,u >= r,u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0),t >= i,If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0),u >= i,0 >= i)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))))), If(And(p <= q,p <= r,p <= s,p <= t,p <= u,p <= 0), i - 5 >= p, If(And(q <= p,q <= r,q <= s,q <= t,q <= u,q <= 0), i - 5 >= q, If(And(r <= p,r <= q,r <= s,r <= t,r <= u,r <= 0), i - 5 >= r, If(And(s <= p,s <= q,s <= r,s <= t,s <= u,s <= 0), i - 5 >= s, If(And(t <= p,t <= q,t <= r,t <= s,t <= u,t <= 0), i - 5 >= t, If(And(u <= p,u <= q,u <= r,u <= s,u <= t,u <= 0), i - 5 >= u, i - 5 >= 0)))))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u,p >= 0), i + 27 >= p, If(And(q >= p,q >= r,q >= s,q >= t,q >= u,q >= 0), i + 27 >= q, If(And(r >= p,r >= q,r >= s,r >= t,r >= u,r >= 0), i + 27 >= r, If(And(s >= p,s >= q,s >= r,s >= t,s >= u,s >= 0), i + 27 >= s, If(And(t >= p,t >= q,t >= r,t >= s,t >= u,t >= 0), i + 27 >= t, If(And(u >= p,u >= q,u >= r,u >= s,u >= t,u >= 0), i + 27 >= u, i + 27 >= 0))))))] incr5_LI4=\ [i >= p, i >= q, i >= r, i >= s, i >= t, i + 8 >= 0, r + 40 >= i, s + 39 >= i, i >= u - 23, u + 39 >= i, 0 >= i - 20, q + 39 >= i, t + 40 >= i, p + 39 >= i, If(i >= 0,i >= p,0 >= p), If(i >= 0,i >= q,0 >= q), If(i >= 0,i >= r,0 >= r), If(i >= 0,i >= s,0 >= s), If(i >= 0,i >= t,0 >= t), If(p >= q, i >= p, i >= q), If(p >= r, i >= p, i >= r), If(p >= s, i >= p, i >= s), If(p >= t, i >= p, i >= t), If(q >= r, i >= q, i >= r), If(r >= s, i >= r, i >= s), If(r >= t, i >= r, i >= t), If(q >= s, i >= q, i >= s), If(q >= t, i >= q, i >= t), If(s >= t, i >= s, i >= t), If(q <= r, i >= q, i >= r), If(q <= s, i >= q, i >= s), If(q <= t, i >= q, i >= t), If(p <= r, i >= p, i >= r), If(p <= s, i >= p, i >= s), If(p <= u, i >= p, i >= u), If(p <= q, i >= p, i >= q), If(q <= u, i >= q, i >= u), If(r <= s, i >= r, i >= s), If(r <= u, i >= r, i >= u), If(r <= 0, i >= r, i >= 0), If(s <= t, i >= s, i >= t), If(s <= u, i >= s, i >= u), If(s <= 0, i >= s, i >= 0), If(t <= u, i >= t, i >= u), If(p <= 0, i >= p, i >= 0), If(r <= t, i >= r, i >= t), If(q <= 0, i >= q, i >= 0), If(i >= 0,i >= u - 18,0 >= u - 18), If(p >= q,p >= i - 37,q >= i - 37), If(p >= r,p >= i - 35,r >= i - 35), If(p >= t,p >= i - 31,t >= i - 31), If(p >= u,p >= i - 37,u >= i - 37), If(p >= 0,p >= i - 20,0 >= i - 20), If(p >= 0, i + 8 >= p, i + 8 >= 0), If(r >= 0,r >= i - 20,0 >= i - 20), If(r >= 0, i + 8 >= r, i + 8 >= 0), If(q >= u,q >= i - 37,u >= i - 37), If(q >= 0,q >= i - 20,0 >= i - 20), If(q >= 0, i + 8 >= q, i + 8 >= 0), If(t >= 0,t >= i - 20,0 >= i - 20), If(t >= 0, i + 8 >= t, i + 8 >= 0), If(u >= 0,u >= i - 20,0 >= i - 20), If(s >= t,s >= i - 36,t >= i - 36), If(s >= u,s >= i - 32,u >= i - 32), If(s >= 0,s >= i - 20,0 >= i - 20), If(s >= 0, i + 8 >= s, i + 8 >= 0), If(t >= u,t >= i - 33,u >= i - 33), If(q <= r,q >= i - 40,r >= i - 40), If(q <= s,q >= i - 39,s >= i - 39), If(p <= r,p >= i - 40,r >= i - 40), If(p <= s,p >= i - 39,s >= i - 39), If(p <= t, i - 1 >= p, i - 1 >= t), If(p <= u,p >= i - 39,u >= i - 39), If(i <= 0,i >= s - 20,0 >= s - 20), If(i <= 0,i >= t - 20,0 >= t - 20), If(i <= 0,i >= u - 23,0 >= u - 23), If(i <= 0,i >= p - 20,0 >= p - 20), If(i <= 0,i >= q - 20,0 >= q - 20), If(i <= 0,i >= r - 20,0 >= r - 20), If(q <= u,q >= i - 39,u >= i - 39), If(r <= s,r >= i - 40,s >= i - 40), If(r <= t,r >= i - 40,t >= i - 40), If(r <= u,r >= i - 40,u >= i - 40), If(r <= 0,r >= i - 40,0 >= i - 40), If(s <= u,s >= i - 39,u >= i - 39), If(s <= 0,s >= i - 39,0 >= i - 39), If(t <= 0, i - 2 >= t, i - 2 >= 0), If(u <= 0,u >= i - 39,0 >= i - 39), If(u <= 0, i + 8 >= u, i + 8 >= 0), If(p <= q,p >= i - 39,q >= i - 39), If(q <= t,q >= i - 40,t >= i - 40), If(q <= 0,q >= i - 39,0 >= i - 39), If(p <= t,p >= i - 40,t >= i - 40), If(s <= t,s >= i - 40,t >= i - 40), If(t <= u,t >= i - 40,u >= i - 40), If(t <= 0,t >= i - 40,0 >= i - 40), If(p >= s,p >= i - 36,s >= i - 36), If(q >= r,q >= i - 34,r >= i - 34), If(q >= s,q >= i - 34,s >= i - 34), If(q >= t,q >= i - 36,t >= i - 36), If(r >= s,r >= i - 38,s >= i - 38), If(r >= t,r >= i - 36,t >= i - 36), If(r >= u,r >= i - 34,u >= i - 34), If(p <= 0,p >= i - 39,0 >= i - 39), If(i >= 0, r + 40 >= i, r + 40 >= 0), If(i >= 0, s + 39 >= i, s + 39 >= 0), If(i >= 0, u + 39 >= i, u + 39 >= 0), If(p >= u, i + 23 >= p, i + 23 >= u), If(r >= u, i + 23 >= r, i + 23 >= u), If(q >= u, i + 23 >= q, i + 23 >= u), If(u >= 0, i + 23 >= u, i + 23 >= 0), If(s >= u, i + 23 >= s, i + 23 >= u), If(t >= u, i + 23 >= t, i + 23 >= u), If(i <= 0, s + 20 >= i, s + 20 >= 0), If(i <= 0, t + 20 >= i, t + 20 >= 0), If(i <= 0, u + 20 >= i, u + 20 >= 0), If(i <= 0, p + 20 >= i, p + 20 >= 0), If(i <= 0, q + 20 >= i, q + 20 >= 0), If(i <= 0, r + 20 >= i, r + 20 >= 0), If(i >= 0, q + 39 >= i, q + 39 >= 0), If(i >= 0, t + 40 >= i, t + 40 >= 0), If(i >= 0, p + 39 >= i, p + 39 >= 0), If(And(p >= q,p >= r), i >= p, If(And(q >= p,q >= r), i >= q, i >= r)), If(And(p >= q,p >= s), i >= p, If(And(q >= p,q >= s), i >= q, i >= s)), If(And(p >= q,p >= t), i >= p, If(And(q >= p,q >= t), i >= q, i >= t)), If(And(p >= r,p >= s), i >= p, If(And(r >= p,r >= s), i >= r, i >= s)), If(And(q >= r,q >= s), i >= q, If(And(r >= q,r >= s), i >= r, i >= s)), If(And(q >= r,q >= t), i >= q, If(And(r >= q,r >= t), i >= r, i >= t)), If(And(p >= r,p >= t), i >= p, If(And(r >= p,r >= t), i >= r, i >= t)), If(And(p >= s,p >= t), i >= p, If(And(s >= p,s >= t), i >= s, i >= t)), If(And(q >= s,q >= t), i >= q, If(And(s >= q,s >= t), i >= s, i >= t)), If(And(r >= s,r >= t), i >= r, If(And(s >= r,s >= t), i >= s, i >= t)), If(And(q <= s,q <= t), i >= q, If(And(s <= q,s <= t), i >= s, i >= t)), If(And(r <= s,r <= u), i >= r, If(And(s <= r,s <= u), i >= s, i >= u)), If(And(r <= u,r <= 0), i >= r, If(And(u <= r,u <= 0), i >= u, i >= 0)), If(And(s <= u,s <= 0), i >= s, If(And(u <= s,u <= 0), i >= u, i >= 0)), If(And(p <= u,p <= 0), i >= p, If(And(u <= p,u <= 0), i >= u, i >= 0)), If(And(q <= u,q <= 0), i >= q, If(And(u <= q,u <= 0), i >= u, i >= 0)), If(And(p >= q,p >= r),p >= i - 29,If(And(q >= p,q >= r),q >= i - 29,r >= i - 29)), If(And(p >= q,p >= t),p >= i - 29,If(And(q >= p,q >= t),q >= i - 29,t >= i - 29)), If(And(p >= q,p >= u),p >= i - 37,If(And(q >= p,q >= u),q >= i - 37,u >= i - 37)), If(And(p >= q,p >= 0),p >= i - 20,If(And(q >= p,q >= 0),q >= i - 20,0 >= i - 20)), If(And(p >= r,p >= s),p >= i - 29,If(And(r >= p,r >= s),r >= i - 29,s >= i - 29)), If(And(p >= u,p >= 0),p >= i - 20,If(And(u >= p,u >= 0),u >= i - 20,0 >= i - 20)), If(And(p >= r,p >= t),p >= i - 29,If(And(r >= p,r >= t),r >= i - 29,t >= i - 29)), If(And(p >= r,p >= u),p >= i - 29,If(And(r >= p,r >= u),r >= i - 29,u >= i - 29)), If(And(p >= r,p >= 0),p >= i - 20,If(And(r >= p,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= t),p >= i - 28,If(And(s >= p,s >= t),s >= i - 28,t >= i - 28)), If(And(q >= r,q >= 0),q >= i - 20,If(And(r >= q,r >= 0),r >= i - 20,0 >= i - 20)), If(And(p >= s,p >= u),p >= i - 27,If(And(s >= p,s >= u),s >= i - 27,u >= i - 27)), If(And(p >= s,p >= 0),p >= i - 20,If(And(s >= p,s >= 0),s >= i - 20,0 >= i - 20)), If(And(p >= t,p >= u),p >= i - 30,If(And(t >= p,t >= u),t >= i - 30,u >= i - 30)), If(And(p >= t,p >= 0),p >= i - 20,If(And(t >= p,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= t,q >= u),q >= i - 26,If(And(t >= q,t >= u),t >= i - 26,u >= i - 26)), If(And(q >= t,q >= 0),q >= i - 20,If(And(t >= q,t >= 0),t >= i - 20,0 >= i - 20)), If(And(q >= u,q >= 0),q >= i - 20,If(And(u >= q,u >= 0),u >= i - 20,0 >= i - 20)), If(And(r >= s,r >= t),r >= i - 28,If(And(s >= r,s >= t),s >= i - 28,t >= i - 28)), If(And(r >= s,r >= 0),r >= i - 20,If(And(s >= r,s >= 0),s >= i - 20,0 >= i - 20)), If(And(r >= t,r >= u),r >= i - 31,If(And(t >= r,t >= u),t >= i - 31,u >= i - 31)), If(And(r >= t,r >= 0),r >= i - 20,If(And(t >= r,t >= 0),t >= i - 20,0 >= i - 20)), If(And(t >= u,t >= 0),t >= i - 20,If(And(u >= t,u >= 0),u >= i - 20,0 >= i - 20)), If(And(r >= u,r >= 0),r >= i - 20,If(And(u >= r,u >= 0),u >= i - 20,0 >= i - 20)), If(And(s >= t,s >= u),s >= i - 24,If(And(t >= s,t >= u),t >= i - 24,u >= i - 24)), If(And(s >= t,s >= 0),s >= i - 20,If(And(t >= s,t >= 0),t >= i - 20,0 >= i - 20)), If(And(s >= u,s >= 0),s >= i - 20,If(And(u >= s,u >= 0),u >= i - 20,0 >= i - 20)), If(And(p <= q,p <= r),p >= i - 40,If(And(q <= p,q <= r),q >= i - 40,r >= i - 40)), If(And(p <= q,p <= s),p >= i - 39,If(And(q <= p,q <= s),q >= i - 39,s >= i - 39)), If(And(p <= q,p <= u),p >= i - 39,If(And(q <= p,q <= u),q >= i - 39,u >= i - 39)), If(And(p <= r,p <= s),p >= i - 40,If(And(r <= p,r <= s),r >= i - 40,s >= i - 40)), If(And(p <= r,p <= t),p >= i - 40,If(And(r <= p,r <= t),r >= i - 40,t >= i - 40)), If(And(p <= r,p <= u),p >= i - 40,If(And(r <= p,r <= u),r >= i - 40,u >= i - 40)), If(And(p <= u,p <= 0),p >= i - 39,If(And(u <= p,u <= 0),u >= i - 39,0 >= i - 39)), If(And(q <= r,q <= s),q >= i - 40,If(And(r <= q,r <= s),r >= i - 40,s >= i - 40)), If(And(p <= r,p <= 0),p >= i - 40,If(And(r <= p,r <= 0),r >= i - 40,0 >= i - 40)), If(And(p <= s,p <= u),p >= i - 39,If(And(s <= p,s <= u),s >= i - 39,u >= i - 39)), If(And(p <= s,p <= 0),p >= i - 39,If(And(s <= p,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= s,q <= u),q >= i - 39,If(And(s <= q,s <= u),s >= i - 39,u >= i - 39)), If(And(q <= s,q <= 0),q >= i - 39,If(And(s <= q,s <= 0),s >= i - 39,0 >= i - 39)), If(And(q <= r,q <= t),q >= i - 40,If(And(r <= q,r <= t),r >= i - 40,t >= i - 40)), If(And(q <= r,q <= u),q >= i - 40,If(And(r <= q,r <= u),r >= i - 40,u >= i - 40)), If(And(q <= r,q <= 0),q >= i - 40,If(And(r <= q,r <= 0),r >= i - 40,0 >= i - 40)), If(And(q <= u,q <= 0),q >= i - 39,If(And(u <= q,u <= 0),u >= i - 39,0 >= i - 39)), If(And(r <= s,r <= t),r >= i - 40,If(And(s <= r,s <= t),s >= i - 40,t >= i - 40)), If(And(r <= s,r <= u),r >= i - 40,If(And(s <= r,s <= u),s >= i - 40,u >= i - 40)), If(And(r <= s,r <= 0),r >= i - 40,If(And(s <= r,s <= 0),s >= i - 40,0 >= i - 40)), If(And(r <= t,r <= u),r >= i - 40,If(And(t <= r,t <= u),t >= i - 40,u >= i - 40)), If(And(r <= t,r <= 0),r >= i - 40,If(And(t <= r,t <= 0),t >= i - 40,0 >= i - 40)), If(And(r <= u,r <= 0),r >= i - 40,If(And(u <= r,u <= 0),u >= i - 40,0 >= i - 40)), If(And(s <= u,s <= 0),s >= i - 39,If(And(u <= s,u <= 0),u >= i - 39,0 >= i - 39)), If(And(p <= q,p <= t),p >= i - 40,If(And(q <= p,q <= t),q >= i - 40,t >= i - 40)), If(And(p <= q,p <= 0),p >= i - 39,If(And(q <= p,q <= 0),q >= i - 39,0 >= i - 39)), If(And(p <= s,p <= t),p >= i - 40,If(And(s <= p,s <= t),s >= i - 40,t >= i - 40)), If(And(p <= t,p <= u),p >= i - 40,If(And(t <= p,t <= u),t >= i - 40,u >= i - 40)), If(And(p <= t,p <= 0),p >= i - 40,If(And(t <= p,t <= 0),t >= i - 40,0 >= i - 40)), If(And(q <= s,q <= t),q >= i - 40,If(And(s <= q,s <= t),s >= i - 40,t >= i - 40)), If(And(q <= t,q <= u),q >= i - 40,If(And(t <= q,t <= u),t >= i - 40,u >= i - 40)), If(And(q <= t,q <= 0),q >= i - 40,If(And(t <= q,t <= 0),t >= i - 40,0 >= i - 40)), If(And(s <= t,s <= u),s >= i - 40,If(And(t <= s,t <= u),t >= i - 40,u >= i - 40)), If(And(s <= t,s <= 0),s >= i - 40,If(And(t <= s,t <= 0),t >= i - 40,0 >= i - 40)), If(And(t <= u,t <= 0),t >= i - 40,If(And(u <= t,u <= 0),u >= i - 40,0 >= i - 40)), If(And(p >= q,p >= s),p >= i - 30,If(And(q >= p,q >= s),q >= i - 30,s >= i - 30)), If(And(q >= r,q >= t),q >= i - 34,If(And(r >= q,r >= t),r >= i - 34,t >= i - 34)), If(And(q >= s,q >= 0),q >= i - 20,If(And(s >= q,s >= 0),s >= i - 20,0 >= i - 20)), If(And(q >= r,q >= s),q >= i - 29,If(And(r >= q,r >= s),r >= i - 29,s >= i - 29)), If(And(q >= r,q >= u),q >= i - 32,If(And(r >= q,r >= u),r >= i - 32,u >= i - 32)), If(And(q >= s,q >= t),q >= i - 29,If(And(s >= q,s >= t),s >= i - 29,t >= i - 29)), If(And(q >= s,q >= u),q >= i - 29,If(And(s >= q,s >= u),s >= i - 29,u >= i - 29)), If(And(r >= s,r >= u),r >= i - 29,If(And(s >= r,s >= u),s >= i - 29,u >= i - 29)), If(And(p >= q,p >= 0), i + 8 >= p, If(And(q >= p,q >= 0), i + 8 >= q, i + 8 >= 0)), If(And(p >= r,p >= 0), i + 8 >= p, If(And(r >= p,r >= 0), i + 8 >= r, i + 8 >= 0)), If(And(q >= r,q >= 0), i + 8 >= q, If(And(r >= q,r >= 0), i + 8 >= r, i + 8 >= 0)), If(And(q >= s,q >= 0), i + 8 >= q, If(And(s >= q,s >= 0), i + 8 >= s, i + 8 >= 0)), If(And(p >= s,p >= 0), i + 8 >= p, If(And(s >= p,s >= 0), i + 8 >= s, i + 8 >= 0)), If(And(p >= t,p >= 0), i + 8 >= p, If(And(t >= p,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(q >= t,q >= 0), i + 8 >= q, If(And(t >= q,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(r >= s,r >= 0), i + 8 >= r, If(And(s >= r,s >= 0), i + 8 >= s, i + 8 >= 0)), If(And(r >= t,r >= 0), i + 8 >= r, If(And(t >= r,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(s >= t,s >= 0), i + 8 >= s, If(And(t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)), If(And(p <= q,p <= r), i - 4 >= p, If(And(q <= p,q <= r), i - 4 >= q, i - 4 >= r)), If(And(p <= q,p <= s), i - 1 >= p, If(And(q <= p,q <= s), i - 1 >= q, i - 1 >= s)), If(And(p <= q,p <= t), i - 1 >= p, If(And(q <= p,q <= t), i - 1 >= q, i - 1 >= t)), If(And(p <= q,p <= u), i - 1 >= p, If(And(q <= p,q <= u), i - 1 >= q, i - 1 >= u)), If(And(p <= q,p <= 0), i - 2 >= p, If(And(q <= p,q <= 0), i - 2 >= q, i - 2 >= 0)), If(And(p <= r,p <= s), i - 3 >= p, If(And(r <= p,r <= s), i - 3 >= r, i - 3 >= s)), If(And(p <= r,p <= u), i - 1 >= p, If(And(r <= p,r <= u), i - 1 >= r, i - 1 >= u)), If(And(p <= t,p <= u), i - 1 >= p, If(And(t <= p,t <= u), i - 1 >= t, i - 1 >= u)), If(And(p <= t,p <= 0), i - 2 >= p, If(And(t <= p,t <= 0), i - 2 >= t, i - 2 >= 0)), If(And(q <= r,q <= s), i - 5 >= q, If(And(r <= q,r <= s), i - 5 >= r, i - 5 >= s)), If(And(p <= r,p <= 0), i - 1 >= p, If(And(r <= p,r <= 0), i - 1 >= r, i - 1 >= 0)), If(And(p <= s,p <= t), i - 1 >= p, If(And(s <= p,s <= t), i - 1 >= s, i - 1 >= t)), If(And(p <= s,p <= u), i - 1 >= p, If(And(s <= p,s <= u), i - 1 >= s, i - 1 >= u)), If(And(p <= s,p <= 0), i - 2 >= p, If(And(s <= p,s <= 0), i - 2 >= s, i - 2 >= 0)), If(And(q <= s,q <= u), i - 1 >= q, If(And(s <= q,s <= u), i - 1 >= s, i - 1 >= u)), If(And(q <= s,q <= 0), i - 2 >= q, If(And(s <= q,s <= 0), i - 2 >= s, i - 2 >= 0)), If(And(q <= t,q <= u), i - 1 >= q, If(And(t <= q,t <= u), i - 1 >= t, i - 1 >= u)), If(And(q <= t,q <= 0), i - 2 >= q, If(And(t <= q,t <= 0), i - 2 >= t, i - 2 >= 0)), If(And(q <= r,q <= t), i - 4 >= q, If(And(r <= q,r <= t), i - 4 >= r, i - 4 >= t)), If(And(q <= r,q <= u), i - 2 >= q, If(And(r <= q,r <= u), i - 2 >= r, i - 2 >= u)), If(And(q <= r,q <= 0), i - 2 >= q, If(And(r <= q,r <= 0), i - 2 >= r, i - 2 >= 0)), If(And(r <= s,r <= 0), i - 3 >= r, If(And(s <= r,s <= 0), i - 3 >= s, i - 3 >= 0)), If(And(r <= t,r <= u), i - 1 >= r, If(And(t <= r,t <= u), i - 1 >= t, i - 1 >= u)), If(And(s <= t,s <= u), i - 1 >= s, If(And(t <= s,t <= u), i - 1 >= t, i - 1 >= u)), If(And(s <= t,s <= 0), i - 2 >= s, If(And(t <= s,t <= 0), i - 2 >= t, i - 2 >= 0)), If(And(t <= u,t <= 0), i - 2 >= t, If(And(u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)), If(And(p <= r,p <= t), i - 2 >= p, If(And(r <= p,r <= t), i - 2 >= r, i - 2 >= t)), If(And(r <= s,r <= t), i - 1 >= r, If(And(s <= r,s <= t), i - 1 >= s, i - 1 >= t)), If(And(r <= t,r <= 0), i - 3 >= r, If(And(t <= r,t <= 0), i - 3 >= t, i - 3 >= 0)), If(And(p >= q,p >= u), i + 23 >= p, If(And(q >= p,q >= u), i + 23 >= q, i + 23 >= u)), If(And(p >= u,p >= 0), i + 23 >= p, If(And(u >= p,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(q >= r,q >= u), i + 23 >= q, If(And(r >= q,r >= u), i + 23 >= r, i + 23 >= u)), If(And(p >= r,p >= u), i + 23 >= p, If(And(r >= p,r >= u), i + 23 >= r, i + 23 >= u)), If(And(q >= s,q >= u), i + 23 >= q, If(And(s >= q,s >= u), i + 23 >= s, i + 23 >= u)), If(And(p >= s,p >= u), i + 23 >= p, If(And(s >= p,s >= u), i + 23 >= s, i + 23 >= u)), If(And(p >= t,p >= u), i + 23 >= p, If(And(t >= p,t >= u), i + 23 >= t, i + 23 >= u)), If(And(q >= t,q >= u), i + 23 >= q, If(And(t >= q,t >= u), i + 23 >= t, i + 23 >= u)), If(And(q >= u,q >= 0), i + 23 >= q, If(And(u >= q,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(r >= s,r >= u), i + 23 >= r, If(And(s >= r,s >= u), i + 23 >= s, i + 23 >= u)), If(And(r >= t,r >= u), i + 23 >= r, If(And(t >= r,t >= u), i + 23 >= t, i + 23 >= u)), If(And(t >= u,t >= 0), i + 23 >= t, If(And(u >= t,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(r >= u,r >= 0), i + 23 >= r, If(And(u >= r,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(s >= t,s >= u), i + 23 >= s, If(And(t >= s,t >= u), i + 23 >= t, i + 23 >= u)), If(And(s >= u,s >= 0), i + 23 >= s, If(And(u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)), If(And(p >= q,p >= r,p >= s), i >= p, If(And(q >= p,q >= r,q >= s), i >= q, If(And(r >= p,r >= q,r >= s), i >= r, i >= s))), If(And(p >= q,p >= r,p >= t), i >= p, If(And(q >= p,q >= r,q >= t), i >= q, If(And(r >= p,r >= q,r >= t), i >= r, i >= t))), If(And(p >= q,p >= s,p >= t), i >= p, If(And(q >= p,q >= s,q >= t), i >= q, If(And(s >= p,s >= q,s >= t), i >= s, i >= t))), If(And(p >= r,p >= s,p >= t), i >= p, If(And(r >= p,r >= s,r >= t), i >= r, If(And(s >= p,s >= r,s >= t), i >= s, i >= t))), If(And(q >= r,q >= s,q >= t), i >= q, If(And(r >= q,r >= s,r >= t), i >= r, If(And(s >= q,s >= r,s >= t), i >= s, i >= t))), If(And(p >= q,p >= r,p >= 0),p >= i - 20,If(And(q >= p,q >= r,q >= 0),q >= i - 20,If(And(r >= p,r >= q,r >= 0),r >= i - 20,0 >= i - 20))), If(And(p >= q,p >= s,p >= t),p >= i - 27,If(And(q >= p,q >= s,q >= t),q >= i - 27,If(And(s >= p,s >= q,s >= t),s >= i - 27,t >= i - 27))), If(And(p >= r,p >= s,p >= u),p >= i - 27,If(And(r >= p,r >= s,r >= u),r >= i - 27,If(And(s >= p,s >= r,s >= u),s >= i - 27,u >= i - 27))), If(And(p >= r,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= t,r >= u),r >= i - 23,If(And(t >= p,t >= r,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= r,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= t,p >= u),p >= i - 26,If(And(q >= p,q >= t,q >= u),q >= i - 26,If(And(t >= p,t >= q,t >= u),t >= i - 26,u >= i - 26))), If(And(p >= q,p >= t,p >= 0),p >= i - 20,If(And(q >= p,q >= t,q >= 0),q >= i - 20,If(And(t >= p,t >= q,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= u,q >= 0),q >= i - 19,If(And(u >= p,u >= q,u >= 0),u >= i - 19,0 >= i - 19))), If(And(p >= r,p >= s,p >= t),p >= i - 28,If(And(r >= p,r >= s,r >= t),r >= i - 28,If(And(s >= p,s >= r,s >= t),s >= i - 28,t >= i - 28))), If(And(p >= t,p >= u,p >= 0),p >= i - 20,If(And(t >= p,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(q >= r,q >= s,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= 0),s >= i - 19,0 >= i - 19))), If(And(p >= r,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= u,r >= 0),r >= i - 20,If(And(u >= p,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(p >= s,p >= t,p >= u),p >= i - 23,If(And(s >= p,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(p >= s,p >= t,p >= 0),p >= i - 20,If(And(s >= p,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= s,p >= u,p >= 0),p >= i - 19,If(And(s >= p,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= r,q >= u,q >= 0),q >= i - 20,If(And(r >= q,r >= u,r >= 0),r >= i - 20,If(And(u >= q,u >= r,u >= 0),u >= i - 20,0 >= i - 20))), If(And(r >= s,r >= u,r >= 0),r >= i - 20,If(And(s >= r,s >= u,s >= 0),s >= i - 20,If(And(u >= r,u >= s,u >= 0),u >= i - 20,0 >= i - 20))), If(And(r >= t,r >= u,r >= 0),r >= i - 20,If(And(t >= r,t >= u,t >= 0),t >= i - 20,If(And(u >= r,u >= t,u >= 0),u >= i - 20,0 >= i - 20))), If(And(s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18))), If(And(q >= s,q >= u,q >= 0),q >= i - 19,If(And(s >= q,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= s,u >= 0),u >= i - 19,0 >= i - 19))), If(And(q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23))), If(And(p <= q,p <= r,p <= s),p >= i - 40,If(And(q <= p,q <= r,q <= s),q >= i - 40,If(And(r <= p,r <= q,r <= s),r >= i - 40,s >= i - 40))), If(And(p <= q,p <= s,p <= u),p >= i - 39,If(And(q <= p,q <= s,q <= u),q >= i - 39,If(And(s <= p,s <= q,s <= u),s >= i - 39,u >= i - 39))), If(And(p <= q,p <= s,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= 0),s >= i - 39,0 >= i - 39))), If(And(p <= q,p <= r,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= t),r >= i - 40,t >= i - 40))), If(And(p <= q,p <= r,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= u),r >= i - 40,u >= i - 40))), If(And(p <= q,p <= r,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= 0),r >= i - 40,0 >= i - 40))), If(And(p <= s,p <= u,p <= 0),p >= i - 39,If(And(s <= p,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= r,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= r,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= r,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= q,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= u,q <= 0),q >= i - 39,If(And(u <= p,u <= q,u <= 0),u >= i - 39,0 >= i - 39))), If(And(p <= r,p <= s,p <= t),p >= i - 40,If(And(r <= p,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= r,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= r,p <= s,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(p <= r,p <= s,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39))), If(And(r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40))), If(And(q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40))), If(And(q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40))), If(And(r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p <= q,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= s,q <= t),q >= i - 40,If(And(s <= p,s <= q,s <= t),s >= i - 40,t >= i - 40))), If(And(p <= q,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= t,q <= u),q >= i - 40,If(And(t <= p,t <= q,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= q,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= t,q <= 0),q >= i - 40,If(And(t <= p,t <= q,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= s,p <= t,p <= u),p >= i - 40,If(And(s <= p,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(p <= s,p <= t,p <= 0),p >= i - 40,If(And(s <= p,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(p <= t,p <= u,p <= 0),p >= i - 40,If(And(t <= p,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(q <= s,q <= t,q <= u),q >= i - 40,If(And(s <= q,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= s,t <= u),t >= i - 40,u >= i - 40))), If(And(q <= s,q <= t,q <= 0),q >= i - 40,If(And(s <= q,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= s,t <= 0),t >= i - 40,0 >= i - 40))), If(And(q <= t,q <= u,q <= 0),q >= i - 40,If(And(t <= q,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40))), If(And(p >= q,p >= r,p >= t),p >= i - 26,If(And(q >= p,q >= r,q >= t),q >= i - 26,If(And(r >= p,r >= q,r >= t),r >= i - 26,t >= i - 26))), If(And(p >= q,p >= s,p >= 0),p >= i - 20,If(And(q >= p,q >= s,q >= 0),q >= i - 20,If(And(s >= p,s >= q,s >= 0),s >= i - 20,0 >= i - 20))), If(And(p >= r,p >= s,p >= 0),p >= i - 20,If(And(r >= p,r >= s,r >= 0),r >= i - 20,If(And(s >= p,s >= r,s >= 0),s >= i - 20,0 >= i - 20))), If(And(q >= r,q >= t,q >= 0),q >= i - 20,If(And(r >= q,r >= t,r >= 0),r >= i - 20,If(And(t >= q,t >= r,t >= 0),t >= i - 20,0 >= i - 20))), If(And(q >= r,q >= s,q >= t),q >= i - 23,If(And(r >= q,r >= s,r >= t),r >= i - 23,If(And(s >= q,s >= r,s >= t),s >= i - 23,t >= i - 23))), If(And(q >= s,q >= t,q >= u),q >= i - 24,If(And(s >= q,s >= t,s >= u),s >= i - 24,If(And(t >= q,t >= s,t >= u),t >= i - 24,u >= i - 24))), If(And(q >= s,q >= t,q >= 0),q >= i - 19,If(And(s >= q,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= s,t >= 0),t >= i - 19,0 >= i - 19))), If(And(r >= s,r >= t,r >= 0),r >= i - 20,If(And(s >= r,s >= t,s >= 0),s >= i - 20,If(And(t >= r,t >= s,t >= 0),t >= i - 20,0 >= i - 20))), If(And(p >= q,p >= r,p >= s),p >= i - 27,If(And(q >= p,q >= r,q >= s),q >= i - 27,If(And(r >= p,r >= q,r >= s),r >= i - 27,s >= i - 27))), If(And(p >= q,p >= r,p >= u),p >= i - 27,If(And(q >= p,q >= r,q >= u),q >= i - 27,If(And(r >= p,r >= q,r >= u),r >= i - 27,u >= i - 27))), If(And(p >= q,p >= s,p >= u),p >= i - 27,If(And(q >= p,q >= s,q >= u),q >= i - 27,If(And(s >= p,s >= q,s >= u),s >= i - 27,u >= i - 27))), If(And(q >= r,q >= s,q >= u),q >= i - 29,If(And(r >= q,r >= s,r >= u),r >= i - 29,If(And(s >= q,s >= r,s >= u),s >= i - 29,u >= i - 29))), If(And(q >= r,q >= t,q >= u),q >= i - 25,If(And(r >= q,r >= t,r >= u),r >= i - 25,If(And(t >= q,t >= r,t >= u),t >= i - 25,u >= i - 25))), If(And(p >= q,p >= r,p >= 0), i + 8 >= p, If(And(q >= p,q >= r,q >= 0), i + 8 >= q, If(And(r >= p,r >= q,r >= 0), i + 8 >= r, i + 8 >= 0))), If(And(p >= q,p >= s,p >= 0), i + 8 >= p, If(And(q >= p,q >= s,q >= 0), i + 8 >= q, If(And(s >= p,s >= q,s >= 0), i + 8 >= s, i + 8 >= 0))), If(And(p >= r,p >= s,p >= 0), i + 8 >= p, If(And(r >= p,r >= s,r >= 0), i + 8 >= r, If(And(s >= p,s >= r,s >= 0), i + 8 >= s, i + 8 >= 0))), If(And(p >= r,p >= t,p >= 0), i + 8 >= p, If(And(r >= p,r >= t,r >= 0), i + 8 >= r, If(And(t >= p,t >= r,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(p >= q,p >= t,p >= 0), i + 8 >= p, If(And(q >= p,q >= t,q >= 0), i + 8 >= q, If(And(t >= p,t >= q,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(q >= r,q >= s,q >= 0), i + 8 >= q, If(And(r >= q,r >= s,r >= 0), i + 8 >= r, If(And(s >= q,s >= r,s >= 0), i + 8 >= s, i + 8 >= 0))), If(And(p >= s,p >= t,p >= 0), i + 8 >= p, If(And(s >= p,s >= t,s >= 0), i + 8 >= s, If(And(t >= p,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(q >= r,q >= t,q >= 0), i + 8 >= q, If(And(r >= q,r >= t,r >= 0), i + 8 >= r, If(And(t >= q,t >= r,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(r >= s,r >= t,r >= 0), i + 8 >= r, If(And(s >= r,s >= t,s >= 0), i + 8 >= s, If(And(t >= r,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(q >= s,q >= t,q >= 0), i + 8 >= q, If(And(s >= q,s >= t,s >= 0), i + 8 >= s, If(And(t >= q,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0))), If(And(p <= q,p <= r,p <= s), i - 6 >= p, If(And(q <= p,q <= r,q <= s), i - 6 >= q, If(And(r <= p,r <= q,r <= s), i - 6 >= r, i - 6 >= s))), If(And(p <= q,p <= s,p <= u), i - 1 >= p, If(And(q <= p,q <= s,q <= u), i - 1 >= q, If(And(s <= p,s <= q,s <= u), i - 1 >= s, i - 1 >= u))), If(And(p <= q,p <= s,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= 0), i - 2 >= s, i - 2 >= 0))), If(And(p <= q,p <= t,p <= u), i - 1 >= p, If(And(q <= p,q <= t,q <= u), i - 1 >= q, If(And(t <= p,t <= q,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p <= q,p <= t,p <= 0), i - 2 >= p, If(And(q <= p,q <= t,q <= 0), i - 2 >= q, If(And(t <= p,t <= q,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p <= q,p <= r,p <= t), i - 5 >= p, If(And(q <= p,q <= r,q <= t), i - 5 >= q, If(And(r <= p,r <= q,r <= t), i - 5 >= r, i - 5 >= t))), If(And(p <= q,p <= r,p <= u), i - 4 >= p, If(And(q <= p,q <= r,q <= u), i - 4 >= q, If(And(r <= p,r <= q,r <= u), i - 4 >= r, i - 4 >= u))), If(And(p <= q,p <= r,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= 0), i - 4 >= r, i - 4 >= 0))), If(And(p <= q,p <= s,p <= t), i - 1 >= p, If(And(q <= p,q <= s,q <= t), i - 1 >= q, If(And(s <= p,s <= q,s <= t), i - 1 >= s, i - 1 >= t))), If(And(p <= s,p <= t,p <= 0), i - 2 >= p, If(And(s <= p,s <= t,s <= 0), i - 2 >= s, If(And(t <= p,t <= s,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(p <= s,p <= u,p <= 0), i - 2 >= p, If(And(s <= p,s <= u,s <= 0), i - 2 >= s, If(And(u <= p,u <= s,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(p <= t,p <= u,p <= 0), i - 2 >= p, If(And(t <= p,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(q <= r,q <= s,q <= t), i - 6 >= q, If(And(r <= q,r <= s,r <= t), i - 6 >= r, If(And(s <= q,s <= r,s <= t), i - 6 >= s, i - 6 >= t))), If(And(p <= r,p <= t,p <= u), i - 4 >= p, If(And(r <= p,r <= t,r <= u), i - 4 >= r, If(And(t <= p,t <= r,t <= u), i - 4 >= t, i - 4 >= u))), If(And(p <= r,p <= t,p <= 0), i - 5 >= p, If(And(r <= p,r <= t,r <= 0), i - 5 >= r, If(And(t <= p,t <= r,t <= 0), i - 5 >= t, i - 5 >= 0))), If(And(p <= r,p <= u,p <= 0), i - 1 >= p, If(And(r <= p,r <= u,r <= 0), i - 1 >= r, If(And(u <= p,u <= r,u <= 0), i - 1 >= u, i - 1 >= 0))), If(And(p <= s,p <= t,p <= u), i - 1 >= p, If(And(s <= p,s <= t,s <= u), i - 1 >= s, If(And(t <= p,t <= s,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p <= q,p <= u,p <= 0), i - 2 >= p, If(And(q <= p,q <= u,q <= 0), i - 2 >= q, If(And(u <= p,u <= q,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(p <= r,p <= s,p <= t), i - 4 >= p, If(And(r <= p,r <= s,r <= t), i - 4 >= r, If(And(s <= p,s <= r,s <= t), i - 4 >= s, i - 4 >= t))), If(And(p <= r,p <= s,p <= u), i - 4 >= p, If(And(r <= p,r <= s,r <= u), i - 4 >= r, If(And(s <= p,s <= r,s <= u), i - 4 >= s, i - 4 >= u))), If(And(p <= r,p <= s,p <= 0), i - 3 >= p, If(And(r <= p,r <= s,r <= 0), i - 3 >= r, If(And(s <= p,s <= r,s <= 0), i - 3 >= s, i - 3 >= 0))), If(And(q <= r,q <= u,q <= 0), i - 2 >= q, If(And(r <= q,r <= u,r <= 0), i - 2 >= r, If(And(u <= q,u <= r,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(q <= s,q <= t,q <= u), i - 1 >= q, If(And(s <= q,s <= t,s <= u), i - 1 >= s, If(And(t <= q,t <= s,t <= u), i - 1 >= t, i - 1 >= u))), If(And(q <= s,q <= t,q <= 0), i - 2 >= q, If(And(s <= q,s <= t,s <= 0), i - 2 >= s, If(And(t <= q,t <= s,t <= 0), i - 2 >= t, i - 2 >= 0))), If(And(q <= s,q <= u,q <= 0), i - 2 >= q, If(And(s <= q,s <= u,s <= 0), i - 2 >= s, If(And(u <= q,u <= s,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(q <= t,q <= u,q <= 0), i - 2 >= q, If(And(t <= q,t <= u,t <= 0), i - 2 >= t, If(And(u <= q,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(r <= s,r <= t,r <= 0), i - 6 >= r, If(And(s <= r,s <= t,s <= 0), i - 6 >= s, If(And(t <= r,t <= s,t <= 0), i - 6 >= t, i - 6 >= 0))), If(And(r <= s,r <= u,r <= 0), i - 4 >= r, If(And(s <= r,s <= u,s <= 0), i - 4 >= s, If(And(u <= r,u <= s,u <= 0), i - 4 >= u, i - 4 >= 0))), If(And(q <= r,q <= s,q <= u), i - 5 >= q, If(And(r <= q,r <= s,r <= u), i - 5 >= r, If(And(s <= q,s <= r,s <= u), i - 5 >= s, i - 5 >= u))), If(And(q <= r,q <= s,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= 0), i - 5 >= s, i - 5 >= 0))), If(And(q <= r,q <= t,q <= u), i - 4 >= q, If(And(r <= q,r <= t,r <= u), i - 4 >= r, If(And(t <= q,t <= r,t <= u), i - 4 >= t, i - 4 >= u))), If(And(q <= r,q <= t,q <= 0), i - 4 >= q, If(And(r <= q,r <= t,r <= 0), i - 4 >= r, If(And(t <= q,t <= r,t <= 0), i - 4 >= t, i - 4 >= 0))), If(And(r <= t,r <= u,r <= 0), i - 4 >= r, If(And(t <= r,t <= u,t <= 0), i - 4 >= t, If(And(u <= r,u <= t,u <= 0), i - 4 >= u, i - 4 >= 0))), If(And(s <= t,s <= u,s <= 0), i - 2 >= s, If(And(t <= s,t <= u,t <= 0), i - 2 >= t, If(And(u <= s,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0))), If(And(r <= s,r <= t,r <= u), i - 1 >= r, If(And(s <= r,s <= t,s <= u), i - 1 >= s, If(And(t <= r,t <= s,t <= u), i - 1 >= t, i - 1 >= u))), If(And(p >= q,p >= r,p >= u), i + 23 >= p, If(And(q >= p,q >= r,q >= u), i + 23 >= q, If(And(r >= p,r >= q,r >= u), i + 23 >= r, i + 23 >= u))), If(And(p >= q,p >= s,p >= u), i + 23 >= p, If(And(q >= p,q >= s,q >= u), i + 23 >= q, If(And(s >= p,s >= q,s >= u), i + 23 >= s, i + 23 >= u))), If(And(p >= r,p >= s,p >= u), i + 23 >= p, If(And(r >= p,r >= s,r >= u), i + 23 >= r, If(And(s >= p,s >= r,s >= u), i + 23 >= s, i + 23 >= u))), If(And(p >= r,p >= t,p >= u), i + 23 >= p, If(And(r >= p,r >= t,r >= u), i + 23 >= r, If(And(t >= p,t >= r,t >= u), i + 23 >= t, i + 23 >= u))), If(And(p >= q,p >= t,p >= u), i + 23 >= p, If(And(q >= p,q >= t,q >= u), i + 23 >= q, If(And(t >= p,t >= q,t >= u), i + 23 >= t, i + 23 >= u))), If(And(p >= q,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= u,q >= 0), i + 23 >= q, If(And(u >= p,u >= q,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(p >= t,p >= u,p >= 0), i + 23 >= p, If(And(t >= p,t >= u,t >= 0), i + 23 >= t, If(And(u >= p,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(q >= r,q >= s,q >= u), i + 23 >= q, If(And(r >= q,r >= s,r >= u), i + 23 >= r, If(And(s >= q,s >= r,s >= u), i + 23 >= s, i + 23 >= u))), If(And(p >= r,p >= u,p >= 0), i + 23 >= p, If(And(r >= p,r >= u,r >= 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r,t >= u,t >= 0), i + 23 >= t, If(And(u >= r,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(s >= t,s >= u,s >= 0), i + 23 >= s, If(And(t >= s,t >= u,t >= 0), i + 23 >= t, If(And(u >= s,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(q >= s,q >= u,q >= 0), i + 23 >= q, If(And(s >= q,s >= u,s >= 0), i + 23 >= s, If(And(u >= q,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(q >= t,q >= u,q >= 0), i + 23 >= q, If(And(t >= q,t >= u,t >= 0), i + 23 >= t, If(And(u >= q,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0))), If(And(r >= s,r >= t,r >= u), i + 23 >= r, If(And(s >= r,s >= t,s >= u), i + 23 >= s, If(And(t >= r,t >= s,t >= u), i + 23 >= t, i + 23 >= u))), If(And(p >= q,p >= r,p >= s,p >= t), i >= p, If(And(q >= p,q >= r,q >= s,q >= t), i >= q, If(And(r >= p,r >= q,r >= s,r >= t), i >= r, If(And(s >= p,s >= q,s >= r,s >= t), i >= s, i >= t)))), If(And(p >= q,p >= r,p >= t,p >= u),p >= i - 16,If(And(q >= p,q >= r,q >= t,q >= u),q >= i - 16,If(And(r >= p,r >= q,r >= t,r >= u),r >= i - 16,If(And(t >= p,t >= q,t >= r,t >= u),t >= i - 16,u >= i - 16)))), If(And(p >= q,p >= r,p >= t,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= t,q >= 0),q >= i - 18,If(And(r >= p,r >= q,r >= t,r >= 0),r >= i - 18,If(And(t >= p,t >= q,t >= r,t >= 0),t >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= s,p >= t,p >= u),p >= i - 17,If(And(q >= p,q >= s,q >= t,q >= u),q >= i - 17,If(And(s >= p,s >= q,s >= t,s >= u),s >= i - 17,If(And(t >= p,t >= q,t >= s,t >= u),t >= i - 17,u >= i - 17)))), If(And(p >= q,p >= s,p >= u,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= u,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= u,s >= 0),s >= i - 18,If(And(u >= p,u >= q,u >= s,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= t,p >= u,p >= 0),p >= i - 19,If(And(q >= p,q >= t,q >= u,q >= 0),q >= i - 19,If(And(t >= p,t >= q,t >= u,t >= 0),t >= i - 19,If(And(u >= p,u >= q,u >= t,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= s,p >= t,p >= u),p >= i - 23,If(And(r >= p,r >= s,r >= t,r >= u),r >= i - 23,If(And(s >= p,s >= r,s >= t,s >= u),s >= i - 23,If(And(t >= p,t >= r,t >= s,t >= u),t >= i - 23,u >= i - 23)))), If(And(p >= r,p >= s,p >= u,p >= 0),p >= i - 19,If(And(r >= p,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= p,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= p,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(p >= r,p >= t,p >= u,p >= 0),p >= i - 20,If(And(r >= p,r >= t,r >= u,r >= 0),r >= i - 20,If(And(t >= p,t >= r,t >= u,t >= 0),t >= i - 20,If(And(u >= p,u >= r,u >= t,u >= 0),u >= i - 20,0 >= i - 20)))), If(And(p >= s,p >= t,p >= u,p >= 0),p >= i - 17,If(And(s >= p,s >= t,s >= u,s >= 0),s >= i - 17,If(And(t >= p,t >= s,t >= u,t >= 0),t >= i - 17,If(And(u >= p,u >= s,u >= t,u >= 0),u >= i - 17,0 >= i - 17)))), If(And(q >= r,q >= s,q >= t,q >= u),q >= i - 18,If(And(r >= q,r >= s,r >= t,r >= u),r >= i - 18,If(And(s >= q,s >= r,s >= t,s >= u),s >= i - 18,If(And(t >= q,t >= r,t >= s,t >= u),t >= i - 18,u >= i - 18)))), If(And(r >= s,r >= t,r >= u,r >= 0),r >= i - 18,If(And(s >= r,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= r,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= r,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(q >= r,q >= s,q >= u,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= u,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= u,s >= 0),s >= i - 19,If(And(u >= q,u >= r,u >= s,u >= 0),u >= i - 19,0 >= i - 19)))), If(And(q >= r,q >= t,q >= u,q >= 0),q >= i - 18,If(And(r >= q,r >= t,r >= u,r >= 0),r >= i - 18,If(And(t >= q,t >= r,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= r,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(q >= s,q >= t,q >= u,q >= 0),q >= i - 18,If(And(s >= q,s >= t,s >= u,s >= 0),s >= i - 18,If(And(t >= q,t >= s,t >= u,t >= 0),t >= i - 18,If(And(u >= q,u >= s,u >= t,u >= 0),u >= i - 18,0 >= i - 18)))), If(And(p <= q,p <= s,p <= u,p <= 0),p >= i - 39,If(And(q <= p,q <= s,q <= u,q <= 0),q >= i - 39,If(And(s <= p,s <= q,s <= u,s <= 0),s >= i - 39,If(And(u <= p,u <= q,u <= s,u <= 0),u >= i - 39,0 >= i - 39)))), If(And(p <= q,p <= r,p <= s,p <= t),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= t),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= t),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= t),s >= i - 40,t >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= u),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= u),s >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= s,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= s,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= s,r <= 0),r >= i - 40,If(And(s <= p,s <= q,s <= r,s <= 0),s >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= u),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= u),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= r,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= t,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= t,r <= 0),r >= i - 40,If(And(t <= p,t <= q,t <= r,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= r,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= r,q <= u,q <= 0),q >= i - 40,If(And(r <= p,r <= q,r <= u,r <= 0),r >= i - 40,If(And(u <= p,u <= q,u <= r,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= u),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(q <= r,q <= s,q <= t,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= q,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= s,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= q,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= q,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= r,q <= t,q <= u,q <= 0),q >= i - 40,If(And(r <= q,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= q,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(r <= s,r <= t,r <= u,r <= 0),r >= i - 40,If(And(s <= r,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= r,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= r,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= u),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= u),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= r,p <= s,p <= t,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= t,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= r,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= s,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= s,r <= u,r <= 0),r >= i - 40,If(And(s <= p,s <= r,s <= u,s <= 0),s >= i - 40,If(And(u <= p,u <= r,u <= s,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= r,p <= t,p <= u,p <= 0),p >= i - 40,If(And(r <= p,r <= t,r <= u,r <= 0),r >= i - 40,If(And(t <= p,t <= r,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= r,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= s,p <= t,p <= u),p >= i - 40,If(And(q <= p,q <= s,q <= t,q <= u),q >= i - 40,If(And(s <= p,s <= q,s <= t,s <= u),s >= i - 40,If(And(t <= p,t <= q,t <= s,t <= u),t >= i - 40,u >= i - 40)))), If(And(p <= q,p <= s,p <= t,p <= 0),p >= i - 40,If(And(q <= p,q <= s,q <= t,q <= 0),q >= i - 40,If(And(s <= p,s <= q,s <= t,s <= 0),s >= i - 40,If(And(t <= p,t <= q,t <= s,t <= 0),t >= i - 40,0 >= i - 40)))), If(And(p <= s,p <= t,p <= u,p <= 0),p >= i - 40,If(And(s <= p,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= p,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p <= q,p <= t,p <= u,p <= 0),p >= i - 40,If(And(q <= p,q <= t,q <= u,q <= 0),q >= i - 40,If(And(t <= p,t <= q,t <= u,t <= 0),t >= i - 40,If(And(u <= p,u <= q,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(q <= s,q <= t,q <= u,q <= 0),q >= i - 40,If(And(s <= q,s <= t,s <= u,s <= 0),s >= i - 40,If(And(t <= q,t <= s,t <= u,t <= 0),t >= i - 40,If(And(u <= q,u <= s,u <= t,u <= 0),u >= i - 40,0 >= i - 40)))), If(And(p >= q,p >= r,p >= s,p >= t),p >= i - 23,If(And(q >= p,q >= r,q >= s,q >= t),q >= i - 23,If(And(r >= p,r >= q,r >= s,r >= t),r >= i - 23,If(And(s >= p,s >= q,s >= r,s >= t),s >= i - 23,t >= i - 23)))), If(And(p >= q,p >= r,p >= s,p >= 0),p >= i - 18,If(And(q >= p,q >= r,q >= s,q >= 0),q >= i - 18,If(And(r >= p,r >= q,r >= s,r >= 0),r >= i - 18,If(And(s >= p,s >= q,s >= r,s >= 0),s >= i - 18,0 >= i - 18)))), If(And(p >= q,p >= s,p >= t,p >= 0),p >= i - 18,If(And(q >= p,q >= s,q >= t,q >= 0),q >= i - 18,If(And(s >= p,s >= q,s >= t,s >= 0),s >= i - 18,If(And(t >= p,t >= q,t >= s,t >= 0),t >= i - 18,0 >= i - 18)))), If(And(p >= r,p >= s,p >= t,p >= 0),p >= i - 20,If(And(r >= p,r >= s,r >= t,r >= 0),r >= i - 20,If(And(s >= p,s >= r,s >= t,s >= 0),s >= i - 20,If(And(t >= p,t >= r,t >= s,t >= 0),t >= i - 20,0 >= i - 20)))), If(And(q >= r,q >= s,q >= t,q >= 0),q >= i - 19,If(And(r >= q,r >= s,r >= t,r >= 0),r >= i - 19,If(And(s >= q,s >= r,s >= t,s >= 0),s >= i - 19,If(And(t >= q,t >= r,t >= s,t >= 0),t >= i - 19,0 >= i - 19)))), If(And(p >= q,p >= r,p >= s,p >= u),p >= i - 27,If(And(q >= p,q >= r,q >= s,q >= u),q >= i - 27,If(And(r >= p,r >= q,r >= s,r >= u),r >= i - 27,If(And(s >= p,s >= q,s >= r,s >= u),s >= i - 27,u >= i - 27)))), If(And(p >= q,p >= r,p >= u,p >= 0),p >= i - 16,If(And(q >= p,q >= r,q >= u,q >= 0),q >= i - 16,If(And(r >= p,r >= q,r >= u,r >= 0),r >= i - 16,If(And(u >= p,u >= q,u >= r,u >= 0),u >= i - 16,0 >= i - 16)))), If(And(p >= q,p >= r,p >= s,p >= 0), i + 8 >= p, If(And(q >= p,q >= r,q >= s,q >= 0), i + 8 >= q, If(And(r >= p,r >= q,r >= s,r >= 0), i + 8 >= r, If(And(s >= p,s >= q,s >= r,s >= 0), i + 8 >= s, i + 8 >= 0)))), If(And(p >= q,p >= r,p >= t,p >= 0), i + 8 >= p, If(And(q >= p,q >= r,q >= t,q >= 0), i + 8 >= q, If(And(r >= p,r >= q,r >= t,r >= 0), i + 8 >= r, If(And(t >= p,t >= q,t >= r,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= 0), i + 8 >= p, If(And(q >= p,q >= s,q >= t,q >= 0), i + 8 >= q, If(And(s >= p,s >= q,s >= t,s >= 0), i + 8 >= s, If(And(t >= p,t >= q,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= 0), i + 8 >= p, If(And(r >= p,r >= s,r >= t,r >= 0), i + 8 >= r, If(And(s >= p,s >= r,s >= t,s >= 0), i + 8 >= s, If(And(t >= p,t >= r,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= 0), i + 8 >= q, If(And(r >= q,r >= s,r >= t,r >= 0), i + 8 >= r, If(And(s >= q,s >= r,s >= t,s >= 0), i + 8 >= s, If(And(t >= q,t >= r,t >= s,t >= 0), i + 8 >= t, i + 8 >= 0)))), If(And(p <= q,p <= s,p <= t,p <= u), i - 1 >= p, If(And(q <= p,q <= s,q <= t,q <= u), i - 1 >= q, If(And(s <= p,s <= q,s <= t,s <= u), i - 1 >= s, If(And(t <= p,t <= q,t <= s,t <= u), i - 1 >= t, i - 1 >= u)))), If(And(p <= q,p <= s,p <= t,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= t,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= t,s <= 0), i - 2 >= s, If(And(t <= p,t <= q,t <= s,t <= 0), i - 2 >= t, i - 2 >= 0)))), If(And(p <= q,p <= s,p <= u,p <= 0), i - 2 >= p, If(And(q <= p,q <= s,q <= u,q <= 0), i - 2 >= q, If(And(s <= p,s <= q,s <= u,s <= 0), i - 2 >= s, If(And(u <= p,u <= q,u <= s,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(p <= q,p <= t,p <= u,p <= 0), i - 2 >= p, If(And(q <= p,q <= t,q <= u,q <= 0), i - 2 >= q, If(And(t <= p,t <= q,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= q,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(p <= q,p <= r,p <= s,p <= t), i - 8 >= p, If(And(q <= p,q <= r,q <= s,q <= t), i - 8 >= q, If(And(r <= p,r <= q,r <= s,r <= t), i - 8 >= r, If(And(s <= p,s <= q,s <= r,s <= t), i - 8 >= s, i - 8 >= t)))), If(And(p <= q,p <= r,p <= s,p <= u), i - 7 >= p, If(And(q <= p,q <= r,q <= s,q <= u), i - 7 >= q, If(And(r <= p,r <= q,r <= s,r <= u), i - 7 >= r, If(And(s <= p,s <= q,s <= r,s <= u), i - 7 >= s, i - 7 >= u)))), If(And(p <= q,p <= r,p <= s,p <= 0), i - 8 >= p, If(And(q <= p,q <= r,q <= s,q <= 0), i - 8 >= q, If(And(r <= p,r <= q,r <= s,r <= 0), i - 8 >= r, If(And(s <= p,s <= q,s <= r,s <= 0), i - 8 >= s, i - 8 >= 0)))), If(And(p <= q,p <= r,p <= t,p <= u), i - 5 >= p, If(And(q <= p,q <= r,q <= t,q <= u), i - 5 >= q, If(And(r <= p,r <= q,r <= t,r <= u), i - 5 >= r, If(And(t <= p,t <= q,t <= r,t <= u), i - 5 >= t, i - 5 >= u)))), If(And(p <= q,p <= r,p <= t,p <= 0), i - 5 >= p, If(And(q <= p,q <= r,q <= t,q <= 0), i - 5 >= q, If(And(r <= p,r <= q,r <= t,r <= 0), i - 5 >= r, If(And(t <= p,t <= q,t <= r,t <= 0), i - 5 >= t, i - 5 >= 0)))), If(And(p <= q,p <= r,p <= u,p <= 0), i - 4 >= p, If(And(q <= p,q <= r,q <= u,q <= 0), i - 4 >= q, If(And(r <= p,r <= q,r <= u,r <= 0), i - 4 >= r, If(And(u <= p,u <= q,u <= r,u <= 0), i - 4 >= u, i - 4 >= 0)))), If(And(p <= s,p <= t,p <= u,p <= 0), i - 2 >= p, If(And(s <= p,s <= t,s <= u,s <= 0), i - 2 >= s, If(And(t <= p,t <= s,t <= u,t <= 0), i - 2 >= t, If(And(u <= p,u <= s,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(q <= r,q <= s,q <= t,q <= u), i - 6 >= q, If(And(r <= q,r <= s,r <= t,r <= u), i - 6 >= r, If(And(s <= q,s <= r,s <= t,s <= u), i - 6 >= s, If(And(t <= q,t <= r,t <= s,t <= u), i - 6 >= t, i - 6 >= u)))), If(And(q <= r,q <= s,q <= t,q <= 0), i - 6 >= q, If(And(r <= q,r <= s,r <= t,r <= 0), i - 6 >= r, If(And(s <= q,s <= r,s <= t,s <= 0), i - 6 >= s, If(And(t <= q,t <= r,t <= s,t <= 0), i - 6 >= t, i - 6 >= 0)))), If(And(q <= r,q <= s,q <= u,q <= 0), i - 5 >= q, If(And(r <= q,r <= s,r <= u,r <= 0), i - 5 >= r, If(And(s <= q,s <= r,s <= u,s <= 0), i - 5 >= s, If(And(u <= q,u <= r,u <= s,u <= 0), i - 5 >= u, i - 5 >= 0)))), If(And(q <= r,q <= t,q <= u,q <= 0), i - 4 >= q, If(And(r <= q,r <= t,r <= u,r <= 0), i - 4 >= r, If(And(t <= q,t <= r,t <= u,t <= 0), i - 4 >= t, If(And(u <= q,u <= r,u <= t,u <= 0), i - 4 >= u, i - 4 >= 0)))), If(And(q <= s,q <= t,q <= u,q <= 0), i - 2 >= q, If(And(s <= q,s <= t,s <= u,s <= 0), i - 2 >= s, If(And(t <= q,t <= s,t <= u,t <= 0), i - 2 >= t, If(And(u <= q,u <= s,u <= t,u <= 0), i - 2 >= u, i - 2 >= 0)))), If(And(r <= s,r <= t,r <= u,r <= 0), i - 6 >= r, If(And(s <= r,s <= t,s <= u,s <= 0), i - 6 >= s, If(And(t <= r,t <= s,t <= u,t <= 0), i - 6 >= t, If(And(u <= r,u <= s,u <= t,u <= 0), i - 6 >= u, i - 6 >= 0)))), If(And(p <= r,p <= s,p <= t,p <= u), i - 4 >= p, If(And(r <= p,r <= s,r <= t,r <= u), i - 4 >= r, If(And(s <= p,s <= r,s <= t,s <= u), i - 4 >= s, If(And(t <= p,t <= r,t <= s,t <= u), i - 4 >= t, i - 4 >= u)))), If(And(p <= r,p <= s,p <= t,p <= 0), i - 8 >= p, If(And(r <= p,r <= s,r <= t,r <= 0), i - 8 >= r, If(And(s <= p,s <= r,s <= t,s <= 0), i - 8 >= s, If(And(t <= p,t <= r,t <= s,t <= 0), i - 8 >= t, i - 8 >= 0)))), If(And(p <= r,p <= s,p <= u,p <= 0), i - 4 >= p, If(And(r <= p,r <= s,r <= u,r <= 0), i - 4 >= r, If(And(s <= p,s <= r,s <= u,s <= 0), i - 4 >= s, If(And(u <= p,u <= r,u <= s,u <= 0), i - 4 >= u, i - 4 >= 0)))), If(And(p <= r,p <= t,p <= u,p <= 0), i - 5 >= p, If(And(r <= p,r <= t,r <= u,r <= 0), i - 5 >= r, If(And(t <= p,t <= r,t <= u,t <= 0), i - 5 >= t, If(And(u <= p,u <= r,u <= t,u <= 0), i - 5 >= u, i - 5 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= u), i + 23 >= p, If(And(q >= p,q >= r,q >= s,q >= u), i + 23 >= q, If(And(r >= p,r >= q,r >= s,r >= u), i + 23 >= r, If(And(s >= p,s >= q,s >= r,s >= u), i + 23 >= s, i + 23 >= u)))), If(And(p >= q,p >= r,p >= t,p >= u), i + 23 >= p, If(And(q >= p,q >= r,q >= t,q >= u), i + 23 >= q, If(And(r >= p,r >= q,r >= t,r >= u), i + 23 >= r, If(And(t >= p,t >= q,t >= r,t >= u), i + 23 >= t, i + 23 >= u)))), If(And(p >= q,p >= r,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= r,q >= u,q >= 0), i + 23 >= q, If(And(r >= p,r >= q,r >= u,r >= 0), i + 23 >= r, If(And(u >= p,u >= q,u >= r,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= q,p >= s,p >= t,p >= u), i + 23 >= p, If(And(q >= p,q >= s,q >= t,q >= u), i + 23 >= q, If(And(s >= p,s >= q,s >= t,s >= u), i + 23 >= s, If(And(t >= p,t >= q,t >= s,t >= u), i + 23 >= t, i + 23 >= u)))), If(And(p >= q,p >= s,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= s,q >= u,q >= 0), i + 23 >= q, If(And(s >= p,s >= q,s >= u,s >= 0), i + 23 >= s, If(And(u >= p,u >= q,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= q,p >= t,p >= u,p >= 0), i + 23 >= p, If(And(q >= p,q >= t,q >= u,q >= 0), i + 23 >= q, If(And(t >= p,t >= q,t >= u,t >= 0), i + 23 >= t, If(And(u >= p,u >= q,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= r,p >= s,p >= t,p >= u), i + 23 >= p, If(And(r >= p,r >= s,r >= t,r >= u), i + 23 >= r, If(And(s >= p,s >= r,s >= t,s >= u), i + 23 >= s, If(And(t >= p,t >= r,t >= s,t >= u), i + 23 >= t, i + 23 >= u)))), If(And(p >= r,p >= s,p >= u,p >= 0), i + 23 >= p, If(And(r >= p,r >= s,r >= u,r >= 0), i + 23 >= r, If(And(s >= p,s >= r,s >= u,s >= 0), i + 23 >= s, If(And(u >= p,u >= r,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= r,p >= t,p >= u,p >= 0), i + 23 >= p, If(And(r >= p,r >= t,r >= u,r >= 0), i + 23 >= r, If(And(t >= p,t >= r,t >= u,t >= 0), i + 23 >= t, If(And(u >= p,u >= r,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= s,p >= t,p >= u,p >= 0), i + 23 >= p, If(And(s >= p,s >= t,s >= u,s >= 0), i + 23 >= s, If(And(t >= p,t >= s,t >= u,t >= 0), i + 23 >= t, If(And(u >= p,u >= s,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(q >= r,q >= s,q >= t,q >= u), i + 23 >= q, If(And(r >= q,r >= s,r >= t,r >= u), i + 23 >= r, If(And(s >= q,s >= r,s >= t,s >= u), i + 23 >= s, If(And(t >= q,t >= r,t >= s,t >= u), i + 23 >= t, i + 23 >= u)))), If(And(r >= s,r >= t,r >= u,r >= 0), i + 23 >= r, If(And(s >= r,s >= t,s >= u,s >= 0), i + 23 >= s, If(And(t >= r,t >= s,t >= u,t >= 0), i + 23 >= t, If(And(u >= r,u >= s,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(q >= r,q >= s,q >= u,q >= 0), i + 23 >= q, If(And(r >= q,r >= s,r >= u,r >= 0), i + 23 >= r, If(And(s >= q,s >= r,s >= u,s >= 0), i + 23 >= s, If(And(u >= q,u >= r,u >= s,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(q >= r,q >= t,q >= u,q >= 0), i + 23 >= q, If(And(r >= q,r >= t,r >= u,r >= 0), i + 23 >= r, If(And(t >= q,t >= r,t >= u,t >= 0), i + 23 >= t, If(And(u >= q,u >= r,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(q >= s,q >= t,q >= u,q >= 0), i + 23 >= q, If(And(s >= q,s >= t,s >= u,s >= 0), i + 23 >= s, If(And(t >= q,t >= s,t >= u,t >= 0), i + 23 >= t, If(And(u >= q,u >= s,u >= t,u >= 0), i + 23 >= u, i + 23 >= 0)))), If(And(p >= q,p >= r,p >= s,p >= t,p >= u),p >= i,If(And(q >= p,q >= r,q >= s,q >= t,q >= u),q >= i,If(And(r >= p,r >= q,r >= s,r >= t,r >= u),r >= i,If(And(s >= p,s >= q,s >= r,s >= t,s >= u),s >= i,If(And(t >= p,t >= q,t >= r,t >= s,t >= u),t >= i,u >= i))))), If(And(p >= q,p >= r,p >= t,p >= u,p >= 0),p >= i - 14,If(And(q >= p,q >= r,q >= t,q >= u,q >= 0),q >= i - 14,If(And(r >= p,r >= q,r >= t,r >= u,r >= 0),r >= i - 14,If(And(t >= p,t >= q,t >= r,t >= u,t >= 0),t >= i - 14,If(And(u >= p,u >= q,u >= r,u >= t,u >= 0),u >= i - 14,0 >= i - 14))))), If(And(p >= q,p >= s,p >= t,p >= 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apps/blog/views.py

telesoho/pyblog

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[ "MIT" ]

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apps/blog/views.py

telesoho/pyblog

58fc500faeefc2559dac72a2878deacf2d7df769

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apps/blog/views.py

telesoho/pyblog

58fc500faeefc2559dac72a2878deacf2d7df769

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from flask import render_template from .bp import app @app.route("/") def index(): return render_template('blog/index.html')

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Python

ltn/fuzzy_ops.py

bmxitalia/LTNtorch

9f5817da7a3657ae74e24c3019c7167eb9deabb4

[ "MIT" ]

16

2021-09-16T12:13:08.000Z

2022-01-20T12:32:04.000Z

ltn/fuzzy_ops.py

bmxitalia/LTNtorch

9f5817da7a3657ae74e24c3019c7167eb9deabb4

[ "MIT" ]

1

2021-12-29T03:58:58.000Z

2022-01-07T02:26:56.000Z

ltn/fuzzy_ops.py

bmxitalia/LTNtorch

9f5817da7a3657ae74e24c3019c7167eb9deabb4

[ "MIT" ]

1

2022-01-18T14:49:22.000Z

""" .. _fuzzyop: The `ltn.fuzzy_ops` module contains the PyTorch implementation of some common fuzzy logic operators and aggregators. Refer to the `LTN paper <https://arxiv.org/abs/2012.13635>`_ for a detailed description of these operators (see the Appendix). All the operators included in this module support the traditional NumPy/PyTorch broadcasting. The operators have been designed to be used with :class:`ltn.core.Connective` or :class:`ltn.core.Quantifier`. """ import torch from ltn import LTNObject # these are the projection functions to make the Product Real Logic stable. These functions help to change the input # of particular fuzzy operators in such a way they do not lead to gradient problems (vanishing, exploding). eps = 1e-4 # epsilon is set to small value in such a way to not change the input too much def pi_0(x): """ Function that has to be used when we need to assure that the truth value in input to a fuzzy operator is never equal to zero, in such a way to avoid gradient problems. It maps the interval [0, 1] in the interval ]0, 1], where the 0 is excluded. Parameters ----------- x: :class:`torch.Tensor` A truth value. Returns ----------- :class:`torch.Tensor` The input truth value changed in such a way to prevent gradient problems (0 is changed with a small number near 0). """ return (1 - eps) * x + eps def pi_1(x): """ Function that has to be used when we need to assure that the truth value in input to a fuzzy operator is never equal to one, in such a way to avoid gradient problems. It maps the interval [0, 1] in the interval [0, 1[, where the 1 is excluded. Parameters ----------- x: :class:`torch.Tensor` A truth value. Returns ----------- :class:`torch.Tensor` The input truth value changed in such a way to prevent gradient problems (1 is changed with a small number near 1). """ return (1 - eps) * x # utility function to check the input of connectives and quantifiers def check_values(*values): """ This function checks the input values are in the range [0., 1.] and raises an exception if it is not the case. Parameters ----------- values: :obj:`list` or :obj:`tuple` List or tuple of :class:`torch.Tensor` containing the truth values of the operands. Raises ----------- :class:`ValueError` Raises when the values of the input parameters are incorrect. """ values = list(values) for v in values: if not torch.all(torch.where(torch.logical_or(torch.logical_and(v >= 0., v <= 1.), torch.isnan(v)), 1., 0.)): raise ValueError("Expected attribute 'value' of the given LTNObject(s) to contain truth values " "in the range [0., 1.]`, but got some values outside of this range.") # here, it begins the implementation of fuzzy operators in PyTorch class ConnectiveOperator: """ Abstract class for connective operators. Every connective operator implemented in LTNtorch must inherit from this class and implements the `__call__()` method. Raises ----------- :class:`NotImplementedError` Raised when `__call__()` is not implemented in the sub-class. """ def __call__(self, *args, **kwargs): """ Implements the behavior of the connective operator. Parameters ---------- args : :class:`torch.Tensor`, or :obj:`tuple` of :class:`torch.Tensor` Operand (operands) on which the unary (binary) connective operator has to be applied. """ raise NotImplementedError() class UnaryConnectiveOperator(ConnectiveOperator): """ Abstract class for unary connective operators. Every unary connective operator implemented in LTNtorch must inherit from this class and implement the `__call__()` method. Raises ----------- :class:`NotImplementedError` Raised when `__call__()` is not implemented in the sub-class. """ def __call__(self, *args, **kwargs): """ Implements the behavior of the unary connective operator. Parameters ---------- args : :class:`torch.Tensor` Operand on which the unary connective operator has to be applied. """ raise NotImplementedError() class BinaryConnectiveOperator(ConnectiveOperator): """ Abstract class for binary connective operators. Every binary connective operator implemented in LTNtorch must inherit from this class and implement the `__call__()` method. Raises ----------- :class:`NotImplementedError` Raised when `__call__()` is not implemented in the sub-class. """ def __call__(self, *args, **kwargs): """ Implements the behavior of the binary connective operator. Parameters ---------- args : :obj:`tuple` of :class:`torch.Tensor` Operands on which the binary connective operator has to be applied. """ raise NotImplementedError() # NEGATION class NotStandard(UnaryConnectiveOperator): """ Standard fuzzy negation operator. :math:`\lnot_{standard}(x) = 1 - x` Examples -------- >>> import ltn >>> import torch >>> Not = ltn.Connective(ltn.fuzzy_ops.NotStandard()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(Not(p(x)).value) tensor([0.3635, 0.2891]) .. automethod:: __call__ """ def __call__(self, x): """ It applies the standard fuzzy negation operator to the given operand. Parameters ----------- x : :class:`torch.Tensor` Operand on which the operator has to be applied. Returns ---------- :class:`torch.Tensor` The standard fuzzy negation of the given operand. Raises ---------- :class:`ValueError` Raises when the values of the operand are not in [0., 1.]. """ check_values(x) return 1. - x class NotGodel(UnaryConnectiveOperator): """ Godel fuzzy negation operator. :math:`\lnot_{Godel}(x) = \\left\\{\\begin{array}{ c l }1 & \\quad \\textrm{if } x = 0 \\\ 0 & \\quad \\textrm{otherwise} \\end{array} \\right.` Examples -------- >>> import ltn >>> import torch >>> Not = ltn.Connective(ltn.fuzzy_ops.NotGodel()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(Not(p(x)).value) tensor([0., 0.]) .. automethod:: __call__ """ def __call__(self, x): """ It applies the Godel fuzzy negation operator to the given operand. Parameters ----------- x : :class:`torch.Tensor` Operand on which the operator has to be applied. Returns ------- :class:`torch.Tensor` The Godel fuzzy negation of the given operand. Raises ---------- :class:`ValueError` Raises when the values of the operand are not in [0., 1.]. """ check_values(x) return torch.eq(x, 0.).float() # CONJUNCTION class AndMin(BinaryConnectiveOperator): """ Godel fuzzy conjunction operator (min operator). :math:`\land_{Godel}(x, y) = \operatorname{min}(x, y)` Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> And = ltn.Connective(ltn.fuzzy_ops.AndMin()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(And(p(x), p(y)).value) tensor([[0.6365, 0.5498, 0.5250], [0.6682, 0.5498, 0.5250]]) .. automethod:: __call__ """ def __call__(self, x, y): """ It applies the Godel fuzzy conjunction operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ---------- :class:`torch.Tensor` The Godel fuzzy conjunction of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) return torch.minimum(x, y) class AndProd(BinaryConnectiveOperator): """ Goguen fuzzy conjunction operator (product operator). :math:`\land_{Goguen}(x, y) = xy` Parameters ---------- stable : :obj:`bool`, default=True Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Attributes ---------- stable : :obj:`bool` See `stable` parameter. Notes ----- The Gougen fuzzy conjunction could have vanishing gradients if not used in its :ref:`stable <stable>` version. Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> And = ltn.Connective(ltn.fuzzy_ops.AndProd()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(And(p(x), p(y)).value) tensor([[0.4253, 0.3500, 0.3342], [0.4751, 0.3910, 0.3733]]) .. automethod:: __call__ """ def __init__(self, stable=True): """ This constructor has to be used to set whether it has to be used the stable version (it avoids gradient problems) of the Goguen fuzzy conjunction or not. Parameters ----------- stable : :obj:`bool`, default=True A boolean flag indicating whether it has to be used the stable version of the operator or not. """ self.stable = stable def __call__(self, x, y, stable=None): """ It applies the Goguen fuzzy conjunction operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. stable : :obj:`bool`, default=None Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Returns ----------- :class:`torch.Tensor` The Goguen fuzzy conjunction of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) stable = self.stable if stable is None else stable if stable: x, y = pi_0(x), pi_0(y) return torch.mul(x, y) class AndLuk(BinaryConnectiveOperator): """ Lukasiewicz fuzzy conjunction operator. :math:`\land_{Lukasiewicz}(x, y) = \operatorname{max}(x + y - 1, 0)` Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> And = ltn.Connective(ltn.fuzzy_ops.AndLuk()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(And(p(x), p(y)).value) tensor([[0.3046, 0.1863, 0.1614], [0.3791, 0.2608, 0.2359]]) .. automethod:: __call__ """ def __call__(self, x, y): """ It applies the Lukasiewicz fuzzy conjunction operator to the given operands. Parameters ----------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ----------- :class:`torch.Tensor` The Lukasiewicz fuzzy conjunction of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) zeros = torch.zeros_like(x) return torch.maximum(x + y - 1., zeros) # DISJUNCTION class OrMax(BinaryConnectiveOperator): """ Godel fuzzy disjunction operator (max operator). :math:`\lor_{Godel}(x, y) = \operatorname{max}(x, y)` Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Or = ltn.Connective(ltn.fuzzy_ops.OrMax()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Or(p(x), p(y)).value) tensor([[0.6682, 0.6365, 0.6365], [0.7109, 0.7109, 0.7109]]) .. automethod:: __call__ """ def __call__(self, x, y): """ It applies the Godel fuzzy disjunction operator to the given operands. Parameters ----------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ----------- :class:`torch.Tensor` The Godel fuzzy disjunction of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) return torch.maximum(x, y) class OrProbSum(BinaryConnectiveOperator): """ Goguen fuzzy disjunction operator (probabilistic sum). :math:`\lor_{Goguen}(x, y) = x + y - xy` Parameters ---------- stable : :obj:`bool`, default=True Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Attributes ---------- stable : :obj:`bool` See `stable` parameter. Notes ----- The Gougen fuzzy disjunction could have vanishing gradients if not used in its :ref:`stable <stable>` version. Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Or = ltn.Connective(ltn.fuzzy_ops.OrProbSum()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Or(p(x), p(y)).value) tensor([[0.8793, 0.8363, 0.8273], [0.9040, 0.8698, 0.8626]]) .. automethod:: __call__ """ def __init__(self, stable=True): """ This constructor has to be used to set whether it has to be used the stable version (it avoids gradient problems) of the Goguen fuzzy disjunction or not. Parameters ----------- stable: :obj:`bool` A boolean flag indicating whether it has to be used the stable version of the operator or not. """ self.stable = stable def __call__(self, x, y, stable=None): """ It applies the Goguen fuzzy disjunction operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. stable : :obj:`bool`, default=None Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Returns ----------- :class:`torch.Tensor` The Goguen fuzzy disjunction of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) stable = self.stable if stable is None else stable if stable: x, y = pi_1(x), pi_1(y) return x + y - torch.mul(x, y) class OrLuk(BinaryConnectiveOperator): """ Lukasiewicz fuzzy disjunction operator. :math:`\lor_{Lukasiewicz}(x, y) = \operatorname{min}(x + y, 1)` Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Or = ltn.Connective(ltn.fuzzy_ops.OrLuk()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Or(p(x), p(y)).value) tensor([[1., 1., 1.], [1., 1., 1.]]) .. automethod:: __call__ """ def __call__(self, x, y): """ It applies the Lukasiewicz fuzzy disjunction operator to the given operands. Parameters ----------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ----------- :class:`torch.Tensor` The Lukasiewicz fuzzy disjunction of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) ones = torch.ones_like(x) return torch.minimum(x + y, ones) class ImpliesKleeneDienes(BinaryConnectiveOperator): """ Kleene Dienes fuzzy implication operator. :math:`\\rightarrow_{KleeneDienes}(x, y) = \operatorname{max}(1 - x, y)` Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Implies = ltn.Connective(ltn.fuzzy_ops.ImpliesKleeneDienes()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Implies(p(x), p(y)).value) tensor([[0.6682, 0.5498, 0.5250], [0.6682, 0.5498, 0.5250]]) .. automethod:: __call__ """ def __call__(self, x, y): """ It applies the Kleene Dienes fuzzy implication operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ----------- :class:`torch.Tensor` The Kleene Dienes fuzzy implication of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) return torch.maximum(1. - x, y) class ImpliesGodel(BinaryConnectiveOperator): """ Godel fuzzy implication operand. :math:`\\rightarrow_{Godel}(x, y) = \\left\\{\\begin{array}{ c l }1 & \\quad \\textrm{if } x \le y \\\ y & \\quad \\textrm{otherwise} \\end{array} \\right.` Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Implies = ltn.Connective(ltn.fuzzy_ops.ImpliesGodel()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Implies(p(x), p(y)).value) tensor([[1.0000, 0.5498, 0.5250], [0.6682, 0.5498, 0.5250]]) .. automethod:: __call__ """ def __call__(self, x, y): """ It applies the Godel fuzzy implication operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ----------- :class:`torch.Tensor` The Godel fuzzy implication of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) return torch.where(torch.le(x, y), torch.ones_like(x), y) class ImpliesReichenbach(BinaryConnectiveOperator): """ Reichenbach fuzzy implication operator. :math:`\\rightarrow_{Reichenbach}(x, y) = 1 - x + xy` Parameters ---------- stable : :obj:`bool`, default=True Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Attributes ---------- stable : :obj:`bool` See `stable` parameter. Notes ----- The Reichenbach fuzzy implication could have vanishing gradients if not used in its :ref:`stable <stable>` version. Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Implies = ltn.Connective(ltn.fuzzy_ops.ImpliesReichenbach()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Implies(p(x), p(y)).value) tensor([[0.7888, 0.7134, 0.6976], [0.7640, 0.6799, 0.6622]]) .. automethod:: __call__ """ def __init__(self, stable=True): """ This constructor has to be used to set whether it has to be used the stable version (it avoids gradient problems) of the Reichenbach fuzzy implication or not. Parameters ----------- stable: :obj:`bool` A boolean flag indicating whether it has to be used the stable version of the operator or not. """ self.stable = stable def __call__(self, x, y, stable=None): """ It applies the Reichenbach fuzzy implication operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. stable: :obj:`bool`, default=None Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Returns ----------- :class:`torch.Tensor` The Reichenbach fuzzy implication of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) stable = self.stable if stable is None else stable if stable: x, y = pi_0(x), pi_1(y) return 1. - x + torch.mul(x, y) class ImpliesGoguen(BinaryConnectiveOperator): """ Goguen fuzzy implication operator. :math:`\\rightarrow_{Goguen}(x, y) = \\left\\{\\begin{array}{ c l }1 & \\quad \\textrm{if } x \le y \\\ \\frac{y}{x} & \\quad \\textrm{otherwise} \\end{array} \\right.` Parameters ---------- stable : :obj:`bool`, default=True Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Attributes ---------- stable : :obj:`bool` See `stable` parameter. Notes ----- The Goguen fuzzy implication could have vanishing gradients if not used in its :ref:`stable <stable>` version. Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Implies = ltn.Connective(ltn.fuzzy_ops.ImpliesGoguen()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Implies(p(x), p(y)).value) tensor([[1.0000, 0.8639, 0.8248], [0.9398, 0.7733, 0.7384]]) .. automethod:: __call__ """ def __init__(self, stable=True): """ This constructor has to be used to set whether it has to be used the stable version (it avoids gradient problems) of the Goguen fuzzy implication or not. Parameters ----------- stable: :obj:`bool`, default=True A boolean flag indicating whether it has to be used the stable version of the operator or not. """ self.stable = stable def __call__(self, x, y, stable=None): """ It applies the Goguen fuzzy implication operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. stable : :obj:`bool`, default=None Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Returns ----------- :class:`torch.Tensor` The Goguen fuzzy implication of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) stable = self.stable if stable is None else stable if stable: x = pi_0(x) return torch.where(torch.le(x, y), torch.ones_like(x), torch.div(y, x)) class ImpliesLuk(BinaryConnectiveOperator): """ Lukasiewicz fuzzy implication operator. :math:`\\rightarrow_{Lukasiewicz}(x, y) = \operatorname{min}(1 - x + y, 1)` Examples -------- Note that: - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Implies = ltn.Connective(ltn.fuzzy_ops.ImpliesLuk()) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Implies(p(x), p(y)).value) tensor([[1.0000, 0.9134, 0.8885], [0.9572, 0.8389, 0.8140]]) .. automethod:: __call__ """ def __call__(self, x, y): """ It applies the Lukasiewicz fuzzy implication operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ----------- :class:`torch.Tensor` The Lukasiewicz fuzzy implication of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) ones = torch.ones_like(x) return torch.minimum(1. - x + y, ones) # EQUIVALENCE class Equiv(BinaryConnectiveOperator): """ Equivalence (:math:`\leftrightarrow`) fuzzy operator. :math:`x \leftrightarrow y \equiv x \\rightarrow y \land y \\rightarrow x` Parameters ---------- and_op : :class:`ltn.fuzzy_ops.BinaryConnectiveOperator` Fuzzy conjunction operator to use for the equivalence operator. implies_op : :class:`ltn.fuzzy_ops.BinaryConnectiveOperator` Fuzzy implication operator to use for the implication operator. Attributes ---------- and_op: :class:`ltn.fuzzy_ops.BinaryConnectiveOperator` See `and_op` parameter. implies_op: :class:`ltn.fuzzy_ops.BinaryConnectiveOperator` See `implies_op` parameter. Notes ----- - the equivalence operator (:math:`\leftrightarrow`) is implemented in LTNtorch as an operator which computes: :math:`x \\rightarrow y \land y \\rightarrow x`; - the `and_op` parameter defines the operator for :math:`\land`; - the `implies_op` parameter defines the operator for :math:`\\rightarrow`. Examples -------- Note that: - we have selected :class:`ltn.fuzzy_ops.AndProd()` as an operator for the conjunction of the equivalence, and :class:`ltn.fuzzy_ops.ImpliesReichenbach` as an operator for the implication; - variable `x` has two individuals; - variable `y` has three individuals; - the shape of the result of the conjunction is `(2, 3)` due to the :ref:`LTN broadcasting <broadcasting>`. The first dimension is dedicated two variable `x`, while the second dimension to variable `y`; - at index `(0, 0)` there is the evaluation of the formula on first individual of `x` and first individual of `y`, at index `(0, 1)` there is the evaluation of the formula on first individual of `x` and second individual of `y`, and so forth. >>> import ltn >>> import torch >>> Equiv = ltn.Connective(ltn.fuzzy_ops.Equiv( ... and_op=ltn.fuzzy_ops.AndProd(), ... implies_op=ltn.fuzzy_ops.ImpliesReichenbach() ... )) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9]])) >>> y = ltn.Variable('y', torch.tensor([[0.7], [0.2], [0.1]])) >>> print(p(x).value) tensor([0.6365, 0.7109]) >>> print(p(y).value) tensor([0.6682, 0.5498, 0.5250]) >>> print(Equiv(p(x), p(y)).value) tensor([[0.5972, 0.5708, 0.5645], [0.6165, 0.5718, 0.5617]]) .. automethod:: __call__ """ def __init__(self, and_op, implies_op): """ This constructor has to be used to set the operator for the conjunction and for the implication of the equivalence operator. Parameters ---------- and_op: :class:`ltn.fuzzy_ops.BinaryConnectiveOperator` Fuzzy operator for the conjunction. implies_op: :class:`ltn.fuzzy_ops.BinaryConnectiveOperator` Fuzzy operator for the implication. """ self.and_op = and_op self.implies_op = implies_op def __call__(self, x, y): """ It applies the fuzzy equivalence operator to the given operands. Parameters ---------- x : :class:`torch.Tensor` First operand on which the operator has to be applied. y : :class:`torch.Tensor` Second operand on which the operator has to be applied. Returns ----------- :class:`torch.Tensor` The fuzzy equivalence of the two operands. Raises ---------- :class:`ValueError` Raises when the values of the operands are not in [0., 1.]. """ check_values(x, y) return self.and_op(self.implies_op(x, y), self.implies_op(y, x)) # AGGREGATORS FOR QUANTIFIERS - only the aggregators introduced in the LTN paper are implemented class AggregationOperator: """ Abstract class for aggregation operators. Every aggregation operator implemented in LTNtorch must inherit from this class and implement the `__call__()` method. Raises ----------- :class:`NotImplementedError` Raised when `__call__()` is not implemented in the sub-class. """ def __call__(self, *args, **kwargs): """ Implements the behavior of the aggregation operator. Parameters ---------- args: :class:`torch.Tensor` :ref:`Grounding <notegrounding>` of formula on which the aggregation operator has to be applied. """ raise NotImplementedError() class AggregMin(AggregationOperator): """ Min fuzzy aggregation operator. :math:`A_{T_{M}}(x_1, \\dots, x_n) = \\operatorname{min}(x_1, \\dots, x_n)` Examples -------- >>> import ltn >>> import torch >>> Forall = ltn.Quantifier(ltn.fuzzy_ops.AggregMin(), quantifier='f') >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9], [0.7]])) >>> print(p(x).value) tensor([0.6365, 0.7109, 0.6682]) >>> print(Forall(x, p(x)).value) tensor(0.6365) .. automethod:: __call__ """ def __call__(self, xs, dim=None, keepdim=False): """ It applies the min fuzzy aggregation operator to the given formula's :ref:`grounding <notegrounding>` on the selected dimensions. Parameters ---------- xs : :class:`torch.Tensor` :ref:`Grounding <notegrounding>` of formula on which the aggregation has to be performed. dim : :obj:`tuple` of :obj:`int`, default=None Tuple containing the indexes of dimensions on which the aggregation has to be performed. keepdim : :obj:`bool`, default=False Flag indicating whether the output has to keep the same dimensions as the input after the aggregation. Returns ---------- :class:`torch.Tensor` Min fuzzy aggregation of the formula. Raises ---------- :class:`ValueError` Raises when the truth values contained in the :ref:`grounding <notegrounding>` of the formula are not in the range [0., 1.]. """ # Notice the use of torch.where(). This has to be used # because the guarded quantification is implemented in PyTorch by putting NaN values where the grounding of the # formula does not satisfy the guarded condition. Therefore, if we aggregate on a tensor with NaN values, it is # highly probable that we will obtain NaN as the output of the aggregation. For this reason, the aggregation do # not have to consider the NaN values contained in the input tensor. # we have to put 1 where there are NaN values, since 1 is the maximum value for a truth value. By doing so, # this modification will not affect the minimum computation check_values(xs) xs = torch.where(torch.isnan(xs), 1., xs.double()) out = torch.amin(xs.float(), dim=dim, keepdim=keepdim) return out class AggregMean(AggregationOperator): """ Mean fuzzy aggregation operator. :math:`A_{M}(x_1, \\dots, x_n) = \\frac{1}{n} \\sum_{i = 1}^n x_i` Examples -------- >>> import ltn >>> import torch >>> Forall = ltn.Quantifier(ltn.fuzzy_ops.AggregMean(), quantifier='f') >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9], [0.7]])) >>> print(p(x).value) tensor([0.6365, 0.7109, 0.6682]) >>> print(Forall(x, p(x)).value) tensor(0.6719) .. automethod:: __call__ """ def __call__(self, xs, dim=None, keepdim=False): """ It applies the mean fuzzy aggregation operator to the given formula's :ref:`grounding <notegrounding>` on the selected dimensions. Parameters ---------- xs : :class:`torch.Tensor` :ref:`Grounding <notegrounding>` of formula on which the aggregation has to be performed. dim : :obj:`tuple` of :obj:`int`, default=None Tuple containing the indexes of dimensions on which the aggregation has to be performed. keepdim : :obj:`bool`, default=False Flag indicating whether the output has to keep the same dimensions as the input after the aggregation. Returns ---------- :class:`torch.Tensor` Mean fuzzy aggregation of the formula. Raises ---------- :class:`ValueError` Raises when the truth values contained in the :ref:`grounding <notegrounding>` of the formula are not in the range [0., 1.]. """ # Notice the use of torch.where(). This has to be used # because the guarded quantification is implemented in PyTorch by putting NaN values where the grounding of the # formula does not satisfy the guarded condition. Therefore, if we aggregate on a tensor with NaN values, it is # highly probable that we will obtain NaN as the output of the aggregation. For this reason, the aggregation do # not have to consider the NaN values contained in the input tensor. check_values(xs) numerator = torch.sum(torch.where(torch.isnan(xs), torch.zeros_like(xs), xs), dim=dim, keepdim=keepdim) denominator = torch.sum(~torch.isnan(xs), dim=dim, keepdim=keepdim) return torch.div(numerator, denominator) class AggregPMean(AggregationOperator): """ `pMean` fuzzy aggregation operator. :math:`A_{pM}(x_1, \\dots, x_n) = (\\frac{1}{n} \\sum_{i = 1}^n x_i^p)^{\\frac{1}{p}}` Parameters ---------- p : :obj:`int`, default=2 Value of hyper-parameter `p` of the `pMean` fuzzy aggregation operator. stable : :obj:`bool`, default=True Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Attributes ---------- p : :obj:`int` See `p` parameter. stable : :obj:`bool` See `stable` parameter. Notes ----- The `pMean` aggregation operator has been selected as an approximation of :math:`\exists` with :math:`p \geq 1`. If :math:`p \\to \infty`, then the `pMean` operator tends to the maximum of the input values (classical behavior of :math:`\exists`). Examples -------- >>> import ltn >>> import torch >>> Exists = ltn.Quantifier(ltn.fuzzy_ops.AggregPMean(), quantifier='e') >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9], [0.7]])) >>> print(p(x).value) tensor([0.6365, 0.7109, 0.6682]) >>> print(Exists(x, p(x)).value) tensor(0.6726) .. automethod:: __call__ """ def __init__(self, p=2, stable=True): """ This constructor has to be used to set whether it has to be used the stable version (it avoids gradient problems) of the p-mean aggregator or not. Also, it is possible to set the value of the parameter p. Parameters ---------- p: :obj:`int` Value of the parameter p. stable: :obj:`bool` A boolean flag indicating whether it has to be used the stable version of the aggregator or not. """ self.p = p self.stable = stable def __call__(self, xs, dim=None, keepdim=False, p=None, stable=None): """ It applies the `pMean` aggregation operator to the given formula's :ref:`grounding <notegrounding>` on the selected dimensions. Parameters ---------- xs : :class:`torch.Tensor` :ref:`Grounding <notegrounding>` of formula on which the aggregation has to be performed. dim : :obj:`tuple` of :obj:`int`, default=None Tuple containing the indexes of dimensions on which the aggregation has to be performed. keepdim : :obj:`bool`, default=False Flag indicating whether the output has to keep the same dimensions as the input after the aggregation. p : :obj:`int`, default=None Value of hyper-parameter `p` of the `pMean` fuzzy aggregation operator. stable : :obj:`bool`, default=None Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Returns ---------- :class:`torch.Tensor` `pMean` fuzzy aggregation of the formula. Raises ---------- :class:`ValueError` Raises when the truth values contained in the :ref:`grounding <notegrounding>` of the formula are not in the range [0., 1.]. """ # Notice the use of torch.where(). This has to be used # because the guarded quantification is implemented in PyTorch by putting NaN values where the grounding of the # formula does not satisfy the guarded condition. Therefore, if we aggregate on a tensor with NaN values, it is # highly probable that we will obtain NaN as the output of the aggregation. For this reason, the aggregation do # not have to consider the NaN values contained in the input tensor. check_values(xs) p = self.p if p is None else p stable = self.stable if stable is None else stable if stable: xs = pi_0(xs) xs = torch.pow(xs, p) numerator = torch.sum(torch.where(torch.isnan(xs), torch.zeros_like(xs), xs), dim=dim, keepdim=keepdim) denominator = torch.sum(~torch.isnan(xs), dim=dim, keepdim=keepdim) return torch.pow(torch.div(numerator, denominator), 1 / p) class AggregPMeanError(AggregationOperator): """ `pMeanError` fuzzy aggregation operator. :math:`A_{pME}(x_1, \\dots, x_n) = 1 - (\\frac{1}{n} \\sum_{i = 1}^n (1 - x_i)^p)^{\\frac{1}{p}}` Parameters ---------- p : :obj:`int`, default=2 Value of hyper-parameter `p` of the `pMeanError` fuzzy aggregation operator. stable : :obj:`bool`, default=True Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Attributes ---------- p : :obj:`int` See `p` parameter. stable : :obj:`bool` See `stable` parameter. Notes ----- The `pMeanError` aggregation operator has been selected as an approximation of :math:`\\forall` with :math:`p \geq 1`. If :math:`p \\to \infty`, then the `pMeanError` operator tends to the minimum of the input values (classical behavior of :math:`\\forall`). Examples -------- >>> import ltn >>> import torch >>> Forall = ltn.Quantifier(ltn.fuzzy_ops.AggregPMeanError(), quantifier='f') >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> x = ltn.Variable('x', torch.tensor([[0.56], [0.9], [0.7]])) >>> print(p(x).value) tensor([0.6365, 0.7109, 0.6682]) >>> print(Forall(x, p(x)).value) tensor(0.6704) .. automethod:: __call__ """ def __init__(self, p=2, stable=True): """ This constructor has to be used to set whether it has to be used the stable version (it avoids gradient problems) of the p-mean error aggregator or not. Also, it is possible to set the value of the parameter p. Parameters ---------- p: :obj:`int` Value of the parameter p. stable: :obj:`bool` A boolean flag indicating whether it has to be used the stable version of the aggregator or not. """ self.p = p self.stable = stable def __call__(self, xs, dim=None, keepdim=False, p=None, stable=None): """ It applies the `pMeanError` aggregation operator to the given formula's :ref:`grounding <notegrounding>` on the selected dimensions. Parameters ---------- xs : :class:`torch.Tensor` :ref:`Grounding <notegrounding>` of formula on which the aggregation has to be performed. dim : :obj:`tuple` of :obj:`int`, default=None Tuple containing the indexes of dimensions on which the aggregation has to be performed. keepdim : :obj:`bool`, default=False Flag indicating whether the output has to keep the same dimensions as the input after the aggregation. p : :obj:`int`, default=None Value of hyper-parameter `p` of the `pMeanError` fuzzy aggregation operator. stable: :obj:`bool`, default=None Flag indicating whether to use the :ref:`stable version <stable>` of the operator or not. Returns ---------- :class:`torch.Tensor` `pMeanError` fuzzy aggregation of the formula. Raises ---------- :class:`ValueError` Raises when the truth values contained in the :ref:`grounding <notegrounding>` of the formula are not in the range [0., 1.]. """ # Notice the use of torch.where(). This has to be used # because the guarded quantification is implemented in PyTorch by putting NaN values where the grounding of the # formula does not satisfy the guarded condition. Therefore, if we aggregate on a tensor with NaN values, it is # highly probable that we will obtain NaN as the output of the aggregation. For this reason, the aggregation do # not have to consider the NaN values contained in the input tensor. check_values(xs) p = self.p if p is None else p stable = self.stable if stable is None else stable if stable: xs = pi_1(xs) xs = torch.pow(1. - xs, p) numerator = torch.sum(torch.where(torch.isnan(xs), torch.zeros_like(xs), xs), dim=dim, keepdim=keepdim) denominator = torch.sum(~torch.isnan(xs), dim=dim, keepdim=keepdim) return 1. - torch.pow(torch.div(numerator, denominator), 1 / p) class SatAgg: """ `SatAgg` aggregation operator. :math:`\operatorname{SatAgg}_{\phi \in \mathcal{K}} \mathcal{G}_{\\theta} (\phi)` It aggregates the truth values of the closed formulas given in input, namely the formulas :math:`\phi_1, \dots, \phi_n` contained in the knowledge base :math:`\mathcal{K}`. In the notation, :math:`\mathcal{G}_{\\theta}` is the :ref:`grounding <notegrounding>` function, parametrized by :math:`\\theta`. Parameters ---------- agg_op : :class:`ltn.fuzzy_ops.AggregationOperator`, default=AggregPMeanError(p=2) Fuzzy aggregation operator used by the `SatAgg` operator to perform the aggregation. Attributes ---------- agg_op : :class:`ltn.fuzzy_ops.AggregationOperator`, default=AggregPMeanError(p=2) See `agg_op` parameter. Raises ---------- :class:`TypeError` Raises when the type of the input parameter is not correct. Notes ----- - `SatAgg` is particularly useful for computing the overall satisfaction level of a knowledge base when :ref:`learning <notelearning>` a Logic Tensor Network; - the result of the `SatAgg` aggregation is a scalar. It is the satisfaction level of the knowledge based composed of the closed formulas given in input. Examples -------- `SatAgg` can be used to aggregate the truth values of formulas contained in a knowledge base. Note that: - in this scenario, our knowledge base is composed of closed formulas `f1`, `f2`, and `f3`; - `SatAgg` applies the `pMeanError` aggregation operator to the truth values of these formulas. The result is a new truth value which can be interpreted as a satisfaction level of the entire knowledge base; - the result of `SatAgg` is a :class:`torch.Tensor` since it has been designed for learning. The idea is to put the result of the operator directly inside the loss function of the LTN. See this `tutorial <https://nbviewer.jupyter.org/github/bmxitalia/LTNtorch/blob/main/tutorials/3-knowledgebase-and-learning.ipynb>`_ for a detailed example. >>> import ltn >>> import torch >>> x = ltn.Variable('x', torch.tensor([[0.1, 0.03], ... [2.3, 4.3]])) >>> y = ltn.Variable('y', torch.tensor([[3.4, 2.3], ... [5.4, 0.43]])) >>> p = ltn.Predicate(func=lambda x: torch.nn.Sigmoid()( ... torch.sum(x, dim=1) ... )) >>> q = ltn.Predicate(func=lambda x, y: torch.nn.Sigmoid()( ... torch.sum(torch.cat([x, y], dim=1), ... dim=1))) >>> Forall = ltn.Quantifier(ltn.fuzzy_ops.AggregPMeanError(), quantifier='f') >>> And = ltn.Connective(ltn.fuzzy_ops.AndProd()) >>> f1 = Forall(x, p(x)) >>> f2 = Forall([x, y], q(x, y)) >>> f3 = And(Forall([x, y], q(x, y)), Forall(x, p(x))) >>> sat_agg = ltn.fuzzy_ops.SatAgg(ltn.fuzzy_ops.AggregPMeanError()) >>> out = sat_agg(f1, f2, f3) >>> print(type(out)) <class 'torch.Tensor'> >>> print(out) tensor(0.7294) .. automethod:: __call__ """ def __init__(self, agg_op=AggregPMeanError(p=2)): """ This is the constructor of the SatAgg operator. It takes as input an aggregation operator which define the behavior of SatAgg. Parameters ---------- agg_op: :class:`AggregationOperator` Aggregation operator which implements the SatAgg aggregation. By default is the pMeanError with p=2. Raises ---------- :class:`TypeError` Raises when the type of the input parameter is not correct. """ if not isinstance(agg_op, AggregationOperator): raise TypeError("SatAgg() : argument 'agg_op' (position 1) must be an AggregationOperator, not " + str(type(agg_op))) self.agg_op = agg_op def __call__(self, *closed_formulas): """ It applies the `SatAgg` aggregation operator to the given closed formula's :ref:`groundings <notegrounding>`. Parameters ---------- closed_formulas : :obj:`tuple` of :class:`ltn.core.LTNObject` Tuple of closed formulas (`LTNObject`) for which the aggregation has to be computed. Returns ---------- :class:`torch.Tensor` The result of the `SatAgg` aggregation. Raises ---------- :class:`TypeError` Raises when the type of the input parameter is not correct. :class:`ValueError` Raises when the truth values of the formulas given in input are not in the range [0., 1.]. Raises when the truth values of the formulas given in input are not scalars, namely some formulas are not closed formulas. """ # The closed formulas are identifiable since they are just scalar because all the variables # have been quantified (i.e., all dimensions have been aggregated). truth_values = list(closed_formulas) if not all(isinstance(x, LTNObject) for x in truth_values): raise TypeError("Expected parameter 'closed_formulas' to be a tuple of LTNObject, but got " + str([type(f) for f in closed_formulas])) truth_values = [o.value for o in truth_values] if not all([f.shape == torch.Size([]) for f in truth_values]): raise ValueError("Expected parameter 'closed_formulas' to be a tuple of LTNObject containing scalars, " "but got the following shapes: " + str([f.shape() for f in closed_formulas])) truth_values = torch.stack(truth_values, dim=0) return self.agg_op(truth_values, dim=0)

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345

0.584736

7,794

60,169

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0.065692

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0.012879

0.012937

0.803277

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null

0

1

0

7

b3444a39f591c9b01bef7f9e7f16a08fc81af003

212

py

Python

bentoctl/operator/__init__.py

jjmachan/bentoctl

54ca1968a7197f658a7e9dc7ab0b46db1fc7439d

[ "Apache-2.0" ]

19

2021-12-12T13:27:54.000Z

2022-03-26T13:21:08.000Z

bentoctl/operator/__init__.py

liangkai1001/bentoctl

a30f9d61cccec182fe366efd61d847fcfcce3bf4

[ "Apache-2.0" ]

22

2021-12-09T17:37:15.000Z

2022-03-15T20:47:43.000Z

bentoctl/operator/__init__.py

liangkai1001/bentoctl

a30f9d61cccec182fe366efd61d847fcfcce3bf4

[ "Apache-2.0" ]

7

2021-12-13T06:48:04.000Z

2022-03-01T17:21:13.000Z

from bentoctl.operator.registry import OperatorRegistry from bentoctl.operator.utils import _get_bentoctl_home def get_local_operator_registry(): return OperatorRegistry(_get_bentoctl_home() / "operators")

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1

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null

0

1

0

1

0

8

ff4eabea70d3973f1183f0eb82114d7ea6445cd9

1,819

py

Python

datasets/normalize.py

5g-media/ss-cno-anomaly-detection-dl

52b10861a4ddabaeea01c6bb600e918ebe570ccc

[ "Apache-2.0" ]

null

datasets/normalize.py

5g-media/ss-cno-anomaly-detection-dl

52b10861a4ddabaeea01c6bb600e918ebe570ccc

[ "Apache-2.0" ]

null

datasets/normalize.py

5g-media/ss-cno-anomaly-detection-dl

52b10861a4ddabaeea01c6bb600e918ebe570ccc

[ "Apache-2.0" ]

null

import ast import statistics import math metric_list = { 'bytes_sent_rate', 'bytes_recv_rate', 'packets_sent_rate', 'packets_recv_rate', 'hostdb.cache.total_hits_rate', 'http.current_active_client_connections', 'http.current_client_connections', 'http.user_agent_current_connections_count', 'response_data_stream_count', 'response_data_wan_bandwidth', 'response_data_lan_bandwidth', 'response_data_total_bandwidth', 'response_data_stream_count_direct_stream', 'response_data_stream_count_transcode', 'response_data_stream_count_direct_play' } metric_list_dict = { 'bytes_sent_rate': [], 'bytes_recv_rate': [], 'packets_sent_rate': [], 'packets_recv_rate': [], 'hostdb.cache.total_hits_rate': [], 'http.current_active_client_connections': [], 'http.current_client_connections': [], 'http.user_agent_current_connections_count': [], 'response_data_stream_count': [], 'response_data_wan_bandwidth': [], 'response_data_lan_bandwidth': [], 'response_data_total_bandwidth': [], 'response_data_stream_count_direct_stream': [], 'response_data_stream_count_transcode': [], 'response_data_stream_count_direct_play': [] } #with open('edge_regular.txt') as f: # for line in f: # metrics = ast.literal_eval(line) # for metric in metric_list: # metric_list_dict[metric].append(metrics[metric]) with open('all_mixed.txt') as f: for line in f: metrics = ast.literal_eval(line) for metric in metric_list: #if float(metrics[metric]) < 30: metric_list_dict[metric].append(metrics[metric]) for metric, values in metric_list_dict.items(): print(metric, min(map(float, values)), max(map(float, values)), statistics.mean(map(float, values)))

34.980769

104

0.704783

225

1,819

5.231111

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1,819

52

104

34.980769

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1

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false

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null

0

1

0

1

null

0

7

ff882f4a5495cc3375d2c56ea5a02073ed0f4fd4

47,827

py

Python

services/kos.py

life-game-player/Hephaestus

0c695193d8d2d8c70061e2e26ec8c718544342c6

[ "MIT" ]

null

services/kos.py

life-game-player/Hephaestus

0c695193d8d2d8c70061e2e26ec8c718544342c6

[ "MIT" ]

null

services/kos.py

life-game-player/Hephaestus

0c695193d8d2d8c70061e2e26ec8c718544342c6

[ "MIT" ]

null

import uuid import datetime import time import threading import rpyc from models import users from models import mysql from models import environments from models import mnemosyne from models import tenants from models import permissions from models import applications from models import instances from models import activities from models import tasks from models import executions class Kos(rpyc.Service): def __init__(self, host, user, passwd): super().__init__() self.login_users = dict() self.host = host self.user = user self.passwd = passwd self.session_period = 10 # session过期时间(秒) thread_cleaning = threading.Thread( target=self.clear_session, daemon=True ) thread_cleaning.start() def on_connect(self, conn): pass def on_disconnect(self, conn): pass def clear_session(self): while True: datetime_now = datetime.datetime.now() for k, v in list(self.login_users.items()): if v['expired'] < datetime_now: del self.login_users[k] time.sleep(self.session_period) def exposed_get_environments(self, session_id, token): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户是否为管理员 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): return environments.list( self.host, self.user, self.passwd ) else: return environments.list( self.host, self.user, self.passwd, operator ) else: # token失效 return -1 def exposed_login(self, session_id, user, passwd): login_result = users.login( self.host, self.user, self.passwd, user, passwd ) if login_result: if login_result[1]: # 用户被禁用 return 'DISABLED', None, None elif login_result[0]: token = str(uuid.uuid4()) expired = datetime.datetime.now() +\ datetime.timedelta(seconds=self.session_period) self.login_users[session_id] = { 'id': login_result[0], 'token': token, 'expired': expired } user_info = users.get( self.host, self.user, self.passwd, login_result[0] ) username = None role = None if user_info: username = user_info[0]['name'] role = '管理员' \ if int.from_bytes(user_info[0]['dominated'], 'big') \ else '普通用户' return token, username, role else: # 密码不正确 return None, None, None else: # 用户不存在 return None, None, None def exposed_logout(self, session_id): removed = self.login_users.pop(session_id, None) return removed def exposed_get_tenants(self, env, session_id, token): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: list_tenants = tenants.list( env_info[0]['read_host'], env_info[0]['user'], env_info[0]['passwd'] ) return list_tenants if list_tenants else list() else: return 1 # 环境无效 else: # token失效 return -1 def exposed_create_env( self, session_id, token, env, read_host, write_host, user, passwd ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = 999 if write_host and user and passwd: result1 = 0 result2 = 0 if read_host: result1 = mysql.test(read_host, user, passwd) result2 = mysql.test(write_host, user, passwd) result = result1 + result2 if not result: # 是否存在重复的环境 dup_env = environments.find_duplicate( self.host, self.user, self.passwd, env, read_host, write_host ) if dup_env is None: result = 3 # 数据库错误 elif dup_env: return dup_env[0]['name'] else: # 插入数据库 if environments.create( self.host, self.user, self.passwd, env, read_host, write_host, user, passwd ): result = 3 # 数据库错误 else: result = 2 # 写库连接失败 else: result = 4 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'environment', operator, 1, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_update_env( self, session_id, token, env, read_host, write_host, user, passwd ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = 999 if write_host and user and passwd: result1 = 0 result2 = 0 if read_host: result1 = mysql.test(read_host, user, passwd) result2 = mysql.test(write_host, user, passwd) result = result1 + result2 if not result: # 是否存在重复的环境 dup_env = environments.find_duplicate( self.host, self.user, self.passwd, env, read_host, write_host ) if dup_env is None: result = 3 # 数据库错误 else: if dup_env: dup_envname = dup_env[0]['name'] if dup_envname != env: return dup_envname # 更新数据库 if environments.update( self.host, self.user, self.passwd, env, read_host, write_host, user, passwd ): result = 3 # 数据库错误 else: result = 2 # 写库连接失败 else: result = 4 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'environment', operator, 2, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_create_user( self, session_id, token, username, passwd, user_permission ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = 999 # 是否存在重复的用户 dup_user = users.find_duplicate( self.host, self.user, self.passwd, username ) if dup_user is None: result = 1 # 数据库错误 elif dup_user: return dup_user[0]['name'] else: # 插入数据库 result = 0 if users.create( self.host, self.user, self.passwd, username, passwd, user_permission ): result = 1 else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 1, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_get_users( self, session_id, token ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = users.list( self.host, self.user, self.passwd ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 3, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_get_user( self, session_id, token, user_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = users.get( self.host, self.user, self.passwd, user_id ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 3, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_get_permission_by_user( self, session_id, token, user_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = permissions.get_by_user( self.host, self.user, self.passwd, user_id ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'permission', operator, 3, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_update_permission_by_user( self, session_id, token, user_permisson, user_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = permissions.update_by_user( self.host, self.user, self.passwd, user_permisson, user_id ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'permission', operator, 2, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_update_user_status( self, session_id, token, user_status, user_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = users.update_user_status( self.host, self.user, self.passwd, user_status, user_id ) for k, v in list(self.login_users.items()): if v['id'] == user_id: del self.login_users[k] else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 2, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_delete_user( self, session_id, token, user_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = users.delete( self.host, self.user, self.passwd, user_id ) for k, v in list(self.login_users.items()): if v['id'] == user_id: del self.login_users[k] else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 4, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_update_user_passwd( self, session_id, token, user_id, passwd ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = users.update_passwd( self.host, self.user, self.passwd, user_id, passwd ) for k, v in list(self.login_users.items()): if v['id'] == user_id: del self.login_users[k] else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 2, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_get_current_user( self, session_id, token ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if operator_info: result = operator_info[0] else: result = 2 # 出错 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 3, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_update_own_passwd( self, session_id, token, passwd ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if operator_info: result = users.update_passwd( self.host, self.user, self.passwd, operator_info[0]['id'], passwd ) for k, v in list(self.login_users.items()): if v['id'] == operator_info[0]['id']: del self.login_users[k] else: result = 2 # 出错 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 2, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_delete_env( self, session_id, token, env ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = environments.delete( self.host, self.user, self.passwd, env ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'environment', operator, 4, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_get_environment( self, session_id, token, env ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = environments.get( self.host, self.user, self.passwd, env ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'environment', operator, 4, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_update_env_name( self, session_id, token, env, new_env ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = environments.update_name( self.host, self.user, self.passwd, env, new_env ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'environment', operator, 2, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_update_username( self, session_id, token, user_id, new_name ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): result = users.update_name( self.host, self.user, self.passwd, user_id, new_name ) else: result = 2 # 用户权限不足 mnemosyne.create( self.host, self.user, self.passwd, 'user', operator, 2, 1 if result else 0 ) else: # token失效 result = -1 return result def exposed_validate_application( self, env, session_id, token, params, param_type, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] if param_type == 'KEY': result = applications.list_by_keys( read_host, db_user, db_passwd, tenant_db_name, tenant_id, params ) elif param_type == 'FLOWNO': result = applications.list_by_flownos( read_host, db_user, db_passwd, tenant_db_name, tenant_id, params ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'application', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_delete_application( self, env, session_id, token, application_id_list, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = applications.delete( read_host, db_user, db_passwd, tenant_db_name, tenant_id, application_id_list ) else: result = 2 # 找不到商户数据库 else: result = 3 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'application', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_application( self, session_id, token, env, flowno, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = applications.get_by_flowno( read_host, db_user, db_passwd, tenant_db_name, tenant_id, flowno ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'application', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_root_instances( self, session_id, token, env, applicationid, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = instances.list_root_instances( read_host, db_user, db_passwd, tenant_db_name, tenant_id, applicationid ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'instance', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_persistent_variables( self, session_id, token, env, applicationid, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = applications.list_persistent_variables( read_host, db_user, db_passwd, tenant_db_name, tenant_id, applicationid ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'application', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_runtime_variables( self, session_id, token, env, applicationid, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = applications.list_runtime_variables( read_host, db_user, db_passwd, tenant_db_name, tenant_id, applicationid ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'application', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_activities( self, session_id, token, env, procinstid, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = activities.list_by_procinstid( read_host, db_user, db_passwd, tenant_db_name, tenant_id, procinstid ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'application', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_tenant_detail( self, session_id, token, env, tenant_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] result = tenants.get_detail( read_host, db_user, db_passwd, tenant_id ) else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'tenant', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_task( self, session_id, token, env, tenant_id, task_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = tasks.get( read_host, db_user, db_passwd, tenant_db_name, tenant_id, task_id ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'task', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_instance( self, session_id, token, env, tenant_id, instance_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = instances.get( read_host, db_user, db_passwd, tenant_db_name, tenant_id, instance_id ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'instance', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result def exposed_get_executions( self, session_id, token, env, tenant_id, instance_id ): if ( session_id in self.login_users and token == self.login_users[session_id]['token'] ): # token有效 operator = self.login_users[session_id]['id'] # 检查用户权限 operator_info = users.get( self.host, self.user, self.passwd, operator ) if ( operator_info and int.from_bytes(operator_info[0]['dominated'], 'big') ): env_info = environments.get( self.host, self.user, self.passwd, env ) else: env_info = environments.get( self.host, self.user, self.passwd, env, operator ) if env_info: read_host = env_info[0]['read_host'] db_user = env_info[0]['user'] db_passwd = env_info[0]['passwd'] tenant_db = tenants.get_tenant_db( read_host, db_user, db_passwd, tenant_id ) if tenant_db: tenant_db_name = tenant_db[0]['tenant_db'] result = executions.list_by_procinstid( read_host, db_user, db_passwd, tenant_db_name, tenant_id, instance_id ) else: result = 2 # 找不到商户数据库 else: result = 1 # 环境无效 mnemosyne.create( self.host, self.user, self.passwd, 'execution', operator, 3, 1 if isinstance(result, int) else 0 ) else: # token失效 return -1 return result

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Python

tests/test_excel_charts.py

CuriBio/curibio.sdk

09384eac0defe1ec835d2e6a3f926eaa72b6a923

[ "MIT" ]

null

tests/test_excel_charts.py

CuriBio/curibio.sdk

09384eac0defe1ec835d2e6a3f926eaa72b6a923

[ "MIT" ]

106

2020-05-29T14:21:10.000Z

2021-11-10T00:44:00.000Z

tests/test_excel_charts.py

CuriBio/curibio.sdk

09384eac0defe1ec835d2e6a3f926eaa72b6a923

[ "MIT" ]

1

2021-07-01T16:26:49.000Z

# -*- coding: utf-8 -*- """Tests for excel chart creation using PlateRecording subclass.""" import os import tempfile import xml.etree.ElementTree as ET import zipfile from curibio.sdk import NUMBER_OF_PER_TWITCH_METRICS from curibio.sdk import PlateRecording from curibio.sdk.constants import CALCULATED_METRIC_DISPLAY_NAMES from curibio.sdk.constants import PER_TWITCH_METRICS_SHEET_NAME from curibio.sdk.constants import TWENTY_FOUR_WELL_PLATE from mantarray_waveform_analysis import AMPLITUDE_UUID from mantarray_waveform_analysis import TWITCH_FREQUENCY_UUID import pytest from stdlib_utils import get_current_file_abs_directory from xlsxwriter.utility import xl_col_to_name from .fixtures import fixture_generic_excel_well_file_0_1_0 from .fixtures import fixture_generic_well_file_0_3_1 from .fixtures import fixture_generic_well_file_0_3_1__2 from .fixtures import fixture_generic_well_file_0_3_2 from .fixtures import fixture_plate_recording_in_tmp_dir_for_24_wells_0_3_2 from .fixtures import fixture_plate_recording_in_tmp_dir_for_generic_well_file_0_3_1 from .fixtures import fixture_plate_recording_in_tmp_dir_for_generic_well_file_0_3_2 from .fixtures import fixture_plate_recording_in_tmp_dir_for_multiple_well_files_0_3_1 from .fixtures import fixture_plate_recording_in_tmp_dir_for_real_3min_well_file_0_3_1 from .fixtures import fixture_real_3min_well_file_0_3_1 __fixtures__ = ( fixture_generic_well_file_0_3_1, fixture_generic_well_file_0_3_2, fixture_plate_recording_in_tmp_dir_for_generic_well_file_0_3_2, fixture_plate_recording_in_tmp_dir_for_real_3min_well_file_0_3_1, fixture_plate_recording_in_tmp_dir_for_generic_well_file_0_3_1, fixture_plate_recording_in_tmp_dir_for_multiple_well_files_0_3_1, fixture_plate_recording_in_tmp_dir_for_24_wells_0_3_2, fixture_generic_well_file_0_3_1__2, fixture_real_3min_well_file_0_3_1, fixture_generic_excel_well_file_0_1_0, ) PATH_OF_CURRENT_FILE = get_current_file_abs_directory() # XML namespaces in excel file NS = { "c": "http://schemas.openxmlformats.org/drawingml/2006/chart", "a": "http://schemas.openxmlformats.org/drawingml/2006/main", "xdr": "http://schemas.openxmlformats.org/drawingml/2006/spreadsheetDrawing", } # variable descriptions # "chart_num": Chart number in XML # "well_name": Name of well the data in the chart pertains to # "x_range": Excel data range for x-axis # "y_range_w": Excel data range for y values of waveforms # "y_range_c": Excel data range for y values of contraction markers # "y_range_r": Excel data range for y values of relaxation markers # "from_col": left-most column occupied by chart # "from_row": top-most column occupied by chart # "to_col": right-most column occupied by chart # "to_row": bottom-most row occupied by chart # "first_c_idx": first XML 'idx' value of contraction markers # "first_c_y": first y value of contraction markers # "first_r_idx": first XML 'idx' value of relaxation markers # "first_r_y": first y value of relaxation markers # "num_twitches" number of twitches in the given wells data # pylint: disable=too-many-locals @pytest.mark.slow @pytest.mark.parametrize( "pr,expected_A1_attrs,expected_B2_attrs,test_description", [ ( PlateRecording( [ os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__A1.h5", ), os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__B2.h5", ), ] ), { "chart_num": 7, "well_name": "A1", "from_col": 1, "from_row": 1, "to_col": 9, "to_row": 16, "num_twitches": 242, }, { "chart_num": 8, "well_name": "B2", "from_col": 10, "from_row": 17, "to_col": 18, "to_row": 32, "num_twitches": 429, }, "creates chart correctly with given data", ), ], ) def test_write_xlsx__creates_two_force_frequency_relationship_charts_correctly( pr, expected_A1_attrs, expected_B2_attrs, test_description ): test_file_name = "test_chart.xlsx" with tempfile.TemporaryDirectory() as tmp_dir: pr.write_xlsx(tmp_dir, file_name=test_file_name) with zipfile.ZipFile(os.path.join(tmp_dir, test_file_name), "r") as zip_ref: zip_ref.extractall(tmp_dir) for expected_attrs in (expected_A1_attrs, expected_B2_attrs): expected_well_name = expected_attrs["well_name"] chart_root = ET.parse( os.path.join(tmp_dir, "xl", "charts", f"chart{expected_attrs['chart_num']}.xml") ).getroot() # testing chart and axis titles chart_title = chart_root.find("c:chart/c:title/c:tx/c:rich/a:p/a:r/a:t", NS) assert chart_title.text == f"Well {expected_well_name}" root_elements = chart_root.findall("c:chart/c:plotArea/c:valAx", NS) assert len(root_elements) == 2 for node in root_elements: axis_label = node.find("c:title/c:tx/c:rich/a:p/a:r/a:t", NS) if node.find("c:axId", NS).attrib["val"] == f"500{expected_attrs['chart_num']}0001": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == CALCULATED_METRIC_DISPLAY_NAMES[TWITCH_FREQUENCY_UUID] ) elif node.find("c:axId", NS).attrib["val"] == f"500{expected_attrs['chart_num']}0002": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == CALCULATED_METRIC_DISPLAY_NAMES[AMPLITUDE_UUID] ) assert (expected_well_name == expected_attrs["well_name"]) and ( chart_root.find("c:chart/c:plotArea/c:valAx/c:majorGridlines", NS) is None ) # testing frequency series root_elements = chart_root.findall("c:chart/c:plotArea/c:scatterChart/c:ser", NS) assert len(root_elements) == 1 force_frequency_series_node = None for node in root_elements: if node.find("c:idx", NS).attrib["val"] == "0": force_frequency_series_node = node break well_index = TWENTY_FOUR_WELL_PLATE.get_well_index_from_well_name(expected_attrs["well_name"]) x_range_row = ( well_index * (NUMBER_OF_PER_TWITCH_METRICS + 2) + 4 ) # adjusting with +2 to reflect timepoint of twitch on per twitch metrics sheet for the given well y_range_row = ( well_index * (NUMBER_OF_PER_TWITCH_METRICS + 2) + 5 ) # adjusting with +4 to reflect frequency of twitch on per twitch metrics sheet for the given well col_range = xl_col_to_name(expected_attrs["num_twitches"]) # x - range assert ( force_frequency_series_node.find("c:xVal/c:numRef/c:f", NS).text == f"'{PER_TWITCH_METRICS_SHEET_NAME}'!$B${x_range_row}:${col_range}${x_range_row}" ) # y - range assert ( force_frequency_series_node.find("c:yVal/c:numRef/c:f", NS).text == f"'{PER_TWITCH_METRICS_SHEET_NAME}'!$B${y_range_row}:${col_range}${y_range_row}" ) # testing formatting of charts on sheet drawing_root = ET.parse(os.path.join(tmp_dir, "xl", "drawings", "drawing1.xml")).getroot() drawing_root_elements = drawing_root.findall("xdr:twoCellAnchor", NS) assert len(drawing_root_elements) == 2 for chart_node in drawing_root_elements: chart_name = chart_node.find("xdr:graphicFrame/xdr:nvGraphicFramePr/xdr:cNvPr", NS).attrib["name"] expected_attrs = expected_A1_attrs if chart_name == "Chart 1" else expected_B2_attrs from_node = chart_node.find("xdr:from", NS) left_col_of_chart = from_node.find("xdr:col", NS) top_row_of_chart = from_node.find("xdr:row", NS) assert (int(left_col_of_chart.text), chart_name) == ( expected_attrs["from_col"], chart_name, ) assert (chart_name, int(from_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(top_row_of_chart.text) == expected_attrs["from_row"] assert (chart_name, int(from_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, ) to_node = chart_node.find("xdr:to", NS) right_col_of_chart = to_node.find("xdr:col", NS) bottom_row_of_chart = to_node.find("xdr:row", NS) assert int(right_col_of_chart.text) == expected_attrs["to_col"] assert (chart_name, int(to_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(bottom_row_of_chart.text) == expected_attrs["to_row"] assert (chart_name, int(to_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, ) # pylint: disable=too-many-locals @pytest.mark.slow @pytest.mark.parametrize( "pr,expected_A1_attrs,expected_B2_attrs,test_description", [ ( PlateRecording( [ os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA20123456__2020_08_17_145752__A1.h5", ), os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA20123456__2020_08_17_145752__B2.h5", ), ] ), { "chart_num": 5, "well_name": "A1", "x_range": "$B$2:$C$2", "y_range": "$B$4:$C$4", "from_col": 1, "from_row": 1, "to_col": 9, "to_row": 16, "num_twitches": 2, }, { "chart_num": 6, "well_name": "B2", "x_range": "$B$102:$C$102", "y_range": "$B$104:$C$104", "from_col": 10, "from_row": 17, "to_col": 18, "to_row": 32, "num_twitches": 2, }, "creates chart correctly with data shorter than chart window", ), ( PlateRecording( [ os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__A1.h5", ), os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__B2.h5", ), ] ), { "chart_num": 5, "well_name": "A1", "from_col": 1, "from_row": 1, "to_col": 9, "to_row": 16, "num_twitches": 242, }, { "chart_num": 6, "well_name": "B2", "from_col": 10, "from_row": 17, "to_col": 18, "to_row": 32, "num_twitches": 429, }, "creates chart correctly with data longer than chart window", ), ], ) def test_write_xlsx__creates_two_frequency_vs_time_charts_correctly( pr, expected_A1_attrs, expected_B2_attrs, test_description ): test_file_name = "test_chart.xlsx" with tempfile.TemporaryDirectory() as tmp_dir: pr.write_xlsx(tmp_dir, file_name=test_file_name) with zipfile.ZipFile(os.path.join(tmp_dir, test_file_name), "r") as zip_ref: zip_ref.extractall(tmp_dir) for expected_attrs in (expected_A1_attrs, expected_B2_attrs): expected_well_name = expected_attrs["well_name"] chart_root = ET.parse( os.path.join(tmp_dir, "xl", "charts", f"chart{expected_attrs['chart_num']}.xml") ).getroot() # testing chart and axis titles chart_title = chart_root.find("c:chart/c:title/c:tx/c:rich/a:p/a:r/a:t", NS) assert chart_title.text == f"Well {expected_well_name}" root_elements = chart_root.findall("c:chart/c:plotArea/c:valAx", NS) assert len(root_elements) == 2 for node in root_elements: axis_label = node.find("c:title/c:tx/c:rich/a:p/a:r/a:t", NS) if node.find("c:axId", NS).attrib["val"] == f"500{expected_attrs['chart_num']}0001": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == "Time (seconds)" ) elif node.find("c:axId", NS).attrib["val"] == f"500{expected_attrs['chart_num']}0002": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == CALCULATED_METRIC_DISPLAY_NAMES[TWITCH_FREQUENCY_UUID] ) assert (expected_well_name == expected_attrs["well_name"]) and ( chart_root.find("c:chart/c:plotArea/c:valAx/c:majorGridlines", NS) is None ) # testing frequency series root_elements = chart_root.findall("c:chart/c:plotArea/c:scatterChart/c:ser", NS) assert len(root_elements) == 1 frequency_series_node = None for node in root_elements: if node.find("c:idx", NS).attrib["val"] == "0": frequency_series_node = node break well_index = TWENTY_FOUR_WELL_PLATE.get_well_index_from_well_name(expected_attrs["well_name"]) x_range_row = ( well_index * (NUMBER_OF_PER_TWITCH_METRICS + 2) + 2 ) # adjusting with +2 to reflect timepoint of twitch on per twitch metrics sheet for the given well y_range_row = ( well_index * (NUMBER_OF_PER_TWITCH_METRICS + 2) + 4 ) # adjusting with +4 to reflect frequency of twitch on per twitch metrics sheet for the given well col_range = xl_col_to_name(expected_attrs["num_twitches"]) # x - range assert ( frequency_series_node.find("c:xVal/c:numRef/c:f", NS).text == f"'{PER_TWITCH_METRICS_SHEET_NAME}'!$B${x_range_row}:${col_range}${x_range_row}" ) # y - range assert ( frequency_series_node.find("c:yVal/c:numRef/c:f", NS).text == f"'{PER_TWITCH_METRICS_SHEET_NAME}'!$B${y_range_row}:${col_range}${y_range_row}" ) # testing formatting of charts on sheet drawing_root = ET.parse(os.path.join(tmp_dir, "xl", "drawings", "drawing1.xml")).getroot() drawing_root_elements = drawing_root.findall("xdr:twoCellAnchor", NS) assert len(drawing_root_elements) == 2 for chart_node in drawing_root_elements: chart_name = chart_node.find("xdr:graphicFrame/xdr:nvGraphicFramePr/xdr:cNvPr", NS).attrib["name"] expected_attrs = expected_A1_attrs if chart_name == "Chart 1" else expected_B2_attrs from_node = chart_node.find("xdr:from", NS) left_col_of_chart = from_node.find("xdr:col", NS) top_row_of_chart = from_node.find("xdr:row", NS) assert (int(left_col_of_chart.text), chart_name) == ( expected_attrs["from_col"], chart_name, ) assert (chart_name, int(from_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(top_row_of_chart.text) == expected_attrs["from_row"] assert (chart_name, int(from_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, ) to_node = chart_node.find("xdr:to", NS) right_col_of_chart = to_node.find("xdr:col", NS) bottom_row_of_chart = to_node.find("xdr:row", NS) assert int(right_col_of_chart.text) == expected_attrs["to_col"] assert (chart_name, int(to_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(bottom_row_of_chart.text) == expected_attrs["to_row"] assert (chart_name, int(to_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, ) # pylint: disable=too-many-locals @pytest.mark.slow @pytest.mark.parametrize( "pr,expected_A1_attrs,expected_B2_attrs,test_description", [ ( PlateRecording( [ os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA20123456__2020_08_17_145752__A1.h5", ), os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA20123456__2020_08_17_145752__B2.h5", ), ] ), { "chart_num": 3, "well_name": "A1", "x_range": "$A$2:$A$354", "y_range_w": "$B$2:$B$354", "y_range_c": "$CW$2:$CW$354", "y_range_r": "$CX$2:$CX$354", "from_col": 1, "from_row": 1, "to_col": 9, "to_row": 16, "first_c_idx": 107, "first_c_y": -156924.17, "first_r_idx": 56, "first_r_y": 156838.0, }, { "chart_num": 4, "well_name": "B2", "x_range": "$A$2:$A$355", "y_range_w": "$G$2:$G$355", "y_range_c": "$DG$2:$DG$355", "y_range_r": "$DH$2:$DH$355", "from_col": 10, "from_row": 17, "to_col": 18, "to_row": 32, "first_c_idx": 107, "first_c_y": -942203.25, "first_r_idx": 56, "first_r_y": 943009.0, }, "creates chart correctly with data shorter than chart window", ), ( PlateRecording( [ os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__A1.h5", ), os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__B2.h5", ), ] ), { "chart_num": 3, "well_name": "A1", "x_range": "$A$2:$A$22087", "y_range_w": "$B$2:$B$22087", "y_range_c": "$CW$2:$CW$22087", "y_range_r": "$CX$2:$CX$22087", "from_col": 1, "from_row": 1, "to_col": 9, "to_row": 16, "first_c_idx": 71, "first_c_y": -95944.38, "first_r_idx": 28, "first_r_y": 7530.80, }, { "chart_num": 4, "well_name": "B2", "x_range": "$A$2:$A$22087", "y_range_w": "$G$2:$G$22087", "y_range_c": "$DG$2:$DG$22087", "y_range_r": "$DH$2:$DH$22087", "from_col": 10, "from_row": 17, "to_col": 18, "to_row": 32, "first_c_idx": 34, "first_c_y": -127349.83, "first_r_idx": 8, "first_r_y": -50245.47, }, "creates chart correctly with data longer than chart window", ), ], ) def test_write_xlsx__creates_two_snapshot_charts_correctly( pr, expected_A1_attrs, expected_B2_attrs, test_description ): test_file_name = "test_chart.xlsx" with tempfile.TemporaryDirectory() as tmp_dir: pr.write_xlsx(tmp_dir, file_name=test_file_name) with zipfile.ZipFile(os.path.join(tmp_dir, test_file_name), "r") as zip_ref: zip_ref.extractall(tmp_dir) for expected_attrs in (expected_A1_attrs, expected_B2_attrs): expected_well_name = expected_attrs["well_name"] chart_root = ET.parse( os.path.join(tmp_dir, "xl", "charts", f"chart{expected_attrs['chart_num']}.xml") ).getroot() # testing chart and axis titles chart_title = chart_root.find("c:chart/c:title/c:tx/c:rich/a:p/a:r/a:t", NS) assert chart_title.text == f"Well {expected_well_name}" for node in chart_root.findall("c:chart/c:plotArea/c:valAx", NS): axis_label = node.find("c:title/c:tx/c:rich/a:p/a:r/a:t", NS) if node.find("c:axId", NS).attrib["val"] == "50010001": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == "Time (seconds)" ) elif node.find("c:axId", NS).attrib["val"] == "50010002": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == "Active Twitch Force (μN)" ) assert (expected_well_name == expected_attrs["well_name"]) and ( chart_root.find("c:chart/c:plotArea/c:valAx/c:majorGridlines", NS) is None ) # testing waveform data series root_elements = chart_root.findall("c:chart/c:plotArea/c:scatterChart/c:ser", NS) assert len(root_elements) == 3 waveform_series_node = None for node in root_elements: if node.find("c:idx", NS).attrib["val"] == "0": waveform_series_node = node break assert ( waveform_series_node.find("c:tx/c:v", NS).text, expected_well_name, ) == ("Waveform Data", expected_well_name) assert ( waveform_series_node.find("c:spPr/a:ln/a:solidFill/a:srgbClr", NS).attrib["val"], expected_well_name, ) == ("1B9E77", expected_well_name) assert ( waveform_series_node.find("c:xVal/c:numRef/c:f", NS).text == f"'continuous-waveforms'!{expected_attrs['x_range']}" ) assert ( waveform_series_node.find("c:yVal/c:numRef/c:f", NS).text == f"'continuous-waveforms'!{expected_attrs['y_range_w']}" ) for ser_node in chart_root.findall("c:chart/c:plotArea/c:scatterChart/c:ser", NS): if node.find("c:idx", NS).attrib["val"] == "0": continue assert (expected_well_name == expected_attrs["well_name"]) and ( ser_node.find("c:xVal/c:numRef/c:f", NS).text == f"'continuous-waveforms'!{expected_attrs['x_range']}" ) no_fill_node = ser_node.find("c:marker/c:spPr/a:noFill", NS) if no_fill_node is not None: assert (expected_well_name == expected_attrs["well_name"]) and (no_fill_node.text is None) fill_node = ser_node.find("c:marker/c:spPr/a:noFill", NS) if fill_node is not None: assert (expected_well_name == expected_attrs["well_name"]) and (fill_node.text is None) assert ( ser_node.find("c:marker/c:symbol", NS).attrib["val"], expected_well_name, ) == ("circle", expected_well_name) assert ( int(ser_node.find("c:marker/c:spPr/a:ln", NS).attrib["w"]), expected_well_name, ) == (19050, expected_well_name) series_color = ser_node.find("c:marker/c:spPr/a:ln/a:solidFill/a:srgbClr", NS).attrib["val"] y_range = ser_node.find("c:yVal/c:numRef/c:f", NS).text if int(ser_node.find("c:idx", NS).attrib["val"]) == 1: assert ( ser_node.find("c:tx/c:v", NS).text, expected_well_name, ser_node, ) == ("Contraction", expected_well_name, ser_node) assert (series_color, expected_well_name, ser_node) == ( "7570B3", expected_well_name, ser_node, ) assert (y_range, expected_well_name, ser_node) == ( f"'continuous-waveforms'!{expected_attrs['y_range_c']}", expected_well_name, ser_node, ) first_c_marker_idx = expected_attrs["first_c_idx"] first_c_marker_node = ser_node.find( f"c:yVal/c:numRef/c:numCache/c:pt/[@idx='{first_c_marker_idx}']", NS, ) assert ( round(float(first_c_marker_node.find("c:v", NS).text), 2), expected_well_name, ser_node, ) == (expected_attrs["first_c_y"], expected_well_name, ser_node) elif int(ser_node.find("c:idx", NS).attrib["val"]) == 2: assert ( ser_node.find("c:tx/c:v", NS).text, expected_well_name, ser_node, ) == ("Relaxation", expected_well_name, ser_node) assert (series_color, expected_well_name, ser_node) == ( "D95F02", expected_well_name, ser_node, ) assert (y_range, expected_well_name, ser_node) == ( f"'continuous-waveforms'!{expected_attrs['y_range_r']}", expected_well_name, ser_node, ) first_r_marker_idx = expected_attrs["first_r_idx"] first_r_marker_node = ser_node.find( f"c:yVal/c:numRef/c:numCache/c:pt/[@idx='{first_r_marker_idx}']", NS, ) assert ( round(float(first_r_marker_node.find("c:v", NS).text), 2), expected_well_name, ser_node, ) == (expected_attrs["first_r_y"], expected_well_name, ser_node) # testing formatting of charts on sheet drawing_root = ET.parse(os.path.join(tmp_dir, "xl", "drawings", "drawing1.xml")).getroot() drawing_root_elements = drawing_root.findall("xdr:twoCellAnchor", NS) assert len(drawing_root_elements) == 2 for chart_node in drawing_root_elements: chart_name = chart_node.find("xdr:graphicFrame/xdr:nvGraphicFramePr/xdr:cNvPr", NS).attrib["name"] expected_attrs = expected_A1_attrs if chart_name == "Chart 1" else expected_B2_attrs from_node = chart_node.find("xdr:from", NS) left_col_of_chart = from_node.find("xdr:col", NS) top_row_of_chart = from_node.find("xdr:row", NS) assert (int(left_col_of_chart.text), chart_name) == ( expected_attrs["from_col"], chart_name, ) assert (chart_name, int(from_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(top_row_of_chart.text) == expected_attrs["from_row"] assert (chart_name, int(from_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, ) to_node = chart_node.find("xdr:to", NS) right_col_of_chart = to_node.find("xdr:col", NS) bottom_row_of_chart = to_node.find("xdr:row", NS) assert int(right_col_of_chart.text) == expected_attrs["to_col"] assert (chart_name, int(to_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(bottom_row_of_chart.text) == expected_attrs["to_row"] assert (chart_name, int(to_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, ) def test_write_xlsx__uses_correct_axis_names_for_optical_data( generic_excel_well_file_0_1_0, ): test_file_name = "test_file.xlsx" pr = PlateRecording([generic_excel_well_file_0_1_0]) with tempfile.TemporaryDirectory() as tmp_dir: pr.write_xlsx(tmp_dir, file_name=test_file_name) with zipfile.ZipFile(os.path.join(tmp_dir, test_file_name), "r") as zip_ref: zip_ref.extractall(tmp_dir) chart_root = ET.parse(os.path.join(tmp_dir, "xl", "charts", "chart1.xml")).getroot() valAxs = list(chart_root.findall("c:chart/c:plotArea/c:valAx", NS)) assert len(valAxs) == 2 for node in valAxs: axis_label = node.find("c:title/c:tx/c:rich/a:p/a:r/a:t", NS) if node.find("c:axId", NS).attrib["val"] == "50010002": assert axis_label.text == "Post Displacement (microns)" else: assert axis_label.text == "Time (seconds)" # pylint: disable=too-many-locals @pytest.mark.slow @pytest.mark.parametrize( "pr,expected_A1_attrs,expected_B2_attrs,test_description", [ ( PlateRecording( [ os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__A1.h5", ), os.path.join( PATH_OF_CURRENT_FILE, "h5", "v0.3.1", "MA201110001__2020_09_03_213024", "MA201110001__2020_09_03_213024__B2.h5", ), ] ), { "chart_num": 1, "well_name": "A1", "x_range": "$A$2:$A$22087", "y_range_w": "$B$2:$B$22087", "y_range_c": "$CW$2:$CW$22087", "y_range_r": "$CX$2:$CX$22087", "from_col": 1, "from_row": 1, "to_col": 93, "to_row": 16, "first_c_idx": 71, "first_c_y": -95944.38, "first_r_idx": 28, "first_r_y": 7530.80, }, { "chart_num": 2, "well_name": "B2", "x_range": "$A$2:$A$22087", "y_range_w": "$G$2:$G$22087", "y_range_c": "$DG$2:$DG$22087", "y_range_r": "$DH$2:$DH$22087", "from_col": 1, "from_row": 17, "to_col": 93, "to_row": 32, "first_c_idx": 34, "first_c_y": -127349.83, "first_r_idx": 8, "first_r_y": -50245.47, }, "creates 2 full length charts correctly", ), ], ) def test_write_xlsx__creates_two_full_charts_correctly( pr, expected_A1_attrs, expected_B2_attrs, test_description ): test_file_name = "test_full.xlsx" with tempfile.TemporaryDirectory() as tmp_dir: pr.write_xlsx(tmp_dir, file_name=test_file_name) with zipfile.ZipFile(os.path.join(tmp_dir, test_file_name), "r") as zip_ref: zip_ref.extractall(tmp_dir) for expected_attrs in (expected_A1_attrs, expected_B2_attrs): expected_well_name = expected_attrs["well_name"] chart_root = ET.parse( os.path.join(tmp_dir, "xl", "charts", f"chart{expected_attrs['chart_num']}.xml") ).getroot() # testing chart and axis titles chart_title = chart_root.find("c:chart/c:title/c:tx/c:rich/a:p/a:r/a:t", NS) assert chart_title.text == f"Well {expected_well_name}" for node in chart_root.findall("c:chart/c:plotArea/c:valAx", NS): axis_label = node.find("c:title/c:tx/c:rich/a:p/a:r/a:t", NS) if node.find("c:axId", NS).attrib["val"] == "50010001": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == "Time (seconds)" ) elif node.find("c:axId", NS).attrib["val"] == "50010002": assert (expected_well_name == expected_attrs["well_name"]) and ( axis_label.text == "Active Twitch Force (μN)" ) assert (expected_well_name == expected_attrs["well_name"]) and ( chart_root.find("c:chart/c:plotArea/c:valAx/c:majorGridlines", NS) is None ) # testing waveform data series root_elements = chart_root.findall("c:chart/c:plotArea/c:scatterChart/c:ser", NS) assert len(root_elements) == 3 waveform_series_node = None for node in root_elements: if node.find("c:idx", NS).attrib["val"] == "0": waveform_series_node = node break assert ( waveform_series_node.find("c:tx/c:v", NS).text, expected_well_name, ) == ("Waveform Data", expected_well_name) assert ( waveform_series_node.find("c:spPr/a:ln/a:solidFill/a:srgbClr", NS).attrib["val"], expected_well_name, ) == ("1B9E77", expected_well_name) assert ( waveform_series_node.find("c:xVal/c:numRef/c:f", NS).text == f"'continuous-waveforms'!{expected_attrs['x_range']}" ) assert ( waveform_series_node.find("c:yVal/c:numRef/c:f", NS).text == f"'continuous-waveforms'!{expected_attrs['y_range_w']}" ) for ser_node in chart_root.findall("c:chart/c:plotArea/c:scatterChart/c:ser", NS): if node.find("c:idx", NS).attrib["val"] == "0": continue assert (expected_well_name == expected_attrs["well_name"]) and ( ser_node.find("c:xVal/c:numRef/c:f", NS).text == f"'continuous-waveforms'!{expected_attrs['x_range']}" ) no_fill_node = ser_node.find("c:marker/c:spPr/a:noFill", NS) if no_fill_node is not None: assert (expected_well_name == expected_attrs["well_name"]) and (no_fill_node.text is None) fill_node = ser_node.find("c:marker/c:spPr/a:noFill", NS) if fill_node is not None: assert (expected_well_name == expected_attrs["well_name"]) and (fill_node.text is None) assert ( ser_node.find("c:marker/c:symbol", NS).attrib["val"], expected_well_name, ) == ("circle", expected_well_name) assert ( int(ser_node.find("c:marker/c:spPr/a:ln", NS).attrib["w"]), expected_well_name, ) == (19050, expected_well_name) series_color = ser_node.find("c:marker/c:spPr/a:ln/a:solidFill/a:srgbClr", NS).attrib["val"] y_range = ser_node.find("c:yVal/c:numRef/c:f", NS).text if int(ser_node.find("c:idx", NS).attrib["val"]) == 1: assert ( ser_node.find("c:tx/c:v", NS).text, expected_well_name, ser_node, ) == ("Contraction", expected_well_name, ser_node) assert (series_color, expected_well_name, ser_node) == ( "7570B3", expected_well_name, ser_node, ) assert (y_range, expected_well_name, ser_node) == ( f"'continuous-waveforms'!{expected_attrs['y_range_c']}", expected_well_name, ser_node, ) first_c_marker_idx = expected_attrs["first_c_idx"] first_c_marker_node = ser_node.find( f"c:yVal/c:numRef/c:numCache/c:pt/[@idx='{first_c_marker_idx}']", NS, ) assert ( round(float(first_c_marker_node.find("c:v", NS).text), 2), expected_well_name, ser_node, ) == (expected_attrs["first_c_y"], expected_well_name, ser_node) elif int(ser_node.find("c:idx", NS).attrib["val"]) == 2: assert ( ser_node.find("c:tx/c:v", NS).text, expected_well_name, ser_node, ) == ("Relaxation", expected_well_name, ser_node) assert (series_color, expected_well_name, ser_node) == ( "D95F02", expected_well_name, ser_node, ) assert (y_range, expected_well_name, ser_node) == ( f"'continuous-waveforms'!{expected_attrs['y_range_r']}", expected_well_name, ser_node, ) first_r_marker_idx = expected_attrs["first_r_idx"] first_r_marker_node = ser_node.find( f"c:yVal/c:numRef/c:numCache/c:pt/[@idx='{first_r_marker_idx}']", NS, ) assert ( round(float(first_r_marker_node.find("c:v", NS).text), 2), expected_well_name, ser_node, ) == (expected_attrs["first_r_y"], expected_well_name, ser_node) # testing formatting of charts on sheet drawing_root = ET.parse(os.path.join(tmp_dir, "xl", "drawings", "drawing2.xml")).getroot() drawing_root_elements = drawing_root.findall("xdr:twoCellAnchor", NS) assert len(drawing_root_elements) == 2 for chart_node in drawing_root_elements: chart_name = chart_node.find("xdr:graphicFrame/xdr:nvGraphicFramePr/xdr:cNvPr", NS).attrib["name"] expected_attrs = expected_A1_attrs if chart_name == "Chart 1" else expected_B2_attrs from_node = chart_node.find("xdr:from", NS) left_col_of_chart = from_node.find("xdr:col", NS) top_row_of_chart = from_node.find("xdr:row", NS) assert (int(left_col_of_chart.text), chart_name) == ( expected_attrs["from_col"], chart_name, ) assert (chart_name, int(from_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(top_row_of_chart.text) == expected_attrs["from_row"] assert (chart_name, int(from_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, ) to_node = chart_node.find("xdr:to", NS) right_col_of_chart = to_node.find("xdr:col", NS) bottom_row_of_chart = to_node.find("xdr:row", NS) assert int(right_col_of_chart.text) == expected_attrs["to_col"] assert (chart_name, int(to_node.find("xdr:colOff", NS).text)) == ( chart_name, 0, ) assert int(bottom_row_of_chart.text) == expected_attrs["to_row"] assert (chart_name, int(to_node.find("xdr:rowOff", NS).text)) == ( chart_name, 0, )

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445e9e4d1da51d09159332cdffab72fe6c431d15

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Python

nets/deeplab_training.py

Geokima/DeeplabV3-plus-tf2

c35d53cc34a9e04596ac5bc5fe731bacaa67598c

[ "MIT" ]

16

2021-09-10T01:39:43.000Z

2022-03-28T16:59:05.000Z

nets/deeplab_training.py

Geokima/DeeplabV3-plus-tf2

c35d53cc34a9e04596ac5bc5fe731bacaa67598c

[ "MIT" ]

5

2021-09-24T08:47:56.000Z

2021-12-21T11:49:54.000Z

nets/deeplab_training.py

Geokima/DeeplabV3-plus-tf2

c35d53cc34a9e04596ac5bc5fe731bacaa67598c

[ "MIT" ]

3

2021-11-15T01:19:25.000Z

2022-02-16T10:09:37.000Z

import numpy as np import tensorflow as tf from tensorflow.keras import backend as K def dice_loss_with_CE(cls_weights, beta=1, smooth = 1e-5): cls_weights = np.reshape(cls_weights, [1, 1, 1, -1]) def _dice_loss_with_CE(y_true, y_pred): y_pred = K.clip(y_pred, K.epsilon(), 1.0 - K.epsilon()) #------------------------------------------------------------------------# # 在VOC数据集中，部分标签中物体存在白边，这些白边是训练时需要去忽略的。 # 白边的像素点值为255，在数据载入时，默认将白边值调整成num_classes + 1 # 在one_hot处理后，我们只需要取前num_classes序号的内容来进行训练即可 #------------------------------------------------------------------------# CE_loss = - y_true[...,:-1] * K.log(y_pred) * cls_weights CE_loss = K.mean(K.sum(CE_loss, axis = -1)) tp = K.sum(y_true[...,:-1] * y_pred, axis=[0,1,2]) fp = K.sum(y_pred , axis=[0,1,2]) - tp fn = K.sum(y_true[...,:-1], axis=[0,1,2]) - tp score = ((1 + beta ** 2) * tp + smooth) / ((1 + beta ** 2) * tp + beta ** 2 * fn + fp + smooth) score = tf.reduce_mean(score) dice_loss = 1 - score # dice_loss = tf.Print(dice_loss, [dice_loss, CE_loss]) return CE_loss + dice_loss return _dice_loss_with_CE def CE(cls_weights): cls_weights = np.reshape(cls_weights, [1, 1, 1, -1]) def _CE(y_true, y_pred): y_pred = K.clip(y_pred, K.epsilon(), 1.0 - K.epsilon()) #------------------------------------------------------------------------# # 在VOC数据集中，部分标签中物体存在白边，这些白边是训练时需要去忽略的。 # 白边的像素点值为255，在数据载入时，默认将白边值调整成num_classes + 1 # 在one_hot处理后，我们只需要取前num_classes序号的内容来进行训练即可 #------------------------------------------------------------------------# CE_loss = - y_true[...,:-1] * K.log(y_pred) * cls_weights CE_loss = K.mean(K.sum(CE_loss, axis = -1)) # dice_loss = tf.Print(CE_loss, [CE_loss]) return CE_loss return _CE def dice_loss_with_Focal_Loss(cls_weights, beta=1, smooth = 1e-5, alpha=0.5, gamma=2): cls_weights = np.reshape(cls_weights, [1, 1, 1, -1]) def _dice_loss_with_Focal_Loss(y_true, y_pred): y_pred = K.clip(y_pred, K.epsilon(), 1.0 - K.epsilon()) #------------------------------------------------------------------------# # 在VOC数据集中，部分标签中物体存在白边，这些白边是训练时需要去忽略的。 # 白边的像素点值为255，在数据载入时，默认将白边值调整成num_classes + 1 # 在one_hot处理后，我们只需要取前num_classes序号的内容来进行训练即可 #------------------------------------------------------------------------# logpt = - y_true[...,:-1] * K.log(y_pred) * cls_weights logpt = - K.sum(logpt, axis = -1) pt = tf.exp(logpt) if alpha is not None: logpt *= alpha CE_loss = -((1 - pt) ** gamma) * logpt CE_loss = K.mean(CE_loss) tp = K.sum(y_true[...,:-1] * y_pred, axis=[0,1,2]) fp = K.sum(y_pred , axis=[0,1,2]) - tp fn = K.sum(y_true[...,:-1], axis=[0,1,2]) - tp score = ((1 + beta ** 2) * tp + smooth) / ((1 + beta ** 2) * tp + beta ** 2 * fn + fp + smooth) score = tf.reduce_mean(score) dice_loss = 1 - score # dice_loss = tf.Print(dice_loss, [dice_loss, CE_loss]) return CE_loss + dice_loss return _dice_loss_with_Focal_Loss def Focal_Loss(cls_weights, alpha=0.5, gamma=2): cls_weights = np.reshape(cls_weights, [1, 1, 1, -1]) def _Focal_Loss(y_true, y_pred): y_pred = K.clip(y_pred, K.epsilon(), 1.0 - K.epsilon()) #------------------------------------------------------------------------# # 在VOC数据集中，部分标签中物体存在白边，这些白边是训练时需要去忽略的。 # 白边的像素点值为255，在数据载入时，默认将白边值调整成num_classes + 1 # 在one_hot处理后，我们只需要取前num_classes序号的内容来进行训练即可 #------------------------------------------------------------------------# logpt = - y_true[...,:-1] * K.log(y_pred) * cls_weights logpt = - K.sum(logpt, axis = -1) pt = tf.exp(logpt) if alpha is not None: logpt *= alpha CE_loss = -((1 - pt) ** gamma) * logpt CE_loss = K.mean(CE_loss) return CE_loss return _Focal_Loss

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null

0

7

92473920be703fe1fe8bc5393671adabea81895a

1,150

py

Python

api-tools/trident_client/status_api.py

jasklabs/jask-api

0dd83856869205c153b169372b816ab798f22b56

[ "MIT" ]

11

2018-03-02T23:29:07.000Z

2021-11-03T06:26:27.000Z

api-tools/trident_client/status_api.py

jasklabs/jask-api

0dd83856869205c153b169372b816ab798f22b56

[ "MIT" ]

null

api-tools/trident_client/status_api.py

jasklabs/jask-api

0dd83856869205c153b169372b816ab798f22b56

[ "MIT" ]

null

from utils import get_simple_list, validate_basic_params """ Get a list of the sensors associated with this cluster. @return a list of the sensors associated with this cluster @param cluster_name: The name of your cluster, i.e. customer.portal.jask.io @param username: The username to use when authenticating to Trident. @param api_key: API key used to authenticate the specified username. """ def list_sensors(cluster_name, username, api_key): validate_basic_params(cluster_name, username, api_key) url = 'https://%s/api/sensor' % cluster_name return get_simple_list(url, username, api_key) """ Get a list of active users associated with this cluster. @return a list of active users associated with this cluster @param cluster_name: The name of your cluster, i.e. customer.portal.jask.io @param username: The username to use when authenticating to Trident. @param api_key: API key used to authenticate the specified username. """ def list_users(cluster_name, username, api_key): validate_basic_params(cluster_name, username, api_key) url = 'https://%s/api/user' % cluster_name return get_simple_list(url, username, api_key)

46

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null

0

1

0

1

0

8

92a384a178525042df133f86d028c1b0224cfc78

98

py

Python

footprint/evaluators/__init__.py

arthurtofani/footprint

572401d4cba3299ae9915fca2a7d08ea1a3a9bc4

[ "MIT" ]

null

footprint/evaluators/__init__.py

arthurtofani/footprint

572401d4cba3299ae9915fca2a7d08ea1a3a9bc4

[ "MIT" ]

null

footprint/evaluators/__init__.py

arthurtofani/footprint

572401d4cba3299ae9915fca2a7d08ea1a3a9bc4

[ "MIT" ]

null

from footprint.evaluators.fingerprint import Fingerprint from footprint.evaluators.csi import CSI

32.666667

56

0.877551

12

98

7.166667

0.5

0.302326

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0.081633

98

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57

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null

0

1

0

1

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1

0

7

2bbe427457ceb9c4e84906213898d57ca8b6fd1f

108

py

Python

jupyterlabpymolpysnips/Settings/listSettings.py

MooersLab/pymolpysnips

50a89c85adf8006d85c1d6cd3f8aad7e440a0b92

[ "MIT" ]

null

jupyterlabpymolpysnips/Settings/listSettings.py

MooersLab/pymolpysnips

50a89c85adf8006d85c1d6cd3f8aad7e440a0b92

[ "MIT" ]

null

jupyterlabpymolpysnips/Settings/listSettings.py

MooersLab/pymolpysnips

50a89c85adf8006d85c1d6cd3f8aad7e440a0b92

[ "MIT" ]

null

cmd.do('[print("%s => %s" % (name, setting.get_setting_text(name))) for name in setting.get_name_list()];')

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108

3.777778

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108

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108

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null

0

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0

1

0

9

2bdfbdd63e1a1532c33c67867581992c30648fcd

5,398

py

Python

tests/search_cache_test.py

samkaufman/morello

20984494c39c0eba657254690b19a9265aa6cfcf

[ "BSD-2-Clause-Patent" ]

2

2021-11-16T18:40:37.000Z

2022-03-29T20:28:56.000Z

tests/search_cache_test.py

samkaufman/morello

20984494c39c0eba657254690b19a9265aa6cfcf

[ "BSD-2-Clause-Patent" ]

null

tests/search_cache_test.py

samkaufman/morello

20984494c39c0eba657254690b19a9265aa6cfcf

[ "BSD-2-Clause-Patent" ]

1

2021-10-16T22:41:54.000Z

import pytest import morello.impl.matmuls from morello import dtypes, pruning, search_cache, specs from morello.system_config import current_system, current_target # TODO: Add assertion that tests below only put scheduled Impls into the cache. @pytest.mark.parametrize( "dtype", [(dtypes.Uint8,), (dtypes.Uint32,)], ids=["u8", "u32"] ) def test_cache_common_scenario(dtype): target = current_target() lhs = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank="RF"), name=None ) rhs = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank="RF"), name=None ) output = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank="RF"), name=None ) fast_schedule = morello.impl.matmuls.MatmulHole(lhs, rhs, output, serial_only=False) fast_wrapped_schedule = search_cache.CachedSchedule(fast_schedule, cost=10) lhs = target.tensor( spec=target.tensor_spec((100, 100), dtype=dtype, bank="RF"), name=None ) rhs = target.tensor( spec=target.tensor_spec((100, 100), dtype=dtype, bank="RF"), name=None ) output = target.tensor( spec=target.tensor_spec((100, 100), dtype=dtype, bank="RF"), name=None ) slow_schedule = morello.impl.matmuls.MatmulHole(lhs, rhs, output, serial_only=False) slow_wrapped_schedule = search_cache.CachedSchedule(slow_schedule, cost=50) lhs = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank="RF"), name=None ) rhs = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank="RF"), name=None ) output = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank="RF"), name=None ) impossible_schedule = morello.impl.matmuls.MatmulHole( lhs, rhs, output, serial_only=False ) cache = search_cache.ScheduleCache() cache.put( fast_schedule.spec, fast_wrapped_schedule, pruning.StandardMemoryLimits({"RF": 100, "GL": 0}), ) assert set(cache) == { ( fast_schedule.spec, fast_wrapped_schedule, pruning.StandardMemoryLimits({"RF": 100, "GL": 0}), ) } cache.put( slow_schedule.spec, slow_wrapped_schedule, pruning.StandardMemoryLimits({"RF": 50, "GL": 0}), ) assert set(cache) == { ( fast_schedule.spec, fast_wrapped_schedule, pruning.StandardMemoryLimits({"RF": 100, "GL": 0}), ), ( slow_schedule.spec, slow_wrapped_schedule, pruning.StandardMemoryLimits({"RF": 50, "GL": 0}), ), } cache.put( impossible_schedule.spec, None, pruning.StandardMemoryLimits({"RF": 1, "GL": 0}) ) assert set(cache) == { ( fast_schedule.spec, fast_wrapped_schedule, pruning.StandardMemoryLimits({"RF": 100, "GL": 0}), ), ( slow_schedule.spec, slow_wrapped_schedule, pruning.StandardMemoryLimits({"RF": 50, "GL": 0}), ), ( impossible_schedule.spec, None, pruning.StandardMemoryLimits(({"RF": 1, "GL": 0})), ), } @pytest.mark.parametrize( "dtype", [(dtypes.Uint8,), (dtypes.Uint32,)], ids=["u8", "u32"] ) def test_cache_updates_when_none_result_put_with_higher_memory_cap(dtype): t = specs.TensorSpec((8, 8), dtype=dtype, bank="RF") spec = specs.Matmul(t, t, t, serial_only=False) wrapped_schedule = None cache = search_cache.ScheduleCache() cache.put( spec, wrapped_schedule, pruning.StandardMemoryLimits({"RF": 100, "GL": 0}) ) assert set(cache) == { (spec, None, pruning.StandardMemoryLimits({"RF": 100, "GL": 0})) } cache.put( spec, wrapped_schedule, pruning.StandardMemoryLimits({"RF": 101, "GL": 0}) ) assert set(cache) == { (spec, None, pruning.StandardMemoryLimits({"RF": 101, "GL": 0})) } @pytest.mark.parametrize( "dtype", [(dtypes.Uint8,), (dtypes.Uint32,)], ids=["u8", "u32"] ) def test_cache_updates_when_schedules_put_with_higher_memory_cap(dtype): target = current_target() db = current_system().default_bank lhs = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank=db), name=None ) rhs = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank=db), name=None ) output = target.tensor( spec=target.tensor_spec((8, 8), dtype=dtype, bank=db), name=None ) schedule = morello.impl.matmuls.MatmulHole(lhs, rhs, output, serial_only=False) wrapped_schedule = search_cache.CachedSchedule(schedule, cost=10) cache = search_cache.ScheduleCache() cache.put( schedule.spec, wrapped_schedule, pruning.StandardMemoryLimits({"RF": 100, "GL": 0}), ) assert set(cache) == { ( schedule.spec, wrapped_schedule, pruning.StandardMemoryLimits({"RF": 100, "GL": 0}), ) } cache.put( schedule.spec, wrapped_schedule, pruning.StandardMemoryLimits({"RF": 101, "GL": 0}), ) assert set(cache) == { ( schedule.spec, wrapped_schedule, pruning.StandardMemoryLimits({"RF": 101, "GL": 0}), ) }

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null

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null

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7

2be358dd3cad5dde56a6a97da96421f9a06141fe

233

py

Python

subattack/attackers/hard_label_attackers/__init__.py

wangwllu/spanning_attack

5d2788f7264ad2718e68b0cfb14f11970c3f65ab

[ "MIT" ]

6

2020-05-11T04:36:45.000Z

2021-04-07T09:25:34.000Z

subattack/attackers/hard_label_attackers/__init__.py

wangwllu/spanning_attack

5d2788f7264ad2718e68b0cfb14f11970c3f65ab

[ "MIT" ]

null

subattack/attackers/hard_label_attackers/__init__.py

wangwllu/spanning_attack

5d2788f7264ad2718e68b0cfb14f11970c3f65ab

[ "MIT" ]

null

from .boundary_attackers import BoundaryAttacker from .boundary_attackers import BoundaryAttackerWithStopRadius from .opt_attackers import OptAttacker __all__ = ['BoundaryAttacker', 'BoundaryAttackerWithStopRadius', 'OptAttacker']

33.285714

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null

0

1

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7

a62ebd69475ff3aa4dad961b8056e60ef604c711

4,295

py

Python

src/ImpressiveWholeWheel/dataStructuresOperations.py

RankJay/Mystic

7fd935a53a93391091ee3400a58a012e18648f56

[ "MIT" ]

2

2020-03-19T06:20:37.000Z

2020-03-21T07:41:54.000Z

src/ImpressiveWholeWheel/dataStructuresOperations.py

RankJay/Mystic

7fd935a53a93391091ee3400a58a012e18648f56

[ "MIT" ]

null

src/ImpressiveWholeWheel/dataStructuresOperations.py

RankJay/Mystic

7fd935a53a93391091ee3400a58a012e18648f56

[ "MIT" ]

1

2020-03-19T11:02:27.000Z

class dataStructuresOperations: def cdataStructuresOperations(inputFromUser, outputFromUser): modularInOperations = [float(index) for index in inputFromUser.split(' ')] modularInOperations.sort() modularOutOperations = [float(index) for index in outputFromUser.split(' ')] if modularInOperations==modularOutOperations: f= open("Program.c","w+") f.write("/*\nvoid swap(int* a, int* b)\n{\n\tint t = *a;\n\t*a = *b;\n\t*b = t;\n}\nint partition (int arr[], int low, int high)\n{\n\tint pivot = arr[high];\n\tint i = (low - 1);\n\tfor (int j = low; j <= high- 1; j++)\n\t{\n\t\tif (arr[j] < pivot)\n\t\t{\n\t\t\ti++;\n\t\t\tswap(&arr[i], &arr[j]);\n\t\t}\n\t}\n\tswap(&arr[i + 1], &arr[high]);\n\treturn (i + 1);\n}\nvoid quickSort(int arr[], int low, int high)\n{\n\tif (low < high)\n\t{\n\t\tint pi = partition(arr, low, high);\n\t\tquickSort(arr, low, pi - 1);\n\t\tquickSort(arr, pi + 1, high);\n\t}\n}\n*/\n") f.close function = '0\n\tquickSort(arr, 0, n-1);\n\tfor (int i=0; i < n; i++)\n\t\tprintf("%d ", arr[i]);\n\tprintf("\\n")' return str(function) def cPlusdataStructuresOperations(inputFromUser, outputFromUser): modularInOperations = [float(index) for index in inputFromUser.split(' ')] modularInOperations.sort() modularOutOperations = [float(index) for index in outputFromUser.split(' ')] if modularInOperations==modularOutOperations: f= open("Program.c","w+") f.write("/*\nvoid swap(int* a, int* b)\n{\n\tint t = *a;\n\t*a = *b;\n\t*b = t;\n}\nint partition (int arr[], int low, int high)\n{\n\tint pivot = arr[high];\n\tint i = (low - 1);\n\tfor (int j = low; j <= high- 1; j++)\n\t{\n\t\tif (arr[j] < pivot)\n\t\t{\n\t\t\ti++;\n\t\t\tswap(&arr[i], &arr[j]);\n\t\t}\n\t}\n\tswap(&arr[i + 1], &arr[high]);\n\treturn (i + 1);\n}\nvoid quickSort(int arr[], int low, int high)\n{\n\tif (low < high)\n\t{\n\t\tint pi = partition(arr, low, high);\n\t\tquickSort(arr, low, pi - 1);\n\t\tquickSort(arr, pi + 1, high);\n\t}\n}\n*/\n") f.close function = '0\n\tquickSort(arr, 0, n-1);\n\tfor (int i=0; i < n; i++)\n\t\tprintf("%d ", arr[i]);\n\tprintf("\\n")' return str(function) def pythondataStructuresOperations(inputFromUser, outputFromUser): modularInOperations = [float(index) for index in inputFromUser.split(' ')] modularInOperations.sort() modularOutOperations = [float(index) for index in outputFromUser.split(' ')] if modularInOperations==modularOutOperations: f= open("Program.py","w+") f.write("'''\ndef partition(arr,low,high):\n\ti = ( low-1 )\n\tpivot = arr[high]\n\n\tfor j in range(low , high):\n\t\tif arr[j] < pivot:\n\t\t\ti = i+1\n\t\t\tarr[i],arr[j] = arr[j],arr[i]\n\tarr[i+1],arr[high] = arr[high],arr[i+1]\n\treturn ( i+1 )\n\ndef quickSort(arr,low,high):\n\tif low < high:\n\t\tpi = partition(arr,low,high)\n\t\tquickSort(arr, low, pi-1)\n\t\tquickSort(arr, pi+1, high) \n\narr = [float(x) for x in input().split()] \nn = len(arr)\n'''\n") f.close function = 'quickSort(arr,0,n-1)\noutput=arr' return str(function) def javadataStructuresOperations(inputFromUser, outputFromUser): modularInOperations = [float(index) for index in inputFromUser.split(' ')] modularInOperations.sort() modularOutOperations = [float(index) for index in outputFromUser.split(' ')] if modularInOperations==modularOutOperations: f= open("Program.java","w+") f.write("/*class QuickSort\n{\n\tint partition(int arr[], int low, int high)\n\t{\n\t\tint pivot = arr[high];\n\t\tint i = (low-1);\n\t\tfor (int j=low; j<high; j++)\n\t\t{\n\t\t\tif (arr[j] < pivot)\n\t\t\t{\n\t\t\t\ti++;\n\t\t\t\tint temp = arr[i];\n\t\t\t\tarr[i] = arr[j];\n\t\t\t\tarr[j] = temp;\n\t\t\t}\n\t\t}\n\t\tint temp = arr[i+1];\n\t\tarr[i+1] = arr[high];\n\t\tarr[high] = temp;\n\n\t\treturn i+1;\n\t}\n\n\tvoid sort(int arr[], int low, int high)\n\t{\n\t\tif (low < high)\n\t\t{\n\t\t\tint pi = partition(arr, low, high);\n\n\t\t\tsort(arr, low, pi-1);\n\t\t\tsort(arr, pi+1, high);\n\t\t}\n\t}\n\tstatic void printArray(int arr[])\n\t{\n\t\tint n = arr.length;\n\t\tfor (int i=0; i<n; ++i)\n\t\t\tSystem.out.print(arr[i]+" ");\n\t\tSystem.out.println();\n\t}\n}*/\n") f.close function = '0' return str(function)

95.444444

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0

1

0

1

0

1

0

null

0

7

a641c42d84eecfdcba72955d0c5a296977e275df

36

py

Python

exercises/02-python-beyond-basics-exercise-files/farm/path1/split_farm/bovine/common.py

deskach/pybasics

75372aa8b795fb4608e7cf2f5ccb276da980e8d0

[ "MIT" ]

null

exercises/02-python-beyond-basics-exercise-files/farm/path1/split_farm/bovine/common.py

deskach/pybasics

75372aa8b795fb4608e7cf2f5ccb276da980e8d0

[ "MIT" ]

null

exercises/02-python-beyond-basics-exercise-files/farm/path1/split_farm/bovine/common.py

deskach/pybasics

75372aa8b795fb4608e7cf2f5ccb276da980e8d0

[ "MIT" ]

null

def ruminate(): return 'chomp!'

12

19

0.611111

4

36

5.5

1

0

0.222222

36

2

20

18

0.785714

0

0.166667

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0.5

true

0

0.5

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1

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null

0

1

0

null

0

1

0

1

0

7

a6d04f19900c828a188fdc253c4f8e2b97553502

113

py

Python

modules/spotify/main.py

isaac-mcfadyen/voice-assistant

7aa53ceff0cc87db484cabf31aa14b608e86705c

[ "Apache-1.1" ]

null

modules/spotify/main.py

isaac-mcfadyen/voice-assistant

7aa53ceff0cc87db484cabf31aa14b608e86705c

[ "Apache-1.1" ]

null

modules/spotify/main.py

isaac-mcfadyen/voice-assistant

7aa53ceff0cc87db484cabf31aa14b608e86705c

[ "Apache-1.1" ]

null

def initialize(): pass def can_answer(transcript: str): return True def main(transcript: str): pass

14.125

32

0.681416

15

113

5.066667

0.666667

0.342105

0

0.221239

113

8

33

14.125

0.863636

0

0.333333

0

1

0.5

false

0.333333

0

0.166667

0.666667

0

1

0

null

1

0

1

0

null

0

1

0

1

0

1

0

7

47296347677a788fde2c267cb50f9d5cfacc0b0b

1,955

py

Python

shapes.py

michael-gif/Ray-Tracing-Pygame

f51d6d9f902f050931267b013a7ce98d2a05624b

[ "MIT" ]

null

shapes.py

michael-gif/Ray-Tracing-Pygame

f51d6d9f902f050931267b013a7ce98d2a05624b

[ "MIT" ]

null

shapes.py

michael-gif/Ray-Tracing-Pygame

f51d6d9f902f050931267b013a7ce98d2a05624b

[ "MIT" ]

null

class Shape: def __init__(self, pos, angle): self.pos = pos self.angle = angle self.offset = [pos[0] * 2, pos[1] * 2, pos[2] * 2] self.points = [] self.edges = [] def add_pos(self, new_pos=(0, 0, 0)): for point in self.points: point[0][0] += new_pos[0] point[1][0] += new_pos[1] point[2][0] += new_pos[2] class Cube(Shape): def __init__(self, pos=[0, 0, 0], angle=[0, 0, 0]): super().__init__(pos, angle) self.points.append([[-1 + self.offset[0]], [-1 + self.offset[1]], [1 + self.offset[2]]]) self.points.append([[1 + self.offset[0]], [-1 + self.offset[1]], [1 + self.offset[2]]]) self.points.append([[1 + self.offset[0]], [1 + self.offset[1]], [1 + self.offset[2]]]) self.points.append([[-1 + self.offset[0]], [1 + self.offset[1]], [1 + self.offset[2]]]) self.points.append([[-1 + self.offset[0]], [-1 + self.offset[1]], [-1 + self.offset[2]]]) self.points.append([[1 + self.offset[0]], [-1 + self.offset[1]], [-1 + self.offset[2]]]) self.points.append([[1 + self.offset[0]], [1 + self.offset[1]], [-1 + self.offset[2]]]) self.points.append([[-1 + self.offset[0]], [1 + self.offset[1]], [-1 + self.offset[2]]]) self.edges = [(0, 1), (1, 2), (2, 3), (3, 0), (4, 5), (5, 6), (6, 7), (7, 4), (0, 4), (1, 5), (2, 6), (3, 7)] class Plane(Shape): def __init__(self, pos=[0, 0, 0], angle=[0, 0, 0]): super().__init__(pos, angle) self.points.append([[-1 + self.offset[0]], [-1 + self.offset[1]], [0 + self.offset[2]]]) self.points.append([[1 + self.offset[0]], [-1 + self.offset[1]], [0 + self.offset[2]]]) self.points.append([[1 + self.offset[0]], [1 + self.offset[1]], [0 + self.offset[2]]]) self.points.append([[-1 + self.offset[0]], [1 + self.offset[1]], [0 + self.offset[2]]]) self.edges = [(0, 1), (1, 2), (2, 3), (3, 0)]

51.447368

117

0.507928

312

1,955

3.102564

0.086538

0.382231

0.363636

0.210744

0.796488

0.77686

0

0.088918

0.229156

1,955

37

118

52.837838

0.553417

0

0.125

0

1

0.125

false

0

0.21875

0

null

1

0

1

0

null

0

8

5be2d25cd5a19dcb085e039fb57afeb9f73a7abc

101

py

Python

08.forecaster_r0/model/__init__.py

predora005/wheather-forecasting

deb3592ac52751ccaf81d7aa8bbb00a14d232f9f

[ "MIT" ]

null

08.forecaster_r0/model/__init__.py

predora005/wheather-forecasting

deb3592ac52751ccaf81d7aa8bbb00a14d232f9f

[ "MIT" ]

null

08.forecaster_r0/model/__init__.py

predora005/wheather-forecasting

deb3592ac52751ccaf81d7aa8bbb00a14d232f9f

[ "MIT" ]

null

from model.model_dnn import * from model.model_gbdt import * from model.model_random_forest import *

25.25

39

0.821782

16

101

4.9375

0.4375

0.341772

0.531646

0.506329

0

0.118812

101

3

40

33.666667

0.88764

0

1

0

true

0

1

0

1

0

1

0

null

1

0

1

0

null

0

1

0

1

0

1

0

8

f3c5aef3e64bd7fb694883498e193c0e484083a9

1,677

py

Python

test_fibonacci_calculator.py

ihosseinu/fibonacci_calculator

afed733c3ac4f47940f4ed61da43c8bbb04c822d

[ "MIT" ]

1

2021-10-16T12:09:43.000Z

test_fibonacci_calculator.py

ihosseinu/fibonacci_calculator

afed733c3ac4f47940f4ed61da43c8bbb04c822d

[ "MIT" ]

null

test_fibonacci_calculator.py

ihosseinu/fibonacci_calculator

afed733c3ac4f47940f4ed61da43c8bbb04c822d

[ "MIT" ]

null

import unittest import fibonacci_calculator class TestFibonacci(unittest.TestCase): def test_index(self): self.assertRaises( TypeError, fibonacci_calculator.fibonacci_index, 'abc') self.assertRaises( TypeError, fibonacci_calculator.fibonacci_index, 10.2) self.assertRaises(TypeError, fibonacci_calculator.fibonacci_index, 0) self.assertRaises(TypeError, fibonacci_calculator.fibonacci_index, -10) self.assertEqual(fibonacci_calculator.fibonacci_index(2), """[0, 1] For getting better results enter a whole number bigger than 2.""") self.assertEqual(fibonacci_calculator.fibonacci_index(9), [ 0, 1, 1, 2, 3, 5, 8, 13, 21]) def test_values_until(self): self.assertRaises( ValueError, fibonacci_calculator.fibonacci_until, 'abc') self.assertRaises( ValueError, fibonacci_calculator.fibonacci_until, -1) self.assertEqual(fibonacci_calculator.fibonacci_until(24), [ 0, 1, 1, 2, 3, 5, 8, 13, 21]) self.assertEqual(fibonacci_calculator.fibonacci_until(24.5), [ 0, 1, 1, 2, 3, 5, 8, 13, 21]) self.assertEqual(fibonacci_calculator.fibonacci_until(0), """[0, 1] For getting better results enter a number bigger than 1.""") self.assertEqual(fibonacci_calculator.fibonacci_until(0.5), """[0, 1] For getting better results enter a number bigger than 1.""") self.assertEqual(fibonacci_calculator.fibonacci_until(1), """[0, 1] For getting better results enter a number bigger than 1.""") if __name__ == '__main__': unittest.main()

44.131579

79

0.662493

199

1,677

5.39196

0.211055

0.247903

0.339236

0.221808

0.844362

0.84343

0.753961

0.484623

0.343896

0.333644

0

0.048724

0.22898

1,677

37

80

45.324324

0.781129

0

0.322581

0

0.171735

0

0.419355

1

0.064516

false

0

0.064516

0

0.16129

0

null

1

0

null

0

1

0

7

45f13cd8a1664be7f738e1a70f5fba1d2a3e6cf8

33,241

py

Python

python_shovel/apis/get_api.py

keedya/shovel-api-python-client

925143e9c9db4d123525dcfea5d2a823e5ced4d1

[ "Apache-2.0" ]

null

python_shovel/apis/get_api.py

keedya/shovel-api-python-client

925143e9c9db4d123525dcfea5d2a823e5ced4d1

[ "Apache-2.0" ]

null

python_shovel/apis/get_api.py

keedya/shovel-api-python-client

925143e9c9db4d123525dcfea5d2a823e5ced4d1

[ "Apache-2.0" ]

null

# coding: utf-8 """ GETApi.py Copyright 2015 SmartBear Software Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. """ from __future__ import absolute_import import sys import os # python 2 and python 3 compatibility library from six import iteritems from ..configuration import Configuration from ..api_client import ApiClient class GETApi(object): """ NOTE: This class is auto generated by the swagger code generator program. Do not edit the class manually. Ref: https://github.com/swagger-api/swagger-codegen """ def __init__(self, api_client=None): config = Configuration() if api_client: self.api_client = api_client else: if not config.api_client: config.api_client = ApiClient() self.api_client = config.api_client def catalogs_get(self, identifier, **kwargs): """ Get catalog for a specified node This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.catalogs_get(identifier, callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :param str identifier: Onrack node ID (required) :return: None If the method is called asynchronously, returns the request thread. """ # verify the required parameter 'identifier' is set if identifier is None: raise ValueError("Missing the required parameter `identifier` when calling `catalogs_get`") all_params = ['identifier'] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method catalogs_get" % key ) params[key] = val del params['kwargs'] resource_path = '/catalogs/{identifier}'.replace('{format}', 'json') method = 'GET' path_params = {} if 'identifier' in params: path_params['identifier'] = params['identifier'] query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def catalogsbysource_get(self, identifier, source, **kwargs): """ Get source in the catalog for a specified node This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.catalogsbysource_get(identifier, source, callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :param str identifier: Onrack node ID (required) :param str source: source (required) :return: None If the method is called asynchronously, returns the request thread. """ # verify the required parameter 'identifier' is set if identifier is None: raise ValueError("Missing the required parameter `identifier` when calling `catalogsbysource_get`") # verify the required parameter 'source' is set if source is None: raise ValueError("Missing the required parameter `source` when calling `catalogsbysource_get`") all_params = ['identifier', 'source'] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method catalogsbysource_get" % key ) params[key] = val del params['kwargs'] resource_path = '/catalogs/{identifier}/{source}'.replace('{format}', 'json') method = 'GET' path_params = {} if 'identifier' in params: path_params['identifier'] = params['identifier'] if 'source' in params: path_params['source'] = params['source'] query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def images_get(self, **kwargs): """ Get all the images in Glance This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.images_get(callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :return: None If the method is called asynchronously, returns the request thread. """ all_params = [] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method images_get" % key ) params[key] = val del params['kwargs'] resource_path = '/glance/images'.replace('{format}', 'json') method = 'GET' path_params = {} query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def info_get(self, **kwargs): """ Get nodes info This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.info_get(callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :return: None If the method is called asynchronously, returns the request thread. """ all_params = [] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method info_get" % key ) params[key] = val del params['kwargs'] resource_path = '/info'.replace('{format}', 'json') method = 'GET' path_params = {} query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def ironicchassis_get(self, identifier, **kwargs): """ get Ironic chassis by id This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.ironicchassis_get(identifier, callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :param str identifier: Ironic node ID (required) :return: None If the method is called asynchronously, returns the request thread. """ # verify the required parameter 'identifier' is set if identifier is None: raise ValueError("Missing the required parameter `identifier` when calling `ironicchassis_get`") all_params = ['identifier'] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method ironicchassis_get" % key ) params[key] = val del params['kwargs'] resource_path = '/ironic/chassis/{identifier}'.replace('{format}', 'json') method = 'GET' path_params = {} if 'identifier' in params: path_params['identifier'] = params['identifier'] query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def drivers_get(self, **kwargs): """ Get all the drivers used in Ironic This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.drivers_get(callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :return: None If the method is called asynchronously, returns the request thread. """ all_params = [] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method drivers_get" % key ) params[key] = val del params['kwargs'] resource_path = '/ironic/drivers'.replace('{format}', 'json') method = 'GET' path_params = {} query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def ironicnodes_get(self, **kwargs): """ get All ironic Nodes This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.ironicnodes_get(callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :return: None If the method is called asynchronously, returns the request thread. """ all_params = [] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method ironicnodes_get" % key ) params[key] = val del params['kwargs'] resource_path = '/ironic/nodes'.replace('{format}', 'json') method = 'GET' path_params = {} query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def ironicnode_get(self, identifier, **kwargs): """ get Ironic node by name This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.ironicnode_get(identifier, callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :param str identifier: Ironic node name or ID (required) :return: None If the method is called asynchronously, returns the request thread. """ # verify the required parameter 'identifier' is set if identifier is None: raise ValueError("Missing the required parameter `identifier` when calling `ironicnode_get`") all_params = ['identifier'] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method ironicnode_get" % key ) params[key] = val del params['kwargs'] resource_path = '/ironic/nodes/{identifier}'.replace('{format}', 'json') method = 'GET' path_params = {} if 'identifier' in params: path_params['identifier'] = params['identifier'] query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def nodes_get(self, **kwargs): """ get All OnRack Nodes This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.nodes_get(callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :return: None If the method is called asynchronously, returns the request thread. """ all_params = [] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method nodes_get" % key ) params[key] = val del params['kwargs'] resource_path = '/nodes'.replace('{format}', 'json') method = 'GET' path_params = {} query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def node_get(self, identifier, **kwargs): """ get specific node by id This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.node_get(identifier, callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :param str identifier: Onrack node ID (required) :return: None If the method is called asynchronously, returns the request thread. """ # verify the required parameter 'identifier' is set if identifier is None: raise ValueError("Missing the required parameter `identifier` when calling `node_get`") all_params = ['identifier'] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method node_get" % key ) params[key] = val del params['kwargs'] resource_path = '/nodes/{identifier}'.replace('{format}', 'json') method = 'GET' path_params = {} if 'identifier' in params: path_params['identifier'] = params['identifier'] query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def get_seldata(self, identifier, **kwargs): """ get current SEL data for specified node ID This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.get_seldata(identifier, callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :param str identifier: Node SEL information (required) :return: None If the method is called asynchronously, returns the request thread. """ # verify the required parameter 'identifier' is set if identifier is None: raise ValueError("Missing the required parameter `identifier` when calling `get_seldata`") all_params = ['identifier'] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method get_seldata" % key ) params[key] = val del params['kwargs'] resource_path = '/nodes/{identifier}/sel'.replace('{format}', 'json') method = 'GET' path_params = {} if 'identifier' in params: path_params['identifier'] = params['identifier'] query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response def configget(self, **kwargs): """ Get shovel config file This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please define a `callback` function to be invoked when receiving the response. >>> def callback_function(response): >>> pprint(response) >>> >>> thread = api.configget(callback=callback_function) :param callback function: The callback function for asynchronous request. (optional) :return: None If the method is called asynchronously, returns the request thread. """ all_params = [] all_params.append('callback') params = locals() for key, val in iteritems(params['kwargs']): if key not in all_params: raise TypeError( "Got an unexpected keyword argument '%s'" " to method configget" % key ) params[key] = val del params['kwargs'] resource_path = '/shovel/config'.replace('{format}', 'json') method = 'GET' path_params = {} query_params = {} header_params = {} form_params = {} files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.\ select_header_accept(['application/json']) if not header_params['Accept']: del header_params['Accept'] # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.\ select_header_content_type([]) # Authentication setting auth_settings = [] response = self.api_client.call_api(resource_path, method, path_params, query_params, header_params, body=body_params, post_params=form_params, files=files, response_type=None, auth_settings=auth_settings, callback=params.get('callback')) return response

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344ef5d9754d1d25af354307891059577fd66fee

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py

Python

venv/Lib/site-packages/tests/test_265_NoAffectedRows.py

shehzadulislam/Assignment4

a9cced70be6ae5d2685027d68032d5849f638301

[ "Apache-2.0" ]

null

venv/Lib/site-packages/tests/test_265_NoAffectedRows.py

shehzadulislam/Assignment4

a9cced70be6ae5d2685027d68032d5849f638301

[ "Apache-2.0" ]

null

venv/Lib/site-packages/tests/test_265_NoAffectedRows.py

shehzadulislam/Assignment4

a9cced70be6ae5d2685027d68032d5849f638301

[ "Apache-2.0" ]

null

# # Licensed Materials - Property of IBM # # (c) Copyright IBM Corp. 2007-2013 # import unittest, sys import ibm_db import config from testfunctions import IbmDbTestFunctions class IbmDbTestCase(unittest.TestCase): def test_265_NoAffectedRows(self): obj = IbmDbTestFunctions() obj.assert_expect(self.run_test_265) def run_test_265(self): # Make a connection conn = ibm_db.connect(config.database, config.user, config.password) cursor_option = {ibm_db.SQL_ATTR_CURSOR_TYPE: ibm_db.SQL_CURSOR_STATIC} if conn: server = ibm_db.server_info( conn ) if (server.DBMS_NAME[0:3] == 'IDS'): op = {ibm_db.ATTR_CASE: ibm_db.CASE_UPPER} ibm_db.set_option(conn, op, 1) try: sql = 'drop table test' stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) except: pass if ((server.DBMS_NAME[0:3] == 'IDS') or (server.DBMS_NAME[0:2] == "AS")): sql = "create table test(id integer, name VARCHAR(10), clob_col CLOB, some_var VARCHAR(100) )" else: sql = "create table test(id integer, name VARCHAR(10), clob_col CLOB, some_var XML )" stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) sql = 'select id from test' stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) sql = "insert into test values( 1, 'some', 'here is a clob value', '<?xml version=\"1.0\" encoding=\"UTF-8\" ?><test attribute=\"value\"/>')" stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) sql = "insert into test values(2, 'value', 'clob data', NULL)" stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) sql = "insert into test values(2, 'in varchar', 'data2', NULL)" stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) sql = 'select * from test' stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) row = ibm_db.fetch_tuple(stmt) while ( row ): print("%s, %s, %s, %s\n" %(row[0], row[1], row[2], ((row[3] is not None) and row[3].startswith('\ufeff')) and row[3][1:] or row[3])) row = ibm_db.fetch_tuple(stmt) sql = 'select id, name from test where id = ?' stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) ibm_db.execute(stmt, (2,)) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) row = ibm_db.fetch_tuple(stmt) while ( row ): print("%s, %s\n" %(row[0], row[1])) row = ibm_db.fetch_tuple(stmt) if (server.DBMS_NAME[0:3] == 'IDS'): sql = "select * from test" else: sql = 'select * from test fetch first 12 rows only optimize for 12 rows' stmt = ibm_db.prepare(conn, sql) ibm_db.set_option(stmt, cursor_option, 0) #ibm_db.num_fields(stmt) ibm_db.execute(stmt) print("Number of affected rows: %d" % ibm_db.get_num_result(stmt)) row = ibm_db.fetch_tuple(stmt) while ( row ): print("%s, %s, %s, %s\n" %(row[0], row[1], row[2], ((row[3] is not None) and row[3].startswith('\ufeff')) and row[3][1:] or row[3])) row = ibm_db.fetch_tuple(stmt) ibm_db.close(conn) #__END__ #__LUW_EXPECTED__ #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: 0 #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: -1 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None #Number of affected rows: 2 #2, value #2, in varchar #Number of affected rows: -1 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None #__ZOS_EXPECTED__ #Number of affected rows: -2 #Number of affected rows: -2 #Number of affected rows: 0 #Number of affected rows: -2 #Number of affected rows: -1 #Number of affected rows: -2 #Number of affected rows: 0 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None #Number of affected rows: 2 #2, value #2, in varchar #Number of affected rows: 0 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None #__SYSTEMI_EXPECTED__ #Number of affected rows: -2 #Number of affected rows: -2 #Number of affected rows: 0 #Number of affected rows: -2 #Number of affected rows: -1 #Number of affected rows: -2 #Number of affected rows: 0 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None #Number of affected rows: 2 #2, value #2, in varchar #Number of affected rows: 0 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None #__IDS_EXPECTED__ #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: -1 #Number of affected rows: 3 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None #Number of affected rows: 2 #2, value #2, in varchar #Number of affected rows: 3 #1, some, here is a clob value, <?xml version="1.0" encoding="UTF-16" ?><test attribute="value"/> #2, value, clob data, None #2, in varchar, data2, None

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1b334f2b24b80228a9af6f485824c4a7d5d0d02c

69

py

Python

CodeWars/7 Kyu/Arithmetic List!.py

anubhab-code/Competitive-Programming

de28cb7d44044b9e7d8bdb475da61e37c018ac35

[ "MIT" ]

null

CodeWars/7 Kyu/Arithmetic List!.py

anubhab-code/Competitive-Programming

de28cb7d44044b9e7d8bdb475da61e37c018ac35

[ "MIT" ]

null

CodeWars/7 Kyu/Arithmetic List!.py

anubhab-code/Competitive-Programming

de28cb7d44044b9e7d8bdb475da61e37c018ac35

[ "MIT" ]

null

def seqlist(first,c,l): return list(range(first,(first + c*l),c))

34.5

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7

1b336aaca2f16f410c75cce20879573e82e95ead

3,770

py

Python

accounts/migrations/0017_auto_20200509_2056.py

eneskums/ogrenciBilgiSistemi

fca4eefff079fff3808010fa95713fe0c0bc4b8f

[ "MIT" ]

null

accounts/migrations/0017_auto_20200509_2056.py

eneskums/ogrenciBilgiSistemi

fca4eefff079fff3808010fa95713fe0c0bc4b8f

[ "MIT" ]

null

accounts/migrations/0017_auto_20200509_2056.py

eneskums/ogrenciBilgiSistemi

fca4eefff079fff3808010fa95713fe0c0bc4b8f

[ "MIT" ]

null

# Generated by Django 2.2.12 on 2020-05-09 17:56 from django.db import migrations, models class Migration(migrations.Migration): dependencies = [ ('accounts', '0016_bolumsekreteri_gorulentranskript'), ] operations = [ migrations.AddField( model_name='mezun', name='calismaDurumu', field=models.CharField(blank=True, max_length=7, null=True), ), migrations.AddField( model_name='mezun', name='idariGorev', field=models.CharField(blank=True, max_length=120, null=True), ), migrations.AddField( model_name='mezun', name='il', field=models.CharField(blank=True, max_length=255, null=True), ), migrations.AddField( model_name='mezun', name='isAdresi', field=models.CharField(blank=True, max_length=255, null=True), ), migrations.AddField( model_name='mezun', name='iseBaslamaTarihi', field=models.DateField(blank=True, null=True), ), migrations.AddField( model_name='mezun', name='maas', field=models.CharField(blank=True, max_length=7, null=True), ), migrations.AddField( model_name='mezun', name='mezuniyetYili', field=models.CharField(blank=True, max_length=4, null=True), ), migrations.AddField( model_name='mezun', name='sektor', field=models.CharField(blank=True, max_length=120, null=True), ), migrations.AddField( model_name='mezun', name='sirketKurumAdi', field=models.CharField(blank=True, max_length=120, null=True), ), migrations.AddField( model_name='mezun', name='ulke', field=models.CharField(blank=True, max_length=255, null=True), ), migrations.AddField( model_name='mezun', name='unvanMeslek', field=models.CharField(blank=True, max_length=120, null=True), ), migrations.AlterField( model_name='bolumsekreteri', name='oncekiGirisTranskriptMezun', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='bolumsekreteri', name='oncekiGirisTranskriptOgrenci', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='mezun', name='oncekiGirisIs', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='mezun', name='oncekiGirisStaj', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='mezun', name='oncekiGirisTranskript', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='ogrenci', name='oncekiGirisIs', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='ogrenci', name='oncekiGirisStaj', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='ogrenci', name='oncekiGirisTranskript', field=models.DateTimeField(auto_now_add=True), ), migrations.AlterField( model_name='ogretimgorevlisi', name='oncekiGirisDersIcerik', field=models.DateTimeField(auto_now_add=True), ), ]

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0

7

1b4be0ba1c7a48e9bbce10c593f442c7737313c7

3,910

py

Python

tests/test_detection.py

juliotux/astropop

cb8e5b7527fe04de82d1322615c78510bf0ae5b0

[ "BSD-3-Clause" ]

10

2018-05-30T19:18:58.000Z

2021-07-27T08:15:51.000Z

tests/test_detection.py

sparc4-dev/astropop

6d329f09e2274490dc15b2a41d0c5e43c37ee955

[ "BSD-3-Clause" ]

8

2021-06-16T15:52:50.000Z

2022-03-30T21:27:38.000Z

tests/test_detection.py

juliotux/astropop

cb8e5b7527fe04de82d1322615c78510bf0ae5b0

[ "BSD-3-Clause" ]

9

2019-06-20T00:33:34.000Z

2022-03-03T21:52:47.000Z

# Licensed under a 3-clause BSD style license - see LICENSE.rst import pytest import sep import numpy as np from astropop.photometry import (background, sepfind, daofind, starfind, calc_fwhm, recenter_sources) from .gen_pol import gen_image from astropop.testing import assert_almost_equal, assert_equal # @pytest.mark.parametrize('r', [2, 3, 4]) def test_gen_filter_kernel(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test_cosmicrayed_background(): # im_e = np.random.poisson(im_e) criar uma distribuição de erro poissonico # Deve criar um erro poissonico sobre uma distribuição gaussiana scale = 1.0 psi = 90 p = 0.1 theta = np.pi/2 cosmicray_mag_mult = 100 image_test = gen_image(scale, psi, p, theta) image_cols = len(image_test) image_rows = len(image_test[0]) box_size = image_cols filter_size = image_cols image_test[image_cols//4 + 1][image_rows//4] = cosmicray_mag_mult*psi image_test[image_cols//4 + 2][image_rows//4] = cosmicray_mag_mult*psi image_test[image_cols//4 + 2][image_rows//4 + 1] = cosmicray_mag_mult*psi image_test[image_cols//4 + 2][image_rows//4 + 2] = cosmicray_mag_mult*psi bkg_1_global = background(image_test, box_size, filter_size, mask=None, global_bkg=True) bkg_1 = background(image_test, box_size, filter_size, mask=None, global_bkg=False) assert_almost_equal(bkg_1_global[0], 298, decimal=0) assert_almost_equal(bkg_1_global[1], 25, decimal=0) assert_equal(len(bkg_1), 2) assert_equal(len(bkg_1[0]), 256) assert_equal(len(bkg_1[0][0]), 256) assert_almost_equal(bkg_1[0][0][0], 298, decimal=0) assert_almost_equal(bkg_1[0][149][149], 298, decimal=0) # @pytest.mark.parametrize('r', [2, 3, 4]) def test_background(): # im_e = np.random.poisson(im_e) criar uma distribuição de erro poissonico # Deve criar um erro poissonico sobre uma distribuição gaussiana scale = 1.0 psi = 90 p = 0.1 theta = np.pi/2 image_test = gen_image(scale, psi, p, theta) image_cols = len(image_test) box_size = image_cols filter_size = image_cols bkg_1_global = background(image_test, box_size, filter_size, mask=None, global_bkg=True) bkg_1 = background(image_test, box_size, filter_size, mask=None, global_bkg=False) assert_almost_equal(bkg_1_global[0], 298, decimal=0) assert_almost_equal(bkg_1_global[1], 25, decimal=0) assert_equal(len(bkg_1), 2) assert_equal(len(bkg_1[0]), 256) assert_equal(len(bkg_1[0][0]), 256) assert_almost_equal(bkg_1[0][0][0], 298, decimal=0) assert_almost_equal(bkg_1[0][149][149], 298, decimal=0) def test_global_background(): # im_e = np.random.poisson(im_e) criar uma distribuição de erro poissonico # Deve criar um erro poissonico sobre uma distribuição gaussiana scale = 1 psi = 120 p = 0.1 theta = np.pi/2 image_test = gen_image(scale, psi, p, theta) image_cols = len(image_test) box_size = image_cols filter_size = image_cols bkg_1_global = background(image_test, box_size, filter_size, mask=None, global_bkg=True) print(bkg_1_global) assert_almost_equal(bkg_1_global[0], 298, decimal=0) assert_almost_equal(bkg_1_global[1], 25, decimal=0) # @pytest.mark.parametrize('r', [2, 3, 4]) def test_sepfind(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test_daofind(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test_starfind(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test_sources_mask(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test__fwhm_loop(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test_calc_fwhm(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test__recenter_loop(): pass # @pytest.mark.parametrize('r', [2, 3, 4]) def test_recenter_sources(): pass

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7

1b72dfcf3c871a8216e88bd45066e2c752ed7a7d

110

py

Python

bufkit/io/__init__.py

HumphreysCarter/bufkit-api

ea94ed1d0c17c8764754966b8893d005cf69633f

[ "BSD-3-Clause" ]

3

2021-01-27T22:39:53.000Z

2021-05-26T01:12:34.000Z

bufkit/io/__init__.py

HumphreysCarter/bufkit-api

ea94ed1d0c17c8764754966b8893d005cf69633f

[ "BSD-3-Clause" ]

null

bufkit/io/__init__.py

HumphreysCarter/bufkit-api

ea94ed1d0c17c8764754966b8893d005cf69633f

[ "BSD-3-Clause" ]

null

from .ingest import ingest from .surface_data_parser import surface from .sounding_data_parser import sounding

36.666667

42

0.872727

16

110

5.75

0.4375

0.217391

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110

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36.666667

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7

1b78676f93a8013a7db7f9d834892e92e29a53b4

5,972

py

Python

carbondesign/tests/test_code_snippet_html.py

dozymoe/django-carbondesign

34aed0cfdccfa90fcb5bf2bbd347229815f1417b

[ "MIT" ]

null

carbondesign/tests/test_code_snippet_html.py

dozymoe/django-carbondesign

34aed0cfdccfa90fcb5bf2bbd347229815f1417b

[ "MIT" ]

null

carbondesign/tests/test_code_snippet_html.py

dozymoe/django-carbondesign

34aed0cfdccfa90fcb5bf2bbd347229815f1417b

[ "MIT" ]

null

# pylint:disable=missing-module-docstring,missing-class-docstring,missing-function-docstring from .base import compare_template, SimpleTestCase class CodeSnippetHtmlTest(SimpleTestCase): maxDiff = None def test_single(self): template = """ {% load carbondesign %} {% Code mode="single" label="Code Snippet Text" %} @mixin grid-container { width: 100%; padding-right: padding(mobile); padding-left: padding(mobile); @include breakpoint(bp--xs--major) { padding-right: padding(xs); padding-left: padding(xs); } } $z-indexes: ( modal : 9000, overlay : 8000, dropdown : 7000, header : 6000, footer : 5000, hidden : - 1, overflowHidden: - 1, floating: 10000 ); {% endCode %} """ expected = """ <div class="bx--snippet bx--snippet--single" > <div tabindex="0" class="bx--snippet-container" aria-label="Code Snippet Text"> <pre><code> @mixin grid-container { width: 100%; padding-right: padding(mobile); padding-left: padding(mobile); @include breakpoint(bp--xs--major) { padding-right: padding(xs); padding-left: padding(xs); } } $z-indexes: ( modal : 9000, overlay : 8000, dropdown : 7000, header : 6000, footer : 5000, hidden : - 1, overflowHidden: - 1, floating: 10000 ); </code></pre> </div> <button data-copy-btn class="bx--copy-btn" type="button" tabindex="0"> <span class="bx--assistive-text bx--copy-btn__feedback">Copied!</span> <svg focusable="false" preserveAspectRatio="xMidYMid meet" xmlns="http://www.w3.org/2000/svg" fill="currentColor" class="bx--snippet__icon" width="16" height="16" viewBox="0 0 32 32" aria-hidden="true"> <path d="M28,10V28H10V10H28m0-2H10a2,2,0,0,0-2,2V28a2,2,0,0,0,2,2H28a2,2,0,0,0,2-2V10a2,2,0,0,0-2-2Z"></path> <path d="M4,18H2V4A2,2,0,0,1,4,2H18V4H4Z"></path> </svg> </button> </div> """ rendered = compare_template(template, expected) self.assertEqual(*rendered) def test_inline(self): template = """ {% load carbondesign %} <p>Here is an example of a text that a user would be reading. In this paragraph would be {% Code %}inline code{% endCode %} that the user could look at and copy in to their code editor.</p> """ expected = """ <p>Here is an example of a text that a user would be reading. In this paragraph would be <button data-copy-btn type="button" class="bx--snippet bx--snippet--inline " aria-label="Copy code" tabindex="0"> <code>inline code</code> <span class="bx--assistive-text bx--copy-btn__feedback">Copied!</span> </button> that the user could look at and copy in to their code editor.</p> """ rendered = compare_template(template, expected) self.assertEqual(*rendered) def test_inline_light(self): template = """ {% load carbondesign %} <p>Here is an example of a text that a user would be reading. In this paragraph would be {% Code light=True %}inline code{% endCode %} that the user could look at and copy in to their code editor.</p> """ expected = """ <p>Here is an example of a text that a user would be reading. In this paragraph would be <button data-copy-btn type="button" class="bx--snippet bx--snippet--inline bx--snippet--light" aria-label="Copy code" tabindex="0"> <code>inline code</code> <span class="bx--assistive-text bx--copy-btn__feedback">Copied!</span> </button> that the user could look at and copy in to their code editor.</p> """ rendered = compare_template(template, expected) self.assertEqual(*rendered) def test_multi(self): template = """ {% load carbondesign %} {% Code mode="multi" label="Code Snippet Text" %} @mixin grid-container { width: 100%; padding-right: padding(mobile); padding-left: padding(mobile); @include breakpoint(bp--xs--major) { padding-right: padding(xs); padding-left: padding(xs); } } $z-indexes: ( modal : 9000, overlay : 8000, dropdown : 7000, header : 6000, footer : 5000, hidden : - 1, overflowHidden: - 1, floating: 10000 ); {% endCode %} """ expected = """ <div class="bx--snippet bx--snippet--multi" data-code-snippet> <div class="bx--snippet-container" aria-label="Code Snippet Text"> <pre><code> @mixin grid-container { width: 100%; padding-right: padding(mobile); padding-left: padding(mobile); @include breakpoint(bp--xs--major) { padding-right: padding(xs); padding-left: padding(xs); } } $z-indexes: ( modal : 9000, overlay : 8000, dropdown : 7000, header : 6000, footer : 5000, hidden : - 1, overflowHidden: - 1, floating: 10000 ); </code></pre> </div> <button data-copy-btn class="bx--copy-btn" type="button" tabindex="0"> <span class="bx--assistive-text bx--copy-btn__feedback">Copied!</span> <svg focusable="false" preserveAspectRatio="xMidYMid meet" xmlns="http://www.w3.org/2000/svg" fill="currentColor" class="bx--snippet__icon" width="16" height="16" viewBox="0 0 32 32" aria-hidden="true"> <path d="M28,10V28H10V10H28m0-2H10a2,2,0,0,0-2,2V28a2,2,0,0,0,2,2H28a2,2,0,0,0,2-2V10a2,2,0,0,0-2-2Z"></path> <path d="M4,18H2V4A2,2,0,0,1,4,2H18V4H4Z"></path> </svg> </button> <button class="bx--btn bx--btn--ghost bx--btn--sm bx--snippet-btn--expand" type="button"> <span class="bx--snippet-btn--text" data-show-more-text="Show more" data-show-less-text="Show less"> Show more </span> <svg focusable="false" preserveAspectRatio="xMidYMid meet" xmlns="http://www.w3.org/2000/svg" fill="currentColor" aria-label="Show more icon" class="bx--icon-chevron--down bx--snippet__icon" width="16" height="16" viewBox="0 0 16 16" role="img"> <path d="M8 11L3 6 3.7 5.3 8 9.6 12.3 5.3 13 6z"></path> </svg> </button> </div> """ rendered = compare_template(template, expected) self.assertEqual(*rendered)

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834

5,972

4.579137

0.189448

0.010998

0.007855

0.008379

0.870647

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0.066694

0.191561

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204

116

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0.862075

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1

0

1

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1

0

null

0

8

59f085a19e4cc8e06a5c11c554006609e2feaae8

12,415

py

Python

dassl/engine/dg/sagnet_db.py

zhaoxin94/Dassl.pytorch

c0690f3669c561f2ed7410c22fc65eaef30dfd22

[ "MIT" ]

1

2021-07-25T10:19:02.000Z

dassl/engine/dg/sagnet_db.py

zhaoxin94/Dassl.pytorch

c0690f3669c561f2ed7410c22fc65eaef30dfd22

[ "MIT" ]

null

dassl/engine/dg/sagnet_db.py

zhaoxin94/Dassl.pytorch

c0690f3669c561f2ed7410c22fc65eaef30dfd22

[ "MIT" ]

null

import torch import torch.nn as nn from torch.nn import functional as F from torch.cuda.amp import autocast from dassl.optim import build_optimizer, build_lr_scheduler from dassl.utils import count_num_param from dassl.engine import TRAINER_REGISTRY, TrainerX from dassl.engine.trainer import SimpleNet from dassl.metrics import compute_accuracy @TRAINER_REGISTRY.register() class SagNet_DB(TrainerX): """SagNet implementation based on Domain Bed.""" def __init__(self, cfg): super().__init__(cfg) self.weight_adv = cfg.TRAINER.SAGNET_DB.W_ADV def build_model(self): cfg = self.cfg print('Building F') self.F = SimpleNet(cfg, cfg.MODEL, 0) self.F.to(self.device) print('# params: {:,}'.format(count_num_param(self.F))) self.optim_F = build_optimizer(self.F, cfg.OPTIM) self.sched_F = build_lr_scheduler(self.optim_F, cfg.OPTIM) self.register_model('F', self.F, self.optim_F, self.sched_F) fdim = self.F.fdim print('Building C') self.C = nn.Linear(fdim, self.num_classes) self.C.to(self.device) print('# params: {:,}'.format(count_num_param(self.C))) self.optim_C = build_optimizer(self.C, cfg.OPTIM) self.sched_C = build_lr_scheduler(self.optim_C, cfg.OPTIM) self.register_model('C', self.C, self.optim_C, self.sched_C) print('Building S') self.S = nn.Linear(fdim, self.num_classes) self.S.to(self.device) print('# params: {:,}'.format(count_num_param(self.S))) self.optim_S = build_optimizer(self.S, cfg.OPTIM) self.sched_S = build_lr_scheduler(self.optim_S, cfg.OPTIM) self.register_model('S', self.S, self.optim_S, self.sched_S) def forward_backward(self, batch): input, label = self.parse_batch_train(batch) # learn content if self.use_amp: with autocast(): output_c = self._forward_c(input) loss_c = F.cross_entropy(output_c, label) else: output_c = self._forward_c(input) loss_c = F.cross_entropy(output_c, label) self.model_backward_and_update(loss_c, names=['F', 'C']) # learn style if self.use_amp: with autocast(): output_s = self._forward_s(input) loss_s = F.cross_entropy(output_s, label) else: output_s = self._forward_s(input) loss_s = F.cross_entropy(output_s, label) self.model_backward_and_update(loss_s, names=['S']) # learn adversary if self.use_amp: with autocast(): output_s = self._forward_s(input) loss_adv = -F.log_softmax(output_s, dim=1).mean(1).mean() loss_adv = loss_adv * self.weight_adv else: output_s = self._forward_s(input) loss_adv = -F.log_softmax(output_s, dim=1).mean(1).mean() loss_adv = loss_adv * self.weight_adv self.model_backward_and_update(loss_adv, names=['F']) loss_summary = { 'loss_c': loss_c.item(), 'loss_s': loss_s.item(), 'loss_adv': loss_adv.item(), 'acc': compute_accuracy(output_c, label)[0].item() } if (self.batch_idx + 1) == self.num_batches: self.update_lr() return loss_summary def parse_batch_train(self, batch): input = batch['img'] label = batch['label'] input = input.to(self.device) label = label.to(self.device) return input, label def _randomize(self, x, what="style", eps=1e-5): sizes = x.size() alpha = torch.rand(sizes[0], 1).to(self.device) if len(sizes) == 4: x = x.view(sizes[0], sizes[1], -1) alpha = alpha.unsqueeze(-1) mean = x.mean(-1, keepdim=True) var = x.var(-1, keepdim=True) x = (x-mean) / (var + eps).sqrt() idx_swap = torch.randperm(sizes[0]) if what == "style": mean = alpha*mean + (1-alpha) * mean[idx_swap] var = alpha*var + (1-alpha) * var[idx_swap] else: x = x[idx_swap].detach().clone() x = x * (var + eps).sqrt() + mean return x.view(*sizes) def _forward_c(self, x): # learning content network on randomized style return self.C(self._randomize(self.F(x), "style")) def _forward_s(self, x): # learning style network on randomized content return self.S(self._randomize(self.F(x), "content")) def model_inference(self, input): feat = self.F(input) return self.C(feat) @TRAINER_REGISTRY.register() class SagNet_DB2(TrainerX): def __init__(self, cfg): self.weight_adv = cfg.TRAINER.SAGNET_DB.W_ADV self.style_stage = cfg.TRAINER.SAGNET_DB.STYLE_STAGE super().__init__(cfg) def build_model(self): cfg = self.cfg net_c = SimpleNet(cfg, cfg.MODEL, self.num_classes) net_s = SimpleNet(cfg, cfg.MODEL, self.num_classes) if self.style_stage == 1: self.F = torch.nn.Sequential( net_c.backbone.conv1, net_c.backbone.bn1, net_c.backbone.relu, net_c.backbone.maxpool ) self.C = torch.nn.Sequential( net_c.backbone.layer1, net_c.backbone.layer2, net_c.backbone.layer3, net_c.backbone.layer4, net_c.backbone.global_avgpool, nn.Flatten(), net_c.classifier ) self.S = torch.nn.Sequential( net_s.backbone.layer1, net_s.backbone.layer2, net_s.backbone.layer3, net_s.backbone.layer4, net_s.backbone.global_avgpool, nn.Flatten(), net_s.classifier ) elif self.style_stage == 2: self.F = torch.nn.Sequential( net_c.backbone.conv1, net_c.backbone.bn1, net_c.backbone.relu, net_c.backbone.maxpool, net_c.backbone.layer1, ) self.C = torch.nn.Sequential( net_c.backbone.layer2, net_c.backbone.layer3, net_c.backbone.layer4, net_c.backbone.global_avgpool, nn.Flatten(), net_c.classifier ) self.S = torch.nn.Sequential( net_s.backbone.layer2, net_s.backbone.layer3, net_s.backbone.layer4, net_s.backbone.global_avgpool, nn.Flatten(), net_s.classifier ) elif self.style_stage == 3: self.F = torch.nn.Sequential( net_c.backbone.conv1, net_c.backbone.bn1, net_c.backbone.relu, net_c.backbone.maxpool, net_c.backbone.layer1, net_c.backbone.layer2, ) self.C = torch.nn.Sequential( net_c.backbone.layer3, net_c.backbone.layer4, net_c.backbone.global_avgpool, nn.Flatten(), net_c.classifier ) self.S = torch.nn.Sequential( net_s.backbone.layer3, net_s.backbone.layer4, net_s.backbone.global_avgpool, nn.Flatten(), net_s.classifier ) elif self.style_stage == 4: self.F = torch.nn.Sequential( net_c.backbone.conv1, net_c.backbone.bn1, net_c.backbone.relu, net_c.backbone.maxpool, net_c.backbone.layer1, net_c.backbone.layer2, net_c.backbone.layer3, ) self.C = torch.nn.Sequential( net_c.backbone.layer4, net_c.backbone.global_avgpool, nn.Flatten(), net_c.classifier ) self.S = torch.nn.Sequential( net_s.backbone.layer4, net_s.backbone.global_avgpool, nn.Flatten(), net_s.classifier ) elif self.style_stage == 5: self.F = torch.nn.Sequential( net_c.backbone.conv1, net_c.backbone.bn1, net_c.backbone.relu, net_c.backbone.maxpool, net_c.backbone.layer1, net_c.backbone.layer2, net_c.backbone.layer3, net_c.backbone.layer4, net_c.backbone.global_avgpool, nn.Flatten(), ) self.C = net_c.classifier self.S = net_s.classifier print('Building F') self.F.to(self.device) print('# params: {:,}'.format(count_num_param(self.F))) self.optim_F = build_optimizer(self.F, cfg.OPTIM) self.sched_F = build_lr_scheduler(self.optim_F, cfg.OPTIM) self.register_model('F', self.F, self.optim_F, self.sched_F) print('Building C') self.C.to(self.device) print('# params: {:,}'.format(count_num_param(self.C))) self.optim_C = build_optimizer(self.C, cfg.OPTIM) self.sched_C = build_lr_scheduler(self.optim_C, cfg.OPTIM) self.register_model('C', self.C, self.optim_C, self.sched_C) print('Building S') self.S.to(self.device) print('# params: {:,}'.format(count_num_param(self.S))) self.optim_S = build_optimizer(self.S, cfg.OPTIM) self.sched_S = build_lr_scheduler(self.optim_S, cfg.OPTIM) self.register_model('S', self.S, self.optim_S, self.sched_S) def forward_backward(self, batch): input, label = self.parse_batch_train(batch) # learn content if self.use_amp: with autocast(): output_c = self._forward_c(input) loss_c = F.cross_entropy(output_c, label) else: output_c = self._forward_c(input) loss_c = F.cross_entropy(output_c, label) self.model_backward_and_update(loss_c, names=['F', 'C']) # learn style if self.use_amp: with autocast(): output_s = self._forward_s(input) loss_s = F.cross_entropy(output_s, label) else: output_s = self._forward_s(input) loss_s = F.cross_entropy(output_s, label) self.model_backward_and_update(loss_s, names=['S']) # learn adversary if self.use_amp: with autocast(): output_s = self._forward_s(input) loss_adv = -F.log_softmax(output_s, dim=1).mean(1).mean() loss_adv = loss_adv * self.weight_adv else: output_s = self._forward_s(input) loss_adv = -F.log_softmax(output_s, dim=1).mean(1).mean() loss_adv = loss_adv * self.weight_adv self.model_backward_and_update(loss_adv, names=['F']) loss_summary = { 'loss_c': loss_c.item(), 'loss_s': loss_s.item(), 'loss_adv': loss_adv.item(), 'acc': compute_accuracy(output_c, label)[0].item() } if (self.batch_idx + 1) == self.num_batches: self.update_lr() return loss_summary def parse_batch_train(self, batch): input = batch['img'] label = batch['label'] input = input.to(self.device) label = label.to(self.device) return input, label def _randomize(self, x, what="style", eps=1e-5): sizes = x.size() alpha = torch.rand(sizes[0], 1).to(self.device) if len(sizes) == 4: x = x.view(sizes[0], sizes[1], -1) alpha = alpha.unsqueeze(-1) mean = x.mean(-1, keepdim=True) var = x.var(-1, keepdim=True) x = (x-mean) / (var + eps).sqrt() idx_swap = torch.randperm(sizes[0]) if what == "style": mean = alpha*mean + (1-alpha) * mean[idx_swap] var = alpha*var + (1-alpha) * var[idx_swap] else: x = x[idx_swap].detach() x = x * (var + eps).sqrt() + mean return x.view(*sizes) def _forward_c(self, x): # learning content network on randomized style return self.C(self._randomize(self.F(x), "style")) def _forward_s(self, x): # learning style network on randomized content return self.S(self._randomize(self.F(x), "content")) def model_inference(self, input): feat = self.F(input) return self.C(feat)

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0.56907

1,623

12,415

4.126925

0.08626

0.030457

0.080621

0.038818

0.92132

0.898477

0.872499

0.859361

0

0.010173

0.311156

12,415

350

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35.471429

0.773036

0.024728

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0.819788

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false

0

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null

0

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null

0

7

941009393ea3a0c6bf44851fbf201e00f6079571

7,882

py

Python

tests/test_Training.py

wenhao-gao/SynNet

3a452af123f87c266e3d4dbc7e1bda85886e3c30

[ "MIT" ]

14

2021-10-18T06:56:49.000Z

2022-03-01T01:32:10.000Z

tests/test_Training.py

wenhao-gao/SynNet

3a452af123f87c266e3d4dbc7e1bda85886e3c30

[ "MIT" ]

3

2021-10-19T20:58:09.000Z

2022-02-07T18:02:04.000Z

tests/test_Training.py

wenhao-gao/SynNet

3a452af123f87c266e3d4dbc7e1bda85886e3c30

[ "MIT" ]

4

2021-10-20T03:02:59.000Z

2022-01-25T22:12:47.000Z

""" Unit tests for model training. """ import unittest import shutil import torch import pytorch_lightning as pl from pytorch_lightning import loggers as pl_loggers from syn_net.models.mlp import MLP, load_array from syn_net.utils.predict_utils import one_hot_encoder from scipy import sparse class TestTraining(unittest.TestCase): """ Tests for model training: (1) action network, (2) reactant 1 network, (3) reaction network, (4) reactant 2 network. """ def test_action_network(self): """ Tests the Action Network. """ embedding = 'fp' radius = 2 nbits = 4096 batch_size = 10 epochs = 2 ncpu = 2 validation_option = 'accuracy' ref_dir = f'./data/ref/' X = sparse.load_npz(ref_dir + 'X_act_train.npz') y = sparse.load_npz(ref_dir + 'y_act_train.npz') X = torch.Tensor(X.A) y = torch.LongTensor(y.A.reshape(-1, )) train_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=True) # use the train data for validation too (just for the unit tests) valid_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=False) pl.seed_everything(0) mlp = MLP(input_dim=int(3 * nbits), output_dim=4, hidden_dim=100, num_layers=3, dropout=0.5, num_dropout_layers=1, task='classification', loss='cross_entropy', valid_loss=validation_option, optimizer='adam', learning_rate=1e-4, val_freq=10, ncpu=ncpu) tb_logger = pl_loggers.TensorBoardLogger(f'act_{embedding}_{radius}_{nbits}_logs/') trainer = pl.Trainer(max_epochs=epochs, progress_bar_refresh_rate=20, logger=tb_logger) trainer.fit(mlp, train_data_iter, valid_data_iter) train_loss = float(trainer.callback_metrics["train_loss"]) train_loss_ref = 1.4203987121582031 shutil.rmtree(f'act_{embedding}_{radius}_{nbits}_logs/') self.assertEqual(train_loss, train_loss_ref) def test_reactant1_network(self): """ Tests the Reactant 1 Network. """ embedding = 'fp' radius = 2 nbits = 4096 out_dim = 300 batch_size = 10 epochs = 2 ncpu = 2 validation_option = 'nn_accuracy' ref_dir = f'./data/ref/' # load the reaction data X = sparse.load_npz(ref_dir + 'X_rt1_train.npz') X = torch.Tensor(X.A) y = sparse.load_npz(ref_dir + 'y_rt1_train.npz') y = torch.Tensor(y.A) train_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=True) # use the train data for validation too (just for the unit tests) valid_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=False) pl.seed_everything(0) mlp = MLP(input_dim=int(3 * nbits), output_dim=out_dim, hidden_dim=100, num_layers=3, dropout=0.5, num_dropout_layers=1, task='regression', loss='mse', valid_loss=validation_option, optimizer='adam', learning_rate=1e-4, val_freq=10, ncpu=ncpu) tb_logger = pl_loggers.TensorBoardLogger(f'rt1_{embedding}_{radius}_{nbits}_logs/') trainer = pl.Trainer(max_epochs=epochs, progress_bar_refresh_rate=20, logger=tb_logger) trainer.fit(mlp, train_data_iter, valid_data_iter) train_loss = float(trainer.callback_metrics["train_loss"]) train_loss_ref = 0.35571354627609253 shutil.rmtree(f'rt1_{embedding}_{radius}_{nbits}_logs/') self.assertEqual(train_loss, train_loss_ref) def test_reaction_network(self): """ Tests the Reaction Network. """ embedding = 'fp' radius = 2 nbits = 4096 batch_size = 10 epochs = 2 ncpu = 2 n_templates = 3 # num templates in 'data/rxn_set_hb_test.txt' validation_option = 'accuracy' ref_dir = f'./data/ref/' X = sparse.load_npz(ref_dir + 'X_rxn_train.npz') y = sparse.load_npz(ref_dir + 'y_rxn_train.npz') X = torch.Tensor(X.A) y = torch.LongTensor(y.A.reshape(-1, )) train_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=True) # use the train data for validation too (just for the unit tests) valid_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=False) pl.seed_everything(0) mlp = MLP(input_dim=int(4 * nbits), output_dim=n_templates, hidden_dim=100, num_layers=5, dropout=0.5, num_dropout_layers=1, task='classification', loss='cross_entropy', valid_loss=validation_option, optimizer='adam', learning_rate=1e-4, val_freq=10, ncpu=ncpu) tb_logger = pl_loggers.TensorBoardLogger(f'rxn_{embedding}_{radius}_{nbits}_logs/') trainer = pl.Trainer(max_epochs=epochs, progress_bar_refresh_rate=20, logger=tb_logger) trainer.fit(mlp, train_data_iter, valid_data_iter) train_loss = float(trainer.callback_metrics["train_loss"]) train_loss_ref = 1.1214743852615356 shutil.rmtree(f'rxn_{embedding}_{radius}_{nbits}_logs/') self.assertEqual(train_loss, train_loss_ref) def test_reactant2_network(self): """ Tests the Reactant 2 Network. """ embedding = 'fp' radius = 2 nbits = 4096 out_dim = 300 batch_size = 10 epochs = 2 ncpu = 2 n_templates = 3 # num templates in 'data/rxn_set_hb_test.txt' validation_option = 'nn_accuracy' ref_dir = f'./data/ref/' X = sparse.load_npz(ref_dir + 'X_rt2_train.npz') y = sparse.load_npz(ref_dir + 'y_rt2_train.npz') X = torch.Tensor(X.A) y = torch.Tensor(y.A) train_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=True) # use the train data for validation too (just for the unit tests) valid_data_iter = load_array((X, y), batch_size, ncpu=ncpu, is_train=False) pl.seed_everything(0) mlp = MLP(input_dim=int(4 * nbits + n_templates), output_dim=out_dim, hidden_dim=100, num_layers=3, dropout=0.5, num_dropout_layers=1, task='regression', loss='mse', valid_loss=validation_option, optimizer='adam', learning_rate=1e-4, val_freq=10, ncpu=ncpu) tb_logger = pl_loggers.TensorBoardLogger(f'rt2_{embedding}_{radius}_{nbits}_logs/') trainer = pl.Trainer(max_epochs=epochs, progress_bar_refresh_rate=20, logger=tb_logger) trainer.fit(mlp, train_data_iter, valid_data_iter) train_loss = float(trainer.callback_metrics["train_loss"]) train_loss_ref = 0.41246509552001953 shutil.rmtree(f'rt2_{embedding}_{radius}_{nbits}_logs/') self.assertEqual(train_loss, train_loss_ref)

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9457c56e0cb10215eb998784dacf6e93c3bf1436

166

py

Python

autotesting/benchmarks_ground_truth/densenet_trans_block.py

ualberta-smr/SOAR

325a6ed2518088b9800299c81271db51b645816a

[ "BSD-3-Clause-Clear" ]

8

2021-01-13T14:59:18.000Z

2021-06-29T17:01:37.000Z

autotesting/benchmarks_ground_truth/densenet_trans_block.py

squaresLab/SOAR

72a35a4014d3e74548aab7d2a5cf1bdfaab149c1

[ "BSD-3-Clause-Clear" ]

null

autotesting/benchmarks_ground_truth/densenet_trans_block.py

squaresLab/SOAR

72a35a4014d3e74548aab7d2a5cf1bdfaab149c1

[ "BSD-3-Clause-Clear" ]

2

2021-01-16T00:09:54.000Z

2021-08-05T01:14:40.000Z

{'tf.keras.layers.Activation': ('torch.nn.ReLU', 8), 'tf.keras.layers.AveragePooling2D': ('torch.nn.AvgPool2d', 8), 'tf.keras.layers.Conv2D': ('torch.nn.Conv2d', 1)}

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84bd8351772b6001d576f4ee6126f6d5190e5541

86

py

Python

week3/exercises/apply-to-each2.py

Nburkhal/mit-cs250

a3d32a217deb2cfa1b94d8188bef73c0742b1245

[ "MIT" ]

null

week3/exercises/apply-to-each2.py

Nburkhal/mit-cs250

a3d32a217deb2cfa1b94d8188bef73c0742b1245

[ "MIT" ]

null

week3/exercises/apply-to-each2.py

Nburkhal/mit-cs250

a3d32a217deb2cfa1b94d8188bef73c0742b1245

[ "MIT" ]

null

# Your Code Here def add_one(a): return a + 1 applyToEach(testList, add_one)

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84bdd189aad1e8c9d2d744018f69736dc3602b0a

86

py

Python

verifai/simulators/__init__.py

jst-qaml/VerifAI

d91bc1289d720c055a36fa0e1ad9f68b986ca1a4

[ "BSD-3-Clause" ]

null

verifai/simulators/__init__.py

jst-qaml/VerifAI

d91bc1289d720c055a36fa0e1ad9f68b986ca1a4

[ "BSD-3-Clause" ]

null

verifai/simulators/__init__.py

jst-qaml/VerifAI

d91bc1289d720c055a36fa0e1ad9f68b986ca1a4

[ "BSD-3-Clause" ]

null

from verifai.simulators.openai_gym import * from verifai.simulators.webots import *

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170397b867455470d5becd78ab9423a0fb7d78da

165

py

Python

protocols/vitrimers/generate/lib/convert/__init__.py

debeshmandal/brownian

bc5b2e00a04d11319c85e749f9c056b75b450ff7

[ "MIT" ]

3

2020-05-13T01:07:30.000Z

2021-02-12T13:37:23.000Z

protocols/vitrimers/generate/lib/convert/__init__.py

debeshmandal/brownian

bc5b2e00a04d11319c85e749f9c056b75b450ff7

[ "MIT" ]

24

2020-06-04T13:48:57.000Z

2021-12-31T18:46:52.000Z

protocols/vitrimers/generate/lib/convert/__init__.py

debeshmandal/brownian

bc5b2e00a04d11319c85e749f9c056b75b450ff7

[ "MIT" ]

1

2020-07-23T17:15:23.000Z

from ._convert import read_oxDNA_bonds as read from ._bild import write as write_bild from ._lammps import write as write_lammps from ._xyz import write as write_xyz

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8

ca192819afd62802272145754eeb9793951283df

12,830

py

Python

admin/tests/thread.py

RichardHirtle/c4all

a09c4b098cf1a58ed5e3ab6116a749a17ec035e0

[ "MIT" ]

4

2016-09-03T12:43:13.000Z

2020-04-22T14:49:28.000Z

admin/tests/thread.py

RichardHirtle/c4all

a09c4b098cf1a58ed5e3ab6116a749a17ec035e0

[ "MIT" ]

1

2019-09-25T12:49:01.000Z

2020-08-04T11:33:09.000Z

admin/tests/thread.py

RichardHirtle/c4all

a09c4b098cf1a58ed5e3ab6116a749a17ec035e0

[ "MIT" ]

3

2015-03-17T13:38:42.000Z

2016-05-06T15:06:31.000Z

from django.test import TestCase from django.test import Client from django.contrib.auth import get_user_model from django.core.urlresolvers import reverse from django.utils.timezone import now from comments.models import (Site, Thread, Comment) from datetime import timedelta, date User = get_user_model() class AdminThreadTestCases(TestCase): def setUp(self): self.admin = User.objects.create_superuser( "donald@duck.com", "password" ) self.client = Client() self.site = Site.objects.create() def test_get_threads_succeeds(self): self.client.login(email="donald@duck.com", password="password") Thread.objects.create(site=self.site, url='test_url') resp = self.client.get(reverse("c4all_admin:get_threads", args=[self.site.id, ])) self.assertEqual(resp.status_code, 200) def test_get_threads_filter_1_day_success(self): time_period = 1 t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create( site=self.site, url='test_url_2', ) t2.created = now() - timedelta(days=time_period) t2.save() self.client.login(email="donald@duck.com", password="password") resp = self.client.post( reverse("c4all_admin:get_threads", args=[self.site.id, ]), {'interval': 'today'} ) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) self.assertTrue(t2 not in threads) def test_get_threads_filter_1_day_borderline_case(self): t1 = Thread.objects.create(site=self.site, url='test_url') t1.created = date.today() t1.save() self.client.login(email="donald@duck.com", password="password") resp = self.client.post( reverse("c4all_admin:get_threads", args=[self.site.id, ]), {'interval': 'today'} ) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) def test_get_threads_filter_1_week_success(self): time_period = 7 t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create( site=self.site, url='test_url_2', ) t2.created = now() - timedelta(days=time_period) t2.save() self.client.login(email="donald@duck.com", password="password") resp = self.client.post( reverse("c4all_admin:get_threads", args=[self.site.id, ]), {'interval': 'this_week'} ) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) self.assertTrue(t2 not in threads) def test_get_threads_filter_1_week_borderline_case(self): t1 = Thread.objects.create(site=self.site, url='test_url') t1.created = date.today() - timedelta(date.today().weekday()) t1.save() self.client.login(email="donald@duck.com", password="password") resp = self.client.post( reverse("c4all_admin:get_threads", args=[self.site.id, ]), {'interval': 'this_week'} ) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) def test_get_threads_filter_1_month_success(self): time_period = now().day t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create( site=self.site, url='test_url_2', ) t2.created = now() - timedelta(days=time_period) t2.save() self.client.login(email="donald@duck.com", password="password") resp = self.client.post( reverse("c4all_admin:get_threads", args=[self.site.id, ]), {'interval': 'this_month'} ) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) self.assertTrue(t2 not in threads) def test_get_threads_filter_1_month_borderline(self): t1 = Thread.objects.create(site=self.site, url='test_url') t1.created = date.today() - timedelta(date.today().day - 1) t1.save() self.client.login(email="donald@duck.com", password="password") resp = self.client.post( reverse("c4all_admin:get_threads", args=[self.site.id, ]), {'interval': 'this_month'} ) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) def test_get_threads_filter_all_time_success(self): time_period = 100 t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create( site=self.site, url='test_url_2', ) t2.created = now() - timedelta(weeks=time_period) t2.save() self.client.login(email="donald@duck.com", password="password") resp = self.client.post( reverse("c4all_admin:get_threads", args=[self.site.id, ]), {'interval': 'all_dates'} ) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) self.assertTrue(t2 in threads) def test_get_threads_returns_all_threads_if_period_not_provided_post(self): t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site, url='test_url_2') self.client.login(email="donald@duck.com", password="password") resp = self.client.post(reverse("c4all_admin:get_threads", args=[self.site.id, ])) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) self.assertTrue(t2 in threads) def test_get_threads_returns_all_threads_if_period_not_provided_get(self): t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site, url='test_url_2') self.client.login(email="donald@duck.com", password="password") resp = self.client.get(reverse("c4all_admin:get_threads", args=[self.site.id, ])) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) self.assertTrue(t2 in threads) def test_get_threads_site_doesnt_exist_returns_404(self): self.client.login(email="donald@duck.com", password="password") Thread.objects.create(site=self.site, url='test_url') resp = self.client.get(reverse("c4all_admin:get_threads", args=[9999, ])) self.assertEqual(resp.status_code, 404) def test_get_threads_returns_all_threads_if_no_id_token(self): self.client.login(email="donald@duck.com", password="password") t = Thread.objects.create(site=self.site, url='test_url') resp = self.client.get(reverse("c4all_admin:get_threads")) threads = resp.context['threads'].object_list self.assertEqual(resp.status_code, 200) self.assertTrue(t in threads) def test_get_threads_returns_all_threads_by_latest_comment(self): self.client.login(email="donald@duck.com", password="password") t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site, url='test_url_2') Comment.objects.create(thread=t2, user=self.admin) resp = self.client.get(reverse("c4all_admin:get_threads")) threads = resp.context['threads'].object_list self.assertEqual(resp.status_code, 200) threads = resp.context['threads'].object_list self.assertEqual(len(threads), 2) self.assertEqual(threads[0].id, t2.id) self.assertEqual(threads[1].id, t1.id) def test_get_threads_returns_all_threads_by_thread_date(self): self.client.login(email="donald@duck.com", password="password") t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site, url='test_url_2') Comment.objects.create(thread=t1, user=self.admin) resp = self.client.get(reverse("c4all_admin:get_threads"), data={"sort_by": "thread_date"} ) threads = resp.context['threads'].object_list self.assertEqual(resp.status_code, 200) threads = resp.context['threads'].object_list self.assertEqual(len(threads), 2) self.assertEqual(threads[0].id, t2.id) self.assertEqual(threads[1].id, t1.id) def test_get_threads_returns_threads_from_site_with_lowest_id_if_site_id_not_provided(self): self.site_2 = Site.objects.create() t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site_2, url='test_url_2') self.client.login(email="donald@duck.com", password="password") resp = self.client.get(reverse("c4all_admin:get_threads")) threads = resp.context['threads'].object_list self.assertTrue(t1 in threads) self.assertTrue(t2 not in threads) def test_get_filtered_threads_admins_can_access(self): self.site_2 = Site.objects.create() t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site_2, url='test_url_2') self.client.login(email="donald@duck.com", password="password") self.admin.is_superuser = False self.admin.save() self.assertFalse(self.admin.get_threads()) self.site.admins.add(self.admin) num_of_threads = self.admin.get_threads().count() self.assertEqual(num_of_threads, 1) self.assertEqual( self.admin.get_threads()[num_of_threads - 1].id, t1.id) self.site_2.admins.add(self.admin) self.site.admins.add(self.admin) num_of_threads = self.admin.get_threads().count() self.assertEqual(num_of_threads, 2) self.assertEqual( self.admin.get_threads()[num_of_threads - 2].id, t1.id) self.assertEqual( self.admin.get_threads()[num_of_threads - 1].id, t2.id) def test_superuser_can_get_all_threads(self): self.site_2 = Site.objects.create() t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site_2, url='test_url_2') self.client.login(email="donald@duck.com", password="password") self.site_2.admins.add(self.admin) self.site.admins.add(self.admin) num_of_threads = self.admin.get_threads().count() self.assertEqual(num_of_threads, 2) self.assertEqual( self.admin.get_threads()[num_of_threads - 2].id, t1.id) self.assertEqual( self.admin.get_threads()[num_of_threads - 1].id, t2.id) def test_get_filtered_comments_admins_can_access(self): self.site_2 = Site.objects.create() t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site_2, url='test_url_2') c1 = Comment.objects.create(thread=t1, hidden=True) c2 = Comment.objects.create(thread=t2, hidden=True) c3 = Comment.objects.create(thread=t2, hidden=True) self.client.login(email="donald@duck.com", password="password") self.admin.is_superuser = False self.admin.save() self.assertFalse(self.admin.get_comments()) self.site.admins.add(self.admin) num_of_comments = self.admin.get_comments().count() self.assertEqual(num_of_comments, 1) self.assertEqual( self.admin.get_comments()[num_of_comments - 1].id, c1.id) self.site_2.admins.add(self.admin) num_of_comments = self.admin.get_comments().count() self.assertEqual(num_of_comments, 3) self.assertEqual( self.admin.get_comments()[num_of_comments - 3].id, c1.id) self.assertEqual( self.admin.get_comments()[num_of_comments - 2].id, c2.id) self.assertEqual( self.admin.get_comments()[num_of_comments - 1].id, c3.id) def test_superuser_can_get_all_comments(self): self.site_2 = Site.objects.create() t1 = Thread.objects.create(site=self.site, url='test_url') t2 = Thread.objects.create(site=self.site_2, url='test_url_2') c1 = Comment.objects.create(thread=t1, hidden=True) c2 = Comment.objects.create(thread=t2, hidden=True) c3 = Comment.objects.create(thread=t2, hidden=True) num_of_comments = self.admin.get_comments().count() self.assertEqual(num_of_comments, 3) self.assertEqual( self.admin.get_comments()[num_of_comments - 3].id, c1.id) self.assertEqual( self.admin.get_comments()[num_of_comments - 2].id, c2.id) self.assertEqual( self.admin.get_comments()[num_of_comments - 1].id, c3.id)

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1

0

8

ca3a464877973a133a4c3bd4be2bdfbadf8b925b

12,818

py

Python

tests/api/v3_0_0/test_tacacs_command_sets.py

CiscoISE/ciscoisesdk

860b0fc7cc15d0c2a39c64608195a7ab3d5f4885

[ "MIT" ]

36

2021-05-18T16:24:19.000Z

2022-03-05T13:44:41.000Z

tests/api/v3_0_0/test_tacacs_command_sets.py

CiscoISE/ciscoisesdk

860b0fc7cc15d0c2a39c64608195a7ab3d5f4885

[ "MIT" ]

15

2021-06-08T19:03:37.000Z

2022-02-25T14:47:33.000Z

tests/api/v3_0_0/test_tacacs_command_sets.py

CiscoISE/ciscoisesdk

860b0fc7cc15d0c2a39c64608195a7ab3d5f4885

[ "MIT" ]

6

2021-06-10T09:32:01.000Z

2022-01-12T08:34:39.000Z

# -*- coding: utf-8 -*- """IdentityServicesEngineAPI tacacs_command_sets API fixtures and tests. Copyright (c) 2021 Cisco and/or its affiliates. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. """ import pytest from fastjsonschema.exceptions import JsonSchemaException from ciscoisesdk.exceptions import MalformedRequest from ciscoisesdk.exceptions import ciscoisesdkException from tests.environment import IDENTITY_SERVICES_ENGINE_VERSION pytestmark = pytest.mark.skipif(IDENTITY_SERVICES_ENGINE_VERSION != '3.0.0', reason='version does not match') def is_valid_get_tacacs_command_sets_by_name(json_schema_validate, obj): if not obj: return False assert hasattr(obj, 'headers') assert hasattr(obj, 'content') assert hasattr(obj, 'text') assert hasattr(obj, 'response') json_schema_validate('jsd_34f8ba0e97135ca6bacff94d5a76df97_v3_0_0').validate(obj.response) return True def get_tacacs_command_sets_by_name(api): endpoint_result = api.tacacs_command_sets.get_tacacs_command_sets_by_name( name='string' ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_tacacs_command_sets_by_name(api, validator): try: assert is_valid_get_tacacs_command_sets_by_name( validator, get_tacacs_command_sets_by_name(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest)): print("ERROR: {error}".format(error=original_e)) raise original_e def get_tacacs_command_sets_by_name_default(api): endpoint_result = api.tacacs_command_sets.get_tacacs_command_sets_by_name( name='string' ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_tacacs_command_sets_by_name_default(api, validator): try: assert is_valid_get_tacacs_command_sets_by_name( validator, get_tacacs_command_sets_by_name_default(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest, TypeError)): raise original_e def is_valid_get_tacacs_command_sets_by_id(json_schema_validate, obj): if not obj: return False assert hasattr(obj, 'headers') assert hasattr(obj, 'content') assert hasattr(obj, 'text') assert hasattr(obj, 'response') json_schema_validate('jsd_2caefe2cb042513ab4a4a76f227330cb_v3_0_0').validate(obj.response) return True def get_tacacs_command_sets_by_id(api): endpoint_result = api.tacacs_command_sets.get_tacacs_command_sets_by_id( id='string' ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_tacacs_command_sets_by_id(api, validator): try: assert is_valid_get_tacacs_command_sets_by_id( validator, get_tacacs_command_sets_by_id(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest)): print("ERROR: {error}".format(error=original_e)) raise original_e def get_tacacs_command_sets_by_id_default(api): endpoint_result = api.tacacs_command_sets.get_tacacs_command_sets_by_id( id='string' ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_tacacs_command_sets_by_id_default(api, validator): try: assert is_valid_get_tacacs_command_sets_by_id( validator, get_tacacs_command_sets_by_id_default(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest, TypeError)): raise original_e def is_valid_update_tacacs_command_sets_by_id(json_schema_validate, obj): if not obj: return False assert hasattr(obj, 'headers') assert hasattr(obj, 'content') assert hasattr(obj, 'text') assert hasattr(obj, 'response') json_schema_validate('jsd_20eb6323be425816a4116eea48f16f4b_v3_0_0').validate(obj.response) return True def update_tacacs_command_sets_by_id(api): endpoint_result = api.tacacs_command_sets.update_tacacs_command_sets_by_id( active_validation=False, commands={'commandList': [{'grant': 'string', 'command': 'string', 'arguments': 'string'}]}, description='string', id='string', name='string', payload=None, permit_unmatched=True ) return endpoint_result @pytest.mark.tacacs_command_sets def test_update_tacacs_command_sets_by_id(api, validator): try: assert is_valid_update_tacacs_command_sets_by_id( validator, update_tacacs_command_sets_by_id(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest)): print("ERROR: {error}".format(error=original_e)) raise original_e def update_tacacs_command_sets_by_id_default(api): endpoint_result = api.tacacs_command_sets.update_tacacs_command_sets_by_id( active_validation=False, id='string', commands=None, description=None, name=None, payload=None, permit_unmatched=None ) return endpoint_result @pytest.mark.tacacs_command_sets def test_update_tacacs_command_sets_by_id_default(api, validator): try: assert is_valid_update_tacacs_command_sets_by_id( validator, update_tacacs_command_sets_by_id_default(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest, TypeError)): raise original_e def is_valid_delete_tacacs_command_sets_by_id(json_schema_validate, obj): if not obj: return False assert hasattr(obj, 'headers') assert hasattr(obj, 'content') assert hasattr(obj, 'text') assert hasattr(obj, 'response') json_schema_validate('jsd_4a319a83b14252eba0f00bb4c4ab0d7c_v3_0_0').validate(obj.response) return True def delete_tacacs_command_sets_by_id(api): endpoint_result = api.tacacs_command_sets.delete_tacacs_command_sets_by_id( id='string' ) return endpoint_result @pytest.mark.tacacs_command_sets def test_delete_tacacs_command_sets_by_id(api, validator): try: assert is_valid_delete_tacacs_command_sets_by_id( validator, delete_tacacs_command_sets_by_id(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest)): print("ERROR: {error}".format(error=original_e)) raise original_e def delete_tacacs_command_sets_by_id_default(api): endpoint_result = api.tacacs_command_sets.delete_tacacs_command_sets_by_id( id='string' ) return endpoint_result @pytest.mark.tacacs_command_sets def test_delete_tacacs_command_sets_by_id_default(api, validator): try: assert is_valid_delete_tacacs_command_sets_by_id( validator, delete_tacacs_command_sets_by_id_default(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest, TypeError)): raise original_e def is_valid_get_tacacs_command_sets(json_schema_validate, obj): if not obj: return False assert hasattr(obj, 'headers') assert hasattr(obj, 'content') assert hasattr(obj, 'text') assert hasattr(obj, 'response') json_schema_validate('jsd_c9a67d3e9015580f93a52627f19e9916_v3_0_0').validate(obj.response) return True def get_tacacs_command_sets(api): endpoint_result = api.tacacs_command_sets.get_tacacs_command_sets( page=0, size=0 ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_tacacs_command_sets(api, validator): try: assert is_valid_get_tacacs_command_sets( validator, get_tacacs_command_sets(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest)): print("ERROR: {error}".format(error=original_e)) raise original_e def get_tacacs_command_sets_default(api): endpoint_result = api.tacacs_command_sets.get_tacacs_command_sets( page=None, size=None ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_tacacs_command_sets_default(api, validator): try: assert is_valid_get_tacacs_command_sets( validator, get_tacacs_command_sets_default(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest, TypeError)): raise original_e def is_valid_create_tacacs_command_sets(json_schema_validate, obj): if not obj: return False assert hasattr(obj, 'headers') assert hasattr(obj, 'content') assert hasattr(obj, 'text') assert hasattr(obj, 'response') json_schema_validate('jsd_d9cc879878ee5a34ac1c32f2f0cb8c6d_v3_0_0').validate(obj.response) return True def create_tacacs_command_sets(api): endpoint_result = api.tacacs_command_sets.create_tacacs_command_sets( active_validation=False, commands={'commandList': [{'grant': 'string', 'command': 'string', 'arguments': 'string'}]}, description='string', name='string', payload=None, permit_unmatched=True ) return endpoint_result @pytest.mark.tacacs_command_sets def test_create_tacacs_command_sets(api, validator): try: assert is_valid_create_tacacs_command_sets( validator, create_tacacs_command_sets(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest)): print("ERROR: {error}".format(error=original_e)) raise original_e def create_tacacs_command_sets_default(api): endpoint_result = api.tacacs_command_sets.create_tacacs_command_sets( active_validation=False, commands=None, description=None, name=None, payload=None, permit_unmatched=None ) return endpoint_result @pytest.mark.tacacs_command_sets def test_create_tacacs_command_sets_default(api, validator): try: assert is_valid_create_tacacs_command_sets( validator, create_tacacs_command_sets_default(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest, TypeError)): raise original_e def is_valid_get_version(json_schema_validate, obj): if not obj: return False assert hasattr(obj, 'headers') assert hasattr(obj, 'content') assert hasattr(obj, 'text') assert hasattr(obj, 'response') json_schema_validate('jsd_5865f0adb7f554eb810687bd8699149a_v3_0_0').validate(obj.response) return True def get_version(api): endpoint_result = api.tacacs_command_sets.get_version( ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_version(api, validator): try: assert is_valid_get_version( validator, get_version(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest)): print("ERROR: {error}".format(error=original_e)) raise original_e def get_version_default(api): endpoint_result = api.tacacs_command_sets.get_version( ) return endpoint_result @pytest.mark.tacacs_command_sets def test_get_version_default(api, validator): try: assert is_valid_get_version( validator, get_version_default(api) ) except Exception as original_e: with pytest.raises((JsonSchemaException, MalformedRequest, TypeError)): raise original_e

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12,818

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null

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0

null

0

7

ca71470227680bcd71d16622452abcfd4a15b174

606

py

Python

backend/tutors/permissions.py

ProgrammingLanguageLeader/TutorsApp

f2d5968b5c29ce75f5f634d6076a6e66efc76801

[ "MIT" ]

3

2019-02-24T23:30:19.000Z

2019-03-27T20:06:53.000Z

backend/tutors/permissions.py

ProgrammingLanguageLeader/TutorsApp

f2d5968b5c29ce75f5f634d6076a6e66efc76801

[ "MIT" ]

1

2019-03-30T08:58:06.000Z

backend/tutors/permissions.py

ProgrammingLanguageLeader/TutorsApp

f2d5968b5c29ce75f5f634d6076a6e66efc76801

[ "MIT" ]

1

2019-03-01T20:10:19.000Z

from rest_framework.permissions import BasePermission class IsStudentOrIsTutor(BasePermission): def has_permission(self, request, view): return request.user and request.user.is_authenticated def has_object_permission(self, request, view, obj): return request.user.id == obj.tutor.id or \ request.user.id == obj.student.id class IsTutor(BasePermission): def has_permission(self, request, view): return request.user and request.user.is_authenticated def has_object_permission(self, request, view, obj): return request.user.id == obj.tutor.id

31.894737

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0.232558

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0

0.186469

606

18

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1

0

null

0

1

0

1

0

9

ca74a6f2376aa9e48dbfd118140625c3c6d1dffe

45

py

Python

sample-viewer-api/src/static/data/exploratory_scripts/archive/extra_ids/__init__.py

cvisb/cvisb_data

81ebf22782f2c44f8aa8ab9437cc4fb54248c3ed

[ "MIT" ]

2

2020-02-18T08:16:45.000Z

2021-04-11T18:58:02.000Z

sample-viewer-api/src/static/data/exploratory_scripts/archive/extra_ids/__init__.py

cvisb/cvisb_data

81ebf22782f2c44f8aa8ab9437cc4fb54248c3ed

[ "MIT" ]

47

2019-09-30T22:26:36.000Z

2021-11-17T00:34:38.000Z

sample-viewer-api/src/static/data/exploratory_scripts/archive/extra_ids/__init__.py

cvisb/cvisb_data

81ebf22782f2c44f8aa8ab9437cc4fb54248c3ed

[ "MIT" ]

1

2020-07-01T21:15:18.000Z

from .clean_extra_ids import clean_extra_ids

22.5

44

0.888889

8

45

4.5

0.625

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0.722222

0

0.088889

45

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null

0

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0

1

0

1

0

8

04969fb3603408a8c90f56ff54105316a5d3ca8c

13,997

py

Python

test_deque.py

OConnellErin/Deque

b923b33dbdaa6fcb45a17fbfb36370ac5f13341f

[ "FSFAP" ]

null

test_deque.py

OConnellErin/Deque

b923b33dbdaa6fcb45a17fbfb36370ac5f13341f

[ "FSFAP" ]

null

test_deque.py

OConnellErin/Deque

b923b33dbdaa6fcb45a17fbfb36370ac5f13341f

[ "FSFAP" ]

null

# DO NOT MODIFY THIS FILE # Run me via: python3 -m unittest test_deque import unittest import time from deque import Deque # Hint: Once test_has_doubly_linked_list_internal passes, uncomment this line. # from llist import dllist class TestDeque(unittest.TestCase): """ Initialization """ def test_instantiation(self): """ A Deque exists. """ try: Deque() except NameError: self.fail("Could not instantiate Deque.") """ Guiding enqueuing and dequeuing with internal storage """ def test_has_doubly_linked_list_internal(self): """ A deque has a data member, which is a dllist. """ from llist import dllist # Hint: pip3 install llist d = Deque() self.assertEqual(dllist, type(d.data)) # Hint: Once test_has_doubly_linked_list_internal passes, uncomment the import at # the top of this file. def test_enqueue_left_one_internal(self): """ Enqueueing a 'left' value adds it to the beginning of the internal dllist. """ d = Deque() d.enqueue_left('fee') self.assertEqual('fee', d.data.first.value) def test_enqueue_left_two_internal(self): """ Enqueueing two values to the left results in the first enqueued value being the second one in the list, and the second value being the first one in the list. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') self.assertEqual('fee', d.data.last.value) self.assertEqual('fi', d.data.first.value) def test_enqueue_left_three_internal(self): """ Enqueueing three values results in the first enqueued value being the last one in the list, and the third value being the first one in the list. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') d.enqueue_left('fo') self.assertEqual('fee', d.data.last.value) self.assertEqual('fo', d.data.first.value) def test_enqueue_right_one_internal(self): """ Enqueueing a 'right' value adds it to the beginning of the internal dllist. """ d = Deque() d.enqueue_right('fee') self.assertEqual('fee', d.data.first.value) def test_enqueue_right_two_internal(self): """ Enqueueing two values to the right results in the first enqueued value being the first one in the list, and the second value being the last one in the list. """ d = Deque() d.enqueue_right('fee') d.enqueue_right('fi') self.assertEqual('fee', d.data.first.value) self.assertEqual('fi', d.data.last.value) def test_enqueue_right_three_internal(self): """ Enqueueing three values results in the first enqueued value being the first one in the list, and the third value being the last one in the list. """ d = Deque() d.enqueue_right('fee') d.enqueue_right('fi') d.enqueue_right('fo') self.assertEqual('fee', d.data.first.value) self.assertEqual('fo', d.data.last.value) def test_dequeue_left_one(self): """ Dequeuing from the left of a single-element deque returns the single value. """ d = Deque() d.enqueue_left('fee') self.assertEqual('fee', d.dequeue_left()) d.enqueue_right('fee') self.assertEqual('fee', d.dequeue_left()) def test_dequeue_left_one_internal(self): """ Dequeuing from the left of a single-element deque removes it from the internal dllist. """ d = Deque() d.enqueue_left('fee') self.assertEqual(1, d.data.size) _ = d.dequeue_left() self.assertEqual(0, d.data.size) def test_dequeue_left_two(self): """ Dequeuing from the left of a two-element deque returns the last left-enqueued value. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') self.assertEqual('fi', d.dequeue_left()) def test_dequeue_left_two_internal(self): """ Dequeuing from the left of a two-element deque removes the last left-enqueued value from the dllist. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') _ = d.dequeue_left() self.assertEqual('fee', d.data.first.value) def test_dequeue_left_three(self): """ Dequeuing from the left of a three-element deque returns each enqueued value in FIFO order. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') d.enqueue_left('fo') self.assertEqual('fo', d.dequeue_left()) self.assertEqual('fi', d.dequeue_left()) self.assertEqual('fee', d.dequeue_left()) def test_dequeue_left_three_internal(self): """ Dequeuing from the left of a three-element deque removes each dequeued value from the internal dllist, in FIFO order. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') d.enqueue_left('fo') _ = d.dequeue_left() self.assertEqual('fi', d.data.first.value) _ = d.dequeue_left() self.assertEqual('fee', d.data.first.value) def test_dequeue_right_one(self): """ Dequeuing from the right of a single-element deque returns the single value. """ d = Deque() d.enqueue_right('fee') self.assertEqual('fee', d.dequeue_right()) d.enqueue_left('fee') self.assertEqual('fee', d.dequeue_right()) def test_dequeue_right_one_internal(self): """ Dequeuing from the right of a single-element deque removes it from the internal dllist. """ d = Deque() d.enqueue_right('fee') self.assertEqual(1, d.data.size) _ = d.dequeue_right() self.assertEqual(0, d.data.size) def test_dequeue_right_two(self): """ Dequeuing from the right of a two-element deque returns the last right-enqueued value. """ d = Deque() d.enqueue_right('fee') d.enqueue_right('fi') self.assertEqual('fi', d.dequeue_right()) def test_dequeue_right_two_internal(self): """ Dequeuing from the right of a two-element deque removes the last right-enqueued value from the dllist. """ d = Deque() d.enqueue_right('fee') d.enqueue_right('fi') _ = d.dequeue_right() self.assertEqual('fee', d.data.first.value) def test_dequeue_right_three(self): """ Dequeuing from the right of a three-element deque returns each enqueued value in LIFO order. """ d = Deque() d.enqueue_right('fee') d.enqueue_right('fi') d.enqueue_right('fo') self.assertEqual('fo', d.dequeue_right()) self.assertEqual('fi', d.dequeue_right()) self.assertEqual('fee', d.dequeue_right()) def test_dequeue_right_three_internal(self): """ Dequeuing from the right of a three-element deque removes each dequeued value from the internal dllist, in LIFO order. """ d = Deque() d.enqueue_right('fee') d.enqueue_right('fi') d.enqueue_right('fo') _ = d.dequeue_right() self.assertEqual('fee', d.data.first.value) _ = d.dequeue_right() self.assertEqual('fee', d.data.first.value) def test_enqueue_left_dequeue_right(self): """ Dequeuing from the right of a three-element deque returns each left-enqueued value in FIFO order. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') d.enqueue_left('fo') self.assertEqual('fee', d.dequeue_right()) self.assertEqual('fi', d.dequeue_right()) self.assertEqual('fo', d.dequeue_right()) def test_enqueue_left_dequeue_right(self): """ Dequeuing from the right of a three-element deque returns each left-enqueued value in FIFO order. """ d = Deque() d.enqueue_right('fee') d.enqueue_right('fi') d.enqueue_right('fo') self.assertEqual('fee', d.dequeue_left()) self.assertEqual('fi', d.dequeue_left()) self.assertEqual('fo', d.dequeue_left()) """ Emptiness """ def test_empty(self): """ A deque is initially empty. """ d = Deque() self.assertTrue(d.is_empty()) def test_not_empty_left(self): """ A deque with one left-enqueued value is not empty. """ d = Deque() d.enqueue_left('fee') self.assertFalse(d.is_empty()) def test_not_empty_right(self): """ A deque with one right-enqueued value is not empty. """ d = Deque() d.enqueue_right('fee') self.assertFalse(d.is_empty()) def test_empty_after_dequeue_left(self): """ A deque with one enqueued value is empty after left-dequeuing. """ d = Deque() d.enqueue_left('fee') _ = d.dequeue_left() self.assertTrue(d.is_empty()) def test_empty_after_dequeue_right(self): """ A deque with one enqueued value is empty after right-dequeuing. """ d = Deque() d.enqueue_left('fee') _ = d.dequeue_right() self.assertTrue(d.is_empty()) def test_not_empty_multiple_left(self): """ A deque with two enqueued values is not empty after dequeuing only one from the left. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') _ = d.dequeue_left() self.assertFalse(d.is_empty()) def test_not_empty_multiple_right(self): """ A deque with two enqueued values is not empty after dequeuing only one from the right. """ d = Deque() d.enqueue_left('fee') d.enqueue_left('fi') _ = d.dequeue_right() self.assertFalse(d.is_empty()) def test_initial_dequeue(self): """ Dequeuing from an empty deque raises ValueError. """ d = Deque() self.assertRaises(ValueError, d.dequeue_left) self.assertRaises(ValueError, d.dequeue_right) """ Algorithmic complexity """ def test_enqueue_left_vs_right_efficiency(self): """ Enqueing a value is always O(1). """ time_samples = [] for _ in range(0, 1000): d = Deque() start_time = time.time() d.enqueue_left('fake') end_time = time.time() time_samples.append(end_time - start_time) small_average_enqueue_time = sum(time_samples) / float(len(time_samples)) # Engueue Left large_deque = Deque() for _ in range(0, 1000000): large_deque.enqueue_left('fake') large_time_samples = [] for _ in range(0, 1000): start_time = time.time() large_deque.enqueue_left('fake') end_time = time.time() large_time_samples.append(end_time - start_time) large_average_enqueue_time = sum(large_time_samples) / float(len(large_time_samples)) self.assertAlmostEqual(small_average_enqueue_time, large_average_enqueue_time, delta=small_average_enqueue_time) # Enqueue Right large_deque = Deque() for _ in range(0, 1000000): large_deque.enqueue_right('fake') large_time_samples = [] for _ in range(0, 1000): start_time = time.time() large_deque.enqueue_right('fake') end_time = time.time() large_time_samples.append(end_time - start_time) large_average_enqueue_time = sum(large_time_samples) / float(len(large_time_samples)) self.assertAlmostEqual(small_average_enqueue_time, large_average_enqueue_time, delta=small_average_enqueue_time) def test_dequeue_left_vs_right_efficiency(self): """ Dequeuing a value is always O(1). """ time_samples = [] for _ in range(0, 1000): d = Deque() d.enqueue_left('fake') start_time = time.time() d.dequeue_left() end_time = time.time() time_samples.append(end_time - start_time) small_average_dequeue_time = sum(time_samples) / float(len(time_samples)) # Dequeue Left large_queue = Deque() for _ in range(0, 1000000): large_queue.enqueue_left('fake') large_time_samples = [] for _ in range(0, 1000): start_time = time.time() large_queue.dequeue_left() end_time = time.time() large_time_samples.append(end_time - start_time) large_average_dequeue_time = sum(large_time_samples) / float(len(large_time_samples)) self.assertAlmostEqual(small_average_dequeue_time, large_average_dequeue_time, delta=small_average_dequeue_time) # Dequeue Right large_queue = Deque() for _ in range(0, 1000000): large_queue.enqueue_left('fake') large_time_samples = [] for _ in range(0, 1000): start_time = time.time() large_queue.dequeue_right() end_time = time.time() large_time_samples.append(end_time - start_time) large_average_dequeue_time = sum(large_time_samples) / float(len(large_time_samples)) self.assertAlmostEqual(small_average_dequeue_time, large_average_dequeue_time, delta=small_average_dequeue_time) def fake_value(): return f"FAKE {time.time()}" if __name__ == '__main__': unittest.main()

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04c0b1d5895c80b1857a7517cb78e3bfced6506d

29,260

py

Python

accelbyte_py_sdk/api/leaderboard/wrappers/_leaderboard_data.py

AccelByte/accelbyte-python-sdk

dcd311fad111c59da828278975340fb92e0f26f7

[ "MIT" ]

null

accelbyte_py_sdk/api/leaderboard/wrappers/_leaderboard_data.py

AccelByte/accelbyte-python-sdk

dcd311fad111c59da828278975340fb92e0f26f7

[ "MIT" ]

1

2021-10-13T03:46:58.000Z

accelbyte_py_sdk/api/leaderboard/wrappers/_leaderboard_data.py

AccelByte/accelbyte-python-sdk

dcd311fad111c59da828278975340fb92e0f26f7

[ "MIT" ]

null

# Copyright (c) 2021 AccelByte Inc. All Rights Reserved. # This is licensed software from AccelByte Inc, for limitations # and restrictions contact your company contract manager. # # Code generated. DO NOT EDIT! # template file: justice_py_sdk_codegen/__main__.py # pylint: disable=duplicate-code # pylint: disable=line-too-long # pylint: disable=missing-function-docstring # pylint: disable=missing-function-docstring # pylint: disable=missing-module-docstring # pylint: disable=too-many-arguments # pylint: disable=too-many-branches # pylint: disable=too-many-instance-attributes # pylint: disable=too-many-lines # pylint: disable=too-many-locals # pylint: disable=too-many-public-methods # pylint: disable=too-many-return-statements # pylint: disable=too-many-statements # pylint: disable=unused-import from typing import Any, Dict, List, Optional, Tuple, Union from ....core import HeaderStr from ....core import get_namespace as get_services_namespace from ....core import run_request from ....core import run_request_async from ....core import same_doc_as from ..models import ModelsArchiveLeaderboardReq from ..models import ModelsArchiveLeaderboardSignedURLResponse from ..models import ModelsGetLeaderboardRankingResp from ..models import ModelsUpdateUserPointAdminV1Request from ..models import ModelsUpdateUserPointAdminV1Response from ..models import ModelsUserRankingResponse from ..models import ResponseErrorResponse from ..models import V2GetPublicLeaderboardRankingResponse from ..operations.leaderboard_data import AdminGetArchivedLeaderboardRankingDataV1Handler from ..operations.leaderboard_data import CreateArchivedLeaderboardRankingDataV1Handler from ..operations.leaderboard_data import DeleteUserRankingAdminV1 from ..operations.leaderboard_data import DeleteUserRankingPublicV1 from ..operations.leaderboard_data import DeleteUserRankingsAdminV1 from ..operations.leaderboard_data import GetAllTimeLeaderboardRankingAdminV1 from ..operations.leaderboard_data import GetAllTimeLeaderboardRankingPublicV1 from ..operations.leaderboard_data import GetAllTimeLeaderboardRankingPublicV2 from ..operations.leaderboard_data import GetArchivedLeaderboardRankingDataV1Handler from ..operations.leaderboard_data import GetCurrentMonthLeaderboardRankingAdminV1 from ..operations.leaderboard_data import GetCurrentMonthLeaderboardRankingPublicV1 from ..operations.leaderboard_data import GetCurrentSeasonLeaderboardRankingAdminV1 from ..operations.leaderboard_data import GetCurrentSeasonLeaderboardRankingPublicV1 from ..operations.leaderboard_data import GetCurrentWeekLeaderboardRankingAdminV1 from ..operations.leaderboard_data import GetCurrentWeekLeaderboardRankingPublicV1 from ..operations.leaderboard_data import GetTodayLeaderboardRankingAdminV1 from ..operations.leaderboard_data import GetTodayLeaderboardRankingPublicV1 from ..operations.leaderboard_data import GetUserRankingAdminV1 from ..operations.leaderboard_data import GetUserRankingPublicV1 from ..operations.leaderboard_data import UpdateUserPointAdminV1 @same_doc_as(AdminGetArchivedLeaderboardRankingDataV1Handler) def admin_get_archived_leaderboard_ranking_data_v1_handler(leaderboard_codes: str, slug: Optional[str] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = AdminGetArchivedLeaderboardRankingDataV1Handler.create( leaderboard_codes=leaderboard_codes, slug=slug, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(AdminGetArchivedLeaderboardRankingDataV1Handler) async def admin_get_archived_leaderboard_ranking_data_v1_handler_async(leaderboard_codes: str, slug: Optional[str] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = AdminGetArchivedLeaderboardRankingDataV1Handler.create( leaderboard_codes=leaderboard_codes, slug=slug, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(CreateArchivedLeaderboardRankingDataV1Handler) def create_archived_leaderboard_ranking_data_v1_handler(body: ModelsArchiveLeaderboardReq, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = CreateArchivedLeaderboardRankingDataV1Handler.create( body=body, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(CreateArchivedLeaderboardRankingDataV1Handler) async def create_archived_leaderboard_ranking_data_v1_handler_async(body: ModelsArchiveLeaderboardReq, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = CreateArchivedLeaderboardRankingDataV1Handler.create( body=body, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(DeleteUserRankingAdminV1) def delete_user_ranking_admin_v1(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = DeleteUserRankingAdminV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(DeleteUserRankingAdminV1) async def delete_user_ranking_admin_v1_async(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = DeleteUserRankingAdminV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(DeleteUserRankingPublicV1) def delete_user_ranking_public_v1(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = DeleteUserRankingPublicV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(DeleteUserRankingPublicV1) async def delete_user_ranking_public_v1_async(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = DeleteUserRankingPublicV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(DeleteUserRankingsAdminV1) def delete_user_rankings_admin_v1(leaderboard_code: List[str], user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = DeleteUserRankingsAdminV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(DeleteUserRankingsAdminV1) async def delete_user_rankings_admin_v1_async(leaderboard_code: List[str], user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = DeleteUserRankingsAdminV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetAllTimeLeaderboardRankingAdminV1) def get_all_time_leaderboard_ranking_admin_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetAllTimeLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetAllTimeLeaderboardRankingAdminV1) async def get_all_time_leaderboard_ranking_admin_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetAllTimeLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetAllTimeLeaderboardRankingPublicV1) def get_all_time_leaderboard_ranking_public_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetAllTimeLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetAllTimeLeaderboardRankingPublicV1) async def get_all_time_leaderboard_ranking_public_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetAllTimeLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetAllTimeLeaderboardRankingPublicV2) def get_all_time_leaderboard_ranking_public_v2(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetAllTimeLeaderboardRankingPublicV2.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetAllTimeLeaderboardRankingPublicV2) async def get_all_time_leaderboard_ranking_public_v2_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetAllTimeLeaderboardRankingPublicV2.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetArchivedLeaderboardRankingDataV1Handler) def get_archived_leaderboard_ranking_data_v1_handler(leaderboard_code: str, leaderboard_codes: str, slug: Optional[str] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetArchivedLeaderboardRankingDataV1Handler.create( leaderboard_code=leaderboard_code, leaderboard_codes=leaderboard_codes, slug=slug, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetArchivedLeaderboardRankingDataV1Handler) async def get_archived_leaderboard_ranking_data_v1_handler_async(leaderboard_code: str, leaderboard_codes: str, slug: Optional[str] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetArchivedLeaderboardRankingDataV1Handler.create( leaderboard_code=leaderboard_code, leaderboard_codes=leaderboard_codes, slug=slug, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentMonthLeaderboardRankingAdminV1) def get_current_month_leaderboard_ranking_admin_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentMonthLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentMonthLeaderboardRankingAdminV1) async def get_current_month_leaderboard_ranking_admin_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentMonthLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentMonthLeaderboardRankingPublicV1) def get_current_month_leaderboard_ranking_public_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentMonthLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentMonthLeaderboardRankingPublicV1) async def get_current_month_leaderboard_ranking_public_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentMonthLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentSeasonLeaderboardRankingAdminV1) def get_current_season_leaderboard_ranking_admin_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentSeasonLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentSeasonLeaderboardRankingAdminV1) async def get_current_season_leaderboard_ranking_admin_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentSeasonLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentSeasonLeaderboardRankingPublicV1) def get_current_season_leaderboard_ranking_public_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentSeasonLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentSeasonLeaderboardRankingPublicV1) async def get_current_season_leaderboard_ranking_public_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentSeasonLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentWeekLeaderboardRankingAdminV1) def get_current_week_leaderboard_ranking_admin_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentWeekLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentWeekLeaderboardRankingAdminV1) async def get_current_week_leaderboard_ranking_admin_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentWeekLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentWeekLeaderboardRankingPublicV1) def get_current_week_leaderboard_ranking_public_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentWeekLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetCurrentWeekLeaderboardRankingPublicV1) async def get_current_week_leaderboard_ranking_public_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetCurrentWeekLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetTodayLeaderboardRankingAdminV1) def get_today_leaderboard_ranking_admin_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetTodayLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetTodayLeaderboardRankingAdminV1) async def get_today_leaderboard_ranking_admin_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetTodayLeaderboardRankingAdminV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetTodayLeaderboardRankingPublicV1) def get_today_leaderboard_ranking_public_v1(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetTodayLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetTodayLeaderboardRankingPublicV1) async def get_today_leaderboard_ranking_public_v1_async(leaderboard_code: str, limit: Optional[int] = None, offset: Optional[int] = None, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetTodayLeaderboardRankingPublicV1.create( leaderboard_code=leaderboard_code, limit=limit, offset=offset, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetUserRankingAdminV1) def get_user_ranking_admin_v1(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetUserRankingAdminV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetUserRankingAdminV1) async def get_user_ranking_admin_v1_async(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetUserRankingAdminV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetUserRankingPublicV1) def get_user_ranking_public_v1(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetUserRankingPublicV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(GetUserRankingPublicV1) async def get_user_ranking_public_v1_async(leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = GetUserRankingPublicV1.create( leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(UpdateUserPointAdminV1) def update_user_point_admin_v1(body: ModelsUpdateUserPointAdminV1Request, leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = UpdateUserPointAdminV1.create( body=body, leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return run_request(request, additional_headers=x_additional_headers, **kwargs) @same_doc_as(UpdateUserPointAdminV1) async def update_user_point_admin_v1_async(body: ModelsUpdateUserPointAdminV1Request, leaderboard_code: str, user_id: str, namespace: Optional[str] = None, x_additional_headers: Optional[Dict[str, str]] = None, **kwargs): if namespace is None: namespace, error = get_services_namespace() if error: return None, error request = UpdateUserPointAdminV1.create( body=body, leaderboard_code=leaderboard_code, user_id=user_id, namespace=namespace, ) return await run_request_async(request, additional_headers=x_additional_headers, **kwargs)

45.364341

245

0.746309

3,183

29,260

6.595036

0.044612

0.09718

0.068598

0.045732

0.910204

0.87338

0.864996

0.860995

0.832698

0.825457

0

0.006149

0.171907

29,260

644

246

45.434783

0.860215

0.026179

0

0.788104

1

0

1

0.037175

false

0

0.063197

0

0.249071

0

null

0

1

0

1

0

null

0

8

8e489e797555558d63f440036d40bd39a41592fe

12,303

py

Python

app/controllers/tarefa.py

luishjacinto/CTA

08387446d9565c8aa35147ee86410d82af254b89

[ "bzip2-1.0.6" ]

null

app/controllers/tarefa.py

luishjacinto/CTA

08387446d9565c8aa35147ee86410d82af254b89

[ "bzip2-1.0.6" ]

null

app/controllers/tarefa.py

luishjacinto/CTA

08387446d9565c8aa35147ee86410d82af254b89

[ "bzip2-1.0.6" ]

null

# -*- coding: utf-8 -*- import sys #reload(sys) #sys.setdefaultencoding('utf-8') from flask import render_template,Blueprint,redirect,request,session,flash,url_for from app.models.Tarefa import Tarefa from app.models.Usuario import Usuario from app.models.Projeto import Projeto from app.models.forms.formTarefa import formTarefa from app.controllers.verify import check_login, pertence_projeto, pertence_tarefa_projeto, pertence_tarefa from datetime import datetime import hashlib from datetime import date from app import db tarefa = Blueprint('tarefa', __name__) @tarefa.route("/tarefas/<nome>", methods = ['GET', 'POST']) def tarefas(nome): projeto = Projeto.query.filter_by(nome = nome).first() if projeto: if projeto.tarefas: if check_login(0): usuario = Usuario.query.get(session['user']['id']) if pertence_projeto(usuario, projeto): pass if pertence_tarefa_projeto(usuario, projeto): pass else: pass return render_template('tarefa/tarefas.html',projeto=projeto) else: flash(u'Projeto não possui tarefas!', 'danger') return redirect('/detalhes/'+projeto.nome) else: flash(u'Projeto não existe!', 'danger') return redirect('/inicio') @tarefa.route('/criar_tarefa/<id_projeto>', methods = ['GET', 'POST']) def criar_tarefa(id_projeto): if check_login(0): projeto = Projeto.query.get(id_projeto) if projeto: usuario = Usuario.query.get(session['user']['id']) if pertence_projeto(usuario, projeto): form = formTarefa() if form.validate_on_submit(): nome = request.form['nome'] prioridade = request.form['prioridade'] status = request.form['status'] tipo = request.form['tipo'] data_alteracao = date.today() autor = Usuario.query.get(session['user']['id']) tarefa = Tarefa(nome = nome, prioridade = prioridade, status = status, tipo = tipo, data_alteracao = data_alteracao, id_autor = autor.id, id_projeto=projeto.id) tarefa.usuarios.append(autor) projeto.tarefas.append(tarefa) db.session.add(projeto) db.session.commit() flash(u'Tarefa adicionada com sucesso!', 'success') return redirect('/tarefas/' + projeto.nome) return render_template('tarefa/criar.html',form=form,projeto=projeto) else: flash(u'Você não faz parte deste projeto!', 'danger') return redirect('/painel_usuario') else: flash(u'Projeto não existe!', 'danger') return redirect('/painel_usuario') else: return redirect('/entrar') @tarefa.route('/editar_tarefa/<nome_projeto>/<id_tarefa>', methods = ['GET', 'POST']) def editar_tarefa(nome_projeto,id_tarefa): if check_login(0): projeto = Projeto.query.filter_by(nome = nome_projeto).first() if projeto: usuario = Usuario.query.get(session['user']['id']) if pertence_projeto(usuario, projeto): form = formTarefa() tarefa = Tarefa.query.get(id_tarefa) if tarefa: if tarefa.id_projeto == projeto.id: if pertence_tarefa(usuario, tarefa) or session['user']['id'] == projeto.id_autor: if form.validate_on_submit(): tarefa = Tarefa.query.filter_by(id = id_tarefa).update(dict(nome=request.form['nome'], prioridade = request.form['prioridade'], status=request.form['status'], tipo=request.form['tipo'], data_alteracao=date.today())) db.session.commit() flash(u'Tarefa editada com sucesso!', 'success') return redirect('/tarefas/'+projeto.nome) return render_template('tarefa/editar.html',form=form,projeto=projeto,tarefa=tarefa) else: flash(u'Você não tem permissão para realizar a ação!', 'danger') return redirect('/entrar') else: flash(u'Tarefa não existe ou não está vinculada ao projeto!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Tarefa não existe!', 'danger') return redirect('/detalhes/'+projeto.nome) else: flash(u'Você não faz parte deste projeto!', 'danger') return redirect('/painel_usuario') else: flash(u'Projeto não existe!', 'danger') return redirect('/painel_usuario') else: return redirect('/entrar') @tarefa.route('/deletar_tarefa/<nome_projeto>/<id_tarefa>', methods = ['GET', 'POST']) def deletar_tarefa(nome_projeto,id_tarefa): if check_login(0): projeto = Projeto.query.filter_by(nome = nome_projeto).first() if projeto: usuario = Usuario.query.get(session['user']['id']) if pertence_projeto(usuario, projeto): tarefa = Tarefa.query.get(id_tarefa) if tarefa: if tarefa.id_projeto == projeto.id: if tarefa.id_autor == session['user']['id'] or session['user']['id'] == projeto.id_autor: for membro in tarefa.usuarios: tarefa.usuarios.remove(membro) db.session.add(tarefa) db.session.commit() tarefa.usuarios.clear() projeto.tarefas.remove(tarefa) db.session.add(projeto) db.session.commit() flash(u'Tarefa deletada com sucesso!', 'success') return redirect('/detalhes/'+projeto.nome) else: flash(u'Você não tem permissão para realizar a ação!', 'danger') return redirect('/entrar') else: flash(u'Tarefa não está vinculada ao projeto!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Tarefa não existe!', 'danger') return redirect('/detalhes/'+projeto.nome) else: flash(u'Você não faz parte deste projeto!', 'danger') return redirect('/painel_usuario') else: flash(u'Projeto não existe!', 'danger') return redirect('/painel_usuario') else: return redirect('/entrar') @tarefa.route('/adicionar_membro_tarefa/<nome_projeto>/<id_tarefa>/<id_usuario>', methods = ['GET', 'POST']) def adicionar_membro_tarefa(nome_projeto,id_tarefa,id_usuario): if check_login(0): projeto = Projeto.query.filter_by(nome = nome_projeto).first() if projeto: usuario = Usuario.query.get(session['user']['id']) if pertence_projeto(usuario, projeto): tarefa = Tarefa.query.get(id_tarefa) if tarefa: if tarefa.id_projeto == projeto.id: if tarefa.id_autor == session['user']['id'] or session['user']['id'] == projeto.id_autor: membro = Usuario.query.get(id_usuario) if membro: if membro in projeto.usuarios: if membro not in tarefa.usuarios: tarefa.usuarios.append(membro) db.session.add(tarefa) db.session.commit() flash(u'Membro adicionado a tarefa!', 'success') return redirect('/editar_tarefa/'+projeto.nome+'/'+str(tarefa.id)) else: flash(u'Usuário ja está atribuido a tarefa!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Usuário não pertence ao projeto!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Usuário não existe!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Você não possui permissão para realizar a ação!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Tarefa não esta vinculada ao projeto', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Tarefa não existe!', 'danger') return redirect('/detalhes/'+projeto.nome) else: flash(u'Você não possui permissão para realizar a ação!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Projeto não existe!', 'danger') return redirect('/painel_usuario') else: return redirect('/entrar') @tarefa.route('/remover_membro_tarefa/<nome_projeto>/<id_tarefa>/<id_usuario>', methods = ['GET', 'POST']) def remover_membro_tarefa(nome_projeto,id_tarefa,id_usuario): if check_login(0): projeto = Projeto.query.filter_by(nome = nome_projeto).first() if projeto: usuario = Usuario.query.get(session['user']['id']) if pertence_projeto(usuario, projeto): tarefa = Tarefa.query.get(id_tarefa) if tarefa: if tarefa.id_projeto == projeto.id: if tarefa.id_autor == session['user']['id'] or session['user']['id'] == projeto.id_autor: membro = Usuario.query.get(id_usuario) if membro: if membro in tarefa.usuarios: tarefa.usuarios.remove(membro) db.session.add(tarefa) db.session.commit() flash(u'Membro removido com sucesso!', 'success') return redirect('/editar_tarefa/'+projeto.nome+'/'+str(tarefa.id)) else: flash(u'Usuário não está atribuido a tarefa!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Usuário não existe!', 'danger') return redirect('/detalhes/'+projeto.nome) else: flash(u'Você não possui permissão para realizar a ação!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Tarefa não esta vinculada ao projeto', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Tarefa não existe!', 'danger') return redirect('/detalhes/'+projeto.nome) else: flash(u'Você não possui permissão para realizar a ação!', 'danger') return redirect('/tarefas/'+projeto.nome) else: flash(u'Projeto não existe!', 'danger') return redirect('/painel_usuario') else: return redirect('/entrar')

51.049793

180

0.505486

1,179

12,303

5.178117

0.100085

0.089435

0.047502

0.062244

0.813759

0.782637

0.768387

0.752662

0.727928

0

0.001059

0.386085

12,303

241

181

51.049793

0.807229

0.005121

0

0.714912

0

0.173735

0.019204

0

1

0.026316

false

0.013158

0.048246

0

0.258772

0.008772

0

null

0

1

0

1

0

null

0

7

8e48ba9a5111caa779851a9fe70e4832dfbdba41

40,187

py

Python

ndl_tense/data_preparation/row_tenses.py

ooominds/ndltenses

19d38510158e9a8c9e5b2f262587da0875d11c43

[ "MIT" ]

null

ndl_tense/data_preparation/row_tenses.py

ooominds/ndltenses

19d38510158e9a8c9e5b2f262587da0875d11c43

[ "MIT" ]

1

2021-11-01T09:51:30.000Z

ndl_tense/data_preparation/row_tenses.py

ooominds/ndltenses

19d38510158e9a8c9e5b2f262587da0875d11c43

[ "MIT" ]

null

# python implementation of the R word() function just for the purpose of this work def word(a,b): word_split = a.split() #return(word_split[b-1]) if b-1 < (len(word_split) - 1): return(word_split[b-1]) else: return("") # python implementation of the R grepl() function just for the purpose of this work def grepl(a,b): return([a in x for x in b]) # python implementation of the R paste() function just for the purpose of this work def paste(a,b): a = [str(x) for x in a] return(b.join(a)) def get_tenses(vect_tags): # Function that accepts a row vector containing verbs, tags, and positions then convert it # to a row vector that includes the same variables as well as verb form, main verb and tense ############ Generating the tenses ############## ### Define tense of the first verb vect_tenses = {"Tense":"", "VerbForm":"", "MainVerb":"", "Position":"", "infinitive":""} #print(vect_tags) c_names = list(vect_tags.columns) ################### Imperatives ###################### # Examples: Writenot/ Please writenot/ Be carfulnot if ((vect_tags.iloc[0]['Verb1'] in ["be"]) and (vect_tags.iloc[0]["Position1"] == 1)) or ((vect_tags.iloc[0]['Tag1'] in ["VVB"]) and not(vect_tags.iloc[0][ "Verb1"] in ["thank"]) and (vect_tags.iloc[0][ "Position1"] == 1)) or ((vect_tags.iloc[0]["Position1"] == 2) and (word(vect_tags.iloc[0]['Sentence'], 1) in ["please"])): vect_tenses['Tense'] = "imperative" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm'] = vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Don't writenot Don't be a sillynot elif (vect_tags.iloc[0][ "Tag1"] in ["VDI"]) or ((vect_tags.iloc[0]['Tag1'] in ["VDB"]) and (vect_tags.iloc[0]["Position1"]==1) and ("Verb2" in c_names) and ((vect_tags.iloc[0][ "Position2"]) < (vect_tags.iloc[0][ "Position1"] + 3)) and (word(vect_tags.iloc[0][ "Sentence"], vect_tags.iloc[0]["Position1"] + 1) in ["not"]) and (vect_tags.iloc[0][ "Tag2"] in ["VVI", "VBI"])): vect_tenses['Tense'] = "imperative" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm'] = paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]["Verb2"]], " ") vect_tenses['Position'] = vect_tags.iloc[0][ 'Position2'] ################### Modals ########################### # Modal auxiliaries followed by "to" (e.g. "used to" and "ought not to") # cases of 'modal + be + V-en' or 'modal + be + V-ing' (e.g. He ought not to be sleeping) elif (vect_tags.iloc[0]['Tag1'] in ["VM0"]) and (not(vect_tags.iloc[0]['Verb1'] in ["will"])) and ((word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["to"]) or (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["not"])) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+2) in ["to"]) and (vect_tags.iloc[0]['Verb2'] in ["be"]) and (vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG", "VDN", "VVN"]) and (int(vect_tags.iloc[0]['Position3']) < (int(vect_tags.iloc[0]['Position2'])+4)): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm'] = paste([vect_tags.iloc[0]['Verb1'], "to", vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] # Modal auxiliaries followed by "to" (e.g. "used to" and "ought not to") # cases of 'modal + have + been + V-en' (e.g. They ought to have been working) elif (vect_tags.iloc[0]['Tag1'] in ["VM0"]) and (not(vect_tags.iloc[0]['Verb1'] in ["will"])) and ((word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["to"]) or (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["not"])) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+2) in ["to"]) and (vect_tags.iloc[0]['Verb2'] in ["have"]) and (vect_tags.iloc[0]['Verb3'] in ["been"]) and (vect_tags.iloc[0]['Tag4'] in ["VDN", "VVN"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4) and (int(vect_tags.iloc[0]['Position4']) < (int(vect_tags.iloc[0]['Position3'])+4)): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb4'] vect_tenses['VerbForm'] = paste([vect_tags.iloc[0]['Verb1'], "to", vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position4'] # Modal auxiliaries followed by "to" (e.g. "used to" and "ought not to") # cases of 'modal + have + V-en' (e.g. They ought to have done) elif (vect_tags.iloc[0]['Tag1'] in ["VM0"]) and (not(vect_tags.iloc[0]['Verb1'] in ["will"])) and ((word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["to"]) or (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["not"])) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+2) in ["to"]) and (vect_tags.iloc[0]['Verb2'] in ["have"]) and (vect_tags.iloc[0]['Tag3'] in ["VBN","VDN", "VVN"]) and (int(vect_tags.iloc[0]['Position3']) < (int(vect_tags.iloc[0]['Position2'])+4)): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm'] = paste([vect_tags.iloc[0]['Verb1'], "to", vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']]," ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] # Modal auxiliaries followed by "to" (e.g. "used to" and "ought not to") # all other cases elif (vect_tags.iloc[0]['Tag1'] in ["VM0"]) and (not(vect_tags.iloc[0]['Verb1'] in ["will"])) and ('Verb2' in c_names) and ((word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["to"]) or (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["not"])) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+2) in ["to"]): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm'] = paste([vect_tags.iloc[0]['Verb1'], "to", vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] # Other modal verbs except will (can, should, may) # cases of 'modal + be + V-en' or 'modal + be + V-ing' (e.g. This can be delivered; They should be working) elif (vect_tags.iloc[0]['Tag1'] in ["VM0"]) and (not(vect_tags.iloc[0]['Verb1'] in ["will"])) and (vect_tags.iloc[0]['Verb2'] in ["be"]) and (vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG", "VDN", "VVN"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm'] = paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] # Other modal verbs except will (can, should, may) # cases of 'modal + have + been + V-en' (e.g. They could have been saved; They should have been saved) elif ((vect_tags.iloc[0]['Tag1'] in ["VM0"]) and not(vect_tags.iloc[0]['Verb1'] in ["will"]) and (vect_tags.iloc[0]['Verb2'] in ["have"]) and (vect_tags.iloc[0]['Verb3'] in ["been"]) and (vect_tags.iloc[0]['Tag4'] in ["VDN", "VVN"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4) and (int(vect_tags.iloc[0]['Position4']) < int(vect_tags.iloc[0]['Position3'])+4)): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb4'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position4'] # Other modal verbs except will (can, should, may) # cases of 'modal + have + V-en' (e.g. They could have saved her; They should have saved her) elif ((vect_tags.iloc[0]['Tag1'] in ["VM0"]) and not(vect_tags.iloc[0]['Verb1'] in ["will"]) and (vect_tags.iloc[0]['Verb2'] in ["have"]) and (vect_tags.iloc[0]['Tag3'] in ["VBN","VDN", "VVN"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4)): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] # Other modal verbs except will (They can write; They should write) # other cases elif ((vect_tags.iloc[0]['Tag1'] in ["VM0"]) and not(vect_tags.iloc[0]['Verb1'] in ["will"]) and ('Verb2' in c_names)): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] # To remove (was gonna) elif ((vect_tags.iloc[0]['Tag1'] in ["VBD"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VVI", "VDI"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4)): vect_tenses['Tense'] = "modal" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ################### Present simple ################### ### Active voice # Present simple - lexical verbs (They write) elif (vect_tags.iloc[0]['Tag1'] in ["VVZ", "VVB"]): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Present simple - modal need (They need) elif ((vect_tags.iloc[0]['Verb1'] in ["need","needs"]) and not(word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["to"])): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Present simple - auxiliary do (They do) # We need to make sure it is not a negation or a question elif ((vect_tags.iloc[0]['Tag1'] in ["VDZ", "VDB"]) and ((not('Verb2' in c_names) or (vect_tags.iloc[0]['Verb2']=="")) or (('Verb2' in c_names) and (not(vect_tags.iloc[0]['Tag2'] in ["VVI", "VHI", "VDI"]) or not( (int(vect_tags.iloc[0]['Position2'])<int(vect_tags.iloc[0]['Position1'])+4) ))))): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Present simple - auxiliary do in a negation or a question #(They do not write/ Do they write) elif ((vect_tags.iloc[0]['Tag1'] in ["VDZ", "VDB"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VVI", "VHI", "VDI"]) and (int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4)): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] # Present simple - "is/are worth + V-ing" # (It is worth looking) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB", "VBZ"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["worth"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VVG", "VBG"]) and (int(vect_tags.iloc[0]['Position2']) == int(vect_tags.iloc[0]['Position1'])+2)): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Present simple - "there is + V-ing" # (there is no going back) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB", "VBZ"]) and (int(vect_tags.iloc[0]['Position1']) > 1) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])-1) in ["there"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VVG", "VBG"]) and (int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+3)): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Present simple - auxiliary be (They are) # We need to make sure it is NOT a present progressive or #it is in passive voice elif ((vect_tags.iloc[0]['Tag1'] in ["VBB", "VBZ"]) and (not('Verb2' in c_names) or (('Verb2' in c_names) and (not(vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VBG", "VVG", "VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+3) ))))): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Present simple - auxiliary have + got (They have got a solution to the problem) # Very rarely such an expression will be in present perfect elif ((vect_tags.iloc[0]['Tag1'] in ["VHB", "VHZ"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["got"])): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], 'got']," ") vect_tenses['Position'] = int(vect_tags.iloc[0]['Position1']) + 1 # Present simple - auxiliary have (They have) # We need to make sure it is not a present perfect or #a present perfect progressive elif ((vect_tags.iloc[0]['Tag1'] in ["VHB", "VHZ"]) and (not('Verb2' in c_names) or (('Verb2' in c_names) and (not(vect_tags.iloc[0]['Tag2'] in ["VDN", "VBN","VHN", "VVN"]) or not((int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4) ))))): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] ### Passive voice # Present simple (It is written) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB", "VBZ"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VVN", "VDN"]) and (int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4)): vect_tenses['Tense'] = "present.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']]," ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ### notnotnot ### notnotnot We start with dealing with tenses formed using "going to" before tackling the present progressive ### To avoid misdetecting as present progressive notnotnot ### notnotnot ################### Future simple using "going to" ################### ### Active voice # Future simple - lexical verbs (They are going to write/do) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VVI", "VDI"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4)): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] # Future simple - auxiliary be (They are going to be): # We need to make sure it is NOT a future progressive or #it is in passive voice elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to" ,"na"]) and (vect_tags.iloc[0]['Tag3'] in ["VBI"]) and (( not('Verb4' in c_names) or (vect_tags.iloc[0]['Verb4']=="")) or (('Verb4' in c_names) and (not(vect_tags.iloc[0]['Tag4'] in ["VDG", "VHG", "VVG", "VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position4']) < int(vect_tags.iloc[0]['Position3'])+4) ))))): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3']]," ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] # Future simple - auxiliary have (They are going to have) # We need to make sure it is not a future perfect or #a future perfect progressive elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VHI"]) and ((not('Verb4' in c_names) or (vect_tags.iloc[0]['Verb4']=="")) or (('Verb4' in c_names) and (not(vect_tags.iloc[0]['Tag4'] in ["VDN", "VBN","VHN", "VVN"]) or not((int(vect_tags.iloc[0]['Position4']) < int(vect_tags.iloc[0]['Position3'])+4) ))))): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ### Passive voice # Future simple (It is going to be written) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VBI"]) and (vect_tags.iloc[0]['Tag4'] in ["VVN", "VDN"]) and (int(vect_tags.iloc[0]['Position4']) < int(vect_tags.iloc[0]['Position3'])+4)): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb4'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position4'] ################### Future progressive using "going to" ################### ### Active voice # Future progressive (They are going to be writing) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VBI"]) and (vect_tags.iloc[0]['Tag4'] in ["VDG", "VHG", "VVG"]) and (int(vect_tags.iloc[0]['Position4']) < int(vect_tags.iloc[0]['Position3'])+4)): vect_tenses['Tense'] = "future.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb4'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position4'] ### Passive voice: N/A ################### Future perfect using "going to" ################### ### Active voice # Future simple - auxiliary have (They are going to have written) # We need to make sure it is a future perfect progressive elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VHI"]) and ((vect_tags.iloc[0]['Tag4'] in ["VDN","VHN", "VVN"]) or ((vect_tags.iloc[0]['Tag4'] in ["VBN"]) and ((not('Verb5' in c_names) or (vect_tags.iloc[0]['Verb5']=="")) or (('Verb5' in c_names) and not(vect_tags.iloc[0]['Tag5'] in ["VDG", "VHG", "VVG", "VVN", "VDN"] and not((int(vect_tags.iloc[0]['Position5']) < int(vect_tags.iloc[0]['Position4'])+4) ))))))): vect_tenses['Tense'] = "future.perf" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb4'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position4'] ### Passive voice # Future perfect (It is going to have been completed) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VHI"]) and (vect_tags.iloc[0]['Tag4'] in ["VBN"]) and (vect_tags.iloc[0]['Tag5'] in ["VVN", "VDN"])): vect_tenses['Tense'] = "future.perf" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb5'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4'], vect_tags.iloc[0]['Verb5']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position5'] ################### Future perfect progressive using "going to" ################### ### Active voice # Future perfect progressive (They are going to have been writing) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB","VBZ"]) and (vect_tags.iloc[0]['Verb2'] in ["going", "gon"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position2'])+1) in ["to", "na"]) and (vect_tags.iloc[0]['Tag3'] in ["VHI"]) and (vect_tags.iloc[0]['Tag4'] in ["VBN"]) and (vect_tags.iloc[0]['Tag5'] in ["VDG", "VHG", "VVG"])): vect_tenses['Tense'] = "future.perf.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb5'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], "going to", vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4'], vect_tags.iloc[0]['Verb5']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position5'] ### Passive voice: N/A ################### Present progressive ################### ### Active voice # Present progressive (They are writing) # We need to make sure it is NOT in passive voice elif ((vect_tags.iloc[0]['Tag1'] in ["VBB", "VBZ"]) and ('Verb2' in c_names) and (int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+3) and ((vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VVG"]) or ((vect_tags.iloc[0]['Tag2'] in ["VBG"]) and (not('Verb3' in c_names) or (('Verb3' in c_names) and not(vect_tags.iloc[0]['Tag3'] in ["VVN", "VDN"])))))): vect_tenses['Tense'] = "present.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ### Passive voice # Present progressive (It is being written) elif ((vect_tags.iloc[0]['Tag1'] in ["VBB", "VBZ"])and (vect_tags.iloc[0]['Tag2'] in ["VBG"]) and (vect_tags.iloc[0]['Tag3'] in ["VVN", "VDN"])): vect_tenses['Tense'] = "present.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ################### Present perfect ################### ### Active voice # Present simple - auxiliary have (They have written) # We need to make sure it is a present perfect progressive or in passive mode elif ((vect_tags.iloc[0]['Tag1'] in ["VHB", "VHZ"]) and ('Verb2' in c_names) and ((vect_tags.iloc[0]['Tag2'] in ["VDN","VHN", "VVN"]) or ((vect_tags.iloc[0]['Tag2'] in ["VBN"]) and ((not('Verb3' in c_names) or (vect_tags.iloc[0]['Verb3']=="")) or (('Verb3' in c_names) and not(vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG", "VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4) )))))): vect_tenses['Tense'] = "present.perf" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ### Passive voice # Present perfect (They have been given) elif ((vect_tags.iloc[0]['Tag1'] in ["VHZ","VHB"]) and (vect_tags.iloc[0]['Tag2'] in ["VBN"]) and (vect_tags.iloc[0]['Tag3'] in ["VVN", "VDN"])): vect_tenses['Tense'] = "present.perf" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm'] = paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ################### Present perfect progressive ################### ### Active voice # Present perfect progressive (They have been writing) elif ((vect_tags.iloc[0]['Tag1'] in ["VHZ","VHB"]) and (vect_tags.iloc[0]['Tag2'] in ["VBN"]) and (vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG"])): vect_tenses['Tense'] = "present.perf.prog" vect_tenses['MainVerb'] = vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ### Passive voice: N/A ################### Past simple ################### ### Active voice # Past simple - lexical verbs (They wrote) elif vect_tags.iloc[0]['Tag1'] in ["VVD"]: vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] elif ((vect_tags.iloc[0]['Tag1'] in ["VDD"]) and (not('Verb2' in c_names) or (('Verb2' in c_names) and (not(vect_tags.iloc[0]['Tag2'] in ["VVI", "VHI", "VDI"]) or not((int(vect_tags.iloc[0]['Position2'])<int(vect_tags.iloc[0]['Position1'])+4) ))))): vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Past simple - auxiliary do in a negation or a question #(They did not write/ Did they write) elif ((vect_tags.iloc[0]['Tag1'] in ["VDD"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VVI", "VHI", "VDI"]) and (int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4)): vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] # Past simple - "was/were worth + V-ing" # (It was worth investing) elif ((vect_tags.iloc[0]['Tag1'] in ["VBD"]) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])+1) in ["worth"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VVG", "VBG"]) and (int(vect_tags.iloc[0]['Position2']) == int(vect_tags.iloc[0]['Position1'])+2)): vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Past simple - "there was + V-ing" # (there was no going back) elif ((vect_tags.iloc[0]['Tag1'] in ["VBD"]) and (int(vect_tags.iloc[0]['Position1']) > 1) and (word(vect_tags.iloc[0]['Sentence'], int(vect_tags.iloc[0]['Position1'])-1) in ["there"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VVG", "VBG"]) and (int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+3)): vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Past simple - auxiliary be (They were) # We need to make sure it is NOT a past progressive or # it is in passive voice elif ((vect_tags.iloc[0]['Tag1'] in ["VBD"]) and (not('Verb2' in c_names) or (('Verb2' in c_names) and (not(vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VBG", "VVG", "VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4) ))))): vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] # Past simple - auxiliary have (They had) # We need to make sure it is not a past perfect or #a past perfect progressive elif ((vect_tags.iloc[0]['Tag1'] in ["VHD"]) and (not('Verb2' in c_names) or (('Verb2' in c_names) and (not(vect_tags.iloc[0]['Tag2'] in ["VDN", "VBN","VHN", "VVN"]) or not((int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4) ))))): vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb1'] vect_tenses['VerbForm']= vect_tags.iloc[0]['Verb1'] vect_tenses['Position'] = vect_tags.iloc[0]['Position1'] ### Passive voice # Past simple (It was written) elif ((vect_tags.iloc[0]['Tag1'] in ["VBD"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VVN", "VDN"]) and (int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4)): vect_tenses['Tense'] = "past.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ################### Past progressive ################### ### Active voice # Past progressive (They were writing) # We need to make sure it is NOT in passive voice elif (vect_tags.iloc[0]['Tag1'] in ["VBD"]) and ('Verb2' in c_names) and ((vect_tags.iloc[0]['Tag2'] in ["VDG", "VHG", "VVG"]) or ((vect_tags.iloc[0]['Tag2'] in ["VBG"]) and ((not('Verb3' in c_names) or (vect_tags.iloc[0]['Verb3']=="")) or (('Verb3' in c_names) and not(vect_tags.iloc[0]['Tag3'] in ["VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position2']) < int(vect_tags.iloc[0]['Position1'])+4) ))))): vect_tenses['Tense'] = "past.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ### Passive voice # Past progressive (It was being written) elif ((vect_tags.iloc[0]['Tag1'] in ["VBD"]) and(vect_tags.iloc[0]['Tag2'] in ["VBG"]) and (vect_tags.iloc[0]['Tag3'] in ["VVN", "VDN"])): vect_tenses['Tense'] = "past.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ################### Past perfect ################### ### Active voice # Past simple - auxiliary have (They had written) # We need to make sure it is not a past perfect progressive elif ((vect_tags.iloc[0]['Tag1'] in ["VHD"]) and ('Verb2' in c_names) and ((vect_tags.iloc[0]['Tag2'] in ["VDN","VHN", "VVN"]) or ((vect_tags.iloc[0]['Tag2'] in ["VBN"]) and (( not('Verb3' in c_names) or (vect_tags.iloc[0]['Verb3']=="")) or (('Verb3' in c_names) and not(vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG", "VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4) )))))): vect_tenses['Tense'] = "past.perf" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ### Passive voice # Past perfect (They had been given) elif ((vect_tags.iloc[0]['Tag1'] in ["VHD"]) and (vect_tags.iloc[0]['Tag2'] in ["VBN"]) and (vect_tags.iloc[0]['Tag3'] in ["VVN", "VDN"])): vect_tenses['Tense'] = "past.perf" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ################### Past perfect progressive ################### ### Active voice # Past perfect progressive (They had been writing) elif ((vect_tags.iloc[0]['Tag1'] in ["VHD"]) and (vect_tags.iloc[0]['Tag2'] in ["VBN"]) and (vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG"])): vect_tenses['Tense'] = "past.perf.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ### Passive voice: N/A ################### Future simple using "will" ################### ### Active voice # Future simple - lexical verbs (They will write/do) elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VVI", "VDI"])): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] # Future simple - auxiliary be (They will be) # We need to make sure it is NOT a future progressive or #it is in passive voice elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VBI"]) and (( not('Verb3' in c_names) or (vect_tags.iloc[0]['Verb3']=="") ) or (('Verb3' in c_names) and (not(vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG", "VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4) ))))): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] # Future simple - auxiliary have (They will have) # We need to make sure it is not a future perfect or # a future perfect progressive elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and ('Verb2' in c_names) and (vect_tags.iloc[0]['Tag2'] in ["VHI"]) and ((not('Verb3' in c_names) or (vect_tags.iloc[0]['Verb3']=="")) or (('Verb3' in c_names) and (not(vect_tags.iloc[0]['Tag3'] in ["VDN", "VBN","VHN", "VVN"]) or not((int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4) ))))): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb2'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position2'] ### Passive voice # Future simple (It will be written) elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and (vect_tags.iloc[0]['Tag2'] in ["VBI"]) and (vect_tags.iloc[0]['Tag3'] in ["VVN", "VDN"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4)): vect_tenses['Tense'] = "future.simple" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ################### Future progressive using "will" ################### ### Active voice # Future progressive (They will be writing) elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and (vect_tags.iloc[0]['Tag2'] in ["VBI"]) and (vect_tags.iloc[0]['Tag3'] in ["VDG", "VHG", "VVG"]) and (int(vect_tags.iloc[0]['Position3']) < int(vect_tags.iloc[0]['Position2'])+4)): vect_tenses['Tense'] = "future.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ### Passive voice: N/A ################### Future perfect using "will" ################### ### Active voice # Future perfect - auxiliary have (They will have written) # We need to make sure it is a future perfect progressive elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and (vect_tags.iloc[0]['Tag2'] in ["VHI"]) and ((vect_tags.iloc[0]['Tag3'] in ["VDN","VHN", "VVN"]) or ((vect_tags.iloc[0]['Tag3'] in ["VBN"]) and ((not('Verb4' in c_names) or (vect_tags.iloc[0]['Verb4']=="")) or (('Verb4' in c_names) and (not(vect_tags.iloc[0]['Tag4'] in ["VDG", "VHG", "VVG", "VVN", "VDN"]) or not((int(vect_tags.iloc[0]['Position4']) < int(vect_tags.iloc[0]['Position3'])+4) ))))))): vect_tenses['Tense'] = "future.perf" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb3'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position3'] ### Passive voice # Future perfect (They will have been given) elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and (vect_tags.iloc[0]['Tag2'] in ["VHI"]) and (vect_tags.iloc[0]['Tag3'] in ["VBN"]) and (vect_tags.iloc[0]['Tag4'] in ["VVN", "VDN"])): vect_tenses['Tense'] = "future.perf" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb4'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position4'] ################### Future perfect progressive using "will" ################### ### Active voice # Future perfect progressive (They will have been writing) elif ((vect_tags.iloc[0]['Verb1'] in ["will"]) and (vect_tags.iloc[0]['Tag2'] in ["VHI"]) and (vect_tags.iloc[0]['Tag3'] in ["VBN"]) and (vect_tags.iloc[0]['Tag4'] in ["VDG", "VHG", "VVG"])): vect_tenses['Tense'] = "future.perf.prog" vect_tenses['MainVerb']= vect_tags.iloc[0]['Verb4'] vect_tenses['VerbForm']= paste([vect_tags.iloc[0]['Verb1'], vect_tags.iloc[0]['Verb2'], vect_tags.iloc[0]['Verb3'], vect_tags.iloc[0]['Verb4']], " ") vect_tenses['Position'] = vect_tags.iloc[0]['Position4'] ### Passive voice: N/A return(vect_tenses)

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edb137fa484b145091fd2f249f00a3d46e6ae69a

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py

Python

poetry_scripts/scripts.py

jordy248/jordy248.github.io

23c3a083e6558ea6adc16a7a25d096cf6fc6a976

[ "MIT" ]

null

poetry_scripts/scripts.py

jordy248/jordy248.github.io

23c3a083e6558ea6adc16a7a25d096cf6fc6a976

[ "MIT" ]

null

poetry_scripts/scripts.py

jordy248/jordy248.github.io

23c3a083e6558ea6adc16a7a25d096cf6fc6a976

[ "MIT" ]

null

import subprocess def freeze_requirements(): subprocess.run(['poetry', 'export', '-f', 'requirements.txt', '--output', 'requirements.txt'])

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py

Python

part_2/cython_solution/test_orderbook.py

jessmorecroft/Exchange

7b190b22304c6381db22b7722f0ce4518de3df2c

[ "MIT" ]

3

2020-06-24T20:10:25.000Z

2021-06-09T21:43:06.000Z

part_2/cython_solution/test_orderbook.py

jessmorecroft/Exchange

7b190b22304c6381db22b7722f0ce4518de3df2c

[ "MIT" ]

9

2019-06-15T20:01:48.000Z

2020-06-05T03:40:29.000Z

part_2/cython_solution/test_orderbook.py

jessmorecroft/Exchange

7b190b22304c6381db22b7722f0ce4518de3df2c

[ "MIT" ]

8

2017-06-15T02:09:23.000Z

2021-01-11T10:11:38.000Z

#! /usr/bin/env python3 import unittest import Exchange class TestOrderBook(unittest.TestCase): def test_create(self): o = Exchange.OrderBook("AUDUSD") self.assertEqual(o.instrument, "AUDUSD") self.assertEqual(o.num_buys(), 0) self.assertEqual(o.num_sells(), 0) def test_append(self): b = Exchange.OrderBook("AUDUSD") b.append("A", 100, 1.47) self.assertEqual(b.num_buys(), 1) self.assertEqual(b.num_sells(), 0) self.assertEqual(b.buy_qty(), 100) def test_append_sell(self): b = Exchange.OrderBook("AUDUSD") b.append("A", -100, 1.47) self.assertEqual(b.num_buys(), 0) self.assertEqual(b.num_sells(), 1) self.assertEqual(b.sell_qty(), 100) class TestSorting(unittest.TestCase): def test_append_sort_buy_inorder(self): b = Exchange.OrderBook("AUDUSD") b.append("A", 100, 1.47) b.append("A", 200, 1.47) self.assertEqual(b.num_buys(), 2) self.assertEqual(b.num_sells(), 0) # remember, first element is top of book self.assertEqual(b.buy_qty(), 100) self.assertEqual(b.buy_qty(1), 200) def test_append_sort_sell_inorder(self): b = Exchange.OrderBook("AUDUSD") b.append("A", -100, 1.47) b.append("A", -200, 1.47) self.assertEqual(b.num_sells(), 2) self.assertEqual(b.num_buys(), 0) # remember, first element is top of book self.assertEqual(b.sell_qty(), 100) self.assertEqual(b.sell_qty(1), 200) def test_append_sort_buy_rev(self): b = Exchange.OrderBook("AUDUSD") b.append("A", 200, 1.48) b.append("A", 100, 1.47) self.assertEqual(b.num_buys(), 2) self.assertEqual(b.num_sells(), 0) # for buys, first element has highest price self.assertEqual(b.buy_qty(), 200) self.assertEqual(b.buy_qty(1), 100) def test_append_sort_sell_rev(self): b = Exchange.OrderBook("AUDUSD") b.append("A", -200, 1.48) b.append("A", -100, 1.47) self.assertEqual(b.num_sells(), 2) self.assertEqual(b.num_buys(), 0) # for sells, first element has lowest price self.assertEqual(b.sell_qty(), 100) self.assertEqual(b.sell_qty(1), 200) class TestMatch(unittest.TestCase): def test_not_overlapped(self): b = Exchange.OrderBook("AUDUSD") b.append("A", 200, 1.46) b.append("A", -100, 1.47) self.assertEqual(b.match(), []) def test_same_size(self): b = Exchange.OrderBook("AUDUSD") b.append("CC", 100, 1.48) b.append("A", -100, 1.47) # Overlap, price is the first entry in the book tlist = b.match() self.assertEqual(len(tlist), 1) self.assertEqual(str(tlist[0]), "CC:A:AUDUSD:100:1.48") # check that the books have been updated self.assertEqual(b.num_sells(), 0) self.assertEqual(b.num_buys(), 0) def test_buy_bigger(self): b = Exchange.OrderBook("AUDUSD") b.append("A", 200, 1.48) b.append("B", -100, 1.47) # Overlap, price is the first entry in the book tlist = b.match() self.assertEqual(len(tlist), 1) self.assertEqual(str(tlist[0]), "A:B:AUDUSD:100:1.48") # check that the books have been updated self.assertEqual(b.num_sells(), 0) self.assertEqual(b.num_buys(), 1) # buy should have 100 shs left self.assertEqual(b.buy_qty(), 100) def test_sell_bigger(self): b = Exchange.OrderBook("AUDUSD") b.append("A", 100, 1.48) b.append("D", -200, 1.47) # Overlap, price is the first entry in the book tlist = b.match() self.assertEqual(len(tlist), 1) self.assertEqual(str(tlist[0]), "A:D:AUDUSD:100:1.48") # check that the books have been updated self.assertEqual(b.num_sells(), 1) self.assertEqual(b.num_buys(), 0) # sell should have 100 shs left self.assertEqual(b.sell_qty(), 100) if __name__ == "__main__": unittest.main()

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b6371d990e4dcb8dc324c567b4a1e75fd0ce19f2

21,115

py

Python

sdk/python/pulumi_alicloud/pvtz/zone.py

pulumi/pulumi-alicloud

9c34d84b4588a7c885c6bec1f03b5016e5a41683

[ "ECL-2.0", "Apache-2.0" ]

42

2019-03-18T06:34:37.000Z

2022-03-24T07:08:57.000Z

sdk/python/pulumi_alicloud/pvtz/zone.py

pulumi/pulumi-alicloud

9c34d84b4588a7c885c6bec1f03b5016e5a41683

[ "ECL-2.0", "Apache-2.0" ]

152

2019-04-15T21:03:44.000Z

2022-03-29T18:00:57.000Z

sdk/python/pulumi_alicloud/pvtz/zone.py

pulumi/pulumi-alicloud

9c34d84b4588a7c885c6bec1f03b5016e5a41683

[ "ECL-2.0", "Apache-2.0" ]

3

2020-08-26T17:30:07.000Z

2021-07-05T01:37:45.000Z

# coding=utf-8 # *** WARNING: this file was generated by the Pulumi Terraform Bridge (tfgen) Tool. *** # *** Do not edit by hand unless you're certain you know what you are doing! *** import warnings import pulumi import pulumi.runtime from typing import Any, Mapping, Optional, Sequence, Union, overload from .. import _utilities __all__ = ['ZoneArgs', 'Zone'] @pulumi.input_type class ZoneArgs: def __init__(__self__, *, lang: Optional[pulumi.Input[str]] = None, name: Optional[pulumi.Input[str]] = None, proxy_pattern: Optional[pulumi.Input[str]] = None, remark: Optional[pulumi.Input[str]] = None, resource_group_id: Optional[pulumi.Input[str]] = None, user_client_ip: Optional[pulumi.Input[str]] = None, zone_name: Optional[pulumi.Input[str]] = None): """ The set of arguments for constructing a Zone resource. :param pulumi.Input[str] lang: The language. Valid values: "zh", "en", "jp". :param pulumi.Input[str] name: The name of the Private Zone. :param pulumi.Input[str] proxy_pattern: The recursive DNS proxy. Valid values: - ZONE: indicates that the recursive DNS proxy is disabled. - RECORD: indicates that the recursive DNS proxy is enabled. Default to "ZONE". :param pulumi.Input[str] remark: The remark of the Private Zone. :param pulumi.Input[str] resource_group_id: The Id of resource group which the Private Zone belongs. :param pulumi.Input[str] user_client_ip: The IP address of the client. :param pulumi.Input[str] zone_name: The zone_name of the Private Zone. """ if lang is not None: pulumi.set(__self__, "lang", lang) if name is not None: warnings.warn("""Field 'name' has been deprecated from version 1.107.0. Use 'zone_name' instead.""", DeprecationWarning) pulumi.log.warn("""name is deprecated: Field 'name' has been deprecated from version 1.107.0. Use 'zone_name' instead.""") if name is not None: pulumi.set(__self__, "name", name) if proxy_pattern is not None: pulumi.set(__self__, "proxy_pattern", proxy_pattern) if remark is not None: pulumi.set(__self__, "remark", remark) if resource_group_id is not None: pulumi.set(__self__, "resource_group_id", resource_group_id) if user_client_ip is not None: pulumi.set(__self__, "user_client_ip", user_client_ip) if zone_name is not None: pulumi.set(__self__, "zone_name", zone_name) @property @pulumi.getter def lang(self) -> Optional[pulumi.Input[str]]: """ The language. Valid values: "zh", "en", "jp". """ return pulumi.get(self, "lang") @lang.setter def lang(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "lang", value) @property @pulumi.getter def name(self) -> Optional[pulumi.Input[str]]: """ The name of the Private Zone. """ return pulumi.get(self, "name") @name.setter def name(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "name", value) @property @pulumi.getter(name="proxyPattern") def proxy_pattern(self) -> Optional[pulumi.Input[str]]: """ The recursive DNS proxy. Valid values: - ZONE: indicates that the recursive DNS proxy is disabled. - RECORD: indicates that the recursive DNS proxy is enabled. Default to "ZONE". """ return pulumi.get(self, "proxy_pattern") @proxy_pattern.setter def proxy_pattern(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "proxy_pattern", value) @property @pulumi.getter def remark(self) -> Optional[pulumi.Input[str]]: """ The remark of the Private Zone. """ return pulumi.get(self, "remark") @remark.setter def remark(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "remark", value) @property @pulumi.getter(name="resourceGroupId") def resource_group_id(self) -> Optional[pulumi.Input[str]]: """ The Id of resource group which the Private Zone belongs. """ return pulumi.get(self, "resource_group_id") @resource_group_id.setter def resource_group_id(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "resource_group_id", value) @property @pulumi.getter(name="userClientIp") def user_client_ip(self) -> Optional[pulumi.Input[str]]: """ The IP address of the client. """ return pulumi.get(self, "user_client_ip") @user_client_ip.setter def user_client_ip(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "user_client_ip", value) @property @pulumi.getter(name="zoneName") def zone_name(self) -> Optional[pulumi.Input[str]]: """ The zone_name of the Private Zone. """ return pulumi.get(self, "zone_name") @zone_name.setter def zone_name(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "zone_name", value) @pulumi.input_type class _ZoneState: def __init__(__self__, *, is_ptr: Optional[pulumi.Input[bool]] = None, lang: Optional[pulumi.Input[str]] = None, name: Optional[pulumi.Input[str]] = None, proxy_pattern: Optional[pulumi.Input[str]] = None, record_count: Optional[pulumi.Input[int]] = None, remark: Optional[pulumi.Input[str]] = None, resource_group_id: Optional[pulumi.Input[str]] = None, user_client_ip: Optional[pulumi.Input[str]] = None, zone_name: Optional[pulumi.Input[str]] = None): """ Input properties used for looking up and filtering Zone resources. :param pulumi.Input[bool] is_ptr: Whether the Private Zone is ptr. :param pulumi.Input[str] lang: The language. Valid values: "zh", "en", "jp". :param pulumi.Input[str] name: The name of the Private Zone. :param pulumi.Input[str] proxy_pattern: The recursive DNS proxy. Valid values: - ZONE: indicates that the recursive DNS proxy is disabled. - RECORD: indicates that the recursive DNS proxy is enabled. Default to "ZONE". :param pulumi.Input[int] record_count: The count of the Private Zone Record. :param pulumi.Input[str] remark: The remark of the Private Zone. :param pulumi.Input[str] resource_group_id: The Id of resource group which the Private Zone belongs. :param pulumi.Input[str] user_client_ip: The IP address of the client. :param pulumi.Input[str] zone_name: The zone_name of the Private Zone. """ if is_ptr is not None: pulumi.set(__self__, "is_ptr", is_ptr) if lang is not None: pulumi.set(__self__, "lang", lang) if name is not None: warnings.warn("""Field 'name' has been deprecated from version 1.107.0. Use 'zone_name' instead.""", DeprecationWarning) pulumi.log.warn("""name is deprecated: Field 'name' has been deprecated from version 1.107.0. Use 'zone_name' instead.""") if name is not None: pulumi.set(__self__, "name", name) if proxy_pattern is not None: pulumi.set(__self__, "proxy_pattern", proxy_pattern) if record_count is not None: pulumi.set(__self__, "record_count", record_count) if remark is not None: pulumi.set(__self__, "remark", remark) if resource_group_id is not None: pulumi.set(__self__, "resource_group_id", resource_group_id) if user_client_ip is not None: pulumi.set(__self__, "user_client_ip", user_client_ip) if zone_name is not None: pulumi.set(__self__, "zone_name", zone_name) @property @pulumi.getter(name="isPtr") def is_ptr(self) -> Optional[pulumi.Input[bool]]: """ Whether the Private Zone is ptr. """ return pulumi.get(self, "is_ptr") @is_ptr.setter def is_ptr(self, value: Optional[pulumi.Input[bool]]): pulumi.set(self, "is_ptr", value) @property @pulumi.getter def lang(self) -> Optional[pulumi.Input[str]]: """ The language. Valid values: "zh", "en", "jp". """ return pulumi.get(self, "lang") @lang.setter def lang(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "lang", value) @property @pulumi.getter def name(self) -> Optional[pulumi.Input[str]]: """ The name of the Private Zone. """ return pulumi.get(self, "name") @name.setter def name(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "name", value) @property @pulumi.getter(name="proxyPattern") def proxy_pattern(self) -> Optional[pulumi.Input[str]]: """ The recursive DNS proxy. Valid values: - ZONE: indicates that the recursive DNS proxy is disabled. - RECORD: indicates that the recursive DNS proxy is enabled. Default to "ZONE". """ return pulumi.get(self, "proxy_pattern") @proxy_pattern.setter def proxy_pattern(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "proxy_pattern", value) @property @pulumi.getter(name="recordCount") def record_count(self) -> Optional[pulumi.Input[int]]: """ The count of the Private Zone Record. """ return pulumi.get(self, "record_count") @record_count.setter def record_count(self, value: Optional[pulumi.Input[int]]): pulumi.set(self, "record_count", value) @property @pulumi.getter def remark(self) -> Optional[pulumi.Input[str]]: """ The remark of the Private Zone. """ return pulumi.get(self, "remark") @remark.setter def remark(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "remark", value) @property @pulumi.getter(name="resourceGroupId") def resource_group_id(self) -> Optional[pulumi.Input[str]]: """ The Id of resource group which the Private Zone belongs. """ return pulumi.get(self, "resource_group_id") @resource_group_id.setter def resource_group_id(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "resource_group_id", value) @property @pulumi.getter(name="userClientIp") def user_client_ip(self) -> Optional[pulumi.Input[str]]: """ The IP address of the client. """ return pulumi.get(self, "user_client_ip") @user_client_ip.setter def user_client_ip(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "user_client_ip", value) @property @pulumi.getter(name="zoneName") def zone_name(self) -> Optional[pulumi.Input[str]]: """ The zone_name of the Private Zone. """ return pulumi.get(self, "zone_name") @zone_name.setter def zone_name(self, value: Optional[pulumi.Input[str]]): pulumi.set(self, "zone_name", value) class Zone(pulumi.CustomResource): @overload def __init__(__self__, resource_name: str, opts: Optional[pulumi.ResourceOptions] = None, lang: Optional[pulumi.Input[str]] = None, name: Optional[pulumi.Input[str]] = None, proxy_pattern: Optional[pulumi.Input[str]] = None, remark: Optional[pulumi.Input[str]] = None, resource_group_id: Optional[pulumi.Input[str]] = None, user_client_ip: Optional[pulumi.Input[str]] = None, zone_name: Optional[pulumi.Input[str]] = None, __props__=None): """ ## Import Private Zone can be imported using the id, e.g. ```sh $ pulumi import alicloud:pvtz/zone:Zone example abc123456 ``` :param str resource_name: The name of the resource. :param pulumi.ResourceOptions opts: Options for the resource. :param pulumi.Input[str] lang: The language. Valid values: "zh", "en", "jp". :param pulumi.Input[str] name: The name of the Private Zone. :param pulumi.Input[str] proxy_pattern: The recursive DNS proxy. Valid values: - ZONE: indicates that the recursive DNS proxy is disabled. - RECORD: indicates that the recursive DNS proxy is enabled. Default to "ZONE". :param pulumi.Input[str] remark: The remark of the Private Zone. :param pulumi.Input[str] resource_group_id: The Id of resource group which the Private Zone belongs. :param pulumi.Input[str] user_client_ip: The IP address of the client. :param pulumi.Input[str] zone_name: The zone_name of the Private Zone. """ ... @overload def __init__(__self__, resource_name: str, args: Optional[ZoneArgs] = None, opts: Optional[pulumi.ResourceOptions] = None): """ ## Import Private Zone can be imported using the id, e.g. ```sh $ pulumi import alicloud:pvtz/zone:Zone example abc123456 ``` :param str resource_name: The name of the resource. :param ZoneArgs args: The arguments to use to populate this resource's properties. :param pulumi.ResourceOptions opts: Options for the resource. """ ... def __init__(__self__, resource_name: str, *args, **kwargs): resource_args, opts = _utilities.get_resource_args_opts(ZoneArgs, pulumi.ResourceOptions, *args, **kwargs) if resource_args is not None: __self__._internal_init(resource_name, opts, **resource_args.__dict__) else: __self__._internal_init(resource_name, *args, **kwargs) def _internal_init(__self__, resource_name: str, opts: Optional[pulumi.ResourceOptions] = None, lang: Optional[pulumi.Input[str]] = None, name: Optional[pulumi.Input[str]] = None, proxy_pattern: Optional[pulumi.Input[str]] = None, remark: Optional[pulumi.Input[str]] = None, resource_group_id: Optional[pulumi.Input[str]] = None, user_client_ip: Optional[pulumi.Input[str]] = None, zone_name: Optional[pulumi.Input[str]] = None, __props__=None): if opts is None: opts = pulumi.ResourceOptions() if not isinstance(opts, pulumi.ResourceOptions): raise TypeError('Expected resource options to be a ResourceOptions instance') if opts.version is None: opts.version = _utilities.get_version() if opts.id is None: if __props__ is not None: raise TypeError('__props__ is only valid when passed in combination with a valid opts.id to get an existing resource') __props__ = ZoneArgs.__new__(ZoneArgs) __props__.__dict__["lang"] = lang if name is not None and not opts.urn: warnings.warn("""Field 'name' has been deprecated from version 1.107.0. Use 'zone_name' instead.""", DeprecationWarning) pulumi.log.warn("""name is deprecated: Field 'name' has been deprecated from version 1.107.0. Use 'zone_name' instead.""") __props__.__dict__["name"] = name __props__.__dict__["proxy_pattern"] = proxy_pattern __props__.__dict__["remark"] = remark __props__.__dict__["resource_group_id"] = resource_group_id __props__.__dict__["user_client_ip"] = user_client_ip __props__.__dict__["zone_name"] = zone_name __props__.__dict__["is_ptr"] = None __props__.__dict__["record_count"] = None super(Zone, __self__).__init__( 'alicloud:pvtz/zone:Zone', resource_name, __props__, opts) @staticmethod def get(resource_name: str, id: pulumi.Input[str], opts: Optional[pulumi.ResourceOptions] = None, is_ptr: Optional[pulumi.Input[bool]] = None, lang: Optional[pulumi.Input[str]] = None, name: Optional[pulumi.Input[str]] = None, proxy_pattern: Optional[pulumi.Input[str]] = None, record_count: Optional[pulumi.Input[int]] = None, remark: Optional[pulumi.Input[str]] = None, resource_group_id: Optional[pulumi.Input[str]] = None, user_client_ip: Optional[pulumi.Input[str]] = None, zone_name: Optional[pulumi.Input[str]] = None) -> 'Zone': """ Get an existing Zone resource's state with the given name, id, and optional extra properties used to qualify the lookup. :param str resource_name: The unique name of the resulting resource. :param pulumi.Input[str] id: The unique provider ID of the resource to lookup. :param pulumi.ResourceOptions opts: Options for the resource. :param pulumi.Input[bool] is_ptr: Whether the Private Zone is ptr. :param pulumi.Input[str] lang: The language. Valid values: "zh", "en", "jp". :param pulumi.Input[str] name: The name of the Private Zone. :param pulumi.Input[str] proxy_pattern: The recursive DNS proxy. Valid values: - ZONE: indicates that the recursive DNS proxy is disabled. - RECORD: indicates that the recursive DNS proxy is enabled. Default to "ZONE". :param pulumi.Input[int] record_count: The count of the Private Zone Record. :param pulumi.Input[str] remark: The remark of the Private Zone. :param pulumi.Input[str] resource_group_id: The Id of resource group which the Private Zone belongs. :param pulumi.Input[str] user_client_ip: The IP address of the client. :param pulumi.Input[str] zone_name: The zone_name of the Private Zone. """ opts = pulumi.ResourceOptions.merge(opts, pulumi.ResourceOptions(id=id)) __props__ = _ZoneState.__new__(_ZoneState) __props__.__dict__["is_ptr"] = is_ptr __props__.__dict__["lang"] = lang __props__.__dict__["name"] = name __props__.__dict__["proxy_pattern"] = proxy_pattern __props__.__dict__["record_count"] = record_count __props__.__dict__["remark"] = remark __props__.__dict__["resource_group_id"] = resource_group_id __props__.__dict__["user_client_ip"] = user_client_ip __props__.__dict__["zone_name"] = zone_name return Zone(resource_name, opts=opts, __props__=__props__) @property @pulumi.getter(name="isPtr") def is_ptr(self) -> pulumi.Output[bool]: """ Whether the Private Zone is ptr. """ return pulumi.get(self, "is_ptr") @property @pulumi.getter def lang(self) -> pulumi.Output[Optional[str]]: """ The language. Valid values: "zh", "en", "jp". """ return pulumi.get(self, "lang") @property @pulumi.getter def name(self) -> pulumi.Output[str]: """ The name of the Private Zone. """ return pulumi.get(self, "name") @property @pulumi.getter(name="proxyPattern") def proxy_pattern(self) -> pulumi.Output[Optional[str]]: """ The recursive DNS proxy. Valid values: - ZONE: indicates that the recursive DNS proxy is disabled. - RECORD: indicates that the recursive DNS proxy is enabled. Default to "ZONE". """ return pulumi.get(self, "proxy_pattern") @property @pulumi.getter(name="recordCount") def record_count(self) -> pulumi.Output[int]: """ The count of the Private Zone Record. """ return pulumi.get(self, "record_count") @property @pulumi.getter def remark(self) -> pulumi.Output[Optional[str]]: """ The remark of the Private Zone. """ return pulumi.get(self, "remark") @property @pulumi.getter(name="resourceGroupId") def resource_group_id(self) -> pulumi.Output[Optional[str]]: """ The Id of resource group which the Private Zone belongs. """ return pulumi.get(self, "resource_group_id") @property @pulumi.getter(name="userClientIp") def user_client_ip(self) -> pulumi.Output[Optional[str]]: """ The IP address of the client. """ return pulumi.get(self, "user_client_ip") @property @pulumi.getter(name="zoneName") def zone_name(self) -> pulumi.Output[str]: """ The zone_name of the Private Zone. """ return pulumi.get(self, "zone_name")

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8

b63af0dc529fac619ac9d3c8df81fb2e22f563d9

136

py

Python

icevision/models/mmdet/models/yolof/backbones/__init__.py

matt-deboer/icevision

bf886e558cc0c5ba5c84559514b8330c64d72f8d

[ "Apache-2.0" ]

null

icevision/models/mmdet/models/yolof/backbones/__init__.py

matt-deboer/icevision

bf886e558cc0c5ba5c84559514b8330c64d72f8d

[ "Apache-2.0" ]

null

icevision/models/mmdet/models/yolof/backbones/__init__.py

matt-deboer/icevision

bf886e558cc0c5ba5c84559514b8330c64d72f8d

[ "Apache-2.0" ]

null

from icevision.models.mmdet.models.yolof.backbones.resnet_fpn import * from icevision.models.mmdet.models.yolof.backbones.swin import *

45.333333

70

0.838235

19

136

5.947368

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0.230089

0.336283

0.424779

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0

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136

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0

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true

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0

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1

0

1

0

1

0

10

b64aa1147fa9815a0cd95346adc0ac34bd31b0ea

29,706

py

Python

src/robusta/integrations/kubernetes/autogenerated/triggers.py

shahar-lev/robusta

dbee478f2dc3c9757c091b6f55d7ea023711eb7c

[ "MIT" ]

null

src/robusta/integrations/kubernetes/autogenerated/triggers.py

shahar-lev/robusta

dbee478f2dc3c9757c091b6f55d7ea023711eb7c

[ "MIT" ]

null

src/robusta/integrations/kubernetes/autogenerated/triggers.py

shahar-lev/robusta

dbee478f2dc3c9757c091b6f55d7ea023711eb7c

[ "MIT" ]

null

# This file was autogenerated. Do not edit. from typing import Optional, Dict from pydantic import BaseModel from ..base_triggers import K8sBaseTrigger from ....core.model.k8s_operation_type import K8sOperationType from .events import * # Pod Triggers class PodAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Pod", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return PodChangeEvent class PodCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Pod", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return PodChangeEvent class PodDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Pod", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return PodChangeEvent class PodUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Pod", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return PodChangeEvent # ReplicaSet Triggers class ReplicaSetAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ReplicaSet", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ReplicaSetChangeEvent class ReplicaSetCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ReplicaSet", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ReplicaSetChangeEvent class ReplicaSetDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ReplicaSet", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ReplicaSetChangeEvent class ReplicaSetUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ReplicaSet", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ReplicaSetChangeEvent # DaemonSet Triggers class DaemonSetAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="DaemonSet", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DaemonSetChangeEvent class DaemonSetCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="DaemonSet", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DaemonSetChangeEvent class DaemonSetDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="DaemonSet", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DaemonSetChangeEvent class DaemonSetUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="DaemonSet", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DaemonSetChangeEvent # Deployment Triggers class DeploymentAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Deployment", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DeploymentChangeEvent class DeploymentCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Deployment", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DeploymentChangeEvent class DeploymentDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Deployment", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DeploymentChangeEvent class DeploymentUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Deployment", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return DeploymentChangeEvent # StatefulSet Triggers class StatefulSetAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="StatefulSet", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return StatefulSetChangeEvent class StatefulSetCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="StatefulSet", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return StatefulSetChangeEvent class StatefulSetDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="StatefulSet", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return StatefulSetChangeEvent class StatefulSetUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="StatefulSet", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return StatefulSetChangeEvent # Service Triggers class ServiceAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Service", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceChangeEvent class ServiceCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Service", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceChangeEvent class ServiceDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Service", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceChangeEvent class ServiceUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Service", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceChangeEvent # Event Triggers class EventAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Event", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return EventChangeEvent class EventCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Event", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return EventChangeEvent class EventDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Event", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return EventChangeEvent class EventUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Event", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return EventChangeEvent # HorizontalPodAutoscaler Triggers class HorizontalPodAutoscalerAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="HorizontalPodAutoscaler", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return HorizontalPodAutoscalerChangeEvent class HorizontalPodAutoscalerCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="HorizontalPodAutoscaler", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return HorizontalPodAutoscalerChangeEvent class HorizontalPodAutoscalerDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="HorizontalPodAutoscaler", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return HorizontalPodAutoscalerChangeEvent class HorizontalPodAutoscalerUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="HorizontalPodAutoscaler", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return HorizontalPodAutoscalerChangeEvent # Node Triggers class NodeAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Node", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NodeChangeEvent class NodeCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Node", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NodeChangeEvent class NodeDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Node", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NodeChangeEvent class NodeUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Node", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NodeChangeEvent # ClusterRole Triggers class ClusterRoleAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRole", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleChangeEvent class ClusterRoleCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRole", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleChangeEvent class ClusterRoleDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRole", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleChangeEvent class ClusterRoleUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRole", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleChangeEvent # ClusterRoleBinding Triggers class ClusterRoleBindingAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRoleBinding", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleBindingChangeEvent class ClusterRoleBindingCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRoleBinding", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleBindingChangeEvent class ClusterRoleBindingDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRoleBinding", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleBindingChangeEvent class ClusterRoleBindingUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ClusterRoleBinding", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ClusterRoleBindingChangeEvent # Job Triggers class JobAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Job", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return JobChangeEvent class JobCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Job", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return JobChangeEvent class JobDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Job", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return JobChangeEvent class JobUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Job", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return JobChangeEvent # Namespace Triggers class NamespaceAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Namespace", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NamespaceChangeEvent class NamespaceCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Namespace", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NamespaceChangeEvent class NamespaceDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Namespace", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NamespaceChangeEvent class NamespaceUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Namespace", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return NamespaceChangeEvent # ServiceAccount Triggers class ServiceAccountAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ServiceAccount", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceAccountChangeEvent class ServiceAccountCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ServiceAccount", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceAccountChangeEvent class ServiceAccountDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ServiceAccount", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceAccountChangeEvent class ServiceAccountUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="ServiceAccount", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return ServiceAccountChangeEvent # Kubernetes Any Triggers class KubernetesAnyAllChangesTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Any", operation=None, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return KubernetesAnyChangeEvent class KubernetesAnyCreateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Any", operation=K8sOperationType.CREATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return KubernetesAnyChangeEvent class KubernetesAnyDeleteTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Any", operation=K8sOperationType.DELETE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return KubernetesAnyChangeEvent class KubernetesAnyUpdateTrigger(K8sBaseTrigger): def __init__(self, name_prefix: str = None, namespace_prefix: str = None): super().__init__( kind="Any", operation=K8sOperationType.UPDATE, name_prefix=name_prefix, namespace_prefix=namespace_prefix, ) @staticmethod def get_execution_event_type() -> type: return KubernetesAnyChangeEvent # K8s Trigger class class K8sTriggers(BaseModel): on_clusterrole_all_changes: Optional[ClusterRoleAllChangesTrigger] on_clusterrole_create: Optional[ClusterRoleCreateTrigger] on_clusterrole_delete: Optional[ClusterRoleDeleteTrigger] on_clusterrole_update: Optional[ClusterRoleUpdateTrigger] on_clusterrolebinding_all_changes: Optional[ClusterRoleBindingAllChangesTrigger] on_clusterrolebinding_create: Optional[ClusterRoleBindingCreateTrigger] on_clusterrolebinding_delete: Optional[ClusterRoleBindingDeleteTrigger] on_clusterrolebinding_update: Optional[ClusterRoleBindingUpdateTrigger] on_daemonset_all_changes: Optional[DaemonSetAllChangesTrigger] on_daemonset_create: Optional[DaemonSetCreateTrigger] on_daemonset_delete: Optional[DaemonSetDeleteTrigger] on_daemonset_update: Optional[DaemonSetUpdateTrigger] on_deployment_all_changes: Optional[DeploymentAllChangesTrigger] on_deployment_create: Optional[DeploymentCreateTrigger] on_deployment_delete: Optional[DeploymentDeleteTrigger] on_deployment_update: Optional[DeploymentUpdateTrigger] on_event_all_changes: Optional[EventAllChangesTrigger] on_event_create: Optional[EventCreateTrigger] on_event_delete: Optional[EventDeleteTrigger] on_event_update: Optional[EventUpdateTrigger] on_horizontalpodautoscaler_all_changes: Optional[ HorizontalPodAutoscalerAllChangesTrigger ] on_horizontalpodautoscaler_create: Optional[HorizontalPodAutoscalerCreateTrigger] on_horizontalpodautoscaler_delete: Optional[HorizontalPodAutoscalerDeleteTrigger] on_horizontalpodautoscaler_update: Optional[HorizontalPodAutoscalerUpdateTrigger] on_job_all_changes: Optional[JobAllChangesTrigger] on_job_create: Optional[JobCreateTrigger] on_job_delete: Optional[JobDeleteTrigger] on_job_update: Optional[JobUpdateTrigger] on_kubernetes_any_resource_all_changes: Optional[KubernetesAnyAllChangesTrigger] on_kubernetes_any_resource_create: Optional[KubernetesAnyCreateTrigger] on_kubernetes_any_resource_delete: Optional[KubernetesAnyDeleteTrigger] on_kubernetes_any_resource_update: Optional[KubernetesAnyUpdateTrigger] on_namespace_all_changes: Optional[NamespaceAllChangesTrigger] on_namespace_create: Optional[NamespaceCreateTrigger] on_namespace_delete: Optional[NamespaceDeleteTrigger] on_namespace_update: Optional[NamespaceUpdateTrigger] on_node_all_changes: Optional[NodeAllChangesTrigger] on_node_create: Optional[NodeCreateTrigger] on_node_delete: Optional[NodeDeleteTrigger] on_node_update: Optional[NodeUpdateTrigger] on_pod_all_changes: Optional[PodAllChangesTrigger] on_pod_create: Optional[PodCreateTrigger] on_pod_delete: Optional[PodDeleteTrigger] on_pod_update: Optional[PodUpdateTrigger] on_replicaset_all_changes: Optional[ReplicaSetAllChangesTrigger] on_replicaset_create: Optional[ReplicaSetCreateTrigger] on_replicaset_delete: Optional[ReplicaSetDeleteTrigger] on_replicaset_update: Optional[ReplicaSetUpdateTrigger] on_service_all_changes: Optional[ServiceAllChangesTrigger] on_service_create: Optional[ServiceCreateTrigger] on_service_delete: Optional[ServiceDeleteTrigger] on_service_update: Optional[ServiceUpdateTrigger] on_serviceaccount_all_changes: Optional[ServiceAccountAllChangesTrigger] on_serviceaccount_create: Optional[ServiceAccountCreateTrigger] on_serviceaccount_delete: Optional[ServiceAccountDeleteTrigger] on_serviceaccount_update: Optional[ServiceAccountUpdateTrigger] on_statefulset_all_changes: Optional[StatefulSetAllChangesTrigger] on_statefulset_create: Optional[StatefulSetCreateTrigger] on_statefulset_delete: Optional[StatefulSetDeleteTrigger] on_statefulset_update: Optional[StatefulSetUpdateTrigger]

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b68a4f4896eec119f33b3c83594fb67c6afd59ae

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Python

tests/test_webdiplomacy.py

BigBadWeirdo/svetlana

b9630975bff312600ab5cce79c45936c4f0551bd

[ "MIT" ]

null

tests/test_webdiplomacy.py

BigBadWeirdo/svetlana

b9630975bff312600ab5cce79c45936c4f0551bd

[ "MIT" ]

1

2020-11-24T22:14:17.000Z

tests/test_webdiplomacy.py

BigBadWeirdo/svetlana

b9630975bff312600ab5cce79c45936c4f0551bd

[ "MIT" ]

1

2020-11-21T14:47:14.000Z

import pytest from datetime import datetime import time from svetlana.webdiplomacy import DiplomacyGame, WebDiplomacyClient, \ InvalidGameError def test_client_won(mocker, monkeypatch): response = """<foo gameTimeRemaining unixtime="1337"> <foo memberCountryName><bar memberStatusWon">Russia</bar> <a LargeMapLink href="foo.jpg"> <"gameName">mock</gameName> <"gameDate">Spring 1901</gameDate><"gamePhase">Diplomacy</gamePhase> """ monkeypatch.setattr(WebDiplomacyClient, '_request', lambda *args: response) monkeypatch.setattr(time, 'time', lambda *args: 12345) request_spy = mocker.spy(WebDiplomacyClient, '_request') client = WebDiplomacyClient() game = client.fetch(1234) assert request_spy.call_count == 1 args, kwargs = request_spy.call_args assert args[1] == 'https://webdiplomacy.net/board.php?gameID=1234' assert game.game_id == 1234 assert game.won == 'Russia' assert not game.pregame assert game.map_url == 'https://webdiplomacy.net/foo.jpg&time=12345' assert game.name == 'mock' assert game.phase == 'Diplomacy' assert game.date == 'Spring 1901' def test_client_draw(mocker, monkeypatch): response = """<foo gameTimeRemaining unixtime="1337"> <foo memberCountryName><bar memberStatusDrawn">Russia</bar> <foo memberCountryName><bar memberStatusDrawn">France</bar> <a LargeMapLink href="foo.jpg"> <"gameName">mock</gameName> <"gameDate">Spring 1901</gameDate><"gamePhase">Diplomacy</gamePhase> """ monkeypatch.setattr(WebDiplomacyClient, '_request', lambda *args: response) monkeypatch.setattr(time, 'time', lambda *args: 12345) request_spy = mocker.spy(WebDiplomacyClient, '_request') client = WebDiplomacyClient() game = client.fetch(1234) assert request_spy.call_count == 1 args, kwargs = request_spy.call_args assert args[1] == 'https://webdiplomacy.net/board.php?gameID=1234' assert 'Russia' in game.drawn assert 'France' in game.drawn assert not game.pregame assert game.map_url == 'https://webdiplomacy.net/foo.jpg&time=12345' def test_client_pregame(mocker, monkeypatch): response = """<foo gameTimeRemaining unixtime="1337"> <foo "memberPreGameList"> <a LargeMapLink href="foo.jpg"> <"gameName">mock</gameName> <"gameDate">Spring 1901</gameDate><"gamePhase">Diplomacy</gamePhase> """ monkeypatch.setattr(WebDiplomacyClient, '_request', lambda *args: response) monkeypatch.setattr(time, 'time', lambda *args: 12345) request_spy = mocker.spy(WebDiplomacyClient, '_request') client = WebDiplomacyClient() game = client.fetch(1234) assert request_spy.call_count == 1 args, kwargs = request_spy.call_args assert args[1] == 'https://webdiplomacy.net/board.php?gameID=1234' assert game.pregame assert game.map_url == 'https://webdiplomacy.net/foo.jpg&time=12345' def test_client_ready(mocker, monkeypatch): response = """<foo gameTimeRemaining unixtime="1337"> <foo memberCountryName>tick<bar "MemberStatusPlaying">Italy</bar> <foo memberCountryName>tick<bar "MemberStatusPlaying">France</bar> <a LargeMapLink href="foo.jpg"> <"gameName">mock</gameName> <"gameDate">Spring 1901</gameDate><"gamePhase">Diplomacy</gamePhase> """ monkeypatch.setattr(WebDiplomacyClient, '_request', lambda *args: response) monkeypatch.setattr(time, 'time', lambda *args: 12345) request_spy = mocker.spy(WebDiplomacyClient, '_request') client = WebDiplomacyClient() game = client.fetch(1234) assert request_spy.call_count == 1 args, kwargs = request_spy.call_args assert args[1] == 'https://webdiplomacy.net/board.php?gameID=1234' assert not game.pregame assert 'Italy' in game.ready assert 'France' in game.ready assert game.map_url == 'https://webdiplomacy.net/foo.jpg&time=12345' def test_client_not_ready(mocker, monkeypatch): response = """<foo gameTimeRemaining unixtime="1337"> <foo memberCountryName>alert<bar "MemberStatusPlaying">Italy</bar> <foo memberCountryName>alert<bar "MemberStatusPlaying">France</bar> <a LargeMapLink href="foo.jpg"> <"gameName">mock</gameName> <"gameDate">Spring 1901</gameDate><"gamePhase">Diplomacy</gamePhase> """ monkeypatch.setattr(WebDiplomacyClient, '_request', lambda *args: response) monkeypatch.setattr(time, 'time', lambda *args: 12345) request_spy = mocker.spy(WebDiplomacyClient, '_request') client = WebDiplomacyClient() game = client.fetch(1234) assert request_spy.call_count == 1 args, kwargs = request_spy.call_args assert args[1] == 'https://webdiplomacy.net/board.php?gameID=1234' assert not game.pregame assert 'Italy' in game.not_ready assert 'France' in game.not_ready assert game.map_url == 'https://webdiplomacy.net/foo.jpg&time=12345' def test_game_time(mocker, monkeypatch): mock_game = DiplomacyGame(1, { 'name': ['Mock'], 'date': ['Spring, 1901'], 'phase': ['Diplomacy'], 'deadline': [str(int(datetime.now().timestamp()))], 'defeated': [], 'not_ready': [], 'ready': [], 'won': [], 'drawn': [], 'pregame': [], 'map_link': [''], }, '', '') assert mock_game.days_left == -1 assert mock_game.hours_left == 23 assert mock_game.minutes_left == 59 mock_game = DiplomacyGame(1, { 'name': ['Mock'], 'date': ['Spring, 1901'], 'phase': ['Diplomacy'], 'deadline': [str(int(datetime.now().timestamp())+3600)], 'defeated': [], 'not_ready': [], 'ready': [], 'won': [], 'drawn': [], 'pregame': [], 'map_link': [''], }, '', '') assert mock_game.days_left == 0 assert mock_game.hours_left == 0 assert mock_game.minutes_left == 59 def test_game_stats(mocker, monkeypatch): mock_game = DiplomacyGame(1, { 'name': ['Mock'], 'date': ['Spring, 1901'], 'phase': ['Diplomacy'], 'deadline': [str(int(datetime.now().timestamp()))], 'defeated': ['Italy'], 'not_ready': ['Turkey'], 'ready': ['Germany'], 'won': ['Russia'], 'drawn': ['Russia', 'France'], 'pregame': [], 'map_link': [''], }, '', '') assert mock_game.defeated == ['Italy'] assert mock_game.not_ready == ['Turkey'] assert mock_game.ready == ['Germany'] assert mock_game.won == 'Russia' assert mock_game.drawn == ['Russia', 'France'] assert not mock_game.pregame def test_game_pregame(mocker, monkeypatch): mock_game = DiplomacyGame(1, { 'name': ['Mock'], 'date': ['Spring, 1901'], 'phase': ['Diplomacy'], 'deadline': [str(int(datetime.now().timestamp()))], 'defeated': [], 'not_ready': [], 'ready': [], 'won': [], 'drawn': [], 'pregame': ['foo'], 'map_link': [''], }, '', '') assert mock_game.pregame def test_game_negative_id(mocker, monkeypatch): with pytest.raises(InvalidGameError): mock_game = DiplomacyGame(-1, { 'name': ['Mock'], 'date': ['Spring, 1901'], 'phase': ['Diplomacy'], 'deadline': [str(int(datetime.now().timestamp()))], 'defeated': [], 'not_ready': [], 'ready': [], 'won': [], 'drawn': [], 'pregame': ['foo'], 'map_link': [''], }, '', '')

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1

0

null

0

7

b6aee970dc0141cf3f7ca3958c942dc4b0b6fb3e

18,114

py

Python

fixtures/contact.py

DanteAut2/python_training

0c110a49590ca3e5923e3a1686bd68b14cc13e1b

[ "Apache-2.0" ]

null

fixtures/contact.py

DanteAut2/python_training

0c110a49590ca3e5923e3a1686bd68b14cc13e1b

[ "Apache-2.0" ]

null

fixtures/contact.py

DanteAut2/python_training

0c110a49590ca3e5923e3a1686bd68b14cc13e1b

[ "Apache-2.0" ]

null

from model.contact import Contact import re class ContactHelper: def __init__(self, app): self.app = app def open_add_contact_screen(self): wd = self.app.wd if not (wd.current_url.endswith("/edit.php") and len(wd.find_elements_by_name("submit")) > 0): wd.find_element_by_link_text("add new").click() def add_new_contact(self, contact): wd = self.app.wd self.open_add_contact_screen() wd.find_element_by_name("firstname").click() wd.find_element_by_name("firstname").clear() wd.find_element_by_name("firstname").send_keys(contact.firstname) wd.find_element_by_name("middlename").click() wd.find_element_by_name("middlename").clear() wd.find_element_by_name("middlename").send_keys(contact.middlename) wd.find_element_by_name("lastname").click() wd.find_element_by_name("lastname").clear() wd.find_element_by_name("lastname").send_keys(contact.lastname) wd.find_element_by_name("nickname").click() wd.find_element_by_name("nickname").clear() wd.find_element_by_name("nickname").send_keys(contact.nickname) wd.find_element_by_name("title").click() wd.find_element_by_name("title").clear() wd.find_element_by_name("title").send_keys(contact.title) wd.find_element_by_name("company").click() wd.find_element_by_name("company").clear() wd.find_element_by_name("company").send_keys(contact.company) wd.find_element_by_name("address").click() wd.find_element_by_name("address").clear() wd.find_element_by_name("address").send_keys(contact.street) wd.find_element_by_name("home").click() wd.find_element_by_name("home").clear() wd.find_element_by_name("home").send_keys(contact.homephone) wd.find_element_by_name("mobile").click() wd.find_element_by_name("mobile").clear() wd.find_element_by_name("mobile").send_keys(contact.mobilephone) wd.find_element_by_name("work").click() wd.find_element_by_name("work").clear() wd.find_element_by_name("work").send_keys(contact.workphone) wd.find_element_by_name("fax").click() wd.find_element_by_name("fax").clear() wd.find_element_by_name("fax").send_keys(contact.fax) wd.find_element_by_name("email").click() wd.find_element_by_name("email").clear() wd.find_element_by_name("email").send_keys(contact.email) wd.find_element_by_name("bday").click() wd.find_element_by_xpath("//option[@value='" + contact.birthday_day + "']").click() wd.find_element_by_name("bmonth").click() wd.find_element_by_xpath("//option[@value='" + contact.birthday_month + "']").click() wd.find_element_by_name("byear").click() wd.find_element_by_name("byear").clear() wd.find_element_by_name("byear").send_keys(contact.birthday_year) wd.find_element_by_name("aday").click() wd.find_element_by_xpath("(//option[@value='" + contact.anniversary_day + "'])[2]").click() wd.find_element_by_name("amonth").click() wd.find_element_by_xpath("(//option[@value='" + contact.anniversary_month + "'])[2]").click() wd.find_element_by_name("ayear").click() wd.find_element_by_name("ayear").clear() wd.find_element_by_name("ayear").send_keys(contact.anniversary_year) wd.find_element_by_name("address2").click() wd.find_element_by_name("address2").clear() wd.find_element_by_name("address2").send_keys(contact.address2) wd.find_element_by_name("phone2").click() wd.find_element_by_name("phone2").clear() wd.find_element_by_name("phone2").send_keys(contact.phone2) wd.find_element_by_name("notes").click() wd.find_element_by_name("notes").clear() wd.find_element_by_name("notes").send_keys(contact.note) wd.find_element_by_xpath("(//input[@name='submit'])[2]").click() self.open_contact_page() self.contacts_cache = None def edit_first_contact(self): self.edit_contact_by_index(0) def edit_contact_by_index(self, index, contact): wd = self.app.wd self.open_contact_page() self.open_contact_to_edit_by_index(index) wd.find_element_by_name("firstname").click() wd.find_element_by_name("firstname").clear() wd.find_element_by_name("firstname").send_keys(contact.firstname) wd.find_element_by_name("middlename").click() wd.find_element_by_name("middlename").clear() wd.find_element_by_name("middlename").send_keys(contact.middlename) wd.find_element_by_name("lastname").click() wd.find_element_by_name("lastname").clear() wd.find_element_by_name("lastname").send_keys(contact.lastname) wd.find_element_by_name("nickname").click() wd.find_element_by_name("nickname").clear() wd.find_element_by_name("nickname").send_keys(contact.nickname) wd.find_element_by_name("title").click() wd.find_element_by_name("title").clear() wd.find_element_by_name("title").send_keys(contact.title) wd.find_element_by_name("company").click() wd.find_element_by_name("company").clear() wd.find_element_by_name("company").send_keys(contact.company) wd.find_element_by_name("address").click() wd.find_element_by_name("address").clear() wd.find_element_by_name("address").send_keys(contact.street) wd.find_element_by_name("home").click() wd.find_element_by_name("home").clear() wd.find_element_by_name("home").send_keys(contact.homephone) wd.find_element_by_name("mobile").click() wd.find_element_by_name("mobile").clear() wd.find_element_by_name("mobile").send_keys(contact.mobilephone) wd.find_element_by_name("work").click() wd.find_element_by_name("work").clear() wd.find_element_by_name("work").send_keys(contact.workphone) wd.find_element_by_name("fax").click() wd.find_element_by_name("fax").clear() wd.find_element_by_name("fax").send_keys(contact.fax) wd.find_element_by_name("email").click() wd.find_element_by_name("email").clear() wd.find_element_by_name("email").send_keys(contact.email) wd.find_element_by_name("bday").click() wd.find_element_by_xpath("//option[@value='" + contact.birthday_day + "']").click() wd.find_element_by_name("bmonth").click() wd.find_element_by_xpath("//option[@value='" + contact.birthday_month + "']").click() wd.find_element_by_name("byear").click() wd.find_element_by_name("byear").clear() wd.find_element_by_name("byear").send_keys(contact.birthday_year) wd.find_element_by_name("aday").click() wd.find_element_by_xpath("(//option[@value='" + contact.anniversary_day + "'])[2]").click() wd.find_element_by_name("amonth").click() wd.find_element_by_xpath("//option[@value='" + contact.anniversary_month.lower() + "']").click() wd.find_element_by_name("ayear").click() wd.find_element_by_name("ayear").clear() wd.find_element_by_name("ayear").send_keys(contact.anniversary_year) wd.find_element_by_name("address2").click() wd.find_element_by_name("address2").clear() wd.find_element_by_name("address2").send_keys(contact.address2) wd.find_element_by_name("phone2").click() wd.find_element_by_name("phone2").clear() wd.find_element_by_name("phone2").send_keys(contact.phone2) wd.find_element_by_name("notes").click() wd.find_element_by_name("notes").clear() wd.find_element_by_name("notes").send_keys(contact.note) wd.find_element_by_xpath("//input[@name='update']").click() self.open_contact_page() self.contacts_cache = None def edit_contact_by_id(self, id, contact_to_edit): wd = self.app.wd self.open_contact_page() self.open_contact_to_edit_by_id(int(id)) wd.find_element_by_name("firstname").click() wd.find_element_by_name("firstname").clear() wd.find_element_by_name("firstname").send_keys(contact_to_edit.firstname) wd.find_element_by_name("middlename").click() wd.find_element_by_name("middlename").clear() wd.find_element_by_name("middlename").send_keys(contact_to_edit.middlename) wd.find_element_by_name("lastname").click() wd.find_element_by_name("lastname").clear() wd.find_element_by_name("lastname").send_keys(contact_to_edit.lastname) wd.find_element_by_name("nickname").click() wd.find_element_by_name("nickname").clear() wd.find_element_by_name("nickname").send_keys(contact_to_edit.nickname) wd.find_element_by_name("title").click() wd.find_element_by_name("title").clear() wd.find_element_by_name("title").send_keys(contact_to_edit.title) wd.find_element_by_name("company").click() wd.find_element_by_name("company").clear() wd.find_element_by_name("company").send_keys(contact_to_edit.company) wd.find_element_by_name("address").click() wd.find_element_by_name("address").clear() wd.find_element_by_name("address").send_keys(contact_to_edit.street) wd.find_element_by_name("home").click() wd.find_element_by_name("home").clear() wd.find_element_by_name("home").send_keys(contact_to_edit.homephone) wd.find_element_by_name("mobile").click() wd.find_element_by_name("mobile").clear() wd.find_element_by_name("mobile").send_keys(contact_to_edit.mobilephone) wd.find_element_by_name("work").click() wd.find_element_by_name("work").clear() wd.find_element_by_name("work").send_keys(contact_to_edit.workphone) wd.find_element_by_name("fax").click() wd.find_element_by_name("fax").clear() wd.find_element_by_name("fax").send_keys(contact_to_edit.fax) wd.find_element_by_name("email").click() wd.find_element_by_name("email").clear() wd.find_element_by_name("email").send_keys(contact_to_edit.email) wd.find_element_by_name("bday").click() wd.find_element_by_xpath("//option[@value='" + contact_to_edit.birthday_day + "']").click() wd.find_element_by_name("bmonth").click() wd.find_element_by_xpath("//option[@value='" + contact_to_edit.birthday_month + "']").click() wd.find_element_by_name("byear").click() wd.find_element_by_name("byear").clear() wd.find_element_by_name("byear").send_keys(contact_to_edit.birthday_year) wd.find_element_by_name("aday").click() wd.find_element_by_xpath("(//option[@value='" + contact_to_edit.anniversary_day + "'])[2]").click() wd.find_element_by_name("amonth").click() wd.find_element_by_xpath("//option[@value='" + contact_to_edit.anniversary_month.lower() + "']").click() wd.find_element_by_name("ayear").click() wd.find_element_by_name("ayear").clear() wd.find_element_by_name("ayear").send_keys(contact_to_edit.anniversary_year) wd.find_element_by_name("address2").click() wd.find_element_by_name("address2").clear() wd.find_element_by_name("address2").send_keys(contact_to_edit.address2) wd.find_element_by_name("phone2").click() wd.find_element_by_name("phone2").clear() wd.find_element_by_name("phone2").send_keys(contact_to_edit.phone2) wd.find_element_by_name("notes").click() wd.find_element_by_name("notes").clear() wd.find_element_by_name("notes").send_keys(contact_to_edit.note) wd.find_element_by_xpath("//input[@name='update']").click() self.open_contact_page() self.contacts_cache = None def delete_first_contact(self): self.delete_contact_by_index(0) def delete_contact_by_index(self, index): wd = self.app.wd self.open_contact_page() wd.find_elements_by_name("selected[]")[index].click() wd.find_element_by_xpath("(//input[@value='Delete'])").click() wd.switch_to_alert().accept() wd.find_element_by_css_selector("div.msgbox") self.open_contact_page() self.contacts_cache = None def delete_contact_by_id(self, id): wd = self.app.wd self.open_contact_page() wd.find_element_by_css_selector("input[value='%s']" % id).click() wd.find_element_by_xpath("(//input[@value='Delete'])").click() wd.switch_to_alert().accept() wd.find_element_by_css_selector("div.msgbox") self.open_contact_page() self.contacts_cache = None def open_contact_page(self): wd = self.app.wd if not (wd.current_url.endswith("/addressbook/") and len(wd.find_elements_by_name("searchstring")) > 0): wd.find_element_by_link_text("home").click() def count(self): wd = self.app.wd self.open_contact_page() return len(wd.find_elements_by_name("selected[]")) contacts_cache = None def get_contacts_list(self): if self.contacts_cache is None: wd = self.app.wd self.open_contact_page() self.contacts_cache = [] for element in wd.find_elements_by_name("entry"): fname = element.find_element_by_xpath("td[3]").text lname = element.find_element_by_xpath("td[2]").text street = element.find_element_by_xpath("td[4]").text id = element.find_element_by_name("selected[]").get_attribute("value") cells = element.find_elements_by_tag_name("td") all_phones = cells[5].text all_emails = cells[4].text self.contacts_cache.append(Contact(firstname=fname, lastname=lname, id=id, street=street, all_phones_from_home_page=all_phones, all_emails_from_home_page=all_emails)) return list(self.contacts_cache) def open_contact_to_edit_by_index(self, index): wd = self.app.wd self.open_contact_page() wd.find_elements_by_xpath("//img[@alt='Edit']")[index].click() def open_contact_to_edit_by_id(self, id): wd = self.app.wd self.open_contact_page() wd.find_element_by_css_selector("a[href='edit.php?id=%s']" % id).click() def open_contact_to_view_by_index(self, index): wd = self.app.wd self.open_contact_page() wd.find_elements_by_xpath("//img[@alt='Details']")[index].click() def get_contact_info_from_edit_page(self, index): wd = self.app.wd self.open_contact_to_edit_by_index(index) firstname = wd.find_element_by_name("firstname").get_attribute("value") lastname = wd.find_element_by_name("lastname").get_attribute("value") id = wd.find_element_by_name("id").get_attribute("value") homephone = wd.find_element_by_name("home").get_attribute("value") mobilephone = wd.find_element_by_name("mobile").get_attribute("value") workphone = wd.find_element_by_name("work").get_attribute("value") phone2 = wd.find_element_by_name("phone2").get_attribute("value") email = wd.find_element_by_name("email").get_attribute("value") email2 = wd.find_element_by_name("email2").get_attribute("value") email3 = wd.find_element_by_name("email3").get_attribute("value") street = wd.find_element_by_name("address").get_attribute("value") return Contact(firstname=firstname, lastname=lastname, id=id, street=street, homephone=homephone, mobilephone=mobilephone, workphone=workphone, phone2=phone2, email=email, email2=email2, email3=email3) def get_contact_from_view_page(self, index): wd = self.app.wd self.open_contact_to_view_by_index(index) text = wd.find_element_by_id("content").text homephone = re.search("H: (.*)", text).group(1) mobilephone = re.search("M: (.*)", text).group(1) workphone = re.search("W: (.*)", text).group(1) phone2 = re.search("P: (.*)", text).group(1) return Contact(homephone=homephone, mobilephone=mobilephone, workphone=workphone, phone2=phone2) def add_contact_to_group(self, id, group): wd = self.app.wd self.open_contact_page() wd.find_element_by_css_selector("input[value='%s']" % id).click() wd.find_element_by_css_selector("select[name = 'to_group'] > option[value = '%s']" % group.id).click() wd.find_element_by_xpath("(//input[@value='Add to'])").click() wd.find_element_by_css_selector("div.msgbox") self.open_contact_page() self.contacts_cache = None def delete_contact_from_group(self, id, group): wd = self.app.wd self.open_contact_page() wd.find_element_by_css_selector("select[name = 'group'] > option[value = '%s']" % group.id).click() wd.find_element_by_css_selector("input[value='%s']" % id).click() wd.find_element_by_name("remove") wd.find_element_by_name("remove").click() wd.find_element_by_css_selector("div.msgbox") self.open_contact_page() self.contacts_cache = None def checker_that_old_contacts_not_zero(self, old_contacts): if len(old_contacts) == 0: self.add_new_contact( Contact(firstname="Testik", middlename="Midtest", lastname="Lasttest", nickname="Nickname test", title="Mrs", company="Test Company", street="5th Avenue", homephone="15", mobilephone="111999333", workphone="12123342", fax="2345645", email="test@test.com", birthday_day="11", birthday_month="July", birthday_year="1991", anniversary_day="8", anniversary_month="November", anniversary_year="1991", address2="Sec address", phone2="163434", note="testtesttest note"))

52.656977

130

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0.064685

0.115942

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0.087774

0

null

0

1

0

null

0

8

1e8a846974b502f370121c8870a6604472c85ff0

195

py

Python

views.py

sfchronicle/lms-film

8951ca7381ed348d4633923972dd183c0defe587

[ "Unlicense", "MIT" ]

null

views.py

sfchronicle/lms-film

8951ca7381ed348d4633923972dd183c0defe587

[ "Unlicense", "MIT" ]

null

views.py

sfchronicle/lms-film

8951ca7381ed348d4633923972dd183c0defe587

[ "Unlicense", "MIT" ]

null

from flask import render_template, redirect, url_for from app import app, db, freezer from models import * @app.route('/') def index(): return render_template('index.html', title='index')

19.5

55

0.728205

28

195

4.964286

0.642857

0.201439

0

0.148718

195

9

56

21.666667

0.837349

0

0.082051

0

1

0.166667

true

0

0.5

0.166667

0.833333

0

1

0

null

1

0

1

0

null

0

1

0

1

0

7

a20732d31ad39f8098523bbb51ee443f856e300b

1,157

py

Python

ProjectEuler/p008.py

dominicschaff/random

14a19b976a09c768ab8844b7cda237c17a92c9ae

[ "MIT" ]

null

ProjectEuler/p008.py

dominicschaff/random

14a19b976a09c768ab8844b7cda237c17a92c9ae

[ "MIT" ]

null

ProjectEuler/p008.py

dominicschaff/random

14a19b976a09c768ab8844b7cda237c17a92c9ae

[ "MIT" ]

null

s = "7316717653133062491922511967442657474235534919493496983520312774506326239578318016984801869478851843858615607891129494954595017379583319528532088055111254069874715852386305071569329096329522744304355766896648950445244523161731856403098711121722383113622298934233803081353362766142828064444866452387493035890729629049156044077239071381051585930796086670172427121883998797908792274921901699720888093776657273330010533678812202354218097512545405947522435258490771167055601360483958644670632441572215539753697817977846174064955149290862569321978468622482839722413756570560574902614079729686524145351004748216637048440319989000889524345065854122758866688116427171479924442928230863465674813919123162824586178664583591245665294765456828489128831426076900422421902267105562632111110937054421750694165896040807198403850962455444362981230987879927244284909188845801561660979191338754992005240636899125607176060588611646710940507754100225698315520005593572972571636269561882670428252483600823257530420752963450" def product(list): p = 1 for i in list: p *= i return p print max([product([int(k) for k in s[i:i+5]]) for i in xrange(len(s)-5)])

165.285714

1,006

0.935177

34

1,157

31.823529

0.529412

0.009242

0.011091

0

0.90279

0.039758

1,157

7

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165.285714

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null

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null

1

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1

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10

44cbe54d20cf5a986361660b5760eca02cf8785a

108,972

py

Python

AugmentedNet/common.py

napulen/AugmentedNet

16aaeeccf15508478ac5987f9cf5d148ea44876e

[ "MIT" ]

14

2021-09-03T05:15:09.000Z

2022-03-30T07:46:29.000Z

AugmentedNet/common.py

napulen/AugmentedNet

16aaeeccf15508478ac5987f9cf5d148ea44876e

[ "MIT" ]

27

2021-11-10T15:29:47.000Z

2022-03-23T02:09:17.000Z

AugmentedNet/common.py

napulen/AugmentedNet

16aaeeccf15508478ac5987f9cf5d148ea44876e

[ "MIT" ]

null

"""Common hardcoded variables throughout the code.""" # Number of decimals to the right of the decimal point FLOATSCALE = 4 # Sixteenth notes FRAMEBASENOTE = 32 FIXEDOFFSET = round(4.0 / FRAMEBASENOTE, FLOATSCALE) DATASETSUMMARYFILE = "dataset_summary.tsv" ANNOTATIONSCOREDUPLES = { "bps-01-op002-no1-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op002_No1/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_01_01.mxl", ), "bps-02-op002-no2-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op002_No2/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_02_01.mxl", ), "bps-03-op002-no3-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op002_No3/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_03_01.mxl", ), "bps-04-op007-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op007/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_04_01.mxl", ), "bps-05-op010-no1-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op010_No1/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_05_01.mxl", ), "bps-06-op010-no2-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op010_No2/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_06_01.mxl", ), "bps-07-op010-no3-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op010_No3/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_07_01.mxl", ), "bps-08-op013-pathetique-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op013(Pathetique)/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_08_01.mxl", ), "bps-09-op014-no1-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op014_No1/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_09_01.mxl", ), "bps-10-op014-no2-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op014_No2/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_10_01.mxl", ), "bps-11-op022-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op022/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_11_01.mxl", ), "bps-12-op026-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op026/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_12_01.mxl", ), "bps-13-op027-no1-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op027_No1/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_13_01.mxl", ), "bps-14-op027-no2-moonlight-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op027_No2(Moonlight)/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_14_01.mxl", ), "bps-15-op028-pastorale-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op028(Pastorale)/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_15_01.mxl", ), "bps-16-op031-no1-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op031_No1/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_16_01.mxl", ), "bps-17-op031-no2-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op031_No2/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_17_01.mxl", ), "bps-18-op031-no3-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op031_No3/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_18_01.mxl", ), "bps-19-op049-no1-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op049_No1/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_19_01.mxl", ), "bps-20-op049-no2-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op049_No2/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_20_01.mxl", ), "bps-21-op053-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op053/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_21_01.mxl", ), "bps-22-op054-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op054/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_22_01.mxl", ), "bps-23-op057-appassionata-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op057(Appassionata)/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_23_01.mxl", ), "bps-24-op078-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op078/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_24_01.mxl", ), "bps-25-op079-sonatina-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op079(Sonatina)/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_25_01.mxl", ), "bps-26-op081a-les-adieux-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op081a(Les_Adieux)/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_26_01.mxl", ), "bps-27-op090-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op090/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_27_01.mxl", ), "bps-28-op101-1": ( "rawdata/When-in-Rome/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op101/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_28_01.mxl", ), "bps-29-op106-hammerklavier-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op106(Hammerklavier)/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_29_01.mxl", ), "bps-30-op109-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op109/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_30_01.mxl", ), "bps-31-op110-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op110/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_31_01.mxl", ), "bps-32-op111-1": ( "rawdata/corrections/WiR/Corpus/Piano_Sonatas/Beethoven,_Ludwig_van/Op111/1/analysis.txt", "rawdata/functional-harmony-micchi/data/BPS/scores/bps_32_01.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-1-4-mayenlied": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/4_Mayenlied/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/4_Mayenlied/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-1-1-schwanenlied": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/1_Schwanenlied/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/1_Schwanenlied/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-1-6-gondellied": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/6_Gondellied/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/6_Gondellied/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-1-5-morgenstandchen": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/5_Morgenständchen/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/5_Morgenständchen/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-1-3-warum-sind-denn-die-rosen-so-blass": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/3_Warum_sind_denn_die_Rosen_so_blass/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.1/3_Warum_sind_denn_die_Rosen_so_blass/score.mxl", ), "wir-openscore-liedercorpus-hensel-3-lieder-1-sehnsucht": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/3_Lieder/1_Sehnsucht/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/3_Lieder/1_Sehnsucht/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-9-2-ferne": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/2_Ferne/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/2_Ferne/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-9-4-die-fruhen-graber": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/4_Die_frühen_Gräber/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/4_Die_frühen_Gräber/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-9-1-die-ersehnte": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/1_Die_Ersehnte/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/1_Die_Ersehnte/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-9-3-der-rosenkranz": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/3_Der_Rosenkranz/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/3_Der_Rosenkranz/score.mxl", ), "wir-openscore-liedercorpus-hensel-6-lieder-op-9-5-der-maiabend": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/5_Der_Maiabend/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/6_Lieder,_Op.9/5_Der_Maiabend/score.mxl", ), "wir-openscore-liedercorpus-hensel-5-lieder-op-10-4-im-herbste": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/4_Im_Herbste/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/4_Im_Herbste/score.mxl", ), "wir-openscore-liedercorpus-hensel-5-lieder-op-10-3-abendbild": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/3_Abendbild/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/3_Abendbild/score.mxl", ), "wir-openscore-liedercorpus-hensel-5-lieder-op-10-2-vorwurf": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/2_Vorwurf/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/2_Vorwurf/score.mxl", ), "wir-openscore-liedercorpus-hensel-5-lieder-op-10-5-bergeslust": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/5_Bergeslust/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/5_Bergeslust/score.mxl", ), "wir-openscore-liedercorpus-hensel-5-lieder-op-10-1-nach-suden": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/1_Nach_Süden/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Hensel,_Fanny_(Mendelssohn)/5_Lieder,_Op.10/1_Nach_Süden/score.mxl", ), "wir-openscore-liedercorpus-schumann-6-lieder-op-13-6-die-stille-lotosblume": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Schumann,_Clara/6_Lieder,_Op.13/6_Die_stille_Lotosblume/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Schumann,_Clara/6_Lieder,_Op.13/6_Die_stille_Lotosblume/score.mxl", ), "wir-openscore-liedercorpus-schumann-6-lieder-op-13-1-ich-stand-in-dunklen-traumen": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Schumann,_Clara/6_Lieder,_Op.13/1_Ich_stand_in_dunklen_Träumen/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Schumann,_Clara/6_Lieder,_Op.13/1_Ich_stand_in_dunklen_Träumen/score.mxl", ), "wir-openscore-liedercorpus-schumann-6-lieder-op-13-3-liebeszauber": ( "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Schumann,_Clara/6_Lieder,_Op.13/3_Liebeszauber/analysis.txt", "rawdata/When-in-Rome/Corpus/OpenScore-LiederCorpus/Schumann,_Clara/6_Lieder,_Op.13/3_Liebeszauber/score.mxl", ), "wir-openscore-liedercorpus-schumann-6-lieder-op-13-2-sie-liebten-sich-beide": ( 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"rawdata/functional-harmony-micchi/data/Beethoven_4tets/scores/op135_no16_mov2.mxl", ), "abc-op135-3": ( "rawdata/When-in-Rome/Corpus/Quartets/Beethoven,_Ludwig_van/Op135/3/analysis.txt", "rawdata/functional-harmony-micchi/data/Beethoven_4tets/scores/op135_no16_mov3.mxl", ), "abc-op135-4": ( "rawdata/corrections/WiR/Corpus/Quartets/Beethoven,_Ludwig_van/Op135/4/analysis.txt", "rawdata/corrections/ABC/op135_no16_mov4.mxl", ), "haydnop20-no1-1": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No1/1/analysis.txt", "rawdata/haydn_op20_harm/op20/1/i/op20n1-01.krn", ), "haydnop20-no1-2": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No1/2/analysis.txt", "rawdata/haydn_op20_harm/op20/1/ii/op20n1-02.krn", ), "haydnop20-no1-3": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No1/3/analysis.txt", "rawdata/haydn_op20_harm/op20/1/iii/op20n1-03.krn", ), "haydnop20-no1-4": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No1/4/analysis.txt", "rawdata/haydn_op20_harm/op20/1/iv/op20n1-04.krn", ), "haydnop20-no2-1": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No2/1/analysis.txt", "rawdata/haydn_op20_harm/op20/2/i/op20n2-01.krn", ), "haydnop20-no2-2": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No2/2/analysis.txt", "rawdata/haydn_op20_harm/op20/2/ii/op20n2-02.krn", ), "haydnop20-no2-3": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No2/3/analysis.txt", "rawdata/haydn_op20_harm/op20/2/iii/op20n2-03.krn", ), "haydnop20-no2-4": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No2/4/analysis.txt", "rawdata/haydn_op20_harm/op20/2/iv/op20n2-04.krn", ), "haydnop20-no3-1": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No3/1/analysis.txt", "rawdata/haydn_op20_harm/op20/3/i/op20n3-01.krn", ), "haydnop20-no3-2": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No3/2/analysis.txt", "rawdata/haydn_op20_harm/op20/3/ii/op20n3-02.krn", ), "haydnop20-no3-3": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No3/3/analysis.txt", "rawdata/haydn_op20_harm/op20/3/iii/op20n3-03.krn", ), "haydnop20-no3-4": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No3/4/analysis.txt", "rawdata/haydn_op20_harm/op20/3/iv/op20n3-04.krn", ), "haydnop20-no4-1": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No4/1/analysis.txt", "rawdata/haydn_op20_harm/op20/4/i/op20n4-01.krn", ), "haydnop20-no4-2": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No4/2/analysis.txt", "rawdata/haydn_op20_harm/op20/4/ii/op20n4-02.krn", ), "haydnop20-no4-3": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No4/3/analysis.txt", "rawdata/haydn_op20_harm/op20/4/iii/op20n4-03.krn", ), "haydnop20-no4-4": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No4/4/analysis.txt", "rawdata/haydn_op20_harm/op20/4/iv/op20n4-04.krn", ), "haydnop20-no5-1": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No5/1/analysis.txt", "rawdata/haydn_op20_harm/op20/5/i/op20n5-01.krn", ), "haydnop20-no5-2": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No5/2/analysis.txt", "rawdata/haydn_op20_harm/op20/5/ii/op20n5-02.krn", ), "haydnop20-no5-3": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No5/3/analysis.txt", "rawdata/haydn_op20_harm/op20/5/iii/op20n5-03.krn", ), "haydnop20-no5-4": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No5/4/analysis.txt", "rawdata/haydn_op20_harm/op20/5/iv/op20n5-04.krn", ), "haydnop20-no6-1": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No6/1/analysis.txt", "rawdata/haydn_op20_harm/op20/6/i/op20n6-01.krn", ), "haydnop20-no6-2": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No6/2/analysis.txt", "rawdata/haydn_op20_harm/op20/6/ii/op20n6-02.krn", ), "haydnop20-no6-3": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No6/3/analysis.txt", "rawdata/haydn_op20_harm/op20/6/iii/op20n6-03.krn", ), "haydnop20-no6-4": ( "rawdata/When-in-Rome/Corpus/Quartets/Haydn,_Franz_Joseph/Op20_No6/4/analysis.txt", "rawdata/haydn_op20_harm/op20/6/iv/op20n6-04.krn", ), "wir-orchestral-haydn-symphony-104-1": ( "rawdata/When-in-Rome/Corpus/Orchestral/Haydn,_Franz_Joseph/Symphony_104/1/analysis.txt", "rawdata/When-in-Rome/Corpus/Orchestral/Haydn,_Franz_Joseph/Symphony_104/1/score.mxl", ), } DATASPLITSBPS = { "test": [ "bps-01-op002-no1-1", "bps-14-op027-no2-moonlight-1", "bps-23-op057-appassionata-1", "bps-15-op028-pastorale-1", "bps-10-op014-no2-1", "bps-25-op079-sonatina-1", "bps-07-op010-no3-1", ], "validation": [ "bps-08-op013-pathetique-1", "bps-19-op049-no1-1", "bps-29-op106-hammerklavier-1", "bps-16-op031-no1-1", "bps-26-op081a-les-adieux-1", "bps-06-op010-no2-1", "bps-20-op049-no2-1", ], "training": [ "bps-02-op002-no2-1", "bps-03-op002-no3-1", "bps-04-op007-1", "bps-05-op010-no1-1", "bps-09-op014-no1-1", "bps-11-op022-1", "bps-12-op026-1", "bps-13-op027-no1-1", "bps-17-op031-no2-1", "bps-18-op031-no3-1", "bps-21-op053-1", "bps-22-op054-1", "bps-24-op078-1", "bps-27-op090-1", "bps-28-op101-1", "bps-30-op109-1", "bps-31-op110-1", "bps-32-op111-1", ], } DATASPLITSWTC = { "test": [ "wirwtc-bach-wtc-i-3", "wirwtc-bach-wtc-i-8", "wirwtc-bach-wtc-i-12", "wirwtc-bach-wtc-i-15", "wirwtc-bach-wtc-i-22", "wirwtc-bach-wtc-i-24", ], "validation": [ "wirwtc-bach-wtc-i-7", "wirwtc-bach-wtc-i-9", "wirwtc-bach-wtc-i-11", "wirwtc-bach-wtc-i-16", "wirwtc-bach-wtc-i-17", "wirwtc-bach-wtc-i-18", ], "training": [ "wirwtc-bach-wtc-i-1", "wirwtc-bach-wtc-i-2", "wirwtc-bach-wtc-i-4", "wirwtc-bach-wtc-i-5", "wirwtc-bach-wtc-i-6", "wirwtc-bach-wtc-i-10", "wirwtc-bach-wtc-i-13", "wirwtc-bach-wtc-i-14", "wirwtc-bach-wtc-i-19", "wirwtc-bach-wtc-i-20", "wirwtc-bach-wtc-i-21", "wirwtc-bach-wtc-i-23", ], } DATASPLITS = { "test": DATASPLITSBPS["test"] + DATASPLITSWTC["test"] + [ "abc-op74-3", "abc-op127-2", "abc-op95-3", "abc-op18-no6-3", "abc-op59-no1-1", "abc-op18-no1-3", "abc-op135-2", "abc-op59-no2-3", "abc-op18-no1-1", "abc-op74-4", "tavern-beethoven-woo-77-a", "tavern-beethoven-woo-77-b", "tavern-beethoven-woo-75-a", "tavern-beethoven-woo-75-b", "tavern-beethoven-woo-78-a", "tavern-beethoven-woo-78-b", "tavern-beethoven-woo-70-a", "tavern-beethoven-woo-70-b", "haydnop20-no2-2", "haydnop20-no3-4", "haydnop20-no5-3", "haydnop20-no6-4", "wir-openscore-liedercorpus-schubert-die-schone-mullerin-d-795-12-pause", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-08-der-atlas", "wir-openscore-liedercorpus-wolf-eichendorff-lieder-14-der-verzweifelte-liebhaber", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-16-die-alten-bosen-lieder", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-10-hor-ich-das-liedchen-klingen", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-04-wenn-ich-in-deine-augen-seh", "wir-openscore-liedercorpus-schubert-winterreise-d-911-03-gefrorne-thranen", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-12-am-leuchtenden-sommermorgen", "wir-openscore-liedercorpus-wolf-eichendorff-lieder-19-die-nacht", "wir-openscore-liedercorpus-reichardt-sechs-lieder-von-novalis-op-4-5-noch-ein-bergmannslied", "wir-openscore-liedercorpus-hensel-6-lieder-op-9-1-die-ersehnte", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-02-aus-meinen-tranen-spriessen", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-05-aufenthalt", "wir-openscore-liedercorpus-schubert-op-59-3-du-bist-die-ruh", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-10-das-fischermadchen", "wir-bach-chorales-19", "wir-bach-chorales-4", "wir-bach-chorales-10", "wir-monteverdi-madrigals-book-3-9", "wir-monteverdi-madrigals-book-5-7", "wir-monteverdi-madrigals-book-5-5", ], "validation": DATASPLITSBPS["validation"] + DATASPLITSWTC["validation"] + [ "abc-op131-1", "abc-op59-no3-1", "abc-op59-no1-4", "abc-op18-no1-2", "abc-op18-no2-1", "abc-op131-4", "abc-op132-5", "abc-op18-no6-1", "abc-op59-no3-3", "abc-op18-no3-3", "tavern-mozart-k501-a", "tavern-mozart-k501-b", "tavern-beethoven-woo-64-a", "tavern-beethoven-woo-64-b", "tavern-mozart-k455-a", "tavern-mozart-k455-b", "tavern-beethoven-woo-80-a", "tavern-beethoven-woo-80-b", "haydnop20-no1-2", "haydnop20-no2-4", "haydnop20-no3-3", "haydnop20-no5-2", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-13-ich-hab-im-traum-geweinet", "wir-openscore-liedercorpus-hensel-6-lieder-op-9-5-der-maiabend", "wir-openscore-liedercorpus-brahms-6-songs-op-3-3-liebe-und-fruhling-ii", "wir-openscore-liedercorpus-hensel-6-lieder-op-9-3-der-rosenkranz", "wir-openscore-liedercorpus-wolf-eichendorff-lieder-08-nachtzauber", "wir-openscore-liedercorpus-hensel-6-lieder-op-9-4-die-fruhen-graber", "wir-openscore-liedercorpus-mahler-kindertotenlieder-2-nun-seh-ich-wohl-warum-so-dunkle-flammen", "wir-openscore-liedercorpus-schumann-6-lieder-op-13-3-liebeszauber", "wir-openscore-liedercorpus-schubert-4-lieder-op-96-1-die-sterne-d-939", "wir-openscore-liedercorpus-schubert-winterreise-d-911-11-fruhlingstraum", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-07-abschied", "wir-openscore-liedercorpus-schubert-winterreise-d-911-22-muth", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-01-im-wunderschonen-monat-mai", "wir-openscore-liedercorpus-schubert-winterreise-d-911-18-der-stuermische-morgen", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-13-der-doppelganger", "wir-bach-chorales-2", "wir-bach-chorales-14", "wir-bach-chorales-16", "wir-monteverdi-madrigals-book-3-10", "wir-monteverdi-madrigals-book-3-15", "wir-monteverdi-madrigals-book-3-13", ], "training": DATASPLITSBPS["training"] + DATASPLITSWTC["training"] + [ "abc-op131-3", "abc-op95-4", "abc-op132-2", "abc-op95-2", "abc-op130-1", "abc-op95-1", "abc-op127-3", "abc-op18-no6-2", "abc-op127-4", "abc-op130-2", "abc-op18-no5-3", "abc-op59-no1-2", "abc-op59-no1-3", "abc-op18-no4-4", "abc-op18-no5-1", "abc-op132-1", "abc-op74-2", "abc-op18-no5-2", "abc-op127-1", "abc-op18-no3-2", "abc-op18-no2-4", "abc-op131-6", "abc-op135-4", "abc-op135-3", "abc-op18-no2-3", "abc-op18-no6-4", "abc-op59-no3-2", "abc-op59-no3-4", "abc-op59-no2-1", "abc-op18-no3-4", "abc-op18-no4-1", "abc-op131-7", "abc-op18-no2-2", "abc-op130-6", "abc-op130-5", "abc-op18-no4-3", "abc-op18-no3-1", "abc-op59-no2-2", "abc-op59-no2-4", "abc-op18-no4-2", "abc-op135-1", "abc-op18-no1-4", "abc-op132-4", "abc-op18-no5-4", "abc-op130-4", "abc-op131-2", "abc-op74-1", "abc-op132-3", "abc-op130-3", "abc-op131-5", "tavern-mozart-k353-a", "tavern-mozart-k353-b", "tavern-mozart-k265-a", "tavern-mozart-k265-b", "tavern-beethoven-woo-73-a", "tavern-beethoven-woo-73-b", "tavern-beethoven-op34-a", "tavern-beethoven-op34-b", "tavern-mozart-k025-a", "tavern-mozart-k025-b", "tavern-beethoven-woo-63-a", "tavern-beethoven-woo-63-b", "tavern-beethoven-woo-68-a", "tavern-beethoven-woo-68-b", "tavern-beethoven-woo-66-a", "tavern-beethoven-woo-66-b", "tavern-mozart-k398-a", "tavern-mozart-k398-b", "tavern-beethoven-woo-69-a", "tavern-beethoven-woo-69-b", "tavern-mozart-k573-a", "tavern-mozart-k573-b", "tavern-beethoven-woo-76-a", "tavern-beethoven-woo-76-b", "tavern-beethoven-woo-72-a", "tavern-beethoven-woo-72-b", "tavern-mozart-k613-a", "tavern-mozart-k613-b", "tavern-beethoven-woo-65-a", "tavern-beethoven-woo-65-b", "tavern-beethoven-op76-a", "tavern-beethoven-op76-b", "tavern-mozart-k179-a", "tavern-mozart-k179-b", "tavern-mozart-k354-a", "tavern-mozart-k354-b", "tavern-beethoven-woo-71-a", "tavern-beethoven-woo-71-b", "haydnop20-no6-3", "haydnop20-no1-1", "haydnop20-no4-1", "haydnop20-no4-3", "haydnop20-no1-3", "haydnop20-no6-2", "haydnop20-no3-1", "haydnop20-no5-1", "haydnop20-no1-4", "haydnop20-no2-3", "haydnop20-no5-4", "haydnop20-no3-2", "haydnop20-no4-4", "haydnop20-no2-1", "haydnop20-no4-2", "haydnop20-no6-1", "wir-openscore-liedercorpus-schubert-winterreise-d-911-07-auf-dem-flusse", "wir-openscore-liedercorpus-schubert-winterreise-d-911-12-einsamkeit-urspruengliche-fassung", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-12-am-meer", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-07-die-wiese", "wir-openscore-liedercorpus-schubert-winterreise-d-911-16-letzte-hoffnung", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-02-der-traurige-wanderer", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-15-aus-alten-marchen-winkt-es", "wir-openscore-liedercorpus-hensel-6-lieder-op-1-3-warum-sind-denn-die-rosen-so-blass", "wir-openscore-liedercorpus-schubert-winterreise-d-911-23-die-nebensonnen", "wir-openscore-liedercorpus-schubert-winterreise-d-911-05-der-lindenbaum", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-11-ein-jungling-liebt-ein-madchen", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-03-die-blume-der-blumen", "wir-openscore-liedercorpus-wolf-eichendorff-lieder-15-unfall", "wir-openscore-liedercorpus-schumann-6-lieder-op-13-1-ich-stand-in-dunklen-traumen", "wir-openscore-liedercorpus-hensel-6-lieder-op-1-4-mayenlied", "wir-openscore-liedercorpus-schumann-frauenliebe-und-leben-op-42-1-seit-ich-ihn-gesehen", "wir-openscore-liedercorpus-schubert-winterreise-d-911-09-irrlicht", "wir-openscore-liedercorpus-schubert-winterreise-d-911-13-die-post", "wir-openscore-liedercorpus-chausson-7-melodies-op-2-7-le-colibri", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-09-ihr-bild", "wir-openscore-liedercorpus-chaminade-amoroso", "wir-openscore-liedercorpus-hensel-3-lieder-1-sehnsucht", "wir-openscore-liedercorpus-wolf-eichendorff-lieder-13-der-scholar", "wir-openscore-liedercorpus-schubert-winterreise-d-911-14-der-greise-kopf", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-09-hier-liegt-ein-spielmann-begraben", "wir-openscore-liedercorpus-hensel-6-lieder-op-1-1-schwanenlied", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-09-das-ist-ein-floten-und-geigen", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-05-ich-will-meine-seele-tauchen", "wir-openscore-liedercorpus-wolf-eichendorff-lieder-04-das-standchen", "wir-openscore-liedercorpus-schubert-winterreise-d-911-24-der-leiermann-spatere-fassung", "wir-openscore-liedercorpus-hensel-5-lieder-op-10-3-abendbild", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-08-kaeuzlein", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-05-betteley-der-vogel", "wir-openscore-liedercorpus-hensel-5-lieder-op-10-5-bergeslust", "wir-openscore-liedercorpus-schubert-winterreise-d-911-17-im-dorfe", "wir-openscore-liedercorpus-coleridge-taylor-oh-the-summer", "wir-openscore-liedercorpus-schubert-winterreise-d-911-02-die-wetterfahne", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-03-fruhlingssehnsucht", "wir-openscore-liedercorpus-lang-6-lieder-op-25-4-lied-immer-sich-rein-kindlich-erfreun", "wir-openscore-liedercorpus-hensel-6-lieder-op-9-2-ferne", "wir-openscore-liedercorpus-schubert-winterreise-d-911-20-der-wegweiser", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-14-allnachtlich-im-traume", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-14-die-taubenpost", "wir-openscore-liedercorpus-schubert-winterreise-d-911-19-tauschung", "wir-openscore-liedercorpus-schumann-6-lieder-op-13-6-die-stille-lotosblume", "wir-openscore-liedercorpus-schubert-winterreise-d-911-15-die-kraehe", "wir-openscore-liedercorpus-schubert-winterreise-d-911-08-ruckblick", "wir-openscore-liedercorpus-hensel-5-lieder-op-10-4-im-herbste", "wir-openscore-liedercorpus-franz-6-gesange-op-14-5-liebesfruhling", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-03-die-rose-die-lilie", "wir-openscore-liedercorpus-mahler-kindertotenlieder-4-oft-denk-ich-sie-sind-nur-ausgegangen", "wir-openscore-liedercorpus-hensel-5-lieder-op-10-2-vorwurf", "wir-openscore-liedercorpus-schubert-winterreise-d-911-21-das-wirthshaus", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-06-in-der-ferne", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-07-ich-grolle-nicht", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-11-die-stadt", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-01-fruhlingsblumen", "wir-openscore-liedercorpus-hensel-5-lieder-op-10-1-nach-suden", "wir-openscore-liedercorpus-schubert-winterreise-d-911-10-rast-spatere-fassung", "wir-openscore-liedercorpus-wolf-eichendorff-lieder-20-waldmadchen", "wir-openscore-liedercorpus-reichardt-zwolf-deutsche-und-italianische-romantische-gesange-10-ida-aus-ariels-offenbarungen", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-08-und-wusstens-die-blumen", "wir-openscore-liedercorpus-reichardt-zwolf-gesange-op-3-04-wachtelwacht", "wir-openscore-liedercorpus-schubert-winterreise-d-911-04-erstarrung", "wir-openscore-liedercorpus-schubert-schwanengesang-d-957-02-kriegers-ahnung", "wir-openscore-liedercorpus-holmes-les-heures-4-lheure-dazur", "wir-openscore-liedercorpus-schubert-winterreise-d-911-06-wasserfluth", "wir-openscore-liedercorpus-schumann-die-gute-nacht", "wir-openscore-liedercorpus-schumann-dichterliebe-op-48-06-im-rhein-im-heiligen-strome", "wir-openscore-liedercorpus-schumann-frauenliebe-und-leben-op-42-3-ich-kanns-nicht-fassen", "wir-openscore-liedercorpus-jaell-4-melodies-1-a-toi", "wir-openscore-liedercorpus-schumann-lieder-op-12-04-liebst-du-um-schonheit", "wir-openscore-liedercorpus-schumann-6-lieder-op-13-2-sie-liebten-sich-beide", "wir-openscore-liedercorpus-hensel-6-lieder-op-1-6-gondellied", "wir-openscore-liedercorpus-schubert-winterreise-d-911-01-gute-nacht", "wir-openscore-liedercorpus-hensel-6-lieder-op-1-5-morgenstandchen", "wir-openscore-liedercorpus-brahms-7-lieder-op-48-3-liebesklage-des-madchens", "wir-bach-chorales-6", "wir-bach-chorales-18", "wir-bach-chorales-3", "wir-bach-chorales-9", "wir-bach-chorales-12", "wir-bach-chorales-7", "wir-bach-chorales-5", "wir-bach-chorales-20", "wir-bach-chorales-1", "wir-bach-chorales-17", "wir-bach-chorales-13", "wir-bach-chorales-8", "wir-monteverdi-madrigals-book-3-14", "wir-monteverdi-madrigals-book-3-6", "wir-monteverdi-madrigals-book-3-11", "wir-monteverdi-madrigals-book-3-19", "wir-monteverdi-madrigals-book-3-8", "wir-monteverdi-madrigals-book-3-3", "wir-monteverdi-madrigals-book-4-11", "wir-monteverdi-madrigals-book-4-12", "wir-monteverdi-madrigals-book-5-4", "wir-monteverdi-madrigals-book-4-19", "wir-monteverdi-madrigals-book-4-13", "wir-monteverdi-madrigals-book-4-10", "wir-monteverdi-madrigals-book-5-8", "wir-monteverdi-madrigals-book-3-1", "wir-variations-and-grounds-bach-b-minor-mass-bwv232-crucifixus", "wir-variations-and-grounds-purcell-sonata-z807", "wir-variations-and-grounds-purcell-chacony-z730", "wir-orchestral-haydn-symphony-104-1", ], }

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44fc8ad1f79bd605eeb79d0aee9c370b2df9e61a

5,443

py

Python

hp_selection/metric_utils.py

PABannier/automatic_hp_selection_for_meg

01616ef4574a78ff230690166aa8404bb5352203

[ "BSD-3-Clause" ]

1

2021-11-18T06:02:29.000Z

hp_selection/metric_utils.py

PABannier/automatic_hp_selection_for_meg

01616ef4574a78ff230690166aa8404bb5352203

[ "BSD-3-Clause" ]

1

2021-12-27T23:31:03.000Z

hp_selection/metric_utils.py

PABannier/automatic_hp_selection_for_meg

01616ef4574a78ff230690166aa8404bb5352203

[ "BSD-3-Clause" ]

null

import numpy as np from sklearn.utils import assert_all_finite from sklearn.utils import check_consistent_length from sklearn.utils import column_or_1d from sklearn.utils.multiclass import type_of_target from sklearn.metrics._ranking import _binary_clf_curve def delta_precision_recall_curve(y_true, probas_pred, y_true_extended, pos_label=None, sample_weight=None): _, tps, _ = _binary_clf_curve(y_true, probas_pred, pos_label=pos_label, sample_weight=sample_weight) recall = tps / tps[-1] delta_fps, delta_tps, thresholds = \ _binary_clf_curve(y_true_extended, probas_pred, pos_label=pos_label, sample_weight=sample_weight) delta_precision = delta_tps / (delta_tps + delta_fps) delta_precision[np.isnan(delta_precision)] = 0 # stop when full recall attained # and reverse the outputs so recall is decreasing last_ind = tps.searchsorted(tps[-1]) sl = slice(last_ind, None, -1) return np.r_[delta_precision[sl], 1], np.r_[recall[sl], 0], thresholds[sl] def _signed_class_clf_curve_old(y_true, y_score): # Check to make sure y_true is valid y_type = type_of_target(y_true) if not y_type == "multiclass": raise ValueError("{0} format is not supported".format(y_type)) check_consistent_length(y_true, y_score) y_true = column_or_1d(y_true) y_score = column_or_1d(y_score) assert_all_finite(y_true) assert_all_finite(y_score) # ensure binary classification if pos_label is not specified classes = np.unique(y_true) if not (np.array_equal(classes, [-1, 0, 1])): raise ValueError("Classes should be [-1, 0, 1]") # make y_true a boolean vector y_true_abs = np.logical_or(y_true == -1, y_true == 1) y_score_abs = np.abs(y_score) # sort scores and corresponding truth values desc_score_indices = np.argsort(y_score_abs, kind="mergesort")[::-1] y_score = y_score[desc_score_indices] y_true = y_true[desc_score_indices] y_score_abs = y_score_abs[desc_score_indices] y_true_abs = y_true_abs[desc_score_indices] # y_score typically has many tied values. Here we extract # the indices associated with the distinct values. We also # concatenate a value for the end of the curve. distinct_value_indices = np.where(np.diff(y_score_abs))[0] threshold_idxs = np.r_[distinct_value_indices, y_true.size - 1] tps = [] tp_last = 0 for i in range(y_true.size): if y_true_abs[i] == 0: pass elif (y_true[i] == 1 and y_score[i] >= 0): tp_last += 1 elif (y_true[i] == -1 and y_score[i] <= 0): tp_last += 1 tps.append(tp_last) tps = np.asarray(tps)[threshold_idxs] fps = 1 + threshold_idxs - tps return fps, tps, y_score_abs[threshold_idxs] def _signed_class_clf_curve(y_true, y_score): # Check to make sure y_true is valid y_type = type_of_target(y_true) if not y_type == "multiclass": raise ValueError("{0} format is not supported".format(y_type)) check_consistent_length(y_true, y_score) y_true = column_or_1d(y_true) y_score = column_or_1d(y_score) assert_all_finite(y_true) assert_all_finite(y_score) # ensure binary classification if pos_label is not specified classes = np.unique(y_true) if not (np.array_equal(classes, [-1, 0, 1])): raise ValueError("Classes should be [-1, 0, 1]") # make y_true a boolean vector y_true_abs = np.logical_or(y_true == -1, y_true == 1) y_score_abs = np.abs(y_score) # sort scores and corresponding truth values desc_score_indices = np.argsort(y_score_abs, kind="mergesort")[::-1] y_score = y_score[desc_score_indices] y_true = y_true[desc_score_indices] y_score_abs = y_score_abs[desc_score_indices] y_true_abs = y_true_abs[desc_score_indices] # y_score typically has many tied values. Here we extract # the indices associated with the distinct values. We also # concatenate a value for the end of the curve. distinct_value_indices = np.where(np.diff(y_score_abs))[0] threshold_idxs = np.r_[distinct_value_indices, y_true.size - 1] tps = [] tp_last = 0 false_sign = 0 for i in range(y_true.size): if y_true_abs[i] == 0: pass elif (y_true[i] == 1 and y_score[i] >= 0): tp_last += 1 elif (y_true[i] == -1 and y_score[i] <= 0): tp_last += 1 else: false_sign += 1 tps.append(tp_last) tps = np.asarray(tps)[threshold_idxs] fps = 1 + threshold_idxs - tps thresholds = np.copy(y_score_abs[threshold_idxs]) fps = np.append(fps, fps[-1]) tps = np.append(tps, tps[-1] + false_sign) thresholds = np.append(thresholds, 0) return fps, tps, thresholds def signed_class_precision_recall(y_true, signed_probas_pred): fps, tps, thresholds = _signed_class_clf_curve(y_true, signed_probas_pred) precision = tps / (tps + fps) precision[np.isnan(precision)] = 0 recall = tps / tps[-1] # stop when full recall attained # and reverse the outputs so recall is decreasing last_ind = tps.searchsorted(tps[-1]) sl = slice(last_ind, None, -1) return np.r_[precision[sl], 1], np.r_[recall[sl], 0], thresholds[sl]

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null

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1

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1

0

null

0

7

783979cf927d41ac48142db6f39bd5fdf43def60

92

py

Python

parameters_8001.py

jupadhya1/Twitter-Sentimental-Analysis

e8c3449cf341ca9dae44ae53e27d5b1ae0d82c5f

[ "BSD-3-Clause" ]

null

parameters_8001.py

jupadhya1/Twitter-Sentimental-Analysis

e8c3449cf341ca9dae44ae53e27d5b1ae0d82c5f

[ "BSD-3-Clause" ]

null

parameters_8001.py

jupadhya1/Twitter-Sentimental-Analysis

e8c3449cf341ca9dae44ae53e27d5b1ae0d82c5f

[ "BSD-3-Clause" ]

null

password="pbkdf2(1000,20,sha512)$836aea71918b8acc$248322c48f79902eedd0ec7e940dcd4afe8d770d"

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1

null

0

1

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8

78413f285e99a7fa7dc908e06635889a5f53f38c

962

py

Python

fossbotpy/gateway/channels/parse.py

fosscord/fossbotpy

c10c57c42f403acc93197d524d254ab3215c1737

[ "MIT" ]

2

2021-12-04T15:16:30.000Z

2021-12-21T04:37:17.000Z

fossbotpy/gateway/channels/parse.py

fosscord/fossbotpy

c10c57c42f403acc93197d524d254ab3215c1737

[ "MIT" ]

null

fossbotpy/gateway/channels/parse.py

fosscord/fossbotpy

c10c57c42f403acc93197d524d254ab3215c1737

[ "MIT" ]

null

from ..types import Types #parse class ChannelParse(object): #can either be a guild channel or a DM or something else @staticmethod def channel_create(response): channel_data = dict(response['d']) channel_data['type'] = Types.channel_types[response['d']['type']] if channel_data['type'] in ('dm', 'group_dm'): #private_channel if 'recipient_ids' not in channel_data and 'recipients' in channel_data: #should be true, running this check just in case channel_data['recipient_ids'] = [i['id'] for i in channel_data['recipients']] return channel_data @staticmethod def channel_delete(response): channel_data = dict(response['d']) channel_data['type'] = Types.channel_types[response['d']['type']] if channel_data['type'] in ('dm', 'group_dm'): #private_channel if 'recipient_ids' not in channel_data and 'recipients' in channel_data: channel_data['recipient_ids'] = [i['id'] for i in channel_data['recipients']] return channel_data

45.809524

124

0.731809

141

962

4.794326

0.326241

0.260355

0.115385

0.068047

0.724852

0

0.134096

962

21

125

45.809524

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0

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false

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0.055556

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null

1

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1

0

1

0

null

0

7

78cb1439ec8dc314f04066e44b2d8da584d23f3d

6,661

py

Python

tests/10_test_errors.py

kxgames/GameEngine

7959e91f0e6c07f269f40c7b81e8fb3efae73bd5

[ "MIT" ]

5

2017-08-28T09:58:05.000Z

2021-08-23T00:42:51.000Z

tests/10_test_errors.py

kxgames/GameEngine

7959e91f0e6c07f269f40c7b81e8fb3efae73bd5

[ "MIT" ]

8

2015-07-05T17:05:10.000Z

2016-08-09T22:08:37.000Z

tests/10_test_errors.py

kxgames/kxg

7959e91f0e6c07f269f40c7b81e8fb3efae73bd5

[ "MIT" ]

null

from kxg.errors import ApiUsageError from test_helpers import * # Pytest adds a margin to exception message, so we have to make the messages a # little narrower than usual to fit within 80 characters during testing. Note # that this setting persists throughout all the tests. ApiUsageError.message_width = 63 def test_one_line_message(): with raises_api_usage_error() as exc: raise ApiUsageError('Lorem ipsum') assert exc.exconly() == '''\ kxg.errors.ApiUsageError: lorem ipsum''' def test_dedent_one_line_message(): with raises_api_usage_error() as exc: raise ApiUsageError('''\ Lorem ipsum ''') assert exc.exconly() == '''\ kxg.errors.ApiUsageError: lorem ipsum''' def test_empty_message(): with raises_api_usage_error() as exc: raise ApiUsageError('') assert exc.exconly() == 'kxg.errors.ApiUsageError' def test_wrapping_no_description(): with raises_api_usage_error() as exc: raise ApiUsageError('''\ Lorem ipsum dolor sit amet, consectetur adipiscing elit.''') assert exc.exconly() == '''\ kxg.errors.ApiUsageError: lorem ipsum dolor sit amet, consectetur adipiscing elit.''' def test_wrapping_blank_description(): with raises_api_usage_error() as exc: raise ApiUsageError('''\ Lorem ipsum dolor sit amet, consectetur adipiscing elit. \n\n\n\n\n\n\n\n\n\n\n''') assert exc.exconly() == '''\ kxg.errors.ApiUsageError: lorem ipsum dolor sit amet, consectetur adipiscing elit.''' def test_wrapping_short_description(): with raises_api_usage_error() as exc: raise ApiUsageError('''\ Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nam justo sem, malesuada ut ultricies ac.''') assert exc.exconly() == '''\ kxg.errors.ApiUsageError: lorem ipsum dolor sit amet, consectetur adipiscing elit. Nam justo sem, malesuada ut ultricies ac.''' def test_wrapping_long_description(): with raises_api_usage_error() as exc: raise ApiUsageError('''\ Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean at tellus ut velit dignissim tincidunt. Curabitur euismod laoreet orci semper dignissim. Suspendisse potenti. Vivamus sed enim quis dui pulvinar pharetra. Duis condimentum ultricies ipsum, sed ornare leo vestibulum vitae. Sed ut justo massa, varius molestie diam. Sed lacus quam, tempor in dictum sed, posuere et diam. Maecenas tincidunt enim elementum turpis blandit tempus. Nam lectus justo, adipiscing vitae ultricies egestas, porta nec diam. Aenean ac neque tortor. Cras tempus lacus nec leo ultrices suscipit. Etiam sed aliquam tortor. Duis lacus metus, euismod ut viverra sit amet, pulvinar sed urna.''') assert exc.exconly() == '''\ kxg.errors.ApiUsageError: lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean at tellus ut velit dignissim tincidunt. Curabitur euismod laoreet orci semper dignissim. Suspendisse potenti. Vivamus sed enim quis dui pulvinar pharetra. Duis condimentum ultricies ipsum, sed ornare leo vestibulum vitae. Sed ut justo massa, varius molestie diam. Sed lacus quam, tempor in dictum sed, posuere et diam. Maecenas tincidunt enim elementum turpis blandit tempus. Nam lectus justo, adipiscing vitae ultricies egestas, porta nec diam. Aenean ac neque tortor. Cras tempus lacus nec leo ultrices suscipit. Etiam sed aliquam tortor. Duis lacus metus, euismod ut viverra sit amet, pulvinar sed urna.''' def test_wrapping_indented_list(): with raises_api_usage_error() as exc: raise ApiUsageError('''\ Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean at tellus ut velit dignissim tincidunt. Curabitur euismod laoreet orci semper dignissim. Suspendisse potenti. 1. Vivamus sed enim quis dui pulvinar pharetra. Duis condimentum ultricies ipsum, sed ornare leo vestibulum vitae. Sed ut justo massa, varius molestie diam. 2. Sed lacus quam, tempor in dictum sed, posuere et diam. Maecenas tincidunt enim elementum turpis blandit tempus. Nam lectus justo, adipiscing vitae ultricies egestas, porta nec diam. 3. Aenean ac neque tortor. Cras tempus lacus nec leo ultrices suscipit. Etiam sed aliquam tortor. Duis lacus metus, euismod ut viverra sit amet, pulvinar sed urna.''') print(exc.exconly()) assert exc.exconly() == '''\ kxg.errors.ApiUsageError: lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean at tellus ut velit dignissim tincidunt. Curabitur euismod laoreet orci semper dignissim. Suspendisse potenti. 1. Vivamus sed enim quis dui pulvinar pharetra. Duis condimentum ultricies ipsum, sed ornare leo vestibulum vitae. Sed ut justo massa, varius molestie diam. 2. Sed lacus quam, tempor in dictum sed, posuere et diam. Maecenas tincidunt enim elementum turpis blandit tempus. Nam lectus justo, adipiscing vitae ultricies egestas, porta nec diam. 3. Aenean ac neque tortor. Cras tempus lacus nec leo ultrices suscipit. Etiam sed aliquam tortor. Duis lacus metus, euismod ut viverra sit amet, pulvinar sed urna.''' def test_too_many_spaces(): # This is a real-life error message that was getting two spaces where the # line wrapped, e.g. "an id" instead of "an id". with raises_api_usage_error("because it doesn't have an id"): raise ApiUsageError("""\ Can't add DummyToken to the world because it doesn't have an id.""") def test_formating_with_args(): with raises_api_usage_error() as exc: raise ApiUsageError('{} {}', 'Lorem', 'ipsum') # Note that "Lorem" is capitalized because the braces cause it to be # treated as an identifier. assert exc.exconly() == '''\ kxg.errors.ApiUsageError: Lorem ipsum''' def test_formating_with_kwargs(): with raises_api_usage_error() as exc: raise ApiUsageError('{lorem} {ipsum}', lorem='Lorem', ipsum='ipsum') # Note that "Lorem" is capitalized because the braces cause it to be # treated as an identifier. assert exc.exconly() == '''\ kxg.errors.ApiUsageError: Lorem ipsum''' def test_formatting_with_local_variables(): lorem, ipsum = 'Lorem', 'ipsum' with raises_api_usage_error() as exc: raise ApiUsageError('{lorem} {ipsum}') # Note that "Lorem" is capitalized because the braces cause it to be # treated as an identifier. assert exc.exconly() == '''\ kxg.errors.ApiUsageError: Lorem ipsum'''

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80

0.706501

880

6,661

5.2625

0.2

0.049665

0.099331

0.046642

0.870654

0.865688

0.857482

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0.001914

0.215583

6,661

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1

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null

0

1

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8

15366e3d0d15690bf4b9ef9ae19337b626a16290

2,778

py

Python

system/views.py

askarjon111/pfl-draw-lots

071a6ff11af49113fb4f49fe4ad47112c63896cd

[ "MIT" ]

null

system/views.py

askarjon111/pfl-draw-lots

071a6ff11af49113fb4f49fe4ad47112c63896cd

[ "MIT" ]

null

system/views.py

askarjon111/pfl-draw-lots

071a6ff11af49113fb4f49fe4ad47112c63896cd

[ "MIT" ]

null

from django.shortcuts import render,redirect from .models import Team def home(request): t1 = Team.objects.get(num = '1') t2 = Team.objects.get(num = '2') t3 = Team.objects.get(num = '3') t4 = Team.objects.get(num = '4') t5 = Team.objects.get(num = '5') t6 = Team.objects.get(num = '6') t7 = Team.objects.get(num = '7') t8 = Team.objects.get(num = '8') t9 = Team.objects.get(num = '9') t10 = Team.objects.get(num = '10') t11 = Team.objects.get(num = '11') t12 = Team.objects.get(num = '12') t13 = Team.objects.get(num = '13') t14 = Team.objects.get(num = '14') context = { 't1':t1, 't2':t2, 't3':t3, 't4':t4, 't5':t5, 't6':t6, 't7':t7, 't8':t8, 't9':t9, 't10':t10, 't11':t11, 't12':t12, 't13':t13, 't14':t14, } return render(request,'system/home.html',context) def admin_page(request): if request.method == "POST": title = request.POST.get('title') num = request.POST.get('num') else: num = None title = None if num is not None: a = Team.objects.get(num = f'{num}') if title is not None: a.title = title a.save() return render(request,'system/admin page.html') def reset(request): for i in range(1,15): a = Team.objects.get(num = f'{i}') a.title = i a.save() return redirect('admin_page') def rounds(request): t1 = Team.objects.get(num = '1') t2 = Team.objects.get(num = '2') t3 = Team.objects.get(num = '3') t4 = Team.objects.get(num = '4') t5 = Team.objects.get(num = '5') t6 = Team.objects.get(num = '6') t7 = Team.objects.get(num = '7') t8 = Team.objects.get(num = '8') t9 = Team.objects.get(num = '9') t10 = Team.objects.get(num = '10') t11 = Team.objects.get(num = '11') t12 = Team.objects.get(num = '12') t13 = Team.objects.get(num = '13') t14 = Team.objects.get(num = '14') context = { 't1':t1, 't2':t2, 't3':t3, 't4':t4, 't5':t5, 't6':t6, 't7':t7, 't8':t8, 't9':t9, 't10':t10, 't11':t11, 't12':t12, 't13':t13, 't14':t14, } return render(request,'system/rounds.html',context) def shahar(request): t1 = Team.objects.get(num = '1') t2 = Team.objects.get(num = '2') t3 = Team.objects.get(num = '3') t4 = Team.objects.get(num = '4') t5 = Team.objects.get(num = '5') t6 = Team.objects.get(num = '6') t7 = Team.objects.get(num = '7') t8 = Team.objects.get(num = '8') t9 = Team.objects.get(num = '9') t10 = Team.objects.get(num = '10') t11 = Team.objects.get(num = '11') t12 = Team.objects.get(num = '12') t13 = Team.objects.get(num = '13') t14 = Team.objects.get(num = '14') context = { 't1':t1, 't2':t2, 't3':t3, 't4':t4, 't5':t5, 't6':t6, 't7':t7, 't8':t8, 't9':t9, 't10':t10, 't11':t11, 't12':t12, 't13':t13, 't14':t14, } return render(request,'system/shahar.html',context)

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0.580274

456

2,778

3.530702

0.14693

0.167702

0.382609

0.464596

0.759627

0.736025

0

0.103263

0.194744

2,778

145

53

19.158621

0.616451

0

0.760684

0

0.093626

0

1

0.042735

false

0

0.017094

0

0.102564

0

null

0

1

0

1

0

1

0

null

0

8

154570f270764c34ee050af3f74718c93e13835f

191,433

py

Python

MIDI Remote Scripts/Push2/custom_bank_definitions.py

aarkwright/ableton_devices

fe5df3bbd64ccbc136bba722ba1e131a02969798

[ "MIT" ]

null

MIDI Remote Scripts/Push2/custom_bank_definitions.py

aarkwright/ableton_devices

fe5df3bbd64ccbc136bba722ba1e131a02969798

[ "MIT" ]

null

MIDI Remote Scripts/Push2/custom_bank_definitions.py

aarkwright/ableton_devices

fe5df3bbd64ccbc136bba722ba1e131a02969798

[ "MIT" ]

null

# uncompyle6 version 3.3.5 # Python bytecode 2.7 (62211) # Decompiled from: Python 3.7.3 (default, Apr 24 2019, 15:29:51) [MSC v.1915 64 bit (AMD64)] # Embedded file name: c:\Jenkins\live\output\win_64_static\Release\python-bundle\MIDI Remote Scripts\Push2\custom_bank_definitions.py # Compiled at: 2019-05-10 18:21:20 from __future__ import absolute_import, print_function, unicode_literals from ableton.v2.base.collection import IndexedDict from ableton.v2.control_surface import BANK_MAIN_KEY, BANK_PARAMETERS_KEY, use OPTIONS_KEY = b'Options' VIEW_DESCRIPTION_KEY = b'view_description' RACK_BANKS = IndexedDict(( ( b'Macros', {BANK_PARAMETERS_KEY: ( b'Macro 1', b'Macro 2', b'Macro 3', b'Macro 4', b'Macro 5', b'Macro 6', b'Macro 7', b'Macro 8')}),)) BANK_DEFINITIONS = {b'AudioEffectGroupDevice': RACK_BANKS, b'MidiEffectGroupDevice': RACK_BANKS, b'InstrumentGroupDevice': RACK_BANKS, b'DrumGroupDevice': RACK_BANKS, b'UltraAnalog': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( use(b'OSC1 Shape').if_parameter(b'OSC1 On/Off').has_value(b'On').else_use(b'OSC2 Shape').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'OSC1 Octave').if_parameter(b'OSC1 On/Off').has_value(b'On').else_use(b'OSC2 Octave').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'OSC2 Shape').if_parameter(b'OSC1 On/Off').has_value(b'On').and_parameter(b'OSC2 On/Off').has_value(b'On').else_use(b'OSC1 Semi').if_parameter(b'OSC1 On/Off').has_value(b'On').else_use(b'OSC2 Semi').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'OSC2 Octave').if_parameter(b'OSC1 On/Off').has_value(b'On').and_parameter(b'OSC2 On/Off').has_value(b'On').else_use(b'OSC1 Detune').if_parameter(b'OSC1 On/Off').has_value(b'On').else_use(b'OSC2 Detune').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'F1 Type').if_parameter(b'F1 On/Off').has_value(b'On').else_use(b'F2 Type').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'F1 Freq').if_parameter(b'F1 On/Off').has_value(b'On').else_use(b'F2 Freq').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'F1 Resonance').if_parameter(b'F1 On/Off').has_value(b'On').else_use(b'F2 Resonance').if_parameter(b'F2 On/Off').has_value(b'On'), b'Volume')}), ( b'Osc. 1 Shape', {BANK_PARAMETERS_KEY: ( b'OSC1 On/Off', use(b'OSC1 Shape').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'').if_parameter(b'OSC1 On/Off').has_value(b'Off').else_use(b'OSC1 PW').if_parameter(b'OSC1 Shape').has_value(b'Rect'), use(b'').if_parameter(b'OSC1 On/Off').has_value(b'Off').else_use(b'O1 PW < LFO').if_parameter(b'OSC1 Shape').has_value(b'Rect').else_use(b'').if_parameter(b'LFO1 On/Off').has_value(b'Off'), use(b'').if_parameter(b'OSC1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'OSC1 Shape').has_value(b'Noise').else_use(b'').if_parameter(b'OSC1 Shape').has_value(b'Sine').else_use(b'OSC1 Mode'), use(b'').if_parameter(b'OSC1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'OSC1 Shape').has_value(b'Noise').else_use(b'O1 Sub/Sync'), use(b'OSC1 Balance').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'OSC1 Level').if_parameter(b'OSC1 On/Off').has_value(b'On'))}), ( b'Osc. 1 Pitch', {BANK_PARAMETERS_KEY: ( b'OSC1 On/Off', use(b'OSC1 Octave').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'OSC1 Semi').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'OSC1 Detune').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'PEG1 Amount').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'PEG1 Time').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'O1 Keytrack').if_parameter(b'OSC1 On/Off').has_value(b'On'), use(b'').if_parameter(b'OSC1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'LFO1 On/Off').has_value(b'Off').else_use(b'OSC1 < LFO'))}), ( b'Osc. 2 Shape', {BANK_PARAMETERS_KEY: ( b'OSC2 On/Off', use(b'OSC2 Shape').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'').if_parameter(b'OSC2 On/Off').has_value(b'Off').else_use(b'OSC2 PW').if_parameter(b'OSC2 Shape').has_value(b'Rect'), use(b'').if_parameter(b'OSC2 On/Off').has_value(b'Off').else_use(b'O2 PW < LFO').if_parameter(b'OSC2 Shape').has_value(b'Rect').else_use(b'').if_parameter(b'LFO2 On/Off').has_value(b'Off'), use(b'').if_parameter(b'OSC2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'OSC2 Shape').has_value(b'Noise').else_use(b'').if_parameter(b'OSC2 Shape').has_value(b'Sine').else_use(b'OSC2 Mode'), use(b'').if_parameter(b'OSC2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'OSC2 Shape').has_value(b'Noise').else_use(b'O2 Sub/Sync'), use(b'OSC2 Balance').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'OSC2 Level').if_parameter(b'OSC2 On/Off').has_value(b'On'))}), ( b'Osc. 2 Pitch', {BANK_PARAMETERS_KEY: ( b'OSC2 On/Off', use(b'OSC2 Octave').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'OSC2 Semi').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'OSC2 Detune').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'PEG2 Amount').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'PEG2 Time').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'O2 Keytrack').if_parameter(b'OSC2 On/Off').has_value(b'On'), use(b'').if_parameter(b'OSC2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'LFO2 On/Off').has_value(b'Off').else_use(b'OSC2 < LFO'))}), ( b'Filters', {BANK_PARAMETERS_KEY: ( b'F1 On/Off', use(b'F1 Type').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'F1 Freq').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'F1 Resonance').if_parameter(b'F1 On/Off').has_value(b'On'), b'F2 On/Off', use(b'F2 Type').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'F2 Freq').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'F2 Resonance').if_parameter(b'F2 On/Off').has_value(b'On'))}), ( b'Filt. 1 Env.', {BANK_PARAMETERS_KEY: ( b'F1 On/Off', use(b'FEG1 < Vel').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 A < Vel').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 Attack').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 Decay').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 Sustain').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 S Time').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 Rel').if_parameter(b'F1 On/Off').has_value(b'On'))}), ( b'Filt. 2 Env.', {BANK_PARAMETERS_KEY: ( b'F2 On/Off', use(b'FEG2 < Vel').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 A < Vel').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 Attack').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 Decay').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 Sustain').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 S Time').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 Rel').if_parameter(b'F2 On/Off').has_value(b'On'))}), ( b'Filt. Modulation', {BANK_PARAMETERS_KEY: ( b'F1 On/Off', use(b'F1 Freq < LFO').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'F1 Freq < Env').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'F1 Res < LFO').if_parameter(b'F1 On/Off').has_value(b'On'), b'F2 On/Off', use(b'F2 Freq < LFO').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'F2 Freq < Env').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'F2 Res < LFO').if_parameter(b'F2 On/Off').has_value(b'On'))}), ( b'Amp', {BANK_PARAMETERS_KEY: ( use(b'AMP1 Level').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AMP1 Pan').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AMP1 < LFO').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO1 On/Off').has_value(b'Off').else_use(b'LFO1 Speed').if_parameter(b'LFO1 Sync').has_value(b'Hertz').else_use(b'LFO1 SncRate'), use(b'AMP2 Level').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AMP2 Pan').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AMP2 < LFO').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO2 On/Off').has_value(b'Off').else_use(b'LFO2 Speed').if_parameter(b'LFO2 Sync').has_value(b'Hertz').else_use(b'LFO2 SncRate'))}), ( b'Amp 1 Envelope', {BANK_PARAMETERS_KEY: ( b'AMP1 On/Off', use(b'AEG1 < Vel').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 A < Vel').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 Attack').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 Decay').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 Sustain').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 S Time').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 Rel').if_parameter(b'AMP1 On/Off').has_value(b'On'))}), ( b'Amp 2 Envelope', {BANK_PARAMETERS_KEY: ( b'AMP2 On/Off', use(b'AEG2 < Vel').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 A < Vel').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 Attack').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 Decay').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 Sustain').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 S Time').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 Rel').if_parameter(b'AMP2 On/Off').has_value(b'On'))}), ( b'Noise & Unison', {BANK_PARAMETERS_KEY: ( b'Noise On/Off', use(b'Noise Level').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Color').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Balance').if_parameter(b'Noise On/Off').has_value(b'On'), b'Unison On/Off', use(b'Unison Detune').if_parameter(b'Unison On/Off').has_value(b'On'), use(b'Unison Voices').if_parameter(b'Unison On/Off').has_value(b'On'), use(b'Unison Delay').if_parameter(b'Unison On/Off').has_value(b'On'))}), ( b'LFO 1', {BANK_PARAMETERS_KEY: ( b'LFO1 On/Off', use(b'LFO1 Sync').if_parameter(b'LFO1 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO1 On/Off').has_value(b'Off').else_use(b'LFO1 Speed').if_parameter(b'LFO1 Sync').has_value(b'Hertz').else_use(b'LFO1 SncRate'), use(b'LFO1 Shape').if_parameter(b'LFO1 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO1 On/Off').has_value(b'Off').else_use(b'LFO1 PW').if_parameter(b'LFO1 Shape').has_value(b'Rect').else_use(b'LFO1 PW').if_parameter(b'LFO1 Shape').has_value(b'Tri'), use(b'LFO1 Phase').if_parameter(b'LFO1 On/Off').has_value(b'On'), use(b'LFO1 Delay').if_parameter(b'LFO1 On/Off').has_value(b'On'), use(b'LFO1 Fade In').if_parameter(b'LFO1 On/Off').has_value(b'On'))}), ( b'LFO 2', {BANK_PARAMETERS_KEY: ( b'LFO2 On/Off', use(b'LFO2 Sync').if_parameter(b'LFO2 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO2 On/Off').has_value(b'Off').else_use(b'LFO2 Speed').if_parameter(b'LFO2 Sync').has_value(b'Hertz').else_use(b'LFO2 SncRate'), use(b'LFO2 Shape').if_parameter(b'LFO2 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO2 On/Off').has_value(b'Off').else_use(b'LFO2 PW').if_parameter(b'LFO2 Shape').has_value(b'Rect').else_use(b'LFO2 PW').if_parameter(b'LFO2 Shape').has_value(b'Tri'), use(b'LFO2 Phase').if_parameter(b'LFO2 On/Off').has_value(b'On'), use(b'LFO2 Delay').if_parameter(b'LFO2 On/Off').has_value(b'On'), use(b'LFO2 Fade In').if_parameter(b'LFO2 On/Off').has_value(b'On'))}), ( b'Glide', {BANK_PARAMETERS_KEY: ( b'Glide On/Off', use(b'Glide Time').if_parameter(b'Glide On/Off').has_value(b'On'), use(b'Glide Mode').if_parameter(b'Glide On/Off').has_value(b'On'), use(b'Glide Legato').if_parameter(b'Glide On/Off').has_value(b'On'), b'', b'', b'', b'')}), ( b'Keyboard', {BANK_PARAMETERS_KEY: ( b'Octave', b'Semitone', b'Detune', b'PB Range', b'Key Stretch', b'Key Error', b'Key Priority', b'Voices')}), ( b'Vibrato', {BANK_PARAMETERS_KEY: ( b'Vib On/Off', use(b'Vib Amount').if_parameter(b'Vib On/Off').has_value(b'On'), use(b'Vib Speed').if_parameter(b'Vib On/Off').has_value(b'On'), use(b'Vib Delay').if_parameter(b'Vib On/Off').has_value(b'On'), use(b'Vib Fade-In').if_parameter(b'Vib On/Off').has_value(b'On'), use(b'Vib Error').if_parameter(b'Vib On/Off').has_value(b'On'), use(b'Vib < ModWh').if_parameter(b'Vib On/Off').has_value(b'On'), b'')}), ( b'Filt. 1 Other', {BANK_PARAMETERS_KEY: ( b'F1 On/Off', use(b'FEG1 Exp').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 Legato').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 Free').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'FEG1 Loop').if_parameter(b'F1 On/Off').has_value(b'On'), use(b'F1 Drive').if_parameter(b'F1 On/Off').has_value(b'On'), b'', b'')}), ( b'Filt. 2 Other', {BANK_PARAMETERS_KEY: ( b'F2 On/Off', use(b'FEG2 Exp').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 Legato').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 Free').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'FEG2 Loop').if_parameter(b'F2 On/Off').has_value(b'On'), use(b'F2 Drive').if_parameter(b'F2 On/Off').has_value(b'On'), b'', b'')}), ( b'Amp 1 Other', {BANK_PARAMETERS_KEY: ( b'AMP1 On/Off', use(b'AEG1 Exp').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 Legato').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 Free').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'AEG1 Loop').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'A1 Pan < LFO').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'A1 Pan < Key').if_parameter(b'AMP1 On/Off').has_value(b'On'), use(b'A1 Pan < Env').if_parameter(b'AMP1 On/Off').has_value(b'On'))}), ( b'Amp 2 Other', {BANK_PARAMETERS_KEY: ( b'AMP2 On/Off', use(b'AEG2 Exp').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 Legato').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 Free').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'AEG2 Loop').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'A2 Pan < LFO').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'A2 Pan < Key').if_parameter(b'AMP2 On/Off').has_value(b'On'), use(b'A2 Pan < Env').if_parameter(b'AMP2 On/Off').has_value(b'On'))}))), b'ChannelEq': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Highpass On', use(b'Low Gain').with_name(b'Low'), use(b'Mid Gain').with_name(b'Mid'), b'Mid Freq', use(b'High Gain').with_name(b'High'), b'', b'', use(b'Gain').with_name(b'Output'))}),)), b'Collision': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( use(b'Res 1 Type').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Brightness'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'Res 1 Opening').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Inharmonics'), use(b'Res 1 Decay').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'Res 1 Radius').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'Res 1 Radius').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Material'), use(b'Mallet Stiffness').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Noise Amount').if_parameter(b'Mallet On/Off').has_value(b'On'), b'Volume')}), ( b'Mix', {BANK_PARAMETERS_KEY: ( use(b'Res 1 Volume').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'Panorama').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'Res 1 Bleed').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'Res 2 Volume').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'Res 2 Panorama').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'Res 2 Bleed').if_parameter(b'Res 2 On/Off').has_value(b'On'), b'Structure', b'Volume')}), ( b'Mallet', {BANK_PARAMETERS_KEY: ( b'Mallet On/Off', use(b'Mallet Volume').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Noise Amount').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Stiffness').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Noise Color').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Modulation').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Volume < Vel').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Noise Amount < Vel').if_parameter(b'Mallet On/Off').has_value(b'On'))}), ( b'Noise Envelope', {BANK_PARAMETERS_KEY: ( b'Noise On/Off', use(b'Noise Volume').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Volume < Key').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Volume < Vel').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Attack').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Sustain').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Decay').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Release').if_parameter(b'Noise On/Off').has_value(b'On'))}), ( b'Noise Filter', {BANK_PARAMETERS_KEY: ( b'Noise On/Off', use(b'Noise Volume').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Filter Type').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Filter Freq').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Filter Q').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Freq < Key').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Freq < Vel').if_parameter(b'Noise On/Off').has_value(b'On'), use(b'Noise Freq < Env').if_parameter(b'Noise On/Off').has_value(b'On'))}), ( b'Res. 1 Body', {BANK_PARAMETERS_KEY: ( b'Res 1 On/Off', use(b'Res 1 Type').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'Res 1 Ratio').if_parameter(b'Res 1 Type').has_value(b'Plate').else_use(b'Res 1 Ratio').if_parameter(b'Res 1 Type').has_value(b'Membrane'), use(b'Res 1 Decay').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'Res 1 Radius').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'Res 1 Radius').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Material'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Listening L'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Listening R'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Hit'))}), ( b'Res. 1 Tune', {BANK_PARAMETERS_KEY: ( b'Res 1 On/Off', use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Brightness'), use(b'Res 1 Quality').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 1 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 1 Type').has_value(b'Tube').else_use(b'Res 1 Opening').if_parameter(b'Res 1 Type').has_value(b'Pipe').else_use(b'Res 1 Inharmonics'), use(b'Res 1 Tune').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'Res 1 Fine Tune').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'Res 1 Pitch Env.').if_parameter(b'Res 1 On/Off').has_value(b'On'), use(b'Res 1 Pitch Env. Time').if_parameter(b'Res 1 On/Off').has_value(b'On'))}), ( b'Res. 2 Body', {BANK_PARAMETERS_KEY: ( b'Res 2 On/Off', use(b'Res 2 Type').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 2 On/Off').has_value(b'Off').else_use(b'Res 2 Ratio').if_parameter(b'Res 2 Type').has_value(b'Plate').else_use(b'Res 2 Ratio').if_parameter(b'Res 2 Type').has_value(b'Membrane'), use(b'Res 2 Decay').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 2 On/Off').has_value(b'Off').else_use(b'Res 2 Radius').if_parameter(b'Res 2 Type').has_value(b'Tube').else_use(b'Res 2 Radius').if_parameter(b'Res 2 Type').has_value(b'Pipe').else_use(b'Res 2 Material'), use(b'').if_parameter(b'Res 2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Pipe').else_use(b'Res 2 Listening L'), use(b'').if_parameter(b'Res 2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Pipe').else_use(b'Res 2 Listening R'), use(b'').if_parameter(b'Res 2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Pipe').else_use(b'Res 2 Hit'))}), ( b'Res. 2 Tune', {BANK_PARAMETERS_KEY: ( b'Res 2 On/Off', use(b'').if_parameter(b'Res 2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Tube').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Pipe').else_use(b'Res 2 Brightness'), use(b'Res 2 Quality').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'').if_parameter(b'Res 2 On/Off').has_value(b'Off').else_use(b'').if_parameter(b'Res 2 Type').has_value(b'Tube').else_use(b'Res 2 Opening').if_parameter(b'Res 2 Type').has_value(b'Pipe').else_use(b'Res 2 Inharmonics'), use(b'Res 2 Tune').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'Res 2 Fine Tune').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'Res 2 Pitch Env.').if_parameter(b'Res 2 On/Off').has_value(b'On'), use(b'Res 2 Pitch Env. Time').if_parameter(b'Res 2 On/Off').has_value(b'On'))}), ( b'LFO 1', {BANK_PARAMETERS_KEY: ( b'LFO 1 On/Off', use(b'LFO 1 Depth').if_parameter(b'LFO 1 On/Off').has_value(b'On'), use(b'LFO 1 Shape').if_parameter(b'LFO 1 On/Off').has_value(b'On'), use(b'LFO 1 Sync').if_parameter(b'LFO 1 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO 1 On/Off').has_value(b'Off').else_use(b'LFO 1 Sync Rate').if_parameter(b'LFO 1 Sync').has_value(b'Sync').else_use(b'LFO 1 Rate'), use(b'LFO 1 Offset').if_parameter(b'LFO 1 On/Off').has_value(b'On'), use(b'LFO 1 Destination A').if_parameter(b'LFO 1 On/Off').has_value(b'On'), use(b'LFO 1 Destination A Amount').if_parameter(b'LFO 1 On/Off').has_value(b'On'))}), ( b'LFO 2', {BANK_PARAMETERS_KEY: ( b'LFO 2 On/Off', use(b'LFO 2 Depth').if_parameter(b'LFO 2 On/Off').has_value(b'On'), use(b'LFO 2 Shape').if_parameter(b'LFO 2 On/Off').has_value(b'On'), use(b'LFO 2 Sync').if_parameter(b'LFO 2 On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO 2 On/Off').has_value(b'Off').else_use(b'LFO 2 Sync Rate').if_parameter(b'LFO 2 Sync').has_value(b'Sync').else_use(b'LFO 2 Rate'), use(b'LFO 2 Offset').if_parameter(b'LFO 2 On/Off').has_value(b'On'), use(b'LFO 2 Destination A').if_parameter(b'LFO 2 On/Off').has_value(b'On'), use(b'LFO 2 Destination A Amount').if_parameter(b'LFO 2 On/Off').has_value(b'On'))}), ( b'Mallet Mod.', {BANK_PARAMETERS_KEY: ( b'Mallet On/Off', use(b'Mallet Volume < Key').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Volume < Vel').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Noise Amount < Key').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Noise Amount < Vel').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Stiffness < Key').if_parameter(b'Mallet On/Off').has_value(b'On'), use(b'Mallet Stiffness < Vel').if_parameter(b'Mallet On/Off').has_value(b'On'), b'')}))), b'DrumBuss': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Drive', b'Drive Type', b'Transients', b'Crunch', b'Boom Freq', b'Boom Amt', b'Boom Decay', b'Boom Audition'), OPTIONS_KEY: ( b'Compressor', b'', b'', b'', b'', b'', b'')}), ( b'Gains', {BANK_PARAMETERS_KEY: ( b'Trim', b'', b'', b'', b'', b'Damping Freq', b'Output Gain', b'Dry/Wet')}))), b'LoungeLizard': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'M Stiffness', b'M Force', b'Noise Amount', b'F Tine Vol', b'F Tone Vol', b'F Release', b'P Symmetry', b'Volume')}), ( b'Mallet', {BANK_PARAMETERS_KEY: ( b'M Stiffness', b'M Force', b'Noise Pitch', b'Noise Decay', b'Noise Amount', b'M Stiff < Vel', b'M Force < Vel', b'Volume')}), ( b'Fork', {BANK_PARAMETERS_KEY: ( b'F Tine Color', b'F Tine Decay', b'F Tine Vol', b'F Tone Vol', b'F Tone Decay', b'F Release', b'F Tine < Key', b'Volume')}), ( b'Damper', {BANK_PARAMETERS_KEY: ( b'Damp Tone', b'Damp Balance', b'Damp Amount', b'', b'', b'', b'', b'Volume')}), ( b'Pickup', {BANK_PARAMETERS_KEY: ( b'P Symmetry', b'P Distance', b'P Amp In', b'P Amp Out', b'Pickup Model', b'P Amp < Key', b'', b'Volume')}), ( b'Modulation', {BANK_PARAMETERS_KEY: ( b'M Stiff < Vel', b'M Stiff < Key', b'M Force < Vel', b'M Force < Key', b'Noise < Key', b'F Tine < Key', b'P Amp < Key', b'Volume')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'KB Stretch', b'PB Range', b'', b'', b'Voices', b'Semitone', b'Detune', b'Volume')}))), b'InstrumentImpulse': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'1 Transpose', b'1 Volume', b'3 Transpose', b'3 Volume', b'7 Transpose', b'7 Volume', b'8 Transpose', b'8 Volume')}), ( b'Pad 1', {BANK_PARAMETERS_KEY: ( b'1 Start', b'1 Envelope Decay', b'1 Stretch Factor', b'1 Saturator Drive', b'1 Envelope Type', b'1 Transpose', b'1 Volume <- Vel', b'1 Volume')}), ( b'1 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'1 Filter Type', b'1 Filter Freq', b'1 Filter Res', b'1 Filter <- Vel', b'1 Filter <- Random', b'1 Pan', b'1 Pan <- Vel', b'1 Pan <- Random')}), ( b'Pad 2', {BANK_PARAMETERS_KEY: ( b'2 Start', b'2 Envelope Decay', b'2 Stretch Factor', b'2 Saturator Drive', b'2 Envelope Type', b'2 Transpose', b'2 Volume <- Vel', b'2 Volume')}), ( b'2 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'2 Filter Type', b'2 Filter Freq', b'2 Filter Res', b'2 Filter <- Vel', b'2 Filter <- Random', b'2 Pan', b'2 Pan <- Vel', b'2 Pan <- Random')}), ( b'Pad 3', {BANK_PARAMETERS_KEY: ( b'3 Start', b'3 Envelope Decay', b'3 Stretch Factor', b'3 Saturator Drive', b'3 Envelope Type', b'3 Transpose', b'3 Volume <- Vel', b'3 Volume')}), ( b'3 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'3 Filter Type', b'3 Filter Freq', b'3 Filter Res', b'3 Filter <- Vel', b'3 Filter <- Random', b'3 Pan', b'3 Pan <- Vel', b'3 Pan <- Random')}), ( b'Pad 4', {BANK_PARAMETERS_KEY: ( b'4 Start', b'4 Envelope Decay', b'4 Stretch Factor', b'4 Saturator Drive', b'4 Envelope Type', b'4 Transpose', b'4 Volume <- Vel', b'4 Volume')}), ( b'4 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'4 Filter Type', b'4 Filter Freq', b'4 Filter Res', b'4 Filter <- Vel', b'4 Filter <- Random', b'4 Pan', b'4 Pan <- Vel', b'4 Pan <- Random')}), ( b'Pad 5', {BANK_PARAMETERS_KEY: ( b'5 Start', b'5 Envelope Decay', b'5 Stretch Factor', b'5 Saturator Drive', b'5 Envelope Type', b'5 Transpose', b'5 Volume <- Vel', b'5 Volume')}), ( b'5 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'5 Filter Type', b'5 Filter Freq', b'5 Filter Res', b'5 Filter <- Vel', b'5 Filter <- Random', b'5 Pan', b'5 Pan <- Vel', b'5 Pan <- Random')}), ( b'Pad 6', {BANK_PARAMETERS_KEY: ( b'6 Start', b'6 Envelope Decay', b'6 Stretch Factor', b'6 Saturator Drive', b'6 Envelope Type', b'6 Transpose', b'6 Volume <- Vel', b'6 Volume')}), ( b'6 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'6 Filter Type', b'6 Filter Freq', b'6 Filter Res', b'6 Filter <- Vel', b'6 Filter <- Random', b'6 Pan', b'6 Pan <- Vel', b'6 Pan <- Random')}), ( b'Pad 7', {BANK_PARAMETERS_KEY: ( b'7 Start', b'7 Envelope Decay', b'7 Stretch Factor', b'7 Saturator Drive', b'7 Envelope Type', b'7 Transpose', b'7 Volume <- Vel', b'7 Volume')}), ( b'7 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'7 Filter Type', b'7 Filter Freq', b'7 Filter Res', b'7 Filter <- Vel', b'7 Filter <- Random', b'7 Pan', b'7 Pan <- Vel', b'7 Pan <- Random')}), ( b'Pad 8', {BANK_PARAMETERS_KEY: ( b'8 Start', b'8 Envelope Decay', b'8 Stretch Factor', b'8 Saturator Drive', b'8 Envelope Type', b'8 Transpose', b'8 Volume <- Vel', b'8 Volume')}), ( b'8 Filt/Mod/Pan', {BANK_PARAMETERS_KEY: ( b'8 Filter Type', b'8 Filter Freq', b'8 Filter Res', b'8 Filter <- Vel', b'8 Filter <- Random', b'8 Pan', b'8 Pan <- Vel', b'8 Pan <- Random')}), ( b'Stretch Modes', {BANK_PARAMETERS_KEY: ( b'1 Stretch Mode', b'2 Stretch Mode', b'3 Stretch Mode', b'4 Stretch Mode', b'5 Stretch Mode', b'6 Stretch Mode', b'7 Stretch Mode', b'8 Stretch Mode')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Global Time', b'Global Transpose', b'Global Volume', b'', b'', b'', b'', b'')}))), b'Operator': IndexedDict(( ( b'Oscillators', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc-A On').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B On').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C On').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D On').if_parameter(b'Oscillator').has_value(b'D'), use(b'Osc-A Wave').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Wave').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Wave').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Wave').if_parameter(b'Oscillator').has_value(b'D'), use(b'A Fix On ').if_parameter(b'Oscillator').has_value(b'A').else_use(b'B Fix On ').if_parameter(b'Oscillator').has_value(b'B').else_use(b'C Fix On ').if_parameter(b'Oscillator').has_value(b'C').else_use(b'D Fix On ').if_parameter(b'Oscillator').has_value(b'D'), use(b'A Fix Freq').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'A Fix On ').has_value(b'On').else_use(b'A Coarse').if_parameter(b'Oscillator').has_value(b'A').else_use(b'B Fix Freq').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'B Fix On ').has_value(b'On').else_use(b'B Coarse').if_parameter(b'Oscillator').has_value(b'B').else_use(b'C Fix Freq').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'C Fix On ').has_value(b'On').else_use(b'C Coarse').if_parameter(b'Oscillator').has_value(b'C').else_use(b'D Fix Freq').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'D Fix On ').has_value(b'On').else_use(b'D Coarse').if_parameter(b'Oscillator').has_value(b'D'), use(b'A Fix Freq Mul').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'A Fix On ').has_value(b'On').else_use(b'A Fine').if_parameter(b'Oscillator').has_value(b'A').else_use(b'B Fix Freq Mul').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'B Fix On ').has_value(b'On').else_use(b'B Fine').if_parameter(b'Oscillator').has_value(b'B').else_use(b'C Fix Freq Mul').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'C Fix On ').has_value(b'On').else_use(b'C Fine').if_parameter(b'Oscillator').has_value(b'C').else_use(b'D Fix Freq Mul').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'D Fix On ').has_value(b'On').else_use(b'D Fine').if_parameter(b'Oscillator').has_value(b'D'), use(b'Osc-A Level').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Level').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Level').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Level').if_parameter(b'Oscillator').has_value(b'D'), b'Algorithm')}), ( b'Osc. Envelopes', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc-A On').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B On').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C On').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D On').if_parameter(b'Oscillator').has_value(b'D'), use(b'Envelope Feature Time/Level').with_name(b'Env Type'), use(b'Ae Attack').with_name(b'Attack').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Ae Init').with_name(b'Initial').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Be Attack').with_name(b'Attack').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Be Init').with_name(b'Initial').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Ce Attack').with_name(b'Attack').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Ce Init').with_name(b'Initial').if_parameter(b'Oscillator').has_value(b'C').else_use(b'De Attack').with_name(b'Attack').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'De Init').with_name(b'Initial').if_parameter(b'Oscillator').has_value(b'D'), use(b'Ae Decay').with_name(b'Decay').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Ae Peak').with_name(b'Peak').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Be Decay').with_name(b'Decay').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Be Peak').with_name(b'Peak').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Ce Decay').with_name(b'Decay').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Ce Peak').with_name(b'Peak').if_parameter(b'Oscillator').has_value(b'C').else_use(b'De Decay').with_name(b'Decay').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'De Peak').with_name(b'Peak').if_parameter(b'Oscillator').has_value(b'D'), use(b'Ae Sustain').with_name(b'Sustain').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Be Sustain').with_name(b'Sustain').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Ce Sustain').with_name(b'Sustain').if_parameter(b'Oscillator').has_value(b'C').else_use(b'De Sustain').with_name(b'Sustain').if_parameter(b'Oscillator').has_value(b'D'), use(b'Ae Release').with_name(b'Release').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Osc-A Lev < Vel').with_name(b'Velocity').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Be Release').with_name(b'Release').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Osc-B Lev < Vel').with_name(b'Velocity').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Ce Release').with_name(b'Release').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Osc-C Lev < Vel').with_name(b'Velocity').if_parameter(b'Oscillator').has_value(b'C').else_use(b'De Release').with_name(b'Release').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Osc-D Lev < Vel').with_name(b'Velocity').if_parameter(b'Oscillator').has_value(b'D'), use(b'Osc-A Level').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Level').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Level').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Level').if_parameter(b'Oscillator').has_value(b'D'))}), ( b'Filter', {BANK_PARAMETERS_KEY: ( b'Filter On', use(b'Filter Type').if_parameter(b'Filter Type').is_available(True).else_use(b'Filter Type (Legacy)'), use(b'Filter Freq'), use(b'Filter Res').if_parameter(b'Filter Res').is_available(True).else_use(b'Filter Res (Legacy)'), use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Lowpass').else_use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Highpass').else_use(b'Filter Circuit - BP/NO/Morph'), use(b'Filter Morph').if_parameter(b'Filter Type').has_value(b'Morph').else_use(b'').if_parameter(b'Filter Type').has_value(b'Lowpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Highpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Bandpass').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Notch').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'Filter Drive'), b'Filt < Vel', b'Filt < Key'), OPTIONS_KEY: ( use(b'Filter Slope').if_parameter(b'Filter On').has_value(b'On').and_parameter(b'Filter Slope').is_available(True), b'', b'', b'', b'', b'', b'')}), ( b'Filter Envelope', {BANK_PARAMETERS_KEY: ( b'Filter On', use(b'Envelope Feature Time/Slope/Level').with_name(b'Env Type'), use(b'Fe Attack').with_name(b'Attack').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Time').else_use(b'Fe A Slope').with_name(b'A. Slope').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Slope').else_use(b'Fe Init').with_name(b'Initial'), use(b'Fe Decay').with_name(b'Decay').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Time').else_use(b'Fe D Slope').with_name(b'D. Slope').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Slope').else_use(b'Fe Peak').with_name(b'Peak'), use(b'Fe Sustain').with_name(b'Sustain'), use(b'Fe Release').with_name(b'Release').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Time').else_use(b'Fe R Slope').with_name(b'R. Slope').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Slope').else_use(b'Fe End').with_name(b'End'), b'Fe R < Vel', b'Fe Amount')}), ( b'Filter Other', {BANK_PARAMETERS_KEY: ( b'Filter On', b'Shaper Type', b'Shaper Drive', b'Shaper Mix', b'Fe Mode', use(b'Fe Retrig').if_parameter(b'Fe Mode').has_value(b'Beat').else_use(b'Fe Retrig').if_parameter(b'Fe Mode').has_value(b'Sync').else_use(b'Fe Loop').if_parameter(b'Fe Mode').has_value(b'Loop').else_use(b''), b'', b'')}), ( b'LFO', {BANK_PARAMETERS_KEY: ( b'LFO On', b'LFO Type', b'LFO Range', use(b'LFO Sync').if_parameter(b'LFO Range').has_value(b'Sync').else_use(b'LFO Rate'), b'LFO Retrigger', b'LFO Amt', b'', b'')}), ( b'LFO Envelope', {BANK_PARAMETERS_KEY: ( b'LFO On', use(b'Envelope Feature Time/Level').with_name(b'Env Type'), use(b'Le Attack').with_name(b'Attack').if_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Le Init').with_name(b'Initial'), use(b'Le Decay').with_name(b'Decay').if_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Le Peak').with_name(b'Peak'), use(b'Le Sustain').with_name(b'Sustain'), use(b'Le Release').with_name(b'Release').if_parameter(b'Envelope Feature Time/Level').has_value(b'Time').else_use(b'Le End').with_name(b'End'), b'Le Mode', use(b'Le Retrig').if_parameter(b'Le Mode').has_value(b'Beat').else_use(b'Le Retrig').if_parameter(b'Le Mode').has_value(b'Sync').else_use(b'Le Loop').if_parameter(b'Le Mode').has_value(b'Loop').else_use(b'LFO Amt'))}), ( b'LFO Target', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc-A < LFO').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B < LFO').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C < LFO').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D < LFO').if_parameter(b'Oscillator').has_value(b'D'), b'Filt < LFO', b'LFO Amt A', b'LFO Dst B', b'LFO Amt B', b'LFO R < K', b'LFO < Vel')}), ( b'Pitch Envelope', {BANK_PARAMETERS_KEY: ( b'Pe On', use(b'Envelope Feature Time/Slope/Level').with_name(b'Env Type'), use(b'Pe Attack').with_name(b'Attack').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Time').else_use(b'Pe A Slope').with_name(b'A. Slope').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Slope').else_use(b'Pe Init').with_name(b'Initial'), use(b'Pe Decay').with_name(b'Decay').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Time').else_use(b'Pe D Slope').with_name(b'D. Slope').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Slope').else_use(b'Pe Peak').with_name(b'Peak'), use(b'Pe Sustain').with_name(b'Sustain'), use(b'Pe Release').with_name(b'Release').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Time').else_use(b'Pe R Slope').with_name(b'R. Slope').if_parameter(b'Envelope Feature Time/Slope/Level').has_value(b'Slope').else_use(b'Pe End').with_name(b'End'), b'Pe R < Vel', b'Pe Amount')}), ( b'Aux', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc-A < Pe').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B < Pe').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C < Pe').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D < Pe').if_parameter(b'Oscillator').has_value(b'D'), b'LFO < Pe', b'Pe Amt A', b'Pe Dst B', b'Pe Amt B', b'Glide On', b'Glide Time')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Transpose', b'Spread', b'Tone', b'Time', b'Panorama', b'Pan < Rnd', b'Pan < Key', b'Volume')}), ( b'Osc. Other', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc-A Lev < Vel').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Lev < Vel').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Lev < Vel').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Lev < Vel').if_parameter(b'Oscillator').has_value(b'D'), use(b'A Freq<Vel').if_parameter(b'Oscillator').has_value(b'A').else_use(b'B Freq<Vel').if_parameter(b'Oscillator').has_value(b'B').else_use(b'C Freq<Vel').if_parameter(b'Oscillator').has_value(b'C').else_use(b'D Freq<Vel').if_parameter(b'Oscillator').has_value(b'D'), use(b'A Quantize').if_parameter(b'Oscillator').has_value(b'A').else_use(b'B Quantize').if_parameter(b'Oscillator').has_value(b'B').else_use(b'C Quantize').if_parameter(b'Oscillator').has_value(b'C').else_use(b'D Quantize').if_parameter(b'Oscillator').has_value(b'D'), use(b'Osc-A Retrig').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Retrig').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Retrig').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Retrig').if_parameter(b'Oscillator').has_value(b'D'), use(b'Osc-A Phase').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Phase').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Phase').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Phase').if_parameter(b'Oscillator').has_value(b'D'), use(b'Ae Mode').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Be Mode').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Ce Mode').if_parameter(b'Oscillator').has_value(b'C').else_use(b'De Mode').if_parameter(b'Oscillator').has_value(b'D'), use(b'Ae Retrig').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'Ae Mode').has_value(b'Beat').else_use(b'Ae Retrig').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'Ae Mode').has_value(b'Sync').else_use(b'Ae Loop').if_parameter(b'Oscillator').has_value(b'A').and_parameter(b'Ae Mode').has_value(b'Loop').else_use(b'Be Retrig').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'Be Mode').has_value(b'Beat').else_use(b'Be Retrig').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'Be Mode').has_value(b'Sync').else_use(b'Be Loop').if_parameter(b'Oscillator').has_value(b'B').and_parameter(b'Be Mode').has_value(b'Loop').else_use(b'Ce Retrig').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'Ce Mode').has_value(b'Beat').else_use(b'Ce Retrig').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'Ce Mode').has_value(b'Sync').else_use(b'Ce Loop').if_parameter(b'Oscillator').has_value(b'C').and_parameter(b'Ce Mode').has_value(b'Loop').else_use(b'De Retrig').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'De Mode').has_value(b'Beat').else_use(b'De Retrig').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'De Mode').has_value(b'Sync').else_use(b'De Loop').if_parameter(b'Oscillator').has_value(b'D').and_parameter(b'De Mode').has_value(b'Loop').else_use(b''))}), ( b'Velocity', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Ae R < Vel').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Be R < Vel').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Ce R < Vel').if_parameter(b'Oscillator').has_value(b'C').else_use(b'De R < Vel').if_parameter(b'Oscillator').has_value(b'D'), use(b'Osc-A Lev < Vel').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Lev < Vel').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Lev < Vel').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Lev < Vel').if_parameter(b'Oscillator').has_value(b'D'), b'LFO < Vel', b'Filt < Vel', b'Pe R < Vel', b'Fe R < Vel', b'Le R < Vel')}), ( b'Keyboard', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc-A Lev < Key').if_parameter(b'Oscillator').has_value(b'A').else_use(b'Osc-B Lev < Key').if_parameter(b'Oscillator').has_value(b'B').else_use(b'Osc-C Lev < Key').if_parameter(b'Oscillator').has_value(b'C').else_use(b'Osc-D Lev < Key').if_parameter(b'Oscillator').has_value(b'D'), b'Filt < Key', b'Pan < Key', b'Time < Key', b'LFO R < K', b'', b'')}))), b'MultiSampler': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Ve Attack', b'Ve Decay', b'Ve Sustain', b'Ve Release', use(b'Pan').if_parameter(b'F On').has_value(b'Off').else_use(b'Filter Type').if_parameter(b'Filter Type').is_available(True).else_use(b'Filter Type (Legacy)'), use(b'Transpose').if_parameter(b'F On').has_value(b'Off').else_use(b'Filter Freq'), use(b'Detune').if_parameter(b'F On').has_value(b'Off').else_use(b'Filter Res').if_parameter(b'Filter Res').is_available(True).else_use(b'Filter Res (Legacy)'), b'Volume')}), ( b'Volume Env.', {BANK_PARAMETERS_KEY: ( b'Ve Init', b'Ve Attack', b'Ve Peak', b'Ve Decay', b'Ve Sustain', b'Ve Release', b'Vol < Vel', b'Volume')}), ( b'Env. Loop & Pan', {BANK_PARAMETERS_KEY: ( b'Ve Mode', use(b'Ve Loop').if_parameter(b'Ve Mode').has_value(b'Loop').else_use(b'Ve Retrig').if_parameter(b'Ve Mode').has_value(b'Beat').else_use(b'Ve Retrig').if_parameter(b'Ve Mode').has_value(b'Sync').else_use(b''), b'Ve R < Vel', b'', b'Pan', b'Pan < Rnd', b'Time', b'Time < Key')}), ( b'Filter', {BANK_PARAMETERS_KEY: ( b'F On', use(b'Filter Type').if_parameter(b'Filter Type').is_available(True).else_use(b'Filter Type (Legacy)'), use(b'Filter Freq'), use(b'Filter Res').if_parameter(b'Filter Res').is_available(True).else_use(b'Filter Res (Legacy)'), use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Lowpass').else_use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Highpass').else_use(b'Filter Circuit - BP/NO/Morph'), use(b'Filter Morph').if_parameter(b'Filter Type').has_value(b'Morph').else_use(b'').if_parameter(b'Filter Type').has_value(b'Lowpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Highpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Bandpass').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Notch').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'Filter Drive'), b'Filt < Vel', b'Filt < Key'), OPTIONS_KEY: ( use(b'Filter Slope').if_parameter(b'F On').has_value(b'On').and_parameter(b'Filter Slope').is_available(True), b'', b'', b'', b'', b'', b'', b'')}), ( b'Filt. Env', {BANK_PARAMETERS_KEY: ( b'Fe On', b'Fe < Env', b'Fe Init', b'Fe Attack', b'Fe Decay', b'Fe Peak', b'Fe Sustain', b'Fe Release')}), ( b'Shaper', {BANK_PARAMETERS_KEY: ( b'Fe On', b'Fe End', b'Fe Mode', use(b'Fe Loop').if_parameter(b'Fe Mode').has_value(b'Loop').else_use(b'Fe Retrig').if_parameter(b'Fe Mode').has_value(b'Beat').else_use(b'Fe Retrig').if_parameter(b'Fe Mode').has_value(b'Sync').else_use(b''), b'Fe R < Vel', b'Shaper On', b'Shaper Type', b'Shaper Amt')}), ( b'Osc. pg. 1', {BANK_PARAMETERS_KEY: ( b'Osc On', b'O Mode', b'Oe Init', b'Oe Attack', b'Oe Peak', b'Oe Decay', b'Oe Sustain', b'Oe Release')}), ( b'Osc. pg. 2', {BANK_PARAMETERS_KEY: ( b'Oe End', b'Oe Mode', use(b'Oe Loop').if_parameter(b'Oe Mode').has_value(b'Loop').else_use(b'Oe Retrig').if_parameter(b'Oe Mode').has_value(b'Beat').else_use(b'Oe Retrig').if_parameter(b'Oe Mode').has_value(b'Sync').else_use(b''), b'O Type', b'O Volume', b'O Fix On', use(b'O Coarse').if_parameter(b'O Fix On').has_value(b'Off').else_use(b'O Fix Freq'), use(b'O Fine').if_parameter(b'O Fix On').has_value(b'Off').else_use(b'O Fix Freq Mul'))}), ( b'Pitch Env.', {BANK_PARAMETERS_KEY: ( b'Pe On', b'Pe < Env', b'Pe Init', b'Pe Attack', b'Pe Peak', b'Pe Decay', b'Pe Sustain', b'Pe Release')}), ( b'Pitch Env. 2', {BANK_PARAMETERS_KEY: ( b'Pe On', b'Pe End', b'Pe R < Vel', b'Pe Mode', use(b'Pe Loop').if_parameter(b'Pe Mode').has_value(b'Loop').else_use(b'Pe Retrig').if_parameter(b'Pe Mode').has_value(b'Beat').else_use(b'Pe Retrig').if_parameter(b'Pe Mode').has_value(b'Sync').else_use(b''), b'', b'', b'')}), ( b'Pitch/Glide', {BANK_PARAMETERS_KEY: ( b'Pe On', b'Spread', b'Transpose', b'Detune', b'Key Zone Shift', b'Glide Mode', use(b'Glide Time').if_parameter(b'Glide Mode').has_value(b'On'), b'')}), ( b'LFO1 pg. 1', {BANK_PARAMETERS_KEY: ( b'L 1 On', b'L 1 Wave', b'L 1 Sync', use(b'L 1 Sync Rate').if_parameter(b'L 1 Sync').has_value(b'Sync').else_use(b'L 1 Rate'), b'Vol < LFO', b'Filt < LFO', b'Pan < LFO', b'Pitch < LFO')}), ( b'LFO1 pg. 2', {BANK_PARAMETERS_KEY: ( b'L 1 On', b'L 1 Retrig', b'L 1 Offset', b'L 1 Attack', b'', b'', b'', b'')}), ( b'LFO2 pg. 1', {BANK_PARAMETERS_KEY: ( b'L 2 On', b'L 2 Wave', b'L 2 Sync', use(b'L 2 Sync Rate').if_parameter(b'L 2 Sync').has_value(b'Sync').else_use(b'L 2 Rate'), b'L 2 Retrig', b'L 2 Offset', b'L 2 Attack', b'')}), ( b'LFO2 pg. 2', {BANK_PARAMETERS_KEY: ( b'L 2 On', b'L 2 St Mode', use(b'L 2 Spin').if_parameter(b'L 2 St Mode').has_value(b'Spin').else_use(b'L 2 Phase'), b'', b'', b'', b'', b'')}), ( b'LFO3 pg. 1', {BANK_PARAMETERS_KEY: ( b'L 3 On', b'L 3 Wave', b'L 3 Sync', use(b'L 3 Sync Rate').if_parameter(b'L 3 Sync').has_value(b'Sync').else_use(b'L 3 Rate'), b'L 3 Retrig', b'L 3 Offset', b'L 3 Attack', b'')}), ( b'LFO3 pg. 2', {BANK_PARAMETERS_KEY: ( b'L 3 On', b'L 3 St Mode', use(b'L 3 Spin').if_parameter(b'L 3 St Mode').has_value(b'Spin').else_use(b'L 3 Phase'), b'', b'', b'', b'', b'')}), ( b'Aux Env. 1', {BANK_PARAMETERS_KEY: ( b'Ae On', b'Ae Init', b'Ae Peak', b'Ae Sustain', b'Ae End', b'Ae Mode', use(b'Ae Loop').if_parameter(b'Ae Mode').has_value(b'Loop').else_use(b'Ae Retrig').if_parameter(b'Ae Mode').has_value(b'Beat').else_use(b'Ae Retrig').if_parameter(b'Ae Mode').has_value(b'Sync'), b'')}), ( b'Aux Env. 2', {BANK_PARAMETERS_KEY: ( b'Ae On', b'Ae Attack', b'Ae Decay', b'Ae Release', b'Ae A Slope', b'Ae D Slope', b'Ae R Slope', b'')}))), b'OriginalSimpler': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( use(b'Ve Attack').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Zoom'), use(b'Ve Decay').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Start'), use(b'Ve Sustain').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'End'), use(b'Ve Release').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Fade In').if_parameter(b'Mode').has_value(b'One-Shot').else_use(b'Nudge').if_parameter(b'Mode').has_value(b'Slicing').else_use(b'S Start').if_parameter(b'Mode').has_value(b'Classic'), use(b'Pan').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Fade Out').if_parameter(b'Mode').has_value(b'One-Shot').else_use(b'Playback').if_parameter(b'Mode').has_value(b'Slicing').else_use(b'S Length').if_parameter(b'Mode').has_value(b'Classic'), use(b'Transpose').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Transpose').if_parameter(b'Mode').has_value(b'One-Shot').else_use(b'Slice by').if_parameter(b'Mode').has_value(b'Slicing').else_use(b'S Loop Length').if_parameter(b'Mode').has_value(b'Classic'), use(b'Detune').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Gain').if_parameter(b'Mode').has_value(b'One-Shot').else_use(b'Sensitivity').if_parameter(b'Slice by').has_value(b'Transient').and_parameter(b'Mode').has_value(b'Slicing').else_use(b'Division').if_parameter(b'Slice by').has_value(b'Beat').and_parameter(b'Mode').has_value(b'Slicing').else_use(b'Regions').if_parameter(b'Slice by').has_value(b'Region').and_parameter(b'Mode').has_value(b'Slicing').else_use(b'Pad Slicing').if_parameter(b'Slice by').has_value(b'Manual').and_parameter(b'Mode').has_value(b'Slicing').else_use(b'Sensitivity').if_parameter(b'Mode').has_value(b'Slicing').else_use(b'S Loop Fade').if_parameter(b'Mode').has_value(b'Classic').and_parameter(b'Warp').has_value(b'Off').else_use(b'Detune'), use(b'Volume').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Mode')), OPTIONS_KEY: ( use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Loop').if_parameter(b'Mode').has_value(b'Classic').else_use(b'Trigger Mode'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Warp as X Bars'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b':2'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'x2'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Clear Slices').if_parameter(b'Slice by').has_value(b'Manual').and_parameter(b'Mode').has_value(b'Slicing').else_use(b'Reset Slices').if_parameter(b'Mode').has_value(b'Slicing'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Split Slice').if_parameter(b'Mode').has_value(b'Slicing').else_use(b'Crop'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Reverse')), VIEW_DESCRIPTION_KEY: b'waveform'}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Glide Mode', b'Glide Time', use(b'').if_parameter(b'Mode').has_value(b'One-Shot').else_use(b'Voices').if_parameter(b'Mode').has_value(b'Classic').else_use(b'Voices').if_parameter(b'Mode').has_value(b'Slicing').and_parameter(b'Playback').has_value(b'Poly'), b'Transpose', b'Detune', b'Vol < Vel', b'Gain', b'Volume'), OPTIONS_KEY: ( b'', use(b'').if_parameter(b'Mode').has_value(b'One-Shot').else_use(b'Retrigger').if_parameter(b'Mode').has_value(b'Classic').else_use(b'Retrigger').if_parameter(b'Mode').has_value(b'Slicing').and_parameter(b'Playback').has_value(b'Poly'), b'', b'', b'', b'', b''), VIEW_DESCRIPTION_KEY: b'waveform'}), ( b'Envelopes', {BANK_PARAMETERS_KEY: ( b'Env. Type', use(b'Fe On').if_parameter(b'Env. Type').has_value(b'Filter').else_use(b'Pe On').if_parameter(b'Env. Type').has_value(b'Pitch').else_use(b'Ve Attack').if_parameter(b'Mode').has_value(b'Classic').else_use(b'Fade In'), use(b'Fe Attack').if_parameter(b'Env. Type').has_value(b'Filter').else_use(b'Pe Attack').if_parameter(b'Env. Type').has_value(b'Pitch').else_use(b'Ve Decay').if_parameter(b'Mode').has_value(b'Classic').else_use(b'Fade Out'), use(b'Fe Decay').if_parameter(b'Env. Type').has_value(b'Filter').else_use(b'Pe Decay').if_parameter(b'Env. Type').has_value(b'Pitch').else_use(b'Ve Sustain').if_parameter(b'Mode').has_value(b'Classic').else_use(b'Volume'), use(b'Fe Sustain').if_parameter(b'Env. Type').has_value(b'Filter').else_use(b'Pe Sustain').if_parameter(b'Env. Type').has_value(b'Pitch').else_use(b'Ve Release').if_parameter(b'Mode').has_value(b'Classic'), use(b'Fe Release').if_parameter(b'Env. Type').has_value(b'Filter').else_use(b'Pe Release').if_parameter(b'Env. Type').has_value(b'Pitch').else_use(b'Ve Mode').if_parameter(b'Env. Type').has_value(b'Volume'), use(b'Fe < Env').if_parameter(b'Env. Type').has_value(b'Filter').else_use(b'Pe < Env').if_parameter(b'Env. Type').has_value(b'Pitch').else_use(b'Ve Retrig').if_parameter(b'Env. Type').has_value(b'Volume').and_parameter(b'Ve Mode').has_value(b'Beat').or_parameter(b'Ve Mode').has_value(b'Sync').else_use(b'Ve Loop').if_parameter(b'Ve Mode').has_value(b'Loop'), use(b'Filter Freq').if_parameter(b'Env. Type').has_value(b'Filter').else_use(b'Transpose').if_parameter(b'Env. Type').has_value(b'Pitch')), OPTIONS_KEY: ( b'', b'', b'', b'', b'', b'', b''), VIEW_DESCRIPTION_KEY: b''}), ( b'Warp', {BANK_PARAMETERS_KEY: ( use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Zoom'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Start'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'End'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Warp'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'').if_parameter(b'Warp').has_value(b'Off').else_use(b'Warp Mode'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'').if_parameter(b'Warp').has_value(b'Off').else_use(b'Preserve').if_parameter(b'Warp Mode').has_value(b'Beats').else_use(b'Grain Size Tones').if_parameter(b'Warp Mode').has_value(b'Tones').else_use(b'Grain Size Texture').if_parameter(b'Warp Mode').has_value(b'Texture').else_use(b'Formants').if_parameter(b'Warp Mode').has_value(b'Pro'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'').if_parameter(b'Warp').has_value(b'Off').else_use(b'Loop Mode').if_parameter(b'Warp Mode').has_value(b'Beats').else_use(b'Flux').if_parameter(b'Warp Mode').has_value(b'Texture').else_use(b'Envelope Complex Pro').if_parameter(b'Warp Mode').has_value(b'Pro'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'').if_parameter(b'Warp').has_value(b'Off').else_use(b'Envelope').if_parameter(b'Warp Mode').has_value(b'Beats')), OPTIONS_KEY: ( use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'Warp as X Bars'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b':2'), use(b'').if_parameter(b'Multi Sample').has_value(b'On').else_use(b'x2'), b'', b'', b'', b'', b''), VIEW_DESCRIPTION_KEY: b'waveform'}), ( b'Filter', {BANK_PARAMETERS_KEY: ( b'F On', use(b'Filter Type').if_parameter(b'Filter Type').is_available(True).else_use(b'Filter Type (Legacy)'), b'Filter Freq', use(b'Filter Res').if_parameter(b'Filter Res').is_available(True).else_use(b'Filter Res (Legacy)'), use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Lowpass').else_use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Highpass').else_use(b'Filter Circuit - BP/NO/Morph'), use(b'Filter Morph').if_parameter(b'Filter Type').has_value(b'Morph').else_use(b'').if_parameter(b'Filter Type').has_value(b'Lowpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Highpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Bandpass').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Notch').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'Filter Drive'), b'Filt < Vel', b'Filt < LFO'), OPTIONS_KEY: ( use(b'Filter Slope').if_parameter(b'F On').has_value(b'On').and_parameter(b'Filter Slope').is_available(True), b'', b'', b'', b'', b'', b'')}), ( b'LFO', {BANK_PARAMETERS_KEY: ( b'L On', b'L Wave', use(b'L Rate').if_parameter(b'L Sync').has_value(b'Free').else_use(b'L Sync Rate'), b'L Attack', b'L R < Key', b'Vol < LFO', b'L Retrig', b'L Offset'), OPTIONS_KEY: ( b'', use(b'LFO Sync Type').if_parameter(b'L On').has_value(b'On'), b'', b'', b'', b'', b'')}), ( b'Pan', {BANK_PARAMETERS_KEY: ( b'Pan', b'Spread', b'Pan < Rnd', b'Pan < LFO', b'', b'', b'', b''), OPTIONS_KEY: ( b'', b'', b'', b'', b'', b'', b'')}))), b'StringStudio': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( use(b'Excitator Type').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc ForceMassProt').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc FricStiff').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc Velocity').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'E Pos').if_parameter(b'Exc On/Off').has_value(b'On'), b'String Decay', b'Str Damping', b'Volume')}), ( b'Excitator', {BANK_PARAMETERS_KEY: ( b'Exc On/Off', use(b'Excitator Type').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc ForceMassProt').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc FricStiff').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc Velocity').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'E Pos').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'E Pos Abs').if_parameter(b'Exc On/Off').has_value(b'On'), b'Volume')}), ( b'String & Pickup', {BANK_PARAMETERS_KEY: ( b'String Decay', b'S Decay < Key', b'S Decay Ratio', b'Str Inharmon', b'Str Damping', b'S Damp < Key', b'Pickup On/Off', use(b'Pickup Pos').if_parameter(b'Pickup On/Off').has_value(b'On'))}), ( b'Damper', {BANK_PARAMETERS_KEY: ( b'Damper On', use(b'Damper Mass').if_parameter(b'Damper On').has_value(b'On'), use(b'D Stiffness').if_parameter(b'Damper On').has_value(b'On'), use(b'Damp Pos').if_parameter(b'Damper On').has_value(b'On'), use(b'D Damping').if_parameter(b'Damper On').has_value(b'On'), use(b'Damper Gated').if_parameter(b'Damper On').has_value(b'On'), use(b'').if_parameter(b'Damper On').has_value(b'Off').else_use(b'D Velocity').if_parameter(b'Damper Gated').has_value(b'On').else_use(b''), use(b'D Pos Abs').if_parameter(b'Damper On').has_value(b'On'))}), ( b'Termination', {BANK_PARAMETERS_KEY: ( b'Term On/Off', use(b'Term Mass').if_parameter(b'Term On/Off').has_value(b'On'), use(b'Term Fng Stiff').if_parameter(b'Term On/Off').has_value(b'On'), use(b'Term Fret Stiff').if_parameter(b'Term On/Off').has_value(b'On'), use(b'T Mass < Vel').if_parameter(b'Term On/Off').has_value(b'On'), use(b'T Mass < Key').if_parameter(b'Term On/Off').has_value(b'On'), b'', b'Volume')}), ( b'Body', {BANK_PARAMETERS_KEY: ( b'Body On/Off', use(b'Body Type').if_parameter(b'Body On/Off').has_value(b'On'), use(b'Body Size').if_parameter(b'Body On/Off').has_value(b'On'), use(b'Body Decay').if_parameter(b'Body On/Off').has_value(b'On'), use(b'Body Low-Cut').if_parameter(b'Body On/Off').has_value(b'On'), use(b'Body High-Cut').if_parameter(b'Body On/Off').has_value(b'On'), use(b'Body Mix').if_parameter(b'Body On/Off').has_value(b'On'), b'Volume')}), ( b'Filter', {BANK_PARAMETERS_KEY: ( b'Filter On/Off', use(b'Filter Type').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'Filter Freq').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'Filter Reso').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'Freq < Env').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'Freq < LFO').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'Reso < Env').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'Reso < LFO').if_parameter(b'Filter On/Off').has_value(b'On'))}), ( b'LFO', {BANK_PARAMETERS_KEY: ( b'LFO On/Off', use(b'LFO Shape').if_parameter(b'LFO On/Off').has_value(b'On'), use(b'LFO Sync On').if_parameter(b'LFO On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO On/Off').has_value(b'Off').else_use(b'LFO SyncRate').if_parameter(b'LFO Sync On').has_value(b'Beat').else_use(b'LFO Speed'), use(b'LFO Delay').if_parameter(b'LFO On/Off').has_value(b'On'), use(b'LFO Fade In').if_parameter(b'LFO On/Off').has_value(b'On'), b'', b'')}), ( b'Vibrato', {BANK_PARAMETERS_KEY: ( b'Vibrato On/Off', use(b'Vib Delay').if_parameter(b'Vibrato On/Off').has_value(b'On'), use(b'Vib Fade-In').if_parameter(b'Vibrato On/Off').has_value(b'On'), use(b'Vib Speed').if_parameter(b'Vibrato On/Off').has_value(b'On'), use(b'Vib Amount').if_parameter(b'Vibrato On/Off').has_value(b'On'), use(b'Vib < ModWh').if_parameter(b'Vibrato On/Off').has_value(b'On'), use(b'Vib Error').if_parameter(b'Vibrato On/Off').has_value(b'On'), b'')}), ( b'Unison & Portamento', {BANK_PARAMETERS_KEY: ( b'Unison On/Off', use(b'Unison Voices').if_parameter(b'Unison On/Off').has_value(b'On'), use(b'Uni Delay').if_parameter(b'Unison On/Off').has_value(b'On'), use(b'Uni Detune').if_parameter(b'Unison On/Off').has_value(b'On'), b'Porta On/Off', use(b'Porta Time').if_parameter(b'Porta On/Off').has_value(b'On'), use(b'Porta Legato').if_parameter(b'Porta On/Off').has_value(b'On'), use(b'Porta Prop').if_parameter(b'Porta On/Off').has_value(b'On'))}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Octave', b'Semitone', b'Fine Tune', b'Voices', b'PB Depth', b'Stretch', b'Error', b'Key Priority')}), ( b'Filt. Env.', {BANK_PARAMETERS_KEY: ( b'FEG On/Off', use(b'FEG Attack').if_parameter(b'FEG On/Off').has_value(b'On'), use(b'FEG Decay').if_parameter(b'FEG On/Off').has_value(b'On'), use(b'FEG Sustain').if_parameter(b'FEG On/Off').has_value(b'On'), use(b'FEG Release').if_parameter(b'FEG On/Off').has_value(b'On'), use(b'FEG Att < Vel').if_parameter(b'FEG On/Off').has_value(b'On'), use(b'FEG < Vel').if_parameter(b'FEG On/Off').has_value(b'On'), b'')}), ( b'Excitator Mod.', {BANK_PARAMETERS_KEY: ( use(b'Exc Prot < Vel').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc Prot < Key').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc Stiff < Vel').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc Stiff < Key').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc Vel < Vel').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'Exc Vel < Key').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'E Pos < Vel').if_parameter(b'Exc On/Off').has_value(b'On'), use(b'E Pos < Key').if_parameter(b'Exc On/Off').has_value(b'On'))}), ( b'Mass Mod.', {BANK_PARAMETERS_KEY: ( use(b'D Mass < Key').if_parameter(b'Damper On').has_value(b'On'), use(b'D Stiff < Key').if_parameter(b'Damper On').has_value(b'On'), use(b'D Pos < Key').if_parameter(b'Damper On').has_value(b'On'), use(b'D Pos < Vel').if_parameter(b'Damper On').has_value(b'On'), use(b'Damper Gated').if_parameter(b'Damper On').has_value(b'On'), use(b'').if_parameter(b'Damper On').has_value(b'Off').else_use(b'D Velo < Key').if_parameter(b'Damper Gated').has_value(b'On').else_use(b''), b'', b'')}))), b'InstrumentVector': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc 1 Table').with_name(b'Table').if_parameter(b'Oscillator').has_value(b'1').else_use(b'Osc 2 Table').with_name(b'Table').if_parameter(b'Oscillator').has_value(b'2').else_use(b'Sub Gain').with_name(b'Gain').if_parameter(b'Oscillator').has_value(b'S').else_use(b'Osc 1 Gain').with_name(b'Gain 1').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b''), use(b'Osc 1 Pos').with_name(b'Position').if_parameter(b'Oscillator').has_value(b'1').else_use(b'Osc 2 Pos').with_name(b'Position').if_parameter(b'Oscillator').has_value(b'2').else_use(b'Sub Tone').with_name(b'Tone').if_parameter(b'Oscillator').has_value(b'S').else_use(b'Osc 2 Gain').with_name(b'Gain 2').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b''), use(b'Filter 1 Type').with_name(b'Filter Type').if_parameter(b'Internal Filter').has_value(b'1').else_use(b'Filter 2 Type').with_name(b'Filter Type').if_parameter(b'Internal Filter').has_value(b'2').else_use(b'Sub Transpose').with_name(b'Octave').if_parameter(b'Oscillator').has_value(b'S').else_use(b'Sub Gain').with_name(b'Gain Sub').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b''), use(b'Filter 1 Freq').with_name(b'Frequency').if_parameter(b'Internal Filter').has_value(b'1').else_use(b'Filter 2 Freq').with_name(b'Frequency'), use(b'Filter 1 Res').with_name(b'Resonance').if_parameter(b'Internal Filter').has_value(b'1').else_use(b'Filter 2 Res').with_name(b'Resonance'), use(b'Time').with_name(b'Mod Time'), use(b'Global Mod Amount').with_name(b'Mod Amt')), OPTIONS_KEY: ( use(b'Osc').if_parameter(b'Oscillator').has_value(b'1').or_parameter(b'Oscillator').has_value(b'2').else_use(b'Sub').if_parameter(b'Oscillator').has_value(b'S'), b'', b'Filter Switch', b'Filter', b'', b'', b'Add to Matrix'), VIEW_DESCRIPTION_KEY: b'mainbank_visualisation'}), ( b'Oscillators', {BANK_PARAMETERS_KEY: ( b'Oscillator', use(b'Osc 1 Category').with_name(b'Category').if_parameter(b'Oscillator').has_value(b'1').else_use(b'Osc 2 Category').with_name(b'Category').if_parameter(b'Oscillator').has_value(b'2').else_use(b'Sub Gain').with_name(b'Gain').if_parameter(b'Oscillator').has_value(b'S').else_use(b'Osc 1 Pitch').with_name(b'Pitch 1').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b''), use(b'Osc 1 Table').with_name(b'Table').if_parameter(b'Oscillator').has_value(b'1').else_use(b'Osc 2 Table').with_name(b'Table').if_parameter(b'Oscillator').has_value(b'2').else_use(b'Sub Tone').with_name(b'Tone').if_parameter(b'Oscillator').has_value(b'S').else_use(b'Osc 2 Pitch').with_name(b'Pitch 2').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b''), use(b'Osc 1 Pos').with_name(b'Position').if_parameter(b'Oscillator').has_value(b'1').else_use(b'Osc 2 Pos').with_name(b'Position').if_parameter(b'Oscillator').has_value(b'2').else_use(b'Sub Transpose').with_name(b'Octave').if_parameter(b'Oscillator').has_value(b'S').else_use(b'Sub Transpose').with_name(b'Octave Sub').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b''), use(b'Osc 1 Gain').with_name(b'Gain 1').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b'Osc 1 Pitch').with_name(b'Pitch').if_parameter(b'Oscillator').has_value(b'1').else_use(b'Osc 2 Pitch').with_name(b'Pitch').if_parameter(b'Oscillator').has_value(b'2'), use(b'Osc 1 Effect Type').with_name(b'Effect Type').if_parameter(b'Oscillator').has_value(b'1').else_use(b'Osc 2 Effect Type').with_name(b'Effect Type').if_parameter(b'Oscillator').has_value(b'2').else_use(b'Osc 2 Gain').with_name(b'Gain 2').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b''), use(b'Osc 1 Effect 1').with_name(b'Pulse Width').if_parameter(b'Oscillator').has_value(b'1').and_parameter(b'Osc 1 Effect Type').has_value(b'Classic').else_use(b'Osc 1 Effect 1').with_name(b'Warp').if_parameter(b'Oscillator').has_value(b'1').and_parameter(b'Osc 1 Effect Type').has_value(b'Modern').else_use(b'Osc 1 Effect 1').with_name(b'Pitch').if_parameter(b'Oscillator').has_value(b'1').and_parameter(b'Osc 1 Effect Type').has_value(b'Fm').else_use(b'Osc 2 Effect 1').with_name(b'Pulse Width').if_parameter(b'Oscillator').has_value(b'2').and_parameter(b'Osc 2 Effect Type').has_value(b'Classic').else_use(b'Osc 2 Effect 1').with_name(b'Warp').if_parameter(b'Oscillator').has_value(b'2').and_parameter(b'Osc 2 Effect Type').has_value(b'Modern').else_use(b'Osc 2 Effect 1').with_name(b'Pitch').if_parameter(b'Oscillator').has_value(b'2').and_parameter(b'Osc 2 Effect Type').has_value(b'Fm').else_use(b''), use(b'Osc 1 Effect 2').with_name(b'Sync').if_parameter(b'Oscillator').has_value(b'1').and_parameter(b'Osc 1 Effect Type').has_value(b'Classic').else_use(b'Osc 1 Effect 2').with_name(b'Fold').if_parameter(b'Oscillator').has_value(b'1').and_parameter(b'Osc 1 Effect Type').has_value(b'Modern').else_use(b'Osc 1 Effect 2').with_name(b'Amount').if_parameter(b'Oscillator').has_value(b'1').and_parameter(b'Osc 1 Effect Type').has_value(b'Fm').else_use(b'Osc 2 Effect 2').with_name(b'Sync').if_parameter(b'Oscillator').has_value(b'2').and_parameter(b'Osc 2 Effect Type').has_value(b'Classic').else_use(b'Osc 2 Effect 2').with_name(b'Fold').if_parameter(b'Oscillator').has_value(b'2').and_parameter(b'Osc 2 Effect Type').has_value(b'Modern').else_use(b'Osc 2 Effect 2').with_name(b'Amount').if_parameter(b'Oscillator').has_value(b'2').and_parameter(b'Osc 2 Effect Type').has_value(b'Fm').else_use(b'Sub Gain').with_name(b'Gain Sub').if_parameter(b'Oscillator').has_value(b'Mix').else_use(b'')), OPTIONS_KEY: ( use(b'Osc').if_parameter(b'Oscillator').has_value(b'1').or_parameter(b'Oscillator').has_value(b'2').else_use(b'Sub').if_parameter(b'Oscillator').has_value(b'S'), b'', b'', b'', b'', b'', b'Add to Matrix'), VIEW_DESCRIPTION_KEY: b'oscillators_visualisation'}), ( b'Filters', {BANK_PARAMETERS_KEY: ( b'Filter', use(b'Filter 1 On').with_name(b'Filter On').if_parameter(b'Filter').has_value(b'1').else_use(b'Filter 2 On').with_name(b'Filter On').if_parameter(b'Filter').has_value(b'2'), use(b'Filter 1 Type').with_name(b'Filter Type').if_parameter(b'Filter').has_value(b'1').else_use(b'Filter 2 Type').with_name(b'Filter Type').if_parameter(b'Filter').has_value(b'2'), use(b'Filter 1 Freq').with_name(b'Frequency').if_parameter(b'Filter').has_value(b'1').else_use(b'Filter 2 Freq').with_name(b'Frequency').if_parameter(b'Filter').has_value(b'2'), use(b'Filter 1 Res').with_name(b'Resonance').if_parameter(b'Filter').has_value(b'1').else_use(b'Filter 2 Res').with_name(b'Resonance').if_parameter(b'Filter').has_value(b'2'), use(b'Filter 1 LP/HP').with_name(b'Filter Circuit').if_parameter(b'Filter').has_value(b'1').and_parameter(b'Filter 1 Type').has_value(b'Lowpass').or_parameter(b'Filter 1 Type').has_value(b'Highpass').and_parameter(b'Filter').has_value(b'1').else_use(b'Filter 1 BP/NO/Morph').with_name(b'Filter Circuit').if_parameter(b'Filter').has_value(b'1').else_use(b'Filter 2 LP/HP').with_name(b'Filter Circuit').if_parameter(b'Filter').has_value(b'2').and_parameter(b'Filter 2 Type').has_value(b'Lowpass').or_parameter(b'Filter 2 Type').has_value(b'Highpass').and_parameter(b'Filter').has_value(b'2').else_use(b'Filter 2 BP/NO/Morph').with_name(b'Filter Circuit').if_parameter(b'Filter').has_value(b'2'), use(b'Filter 1 Morph').with_name(b'Morph').if_parameter(b'Filter').has_value(b'1').and_parameter(b'Filter 1 Type').has_value(b'Morph').else_use(b'Filter 2 Morph').with_name(b'Morph').if_parameter(b'Filter').has_value(b'2').and_parameter(b'Filter 2 Type').has_value(b'Morph').else_use(b'Filter 1 Drive').with_name(b'Drive').if_parameter(b'Filter').has_value(b'1').and_parameter(b'Filter 1 Type').has_value(b'Lowpass').or_parameter(b'Filter 1 Type').has_value(b'Highpass').and_parameter(b'Filter 1 LP/HP').does_not_have_value(b'Clean').else_use(b'Filter 1 Drive').with_name(b'Drive').if_parameter(b'Filter').has_value(b'1').and_parameter(b'Filter 1 Type').has_value(b'Bandpass').or_parameter(b'Filter 1 Type').has_value(b'Notch').and_parameter(b'Filter 1 BP/NO/Morph').does_not_have_value(b'Clean').else_use(b'Filter 2 Drive').with_name(b'Drive').if_parameter(b'Filter').has_value(b'2').and_parameter(b'Filter 2 Type').has_value(b'Lowpass').or_parameter(b'Filter 2 Type').has_value(b'Highpass').and_parameter(b'Filter 2 LP/HP').does_not_have_value(b'Clean').else_use(b'Filter 2 Drive').with_name(b'Drive').if_parameter(b'Filter').has_value(b'2').and_parameter(b'Filter 2 Type').has_value(b'Bandpass').or_parameter(b'Filter 2 Type').has_value(b'Notch').and_parameter(b'Filter 2 BP/NO/Morph').does_not_have_value(b'Clean').else_use(b''), use(b'Filter Routing').with_name(b'Routing')), OPTIONS_KEY: ( b'', use(b'Filter 1 Slope').if_parameter(b'Filter').has_value(b'1').else_use(b'Filter 2 Slope').if_parameter(b'Filter').has_value(b'2'), b'', b'', b'', b'', b'Add to Matrix')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Mono On', use(b'Glide').if_parameter(b'Mono On').has_value(b'On').else_use(b'Poly Voices'), b'Unison Mode', b'Unison Voices', b'Unison Amount', b'Transpose', b'', b'Volume'), OPTIONS_KEY: ( b'', b'', b'', b'', b'', b'', b'Add to Matrix')}), ( b'Envelopes', {BANK_PARAMETERS_KEY: ( b'Envelopes', use(b'Amp Env View').with_name(b'Env View').if_parameter(b'Envelopes').has_value(b'Amp').else_use(b'Mod Env View').with_name(b'Env View'), use(b'Amp Attack').with_name(b'Attack').if_parameter(b'Envelopes').has_value(b'Amp').and_parameter(b'Amp Env View').has_value(b'Time').else_use(b'Amp A Slope').with_name(b'Attack').if_parameter(b'Envelopes').has_value(b'Amp').and_parameter(b'Amp Env View').has_value(b'Slope').else_use(b'Env 2 Attack').with_name(b'Attack').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Time').else_use(b'Env 2 A Slope').with_name(b'Attack').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Slope').else_use(b'Env 2 Initial').with_name(b'Init').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Value').else_use(b'Env 3 Attack').with_name(b'Attack').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Time').else_use(b'Env 3 A Slope').with_name(b'Attack').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Slope').else_use(b'Env 3 Initial').with_name(b'Init').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Value'), use(b'Amp Decay').with_name(b'Decay').if_parameter(b'Envelopes').has_value(b'Amp').and_parameter(b'Amp Env View').has_value(b'Time').else_use(b'Amp D Slope').with_name(b'Decay').if_parameter(b'Envelopes').has_value(b'Amp').and_parameter(b'Amp Env View').has_value(b'Slope').else_use(b'Env 2 Decay').with_name(b'Decay').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Time').else_use(b'Env 2 D Slope').with_name(b'Decay').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Slope').else_use(b'Env 2 Peak').with_name(b'Peak').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Value').else_use(b'Env 3 Decay').with_name(b'Decay').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Time').else_use(b'Env 3 D Slope').with_name(b'Decay').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Slope').else_use(b'Env 3 Peak').with_name(b'Peak').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Value'), use(b'Amp Sustain').with_name(b'Sustain').if_parameter(b'Envelopes').has_value(b'Amp').else_use(b'Env 2 Sustain').with_name(b'Sustain').if_parameter(b'Envelopes').has_value(b'Env2').else_use(b'Env 3 Sustain').with_name(b'Sustain').if_parameter(b'Envelopes').has_value(b'Env3'), use(b'Amp Release').with_name(b'Release').if_parameter(b'Envelopes').has_value(b'Amp').and_parameter(b'Amp Env View').has_value(b'Time').else_use(b'Amp R Slope').with_name(b'Release').if_parameter(b'Envelopes').has_value(b'Amp').and_parameter(b'Amp Env View').has_value(b'Slope').else_use(b'Env 2 Release').with_name(b'Release').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Time').else_use(b'Env 2 R Slope').with_name(b'Release').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Slope').else_use(b'Env 2 Final').with_name(b'Final').if_parameter(b'Envelopes').has_value(b'Env2').and_parameter(b'Mod Env View').has_value(b'Value').else_use(b'Env 3 Release').with_name(b'Release').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Time').else_use(b'Env 3 R Slope').with_name(b'Release').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Slope').else_use(b'Env 3 Final').with_name(b'Final').if_parameter(b'Envelopes').has_value(b'Env3').and_parameter(b'Mod Env View').has_value(b'Value'), use(b'Amp Loop Mode').with_name(b'Loop').if_parameter(b'Envelopes').has_value(b'Amp').else_use(b'Env 2 Loop Mode').with_name(b'Loop').if_parameter(b'Envelopes').has_value(b'Env2').else_use(b'Env 3 Loop Mode').with_name(b'Loop').if_parameter(b'Envelopes').has_value(b'Env3'), b''), OPTIONS_KEY: ( b'', b'', b'', b'', b'', b'', b'Add to Matrix')}), ( b'LFOs', {BANK_PARAMETERS_KEY: ( b'LFO', use(b'LFO 1 Shape').with_name(b'LFO Type').if_parameter(b'LFO').has_value(b'LFO1').else_use(b'LFO 2 Shape').with_name(b'LFO Type').if_parameter(b'LFO').has_value(b'LFO2'), use(b'LFO 1 Shaping').with_name(b'Shape').if_parameter(b'LFO').has_value(b'LFO1').else_use(b'LFO 2 Shaping').with_name(b'Shape').if_parameter(b'LFO').has_value(b'LFO2'), use(b'LFO 1 Rate').with_name(b'Rate').if_parameter(b'LFO').has_value(b'LFO1').and_parameter(b'LFO 1 Sync').has_value(b'Free').else_use(b'LFO 1 S. Rate').with_name(b'Rate').if_parameter(b'LFO').has_value(b'LFO1').and_parameter(b'LFO 1 Sync').has_value(b'Tempo').else_use(b'LFO 2 Rate').with_name(b'Rate').if_parameter(b'LFO').has_value(b'LFO2').and_parameter(b'LFO 2 Sync').has_value(b'Free').else_use(b'LFO 2 S. Rate').with_name(b'Rate').if_parameter(b'LFO').has_value(b'LFO2').and_parameter(b'LFO 2 Sync').has_value(b'Tempo'), use(b'LFO 1 Amount').with_name(b'Amount').if_parameter(b'LFO').has_value(b'LFO1').else_use(b'LFO 2 Amount').with_name(b'Amount').if_parameter(b'LFO').has_value(b'LFO2'), use(b'LFO 1 Attack Time').with_name(b'Attack').if_parameter(b'LFO').has_value(b'LFO1').else_use(b'LFO 2 Attack Time').with_name(b'Attack').if_parameter(b'LFO').has_value(b'LFO2'), use(b'LFO 1 Phase Offset').with_name(b'Offset').if_parameter(b'LFO').has_value(b'LFO1').else_use(b'LFO 2 Phase Offset').with_name(b'Offset').if_parameter(b'LFO').has_value(b'LFO2'), use(b'LFO 1 Retrigger').with_name(b'Retrigger').if_parameter(b'LFO').has_value(b'LFO1').else_use(b'LFO 2 Retrigger').with_name(b'Retrigger').if_parameter(b'LFO').has_value(b'LFO2')), OPTIONS_KEY: ( b'', b'', use(b'LFO 1 Sync').if_parameter(b'LFO').has_value(b'LFO1').else_use(b'LFO 2 Sync').if_parameter(b'LFO').has_value(b'LFO2'), b'', b'', b'', b'Add to Matrix')}), ( b'Matrix', {BANK_PARAMETERS_KEY: ( b'Modulation Target Names', b'Current Mod Target', b'', use(b'Amp Env Mod Amount').with_name(b'Amp Env'), use(b'Env 2 Mod Amount').with_name(b'Env 2'), use(b'Env 3 Mod Amount').with_name(b'Env 3'), use(b'Lfo 1 Mod Amount').with_name(b'LFO 1'), use(b'Lfo 2 Mod Amount').with_name(b'LFO 2')), OPTIONS_KEY: ( b'Back', b'', b'Go to Amp Env', b'Go to Env 2', b'Go to Env 3', b'Go to LFO 1', b'Go to LFO 2')}), ( b'MIDI', {BANK_PARAMETERS_KEY: ( b'Modulation Target Names', b'Current Mod Target', use(b'MIDI Velocity Mod Amount').with_name(b'Velocity'), use(b'MIDI Note Mod Amount').with_name(b'Pitch'), use(b'MIDI Pitch Bend Mod Amount').with_name(b'Pitch Bend'), use(b'MIDI Aftertouch Mod Amount').with_name(b'Aftertouch'), use(b'MIDI Mod Wheel Mod Amount').with_name(b'Mod Wheel'), use(b'MIDI Random On Note On').with_name(b'Random')), OPTIONS_KEY: ( b'Back', b'', b'', b'', b'', b'', b'')}))), b'MidiArpeggiator': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Style', use(b'Synced Rate').if_parameter(b'Sync On').has_value(b'On').else_use(b'Free Rate'), b'Gate', b'Offset', b'Hold On', b'Tranpose Key', b'Transp. Steps', b'Transp. Dist.')}), ( b'Rhythm', {BANK_PARAMETERS_KEY: ( b'Sync On', use(b'Synced Rate').if_parameter(b'Sync On').has_value(b'On').else_use(b'Free Rate'), b'Groove', b'Offset', b'Repeats', b'Gate', b'Retrigger Mode', use(b'Ret. Interval').if_parameter(b'Retrigger Mode').has_value(b'Beat'))}), ( b'Pitch/Vel.', {BANK_PARAMETERS_KEY: ( b'Tranpose Mode', b'Tranpose Key', b'Transp. Steps', b'Transp. Dist.', b'Velocity On', b'Vel. Retrigger', b'Velocity Decay', b'Velocity Target')}))), b'MidiChord': IndexedDict(( ( b'Shift', {BANK_PARAMETERS_KEY: ( b'Shift1', b'Shift2', b'Shift3', b'Shift4', b'Shift5', b'Shift6', b'', b'')}), ( b'Velocity', {BANK_PARAMETERS_KEY: ( b'Velocity1', b'Velocity2', b'Velocity3', b'Velocity4', b'Velocity5', b'Velocity6', b'', b'')}))), b'MidiNoteLength': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Trigger Mode', b'Sync On', use(b'Synced Length').if_parameter(b'Sync On').has_value(b'On').else_use(b'Time Length'), b'Gate', b'On/Off-Balance', b'Decay Time', b'Decay Key Scale', b'')}),)), b'MidiPitcher': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Pitch', b'Range', b'Lowest', b'', b'', b'', b'', b'')}),)), b'MidiRandom': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Chance', b'Choices', b'Mode', b'Scale', b'Sign', b'', b'', b'')}),)), b'MidiScale': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Base', b'Transpose', b'Range', b'Lowest', b'Fold', b'', b'', b'')}),)), b'MidiVelocity': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Mode', b'Drive', b'Compand', b'Out Hi', b'Out Low', b'Range', b'Lowest', b'Random')}),)), b'Amp': IndexedDict(( ( b'Global', {BANK_PARAMETERS_KEY: ( b'Amp Type', b'Bass', b'Middle', b'Treble', b'Presence', b'Gain', b'Volume', b'Dry/Wet')}), ( b'Dual/Mono', {BANK_PARAMETERS_KEY: ( b'Dual Mono', b'', b'', b'', b'', b'', b'', b'')}))), b'AutoFilter': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( use(b'Filter Type').if_parameter(b'Filter Type').is_available(True).else_use(b'Filter Type (Legacy)'), use(b'Frequency'), use(b'Resonance').if_parameter(b'Resonance').is_available(True).else_use(b'Resonance (Legacy)'), use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Lowpass').else_use(b'Filter Circuit - LP/HP').if_parameter(b'Filter Type').has_value(b'Highpass').else_use(b'Filter Circuit - BP/NO/Morph'), use(b'Morph').if_parameter(b'Filter Type').has_value(b'Morph').else_use(b'').if_parameter(b'Filter Type').has_value(b'Lowpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Highpass').and_parameter(b'Filter Circuit - LP/HP').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Bandpass').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'').if_parameter(b'Filter Type').has_value(b'Notch').and_parameter(b'Filter Circuit - BP/NO/Morph').has_value(b'Clean').else_use(b'Drive'), b'LFO Amount', b'LFO Sync', use(b'LFO Frequency').if_parameter(b'LFO Sync').has_value(b'Free').else_use(b'LFO Sync Rate')), OPTIONS_KEY: ( use(b'Slope').if_parameter(b'Slope').is_available(True), b'', b'', b'', b'', b'', b'', b'')}), ( b'Envelope', {BANK_PARAMETERS_KEY: ( use(b'Filter Type').if_parameter(b'Filter Type').is_available(True).else_use(b'Filter Type (Legacy)'), use(b'Frequency'), use(b'Resonance').if_parameter(b'Resonance').is_available(True).else_use(b'Resonance (Legacy)'), use(b'Morph').if_parameter(b'Filter Type').has_value(b'Morph SVF').else_use(b'Drive'), b'Env. Attack', b'Env. Release', b'Env. Modulation', b'')}), ( b'LFO', {BANK_PARAMETERS_KEY: ( b'LFO Amount', b'LFO Waveform', b'LFO Sync', use(b'LFO Frequency').if_parameter(b'LFO Sync').has_value(b'Free').else_use(b'LFO Sync Rate'), use(b'').if_parameter(b'LFO Waveform').has_value(b'S&H Mono').else_use(b'LFO Offset').if_parameter(b'LFO Sync').has_value(b'Sync').else_use(b'LFO Stereo Mode'), use(b'').if_parameter(b'LFO Waveform').has_value(b'S&H Mono').else_use(b'LFO Phase').if_parameter(b'LFO Sync').has_value(b'Sync').else_use(b'LFO Phase').if_parameter(b'LFO Stereo Mode').has_value(b'Phase').else_use(b'LFO Spin'), b'LFO Quantize On', b'LFO Quantize Rate')}), ( b'Sidechain', {BANK_PARAMETERS_KEY: ( b'S/C On', b'S/C Mix', b'S/C Gain', b'', b'', b'', b'', b'')}))), b'AutoPan': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Amount', b'Shape', b'Invert', b'Waveform', b'LFO Type', use(b'Sync Rate').if_parameter(b'LFO Type').has_value(b'Beats').else_use(b'Frequency'), use(b'Width (Random)').if_parameter(b'Waveform').has_value(b'S&H Width').else_use(b'Stereo Mode').if_parameter(b'LFO Type').has_value(b'Frequency').else_use(b'Offset'), use(b'').if_parameter(b'Waveform').has_value(b'S&H Width').else_use(b'Phase').if_parameter(b'LFO Type').has_value(b'Beats').else_use(b'Spin').if_parameter(b'Stereo Mode').has_value(b'Spin').else_use(b'Phase'))}),)), b'BeatRepeat': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Grid', b'Interval', b'Offset', b'Gate', b'Pitch', b'Pitch Decay', b'Variation', b'Chance')}), ( b'Filt/Mix', {BANK_PARAMETERS_KEY: ( b'Filter On', b'Filter Freq', b'Filter Width', b'', b'Mix Type', b'Volume', b'Decay', b'Chance')}), ( b'Repeat Rate', {BANK_PARAMETERS_KEY: ( b'Repeat', b'Interval', b'Offset', b'Gate', b'Grid', b'Block Triplets', b'Variation', b'Variation Type')}))), b'Cabinet': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Cabinet Type', b'Microphone Type', b'Microphone Position', b'Dual Mono', b'', b'', b'', b'Dry/Wet')}),)), b'Chorus': IndexedDict(( ( b'Chorus', {BANK_PARAMETERS_KEY: ( b'LFO Amount', b'LFO Rate', b'Delay 1 Time', b'Delay 1 HiPass', b'Delay 2 Mode', use(b'').if_parameter(b'Delay 2 Mode').has_value(b'Off').else_use(b'Delay 2 Time'), b'Feedback', b'Dry/Wet')}), ( b'Other', {BANK_PARAMETERS_KEY: ( b'LFO Extend On', b'Polarity', b'Link On', b'', b'', b'', b'', b'')}))), b'Compressor2': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( use(b'Expansion Ratio').if_parameter(b'Model').has_value(b'Expand').else_use(b'Ratio'), b'Threshold', b'Attack', b'Release', b'Knee', b'Model', b'Dry/Wet', b'Output Gain'), OPTIONS_KEY: ( b'', b'', b'Auto Release', b'', b'', b'', b'Makeup'), VIEW_DESCRIPTION_KEY: b'activity'}), ( b'Sidechain', {BANK_PARAMETERS_KEY: ( b'Input Type', b'Input Channel', b'Input Channel', b'Input Channel', b'Input Channel', b'Position', b'S/C Mix', b'S/C Gain'), OPTIONS_KEY: ( b'Sidechain', b'Listen', b'', b'', b'', b'', b''), VIEW_DESCRIPTION_KEY: b'routing'}), ( b'Sidechain EQ', {BANK_PARAMETERS_KEY: ( b'S/C EQ On', b'S/C EQ Type', b'S/C EQ Freq', use(b'S/C EQ Q').if_parameter(b'S/C EQ Type').has_value(b'Low pass').or_parameter(b'S/C EQ Type').has_value(b'Peak').or_parameter(b'S/C EQ Type').has_value(b'High pass').else_use(b'S/C EQ Gain'), b'', b'', b'S/C Mix', b'S/C Gain'), OPTIONS_KEY: ( b'Sidechain', b'Listen', b'', b'', b'', b'', b'')}))), b'Corpus': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Resonance Type', use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Brightness'), b'Decay', use(b'Radius').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'Radius').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Material'), use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'Opening').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Inharmonics'), use(b'Ratio').if_parameter(b'Resonance Type').has_value(b'Plate').else_use(b'Ratio').if_parameter(b'Resonance Type').has_value(b'Membrane').else_use(b''), use(b'Transpose').if_parameter(b'MIDI Frequency').has_value(b'On').else_use(b'Tune'), b'Dry Wet')}), ( b'Body', {BANK_PARAMETERS_KEY: ( b'Resonance Type', use(b'Ratio').if_parameter(b'Resonance Type').has_value(b'Plate').else_use(b'Ratio').if_parameter(b'Resonance Type').has_value(b'Membrane'), b'Decay', use(b'Radius').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'Radius').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Material'), use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'Opening').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Inharmonics'), use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Listening L'), use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Listening R'), use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Hit'))}), ( b'LFO', {BANK_PARAMETERS_KEY: ( b'LFO On/Off', use(b'LFO Shape').if_parameter(b'LFO On/Off').has_value(b'On'), use(b'LFO Amount').if_parameter(b'LFO On/Off').has_value(b'On'), use(b'LFO Sync').if_parameter(b'LFO On/Off').has_value(b'On'), use(b'').if_parameter(b'LFO On/Off').has_value(b'Off').else_use(b'LFO Rate').if_parameter(b'LFO Sync').has_value(b'Free').else_use(b'LFO Sync Rate'), use(b'').if_parameter(b'LFO On/Off').has_value(b'Off').else_use(b'LFO Stereo Mode').if_parameter(b'LFO Sync').has_value(b'Free').else_use(b'Offset'), use(b'').if_parameter(b'LFO On/Off').has_value(b'Off').else_use(b'Phase').if_parameter(b'LFO Sync').has_value(b'Sync').else_use(b'Spin').if_parameter(b'LFO Stereo Mode').has_value(b'Spin'), b'')}), ( b'Tune & Sidechain', {BANK_PARAMETERS_KEY: ( b'MIDI Frequency', b'MIDI Mode', use(b'Transpose').if_parameter(b'MIDI Frequency').has_value(b'On').else_use(b'Tune'), use(b'Fine').if_parameter(b'MIDI Frequency').has_value(b'On'), b'Spread', use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Brightness'), b'Note Off', use(b'Off Decay').if_parameter(b'Note Off').has_value(b'On'))}), ( b'Filter & Mix', {BANK_PARAMETERS_KEY: ( b'Filter On/Off', use(b'Mid Freq').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'Width').if_parameter(b'Filter On/Off').has_value(b'On'), use(b'').if_parameter(b'Resonance Type').has_value(b'Tube').else_use(b'').if_parameter(b'Resonance Type').has_value(b'Pipe').else_use(b'Resonator Quality'), b'Bleed', b'Gain', b'Dry Wet', b'')}))), b'Delay': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Channel', use(b'L Sync Enum').with_name(b'Sync').if_parameter(b'Channel').has_value(b'L+R').else_use(b'L Sync Enum').with_name(b'L Sync').if_parameter(b'Channel').has_value(b'Left').else_use(b'R Sync Enum').with_name(b'R Sync').if_parameter(b'Channel').has_value(b'Right'), use(b'L 16th').with_name(b'16th').if_parameter(b'L Sync').has_value(b'On').and_parameter(b'Channel').has_value(b'L+R').else_use(b'L Time').with_name(b'Time').if_parameter(b'Channel').has_value(b'L+R').else_use(b'L 16th').if_parameter(b'L Sync').has_value(b'On').and_parameter(b'Channel').has_value(b'Left').else_use(b'L Time').if_parameter(b'Channel').has_value(b'Left').else_use(b'R 16th').if_parameter(b'R Sync').has_value(b'On').and_parameter(b'Channel').has_value(b'Right').else_use(b'R Time').if_parameter(b'Channel').has_value(b'Right'), use(b'L Offset').with_name(b'Offset').if_parameter(b'Channel').has_value(b'L+R').else_use(b'L Offset').if_parameter(b'Channel').has_value(b'Left').else_use(b'R Offset').if_parameter(b'Channel').has_value(b'Right'), b'Filter Freq', b'Filter Width', b'Feedback', b'Dry/Wet'), OPTIONS_KEY: ( b'', b'', b'', b'Filter', b'', b'Freeze', b'')}), ( b'Time', {BANK_PARAMETERS_KEY: ( use(b'Link Switch').with_name(b'Channel'), use(b'L 16th').if_parameter(b'L Sync').has_value(b'On').else_use(b'L Time'), use(b'L Offset'), use(b'R 16th').if_parameter(b'R Sync').has_value(b'On').else_use(b'R Time'), b'R Offset', b'Ping Pong', b'Feedback', b'Dry/Wet'), OPTIONS_KEY: ( b'L Delay Sync', b'', b'R Delay Sync', b'', b'Delay Mode', b'Freeze', b'')}), ( b'Filter/Mod', {BANK_PARAMETERS_KEY: ( b'Filter Freq', b'Filter Width', b'Mod Freq', b'Dly < Mod', b'Filter < Mod', b'Ping Pong', b'Feedback', b'Dry/Wet'), OPTIONS_KEY: ( b'Filter', b'', b'', b'', b'', b'Freeze', b'')}))), b'Tube': IndexedDict(( ( b'Character', {BANK_PARAMETERS_KEY: ( b'Drive', b'Tube Type', b'Bias', b'Tone', b'Attack', b'Release', b'Envelope', b'Dry/Wet')}), ( b'Output', {BANK_PARAMETERS_KEY: ( b'', b'', b'', b'', b'', b'', b'Output', b'Dry/Wet')}))), b'Echo': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( use(b'R Time').with_name(b'S Time').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').and_parameter(b'R Sync').has_value(b'Off').else_use(b'R Time').if_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').and_parameter(b'R Sync').has_value(b'Off').else_use(b'R 16th').with_name(b'S 16th').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').and_parameter(b'R Sync Mode').has_value(b'16th').else_use(b'R 16th').if_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').and_parameter(b'R Sync Mode').has_value(b'16th').else_use(b'R Division').with_name(b'S Division').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').else_use(b'R Division').if_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').else_use(b'L Time').with_name(b'M Time').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'L Sync').has_value(b'Off').else_use(b'L Time').if_parameter(b'L Sync').has_value(b'Off').else_use(b'L 16th').with_name(b'M 16th').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'L Sync Mode').has_value(b'16th').else_use(b'L 16th').if_parameter(b'L Sync Mode').has_value(b'16th').else_use(b'L Division').with_name(b'M Division').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Division'), use(b'R Sync Mode').with_name(b'S Sync Mode').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').else_use(b'R Sync Mode').if_parameter(b'Channel Toggle').has_value(b'Right').and_parameter(b'Link').has_value(b'Off').else_use(b'L Sync Mode').with_name(b'M Sync Mode').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Sync Mode'), b'Feedback', b'Input Gain', b'HP Freq', b'LP Freq', b'Output Gain', b'Dry Wet'), OPTIONS_KEY: ( use(b'M/S Switch').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'Link').has_value(b'Off').else_use(b'L/R Switch').if_parameter(b'Link').has_value(b'Off').else_use(b'M Sync').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Sync'), b'Invert', b'Clip Dry', b'Filter', b'', b'', b'')}), ( b'Delay', {BANK_PARAMETERS_KEY: ( use(b'L Time').with_name(b'M Time').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'L Sync').has_value(b'Off').else_use(b'L Time').if_parameter(b'L Sync').has_value(b'Off').else_use(b'L 16th').with_name(b'M 16th').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'L Sync Mode').has_value(b'16th').else_use(b'L 16th').if_parameter(b'L Sync Mode').has_value(b'16th').else_use(b'L Division').with_name(b'M Division').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Division'), use(b'L Sync Mode').with_name(b'M Sync Mode').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Sync Mode'), use(b'L Offset').with_name(b'M Offset').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Offset'), b'Channel Mode', b'Feedback', use(b'R Offset').with_name(b'S Offset').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'R Offset'), use(b'R Sync Mode').with_name(b'S Sync Mode').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'Link').has_value(b'Off').else_use(b'R Sync Mode').if_parameter(b'Link').has_value(b'Off').else_use(b'L Sync Mode').with_name(b'M Sync Mode').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Sync Mode'), use(b'R Time').with_name(b'S Time').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'R Sync').has_value(b'Off').and_parameter(b'Link').has_value(b'Off').else_use(b'R Time').if_parameter(b'R Sync').has_value(b'Off').and_parameter(b'Link').has_value(b'Off').else_use(b'R 16th').with_name(b'S 16th').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'R Sync Mode').has_value(b'16th').and_parameter(b'Link').has_value(b'Off').else_use(b'R 16th').if_parameter(b'R Sync Mode').has_value(b'16th').and_parameter(b'Link').has_value(b'Off').else_use(b'R Division').with_name(b'S Division').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'R Sync Mode').does_not_have_value(b'16th').and_parameter(b'Link').has_value(b'Off').else_use(b'R Division').if_parameter(b'R Sync Mode').does_not_have_value(b'16th').and_parameter(b'Link').has_value(b'Off').else_use(b'L Time').with_name(b'M Time').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'L Sync').has_value(b'Off').else_use(b'L Time').if_parameter(b'L Sync').has_value(b'Off').else_use(b'L 16th').with_name(b'M 16th').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'L Sync Mode').has_value(b'16th').else_use(b'L 16th').if_parameter(b'L Sync Mode').has_value(b'16th').else_use(b'L Division').with_name(b'M Division').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Division')), OPTIONS_KEY: ( use(b'M Sync').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Sync'), b'', b'Link', b'Invert', b'', use(b'S Sync').if_parameter(b'Channel Mode').has_value(b'Mid/Side').and_parameter(b'Link').has_value(b'Off').else_use(b'R Sync').if_parameter(b'Link').has_value(b'Off').else_use(b'M Sync').if_parameter(b'Channel Mode').has_value(b'Mid/Side').else_use(b'L Sync'), b'')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Repitch', b'Reverb Level', b'Reverb Decay', b'Channel Mode', b'Stereo Width', b'Input Gain', b'Output Gain', b'Dry Wet'), OPTIONS_KEY: ( b'', b'Reverb Loc', b'', b'', b'Clip Dry', b'', b'')}), ( b'Filter', {BANK_PARAMETERS_KEY: ( b'Filter On', b'HP Freq', b'HP Res', b'LP Freq', b'LP Res', b'Input Gain', b'Output Gain', b'Dry Wet'), OPTIONS_KEY: ( b'', b'', b'', b'', b'Clip Dry', b'', b'')}), ( b'Modulation', {BANK_PARAMETERS_KEY: ( b'Mod Wave', b'Mod Sync', use(b'Mod Rate').if_parameter(b'Mod Sync').has_value(b'On').else_use(b'Mod Freq'), b'Mod Phase', b'Env Mix', b'Dly < Mod', b'Flt < Mod', b'Dry Wet'), OPTIONS_KEY: ( b'', b'', b'', b'', b'Mod 4x', b'', b'')}), ( b'Character', {BANK_PARAMETERS_KEY: ( b'Gate Thr', b'Gate Release', b'Duck Thr', b'Duck Release', b'Noise Amt', b'Noise Mrph', b'Wobble Amt', b'Wobble Mrph'), OPTIONS_KEY: ( b'Gate', b'Duck', b'', b'Noise', b'', b'Wobble', b'')}))), b'Eq8': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Band', use(b'1 Filter On B').if_parameter(b'Band').has_value(b'1').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Filter On A').if_parameter(b'Band').has_value(b'1').else_use(b'2 Filter On B').if_parameter(b'Band').has_value(b'2').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Filter On A').if_parameter(b'Band').has_value(b'2').else_use(b'3 Filter On B').if_parameter(b'Band').has_value(b'3').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Filter On A').if_parameter(b'Band').has_value(b'3').else_use(b'4 Filter On B').if_parameter(b'Band').has_value(b'4').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Filter On A').if_parameter(b'Band').has_value(b'4').else_use(b'5 Filter On B').if_parameter(b'Band').has_value(b'5').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Filter On A').if_parameter(b'Band').has_value(b'5').else_use(b'6 Filter On B').if_parameter(b'Band').has_value(b'6').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Filter On A').if_parameter(b'Band').has_value(b'6').else_use(b'7 Filter On B').if_parameter(b'Band').has_value(b'7').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Filter On A').if_parameter(b'Band').has_value(b'7').else_use(b'8 Filter On B').if_parameter(b'Band').has_value(b'8').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Filter On A').if_parameter(b'Band').has_value(b'8'), use(b'1 Filter Type B').if_parameter(b'Band').has_value(b'1').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Filter Type A').if_parameter(b'Band').has_value(b'1').else_use(b'2 Filter Type B').if_parameter(b'Band').has_value(b'2').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Filter Type A').if_parameter(b'Band').has_value(b'2').else_use(b'3 Filter Type B').if_parameter(b'Band').has_value(b'3').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Filter Type A').if_parameter(b'Band').has_value(b'3').else_use(b'4 Filter Type B').if_parameter(b'Band').has_value(b'4').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Filter Type A').if_parameter(b'Band').has_value(b'4').else_use(b'5 Filter Type B').if_parameter(b'Band').has_value(b'5').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Filter Type A').if_parameter(b'Band').has_value(b'5').else_use(b'6 Filter Type B').if_parameter(b'Band').has_value(b'6').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Filter Type A').if_parameter(b'Band').has_value(b'6').else_use(b'7 Filter Type B').if_parameter(b'Band').has_value(b'7').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Filter Type A').if_parameter(b'Band').has_value(b'7').else_use(b'8 Filter Type B').if_parameter(b'Band').has_value(b'8').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Filter Type A').if_parameter(b'Band').has_value(b'8'), use(b'1 Frequency B').if_parameter(b'Band').has_value(b'1').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Frequency A').if_parameter(b'Band').has_value(b'1').else_use(b'2 Frequency B').if_parameter(b'Band').has_value(b'2').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Frequency A').if_parameter(b'Band').has_value(b'2').else_use(b'3 Frequency B').if_parameter(b'Band').has_value(b'3').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Frequency A').if_parameter(b'Band').has_value(b'3').else_use(b'4 Frequency B').if_parameter(b'Band').has_value(b'4').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Frequency A').if_parameter(b'Band').has_value(b'4').else_use(b'5 Frequency B').if_parameter(b'Band').has_value(b'5').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Frequency A').if_parameter(b'Band').has_value(b'5').else_use(b'6 Frequency B').if_parameter(b'Band').has_value(b'6').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Frequency A').if_parameter(b'Band').has_value(b'6').else_use(b'7 Frequency B').if_parameter(b'Band').has_value(b'7').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Frequency A').if_parameter(b'Band').has_value(b'7').else_use(b'8 Frequency B').if_parameter(b'Band').has_value(b'8').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Frequency A').if_parameter(b'Band').has_value(b'8'), use(b'1 Resonance B').if_parameter(b'Band').has_value(b'1').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Resonance A').if_parameter(b'Band').has_value(b'1').else_use(b'2 Resonance B').if_parameter(b'Band').has_value(b'2').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Resonance A').if_parameter(b'Band').has_value(b'2').else_use(b'3 Resonance B').if_parameter(b'Band').has_value(b'3').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Resonance A').if_parameter(b'Band').has_value(b'3').else_use(b'4 Resonance B').if_parameter(b'Band').has_value(b'4').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Resonance A').if_parameter(b'Band').has_value(b'4').else_use(b'5 Resonance B').if_parameter(b'Band').has_value(b'5').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Resonance A').if_parameter(b'Band').has_value(b'5').else_use(b'6 Resonance B').if_parameter(b'Band').has_value(b'6').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Resonance A').if_parameter(b'Band').has_value(b'6').else_use(b'7 Resonance B').if_parameter(b'Band').has_value(b'7').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Resonance A').if_parameter(b'Band').has_value(b'7').else_use(b'8 Resonance B').if_parameter(b'Band').has_value(b'8').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Resonance A').if_parameter(b'Band').has_value(b'8'), use(b'1 Gain B').if_parameter(b'Band').has_value(b'1').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Gain A').if_parameter(b'Band').has_value(b'1').else_use(b'2 Gain B').if_parameter(b'Band').has_value(b'2').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Gain A').if_parameter(b'Band').has_value(b'2').else_use(b'3 Gain B').if_parameter(b'Band').has_value(b'3').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Gain A').if_parameter(b'Band').has_value(b'3').else_use(b'4 Gain B').if_parameter(b'Band').has_value(b'4').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Gain A').if_parameter(b'Band').has_value(b'4').else_use(b'5 Gain B').if_parameter(b'Band').has_value(b'5').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Gain A').if_parameter(b'Band').has_value(b'5').else_use(b'6 Gain B').if_parameter(b'Band').has_value(b'6').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Gain A').if_parameter(b'Band').has_value(b'6').else_use(b'7 Gain B').if_parameter(b'Band').has_value(b'7').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Gain A').if_parameter(b'Band').has_value(b'7').else_use(b'8 Gain B').if_parameter(b'Band').has_value(b'8').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Gain A').if_parameter(b'Band').has_value(b'8'), b'Scale', b'Output Gain'), OPTIONS_KEY: ( use(b'Left/Right').if_parameter(b'Eq Mode').has_value(b'Left/Right').else_use(b'Mid/Side').if_parameter(b'Eq Mode').has_value(b'Mid/Side').else_use(b''), b'', b'', b'', b'', b'', b'')}), ( b'4 Band', {BANK_PARAMETERS_KEY: ( use(b'1 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Frequency A'), use(b'1 Gain B').if_parameter(b'1 Filter Type B').has_value(b'Low Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Gain B').if_parameter(b'1 Filter Type B').has_value(b'Bell').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Gain B').if_parameter(b'1 Filter Type B').has_value(b'High Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Gain A').if_parameter(b'1 Filter Type A').has_value(b'Low Shelf').or_parameter(b'1 Filter Type A').has_value(b'Bell').or_parameter(b'1 Filter Type A').has_value(b'High Shelf').else_use(b'1 Resonance A'), use(b'2 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Frequency A'), use(b'2 Gain B').if_parameter(b'2 Filter Type B').has_value(b'Low Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Gain B').if_parameter(b'2 Filter Type B').has_value(b'Bell').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Gain B').if_parameter(b'2 Filter Type B').has_value(b'High Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Gain A').if_parameter(b'2 Filter Type A').has_value(b'Low Shelf').or_parameter(b'2 Filter Type A').has_value(b'Bell').or_parameter(b'2 Filter Type A').has_value(b'High Shelf').else_use(b'2 Resonance A'), use(b'3 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Frequency A'), use(b'3 Gain B').if_parameter(b'3 Filter Type B').has_value(b'Low Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Gain B').if_parameter(b'3 Filter Type B').has_value(b'Bell').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Gain B').if_parameter(b'3 Filter Type B').has_value(b'High Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Gain A').if_parameter(b'3 Filter Type A').has_value(b'Low Shelf').or_parameter(b'3 Filter Type A').has_value(b'Bell').or_parameter(b'3 Filter Type A').has_value(b'High Shelf').else_use(b'3 Resonance A'), use(b'4 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Frequency A'), use(b'4 Gain B').if_parameter(b'4 Filter Type B').has_value(b'Low Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Gain B').if_parameter(b'4 Filter Type B').has_value(b'Bell').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Gain B').if_parameter(b'4 Filter Type B').has_value(b'High Shelf').and_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Gain A').if_parameter(b'4 Filter Type A').has_value(b'Low Shelf').or_parameter(b'4 Filter Type A').has_value(b'Bell').or_parameter(b'4 Filter Type A').has_value(b'High Shelf').else_use(b'4 Resonance A')), OPTIONS_KEY: ( use(b'Left/Right').if_parameter(b'Eq Mode').has_value(b'Left/Right').else_use(b'Mid/Side').if_parameter(b'Eq Mode').has_value(b'Mid/Side').else_use(b''), b'', b'', b'', b'', b'', b'')}), ( b'8 x Frequency', {BANK_PARAMETERS_KEY: ( use(b'1 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Frequency A'), use(b'2 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Frequency A'), use(b'3 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Frequency A'), use(b'4 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Frequency A'), use(b'5 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Frequency A'), use(b'6 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Frequency A'), use(b'7 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Frequency A'), use(b'8 Frequency B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Frequency A')), OPTIONS_KEY: ( use(b'Left/Right').if_parameter(b'Eq Mode').has_value(b'Left/Right').else_use(b'Mid/Side').if_parameter(b'Eq Mode').has_value(b'Mid/Side').else_use(b''), b'', b'', b'', b'', b'', b'')}), ( b'8 x Gain', {BANK_PARAMETERS_KEY: ( use(b'1 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Gain A'), use(b'2 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Gain A'), use(b'3 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Gain A'), use(b'4 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Gain A'), use(b'5 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Gain A'), use(b'6 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Gain A'), use(b'7 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Gain A'), use(b'8 Gain B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Gain A')), OPTIONS_KEY: ( use(b'Left/Right').if_parameter(b'Eq Mode').has_value(b'Left/Right').else_use(b'Mid/Side').if_parameter(b'Eq Mode').has_value(b'Mid/Side').else_use(b''), b'', b'', b'', b'', b'', b'')}), ( b'8 x Resonance', {BANK_PARAMETERS_KEY: ( use(b'1 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'1 Resonance A'), use(b'2 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'2 Resonance A'), use(b'3 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'3 Resonance A'), use(b'4 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'4 Resonance A'), use(b'5 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'5 Resonance A'), use(b'6 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'6 Resonance A'), use(b'7 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'7 Resonance A'), use(b'8 Resonance B').if_parameter(b'Edit Mode').has_value(b'On').and_parameter(b'Eq Mode').does_not_have_value(b'Stereo').else_use(b'8 Resonance A')), OPTIONS_KEY: ( use(b'Left/Right').if_parameter(b'Eq Mode').has_value(b'Left/Right').else_use(b'Mid/Side').if_parameter(b'Eq Mode').has_value(b'Mid/Side').else_use(b''), b'', b'', b'', b'', b'', b'')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Eq Mode', b'Oversampling', b'Adaptive Q', b'', b'', b'', b'Scale', b'Output Gain'), OPTIONS_KEY: ( use(b'Left/Right').if_parameter(b'Eq Mode').has_value(b'Left/Right').else_use(b'Mid/Side').if_parameter(b'Eq Mode').has_value(b'Mid/Side').else_use(b''), b'', b'', b'', b'', b'', b'')}))), b'FilterEQ3': IndexedDict(( ( b'EQ', {BANK_PARAMETERS_KEY: ( b'LowOn', b'MidOn', b'HighOn', b'GainLo', b'GainMid', b'GainHi', b'FreqLo', b'FreqHi')}), ( b'Slope', {BANK_PARAMETERS_KEY: ( b'Slope', b'', b'', b'', b'', b'', b'', b'')}))), b'Erosion': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Mode', b'Frequency', use(b'').if_parameter(b'Mode').has_value(b'Sine').else_use(b'Width'), b'Amount', b'', b'', b'', b'')}),)), b'ProxyAudioEffectDevice': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Input Gain', b'Output Gain', b'Dry/Wet', b'', b'', b'', b'', b'')}),)), b'FilterDelay': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'2 Filter Freq', b'2 Filter Width', b'2 Delay Mode', use(b'2 Time Delay').if_parameter(b'2 Delay Mode').has_value(b'Off').else_use(b'2 Beat Delay'), b'2 Feedback', use(b'1 Volume').if_parameter(b'1 Input On').has_value(b'On').else_use(b'2 Pan'), b'2 Volume', use(b'3 Volume').if_parameter(b'3 Input On').has_value(b'On').else_use(b'Dry'))}), ( b'L Filter', {BANK_PARAMETERS_KEY: ( b'1 Input On', b'1 Filter Freq', b'1 Filter Width', b'1 Feedback', b'1 Delay Mode', use(b'1 Time Delay').if_parameter(b'1 Delay Mode').has_value(b'Off').else_use(b'1 Beat Delay'), use(b'1 Beat Swing').if_parameter(b'1 Delay Mode').has_value(b'On').else_use(b''), b'1 Volume')}), ( b'L+R Filter', {BANK_PARAMETERS_KEY: ( b'2 Input On', b'2 Filter Freq', b'2 Filter Width', b'2 Feedback', b'2 Delay Mode', use(b'2 Time Delay').if_parameter(b'2 Delay Mode').has_value(b'Off').else_use(b'2 Beat Delay'), use(b'2 Beat Swing').if_parameter(b'2 Delay Mode').has_value(b'On').else_use(b''), b'2 Volume')}), ( b'R Filter', {BANK_PARAMETERS_KEY: ( b'3 Input On', b'3 Filter Freq', b'3 Filter Width', b'3 Feedback', b'3 Delay Mode', use(b'3 Time Delay').if_parameter(b'3 Delay Mode').has_value(b'Off').else_use(b'3 Beat Delay'), use(b'3 Beat Swing').if_parameter(b'3 Delay Mode').has_value(b'On').else_use(b''), b'3 Volume')}), ( b'Mix', {BANK_PARAMETERS_KEY: ( b'1 Pan', b'2 Pan', b'3 Pan', b'', b'1 Volume', b'2 Volume', b'3 Volume', b'Dry')}))), b'Flanger': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'LFO Amount', b'Sync', use(b'Frequency').if_parameter(b'Sync').has_value(b'Free').else_use(b'Sync Rate'), b'Delay Time', b'Hi Pass', b'Env. Modulation', b'Feedback', b'Dry/Wet')}), ( b'Envelope', {BANK_PARAMETERS_KEY: ( b'Env. Attack', b'Env. Release', b'Env. Modulation', b'Hi Pass', b'Delay Time', b'Feedback', b'Polarity', b'Dry/Wet')}), ( b'LFO / S&H', {BANK_PARAMETERS_KEY: ( b'LFO Amount', b'LFO Waveform', b'Sync', use(b'Frequency').if_parameter(b'Sync').has_value(b'Free').else_use(b'Sync Rate'), use(b'').if_parameter(b'LFO Waveform').has_value(b'S&H Width').else_use(b'LFO Stereo Mode').if_parameter(b'Sync').has_value(b'Free').else_use(b'LFO Offset'), use(b'LFO Width (Random)').if_parameter(b'LFO Waveform').has_value(b'S&H Width').else_use(b'LFO Phase').if_parameter(b'Sync').has_value(b'Sync').else_use(b'LFO Phase').if_parameter(b'LFO Stereo Mode').has_value(b'Phase').else_use(b'LFO Spin'), b'', b'')}))), b'FrequencyShifter': IndexedDict(( ( b'FreqDrive', {BANK_PARAMETERS_KEY: ( b'Mode', use(b'Ring Mod Frequency').if_parameter(b'Mode').has_value(b'Ring Modulation').else_use(b'Coarse'), b'Wide', b'Fine', use(b'Drive On/Off').if_parameter(b'Mode').has_value(b'Ring Modulation'), use(b'Drive').if_parameter(b'Drive On/Off').has_value(b'On').and_parameter(b'Mode').has_value(b'Ring Modulation'), b'LFO Amount', b'Dry/Wet')}), ( b'LFO / S&H', {BANK_PARAMETERS_KEY: ( b'LFO Amount', b'LFO Waveform', b'Sync', use(b'LFO Frequency').if_parameter(b'Sync').has_value(b'Free').else_use(b'Sync Rate'), use(b'').if_parameter(b'LFO Waveform').has_value(b'S&H Width').else_use(b'LFO Stereo Mode').if_parameter(b'Sync').has_value(b'Free').else_use(b'LFO Offset'), use(b'LFO Width (Random)').if_parameter(b'LFO Waveform').has_value(b'S&H Width').else_use(b'LFO Phase').if_parameter(b'Sync').has_value(b'Sync').else_use(b'LFO Phase').if_parameter(b'LFO Stereo Mode').has_value(b'Phase').else_use(b'LFO Spin'), b'', b'')}))), b'Gate': IndexedDict(( ( b'Gate', {BANK_PARAMETERS_KEY: ( b'Threshold', b'Return', b'FlipMode', b'LookAhead', b'Attack', b'Hold', b'Release', b'Floor')}), ( b'Sidechain', {BANK_PARAMETERS_KEY: ( b'S/C On', b'S/C Gain', b'S/C Mix', b'S/C Listen', b'S/C EQ On', b'S/C EQ Type', b'S/C EQ Freq', use(b'S/C EQ Gain').if_parameter(b'S/C EQ Type').has_value(b'Low Shelf').else_use(b'S/C EQ Gain').if_parameter(b'S/C EQ Type').has_value(b'High Shelf').else_use(b'S/C EQ Gain').if_parameter(b'S/C EQ Type').has_value(b'Bell').else_use(b'S/C EQ Q'))}))), b'GlueCompressor': IndexedDict(( ( b'Compression', {BANK_PARAMETERS_KEY: ( b'Threshold', b'Ratio', b'Attack', b'Release', b'Peak Clip In', b'Range', b'Makeup', b'Dry/Wet')}), ( b'Sidechain', {BANK_PARAMETERS_KEY: ( b'S/C On', b'S/C Gain', b'S/C Mix', b'', b'S/C EQ On', b'S/C EQ Type', b'S/C EQ Freq', use(b'S/C EQ Gain').if_parameter(b'S/C EQ Type').has_value(b'Low Shelf').else_use(b'S/C EQ Gain').if_parameter(b'S/C EQ Type').has_value(b'High Shelf').else_use(b'S/C EQ Gain').if_parameter(b'S/C EQ Type').has_value(b'Bell').else_use(b'S/C EQ Q'))}))), b'GrainDelay': IndexedDict(( ( b'Pitch', {BANK_PARAMETERS_KEY: ( b'Frequency', b'Pitch', b'Delay Mode', use(b'Time Delay').if_parameter(b'Delay Mode').has_value(b'Off').else_use(b'Beat Delay'), b'Random', b'Spray', b'Feedback', b'DryWet')}), ( b'Time', {BANK_PARAMETERS_KEY: ( b'Delay Mode', use(b'Time Delay').if_parameter(b'Delay Mode').has_value(b'Off').else_use(b'Beat Delay'), b'Beat Swing', b'Feedback', b'', b'', b'', b'DryWet')}))), b'Limiter': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Gain', b'Ceiling', b'Link Channels', b'Lookahead', b'Auto', b'Release time', b'', b'')}),)), b'Looper': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'State', b'Speed', b'Reverse', b'Quantization', b'Monitor', b'Song Control', b'Tempo Control', b'Feedback')}),)), b'MultibandDynamics': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Above Threshold (Low)', b'Above Ratio (Low)', b'Above Threshold (Mid)', b'Above Ratio (Mid)', b'Above Threshold (High)', b'Above Ratio (High)', b'Master Output', b'Amount')}), ( b'Low Band', {BANK_PARAMETERS_KEY: ( b'Band Activator (Low)', b'Input Gain (Low)', b'Below Threshold (Low)', b'Below Ratio (Low)', b'Above Threshold (Low)', b'Above Ratio (Low)', b'Attack Time (Low)', b'Release Time (Low)')}), ( b'Mid Band', {BANK_PARAMETERS_KEY: ( b'Band Activator (Mid)', b'Input Gain (Mid)', b'Below Threshold (Mid)', b'Below Ratio (Mid)', b'Above Threshold (Mid)', b'Above Ratio (Mid)', b'Attack Time (Mid)', b'Release Time (Mid)')}), ( b'High Band', {BANK_PARAMETERS_KEY: ( b'Band Activator (High)', b'Input Gain (High)', b'Below Threshold (High)', b'Below Ratio (High)', b'Above Threshold (High)', b'Above Ratio (High)', b'Attack Time (High)', b'Release Time (High)')}), ( b'Mix & Split', {BANK_PARAMETERS_KEY: ( b'Output Gain (Low)', b'Low-Mid Crossover', b'Output Gain (Mid)', b'Mid-High Crossover', b'Output Gain (High)', b'Peak/RMS Mode', b'Amount', b'Master Output')}), ( b'Sidechain', {BANK_PARAMETERS_KEY: ( b'S/C On', b'S/C Mix', b'S/C Gain', b'', b'Time Scaling', b'Soft Knee On/Off', b'', b'')}))), b'Overdrive': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Filter Freq', b'Filter Width', b'Drive', b'Tone', b'Preserve Dynamics', b'', b'', b'Dry/Wet')}),)), b'Pedal': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Type', b'Gain', b'Output', b'Bass', b'Mid', b'Treble', b'Sub', b'Dry/Wet'), OPTIONS_KEY: ( b'', b'', b'', b'Mid Freq', b'', b'', b'')}),)), b'Phaser': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Poles', b'Frequency', b'Feedback', b'Env. Modulation', b'LFO Amount', b'LFO Sync', use(b'LFO Frequency').if_parameter(b'LFO Sync').has_value(b'Free').else_use(b'LFO Sync Rate'), b'Dry/Wet')}), ( b'Envelope', {BANK_PARAMETERS_KEY: ( b'Poles', b'Type', b'Color', b'Frequency', b'Feedback', b'Env. Modulation', b'Env. Attack', b'Env. Release')}), ( b'LFO', {BANK_PARAMETERS_KEY: ( b'LFO Amount', b'LFO Waveform', b'LFO Sync', use(b'LFO Frequency').if_parameter(b'LFO Sync').has_value(b'Free').else_use(b'LFO Sync Rate'), use(b'LFO Width (Random)').if_parameter(b'LFO Waveform').has_value(b'S&H Width').else_use(b'LFO Stereo Mode').if_parameter(b'LFO Sync').has_value(b'Free').else_use(b'LFO Offset'), use(b'').if_parameter(b'LFO Waveform').has_value(b'S&H Width').else_use(b'LFO Phase').if_parameter(b'LFO Sync').has_value(b'Sync').else_use(b'LFO Phase').if_parameter(b'LFO Stereo Mode').has_value(b'Phase').else_use(b'LFO Spin'), b'', b'')}))), b'Redux': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Bit On', b'Bit Depth', b'Sample Mode', use(b'Sample Hard').if_parameter(b'Sample Mode').has_value(b'Hard').else_use(b'Sample Soft'), b'', b'', b'', b'')}),)), b'Resonator': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Frequency', b'Decay', b'Color', b'I Gain', b'II Gain', b'III Gain', b'Width', b'Dry/Wet')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Mode', b'Decay', b'Const', b'Color', b'', b'Width', b'Global Gain', b'Dry/Wet')}), ( b'Filter', {BANK_PARAMETERS_KEY: ( b'Filter On', b'Frequency', b'Filter Type', b'', b'', b'', b'', b'')}), ( b'Mode I & II', {BANK_PARAMETERS_KEY: ( b'I On', b'I Note', b'I Tune', b'I Gain', b'II On', b'II Pitch', b'II Tune', b'II Gain')}), ( b'Mode III & IV', {BANK_PARAMETERS_KEY: ( b'III On', b'III Pitch', b'III Tune', b'III Gain', b'IV On', b'IV Pitch', b'IV Tune', b'IV Gain')}), ( b'Mode V', {BANK_PARAMETERS_KEY: ( b'V On', b'V Pitch', b'V Tune', b'V Gain', b'', b'', b'', b'')}), ( b'Mix', {BANK_PARAMETERS_KEY: ( b'I Gain', b'II Gain', b'III Gain', b'IV Gain', b'V Gain', b'', b'', b'')}), ( b'Pitch', {BANK_PARAMETERS_KEY: ( b'I Note', b'II Pitch', b'III Pitch', b'IV Pitch', b'V Pitch', b'', b'', b'')}))), b'Reverb': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'PreDelay', use(b'In Filter Freq').if_parameter(b'In LowCut On').has_value(b'On').else_use(b'ER Shape').if_parameter(b'In HighCut On').has_value(b'Off').else_use(b'In Filter Freq'), use(b'Chorus Amount').if_parameter(b'Chorus On').has_value(b'On').else_use(b'ER Level'), b'Stereo Image', b'Room Size', b'DecayTime', use(b'HiShelf Gain').if_parameter(b'HiShelf On').has_value(b'On').else_use(b'Diffuse Level'), b'Dry/Wet')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Chorus On', b'Chorus Rate', b'Chorus Amount', b'Quality', b'Freeze On', b'Flat On', b'ER Level', b'Diffuse Level')}), ( b'Diffusion Network', {BANK_PARAMETERS_KEY: ( b'HiShelf On', b'HiShelf Freq', b'HiShelf Gain', b'LowShelf On', b'LowShelf Freq', b'LowShelf Gain', b'Density', b'Scale')}), ( b'Input/Reflections', {BANK_PARAMETERS_KEY: ( b'In LowCut On', b'In HighCut On', b'In Filter Freq', b'In Filter Width', b'ER Spin On', b'ER Spin Rate', b'ER Spin Amount', b'ER Shape')}))), b'Saturator': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Drive', b'Type', b'Color', b'Base', b'Frequency', b'Width', b'Depth', b'Output')}), ( b'Waveshaper', {BANK_PARAMETERS_KEY: ( b'Type', use(b'WS Drive').if_parameter(b'Type').has_value(b'Waveshaper'), use(b'WS Curve').if_parameter(b'Type').has_value(b'Waveshaper'), use(b'WS Depth').if_parameter(b'Type').has_value(b'Waveshaper'), use(b'WS Lin').if_parameter(b'Type').has_value(b'Waveshaper'), use(b'WS Damp').if_parameter(b'Type').has_value(b'Waveshaper'), use(b'WS Period').if_parameter(b'Type').has_value(b'Waveshaper'), b'Dry/Wet')}), ( b'Output', {BANK_PARAMETERS_KEY: ( b'', b'', b'', b'', b'', b'Soft Clip', b'Output', b'Dry/Wet')}))), b'StereoGain': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Left Inv', b'Right Inv', b'Channel Mode', use(b'Stereo Width').if_parameter(b'Stereo Width').is_available(True).else_use(b'Mid/Side Balance'), use(b'Bass Freq').if_parameter(b'Bass Freq').is_available(True), b'Balance', use(b'Gain').if_parameter(b'Gain').is_available(True).else_use(b'Gain (Legacy)'), b'Mute'), OPTIONS_KEY: ( b'', b'', use(b'Mono').if_parameter(b'Mono').is_available(True), use(b'Bass Mono').if_parameter(b'Bass Mono').is_available(True), b'', b'', b'DC Filter')}),)), b'Vinyl': IndexedDict(( ( b'Global', {BANK_PARAMETERS_KEY: ( b'Tracing On', b'Tracing Drive', b'Tracing Freq.', b'Tracing Width', b'Pinch On', b'Global Drive', b'Crackle Density', b'Crackle Volume')}), ( b'Pinch', {BANK_PARAMETERS_KEY: ( b'Pinch On', b'Pinch Soft On', b'Pinch Mono On', b'Pinch Width', b'Pinch Drive', b'Pinch Freq.', b'Crackle Density', b'Crackle Volume')}))), b'Vocoder': IndexedDict(( ( BANK_MAIN_KEY, {BANK_PARAMETERS_KEY: ( b'Formant Shift', b'Attack Time', b'Release Time', b'Unvoiced Level', b'Gate Threshold', b'Filter Bandwidth', b'Envelope Depth', b'Dry/Wet')}), ( b'Carrier', {BANK_PARAMETERS_KEY: ( b'Noise Rate', b'Noise Crackle', b'Lower Pitch Detection', b'Upper Pitch Detection', b'Oscillator Pitch', b'Oscillator Waveform', b'Enhance', b'')}), ( b'Global', {BANK_PARAMETERS_KEY: ( b'Formant Shift', b'Attack Time', b'Release Time', b'Mono/Stereo', b'Output Level', b'Gate Threshold', b'Envelope Depth', b'Dry/Wet')}), ( b'Filters/Voicing', {BANK_PARAMETERS_KEY: ( b'Filter Bandwidth', b'Upper Filter Band', b'Lower Filter Band', b'Precise/Retro', b'Unvoiced Level', b'Unvoiced Sensitivity', b'Unvoiced Speed', b'Enhance')})))} PARAMETERS_BLACKLIST_FOR_CPP_SANITY_CHECK = {b'OriginalSimpler': ( b'Start', b'End', b'Sensitivity', b'Mode', b'Playback', b'Pad Slicing', b'Multi Sample', b'Zoom', b'Env. Type', b'Warp', b'Warp Mode', b'Voices', b'Preserve', b'Loop Mode', b'Envelope', b'Grain Size Tones', b'Grain Size Texture', b'Flux', b'Formants', b'Envelope Complex Pro', b'Gain'), b'Operator': ( b'Oscillator', b'Envelope Feature Time/Level', b'Envelope Feature Time/Slope/Level'), b'Eq8': ( b'Band', b'Eq Mode', b'Edit Mode', b'Oversampling'), b'Compressor2': ( b'Input Type', b'Input Channel', b'Position'), b'InstrumentVector': ( b'Oscillator', b'Osc 1 Effect Type', b'Osc 2 Effect Type', b'Osc 1 Table', b'Osc 2 Table', b'Osc 1 Pitch', b'Osc 2 Pitch', b'Filter', b'Envelopes', b'LFO', b'Amp Env View', b'Mod Env View', b'Modulation Target Names', b'Amp Env Mod Amount', b'Env 2 Mod Amount', b'Env 3 Mod Amount', b'Lfo 1 Mod Amount', b'Lfo 2 Mod Amount', b'MIDI Velocity Mod Amount', b'MIDI Note Mod Amount', b'MIDI Pitch Bend Mod Amount', b'MIDI Aftertouch Mod Amount', b'MIDI Mod Wheel Mod Amount', b'MIDI Random On Note On', b'Current Mod Target', b'Unison Mode', b'Unison Voices', b'Mono On', b'Poly Voices', b'Filter Routing'), b'Echo': ( b'Channel Toggle',), b'Delay': ( b'Channel', b'L Sync Enum', b'R Sync Enum', b'Link Switch')}

100.754211

1,917

0.495897

26,450

191,433

3.415501

0.024045

0.155966

0.129311

0.050897

0.875415

0.845904

0.821043

0.8001

0.766327

0.737171

0

0.011507

0.344011

191,433

1,900

1,918

100.754211

0.707887

0.001609

0

0.329815

0

0.247185

0.000696

0

1

0

false

0.007916

0.001583

0

0.001583

0.000528

0

null

0

1

0

1

0

null

0

8

158425ed37fb2fce481637ad1f244dbd44ea1d03

1,739

py

Python

test_session_fixture_globalize.py

cielavenir/pytest-session-fixture-globalize

98697f4af25feb357e388217997bb377de5352c6

[ "BSD-2-Clause" ]

null

test_session_fixture_globalize.py

cielavenir/pytest-session-fixture-globalize

98697f4af25feb357e388217997bb377de5352c6

[ "BSD-2-Clause" ]

null

test_session_fixture_globalize.py

cielavenir/pytest-session-fixture-globalize

98697f4af25feb357e388217997bb377de5352c6

[ "BSD-2-Clause" ]

1

2019-04-10T10:08:53.000Z

# need to use runpytest_subprocess due to global variable in test resource pytest_plugins = "pytester" import pytest @pytest.mark.parametrize(('options','status','ret'),[ (['--session-fixture-globalize'],'*2 passed*',0), ([],'*1 failed, 1 passed*',1), ]) def test_SessionFixtureGlobalizeNormal(testdir,options,status,ret): init = testdir.makepyfile(__init__=""" import pytest cnt=0 @pytest.fixture(scope="session") def val(request): global cnt cnt+=1 yield cnt """) a = testdir.makepyfile(a=""" from . import val def test_a(val): assert val==1 """) b = testdir.makepyfile(b=""" from . import val def test_b(val): assert val==1 """) result = testdir.runpytest_subprocess(*[init,a,b]+options) result.stdout.fnmatch_lines(status) assert result.ret ==ret @pytest.mark.parametrize(('options','status','ret'),[ (['--session-fixture-globalize'],'*2 passed*',0), ([],'*1 passed, 1 error*',1), ]) def test_SessionFixtureGlobalizeAutouse(testdir,options,status,ret): init = testdir.makepyfile(__init__=""" import pytest cnt=0 @pytest.fixture(scope="session",autouse=True) def val(request): global cnt cnt+=1 assert cnt==1 yield cnt """) a = testdir.makepyfile(a=""" from . import val def test_a(): pass """) b = testdir.makepyfile(b=""" from . import val def test_b(): pass """) result = testdir.runpytest_subprocess(*[init,a,b]+options) result.stdout.fnmatch_lines(status) assert result.ret ==ret

28.048387

74

0.574468

196

1,739

4.994898

0.260204

0.042901

0.065373

0.749745

0.700715

0

0.013503

0.276021

1,739

61

75

28.508197

0.764098

0.041403

0

0.789474

0

0.504505

0.078679

0

0.087719

1

0.035088

false

0.105263

0.122807

0

0.157895

0

null

0

1

0

1

0

null

0

1

0

7

15a074346a8678c0cb3acd46a27ba0b5b8de3bfc

698

py

Python

Project/proj_spec/t.py

suryaavala/17s1-cs9318

fdfa84a5f3330d189af213d670479c65d6c60a28

[ "MIT" ]

null

Project/proj_spec/t.py

suryaavala/17s1-cs9318

fdfa84a5f3330d189af213d670479c65d6c60a28

[ "MIT" ]

null

Project/proj_spec/t.py

suryaavala/17s1-cs9318

fdfa84a5f3330d189af213d670479c65d6c60a28

[ "MIT" ]

2

2018-04-04T10:36:55.000Z

2019-08-23T05:53:55.000Z

[ ['COED', ['K', 'OW', 'EH', 'D'], 'NN', 4, [0, 1, 1, 0],[20, 25, 11, 9], [-1, 1, 2, -1]], ['PURVIEW', ['P', 'ER', 'V', 'Y', 'UW'], 'NN', 5, [0, 1, 0, 0, 1], [27, 12, 35, 37, 34], [-1, 1, -1, -1, 2]], ['HEHIR', ['HH', 'EH', 'HH', 'IH', 'R'], 'NN', 5, [0, 1, 0, 1, 0], [16, 11, 16, 17, 28], [-1, 1, -1, 0, -1]] ] >>> X = [[0, 0], [1, 1]] >>> Y = [0, 1] [ ['COED', ['K', 'OW', 'EH', 'D'], 'NN', 4, [0, 1, 1, 0], [20, 25, 11, 9]], ['PURVIEW', ['P', 'ER', 'V', 'Y', 'UW'], 'NN', 5, [0, 1, 0, 0, 1], [27, 12, 35, 37, 34]], ['HEHIR', ['HH', 'EH', 'HH', 'IH', 'R'], 'NN', 5, [0, 1, 0, 1, 0], [16, 11, 16, 17, 28]] ] [ [-1, 1, 2, -1], [-1, 1, -1, -1, 2], [-1, 1, -1, 0, -1] ]

25.851852

109

0.303725

138

698

1.536232

0.246377

0.150943

0.099057

0.09434

0.943396

0.896226

0.849057

0

0.234165

0.253582

698

26

110

26.846154

0.172745

0

0.126075

0

null

0

null

0

1

null

0

1

0

1

0

1

0

null

0

1

0

10

ec6563f3a02e3daecdfd3424dd59a7a6f0c8dd6b

18,207

py

Python

tests/maintenance_tests.py

okurz/osc-plugin-factory

37499194ce23e426f8be8860437b29f9d97dd533

[ "MIT" ]

null

tests/maintenance_tests.py

okurz/osc-plugin-factory

37499194ce23e426f8be8860437b29f9d97dd533

[ "MIT" ]

null

tests/maintenance_tests.py

okurz/osc-plugin-factory

37499194ce23e426f8be8860437b29f9d97dd533

[ "MIT" ]

null

# Copyright (C) 2015 SUSE Linux GmbH # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License along # with this program; if not, write to the Free Software Foundation, Inc., # 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. import os import unittest import logging import httpretty import osc import re import urlparse from check_maintenance_incidents import MaintenanceChecker APIURL = 'https://maintenancetest.example.com' FIXTURES = os.path.join(os.getcwd(), 'tests/fixtures') def rr(s): return re.compile(re.escape(APIURL + s)) class TestMaintenance(unittest.TestCase): def setUp(self): """ Initialize the configuration """ httpretty.reset() httpretty.enable() oscrc = os.path.join(FIXTURES, 'oscrc') osc.core.conf.get_config(override_conffile=oscrc, override_no_keyring=True, override_no_gnome_keyring=True) #osc.conf.config['debug'] = 1 logging.basicConfig() self.logger = logging.getLogger(__file__) self.logger.setLevel(logging.DEBUG) self.checker = MaintenanceChecker(apiurl = APIURL, \ user = 'maintbot', \ logger = self.logger) def test_non_maintainer_submit(self): """same as above but already has devel project as reviewer """ httpretty.register_uri(httpretty.GET, rr("/search/request?withhistory=1&match=state%2F%40name%3D%27review%27+and+review%5B%40by_user%3D%27maintbot%27+and+%40state%3D%27new%27%5D"), match_querystring = True, body = """ <collection matches="1"> <request id="261355"> <action type="maintenance_incident"> <source project="home:brassh" package="mysql-workbench" rev="857c77d2ba1d347b6dc50a1e5bcb74e1"/> <target project="openSUSE:Maintenance" releaseproject="openSUSE:13.2:Update"/> </action> <state name="review" who="lnussel_factory" when="2014-11-13T10:46:52"> <comment></comment> </state> <review state="new" by_user="maintbot"> <comment></comment> </review> <history who="brassh" when="2014-11-13T09:18:19"> <description>Request created</description> <comment>...</comment> </history> <history who="lnussel_factory" when="2014-11-13T10:46:52"> <description>Request got a new review request</description> </history> <description>...</description> </request> </collection> """) httpretty.register_uri(httpretty.GET, APIURL + "/request/261355", match_querystring = True, body = """ <request id="261355"> <action type="maintenance_incident"> <source project="home:brassh" package="mysql-workbench" rev="857c77d2ba1d347b6dc50a1e5bcb74e1"/> <target project="openSUSE:Maintenance" releaseproject="openSUSE:13.2:Update"/> </action> <state name="review" who="lnussel_factory" when="2014-11-13T10:46:52"> <comment></comment> </state> <review state="new" by_user="maintbot"> <comment></comment> </review> <history who="brassh" when="2014-11-13T09:18:19"> <description>Request created</description> <comment>...</comment> </history> <history who="lnussel_factory" when="2014-11-13T10:46:52"> <description>Request got a new review request</description> </history> <description>...</description> </request> """) httpretty.register_uri(httpretty.GET, APIURL + "/source/home:brassh/mysql-workbench", match_querystring = True, body = """ <directory name="mysql-workbench" rev="6" vrev="6" srcmd5="858204decf53f923d5574dbe6ae63b15"> <linkinfo project="openSUSE:13.2" package="mysql-workbench" srcmd5="ed9c3b12388cbd14868eb3faabe34685" baserev="ed9c3b12388cbd14868eb3faabe34685" xsrcmd5="08bfb4f40cb1e2de8f9cd4633bf02eb1" lsrcmd5="858204decf53f923d5574dbe6ae63b15" /> <serviceinfo code="succeeded" xsrcmd5="6ec4305a8e5363e26a7f4895a0ae12d2" /> <entry name="_link" md5="85ef5fb38ca1ec7c300311fda9f4b3d1" size="121" mtime="1414567341" /> <entry name="mysql-workbench-community-6.1.7-src.tar.gz" md5="ac059e239869fb77bf5d7a1f5845a8af" size="24750696" mtime="1404405925" /> <entry name="mysql-workbench-ctemplate.patch" md5="06ccba1f8275cd9408f515828ecede19" size="1322" mtime="1404658323" /> <entry name="mysql-workbench-glib.patch" md5="67fd7d8e3503ce0909381bde747c8a1e" size="1785" mtime="1415732509" /> <entry name="mysql-workbench-mysql_options4.patch" md5="9c07dfe1b94af95daf3e16bd6a161684" size="910" mtime="1404658324" /> <entry name="mysql-workbench-no-check-for-updates.patch" md5="1f0c9514ff8218d361ea46d3031b2b64" size="1139" mtime="1404658324" /> <entry name="mysql-workbench.changes" md5="26bc54777e6a261816b72f64c69630e4" size="13354" mtime="1415747835" /> <entry name="mysql-workbench.spec" md5="88b562a93f01b842a5798f809e3c8188" size="7489" mtime="1415745943" /> <entry name="openSUSE_(Vendor_Package).xml" md5="ab041af98d7748c216e7e5787ec36f65" size="743" mtime="1315923090" /> <entry name="patch-desktop-categories.patch" md5="c24b3283573c34a5e072be122388f8e1" size="391" mtime="1376991147" /> </directory> """) result = { 'devel_review_added' : None } def change_request(result, method, uri, headers): u = urlparse.urlparse(uri) if u.query == 'by_package=mysql-workbench&cmd=addreview&by_project=server%3Adatabase': result['devel_review_added'] = True return (200, headers, '<status code="ok"/>') httpretty.register_uri(httpretty.POST, APIURL + "/request/261355", body = lambda method, uri, headers: change_request(result, method, uri, headers)) httpretty.register_uri(httpretty.GET, rr("/search/owner?binary=mysql-workbench"), match_querystring = True, body = """ <collection> <owner rootproject="openSUSE" project="server:database" package="mysql-workbench"> <person name="Gankov" role="maintainer"/> <person name="bruno_friedmann" role="maintainer"/> </owner> </collection> """) self.checker.requests = [] self.checker.set_request_ids_search_review() self.checker.check_requests() self.assertTrue(result['devel_review_added']) def test_non_maintainer_double_review(self): httpretty.register_uri(httpretty.GET, rr("/search/request?withhistory=1&match=state%2F%40name%3D%27review%27+and+review%5B%40by_user%3D%27maintbot%27+and+%40state%3D%27new%27%5D"), match_querystring = True, body = """ <collection matches="1"> <request id="261355"> <action type="maintenance_incident"> <source project="home:brassh" package="mysql-workbench" rev="857c77d2ba1d347b6dc50a1e5bcb74e1"/> <target project="openSUSE:Maintenance" releaseproject="openSUSE:13.2:Update"/> </action> <state name="review" who="lnussel_factory" when="2014-11-13T10:46:52"> <comment></comment> </state> <review state="new" by_user="maintbot"> <comment></comment> </review> <review state="new" by_package="mysql-workbench" by_project="server:database"> <comment>review by devel project</comment> </review> <history who="brassh" when="2014-11-13T09:18:19"> <description>Request created</description> <comment>...</comment> </history> <history who="lnussel_factory" when="2014-11-13T10:46:52"> <description>Request got a new review request</description> </history> <description>...</description> </request> </collection> """) httpretty.register_uri(httpretty.GET, APIURL + "/request/261355", match_querystring = True, body = """ <request id="261355"> <action type="maintenance_incident"> <source project="home:brassh" package="mysql-workbench" rev="857c77d2ba1d347b6dc50a1e5bcb74e1"/> <target project="openSUSE:Maintenance" releaseproject="openSUSE:13.2:Update"/> </action> <state name="review" who="lnussel_factory" when="2014-11-13T10:46:52"> <comment></comment> </state> <review state="new" by_user="maintbot"> <comment></comment> </review> <review state="new" by_package="mysql-workbench" by_project="server:database"> <comment>review by devel project</comment> </review> <history who="brassh" when="2014-11-13T09:18:19"> <description>Request created</description> <comment>...</comment> </history> <history who="lnussel_factory" when="2014-11-13T10:46:52"> <description>Request got a new review request</description> </history> <description>...</description> </request> """) httpretty.register_uri(httpretty.GET, APIURL + "/source/home:brassh/mysql-workbench", match_querystring = True, body = """ <directory name="mysql-workbench" rev="6" vrev="6" srcmd5="858204decf53f923d5574dbe6ae63b15"> <linkinfo project="openSUSE:13.2" package="mysql-workbench" srcmd5="ed9c3b12388cbd14868eb3faabe34685" baserev="ed9c3b12388cbd14868eb3faabe34685" xsrcmd5="08bfb4f40cb1e2de8f9cd4633bf02eb1" lsrcmd5="858204decf53f923d5574dbe6ae63b15" /> <serviceinfo code="succeeded" xsrcmd5="6ec4305a8e5363e26a7f4895a0ae12d2" /> <entry name="_link" md5="85ef5fb38ca1ec7c300311fda9f4b3d1" size="121" mtime="1414567341" /> <entry name="mysql-workbench-community-6.1.7-src.tar.gz" md5="ac059e239869fb77bf5d7a1f5845a8af" size="24750696" mtime="1404405925" /> <entry name="mysql-workbench-ctemplate.patch" md5="06ccba1f8275cd9408f515828ecede19" size="1322" mtime="1404658323" /> <entry name="mysql-workbench-glib.patch" md5="67fd7d8e3503ce0909381bde747c8a1e" size="1785" mtime="1415732509" /> <entry name="mysql-workbench-mysql_options4.patch" md5="9c07dfe1b94af95daf3e16bd6a161684" size="910" mtime="1404658324" /> <entry name="mysql-workbench-no-check-for-updates.patch" md5="1f0c9514ff8218d361ea46d3031b2b64" size="1139" mtime="1404658324" /> <entry name="mysql-workbench.changes" md5="26bc54777e6a261816b72f64c69630e4" size="13354" mtime="1415747835" /> <entry name="mysql-workbench.spec" md5="88b562a93f01b842a5798f809e3c8188" size="7489" mtime="1415745943" /> <entry name="openSUSE_(Vendor_Package).xml" md5="ab041af98d7748c216e7e5787ec36f65" size="743" mtime="1315923090" /> <entry name="patch-desktop-categories.patch" md5="c24b3283573c34a5e072be122388f8e1" size="391" mtime="1376991147" /> </directory> """) result = { 'devel_review_added' : None } def change_request(result, method, uri, headers): u = urlparse.urlparse(uri) if u.query == 'by_package=mysql-workbench&cmd=addreview&by_project=server%3Adatabase': result['devel_review_added'] = True return (200, headers, '<status code="ok"/>') httpretty.register_uri(httpretty.POST, APIURL + "/request/261355", body = lambda method, uri, headers: change_request(result, method, uri, headers)) httpretty.register_uri(httpretty.GET, rr("/search/owner?binary=mysql-workbench"), match_querystring = True, body = """ <collection> <owner rootproject="openSUSE" project="server:database" package="mysql-workbench"> <person name="Gankov" role="maintainer"/> <person name="bruno_friedmann" role="maintainer"/> </owner> </collection> """) self.checker.requests = [] self.checker.set_request_ids_search_review() self.checker.check_requests() self.assertFalse(result['devel_review_added']) def test_backports_submit(self): httpretty.register_uri(httpretty.GET, rr("/search/request?withhistory=1&match=state%2F%40name%3D%27review%27+and+review%5B%40by_user%3D%27maintbot%27+and+%40state%3D%27new%27%5D"), match_querystring = True, body = """ <collection matches="1"> <request id="261411"> <action type="maintenance_incident"> <source project="home:lnussel:branches:openSUSE:Backports:SLE-12" package="plan" rev="71e76daf2c2e9ddb0b9208f54a14f608"/> <target project="openSUSE:Maintenance" releaseproject="openSUSE:Backports:SLE-12"/> </action> <state name="review" who="lnussel" when="2014-11-13T13:22:02"> <comment></comment> </state> <review state="new" by_user="maintbot"/> <history who="lnussel" when="2014-11-13T13:22:02"> <description>Request created</description> <comment>test update</comment> </history> <description>test update</description> </request> </collection> """) httpretty.register_uri(httpretty.GET, APIURL + "/request/261411", body = """ <request id="261411"> <action type="maintenance_incident"> <source project="home:lnussel:branches:openSUSE:Backports:SLE-12" package="plan" rev="71e76daf2c2e9ddb0b9208f54a14f608"/> <target project="openSUSE:Maintenance" releaseproject="openSUSE:Backports:SLE-12"/> </action> <state name="review" who="lnussel" when="2014-11-13T13:22:02"> <comment></comment> </state> <review state="new" by_user="maintbot"/> <history who="lnussel" when="2014-11-13T13:22:02"> <description>Request created</description> <comment>test update</comment> </history> <description>test update</description> </request> """) httpretty.register_uri(httpretty.GET, APIURL + "/source/home:lnussel:branches:openSUSE:Backports:SLE-12/plan", body = """ <directory name="plan" rev="1" vrev="1" srcmd5="b4ed19dc30c1b328168bc62a81ec6998"> <linkinfo project="home:lnussel:plan" package="plan" srcmd5="7a2353f73b29dba970702053229542a0" baserev="7a2353f73b29dba970702053229542a0" xsrcmd5="71e76daf2c2e9ddb0b9208f54a14f608" lsrcmd5="b4ed19dc30c1b328168bc62a81ec6998" /> <entry name="_link" md5="91f81d88456818a18a7332999fb2da18" size="125" mtime="1415807350" /> <entry name="plan.spec" md5="b6814215f6d2e8559b43de9a214b2cbd" size="8103" mtime="1413627959" /> </directory> """) httpretty.register_uri(httpretty.GET, rr("/search/owner?binary=plan"), match_querystring = True, body = """ <collection/> """) result = { 'factory_review_added' : None } def change_request(result, method, uri, headers): u = urlparse.urlparse(uri) if u.query == 'cmd=addreview&by_user=factory-source': result['factory_review_added'] = True return (200, headers, '<status code="ok"/>') httpretty.register_uri(httpretty.POST, APIURL + "/request/261411", body = lambda method, uri, headers: change_request(result, method, uri, headers)) self.checker.requests = [] self.checker.set_request_ids_search_review() self.checker.check_requests() self.assertTrue(result['factory_review_added']) if __name__ == '__main__': unittest.main() # vim: sw=4 et

49.745902

251

0.582468

1,675

18,207

6.249552

0.197015

0.042797

0.015285

0.041555

0.828812

0.82308

0.812763

0.809228

0.804356

0

0.132121

0.296205

18,207

365

252

49.882192

0.684798

0.046575

0

0.851351

0

0.111486

0.750895

0.326672

0

0.010135

1

0.027027

false

0

0.027027

0.003378

0.070946

0

null

0

1

0

1

0

1

0

null

0

8

ecade598340af271bb2695ca0cf99703e7471c48

6,732

py

Python

L1TriggerConfig/L1GtConfigProducers/python/l1GtPrescaleFactorsAlgoTrig_cfi.py

ckamtsikis/cmssw

ea19fe642bb7537cbf58451dcf73aa5fd1b66250

[ "Apache-2.0" ]

852

2015-01-11T21:03:51.000Z

2022-03-25T21:14:00.000Z

L1TriggerConfig/L1GtConfigProducers/python/l1GtPrescaleFactorsAlgoTrig_cfi.py

ckamtsikis/cmssw

ea19fe642bb7537cbf58451dcf73aa5fd1b66250

[ "Apache-2.0" ]

30,371

2015-01-02T00:14:40.000Z

2022-03-31T23:26:05.000Z

L1TriggerConfig/L1GtConfigProducers/python/l1GtPrescaleFactorsAlgoTrig_cfi.py

ckamtsikis/cmssw

ea19fe642bb7537cbf58451dcf73aa5fd1b66250

[ "Apache-2.0" ]

3,240

2015-01-02T05:53:18.000Z

2022-03-31T17:24:21.000Z

import FWCore.ParameterSet.Config as cms l1GtPrescaleFactorsAlgoTrig = cms.ESProducer("L1GtPrescaleFactorsAlgoTrigTrivialProducer", PrescaleFactorsSet = cms.VPSet( cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ), cms.PSet( PrescaleFactors = cms.vint32( 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ) ) ) )

34.346939

90

0.257427

1,343

6,732

1.290395

0.011169

1.465666

2.181189

2.88517

0.917484

0

0.420679

0.540256

6,732

195

91

34.523077

0.139257

0

0.92268

0

0.006239

0

1

0

false

0

0.005155

0

0.005155

0

1

null

1

0

1

0

1

0

1

0

null

0

14

ecd6c473c4ef67356148cb5493b6bc58762b8e3c

1,622

py

Python

make_dataset.py

zhanghaoyue/MMMT-DL

b7736b0754f1e9a7f9ae34bb6aaa155bc0763ec0

[ "MIT" ]

null

make_dataset.py

zhanghaoyue/MMMT-DL

b7736b0754f1e9a7f9ae34bb6aaa155bc0763ec0

[ "MIT" ]

null

make_dataset.py

zhanghaoyue/MMMT-DL

b7736b0754f1e9a7f9ae34bb6aaa155bc0763ec0

[ "MIT" ]

null

import numpy as np from utils import in_model from config import opt import process import warnings warnings.filterwarnings("ignore") class train_Dataset: def __init__(self, img_list): self.img_path = opt.path_img self.img_list = img_list return def __getitem__(self, idx): path_name = self.img_list[idx] # for img tmp_data = in_model.get_img(self.img_path, path_name) img_dict = process.train_preprocess(tmp_data) img_list = [img_dict['T1'], img_dict['T2'], img_dict['FL']] img = np.array(img_list) img = img.astype('float32') bbox_array = img_dict['BBOX'] annot = in_model.get_bbox(bbox_array) annot = annot.astype('float32') return_list = [path_name, img, annot] return return_list def __len__(self): return len(self.img_list) class val_Dataset: def __init__(self, img_list): self.img_path = opt.path_img self.img_list = img_list return def __getitem__(self, idx): path_name = self.img_list[idx] # for img tmp_data = in_model.get_img(self.img_path, path_name) img_dict = process.val_preprocess(tmp_data) img_list = [img_dict['T1'], img_dict['T2'], img_dict['FL']] img = np.array(img_list) img = img.astype('float32') bbox_array = img_dict['BBOX'] annot = in_model.get_bbox(bbox_array) annot = annot.astype('float32') return_list = [path_name, img, annot] return return_list def __len__(self): return len(self.img_list)

24.208955

67

0.62762

226

1,622

4.128319

0.190265

0.105038

0.094319

0.038585

0.853162

0

0.01011

0.268187

1,622

66

68

24.575758

0.775906

0.009248

0

0.772727

0

0.033666

0

1

0.136364

false

0

0.113636

0.045455

0.431818

0

null

0

1

0

1

0

null

0

7

ecf092483e4c7735f0f1f87947f3b72cadb6d2c0

1,148

py

Python

Python Basics/Conditional Statements Advanced/Exercise/Task05.py

DonikaChervenkova/SoftUni

bff579c037ec48f39ed193b34bc3502a32e90732

[ "MIT" ]

1

2022-03-16T10:23:04.000Z

Python Basics/Conditional Statements Advance/Exercise/Task05.py

IvanTodorovBG/SoftUni

7b667f6905d9f695ab1484efbb02b6715f6d569e

[ "MIT" ]

null

Python Basics/Conditional Statements Advance/Exercise/Task05.py

IvanTodorovBG/SoftUni

7b667f6905d9f695ab1484efbb02b6715f6d569e

[ "MIT" ]

1

2021-12-04T12:30:57.000Z

budget = float(input()) season = input() destination = "" place_to_stay = "" if budget <= 100: destination = "Bulgaria" if season == "summer": spend_money = budget * 0.3 place_to_stay = "Camp" print(f"Somewhere in {destination}") print(f"{place_to_stay} - {spend_money:.2f}") elif season == "winter": spend_money = budget * 0.7 place_to_stay = "Hotel" print(f"Somewhere in {destination}") print(f"{place_to_stay} - {spend_money:.2f}") elif budget <= 1000: destination = "Balkans" if season == "summer": spend_money = budget * 0.4 place_to_stay = "Camp" print(f"Somewhere in {destination}") print(f"{place_to_stay} - {spend_money:.2f}") elif season == "winter": spend_money = budget * 0.8 place_to_stay = "Hotel" print(f"Somewhere in {destination}") print(f"{place_to_stay} - {spend_money:.2f}") elif budget > 1000: destination = "Europe" spend_money = budget * 0.9 place_to_stay = "Hotel" print(f"Somewhere in {destination}") print(f"{place_to_stay} - {spend_money:.2f}")

29.435897

53

0.598432

146

1,148

4.486301

0.219178

0.117557

0.184733

0.129771

0.825954

0.731298

0

0.030481

0.256969

1,148

38

54

30.210526

0.737397

0

0.558824

0

0.32548

0

1

0

false

0

0.294118

0

null

0

1

0

1

0

null

0

7

01cb6bd9b2d7cff1aa83a790e5c3206ca39c41cb

26

py

Python

MVPA/task002/tune_test_values.py

psychoinformatics-de/studyforrest-paper-auditorydecoding

afdbf544b462b45e8981e085177f23404946c5a1

[ "MIT" ]

1

2018-02-15T19:34:17.000Z

MVPA/task002/tune_test_values.py

psychoinformatics-de/studyforrest-paper-auditorydecoding

afdbf544b462b45e8981e085177f23404946c5a1

[ "MIT" ]

null

MVPA/task002/tune_test_values.py

psychoinformatics-de/studyforrest-paper-auditorydecoding

afdbf544b462b45e8981e085177f23404946c5a1

[ "MIT" ]

null

def fx(): return [-1]

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bf2b7979c3c32c0072c163333bcf583e1e10f3d1

7,552

py

Python

tests/integration/test_distributed_ddl_password/test.py

chalice19/ClickHouse

2f38e7bc5c2113935ab86260439bb543a1737291

[ "Apache-2.0" ]

8,629

2016-06-14T21:03:01.000Z

2019-09-23T07:46:38.000Z

tests/integration/test_distributed_ddl_password/test.py

chalice19/ClickHouse

2f38e7bc5c2113935ab86260439bb543a1737291

[ "Apache-2.0" ]

4,335

2016-06-15T12:58:31.000Z

2019-09-23T11:18:43.000Z

tests/integration/test_distributed_ddl_password/test.py

chalice19/ClickHouse

2f38e7bc5c2113935ab86260439bb543a1737291

[ "Apache-2.0" ]

1,700

2016-06-15T09:25:11.000Z

2019-09-23T11:16:38.000Z

import pytest from helpers.client import QueryRuntimeException from helpers.cluster import ClickHouseCluster from helpers.test_tools import assert_eq_with_retry cluster = ClickHouseCluster(__file__) node1 = cluster.add_instance( "node1", main_configs=["configs/config.d/clusters.xml"], user_configs=["configs/users.d/default_with_password.xml"], with_zookeeper=True, ) node2 = cluster.add_instance( "node2", main_configs=["configs/config.d/clusters.xml"], user_configs=["configs/users.d/default_with_password.xml"], with_zookeeper=True, ) node3 = cluster.add_instance( "node3", main_configs=["configs/config.d/clusters.xml"], user_configs=["configs/users.d/default_with_password.xml"], with_zookeeper=True, ) node4 = cluster.add_instance( "node4", main_configs=["configs/config.d/clusters.xml"], user_configs=["configs/users.d/default_with_password.xml"], with_zookeeper=True, ) node5 = cluster.add_instance( "node5", main_configs=["configs/config.d/clusters.xml"], user_configs=["configs/users.d/default_with_password.xml"], with_zookeeper=True, ) node6 = cluster.add_instance( "node6", main_configs=["configs/config.d/clusters.xml"], user_configs=["configs/users.d/default_with_password.xml"], with_zookeeper=True, ) @pytest.fixture(scope="module") def start_cluster(): try: cluster.start() for node, shard in [ (node1, 1), (node2, 1), (node3, 2), (node4, 2), (node5, 3), (node6, 3), ]: node.query( """ CREATE TABLE test_table(date Date, id UInt32, dummy UInt32) ENGINE = ReplicatedMergeTree('/clickhouse/tables/test{shard}/replicated', '{replica}') PARTITION BY date ORDER BY id """.format( shard=shard, replica=node.name ), settings={"password": "clickhouse"}, ) yield cluster finally: cluster.shutdown() def test_truncate(start_cluster): node1.query( "insert into test_table values ('2019-02-15', 1, 2), ('2019-02-15', 2, 3), ('2019-02-15', 3, 4)", settings={"password": "clickhouse"}, ) assert ( node1.query( "select count(*) from test_table", settings={"password": "clickhouse"} ) == "3\n" ) node2.query("system sync replica test_table", settings={"password": "clickhouse"}) assert ( node2.query( "select count(*) from test_table", settings={"password": "clickhouse"} ) == "3\n" ) node3.query( "insert into test_table values ('2019-02-16', 1, 2), ('2019-02-16', 2, 3), ('2019-02-16', 3, 4)", settings={"password": "clickhouse"}, ) assert ( node3.query( "select count(*) from test_table", settings={"password": "clickhouse"} ) == "3\n" ) node4.query("system sync replica test_table", settings={"password": "clickhouse"}) assert ( node4.query( "select count(*) from test_table", settings={"password": "clickhouse"} ) == "3\n" ) node3.query( "truncate table test_table on cluster 'awesome_cluster'", settings={"password": "clickhouse"}, ) for node in [node1, node2, node3, node4]: assert_eq_with_retry( node, "select count(*) from test_table", "0", settings={"password": "clickhouse"}, ) node2.query( "drop table test_table on cluster 'awesome_cluster'", settings={"password": "clickhouse"}, ) for node in [node1, node2, node3, node4]: assert_eq_with_retry( node, "select count(*) from system.tables where name='test_table'", "0", settings={"password": "clickhouse"}, ) def test_alter(start_cluster): node5.query( "insert into test_table values ('2019-02-15', 1, 2), ('2019-02-15', 2, 3), ('2019-02-15', 3, 4)", settings={"password": "clickhouse"}, ) node6.query( "insert into test_table values ('2019-02-15', 4, 2), ('2019-02-15', 5, 3), ('2019-02-15', 6, 4)", settings={"password": "clickhouse"}, ) node5.query("SYSTEM SYNC REPLICA test_table", settings={"password": "clickhouse"}) node6.query("SYSTEM SYNC REPLICA test_table", settings={"password": "clickhouse"}) assert_eq_with_retry( node5, "select count(*) from test_table", "6", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node6, "select count(*) from test_table", "6", settings={"password": "clickhouse"}, ) node6.query( "OPTIMIZE TABLE test_table ON CLUSTER 'simple_cluster' FINAL", settings={"password": "clickhouse"}, ) node5.query("SYSTEM SYNC REPLICA test_table", settings={"password": "clickhouse"}) node6.query("SYSTEM SYNC REPLICA test_table", settings={"password": "clickhouse"}) assert_eq_with_retry( node5, "select count(*) from test_table", "6", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node6, "select count(*) from test_table", "6", settings={"password": "clickhouse"}, ) node6.query( "ALTER TABLE test_table ON CLUSTER 'simple_cluster' DETACH PARTITION '2019-02-15'", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node5, "select count(*) from test_table", "0", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node6, "select count(*) from test_table", "0", settings={"password": "clickhouse"}, ) with pytest.raises(QueryRuntimeException): node6.query( "ALTER TABLE test_table ON CLUSTER 'simple_cluster' ATTACH PARTITION '2019-02-15'", settings={"password": "clickhouse"}, ) node5.query( "ALTER TABLE test_table ATTACH PARTITION '2019-02-15'", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node5, "select count(*) from test_table", "6", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node6, "select count(*) from test_table", "6", settings={"password": "clickhouse"}, ) node5.query( "ALTER TABLE test_table ON CLUSTER 'simple_cluster' MODIFY COLUMN dummy String", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node5, "select length(dummy) from test_table ORDER BY dummy LIMIT 1", "1", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node6, "select length(dummy) from test_table ORDER BY dummy LIMIT 1", "1", settings={"password": "clickhouse"}, ) node6.query( "ALTER TABLE test_table ON CLUSTER 'simple_cluster' DROP PARTITION '2019-02-15'", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node5, "select count(*) from test_table", "0", settings={"password": "clickhouse"}, ) assert_eq_with_retry( node6, "select count(*) from test_table", "0", settings={"password": "clickhouse"}, )

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0

1

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1

0

null

0

1

0

7

175ae296c49e06e2b4c047afb354813d62eccd86

463

py

Python

NU-CS5001/lab02/adder.py

zahraaliaghazadeh/python

2f2d0141a916c99e8724f803bd4e5c7246a7a02e

[ "MIT" ]

null

NU-CS5001/lab02/adder.py

zahraaliaghazadeh/python

2f2d0141a916c99e8724f803bd4e5c7246a7a02e

[ "MIT" ]

null

NU-CS5001/lab02/adder.py

zahraaliaghazadeh/python

2f2d0141a916c99e8724f803bd4e5c7246a7a02e

[ "MIT" ]

null

# num1 = float(input("Enter a first value: ")) # num2 = float(input("Enter a second value: ")) # sum = num1 + num2 # print("The sum of {} + {} is {}".format(num1, num2, sum)) # ================================== # same code with function dedinition def main(): num1 = float(input("Enter a first value: ")) num2 = float(input("Enter a second value: ")) sum = num1 + num2 print("The sum of {} + {} is {}".format(num1, num2, sum)) main()

27.235294

61

0.537797

60

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0.160643

0.240964

0.257028

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0.218143

463

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1

0.166667

false

0

0.166667

0

null

0

1

0

null

0

8

bd79579b3dba836a3ee840e53d440d307abf6940

236

py

Python

hypothesis/util/data/__init__.py

boyali/hypothesis-sre

f44d25eb281d49663d49d134ee73ad542849714b

[ "BSD-3-Clause" ]

45

2019-02-13T14:16:35.000Z

2022-02-23T21:30:02.000Z

hypothesis/util/data/__init__.py

boyali/hypothesis-sre

f44d25eb281d49663d49d134ee73ad542849714b

[ "BSD-3-Clause" ]

1

2020-01-13T08:29:50.000Z

2020-01-22T10:28:02.000Z

hypothesis/util/data/__init__.py

boyali/hypothesis-sre

f44d25eb281d49663d49d134ee73ad542849714b

[ "BSD-3-Clause" ]

8

2019-04-23T14:25:08.000Z

2021-07-28T15:05:31.000Z

r"""""" from hypothesis.util.data.distribution_dataset import DistributionDataset from hypothesis.util.data.simulation_tensor_dataset import SimulationTensorDataset from hypothesis.util.data.simulator_dataset import SimulatorDataset

29.5

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0.328358

0

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236

7

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null

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0

1

0

null

0

1

0

1

0

7

bd9623924c3f21083d105d1e5f7273d001c8ccd7

140

py

Python

src/onegov/org/theme/__init__.py

politbuero-kampagnen/onegov-cloud

20148bf321b71f617b64376fe7249b2b9b9c4aa9

[ "MIT" ]

null

src/onegov/org/theme/__init__.py

politbuero-kampagnen/onegov-cloud

20148bf321b71f617b64376fe7249b2b9b9c4aa9

[ "MIT" ]

null

src/onegov/org/theme/__init__.py

politbuero-kampagnen/onegov-cloud

20148bf321b71f617b64376fe7249b2b9b9c4aa9

[ "MIT" ]

null

from onegov.org.theme.org_theme import OrgTheme from onegov.org.theme.org_theme import user_options __all__ = ['OrgTheme', 'user_options']

28

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21

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0.342857

0.609524

0

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false

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null

1

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1

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null

0

1

0

1

0

7

bdcc5542a4a02f150a61df8875ea268da4d12ce9

24,873

py

Python

pyaz/storage/file/__init__.py

py-az-cli/py-az-cli

9a7dc44e360c096a5a2f15595353e9dad88a9792

[ "MIT" ]

null

pyaz/storage/file/__init__.py

py-az-cli/py-az-cli

9a7dc44e360c096a5a2f15595353e9dad88a9792

[ "MIT" ]

null

pyaz/storage/file/__init__.py

py-az-cli/py-az-cli

9a7dc44e360c096a5a2f15595353e9dad88a9792

[ "MIT" ]

1

2022-02-03T09:12:01.000Z

''' Manage file shares that use the SMB 3.0 protocol. ''' from ... pyaz_utils import _call_az from . import copy, metadata def list(share_name, account_key=None, account_name=None, connection_string=None, exclude_dir=None, marker=None, num_results=None, path=None, sas_token=None, snapshot=None, timeout=None): ''' List files and directories in a share. Required Parameters: - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - exclude_dir -- None - marker -- An opaque continuation token. This value can be retrieved from the next_marker field of a previous generator object if num_results was specified and that generator has finished enumerating results. If specified, this generator will begin returning results from the point where the previous generator stopped. - num_results -- Specify the maximum number to return. If the request does not specify num_results, or specifies a value greater than 5000, the server will return up to 5000 items. Note that if the listing operation crosses a partition boundary, then the service will return a continuation token for retrieving the remaining of the results. Provide "*" to return all. - path -- The directory path within the file share. - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - snapshot -- A string that represents the snapshot version, if applicable. - timeout -- Request timeout in seconds. Applies to each call to the service. ''' return _call_az("az storage file list", locals()) def delete(path, share_name, account_key=None, account_name=None, connection_string=None, sas_token=None, timeout=None): ''' Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - timeout -- Request timeout in seconds. Applies to each call to the service. ''' return _call_az("az storage file delete", locals()) def resize(path, share_name, size, account_key=None, account_name=None, connection_string=None, sas_token=None, timeout=None): ''' Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. - size -- The length to resize the file to. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - timeout -- Request timeout in seconds. Applies to each call to the service. ''' return _call_az("az storage file resize", locals()) def url(path, share_name, account_key=None, account_name=None, connection_string=None, protocol=None, sas_token=None): ''' Create the url to access a file. Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - protocol -- Protocol to use. - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN ''' return _call_az("az storage file url", locals()) def generate_sas(path, share_name, account_key=None, account_name=None, cache_control=None, connection_string=None, content_disposition=None, content_encoding=None, content_language=None, content_type=None, expiry=None, https_only=None, ip=None, permissions=None, policy_name=None, start=None): ''' Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - cache_control -- Response header value for Cache-Control when resource is accessed using this shared access signature. - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - content_disposition -- Response header value for Content-Disposition when resource is accessed using this shared access signature. - content_encoding -- Response header value for Content-Encoding when resource is accessed using this shared access signature. - content_language -- Response header value for Content-Language when resource is accessed using this shared access signature. - content_type -- Response header value for Content-Type when resource is accessed using this shared access signature. - expiry -- Specifies the UTC datetime (Y-m-d'T'H:M'Z') at which the SAS becomes invalid. Do not use if a stored access policy is referenced with --id that specifies this value. - https_only -- Only permit requests made with the HTTPS protocol. If omitted, requests from both the HTTP and HTTPS protocol are permitted. - ip -- Specifies the IP address or range of IP addresses from which to accept requests. Supports only IPv4 style addresses. - permissions -- The permissions the SAS grants. Allowed values: (c)reate (d)elete (r)ead (w)rite (c)reate (d)elete (r)ead (w)rite. Do not use if a stored access policy is referenced with --id that specifies this value. Can be combined. - policy_name -- The name of a stored access policy within the container's ACL. - start -- Specifies the UTC datetime (Y-m-d'T'H:M'Z') at which the SAS becomes valid. Do not use if a stored access policy is referenced with --id that specifies this value. Defaults to the time of the request. ''' return _call_az("az storage file generate-sas", locals()) def show(path, share_name, account_key=None, account_name=None, connection_string=None, sas_token=None, snapshot=None, timeout=None): ''' Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - snapshot -- A string that represents the snapshot version, if applicable. - timeout -- Request timeout in seconds. Applies to each call to the service. ''' return _call_az("az storage file show", locals()) def update(path, share_name, account_key=None, account_name=None, clear_content_settings=None, connection_string=None, content_cache_control=None, content_disposition=None, content_encoding=None, content_language=None, content_md5=None, content_type=None, sas_token=None, timeout=None): ''' Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - clear_content_settings -- If this flag is set, then if any one or more of the following properties (--content-cache-control, --content-disposition, --content-encoding, --content-language, --content-md5, --content-type) is set, then all of these properties are set together. If a value is not provided for a given property when at least one of the properties listed below is set, then that property will be cleared. - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - content_cache_control -- The cache control string. - content_disposition -- Conveys additional information about how to process the response payload, and can also be used to attach additional metadata. - content_encoding -- The content encoding type. - content_language -- The content language. - content_md5 -- The content's MD5 hash. - content_type -- The content MIME type. - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - timeout -- Request timeout in seconds. Applies to each call to the service. ''' return _call_az("az storage file update", locals()) def exists(path, share_name, account_key=None, account_name=None, connection_string=None, sas_token=None, snapshot=None, timeout=None): ''' Check for the existence of a file. Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - snapshot -- A string that represents the snapshot version, if applicable. - timeout -- Request timeout in seconds. Applies to each call to the service. ''' return _call_az("az storage file exists", locals()) def download(path, share_name, account_key=None, account_name=None, connection_string=None, dest=None, end_range=None, max_connections=None, no_progress=None, open_mode=None, sas_token=None, snapshot=None, start_range=None, timeout=None, validate_content=None): ''' Required Parameters: - path -- The path to the file within the file share. - share_name -- The file share name. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - dest -- Path of the file to write to. The source filename will be used if not specified. - end_range -- End of byte range to use for downloading a section of the file. If end_range is given, start_range must be provided. The start_range and end_range params are inclusive. Ex: start_range=0, end_range=511 will download first 512 bytes of file. - max_connections -- If set to 2 or greater, an initial get will be done for the first self.MAX_SINGLE_GET_SIZE bytes of the file. If this is the entire file, the method returns at this point. If it is not, it will download the remaining data parallel using the number of threads equal to max_connections. Each chunk will be of size self.MAX_CHUNK_GET_SIZE. If set to 1, a single large get request will be done. This is not generally recommended but available if very few threads should be used, network requests are very expensive, or a non-seekable stream prevents parallel download. This may also be valuable if the file is being concurrently modified to enforce atomicity or if many files are expected to be empty as an extra request is required for empty files if max_connections is greater than 1. - no_progress -- Include this flag to disable progress reporting for the command. - open_mode -- Mode to use when opening the file. Note that specifying append only open_mode prevents parallel download. So, max_connections must be set to 1 if this open_mode is used. - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - snapshot -- A string that represents the snapshot version, if applicable. - start_range -- Start of byte range to use for downloading a section of the file. If no end_range is given, all bytes after the start_range will be downloaded. The start_range and end_range params are inclusive. Ex: start_range=0, end_range=511 will download first 512 bytes of file. - timeout -- Request timeout in seconds. Applies to each call to the service. - validate_content -- If set to true, validates an MD5 hash for each retrieved portion of the file. This is primarily valuable for detecting bitflips on the wire if using http instead of https as https (the default) will already validate. Note that the service will only return transactional MD5s for chunks 4MB or less so the first get request will be of size self.MAX_CHUNK_GET_SIZE instead of self.MAX_SINGLE_GET_SIZE. If self.MAX_CHUNK_GET_SIZE was set to greater than 4MB an error will be thrown. As computing the MD5 takes processing time and more requests will need to be done due to the reduced chunk size there may be some increase in latency. ''' return _call_az("az storage file download", locals()) def upload(share_name, source, account_key=None, account_name=None, connection_string=None, content_cache_control=None, content_disposition=None, content_encoding=None, content_language=None, content_md5=None, content_type=None, max_connections=None, metadata=None, no_progress=None, path=None, sas_token=None, timeout=None, validate_content=None): ''' Upload a file to a share that uses the SMB 3.0 protocol. Required Parameters: - share_name -- The file share name. - source -- Path of the local file to upload as the file content. Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - content_cache_control -- The cache control string. - content_disposition -- Conveys additional information about how to process the response payload, and can also be used to attach additional metadata. - content_encoding -- The content encoding type. - content_language -- The content language. - content_md5 -- The content's MD5 hash. - content_type -- The content MIME type. - max_connections -- Maximum number of parallel connections to use. - metadata -- Metadata in space-separated key=value pairs. This overwrites any existing metadata. - no_progress -- Include this flag to disable progress reporting for the command. - path -- The path to the file within the file share. If the file name is omitted, the source file name will be used. - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - timeout -- Request timeout in seconds. Applies to each call to the service. - validate_content -- If true, calculates an MD5 hash for each range of the file. The storage service checks the hash of the content that has arrived with the hash that was sent. This is primarily valuable for detecting bitflips on the wire if using http instead of https as https (the default) will already validate. Note that this MD5 hash is not stored with the file. ''' return _call_az("az storage file upload", locals()) def upload_batch(destination, source, account_key=None, account_name=None, connection_string=None, content_cache_control=None, content_disposition=None, content_encoding=None, content_language=None, content_md5=None, content_type=None, destination_path=None, dryrun=None, max_connections=None, metadata=None, no_progress=None, pattern=None, sas_token=None, validate_content=None): ''' Upload files from a local directory to an Azure Storage File Share in a batch operation. Required Parameters: - destination -- None - source -- None Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - content_cache_control -- The cache control string. - content_disposition -- Conveys additional information about how to process the response payload, and can also be used to attach additional metadata. - content_encoding -- The content encoding type. - content_language -- The content language. - content_md5 -- The content's MD5 hash. - content_type -- The content MIME type. - destination_path -- None - dryrun -- None - max_connections -- None - metadata -- Metadata in space-separated key=value pairs. This overwrites any existing metadata. - no_progress -- Include this flag to disable progress reporting for the command. - pattern -- None - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - validate_content -- None ''' return _call_az("az storage file upload-batch", locals()) def download_batch(destination, source, account_key=None, account_name=None, connection_string=None, dryrun=None, max_connections=None, no_progress=None, pattern=None, sas_token=None, snapshot=None, validate_content=None): ''' Download files from an Azure Storage File Share to a local directory in a batch operation. Required Parameters: - destination -- None - source -- None Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - dryrun -- None - max_connections -- None - no_progress -- Include this flag to disable progress reporting for the command. - pattern -- None - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - snapshot -- None - validate_content -- None ''' return _call_az("az storage file download-batch", locals()) def delete_batch(source, account_key=None, account_name=None, connection_string=None, dryrun=None, pattern=None, sas_token=None, timeout=None): ''' Delete files from an Azure Storage File Share. Required Parameters: - source -- None Optional Parameters: - account_key -- Storage account key. Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_KEY - account_name -- Storage account name. Related environment variable: AZURE_STORAGE_ACCOUNT. Must be used in conjunction with either storage account key or a SAS token. If neither are present, the command will try to query the storage account key using the authenticated Azure account. If a large number of storage commands are executed the API quota may be hit - connection_string -- Storage account connection string. Environment variable: AZURE_STORAGE_CONNECTION_STRING - dryrun -- None - pattern -- None - sas_token -- A Shared Access Signature (SAS). Must be used in conjunction with storage account name. Environment variable: AZURE_STORAGE_SAS_TOKEN - timeout -- Request timeout in seconds. Applies to each call to the service. ''' return _call_az("az storage file delete-batch", locals())

82.634551

808

0.766614

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null

0

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0

1

0

9

bdce9872f064c00bc13382d3a6dcf185e228c222

65

py

Python

lib/filters.py

jwodder/home

18c02796a88bf1167685216c9302e27957b1b6df

[ "MIT" ]

1

2021-10-31T20:28:45.000Z

lib/filters.py

jwodder/home

18c02796a88bf1167685216c9302e27957b1b6df

[ "MIT" ]

null

lib/filters.py

jwodder/home

18c02796a88bf1167685216c9302e27957b1b6df

[ "MIT" ]

null

from shlex import quote def shlex_quote(s): return quote(s)

13

23

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11

65

4.181818

0.636364

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0.2

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1

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null

0

1

0

1

0

7

bdf49ee1bb5e2208de5e2e49de7f8e2959139217

110

py

Python

python/cendantdim/batch/bp/__init__.py

jiportilla/ontology

8a66bb7f76f805c64fc76cfc40ab7dfbc1146f40

[ "MIT" ]

null

python/cendantdim/batch/bp/__init__.py

jiportilla/ontology

8a66bb7f76f805c64fc76cfc40ab7dfbc1146f40

[ "MIT" ]

null

python/cendantdim/batch/bp/__init__.py

jiportilla/ontology

8a66bb7f76f805c64fc76cfc40ab7dfbc1146f40

[ "MIT" ]

null

from .dimensions_batch_api import DimensionsBatchAPI from .dimensions_batch_caller import call_dimensions_api

36.666667

56

0.909091

14

110

6.714286

0.571429

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null

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0

7

da00fe88533fa77f45f484466a9af5eae7581c1f

4,460

py

Python

authors/apps/tests/test_liking_and_disliking.py

arthurarty/ah-backend-poseidon

d2b561e83ed1e9a585853f4a4e2e37805e86c35c

[ "BSD-3-Clause" ]

1

2019-01-22T18:00:44.000Z

authors/apps/tests/test_liking_and_disliking.py

arthurarty/ah-backend-poseidon

d2b561e83ed1e9a585853f4a4e2e37805e86c35c

[ "BSD-3-Clause" ]

24

2018-11-27T10:11:13.000Z

2021-06-10T21:01:15.000Z

authors/apps/tests/test_liking_and_disliking.py

andela/ah-backend-poseidon

d2b561e83ed1e9a585853f4a4e2e37805e86c35c

[ "BSD-3-Clause" ]

4

2019-05-29T12:08:52.000Z

2020-05-23T11:48:42.000Z

from django.urls import reverse from rest_framework import status from .base import BaseTestCase from . import post_article class ArticleLikeDislikeTestCase(BaseTestCase): def setUp(self): pk_slug = self.create_article_for_liking() self.pk = pk_slug[0] # Tests liking an article def test_liking_an_article(self): response = self.client.post( reverse('article_like', kwargs={'pk': self.pk})) self.assertEqual(response.data['likes'], 1) self.assertEqual(response.status_code, status.HTTP_201_CREATED) # Tests liking an article that a user already liked def test_user_already_liked_an_article(self): self.client.post(reverse('article_like', kwargs={'pk': self.pk})) response = self.client.post( reverse('article_like', kwargs={'pk': self.pk})) self.assertEqual(response.data['likes'], 0) # # Tests disliking an article that a user already disliked def test_user_already_disliked_an_article(self): self.client.post(reverse('article_dislike', kwargs={'pk': self.pk})) response = self.client.post( reverse('article_dislike', kwargs={'pk': self.pk})) self.assertEqual(response.data['dislikes'], 0) # # Tests disliking an article def test_disliking_an_article(self): response = self.client.post( reverse('article_dislike', kwargs={'pk': self.pk})) self.assertEqual(response.data['dislikes'], 1) self.assertEqual(response.status_code, status.HTTP_201_CREATED) # # Tests a user liking an article that they first disliked def test_liking_when_already_disliked_an_artcle(self): self.client.post(reverse('article_dislike', kwargs={'pk': self.pk})) res = self.client.post( reverse('article_like', kwargs={'pk': self.pk})) self.assertEqual(res.data['dislikes'], 0) self.assertEqual(res.data['likes'], 1) self.assertEqual(res.status_code, status.HTTP_201_CREATED) # Tests a user disliking an article that they first liked def test_disliking_when_already_liked_an_artcle(self): self.client.post(reverse('article_like', kwargs={'pk': self.pk})) res = self.client.post( reverse('article_dislike', kwargs={'pk': self.pk})) self.assertEqual(res.data['likes'], 0) self.assertEqual(res.data['dislikes'], 1) self.assertEqual(res.status_code, status.HTTP_201_CREATED) class CommentLikeDislikeTestCase(BaseTestCase): def setUp(self): pk = self.post_comment() self.like_url = '/api/comments/{}/like/'.format(pk) self.dislike_url = '/api/comments/{}/dislike/'.format(pk) # Tests liking a comment def test_liking_a_comment(self): response = self.client.post(self.like_url) self.assertEqual(response.data['likes'], 1) self.assertEqual(response.status_code, status.HTTP_201_CREATED) # Tests liking a comment that a user already liked def test_user_already_liked_a_comment(self): self.client.post(self.like_url) response = self.client.post(self.like_url) self.assertEqual(response.data['likes'], 0) # Tests disliking a comment that a user already disliked def test_user_already_disliked_a_comment(self): self.client.post(self.dislike_url) response = self.client.post(self.dislike_url) self.assertEqual(response.data['dislikes'], 0) # Tests disliking a comment def test_disliking_an_article(self): response = self.client.post(self.dislike_url) self.assertEqual(response.data['dislikes'], 1) self.assertEqual(response.status_code, status.HTTP_201_CREATED) # Tests a user liking a comment that they first disliked def test_liking_when_already_disliked_an_artcle(self): self.client.post(self.dislike_url) res = self.client.post(self.like_url) self.assertEqual(res.data['dislikes'], 0) self.assertEqual(res.data['likes'], 1) self.assertEqual(res.status_code, status.HTTP_201_CREATED) # # Tests a user disliking a comment that they first liked def test_disliking_when_already_liked_an_artcle(self): self.client.post(self.like_url) res = self.client.post(self.dislike_url) self.assertEqual(res.data['likes'], 0) self.assertEqual(res.data['dislikes'], 1) self.assertEqual(res.status_code, status.HTTP_201_CREATED)

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0.07109

0.874746

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0.790454

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false

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0

null

0

1

0

1

0

null

0

7

da2102f3ade6fab73cb0d1674a6530e1a8c867e2

6,262

py

Python

System/system_comaparison.py

Sangameshkodge/IMAC-TCASI

3b3a4cf2fd79822d4258658b7b4289eb6f7d7113

[ "MIT" ]

2

2020-04-03T07:44:36.000Z

2020-04-26T04:05:15.000Z

System/system_comaparison.py

Sangameshkodge/IMAC

3b3a4cf2fd79822d4258658b7b4289eb6f7d7113

[ "MIT" ]

null

System/system_comaparison.py

Sangameshkodge/IMAC

3b3a4cf2fd79822d4258658b7b4289eb6f7d7113

[ "MIT" ]

null

#!/usr/bin/env python3 # -*- coding: utf-8 -*- """ Created on Thu Aug 1 03:02:30 2019 @author: skodge """ import numpy as np import matplotlib.pyplot as plt def autolabel(rects): """ Attach a text label above each bar displaying its height """ for rect in rects: height = rect.get_height() ax.text(rect.get_x() + rect.get_width()/2., 1.05*height, '%d' % int(height), ha='center', va='bottom') a=np.array([[2763, 125436, 3936.84375, 29409.44843, 689.0625, 40890.696], [6685.714286, 266880, 8034.375, 60019.2825, 1406.25, 83450.4], [25097.14286, 484800, 2250, 219845.4, 281.25, 16690.08], [5270.4, 101808, 472.5, 46167.534, 59.1796875, 3504.9168], [439.2, 8484, 39.375, 3847.2945, 4.98046875, 292.0764], [40255.45714, 987408, 14733.09375, 359288.9594, 2440.722656, 144828.1692]]) a=a.T/1000 # data to plot n_groups = 6 tvn=a[0]/a[0] tdima=a[2]/a[0] tinmemory=a[4]/a[0] # create plot matplotlib.rcParams.update({'font.size': 20}) plt.figure(figsize=(10,5)) index = np.arange(n_groups) bar_width = 0.3 opacity = 1.0 rects1 = plt.bar(index, tvn, bar_width, alpha=opacity, color='b', label='Von Neumann') rects2 = plt.bar(index + bar_width, tdima, bar_width, alpha=opacity, color='g', label='DIMA') rects3 = plt.bar(index + 2*bar_width, tinmemory, bar_width, alpha=opacity, color='brown', label='This Work') plt.xlabel('Layers') plt.ylabel('Normalised Delay') plt.title('Normalised Delay Comparisons',y=1.18) plt.xticks(index + bar_width, ('C1', 'C2', 'FC1', 'FC2','FC3','Total')) plt.legend(loc='upper center', bbox_to_anchor=(0.5, 1.18), ncol=3, fancybox=True, shadow=True) plt.savefig('/home/min/a/skodge/Project/GitHub/6T-SRAM-Multiplication/System/Delay_norm.png',bbox_inches='tight') plt.show() autolabel(rects1) tvn=a[0] tdima=a[2] tinmemory=a[4] # create plot matplotlib.rcParams.update({'font.size': 20}) plt.figure(figsize=(10,5)) index = np.arange(n_groups) bar_width = 0.3 opacity = 1.0 rects1 = plt.bar(index, tvn, bar_width, alpha=opacity, color='b', label='Von Neumann') rects2 = plt.bar(index + bar_width, tdima, bar_width, alpha=opacity, color='g', label='DIMA') rects3 = plt.bar(index + 2*bar_width, tinmemory, bar_width, alpha=opacity, color='brown', label='This Work') plt.xlabel('Layers') plt.ylabel('Delay( us ) / decision') plt.title('Delay Comparisons',y=1.18) plt.xticks(index + bar_width, ('C1', 'C2', 'FC1', 'FC2','FC3','Total')) plt.legend(loc='upper center', bbox_to_anchor=(0.5, 1.18), ncol=3, fancybox=True, shadow=True) plt.savefig('/home/min/a/skodge/Project/GitHub/6T-SRAM-Multiplication/System/Delay.png',bbox_inches='tight') plt.show() evn=a[1]/a[1] edima=a[3]/a[1] einmemory=a[5]/a[1] matplotlib.rcParams.update({'font.size': 20}) plt.figure(figsize=(10,5)) index = np.arange(n_groups) bar_width = 0.3 opacity = 1.0 rects1 = plt.bar(index, evn, bar_width, alpha=opacity, color='b', label='Von Neumann') rects2 = plt.bar(index + bar_width, edima, bar_width, alpha=opacity, color='g', label='DIMA') rects3 = plt.bar(index + 2*bar_width, einmemory, bar_width, alpha=opacity, color='brown', label='This Work') plt.xlabel('Layers') plt.ylabel('Normalised Energy ') plt.title('Normalised Energy Comparisons',y=1.18) plt.xticks(index + bar_width, ('C1', 'C2', 'FC1', 'FC2','FC3','Total')) plt.legend(loc='upper center', bbox_to_anchor=(0.5, 1.18), ncol=3, fancybox=True, shadow=True) plt.savefig('/home/min/a/skodge/Project/GitHub/6T-SRAM-Multiplication/System/Energy_norm.png',bbox_inches='tight') plt.show() evn=a[1] edima=a[3] einmemory=a[5] matplotlib.rcParams.update({'font.size': 20}) plt.figure(figsize=(10,5)) index = np.arange(n_groups) bar_width = 0.3 opacity = 1.0 rects1 = plt.bar(index, evn, bar_width, alpha=opacity, color='b', label='Von Neumann') rects2 = plt.bar(index + bar_width, edima, bar_width, alpha=opacity, color='g', label='DIMA') rects3 = plt.bar(index + 2*bar_width, einmemory, bar_width, alpha=opacity, color='brown', label='This Work') plt.xlabel('Layers') plt.ylabel('Energy( nJ )/decision') plt.title('Energy Comparisons',y=1.18) plt.xticks(index + bar_width, ('C1', 'C2', 'FC1', 'FC2','FC3','Total')) plt.legend(loc='upper center', bbox_to_anchor=(0.5, 1.18), ncol=3, fancybox=True, shadow=True) plt.savefig('/home/min/a/skodge/Project/GitHub/6T-SRAM-Multiplication/System/Energy.png',bbox_inches='tight') plt.show() edvn=a[1]*a[0]/(a[0]*a[1]) eddima=a[3]*a[2]/(a[0]*a[1]) edinmemory=a[5]*a[4]/(a[0]*a[1]) matplotlib.rcParams.update({'font.size': 20}) plt.figure(figsize=(10,5)) index = np.arange(n_groups) bar_width = 0.3 opacity = 1.0 rects1 = plt.bar(index, edvn, bar_width, alpha=opacity, color='b', label='Von Neumann') rects2 = plt.bar(index + bar_width, eddima, bar_width, alpha=opacity, color='g', label='DIMA') rects3 = plt.bar(index + 2*bar_width, edinmemory, bar_width, alpha=opacity, color='brown', label='This Work') plt.xlabel('Layers') plt.ylabel('Normalised EDP/decision') plt.title('Normalised EDP Comparisons',y=1.18) plt.xticks(index + bar_width, ('C1', 'C2', 'FC1', 'FC2','FC3','Total')) plt.legend(loc='upper center', bbox_to_anchor=(0.5, 1.18), ncol=3, fancybox=True, shadow=True) plt.savefig('/home/min/a/skodge/Project/GitHub/6T-SRAM-Multiplication/System/Energy_delay_norm.png',bbox_inches='tight') plt.show() edvn=a[1]*a[0]/1000 eddima=a[3]*a[2]/1000 edinmemory=a[5]*a[4]/1000 matplotlib.rcParams.update({'font.size': 20}) plt.figure(figsize=(10,5)) index = np.arange(n_groups) bar_width = 0.3 opacity = 1.0 rects1 = plt.bar(index, edvn, bar_width, alpha=opacity, color='b', label='Von Neumann') rects2 = plt.bar(index + bar_width, eddima, bar_width, alpha=opacity, color='g', label='DIMA') rects3 = plt.bar(index + 2*bar_width, edinmemory, bar_width, alpha=opacity, color='brown', label='This Work') plt.xlabel('Layers') plt.ylabel('EDP( p Js )/decision') plt.title('EDP Comparisons',y=1.18) plt.xticks(index + bar_width, ('C1', 'C2', 'FC1', 'FC2','FC3','Total')) plt.legend(loc='upper center', bbox_to_anchor=(0.5, 1.18), ncol=3, fancybox=True, shadow=True) plt.savefig('/home/min/a/skodge/Project/GitHub/6T-SRAM-Multiplication/System/Energy_delay.png',bbox_inches='tight') plt.show()

25.876033

120

0.68748

1,042

6,262

4.059501

0.193858

0.079433

0.046809

0.085106

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0.791962

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0.777305

0.763121

0

0.089797

0.112584

6,262

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0.671405

0.030342

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0

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false

0

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0

null

0

1

0

1

0

null

0

7

da771f1fa98bc112fcd06fb4e73dbad94bfc4b8f

104

py

Python

backend/app/utils.py

wufangjie/My-First-Web-App

43fe8e24879a0aa4d0ba697616706e9ed837ab44

[ "MIT" ]

null

backend/app/utils.py

wufangjie/My-First-Web-App

43fe8e24879a0aa4d0ba697616706e9ed837ab44

[ "MIT" ]

null

backend/app/utils.py

wufangjie/My-First-Web-App

43fe8e24879a0aa4d0ba697616706e9ed837ab44

[ "MIT" ]

null

import re re_simple_email = re.compile( r'^[-_.a-zA-Z0-9]{3,}@([-a-zA-Z0-9]+\.)+[-a-zA-Z0-9]+$' )

14.857143

59

0.509615

21

104

2.380952

0.52381

0.18

0.3

0.36

0

0.076923

0.125

104

6

60

17.333333

0.472527

0

0.25

0.5

0

1

0

false

0

0.25

0

0.25

0

1

0

null

0

1

0

1

0

1

0

1

0

1

null

0

7

16f73fa255cd7bc9d02d53f8be755e8fe88a731e

34,467

py

Python

tensorflow_decision_forests/tensorflow/ops/training/op.py

Saduf2019/decision-forests

62dd6e9de9a577df115c2c7553ca4ed42dd074de

[ "Apache-2.0" ]

1

2021-07-14T15:05:05.000Z

tensorflow_decision_forests/tensorflow/ops/training/op.py

Saduf2019/decision-forests

62dd6e9de9a577df115c2c7553ca4ed42dd074de

[ "Apache-2.0" ]

null

tensorflow_decision_forests/tensorflow/ops/training/op.py

Saduf2019/decision-forests

62dd6e9de9a577df115c2c7553ca4ed42dd074de

[ "Apache-2.0" ]

null

# Copyright 2021 Google LLC. # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # https://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. """Python wrappers around TensorFlow ops. This file is MACHINE GENERATED! Do not edit. Original C++ source file: op_py.cc """ import collections from tensorflow.python import pywrap_tfe as pywrap_tfe from tensorflow.python.eager import context as _context from tensorflow.python.eager import core as _core from tensorflow.python.eager import execute as _execute from tensorflow.python.framework import dtypes as _dtypes from tensorflow.python.framework import op_def_registry as _op_def_registry from tensorflow.python.framework import ops as _ops from tensorflow.python.framework import op_def_library as _op_def_library from tensorflow.python.util.deprecation import deprecated_endpoints from tensorflow.python.util import dispatch as _dispatch from tensorflow.python.util.tf_export import tf_export from typing import TypeVar @_dispatch.add_dispatch_list @tf_export('simple_ml_categorical_int_feature') def simple_ml_categorical_int_feature(value, id, feature_name, name=None): r"""TODO: add doc. Args: value: A `Tensor` of type `int32`. id: A `string`. feature_name: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLCategoricalIntFeature", name, value, "id", id, "feature_name", feature_name) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_categorical_int_feature_eager_fallback( value, id=id, feature_name=feature_name, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_int_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLCategoricalIntFeature", value=value, id=id, feature_name=feature_name, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_int_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLCategoricalIntFeature = tf_export("raw_ops.SimpleMLCategoricalIntFeature")(_ops.to_raw_op(simple_ml_categorical_int_feature)) def simple_ml_categorical_int_feature_eager_fallback(value, id, feature_name, name, ctx): id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") value = _ops.convert_to_tensor(value, _dtypes.int32) _inputs_flat = [value] _attrs = ("id", id, "feature_name", feature_name) _result = _execute.execute(b"SimpleMLCategoricalIntFeature", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_categorical_set_int_feature') def simple_ml_categorical_set_int_feature(values, row_splits, id, feature_name, name=None): r"""TODO: add doc. Args: values: A `Tensor` of type `int32`. row_splits: A `Tensor` of type `int64`. id: A `string`. feature_name: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLCategoricalSetIntFeature", name, values, row_splits, "id", id, "feature_name", feature_name) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_categorical_set_int_feature_eager_fallback( values, row_splits, id=id, feature_name=feature_name, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_set_int_feature, (), dict(values=values, row_splits=row_splits, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLCategoricalSetIntFeature", values=values, row_splits=row_splits, id=id, feature_name=feature_name, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_set_int_feature, (), dict(values=values, row_splits=row_splits, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLCategoricalSetIntFeature = tf_export("raw_ops.SimpleMLCategoricalSetIntFeature")(_ops.to_raw_op(simple_ml_categorical_set_int_feature)) def simple_ml_categorical_set_int_feature_eager_fallback(values, row_splits, id, feature_name, name, ctx): id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") values = _ops.convert_to_tensor(values, _dtypes.int32) row_splits = _ops.convert_to_tensor(row_splits, _dtypes.int64) _inputs_flat = [values, row_splits] _attrs = ("id", id, "feature_name", feature_name) _result = _execute.execute(b"SimpleMLCategoricalSetIntFeature", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_categorical_set_string_feature') def simple_ml_categorical_set_string_feature(values, row_splits, id, feature_name, name=None): r"""TODO: add doc. Args: values: A `Tensor` of type `string`. row_splits: A `Tensor` of type `int64`. id: A `string`. feature_name: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLCategoricalSetStringFeature", name, values, row_splits, "id", id, "feature_name", feature_name) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_categorical_set_string_feature_eager_fallback( values, row_splits, id=id, feature_name=feature_name, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_set_string_feature, (), dict(values=values, row_splits=row_splits, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLCategoricalSetStringFeature", values=values, row_splits=row_splits, id=id, feature_name=feature_name, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_set_string_feature, (), dict(values=values, row_splits=row_splits, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLCategoricalSetStringFeature = tf_export("raw_ops.SimpleMLCategoricalSetStringFeature")(_ops.to_raw_op(simple_ml_categorical_set_string_feature)) def simple_ml_categorical_set_string_feature_eager_fallback(values, row_splits, id, feature_name, name, ctx): id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") values = _ops.convert_to_tensor(values, _dtypes.string) row_splits = _ops.convert_to_tensor(row_splits, _dtypes.int64) _inputs_flat = [values, row_splits] _attrs = ("id", id, "feature_name", feature_name) _result = _execute.execute(b"SimpleMLCategoricalSetStringFeature", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_categorical_string_feature') def simple_ml_categorical_string_feature(value, id, feature_name, name=None): r"""TODO: add doc. Args: value: A `Tensor` of type `string`. id: A `string`. feature_name: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLCategoricalStringFeature", name, value, "id", id, "feature_name", feature_name) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_categorical_string_feature_eager_fallback( value, id=id, feature_name=feature_name, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_string_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLCategoricalStringFeature", value=value, id=id, feature_name=feature_name, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_categorical_string_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLCategoricalStringFeature = tf_export("raw_ops.SimpleMLCategoricalStringFeature")(_ops.to_raw_op(simple_ml_categorical_string_feature)) def simple_ml_categorical_string_feature_eager_fallback(value, id, feature_name, name, ctx): id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") value = _ops.convert_to_tensor(value, _dtypes.string) _inputs_flat = [value] _attrs = ("id", id, "feature_name", feature_name) _result = _execute.execute(b"SimpleMLCategoricalStringFeature", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_file_model_loader') def simple_ml_file_model_loader(model_path, model_identifier, name=None): r"""TODO: add doc. Args: model_path: A `Tensor` of type `string`. model_identifier: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLFileModelLoader", name, model_path, "model_identifier", model_identifier) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_file_model_loader_eager_fallback( model_path, model_identifier=model_identifier, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_file_model_loader, (), dict(model_path=model_path, model_identifier=model_identifier, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. model_identifier = _execute.make_str(model_identifier, "model_identifier") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLFileModelLoader", model_path=model_path, model_identifier=model_identifier, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_file_model_loader, (), dict(model_path=model_path, model_identifier=model_identifier, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLFileModelLoader = tf_export("raw_ops.SimpleMLFileModelLoader")(_ops.to_raw_op(simple_ml_file_model_loader)) def simple_ml_file_model_loader_eager_fallback(model_path, model_identifier, name, ctx): model_identifier = _execute.make_str(model_identifier, "model_identifier") model_path = _ops.convert_to_tensor(model_path, _dtypes.string) _inputs_flat = [model_path] _attrs = ("model_identifier", model_identifier) _result = _execute.execute(b"SimpleMLFileModelLoader", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_hash_feature') def simple_ml_hash_feature(value, id, feature_name, name=None): r"""TODO: add doc. Args: value: A `Tensor` of type `string`. id: A `string`. feature_name: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLHashFeature", name, value, "id", id, "feature_name", feature_name) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_hash_feature_eager_fallback( value, id=id, feature_name=feature_name, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_hash_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLHashFeature", value=value, id=id, feature_name=feature_name, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_hash_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLHashFeature = tf_export("raw_ops.SimpleMLHashFeature")(_ops.to_raw_op(simple_ml_hash_feature)) def simple_ml_hash_feature_eager_fallback(value, id, feature_name, name, ctx): id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") value = _ops.convert_to_tensor(value, _dtypes.string) _inputs_flat = [value] _attrs = ("id", id, "feature_name", feature_name) _result = _execute.execute(b"SimpleMLHashFeature", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_model_trainer') def simple_ml_model_trainer(feature_ids, label_id, weight_id, model_id, model_dir, learner, hparams, task, training_config, deployment_config, guide="", name=None): r"""TODO: add doc. Args: feature_ids: A `string`. label_id: A `string`. weight_id: A `string`. model_id: A `string`. model_dir: A `string`. learner: A `string`. hparams: A `string`. task: An `int`. training_config: A `string`. deployment_config: A `string`. guide: An optional `string`. Defaults to `""`. name: A name for the operation (optional). Returns: A `Tensor` of type `bool`. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLModelTrainer", name, "feature_ids", feature_ids, "label_id", label_id, "weight_id", weight_id, "model_id", model_id, "model_dir", model_dir, "learner", learner, "hparams", hparams, "task", task, "training_config", training_config, "deployment_config", deployment_config, "guide", guide) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_model_trainer_eager_fallback( feature_ids=feature_ids, label_id=label_id, weight_id=weight_id, model_id=model_id, model_dir=model_dir, learner=learner, hparams=hparams, task=task, training_config=training_config, deployment_config=deployment_config, guide=guide, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_model_trainer, (), dict(feature_ids=feature_ids, label_id=label_id, weight_id=weight_id, model_id=model_id, model_dir=model_dir, learner=learner, hparams=hparams, task=task, training_config=training_config, deployment_config=deployment_config, guide=guide, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. feature_ids = _execute.make_str(feature_ids, "feature_ids") label_id = _execute.make_str(label_id, "label_id") weight_id = _execute.make_str(weight_id, "weight_id") model_id = _execute.make_str(model_id, "model_id") model_dir = _execute.make_str(model_dir, "model_dir") learner = _execute.make_str(learner, "learner") hparams = _execute.make_str(hparams, "hparams") task = _execute.make_int(task, "task") training_config = _execute.make_str(training_config, "training_config") deployment_config = _execute.make_str(deployment_config, "deployment_config") if guide is None: guide = "" guide = _execute.make_str(guide, "guide") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLModelTrainer", feature_ids=feature_ids, label_id=label_id, weight_id=weight_id, model_id=model_id, model_dir=model_dir, learner=learner, hparams=hparams, task=task, training_config=training_config, deployment_config=deployment_config, guide=guide, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_model_trainer, (), dict(feature_ids=feature_ids, label_id=label_id, weight_id=weight_id, model_id=model_id, model_dir=model_dir, learner=learner, hparams=hparams, task=task, training_config=training_config, deployment_config=deployment_config, guide=guide, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise _result = _outputs[:] if _execute.must_record_gradient(): _attrs = ("feature_ids", _op.get_attr("feature_ids"), "label_id", _op.get_attr("label_id"), "weight_id", _op.get_attr("weight_id"), "model_id", _op.get_attr("model_id"), "model_dir", _op.get_attr("model_dir"), "learner", _op.get_attr("learner"), "hparams", _op.get_attr("hparams"), "task", _op._get_attr_int("task"), "training_config", _op.get_attr("training_config"), "deployment_config", _op.get_attr("deployment_config"), "guide", _op.get_attr("guide")) _inputs_flat = _op.inputs _execute.record_gradient( "SimpleMLModelTrainer", _inputs_flat, _attrs, _result) _result, = _result return _result SimpleMLModelTrainer = tf_export("raw_ops.SimpleMLModelTrainer")(_ops.to_raw_op(simple_ml_model_trainer)) def simple_ml_model_trainer_eager_fallback(feature_ids, label_id, weight_id, model_id, model_dir, learner, hparams, task, training_config, deployment_config, guide, name, ctx): feature_ids = _execute.make_str(feature_ids, "feature_ids") label_id = _execute.make_str(label_id, "label_id") weight_id = _execute.make_str(weight_id, "weight_id") model_id = _execute.make_str(model_id, "model_id") model_dir = _execute.make_str(model_dir, "model_dir") learner = _execute.make_str(learner, "learner") hparams = _execute.make_str(hparams, "hparams") task = _execute.make_int(task, "task") training_config = _execute.make_str(training_config, "training_config") deployment_config = _execute.make_str(deployment_config, "deployment_config") if guide is None: guide = "" guide = _execute.make_str(guide, "guide") _inputs_flat = [] _attrs = ("feature_ids", feature_ids, "label_id", label_id, "weight_id", weight_id, "model_id", model_id, "model_dir", model_dir, "learner", learner, "hparams", hparams, "task", task, "training_config", training_config, "deployment_config", deployment_config, "guide", guide) _result = _execute.execute(b"SimpleMLModelTrainer", 1, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) if _execute.must_record_gradient(): _execute.record_gradient( "SimpleMLModelTrainer", _inputs_flat, _attrs, _result) _result, = _result return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_numerical_feature') def simple_ml_numerical_feature(value, id, feature_name, name=None): r"""TODO: add doc. Args: value: A `Tensor` of type `float32`. id: A `string`. feature_name: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLNumericalFeature", name, value, "id", id, "feature_name", feature_name) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_numerical_feature_eager_fallback( value, id=id, feature_name=feature_name, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_numerical_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLNumericalFeature", value=value, id=id, feature_name=feature_name, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_numerical_feature, (), dict(value=value, id=id, feature_name=feature_name, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLNumericalFeature = tf_export("raw_ops.SimpleMLNumericalFeature")(_ops.to_raw_op(simple_ml_numerical_feature)) def simple_ml_numerical_feature_eager_fallback(value, id, feature_name, name, ctx): id = _execute.make_str(id, "id") feature_name = _execute.make_str(feature_name, "feature_name") value = _ops.convert_to_tensor(value, _dtypes.float32) _inputs_flat = [value] _attrs = ("id", id, "feature_name", feature_name) _result = _execute.execute(b"SimpleMLNumericalFeature", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_show_model') def simple_ml_show_model(model_identifier, name=None): r"""TODO: add doc. Args: model_identifier: A `string`. name: A name for the operation (optional). Returns: A `Tensor` of type `string`. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLShowModel", name, "model_identifier", model_identifier) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_show_model_eager_fallback( model_identifier=model_identifier, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_show_model, (), dict(model_identifier=model_identifier, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. model_identifier = _execute.make_str(model_identifier, "model_identifier") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLShowModel", model_identifier=model_identifier, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_show_model, (), dict(model_identifier=model_identifier, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise _result = _outputs[:] if _execute.must_record_gradient(): _attrs = ("model_identifier", _op.get_attr("model_identifier")) _inputs_flat = _op.inputs _execute.record_gradient( "SimpleMLShowModel", _inputs_flat, _attrs, _result) _result, = _result return _result SimpleMLShowModel = tf_export("raw_ops.SimpleMLShowModel")(_ops.to_raw_op(simple_ml_show_model)) def simple_ml_show_model_eager_fallback(model_identifier, name, ctx): model_identifier = _execute.make_str(model_identifier, "model_identifier") _inputs_flat = [] _attrs = ("model_identifier", model_identifier) _result = _execute.execute(b"SimpleMLShowModel", 1, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) if _execute.must_record_gradient(): _execute.record_gradient( "SimpleMLShowModel", _inputs_flat, _attrs, _result) _result, = _result return _result @_dispatch.add_dispatch_list @tf_export('simple_ml_unload_model') def simple_ml_unload_model(model_identifier, name=None): r"""TODO: add doc. Args: model_identifier: A `string`. name: A name for the operation (optional). Returns: The created Operation. """ _ctx = _context._context or _context.context() tld = _ctx._thread_local_data if tld.is_eager: try: _result = pywrap_tfe.TFE_Py_FastPathExecute( _ctx, "SimpleMLUnloadModel", name, "model_identifier", model_identifier) return _result except _core._NotOkStatusException as e: _ops.raise_from_not_ok_status(e, name) except _core._FallbackException: pass try: return simple_ml_unload_model_eager_fallback( model_identifier=model_identifier, name=name, ctx=_ctx) except _core._SymbolicException: pass # Add nodes to the TensorFlow graph. except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_unload_model, (), dict(model_identifier=model_identifier, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise # Add nodes to the TensorFlow graph. model_identifier = _execute.make_str(model_identifier, "model_identifier") try: _, _, _op, _outputs = _op_def_library._apply_op_helper( "SimpleMLUnloadModel", model_identifier=model_identifier, name=name) except (TypeError, ValueError): result = _dispatch.dispatch( simple_ml_unload_model, (), dict(model_identifier=model_identifier, name=name) ) if result is not _dispatch.OpDispatcher.NOT_SUPPORTED: return result raise return _op SimpleMLUnloadModel = tf_export("raw_ops.SimpleMLUnloadModel")(_ops.to_raw_op(simple_ml_unload_model)) def simple_ml_unload_model_eager_fallback(model_identifier, name, ctx): model_identifier = _execute.make_str(model_identifier, "model_identifier") _inputs_flat = [] _attrs = ("model_identifier", model_identifier) _result = _execute.execute(b"SimpleMLUnloadModel", 0, inputs=_inputs_flat, attrs=_attrs, ctx=ctx, name=name) _result = None return _result

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e51518f3ed81d00110fd1d05eef2c213ab1027ed

74

py

Python

PDSim/scroll/__init__.py

sebdenis/pdsim

1219d257d4952f396022f2a41c245765c8728ab0

[ "MIT" ]

24

2016-01-04T02:06:25.000Z

2022-03-12T08:03:55.000Z

PDSim/scroll/__init__.py

sebdenis/pdsim

1219d257d4952f396022f2a41c245765c8728ab0

[ "MIT" ]

57

2015-04-25T23:42:28.000Z

2022-03-08T10:04:14.000Z

PDSim/scroll/__init__.py

sebdenis/pdsim

1219d257d4952f396022f2a41c245765c8728ab0

[ "MIT" ]

17

2015-04-21T07:45:45.000Z

2022-03-12T08:03:49.000Z

from PDSim.scroll.core import Scroll from PDSim.scroll import scroll_geo

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e51f62c68e2007eeea93febdb05b439a0c84d104

65,816

py

Python

fl_trainer.py

jaintj95/Federated_AoT

2e2b973eb77828b26132dabce830c96c9a86ecc6

[ "MIT" ]

null

fl_trainer.py

jaintj95/Federated_AoT

2e2b973eb77828b26132dabce830c96c9a86ecc6

[ "MIT" ]

null

fl_trainer.py

jaintj95/Federated_AoT

2e2b973eb77828b26132dabce830c96c9a86ecc6

[ "MIT" ]

null

import numpy as np import torch import torch.nn.functional as F import torch.nn as nn import torch.optim as optim import copy from utils import get_dataloader from defense import RFA, Krum, WeightDiffClippingDefense, AddNoise from models.vgg import get_vgg_model, logger import pandas as pd from torch.nn.utils import parameters_to_vector, vector_to_parameters import datasets ''' Neural Network Architecture ''' class Net(nn.Module): def __init__(self, num_classes): super(Net, self).__init__() self.conv1 = nn.Conv2d(1, 32, 3, 1) self.conv2 = nn.Conv2d(32, 64, 3, 1) self.dropout1 = nn.Dropout2d(0.25) self.dropout2 = nn.Dropout2d(0.5) self.fc1 = nn.Linear(9216, 128) self.fc2 = nn.Linear(128, num_classes) def forward(self, x): x = self.conv1(x) x = F.relu(x) x = self.conv2(x) x = F.relu(x) x = F.max_pool2d(x, 2) x = self.dropout1(x) x = torch.flatten(x, 1) x = self.fc1(x) x = F.relu(x) x = self.dropout2(x) output = self.fc2(x) #output = F.log_softmax(x, dim=1) return output ''' Function to get the file name ''' def get_results_filename(poison_type, attack_method, model_replacement, project_frequency, defense_method, norm_bound, prox_attack, attacker_pool_size, fixed_pool=False, model_arch="vgg9"): filename = "{}_{}_{}".format(poison_type, model_arch, attack_method) if fixed_pool: filename += "_fixed_pool" if model_replacement: filename += "_with_replacement" else: filename += "_without_replacement" if attack_method == "pgd": filename += "_1_{}".format(project_frequency) if prox_attack: filename += "_prox_attack" if defense_method in ("norm-clipping", "norm-clipping-adaptive", "weak-dp"): filename += "_{}_m_{}".format(defense_method, norm_bound) elif defense_method in ("krum", "multi-krum", "rfa"): filename += "_{}".format(defense_method) filename += 'attack_pool_size_' + str(attacker_pool_size) filename += "_acc_results.csv" return filename ''' Calculates L2 norm between gs_model and vanilla_model. ''' def calc_norm_diff(gs_model, vanilla_model): norm_diff = 0 for p_index, _ in enumerate(gs_model.parameters()): norm_diff += torch.norm(list(gs_model.parameters())[p_index] - list(vanilla_model.parameters())[p_index]) ** 2 norm_diff = torch.sqrt(norm_diff).item() return norm_diff ''' XXX - aggregation of updates received from all the clients. XXX - What other federated aggregation algorithms can be implemented? ''' def fed_avg_aggregator(net_list, net_freq, device, model="lenet"): #net_avg = VGG('VGG11').to(device) if model == "lenet": net_avg = Net(num_classes=10).to(device) elif model in ("vgg9", "vgg11", "vgg13", "vgg16"): net_avg = get_vgg_model(model).to(device) whole_aggregator = [] for p_index, p in enumerate(net_list[0].parameters()): # initial params_aggregator = torch.zeros(p.size()).to(device) for net_index, net in enumerate(net_list): # we assume the adv model always comes to the beginning params_aggregator = params_aggregator + net_freq[net_index] * list(net.parameters())[p_index].data whole_aggregator.append(params_aggregator) for param_index, p in enumerate(net_avg.parameters()): p.data = whole_aggregator[param_index] return net_avg ''' 1. Does some training: but is it benign or adversarial (most likely adversarial) (XXX)? ''' def estimate_wg(model, device, train_loader, optimizer, epoch, log_interval, criterion): logger.info("Prox-attack: Estimating wg_hat") model.train() for batch_idx, (data, target) in enumerate(train_loader): data, target = data.to(device), target.to(device) optimizer.zero_grad() output = model(data) loss = criterion(output, target) loss.backward() optimizer.step() if batch_idx % log_interval == 0: logger.info('Train Epoch: {} [{}/{} ({:.0f}%)]\tLoss: {:.6f}'.format( epoch, batch_idx * len(data), len(train_loader.dataset), 100. * batch_idx / len(train_loader), loss.item())) ''' train function for both honest nodes and adversary. NOTE: this trains only for one epoch NOTE: this function is not stateless as it changes the value of variable model. ''' def train(model, device, train_loader, optimizer, epoch, log_interval, criterion, pgd_attack=False, eps=5e-4, model_original=None, proj="l_2", project_frequency=1, adv_optimizer=None, prox_attack=False, wg_hat=None): """ train function for both honest nodes and adversary. NOTE: this trains only for one epoch """ model.train() # get learning rate for param_group in optimizer.param_groups: eta = param_group['lr'] for batch_idx, (data, target) in enumerate(train_loader): data, target = data.to(device), target.to(device) optimizer.zero_grad() if pgd_attack: adv_optimizer.zero_grad() output = model(data) #loss = F.nll_loss(output, target) loss = criterion(output, target) if prox_attack: wg_hat_vec = parameters_to_vector(list(wg_hat.parameters())) model_vec = parameters_to_vector(list(model.parameters())) prox_term = torch.norm(wg_hat_vec - model_vec)**2 loss = loss + prox_term loss.backward() if not pgd_attack: optimizer.step() else: if proj == "l_inf": w = list(model.parameters()) n_layers = len(w) # adversarial learning rate eta = 0.001 for i in range(len(w)): # uncomment below line to restrict proj to some layers if True:#i == 6 or i == 8 or i == 10 or i == 0 or i == 18: w[i].data = w[i].data - eta * w[i].grad.data # projection step m1 = torch.lt(torch.sub(w[i], model_original[i]), -eps) m2 = torch.gt(torch.sub(w[i], model_original[i]), eps) w1 = (model_original[i] - eps) * m1 w2 = (model_original[i] + eps) * m2 w3 = (w[i]) * (~(m1+m2)) wf = w1+w2+w3 w[i].data = wf.data else: # do l2_projection adv_optimizer.step() w = list(model.parameters()) w_vec = parameters_to_vector(w) model_original_vec = parameters_to_vector(model_original) # make sure you project on last iteration otherwise, high LR pushes you really far if (batch_idx%project_frequency == 0 or batch_idx == len(train_loader)-1) and (torch.norm(w_vec - model_original_vec) > eps): # project back into norm ball w_proj_vec = eps*(w_vec - model_original_vec)/torch.norm( w_vec-model_original_vec) + model_original_vec # plug w_proj back into model vector_to_parameters(w_proj_vec, w) # for i in range(n_layers): # # uncomment below line to restrict proj to some layers # if True:#i == 16 or i == 17: # w[i].data = w[i].data - eta * w[i].grad.data # if torch.norm(w[i] - model_original[i]) > eps/n_layers: # # project back to norm ball # w_proj= (eps/n_layers)*(w[i]-model_original[i])/torch.norm( # w[i]-model_original[i]) + model_original[i] # w[i].data = w_proj if batch_idx % log_interval == 0: logger.info('Train Epoch: {} [{}/{} ({:.0f}%)]\tLoss: {:.6f}'.format( epoch, batch_idx * len(data), len(train_loader.dataset), 100. * batch_idx / len(train_loader), loss.item())) ''' Tests the accuracy of the model on test dataset and tast dataset. ''' def test(model, device, test_loader, test_batch_size, criterion, mode="raw-task", dataset="cifar10", poison_type="fashion"): class_correct = list(0. for i in range(10)) class_total = list(0. for i in range(10)) if dataset in ("mnist", "emnist"): target_class = 7 if mode == "raw-task": classes = [str(i) for i in range(10)] elif mode == "targetted-task": if poison_type == 'ardis': classes = [str(i) for i in range(10)] else: classes = ["T-shirt/top", "Trouser", "Pullover", "Dress", "Coat", "Sandal", "Shirt", "Sneaker", "Bag", "Ankle boot"] elif dataset == "cifar10": classes = ('plane', 'car', 'bird', 'cat', 'deer', 'dog', 'frog', 'horse', 'ship', 'truck') # target_class = 2 for greencar, 9 for southwest if poison_type in ("howto", "greencar-neo"): target_class = 2 else: target_class = 9 model.eval() test_loss = 0 correct = 0 backdoor_correct = 0 backdoor_tot = 0 final_acc = 0 task_acc = None with torch.no_grad(): for data, target in test_loader: data, target = data.to(device), target.to(device) output = model(data) _, predicted = torch.max(output, 1) c = (predicted == target).squeeze() #test_loss += F.nll_loss(output, target, reduction='sum').item() # sum up batch loss test_loss += criterion(output, target).item() pred = output.argmax(dim=1, keepdim=True) # get the index of the max log-probability correct += pred.eq(target.view_as(pred)).sum().item() # check backdoor accuracy if poison_type == 'ardis': backdoor_index = torch.where(target == target_class) target_backdoor = torch.ones_like(target[backdoor_index]) predicted_backdoor = predicted[backdoor_index] backdoor_correct += (predicted_backdoor == target_backdoor).sum().item() backdoor_tot = backdoor_index[0].shape[0] # logger.info("Target: {}".format(target_backdoor)) # logger.info("Predicted: {}".format(predicted_backdoor)) #for image_index in range(test_batch_size): for image_index in range(len(target)): label = target[image_index] class_correct[label] += c[image_index].item() class_total[label] += 1 test_loss /= len(test_loader.dataset) if mode == "raw-task": for i in range(10): logger.info('Accuracy of %5s : %.2f %%' % ( classes[i], 100 * class_correct[i] / class_total[i])) if i == target_class: task_acc = 100 * class_correct[i] / class_total[i] logger.info('\nTest set: Average loss: {:.4f}, Accuracy: {}/{} ({:.2f}%)\n'.format( test_loss, correct, len(test_loader.dataset), 100. * correct / len(test_loader.dataset))) final_acc = 100. * correct / len(test_loader.dataset) elif mode == "targetted-task": if dataset in ("mnist", "emnist"): for i in range(10): logger.info('Accuracy of %5s : %.2f %%' % ( classes[i], 100 * class_correct[i] / class_total[i])) if poison_type == 'ardis': # ensure 7 is being classified as 1 logger.info('Backdoor Accuracy of %.2f : %.2f %%' % ( target_class, 100 * backdoor_correct / backdoor_tot)) final_acc = 100 * backdoor_correct / backdoor_tot else: # trouser acc final_acc = 100 * class_correct[1] / class_total[1] elif dataset == "cifar10": logger.info('#### Targetted Accuracy of %5s : %.2f %%' % (classes[target_class], 100 * class_correct[target_class] / class_total[target_class])) final_acc = 100 * class_correct[target_class] / class_total[target_class] return final_acc, task_acc ''' Base Class for two different FL trainer classes ''' class FederatedLearningTrainer: def __init__(self, *args, **kwargs): self.hyper_params = None def run(self, client_model, *args, **kwargs): raise NotImplementedError() ''' Main Class for FL: Frequency Federated Learning ''' class FrequencyFederatedLearningTrainer(FederatedLearningTrainer): def __init__(self, arguments=None, *args, **kwargs): #self.poisoned_emnist_dataset = arguments['poisoned_emnist_dataset'] self.vanilla_model = arguments['vanilla_model'] self.net_avg = arguments['net_avg'] self.net_dataidx_map = arguments['net_dataidx_map'] self.num_nets = arguments['num_nets'] self.part_nets_per_round = arguments['part_nets_per_round'] self.fl_round = arguments['fl_round'] self.local_training_period = arguments['local_training_period'] self.adversarial_local_training_period = arguments['adversarial_local_training_period'] self.args_lr = arguments['args_lr'] self.args_gamma = arguments['args_gamma'] self.attacking_fl_rounds = arguments['attacking_fl_rounds'] self.poisoned_emnist_train_loader = arguments['poisoned_emnist_train_loader'] self.clean_train_loader = arguments['clean_train_loader'] self.vanilla_emnist_test_loader = arguments['vanilla_emnist_test_loader'] self.targetted_task_test_loader = arguments['targetted_task_test_loader'] self.batch_size = arguments['batch_size'] self.test_batch_size = arguments['test_batch_size'] self.log_interval = arguments['log_interval'] self.device = arguments['device'] self.num_dps_poisoned_dataset = arguments['num_dps_poisoned_dataset'] self.defense_technique = arguments["defense_technique"] self.norm_bound = arguments["norm_bound"] self.attack_method = arguments["attack_method"] self.dataset = arguments["dataset"] self.model = arguments["model"] self.criterion = nn.CrossEntropyLoss() self.eps = arguments['eps'] self.poison_type = arguments['poison_type'] self.model_replacement = arguments['model_replacement'] self.project_frequency = arguments['project_frequency'] self.adv_lr = arguments['adv_lr'] self.prox_attack = arguments['prox_attack'] self.attack_case = arguments['attack_case'] self.stddev = arguments['stddev'] self.attacker_pool_size = arguments['attacker_pool_size'] logger.info("Posion type! {}".format(self.poison_type)) if self.poison_type == 'ardis': self.ardis_dataset = datasets.get_ardis_dataset() # exclude first 66 points because they are part of the adversary if self.attack_case == 'normal-case': self.ardis_dataset.data = self.ardis_dataset.data[66:] elif self.attack_case == 'almost-edge-case': self.ardis_dataset.data = self.ardis_dataset.data[66:132] elif self.poison_type == 'southwest': self.ardis_dataset = datasets.get_southwest_dataset(attack_case=self.attack_case) else: self.ardis_dataset=None if self.attack_method == "pgd": self.pgd_attack = True else: self.pgd_attack = False if arguments["defense_technique"] == "no-defense": self._defender = None elif arguments["defense_technique"] == "norm-clipping" or arguments["defense_technique"] == "norm-clipping-adaptive": self._defender = WeightDiffClippingDefense(norm_bound=arguments['norm_bound']) elif arguments["defense_technique"] == "weak-dp": # doesn't really add noise. just clips # XXX: check the algorithm for weak dp. self._defender = WeakDPDefense(norm_bound=arguments['norm_bound']) elif arguments["defense_technique"] == "krum": self._defender = Krum(mode='krum', num_workers=self.part_nets_per_round, num_adv=1) elif arguments["defense_technique"] == "multi-krum": self._defender = Krum(mode='multi-krum', num_workers=self.part_nets_per_round, num_adv=1) elif arguments["defense_technique"] == "rfa": self._defender = RFA() else: NotImplementedError("Unsupported defense method !") ''' steps: server: picks a defence method e.g. norm clipping with value from a distribution. clients: if client is honest: does normal training else: does adversarial training server: collect weight updates from all the nodes. apply defense technique. ''' def run_modified(self): # init the variables main_task_acc = [] raw_task_acc = [] backdoor_task_acc = [] fl_iter_list = [] adv_norm_diff_list = [] wg_norm_list = [] model_to_begin = None # iterate over all rounds for flr in range(1, self.fl_round+1): # 1. where is the model sent by the server? # 2. sample the clients g_user_indices = [] selected_node_indices = np.random.choice(self.num_nets, size=self.part_nets_per_round-1, replace=False) num_data_points = [len(self.net_dataidx_map[i]) for i in selected_node_indices] # No of data points at each client. total_num_dps_per_round = sum(num_data_points) + self.num_dps_poisoned_dataset # XXX logger.info("FL round: {}, total num data points: {}, num dps poisoned: {}".format(flr, num_data_points, self.num_dps_poisoned_dataset)) net_freq = [self.num_dps_poisoned_dataset/ total_num_dps_per_round] + [num_data_points[i]/total_num_dps_per_round for i in range(self.part_nets_per_round-1)] logger.info("Net freq: {}, FL round: {} with adversary".format(net_freq, flr)) # we need to reconstruct the net list at the beginning net_list = [copy.deepcopy(self.net_avg) for _ in range(self.part_nets_per_round)] logger.info("################## Starting fl round: {}".format(flr)) model_original = list(self.net_avg.parameters()) wg_server_clone = copy.deepcopy(self.net_avg) wg_hat = None v0 = torch.nn.utils.parameters_to_vector(model_original) wg_norm_list.append(torch.norm(v0).item()) # start the FL process # step 1: do the training. for net_idx, net in enumerate(net_list): is_adversarial = net_idx == 0 if is_adversarial: global_user_idx = -1 # we assign "-1" as the indices of the attacker in global user indices logger.info("@@@@@@@@ Working on client: {}, which is Attacker".format(net_idx)) else: global_user_idx = selected_node_indices[net_idx-1] dataidxs = self.net_dataidx_map[global_user_idx] if self.attack_case == "edge-case": train_dl_local, _ = get_dataloader(self.dataset, './data', self.batch_size, self.test_batch_size, dataidxs) # also get the data loader else: NotImplementedError("Unsupported attack case ...") logger.info("@@@@@@@@ Working on client: {}, which is Global user: {}".format(net_idx, global_user_idx)) g_user_indices.append(global_user_idx) criterion = nn.CrossEntropyLoss() optimizer = optim.SGD(net.parameters(), lr=self.args_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) # epoch, net, train_loader, optimizer, criterion adv_optimizer = optim.SGD(net.parameters(), lr=self.adv_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) # looks like adversary needs same lr to hide with others prox_optimizer = optim.SGD(wg_server_clone.parameters(), lr=self.args_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) for param_group in optimizer.param_groups: logger.info("Effective lr in FL round: {} is {}".format(flr, param_group['lr'])) if is_adversarial: for e in range(1, self.adversarial_local_training_period+1): train(net, self.device, self.poisoned_emnist_train_loader, optimizer, e, log_interval=self.log_interval, criterion=self.criterion, pgd_attack=self.pgd_attack, eps=self.eps, model_original=model_original, project_frequency=self.project_frequency, adv_optimizer=adv_optimizer, prox_attack=self.prox_attack, wg_hat=wg_hat) # XXX: This return value of these test calls is not getting utilised. # final_acc_1, task_acc_1 = test(net, # self.device, # self.vanilla_emnist_test_loader, # test_batch_size=self.test_batch_size, # criterion=self.criterion, # mode="raw-task", # dataset=self.dataset, # poison_type=self.poison_type) # # final_acc_2, task_acc_2 = test(net, # self.device, # self.targetted_task_test_loader, # test_batch_size=self.test_batch_size, # criterion=self.criterion, # mode="targetted-task", # dataset=self.dataset, # poison_type=self.poison_type) # at here we can check the distance between w_bad and w_g i.e. `\|w_bad - w_g\|_2` # we can print the norm diff out for debugging adv_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg) adv_norm_diff_list.append(adv_norm_diff) else: for e in range(1, self.local_training_period+1): train(net, self.device, train_dl_local, optimizer, e, log_interval=self.log_interval, criterion=self.criterion) honest_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg) # step 2: aggregation at the server. # step 2: server applies the defense.: norm-clipping does not reject any input. It needs to change for the new approach. if self.defense_technique == "no-defense": pass elif self.defense_technique == "norm-clipping": for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg) elif self.defense_technique == "weak-dp": # this guy is just going to clip norm. No noise added here XXX: Questionable code. for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg,) elif self.defense_technique == "krum": net_list, net_freq = self._defender.exec(client_models=net_list, num_dps=[self.num_dps_poisoned_dataset]+num_data_points, g_user_indices=g_user_indices, device=self.device) elif self.defense_technique == "multi-krum": net_list, net_freq = self._defender.exec(client_models=net_list, num_dps=[self.num_dps_poisoned_dataset]+num_data_points, g_user_indices=g_user_indices, device=self.device) elif self.defense_technique == "rfa": net_list, net_freq = self._defender.exec(client_models=net_list, net_freq=net_freq, maxiter=500, eps=1e-5, ftol=1e-7, device=self.device) else: NotImplementedError("Unsupported defense method !") # step 3: aggregate the contributions from each client node. # after local training periods self.net_avg = fed_avg_aggregator(net_list, net_freq, device=self.device, model=self.model) if self.defense_technique == "weak-dp": # add noise to self.net_avg # XXX: I think noise is to be added in clients directly. noise_adder = AddNoise(stddev=self.stddev) noise_adder.exec(client_model=self.net_avg, device=self.device) v = torch.nn.utils.parameters_to_vector(self.net_avg.parameters()) logger.info("############ Averaged Model : Norm {}".format(torch.norm(v))) logger.info("Measuring the accuracy of the averaged global model, FL round: {} ...".format(flr)) overall_acc, raw_acc = test(self.net_avg, self.device, self.vanilla_emnist_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="raw-task", dataset=self.dataset, poison_type=self.poison_type) backdoor_acc, _ = test(self.net_avg, self.device, self.targetted_task_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="targetted-task", dataset=self.dataset, poison_type=self.poison_type) fl_iter_list.append(flr) main_task_acc.append(overall_acc) raw_task_acc.append(raw_acc) backdoor_task_acc.append(backdoor_acc) df = pd.DataFrame({'fl_iter': fl_iter_list, 'main_task_acc': main_task_acc, 'backdoor_acc': backdoor_task_acc, 'raw_task_acc':raw_task_acc, 'adv_norm_diff': adv_norm_diff_list, 'wg_norm': wg_norm_list }) if self.poison_type == 'ardis': # add a row showing initial accuracies df1 = pd.DataFrame({'fl_iter': [0], 'main_task_acc': [88], 'backdoor_acc': [11], 'raw_task_acc': [0], 'adv_norm_diff': [0], 'wg_norm': [0]}) df = pd.concat([df1, df]) results_filename = get_results_filename(self.poison_type, self.attack_method, self.model_replacement, self.project_frequency, self.defense_technique, self.norm_bound, self.prox_attack, self.attacker_pool_size, False, self.model) df.to_csv(results_filename, index=False) logger.info("Wrote accuracy results to: {}".format(results_filename)) ''' Perform training steps: 1. ''' def run(self): main_task_acc = [] raw_task_acc = [] backdoor_task_acc = [] fl_iter_list = [] adv_norm_diff_list = [] wg_norm_list = [] # let's conduct multi-round training for flr in range(1, self.fl_round+1): logger.info("##### attack fl rounds: {}".format(self.attacking_fl_rounds)) g_user_indices = [] if self.defense_technique == "norm-clipping-adaptive": # experimental norm_diff_collector = [] if flr in self.attacking_fl_rounds: # randomly select participating clients # in this current version, we sample `part_nets_per_round-1` per FL round since we assume attacker will always participates selected_node_indices = np.random.choice(self.num_nets, size=self.part_nets_per_round-1, replace=False) num_data_points = [len(self.net_dataidx_map[i]) for i in selected_node_indices] total_num_dps_per_round = sum(num_data_points) + self.num_dps_poisoned_dataset logger.info("FL round: {}, total num data points: {}, num dps poisoned: {}".format(flr, num_data_points, self.num_dps_poisoned_dataset)) net_freq = [self.num_dps_poisoned_dataset/ total_num_dps_per_round] + [num_data_points[i]/total_num_dps_per_round for i in range(self.part_nets_per_round-1)] logger.info("Net freq: {}, FL round: {} with adversary".format(net_freq, flr)) # we need to reconstruct the net list at the beginning net_list = [copy.deepcopy(self.net_avg) for _ in range(self.part_nets_per_round)] logger.info("################## Starting fl round: {}".format(flr)) model_original = list(self.net_avg.parameters()) # super hacky but I'm doing this for the prox-attack wg_clone = copy.deepcopy(self.net_avg) wg_hat = None v0 = torch.nn.utils.parameters_to_vector(model_original) wg_norm_list.append(torch.norm(v0).item()) # start the FL process for net_idx, net in enumerate(net_list): #net = net_list[net_idx] if net_idx == 0: global_user_idx = -1 # we assign "-1" as the indices of the attacker in global user indices pass else: global_user_idx = selected_node_indices[net_idx-1] dataidxs = self.net_dataidx_map[global_user_idx] if self.attack_case == "edge-case": train_dl_local, _ = get_dataloader(self.dataset, './data', self.batch_size, self.test_batch_size, dataidxs) # also get the data loader elif self.attack_case in ("normal-case", "almost-edge-case"): train_dl_local, _ = get_dataloader_normal_case(self.dataset, './data', self.batch_size, self.test_batch_size, dataidxs, user_id=global_user_idx, num_total_users=self.num_nets, poison_type=self.poison_type, ardis_dataset=self.ardis_dataset, attack_case=self.attack_case) # also get the data loader else: NotImplementedError("Unsupported attack case ...") g_user_indices.append(global_user_idx) if net_idx == 0: logger.info("@@@@@@@@ Working on client: {}, which is Attacker".format(net_idx)) else: logger.info("@@@@@@@@ Working on client: {}, which is Global user: {}".format(net_idx, global_user_idx)) criterion = nn.CrossEntropyLoss() optimizer = optim.SGD(net.parameters(), lr=self.args_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) # epoch, net, train_loader, optimizer, criterion adv_optimizer = optim.SGD(net.parameters(), lr=self.adv_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) # looks like adversary needs same lr to hide with others prox_optimizer = optim.SGD(wg_clone.parameters(), lr=self.args_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) for param_group in optimizer.param_groups: logger.info("Effective lr in FL round: {} is {}".format(flr, param_group['lr'])) if net_idx == 0: if self.prox_attack: # estimate w_hat for inner_epoch in range(1, self.local_training_period+1): estimate_wg(wg_clone, self.device, self.clean_train_loader, prox_optimizer, inner_epoch, log_interval=self.log_interval, criterion=self.criterion) wg_hat = wg_clone for e in range(1, self.adversarial_local_training_period+1): # we always assume net index 0 is adversary if self.defense_technique in ('krum', 'multi-krum'): train(net, self.device, self.poisoned_emnist_train_loader, optimizer, e, log_interval=self.log_interval, criterion=self.criterion, pgd_attack=self.pgd_attack, eps=self.eps*self.args_gamma**(flr-1), model_original=model_original, project_frequency=self.project_frequency, adv_optimizer=adv_optimizer, prox_attack=self.prox_attack, wg_hat=wg_hat) else: train(net, self.device, self.poisoned_emnist_train_loader, optimizer, e, log_interval=self.log_interval, criterion=self.criterion, pgd_attack=self.pgd_attack, eps=self.eps, model_original=model_original, project_frequency=self.project_frequency, adv_optimizer=adv_optimizer, prox_attack=self.prox_attack, wg_hat=wg_hat) test(net, self.device, self.vanilla_emnist_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="raw-task", dataset=self.dataset, poison_type=self.poison_type) test(net, self.device, self.targetted_task_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="targetted-task", dataset=self.dataset, poison_type=self.poison_type) # if model_replacement scale models if self.model_replacement: v = torch.nn.utils.parameters_to_vector(net.parameters()) logger.info("Attacker before scaling : Norm = {}".format(torch.norm(v))) # adv_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg, epoch=e, fl_round=flr, mode="bad") # logger.info("||w_bad - w_avg|| before scaling = {}".format(adv_norm_diff)) for idx, param in enumerate(net.parameters()): param.data = (param.data - model_original[idx])*(total_num_dps_per_round/self.num_dps_poisoned_dataset) + model_original[idx] v = torch.nn.utils.parameters_to_vector(net.parameters()) logger.info("Attacker after scaling : Norm = {}".format(torch.norm(v))) # at here we can check the distance between w_bad and w_g i.e. `\|w_bad - w_g\|_2` # we can print the norm diff out for debugging adv_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg) adv_norm_diff_list.append(adv_norm_diff) if self.defense_technique == "norm-clipping-adaptive": # experimental norm_diff_collector.append(adv_norm_diff) else: for e in range(1, self.local_training_period+1): train(net, self.device, train_dl_local, optimizer, e, log_interval=self.log_interval, criterion=self.criterion) # at here we can check the distance between w_normal and w_g i.e. `\|w_bad - w_g\|_2` # we can print the norm diff out for debugging honest_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg) if self.defense_technique == "norm-clipping-adaptive": # experimental norm_diff_collector.append(honest_norm_diff) else: selected_node_indices = np.random.choice(self.num_nets, size=self.part_nets_per_round, replace=False) num_data_points = [len(self.net_dataidx_map[i]) for i in selected_node_indices] total_num_dps_per_round = sum(num_data_points) net_freq = [num_data_points[i]/total_num_dps_per_round for i in range(self.part_nets_per_round)] logger.info("Net freq: {}, FL round: {} without adversary".format(net_freq, flr)) # we need to reconstruct the net list at the beginning net_list = [copy.deepcopy(self.net_avg) for _ in range(self.part_nets_per_round)] logger.info("################## Starting fl round: {}".format(flr)) # start the FL process for net_idx, net in enumerate(net_list): global_user_idx = selected_node_indices[net_idx] dataidxs = self.net_dataidx_map[global_user_idx] if self.attack_case == "edge-case": train_dl_local, _ = get_dataloader(self.dataset, './data', self.batch_size, self.test_batch_size, dataidxs) # also get the data loader elif self.attack_case in ("normal-case", "almost-edge-case"): train_dl_local, _ = get_dataloader_normal_case(self.dataset, './data', self.batch_size, self.test_batch_size, dataidxs, user_id=global_user_idx, num_total_users=self.num_nets, poison_type=self.poison_type, ardis_dataset=self.ardis_dataset, attack_case=self.attack_case) # also get the data loader else: NotImplementedError("Unsupported attack case ...") g_user_indices.append(global_user_idx) logger.info("@@@@@@@@ Working on client: {}, which is Global user: {}".format(net_idx, global_user_idx)) criterion = nn.CrossEntropyLoss() optimizer = optim.SGD(net.parameters(), lr=self.args_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) # epoch, net, train_loader, optimizer, criterion for param_group in optimizer.param_groups: logger.info("Effective lr in FL round: {} is {}".format(flr, param_group['lr'])) for e in range(1, self.local_training_period+1): train(net, self.device, train_dl_local, optimizer, e, log_interval=self.log_interval, criterion=self.criterion) honest_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg) if self.defense_technique == "norm-clipping-adaptive": # experimental norm_diff_collector.append(honest_norm_diff) adv_norm_diff_list.append(0) model_original = list(self.net_avg.parameters()) v0 = torch.nn.utils.parameters_to_vector(model_original) wg_norm_list.append(torch.norm(v0).item()) ### conduct defense here: if self.defense_technique == "no-defense": pass elif self.defense_technique == "norm-clipping": for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg) elif self.defense_technique == "norm-clipping-adaptive": # we will need to adapt the norm diff first before the norm diff clipping logger.info("#### Let's Look at the Nom Diff Collector : {} ....; Mean: {}".format(norm_diff_collector, np.mean(norm_diff_collector))) self._defender.norm_bound = np.mean(norm_diff_collector) for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg) elif self.defense_technique == "weak-dp": # this guy is just going to clip norm. No noise added here for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg,) elif self.defense_technique == "krum": net_list, net_freq = self._defender.exec(client_models=net_list, num_dps=[self.num_dps_poisoned_dataset]+num_data_points, g_user_indices=g_user_indices, device=self.device) elif self.defense_technique == "multi-krum": net_list, net_freq = self._defender.exec(client_models=net_list, num_dps=[self.num_dps_poisoned_dataset]+num_data_points, g_user_indices=g_user_indices, device=self.device) elif self.defense_technique == "rfa": net_list, net_freq = self._defender.exec(client_models=net_list, net_freq=net_freq, maxiter=500, eps=1e-5, ftol=1e-7, device=self.device) else: NotImplementedError("Unsupported defense method !") # after local training periods self.net_avg = fed_avg_aggregator(net_list, net_freq, device=self.device, model=self.model) if self.defense_technique == "weak-dp": # add noise to self.net_avg noise_adder = AddNoise(stddev=self.stddev) noise_adder.exec(client_model=self.net_avg, device=self.device) v = torch.nn.utils.parameters_to_vector(self.net_avg.parameters()) logger.info("############ Averaged Model : Norm {}".format(torch.norm(v))) calc_norm_diff(gs_model=self.net_avg, vanilla_model=self.vanilla_model) logger.info("Measuring the accuracy of the averaged global model, FL round: {} ...".format(flr)) overall_acc, raw_acc = test(self.net_avg, self.device, self.vanilla_emnist_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="raw-task", dataset=self.dataset, poison_type=self.poison_type) backdoor_acc, _ = test(self.net_avg, self.device, self.targetted_task_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="targetted-task", dataset=self.dataset, poison_type=self.poison_type) fl_iter_list.append(flr) main_task_acc.append(overall_acc) raw_task_acc.append(raw_acc) backdoor_task_acc.append(backdoor_acc) df = pd.DataFrame({'fl_iter': fl_iter_list, 'main_task_acc': main_task_acc, 'backdoor_acc': backdoor_task_acc, 'raw_task_acc':raw_task_acc, 'adv_norm_diff': adv_norm_diff_list, 'wg_norm': wg_norm_list }) if self.poison_type == 'ardis': # add a row showing initial accuracies df1 = pd.DataFrame({'fl_iter': [0], 'main_task_acc': [88], 'backdoor_acc': [11], 'raw_task_acc': [0], 'adv_norm_diff': [0], 'wg_norm': [0]}) df = pd.concat([df1, df]) results_filename = get_results_filename(self.poison_type, self.attack_method, self.model_replacement, self.project_frequency, self.defense_technique, self.norm_bound, self.prox_attack, self.attacker_pool_size, False, self.model) df.to_csv(results_filename, index=False) logger.info("Wrote accuracy results to: {}".format(results_filename)) # save model net_avg # torch.save(self.net_avg.state_dict(), "./checkpoint/emnist_lenet_10epoch.pt") ''' Main Class for FL: Fixed Pool Federated Learning ''' class FixedPoolFederatedLearningTrainer(FederatedLearningTrainer): def __init__(self, arguments=None, *args, **kwargs): #self.poisoned_emnist_dataset = arguments['poisoned_emnist_dataset'] self.vanilla_model = arguments['vanilla_model'] self.net_avg = arguments['net_avg'] self.net_dataidx_map = arguments['net_dataidx_map'] self.num_nets = arguments['num_nets'] self.part_nets_per_round = arguments['part_nets_per_round'] self.fl_round = arguments['fl_round'] self.local_training_period = arguments['local_training_period'] self.adversarial_local_training_period = arguments['adversarial_local_training_period'] self.args_lr = arguments['args_lr'] self.args_gamma = arguments['args_gamma'] self.attacker_pool_size = arguments['attacker_pool_size'] self.poisoned_emnist_train_loader = arguments['poisoned_emnist_train_loader'] self.clean_train_loader = arguments['clean_train_loader'] self.vanilla_emnist_test_loader = arguments['vanilla_emnist_test_loader'] self.targetted_task_test_loader = arguments['targetted_task_test_loader'] self.batch_size = arguments['batch_size'] self.test_batch_size = arguments['test_batch_size'] self.log_interval = arguments['log_interval'] self.device = arguments['device'] self.dataset = arguments["dataset"] self.model = arguments["model"] self.num_dps_poisoned_dataset = arguments['num_dps_poisoned_dataset'] self.defense_technique = arguments["defense_technique"] self.norm_bound = arguments["norm_bound"] self.attack_method = arguments["attack_method"] self.criterion = nn.CrossEntropyLoss() self.eps = arguments['eps'] self.dataset = arguments["dataset"] self.poison_type = arguments['poison_type'] self.model_replacement = arguments['model_replacement'] self.project_frequency = arguments['project_frequency'] self.adv_lr = arguments['adv_lr'] self.prox_attack = arguments['prox_attack'] self.attack_case = arguments['attack_case'] self.stddev = arguments['stddev'] logger.info("Posion type! {}".format(self.poison_type)) if self.attack_method == "pgd": self.pgd_attack = True else: self.pgd_attack = False if self.poison_type == 'ardis': self.ardis_dataset = datasets.get_ardis_dataset() # exclude first 66 points because they are part of the adversary if self.attack_case == 'normal-case': self.ardis_dataset.data = self.ardis_dataset.data[66:] elif self.attack_case == 'almost-edge-case': self.ardis_dataset.data = self.ardis_dataset.data[66:132] elif self.poison_type == 'southwest': self.ardis_dataset = datasets.get_southwest_dataset(attack_case=self.attack_case) else: self.ardis_dataset=None if arguments["defense_technique"] == "no-defense": self._defender = None elif arguments["defense_technique"] == "norm-clipping" or arguments["defense_technique"] == "norm-clipping-adaptive": self._defender = WeightDiffClippingDefense(norm_bound=arguments['norm_bound']) elif arguments["defense_technique"] == "weak-dp": # doesn't really add noise. just clips self._defender = WeightDiffClippingDefense(norm_bound=arguments['norm_bound']) elif arguments["defense_technique"] == "krum": self._defender = Krum(mode='krum', num_workers=self.part_nets_per_round, num_adv=1) elif arguments["defense_technique"] == "multi-krum": self._defender = Krum(mode='multi-krum', num_workers=self.part_nets_per_round, num_adv=1) elif arguments["defense_technique"] == "rfa": self._defender = RFA() else: NotImplementedError("Unsupported defense method !") self.__attacker_pool = np.random.choice(self.num_nets, self.attacker_pool_size, replace=False) def run(self): main_task_acc = [] raw_task_acc = [] backdoor_task_acc = [] fl_iter_list = [] adv_norm_diff_list = [] wg_norm_list = [] # let's conduct multi-round training for flr in range(1, self.fl_round+1): # randomly select participating clients # in this current version, we sample `part_nets_per_round` per FL round since we assume attacker will always participates g_user_indices = [] selected_node_indices = np.random.choice(self.num_nets, size=self.part_nets_per_round, replace=False) selected_attackers = [idx for idx in selected_node_indices if idx in self.__attacker_pool] selected_honest_users = [idx for idx in selected_node_indices if idx not in self.__attacker_pool] logger.info("Selected Attackers in FL iteration-{}: {}".format(flr, selected_attackers)) num_data_points = [] for sni in selected_node_indices: if sni in selected_attackers: num_data_points.append(self.num_dps_poisoned_dataset) else: num_data_points.append(len(self.net_dataidx_map[sni])) total_num_dps_per_round = sum(num_data_points) net_freq = [num_data_points[i]/total_num_dps_per_round for i in range(self.part_nets_per_round)] logger.info("Net freq: {}, FL round: {} with adversary".format(net_freq, flr)) # we need to reconstruct the net list at the beginning net_list = [copy.deepcopy(self.net_avg) for _ in range(self.part_nets_per_round)] logger.info("################## Starting fl round: {}".format(flr)) model_original = list(self.net_avg.parameters()) # super hacky but I'm doing this for the prox-attack wg_clone = copy.deepcopy(self.net_avg) wg_hat = None v0 = torch.nn.utils.parameters_to_vector(model_original) wg_norm_list.append(torch.norm(v0).item()) # # start the FL process for net_idx, global_user_idx in enumerate(selected_node_indices): net = net_list[net_idx] if global_user_idx in selected_attackers: pass else: dataidxs = self.net_dataidx_map[global_user_idx] #train_dl_local, _ = get_dataloader(self.dataset, './data', self.batch_size, # self.test_batch_size, dataidxs) # also get the data loader # add p-percent edge-case attack here: if self.attack_case == "edge-case": train_dl_local, _ = get_dataloader(self.dataset, './data', self.batch_size, self.test_batch_size, dataidxs) # also get the data loader elif self.attack_case in ("normal-case", "almost-edge-case"): train_dl_local, _ = get_dataloader_normal_case(self.dataset, './data', self.batch_size, self.test_batch_size, dataidxs, user_id=global_user_idx, num_total_users=self.num_nets, poison_type=self.poison_type, ardis_dataset=self.ardis_dataset, attack_case=self.attack_case) # also get the data loader else: NotImplementedError("Unsupported attack case ...") g_user_indices.append(global_user_idx) logger.info("@@@@@@@@ Working on client (global-index): {}, which {}-th user in the current round".format(global_user_idx, net_idx)) criterion = nn.CrossEntropyLoss() optimizer = optim.SGD(net.parameters(), lr=self.args_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) # epoch, net, train_loader, optimizer, criterion adv_optimizer = optim.SGD(net.parameters(), lr=self.adv_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) # looks like adversary needs same lr to hide with others prox_optimizer = optim.SGD(wg_clone.parameters(), lr=self.args_lr*self.args_gamma**(flr-1), momentum=0.9, weight_decay=1e-4) for param_group in optimizer.param_groups: logger.info("Effective lr in FL round: {} is {}".format(flr, param_group['lr'])) current_adv_norm_diff_list = [] if global_user_idx in selected_attackers: if self.prox_attack: # estimate w_hat for inner_epoch in range(1, self.local_training_period+1): estimate_wg(wg_clone, self.device, self.clean_train_loader, prox_optimizer, inner_epoch, log_interval=self.log_interval, criterion=self.criterion) wg_hat = wg_clone for e in range(1, self.adversarial_local_training_period+1): # we always assume net index 0 is adversary if self.defense_technique in ('krum', 'multi-krum'): train(net, self.device, self.poisoned_emnist_train_loader, optimizer, e, log_interval=self.log_interval, criterion=self.criterion, pgd_attack=self.pgd_attack, eps=self.eps*self.args_gamma**(flr-1), model_original=model_original, project_frequency=self.project_frequency, adv_optimizer=adv_optimizer, prox_attack=self.prox_attack, wg_hat=wg_hat) else: train(net, self.device, self.poisoned_emnist_train_loader, optimizer, e, log_interval=self.log_interval, criterion=self.criterion, pgd_attack=self.pgd_attack, eps=self.eps, model_original=model_original, project_frequency=self.project_frequency, adv_optimizer=adv_optimizer, prox_attack=self.prox_attack, wg_hat=wg_hat) test(net, self.device, self.vanilla_emnist_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="raw-task", dataset=self.dataset, poison_type=self.poison_type) test(net, self.device, self.targetted_task_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="targetted-task", dataset=self.dataset, poison_type=self.poison_type) # if model_replacement scale models if self.model_replacement: v = torch.nn.utils.parameters_to_vector(net.parameters()) logger.info("Attacker before scaling : Norm = {}".format(torch.norm(v))) # adv_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg, epoch=e, fl_round=flr, mode="bad") # logger.info("||w_bad - w_avg|| before scaling = {}".format(adv_norm_diff)) for idx, param in enumerate(net.parameters()): param.data = (param.data - model_original[idx])*(total_num_dps_per_round/self.num_dps_poisoned_dataset) + model_original[idx] v = torch.nn.utils.parameters_to_vector(net.parameters()) logger.info("Attacker after scaling : Norm = {}".format(torch.norm(v))) adv_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg, epoch=e, fl_round=flr, mode="bad") current_adv_norm_diff_list.append(adv_norm_diff) if self.defense_technique == "norm-clipping-adaptive": # experimental norm_diff_collector.append(adv_norm_diff) else: for e in range(1, self.local_training_period+1): train(net, self.device, train_dl_local, optimizer, e, log_interval=self.log_interval, criterion=self.criterion) # at here we can check the distance between w_normal and w_g i.e. `\|w_bad - w_g\|_2` # we can print the norm diff out for debugging honest_norm_diff = calc_norm_diff(gs_model=net, vanilla_model=self.net_avg, epoch=e, fl_round=flr, mode="normal") if self.defense_technique == "norm-clipping-adaptive": # experimental norm_diff_collector.append(honest_norm_diff) ### conduct defense here: if self.defense_technique == "no-defense": pass elif self.defense_technique == "norm-clipping": for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg) elif self.defense_technique == "norm-clipping-adaptive": # we will need to adapt the norm diff first before the norm diff clipping logger.info("#### Let's Look at the Nom Diff Collector : {} ....; Mean: {}".format(norm_diff_collector, np.mean(norm_diff_collector))) self._defender.norm_bound = np.mean(norm_diff_collector) for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg) elif self.defense_technique == "weak-dp": # this guy is just going to clip norm. No noise added here for net_idx, net in enumerate(net_list): self._defender.exec(client_model=net, global_model=self.net_avg,) elif self.defense_technique == "krum": net_list, net_freq = self._defender.exec(client_models=net_list, num_dps=[self.num_dps_poisoned_dataset]+num_data_points, g_user_indices=g_user_indices, device=self.device) elif self.defense_technique == "multi-krum": net_list, net_freq = self._defender.exec(client_models=net_list, num_dps=[self.num_dps_poisoned_dataset]+num_data_points, g_user_indices=g_user_indices, device=self.device) elif self.defense_technique == "rfa": net_list, net_freq = self._defender.exec(client_models=net_list, net_freq=net_freq, maxiter=500, eps=1e-5, ftol=1e-7, device=self.device) else: NotImplementedError("Unsupported defense method !") # after local training periods self.net_avg = fed_avg_aggregator(net_list, net_freq, device=self.device, model=self.model) if self.defense_technique == "weak-dp": # add noise to self.net_avg noise_adder = AddNoise(stddev=self.stddev) noise_adder.exec(client_model=self.net_avg, device=self.device) calc_norm_diff(gs_model=self.net_avg, vanilla_model=self.net_avg, epoch=0, fl_round=flr, mode="avg") logger.info("Measuring the accuracy of the averaged global model, FL round: {} ...".format(flr)) overall_acc, raw_acc = test(self.net_avg, self.device, self.vanilla_emnist_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="raw-task", dataset=self.dataset, poison_type=self.poison_type) backdoor_acc, _ = test(self.net_avg, self.device, self.targetted_task_test_loader, test_batch_size=self.test_batch_size, criterion=self.criterion, mode="targetted-task", dataset=self.dataset, poison_type=self.poison_type) fl_iter_list.append(flr) main_task_acc.append(overall_acc) raw_task_acc.append(raw_acc) backdoor_task_acc.append(backdoor_acc) if len(current_adv_norm_diff_list) == 0: adv_norm_diff_list.append(0) else: # if you have multiple adversaries in a round, average their norm diff adv_norm_diff_list.append(1.0*sum(current_adv_norm_diff_list)/len(current_adv_norm_diff_list)) df = pd.DataFrame({'fl_iter': fl_iter_list, 'main_task_acc': main_task_acc, 'backdoor_acc': backdoor_task_acc, 'raw_task_acc':raw_task_acc, 'adv_norm_diff': adv_norm_diff_list, 'wg_norm': wg_norm_list }) if self.poison_type == 'ardis': # add a row showing initial accuracies df1 = pd.DataFrame({'fl_iter': [0], 'main_task_acc': [88], 'backdoor_acc': [11], 'raw_task_acc': [0], 'adv_norm_diff': [0], 'wg_norm': [0]}) df = pd.concat([df1, df]) results_filename = get_results_filename(self.poison_type, self.attack_method, self.model_replacement, self.project_frequency, self.defense_technique, self.norm_bound, self.prox_attack, self.attacker_pool_size, fixed_pool=True, model_arch=self.model) df.to_csv(results_filename, index=False) logger.info("Wrote accuracy results to: {}".format(results_filename)) return df.to_json()

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e56e9e246fb079191a1e622e68e9feb2ab0389ae

44,113

py

Python

pocketsmith/api/attachments_api.py

brett-comber/python-pocketsmith-api

a9c7f25abf65e4e022535431dc1d34d6a1bd97e8

[ "MIT" ]

null

pocketsmith/api/attachments_api.py

brett-comber/python-pocketsmith-api

a9c7f25abf65e4e022535431dc1d34d6a1bd97e8

[ "MIT" ]

null

pocketsmith/api/attachments_api.py

brett-comber/python-pocketsmith-api

a9c7f25abf65e4e022535431dc1d34d6a1bd97e8

[ "MIT" ]

null

# coding: utf-8 """ PocketSmith The public PocketSmith API # noqa: E501 The version of the OpenAPI document: 2.0 Contact: api@pocketsmith.com Generated by: https://openapi-generator.tech """ from __future__ import absolute_import import re # noqa: F401 # python 2 and python 3 compatibility library import six from pocketsmith.api_client import ApiClient from pocketsmith.exceptions import ( # noqa: F401 ApiTypeError, ApiValueError ) class AttachmentsApi(object): """NOTE: This class is auto generated by OpenAPI Generator Ref: https://openapi-generator.tech Do not edit the class manually. """ def __init__(self, api_client=None): if api_client is None: api_client = ApiClient() self.api_client = api_client def assign_transaction_attachment(self, id, **kwargs): # noqa: E501 """Assigns attachment to transaction # noqa: E501 Assigns an attachment to the transaction by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.assign_transaction_attachment(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the transaction. (required) :param InlineObject8 inline_object8: :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: Attachment If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.assign_transaction_attachment_with_http_info(id, **kwargs) # noqa: E501 def assign_transaction_attachment_with_http_info(self, id, **kwargs): # noqa: E501 """Assigns attachment to transaction # noqa: E501 Assigns an attachment to the transaction by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.assign_transaction_attachment_with_http_info(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the transaction. (required) :param InlineObject8 inline_object8: :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: tuple(Attachment, status_code(int), headers(HTTPHeaderDict)) If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'id', 'inline_object8' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method assign_transaction_attachment" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'id' is set if self.api_client.client_side_validation and ('id' not in local_var_params or # noqa: E501 local_var_params['id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `id` when calling `assign_transaction_attachment`") # noqa: E501 collection_formats = {} path_params = {} if 'id' in local_var_params: path_params['id'] = local_var_params['id'] # noqa: E501 query_params = [] header_params = {} form_params = [] local_var_files = {} body_params = None if 'inline_object8' in local_var_params: body_params = local_var_params['inline_object8'] # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.select_header_content_type( # noqa: E501 ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/transactions/{id}/attachments', 'POST', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type='Attachment', # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats) def create_attachment(self, id, **kwargs): # noqa: E501 """Create attachment in user # noqa: E501 Creates an attachment belonging to the user by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.create_attachment(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the user. (required) :param InlineObject11 inline_object11: :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: Attachment If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.create_attachment_with_http_info(id, **kwargs) # noqa: E501 def create_attachment_with_http_info(self, id, **kwargs): # noqa: E501 """Create attachment in user # noqa: E501 Creates an attachment belonging to the user by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.create_attachment_with_http_info(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the user. (required) :param InlineObject11 inline_object11: :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: tuple(Attachment, status_code(int), headers(HTTPHeaderDict)) If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'id', 'inline_object11' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method create_attachment" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'id' is set if self.api_client.client_side_validation and ('id' not in local_var_params or # noqa: E501 local_var_params['id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `id` when calling `create_attachment`") # noqa: E501 collection_formats = {} path_params = {} if 'id' in local_var_params: path_params['id'] = local_var_params['id'] # noqa: E501 query_params = [] header_params = {} form_params = [] local_var_files = {} body_params = None if 'inline_object11' in local_var_params: body_params = local_var_params['inline_object11'] # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.select_header_content_type( # noqa: E501 ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/users/{id}/attachments', 'POST', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type='Attachment', # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats) def delete_attachment(self, id, **kwargs): # noqa: E501 """Delete attachment # noqa: E501 Deletes a particular attachment by its ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.delete_attachment(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the attachment. (required) :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: None If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.delete_attachment_with_http_info(id, **kwargs) # noqa: E501 def delete_attachment_with_http_info(self, id, **kwargs): # noqa: E501 """Delete attachment # noqa: E501 Deletes a particular attachment by its ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.delete_attachment_with_http_info(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the attachment. (required) :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: None If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'id' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method delete_attachment" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'id' is set if self.api_client.client_side_validation and ('id' not in local_var_params or # noqa: E501 local_var_params['id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `id` when calling `delete_attachment`") # noqa: E501 collection_formats = {} path_params = {} if 'id' in local_var_params: path_params['id'] = local_var_params['id'] # noqa: E501 query_params = [] header_params = {} form_params = [] local_var_files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/attachments/{id}', 'DELETE', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type=None, # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats) def get_attachment(self, id, **kwargs): # noqa: E501 """Get attachment # noqa: E501 Gets a particular attachment by its ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.get_attachment(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the attachment. (required) :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: Attachment If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.get_attachment_with_http_info(id, **kwargs) # noqa: E501 def get_attachment_with_http_info(self, id, **kwargs): # noqa: E501 """Get attachment # noqa: E501 Gets a particular attachment by its ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.get_attachment_with_http_info(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the attachment. (required) :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: tuple(Attachment, status_code(int), headers(HTTPHeaderDict)) If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'id' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method get_attachment" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'id' is set if self.api_client.client_side_validation and ('id' not in local_var_params or # noqa: E501 local_var_params['id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `id` when calling `get_attachment`") # noqa: E501 collection_formats = {} path_params = {} if 'id' in local_var_params: path_params['id'] = local_var_params['id'] # noqa: E501 query_params = [] header_params = {} form_params = [] local_var_files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/attachments/{id}', 'GET', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type='Attachment', # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats) def list_attachments(self, id, **kwargs): # noqa: E501 """Lists attachments in user # noqa: E501 Lists attachments belonging to a user by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.list_attachments(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the user. (required) :param int unassigned: If set, returns unassigned attachments, that are available for assigning to a transaction. :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: list[Attachment] If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.list_attachments_with_http_info(id, **kwargs) # noqa: E501 def list_attachments_with_http_info(self, id, **kwargs): # noqa: E501 """Lists attachments in user # noqa: E501 Lists attachments belonging to a user by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.list_attachments_with_http_info(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the user. (required) :param int unassigned: If set, returns unassigned attachments, that are available for assigning to a transaction. :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: tuple(list[Attachment], status_code(int), headers(HTTPHeaderDict)) If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'id', 'unassigned' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method list_attachments" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'id' is set if self.api_client.client_side_validation and ('id' not in local_var_params or # noqa: E501 local_var_params['id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `id` when calling `list_attachments`") # noqa: E501 collection_formats = {} path_params = {} if 'id' in local_var_params: path_params['id'] = local_var_params['id'] # noqa: E501 query_params = [] if 'unassigned' in local_var_params and local_var_params['unassigned'] is not None: # noqa: E501 query_params.append(('unassigned', local_var_params['unassigned'])) # noqa: E501 header_params = {} form_params = [] local_var_files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/users/{id}/attachments', 'GET', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type='list[Attachment]', # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats) def list_transaction_attachments(self, id, **kwargs): # noqa: E501 """List attachments in transaction # noqa: E501 Lists attachments belonging to a transaction by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.list_transaction_attachments(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the transaction. (required) :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: list[Attachment] If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.list_transaction_attachments_with_http_info(id, **kwargs) # noqa: E501 def list_transaction_attachments_with_http_info(self, id, **kwargs): # noqa: E501 """List attachments in transaction # noqa: E501 Lists attachments belonging to a transaction by their ID. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.list_transaction_attachments_with_http_info(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the transaction. (required) :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: tuple(list[Attachment], status_code(int), headers(HTTPHeaderDict)) If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'id' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method list_transaction_attachments" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'id' is set if self.api_client.client_side_validation and ('id' not in local_var_params or # noqa: E501 local_var_params['id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `id` when calling `list_transaction_attachments`") # noqa: E501 collection_formats = {} path_params = {} if 'id' in local_var_params: path_params['id'] = local_var_params['id'] # noqa: E501 query_params = [] header_params = {} form_params = [] local_var_files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/transactions/{id}/attachments', 'GET', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type='list[Attachment]', # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats) def unassign_transaction_attachment(self, transaction_id, attachment_id, **kwargs): # noqa: E501 """Unassigns attachment in transaction # noqa: E501 Unassigns a particular attachment by its ID from the transaction ID. This does not delete the attachment, it only removes its association from the transaction. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.unassign_transaction_attachment(transaction_id, attachment_id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int transaction_id: The unique identifier of the transaction. (required) :param int attachment_id: The unique identifier of the attachment. (required) :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: None If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.unassign_transaction_attachment_with_http_info(transaction_id, attachment_id, **kwargs) # noqa: E501 def unassign_transaction_attachment_with_http_info(self, transaction_id, attachment_id, **kwargs): # noqa: E501 """Unassigns attachment in transaction # noqa: E501 Unassigns a particular attachment by its ID from the transaction ID. This does not delete the attachment, it only removes its association from the transaction. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.unassign_transaction_attachment_with_http_info(transaction_id, attachment_id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int transaction_id: The unique identifier of the transaction. (required) :param int attachment_id: The unique identifier of the attachment. (required) :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: None If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'transaction_id', 'attachment_id' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method unassign_transaction_attachment" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'transaction_id' is set if self.api_client.client_side_validation and ('transaction_id' not in local_var_params or # noqa: E501 local_var_params['transaction_id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `transaction_id` when calling `unassign_transaction_attachment`") # noqa: E501 # verify the required parameter 'attachment_id' is set if self.api_client.client_side_validation and ('attachment_id' not in local_var_params or # noqa: E501 local_var_params['attachment_id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `attachment_id` when calling `unassign_transaction_attachment`") # noqa: E501 collection_formats = {} path_params = {} if 'transaction_id' in local_var_params: path_params['transaction_id'] = local_var_params['transaction_id'] # noqa: E501 if 'attachment_id' in local_var_params: path_params['attachment_id'] = local_var_params['attachment_id'] # noqa: E501 query_params = [] header_params = {} form_params = [] local_var_files = {} body_params = None # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/transactions/{transaction_id}/attachments/{attachment_id}', 'DELETE', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type=None, # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats) def update_attachment(self, id, **kwargs): # noqa: E501 """Update attachment # noqa: E501 Updates the title of the attachment. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.update_attachment(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the attachment. (required) :param InlineObject1 inline_object1: :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: Attachment If the method is called asynchronously, returns the request thread. """ kwargs['_return_http_data_only'] = True return self.update_attachment_with_http_info(id, **kwargs) # noqa: E501 def update_attachment_with_http_info(self, id, **kwargs): # noqa: E501 """Update attachment # noqa: E501 Updates the title of the attachment. # noqa: E501 This method makes a synchronous HTTP request by default. To make an asynchronous HTTP request, please pass async_req=True >>> thread = api.update_attachment_with_http_info(id, async_req=True) >>> result = thread.get() :param async_req bool: execute request asynchronously :param int id: The unique identifier of the attachment. (required) :param InlineObject1 inline_object1: :param _return_http_data_only: response data without head status code and headers :param _preload_content: if False, the urllib3.HTTPResponse object will be returned without reading/decoding response data. Default is True. :param _request_timeout: timeout setting for this request. If one number provided, it will be total request timeout. It can also be a pair (tuple) of (connection, read) timeouts. :return: tuple(Attachment, status_code(int), headers(HTTPHeaderDict)) If the method is called asynchronously, returns the request thread. """ local_var_params = locals() all_params = [ 'id', 'inline_object1' ] all_params.extend( [ 'async_req', '_return_http_data_only', '_preload_content', '_request_timeout' ] ) for key, val in six.iteritems(local_var_params['kwargs']): if key not in all_params: raise ApiTypeError( "Got an unexpected keyword argument '%s'" " to method update_attachment" % key ) local_var_params[key] = val del local_var_params['kwargs'] # verify the required parameter 'id' is set if self.api_client.client_side_validation and ('id' not in local_var_params or # noqa: E501 local_var_params['id'] is None): # noqa: E501 raise ApiValueError("Missing the required parameter `id` when calling `update_attachment`") # noqa: E501 collection_formats = {} path_params = {} if 'id' in local_var_params: path_params['id'] = local_var_params['id'] # noqa: E501 query_params = [] header_params = {} form_params = [] local_var_files = {} body_params = None if 'inline_object1' in local_var_params: body_params = local_var_params['inline_object1'] # HTTP header `Accept` header_params['Accept'] = self.api_client.select_header_accept( ['application/json']) # noqa: E501 # HTTP header `Content-Type` header_params['Content-Type'] = self.api_client.select_header_content_type( # noqa: E501 ['application/json']) # noqa: E501 # Authentication setting auth_settings = ['developerKey'] # noqa: E501 return self.api_client.call_api( '/attachments/{id}', 'PUT', path_params, query_params, header_params, body=body_params, post_params=form_params, files=local_var_files, response_type='Attachment', # noqa: E501 auth_settings=auth_settings, async_req=local_var_params.get('async_req'), _return_http_data_only=local_var_params.get('_return_http_data_only'), # noqa: E501 _preload_content=local_var_params.get('_preload_content', True), _request_timeout=local_var_params.get('_request_timeout'), collection_formats=collection_formats)

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e587f54a34f87a022c2978ef0eeadfa010f2f5f1

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py

Python

supermap/models.py

mason5-tech/bi-map

cc95fe2e358fef73492e9a29673c146900144809

[ "MIT" ]

null

supermap/models.py

mason5-tech/bi-map

cc95fe2e358fef73492e9a29673c146900144809

[ "MIT" ]

null

supermap/models.py

mason5-tech/bi-map

cc95fe2e358fef73492e9a29673c146900144809

[ "MIT" ]

null

from django.db import models # Create your models here. class BusinessCircle(models.Model): BCname = models.CharField(max_length=50, unique=True) count_shops = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.BCname class ShiyeDaqu(models.Model): daqu_name = models.CharField(max_length=50, unique=True) count_shops = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.daqu_name class LianjiaDaqu(models.Model): daqu_name = models.CharField(max_length=50, unique=True) count_shops = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.daqu_name class Coordinate(models.Model): coordinateFkey = models.ForeignKey(BusinessCircle, on_delete=models.CASCADE, null=True, blank=True) coordinate_circle = models.CharField(max_length=50, null=True, blank=True) coordinate_x = models.FloatField(default=0, null=True, blank=True) coordinate_y = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.coordinate_circle class ShiyeDaqu_Coordinate(models.Model): coordinateFkey = models.ForeignKey(ShiyeDaqu, on_delete=models.CASCADE, null=True, blank=True) coordinate_shiyedaqu = models.CharField(max_length=50, null=True, blank=True) coordinate_x = models.FloatField(default=0, null=True, blank=True) coordinate_y = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.coordinate_shiyedaqu class LianjiaDaqu_Coordinate(models.Model): coordinateFkey = models.ForeignKey(LianjiaDaqu, on_delete=models.CASCADE, null=True, blank=True) coordinate_lianjiadaqu = models.CharField(max_length=50, null=True, blank=True) coordinate_x = models.FloatField(default=0, null=True, blank=True) coordinate_y = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.coordinate_lianjiadaqu class Shop(models.Model): shopFkey = models.ForeignKey(BusinessCircle, on_delete=models.CASCADE, null=True, blank=True) shop_code = models.CharField(max_length=20, null=True, blank=True) shop_name = models.CharField(max_length=20, null=True, blank=True) brand_type = models.CharField(max_length=10, null=True, blank=True) shiye_dabu = models.CharField(max_length=10, null=True, blank=True) shiye_daqu = models.CharField(max_length=10, null=True, blank=True) bk_dabu = models.CharField(max_length=10, null=True, blank=True) bk_daqu = models.CharField(max_length=10, null=True, blank=True) lianjia_dabu = models.CharField(max_length=10, null=True, blank=True) lianjia_daqu = models.CharField(max_length=10, null=True, blank=True) dabu = models.CharField(max_length=10, null=True, blank=True) daqu = models.CharField(max_length=10, null=True, blank=True) draw_bk_daqu = models.CharField(max_length=10, null=True, blank=True) draw_lianjia_daqu = models.CharField(max_length=10, null=True, blank=True) AECA_code = models.CharField(max_length=20, null=True, blank=True) AECA = models.CharField(max_length=10, null=True, blank=True) AECAzongjian_code = models.CharField(max_length=20, null=True, blank=True) AECAzongjian = models.CharField(max_length=10, null=True, blank=True) circle = models.CharField(max_length=10, null=True, blank=True) is_circle = models.CharField(max_length=10, null=True, blank=True) guishu_area = models.CharField(max_length=10, null=True, blank=True) jieyue_date = models.CharField(max_length=10, null=True, blank=True) coordinate_x = models.FloatField(default=0, null=True, blank=True) coordinate_y = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.shop_name class ResBlock(models.Model): blockFkey = models.ForeignKey(BusinessCircle, on_delete=models.CASCADE, null=True, blank=True) resblock_id = models.CharField(max_length=20, null=True, blank=True) resblock_name = models.CharField(max_length=50, null=True, blank=True) district_name = models.CharField(max_length=10, null=True, blank=True) bizcircle_name = models.CharField(max_length=10, null=True, blank=True) building_longitude = models.FloatField(default=0, null=True, blank=True) building_latitude = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.resblock_name class ResBlock_ST(models.Model): block_STFkey = models.ForeignKey(ResBlock, on_delete=models.CASCADE, null=True, blank=True) sign_date = models.DateField(auto_now=False, auto_now_add=False, null=True, blank=True) resblock_id = models.CharField(max_length=20, null=True, blank=True) resblock_name = models.CharField(max_length=50, null=True, blank=True) biz_type = models.CharField(max_length=10, null=True, blank=True) subbiz_type = models.CharField(max_length=20, null=True, blank=True) agreement_id = models.CharField(max_length=20, null=True, blank=True) gmv = models.FloatField(default=0, null=True, blank=True) def __str__(self): return self.agreement_id

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103

0.747535

723

5,173

5.156293

0.113416

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0.188305

0.246245

0.868026

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0.791309

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5,173

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104

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null

0

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null

0

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0

10

e59bb603e2265676f2ec18943cb101126d856a1a

4,417

py

Python

code/tests/functional/tests/test_verdict.py

CiscoSecurity/tr-05-serverless-abuseipdb

9fefcd6e60ce2870d5f214de1f77aa9d766475cd

[ "MIT" ]

1

2020-08-25T17:32:40.000Z

code/tests/functional/tests/test_verdict.py

CiscoSecurity/tr-05-serverless-abuseipdb

9fefcd6e60ce2870d5f214de1f77aa9d766475cd

[ "MIT" ]

1

2020-03-24T09:03:02.000Z

code/tests/functional/tests/test_verdict.py

CiscoSecurity/tr-05-serverless-abuseipdb

9fefcd6e60ce2870d5f214de1f77aa9d766475cd

[ "MIT" ]

2

2020-03-16T13:49:18.000Z

2020-12-09T00:48:42.000Z

from pytest import mark from ctrlibrary.core.utils import get_observables from ctrlibrary.threatresponse.enrich import enrich_deliberate_observables from tests.functional.tests.constants import MODULE_NAME @mark.skip(reason='Deprecated') def test_positive_clean_verdict_ip_observable(module_headers): """Perform testing for enrich deliberate observables endpoint to get verdict for observable with clean disposition from Abuse IPDB module ID: CCTRI-811-eb6d1371-5d0c-42df-8437-8863f3bac4d0 Steps: 1. Send request to enrich deliberate observable endpoint Expectedresults: 1. Check that data in response body contains expected verdict for observable from Abuse IPDB module Importance: Critical """ observables = [{'type': 'ip', 'value': '118.232.96.6'}] response_from_all_modules = enrich_deliberate_observables( payload=observables, **{'headers': module_headers} ) response_from_abuse = get_observables(response_from_all_modules, MODULE_NAME) assert response_from_abuse['module'] == MODULE_NAME assert response_from_abuse['module_instance_id'] assert response_from_abuse['module_type_id'] verdicts = response_from_abuse['data']['verdicts'] assert verdicts['count'] == 1 assert verdicts['docs'][0]['type'] == 'verdict' assert verdicts['docs'][0]['disposition'] == 1 assert verdicts['docs'][0]['disposition_name'] == 'Clean' assert verdicts['docs'][0]['observable'] == observables[0] assert verdicts['docs'][0]['valid_time']['start_time'] def test_positive_suspicious_verdict_ip_observable(module_headers): """Perform testing for enrich deliberate observables endpoint to get verdict for observable with suspicious disposition from Abuse IPDB module ID: CCTRI-811-93e7fe20-bf8f-42ce-9966-17961ce5dfa8 Steps: 1. Send request to enrich deliberate observable endpoint Expectedresults: 1. Check that data in response body contains expected verdict for observable from Abuse IPDB module Importance: Critical """ observables = [{'type': 'ip', 'value': '118.232.96.6'}] response_from_all_modules = enrich_deliberate_observables( payload=observables, **{'headers': module_headers} ) response_from_abuse = get_observables(response_from_all_modules, MODULE_NAME) assert response_from_abuse['module'] == MODULE_NAME assert response_from_abuse['module_instance_id'] assert response_from_abuse['module_type_id'] verdicts = response_from_abuse['data']['verdicts'] assert verdicts['count'] == 1 assert verdicts['docs'][0]['type'] == 'verdict' assert verdicts['docs'][0]['disposition'] == 3 assert verdicts['docs'][0]['disposition_name'] == 'Suspicious' assert verdicts['docs'][0]['observable'] == observables[0] assert verdicts['docs'][0]['valid_time']['start_time'] @mark.skip(reason='Deprecated') def test_positive_unknown_verdict_ip_observable(module_headers): """Perform testing for enrich deliberate observables endpoint to get verdict for observable with unknown disposition from Abuse IPDB module ID: CCTRI-811-e0b57f1d-bfca-4d4c-a163-02fdcebe9131 Steps: 1. Send request to enrich deliberate observable endpoint Expectedresults: 1. Check that data in response body contains expected verdict for observable from Abuse IPDB module Importance: Critical """ observables = [{'type': 'ip', 'value': '1.1.1.1'}] response_from_all_modules = enrich_deliberate_observables( payload=observables, **{'headers': module_headers} ) response_from_abuse = get_observables(response_from_all_modules, MODULE_NAME) assert response_from_abuse['module'] == MODULE_NAME assert response_from_abuse['module_instance_id'] assert response_from_abuse['module_type_id'] verdicts = response_from_abuse['data']['verdicts'] assert verdicts['count'] == 1 assert verdicts['docs'][0]['type'] == 'verdict' assert verdicts['docs'][0]['disposition'] == 5 assert verdicts['docs'][0]['disposition_name'] == 'Unknown' assert verdicts['docs'][0]['observable'] == observables[0] assert verdicts['docs'][0]['valid_time']['start_time']

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1

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1

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null

0

1

0

8

006fa39702b0985c0ef951647658f74e4e0bcd58

359

py

Python

PythonCursoEmVideo/Exercicio9.py

FlavioGalera/pythonProject

73a5f99d9bfa3ebed6f02dc41e534d1ab6b8bb10

[ "MIT" ]

null

PythonCursoEmVideo/Exercicio9.py

FlavioGalera/pythonProject

73a5f99d9bfa3ebed6f02dc41e534d1ab6b8bb10

[ "MIT" ]

null

PythonCursoEmVideo/Exercicio9.py

FlavioGalera/pythonProject

73a5f99d9bfa3ebed6f02dc41e534d1ab6b8bb10

[ "MIT" ]

null

n = int(input('Digite um Numero: ')) print(f'{n} x {1:.2f} = {n*1}') print(f'{n} x {2:.2f} = {n*2}') print(f'{n} x {3:.2f} = {n*3}') print(f'{n} x {4:.2f} = {n*4}') print(f'{n} x {5:.2f} = {n*5}') print(f'{n} x {6:.2f} = {n*6}') print(f'{n} x {7:.2f} = {n*7}') print(f'{n} x {8:.2f} = {n*8}') print(f'{n} x {9:.2f} = {n*9}') print(f'{n} x {10:.1f} = {n*10}')

29.916667

36

0.431755

86

359

1.802326

0.244186

0.387097

0.451613

0.516129

0

0.105611

0.155989

359

11

37

32.636364

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0

0.640669

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1

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false

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null

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0

1

0

1

0

null

0

1

0

7

00be91a7cb2859ddda2940218b5f0a061c5f6cb1

15,296

py

Python

aptly_api/tests/publish.py

njgraham/aptly-api-client

7126d2dcc45e10652de975fafb8f9055ec75cc82

[ "BSD-3-Clause" ]

null

aptly_api/tests/publish.py

njgraham/aptly-api-client

7126d2dcc45e10652de975fafb8f9055ec75cc82

[ "BSD-3-Clause" ]

null

aptly_api/tests/publish.py

njgraham/aptly-api-client

7126d2dcc45e10652de975fafb8f9055ec75cc82

[ "BSD-3-Clause" ]

null

# -* encoding: utf-8 *- # This Source Code Form is subject to the terms of the Mozilla Public # License, v. 2.0. If a copy of the MPL was not distributed with this # file, You can obtain one at http://mozilla.org/MPL/2.0/. from unittest.case import TestCase from typing import Any import requests_mock from aptly_api.base import AptlyAPIException from aptly_api.parts.publish import PublishEndpoint, PublishAPISection @requests_mock.Mocker(kw='rmock') class PublishAPISectionTests(TestCase): def __init__(self, *args: Any) -> None: super().__init__(*args) self.papi = PublishAPISection("http://test/") self.maxDiff = None def test_list(self, *, rmock: requests_mock.Mocker) -> None: rmock.get("http://test/api/publish", text='[{"Architectures":["amd64"],"Distribution":"mn-nightly","Label":"",' '"Origin":"","Prefix":"nightly/stretch","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"maurusnet"}],' '"Storage":"s3:maurusnet"}]') self.assertSequenceEqual( self.papi.list(), [ PublishEndpoint( storage='s3:maurusnet', prefix='nightly/stretch', distribution='mn-nightly', source_kind='local', sources=[{ 'Name': 'maurusnet', 'Component': 'main' }], architectures=['amd64'], label='', origin='' ) ] ) def test_update(self, *, rmock: requests_mock.Mocker) -> None: rmock.put("http://test/api/publish/s3%3Aaptly-repo%3Atest_xyz__1/test", text='{"Architectures":["amd64"],"Distribution":"test","Label":"",' '"Origin":"","Prefix":"test/xyz_1","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"aptly-repo"}],' '"Storage":"s3:aptly-repo"}') self.assertEqual( self.papi.update( prefix="s3:aptly-repo:test/xyz_1", distribution="test", sign_batch=True, sign_gpgkey="A16BE921", sign_passphrase="123456", ), PublishEndpoint( storage='s3:aptly-repo', prefix='test/xyz_1', distribution='test', source_kind='local', sources=[{ 'Name': 'aptly-repo', 'Component': 'main' }], architectures=['amd64'], label='', origin='' ) ) def test_update_passphrase_file(self, *, rmock: requests_mock.Mocker) -> None: rmock.put("http://test/api/publish/s3%3Aaptly-repo%3Atest_xyz__1/test", text='{"Architectures":["amd64"],"Distribution":"test","Label":"",' '"Origin":"","Prefix":"test/xyz_1","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"aptly-repo"}],' '"Storage":"s3:aptly-repo"}') self.assertEqual( self.papi.update( prefix="s3:aptly-repo:test/xyz_1", distribution="test", sign_batch=True, sign_gpgkey="A16BE921", sign_passphrase_file="/root/passphrase.txt", ), PublishEndpoint( storage='s3:aptly-repo', prefix='test/xyz_1', distribution='test', source_kind='local', sources=[{ 'Name': 'aptly-repo', 'Component': 'main' }], architectures=['amd64'], label='', origin='' ) ) def test_update_no_sign(self, *, rmock: requests_mock.Mocker) -> None: rmock.put("http://test/api/publish/s3%3Aaptly-repo%3Atest_xyz__1/test", text='{"Architectures":["amd64"],"Distribution":"test","Label":"",' '"Origin":"","Prefix":"test/xyz_1","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"aptly-repo"}],' '"Storage":"s3:aptly-repo"}') self.assertEqual( self.papi.update( prefix="s3:aptly-repo:test/xyz_1", distribution="test", sign_skip=True, ), PublishEndpoint( storage='s3:aptly-repo', prefix='test/xyz_1', distribution='test', source_kind='local', sources=[{ 'Name': 'aptly-repo', 'Component': 'main' }], architectures=['amd64'], label='', origin='' ) ) def test_update_snapshots(self, *, rmock: requests_mock.Mocker) -> None: rmock.put("http://test/api/publish/s3%3Aaptly-repo%3Atest_xyz__1/test", text='{"Architectures":["amd64"],"Distribution":"test","Label":"",' '"Origin":"","Prefix":"test/xyz_1","SkipContents":false,' '"SourceKind":"snapshot","Sources":[{"Component":"main","Name":"aptly-repo-1"}],' '"Storage":"s3:aptly-repo"}') self.assertEqual( self.papi.update( prefix="s3:aptly-repo:test/xyz_1", distribution="test", snapshots=[{"Name": "aptly-repo-1"}], force_overwrite=True, sign_batch=True, sign_gpgkey="A16BE921", sign_passphrase="123456", sign_keyring="/etc/gpg-managed-keyring/pubring.pub", sign_secret_keyring="/etc/gpg-managed-keyring/secring.gpg" ), PublishEndpoint( storage='s3:aptly-repo', prefix='test/xyz_1', distribution='test', source_kind='snapshot', sources=[{ 'Name': 'aptly-repo-1', 'Component': 'main', }], architectures=['amd64'], label='', origin='' ) ) def test_publish(self, *, rmock: requests_mock.Mocker) -> None: rmock.post("http://test/api/publish/s3%3Amyendpoint%3Atest_a__1", text='{"Architectures":["amd64"],"Distribution":"test","Label":"test",' '"Origin":"origin","Prefix":"test/a_1","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"aptly-repo"}],' '"Storage":"s3:myendpoint"}') self.assertEqual( self.papi.publish( sources=[{'Name': 'aptly-repo'}], architectures=['amd64'], prefix='s3:myendpoint:test/a_1', distribution='test', label='test', origin='origin', sign_batch=True, sign_gpgkey='A16BE921', sign_passphrase='*********', force_overwrite=True, sign_keyring="/etc/gpg-managed-keyring/pubring.pub", sign_secret_keyring="/etc/gpg-managed-keyring/secring.gpg" ), PublishEndpoint( storage='s3:myendpoint', prefix='test/a_1', distribution='test', source_kind='local', sources=[{'Component': 'main', 'Name': 'aptly-repo'}], architectures=['amd64'], label='test', origin='origin' ) ) def test_publish_passphrase_file(self, *, rmock: requests_mock.Mocker) -> None: rmock.post("http://test/api/publish/s3%3Amyendpoint%3Atest_a__1", text='{"Architectures":["amd64"],"Distribution":"test","Label":"test",' '"Origin":"origin","Prefix":"test/a_1","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"aptly-repo"}],' '"Storage":"s3:myendpoint"}') self.assertEqual( self.papi.publish( sources=[{'Name': 'aptly-repo'}], architectures=['amd64'], prefix='s3:myendpoint:test/a_1', distribution='test', label='test', origin='origin', sign_batch=True, sign_gpgkey='A16BE921', sign_passphrase_file='/root/passphrase.txt', force_overwrite=True, sign_keyring="/etc/gpg-managed-keyring/pubring.pub", sign_secret_keyring="/etc/gpg-managed-keyring/secring.gpg" ), PublishEndpoint( storage='s3:myendpoint', prefix='test/a_1', distribution='test', source_kind='local', sources=[{'Component': 'main', 'Name': 'aptly-repo'}], architectures=['amd64'], label='test', origin='origin' ) ) def test_publish_no_sign(self, *, rmock: requests_mock.Mocker) -> None: rmock.post("http://test/api/publish/s3%3Amyendpoint%3Atest_a__1", text='{"Architectures":["amd64"],"Distribution":"test","Label":"test",' '"Origin":"origin","Prefix":"test/a_1","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"aptly-repo"}],' '"Storage":"s3:myendpoint"}') self.assertEqual( self.papi.publish( sources=[{'Name': 'aptly-repo'}], architectures=['amd64'], prefix='s3:myendpoint:test/a_1', distribution='test', label='test', origin='origin', sign_skip=True ), PublishEndpoint( storage='s3:myendpoint', prefix='test/a_1', distribution='test', source_kind='local', sources=[{'Component': 'main', 'Name': 'aptly-repo'}], architectures=['amd64'], label='test', origin='origin' ) ) def test_publish_default_key(self, *, rmock: requests_mock.Mocker) -> None: rmock.post("http://test/api/publish/s3%3Amyendpoint%3Atest_a__1", text='{"Architectures":["amd64"],"Distribution":"test","Label":"test",' '"Origin":"origin","Prefix":"test/a_1","SkipContents":false,' '"SourceKind":"local","Sources":[{"Component":"main","Name":"aptly-repo"}],' '"Storage":"s3:myendpoint"}') self.assertEqual( self.papi.publish( sources=[{'Name': 'aptly-repo'}], architectures=['amd64'], prefix='s3:myendpoint:test/a_1', distribution='test', label='test', origin='origin', sign_batch=True, sign_passphrase='*********', force_overwrite=True, sign_keyring="/etc/gpg-managed-keyring/pubring.pub", sign_secret_keyring="/etc/gpg-managed-keyring/secring.gpg" ), PublishEndpoint( storage='s3:myendpoint', prefix='test/a_1', distribution='test', source_kind='local', sources=[{'Component': 'main', 'Name': 'aptly-repo'}], architectures=['amd64'], label='test', origin='origin' ) ) def test_update_snapshot_default_key(self, *, rmock: requests_mock.Mocker) -> None: rmock.put("http://test/api/publish/s3%3Aaptly-repo%3Atest_xyz__1/test", text='{"Architectures":["amd64"],"Distribution":"test","Label":"",' '"Origin":"","Prefix":"test/xyz_1","SkipContents":false,' '"SourceKind":"snapshot","Sources":[{"Component":"main","Name":"aptly-repo-1"}],' '"Storage":"s3:aptly-repo"}') self.assertEqual( self.papi.update( prefix="s3:aptly-repo:test/xyz_1", distribution="test", snapshots=[{"Name": "aptly-repo-1"}], force_overwrite=True, sign_batch=True, sign_passphrase="123456", sign_keyring="/etc/gpg-managed-keyring/pubring.pub", sign_secret_keyring="/etc/gpg-managed-keyring/secring.gpg" ), PublishEndpoint( storage='s3:aptly-repo', prefix='test/xyz_1', distribution='test', source_kind='snapshot', sources=[{ 'Name': 'aptly-repo-1', 'Component': 'main', }], architectures=['amd64'], label='', origin='' ) ) def test_double_passphrase(self, *, rmock: requests_mock.Mocker) -> None: with self.assertRaises(AptlyAPIException): self.papi.publish(sources=[{'Name': 'aptly-repo'}], architectures=['amd64'], prefix='s3:myendpoint:test/a_1', distribution='test', sign_skip=False, sign_gpgkey='A16BE921', sign_passphrase="*******", sign_passphrase_file="****") with self.assertRaises(AptlyAPIException): self.papi.update(prefix='s3:myendpoint:test/a_1', distribution='test', sign_skip=False, sign_gpgkey='A16BE921', sign_passphrase="*******", sign_passphrase_file="****") def test_no_name(self, *, rmock: requests_mock.Mocker) -> None: with self.assertRaises(AptlyAPIException): self.papi.publish(sources=[{'nope': 'nope'}], architectures=['amd64'], prefix='s3:myendpoint:test/a_1', distribution='test', sign_skip=False, sign_gpgkey='A16BE921', sign_passphrase="*******") with self.assertRaises(AptlyAPIException): self.papi.update(snapshots=[{'nope': 'nope'}], prefix='s3:myendpoint:test/a_1', distribution='test', sign_skip=False, sign_gpgkey='A16BE921', sign_passphrase="*******") def test_drop(self, *, rmock: requests_mock.Mocker) -> None: rmock.delete("http://test/api/publish/s3%3Amyendpoint%3Atest_a__1/test?force=1", text='{}') self.papi.drop(prefix='s3:myendpoint:test/a_1', distribution='test', force_delete=True) def test_escape_prefix(self, *args: Any, **kwargs: Any) -> None: self.assertEqual( self.papi.escape_prefix("test/a_1"), "test_a__1", ) self.assertEqual( self.papi.escape_prefix("test-a-1"), "test-a-1" ) self.assertEqual( self.papi.escape_prefix("test/a"), "test_a" ) self.assertEqual( self.papi.escape_prefix("."), ":." )

45.120944

109

0.499477

1,375

15,296

5.413091

0.097455

0.048368

0.043665

0.045143

0.877872

0.874379

0.867527

0.844149

0.831251

0.807739

0

0.023396

0.337735

15,296

338

110

45.254438

0.711352

0.013991

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0.739683

0

0.308284

0.191086

0

0.057143

1

0.047619

false

0.044444

0.015873

0

0.066667

0

null

0

1

0

1

0

null

0

7

00d24449bbc0cc38c936251a42875f2ff0c351ea

31,312

py

Python

model.py

Spico197/NYT-H

09b0094c90ac85cf12b8064a76a4f40e26433cb5

[ "MIT" ]

27

2020-11-02T08:14:32.000Z

2022-02-23T03:26:40.000Z

model.py

Spico197/NYT-H

09b0094c90ac85cf12b8064a76a4f40e26433cb5

[ "MIT" ]

9

2020-11-02T07:38:57.000Z

2021-03-04T15:02:00.000Z

model.py

Spico197/NYT-H

09b0094c90ac85cf12b8064a76a4f40e26433cb5

[ "MIT" ]

4

2020-11-04T09:06:12.000Z

2021-01-20T14:49:27.000Z

#!/usr/bin/env python # -*- encoding: utf-8 -*- # @Version : Python 3.6 import pdb import math from math import floor, ceil import numpy as np import torch import torch.nn as nn import torch.nn.functional as F from torch.nn.utils.rnn import pack_padded_sequence, pad_packed_sequence class SentCNN(nn.Module): def __init__(self, word_vec, class_num, config): super(SentCNN, self).__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.embedding_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.conv_filter_num = config.conv_filter_num self.conv_window = config.conv_window self.dropout_rate = config.dropout_rate self.dim = self.embedding_dim + 2 * self.pos_dim # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.conv = nn.Conv2d( in_channels=1, out_channels=self.conv_filter_num, kernel_size=(self.conv_window, self.dim), stride=(1, 1), bias=True, padding=(1, 0), # same padding padding_mode='zeros' ) self.maxpool = nn.MaxPool2d((self.max_len, 1)) self.tanh = nn.Tanh() self.dropout = nn.Dropout(self.dropout_rate) self.dense = nn.Linear( in_features=self.conv_filter_num, out_features=self.class_num, bias=True ) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def convolution(self, x, mask): x = x.unsqueeze(dim=1) x = self.conv(x) x = x.view(-1, self.conv_filter_num, self.max_len) # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=1) mask = mask.expand(mask.shape[0], self.conv_filter_num, mask.shape[-1]) x = x.masked_fill_(mask.eq(0), float('-inf')) x = x.unsqueeze(dim=-1) return x def forward(self, token2ids, pos1s, pos2s, mask): tokens = token2ids pos1 = pos1s pos2 = pos2s mask = mask x = self.input(tokens, pos1, pos2) x = self.convolution(x, mask) x = self.maxpool(x) x = x.view(-1, self.conv_filter_num) x = self.tanh(x) x = self.dropout(x) out = self.dense(x) return out class CRCNN(nn.Module): def __init__(self, word_vec, class_num, config): super(CRCNN, self).__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.word_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.filter_num = config.conv_filter_num self.window = config.conv_window self.keep_prob = config.dropout_rate self.dim = self.word_dim + 2 * self.pos_dim self.r = (6/(self.class_num + self.filter_num))**(0.5) self.relation_weight = nn.Parameter(2 * self.r * (torch.rand(self.filter_num, self.class_num) - 0.5)) # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.conv = nn.Conv2d( in_channels=1, out_channels=self.filter_num, kernel_size=(self.window, self.dim), stride=(1, 1), bias=True, padding=(1, 0), # same padding padding_mode='zeros' ) self.maxpool = nn.MaxPool2d((self.max_len, 1)) self.tanh = nn.Tanh() self.dropout = nn.Dropout(self.keep_prob) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def convolution(self, x, mask): x = x.unsqueeze(dim=1) x = self.conv(x) x = x.view(-1, self.filter_num, self.max_len) # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=1) mask = mask.expand(mask.shape[0], self.filter_num, mask.shape[-1]) x = x.masked_fill_(mask.eq(0), float('-inf')) x = x.unsqueeze(dim=-1) return x def forward(self, token2ids, pos1s, pos2s, mask): tokens = token2ids pos1 = pos1s pos2 = pos2s mask = mask x = self.input(tokens, pos1, pos2) x = self.convolution(x, mask) x = self.maxpool(x) x = x.view(-1, self.filter_num) out = torch.mm(x, self.relation_weight) return out class RankingLoss(nn.Module): def __init__(self, class_num, config): super(RankingLoss, self).__init__() self.class_num = class_num self.margin_positive = config.margin_positive self.margin_negative = config.margin_negative self.gamma = config.gamma self.device = config.device def forward(self, scores, labels): labels = labels.view(-1, 1) positive_mask = (torch.ones([labels.shape[0], self.class_num], device=self.device)*float('inf')).scatter_(1, labels, 0.0) negative_mask = torch.zeros([labels.shape[0], self.class_num], device=self.device).scatter_(1, labels, float('inf')) positive_scores, _ = torch.max(scores-positive_mask, dim=1) negative_scores, _ = torch.max(scores-negative_mask, dim=1) positive_loss = torch.log1p(torch.exp(self.gamma*(self.margin_positive-positive_scores))) positive_loss[labels[:, 0] == 0] = 0.0 negative_loss = torch.log1p(torch.exp(self.gamma*(self.margin_negative+negative_scores))) loss = torch.mean(positive_loss + negative_loss) return loss class PCNN(nn.Module): def __init__(self, word_vec, class_num, config): super(PCNN, self).__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.word_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.filter_num = config.conv_filter_num self.window = config.conv_window self.dropout_rate = config.dropout_rate self.dim = self.word_dim + 2 * self.pos_dim # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.conv = nn.Conv2d( in_channels=1, out_channels=self.filter_num, kernel_size=(self.window, self.dim), stride=(1, 1), bias=True, padding=(1, 0), # same padding padding_mode='zeros' ) self.maxpool = nn.MaxPool2d((self.max_len, 1)) self.tanh = nn.Tanh() self.dropout = nn.Dropout(self.dropout_rate) self.dense = nn.Linear( in_features=self.filter_num*3, out_features=self.class_num, bias=True ) # mask operation for pcnn self.mask_embedding = nn.Embedding(4, 3) masks = torch.tensor([[0, 0, 0], [100, 0, 0], [0, 100, 0], [0, 0, 100]]) self.mask_embedding.weight.data.copy_(masks) self.mask_embedding.weight.requires_grad = False nn.init.xavier_normal_(self.dense.weight) nn.init.constant_(self.dense.bias, 0.) nn.init.xavier_normal_(self.conv.weight) nn.init.constant_(self.conv.bias, 0.) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def convolution(self, x, mask): x = x.unsqueeze(dim=1) x = self.conv(x) x = x.view(-1, self.filter_num, self.max_len) # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=1) mask = mask.expand(mask.shape[0], self.filter_num, mask.shape[-1]) x = x.masked_fill_(mask.eq(0), float('-inf')) x = x.unsqueeze(dim=-1) return x def piece_maxpool(self, x, mask): x = x.permute(0, 2, 1, 3) mask_embed = self.mask_embedding(mask) mask_embed = mask_embed.unsqueeze(dim=-2) x = x + mask_embed x = torch.max(x, dim=1)[0] - 100 x = x.view(x.shape[0], -1) return x def forward(self, token2ids, pos1s, pos2s, mask): tokens = token2ids pos1 = pos1s pos2 = pos2s mask = mask x = self.input(tokens, pos1, pos2) x = self.convolution(x, mask) x = self.piece_maxpool(x, mask) x = self.tanh(x) x = self.dropout(x) out = self.dense(x) return out class ATT_BLSTM(nn.Module): def __init__(self, word_vec, class_num, config): super().__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.word_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.dim = self.word_dim + 2 * self.pos_dim self.embedding_dropout = config.lstm_embedding_dropout self.lstm_dropout = config.lstm_dropout self.liner_dropout = config.lstm_liner_dropout self.hidden_size = config.lstm_hidden_size # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.embedding_dropout = nn.Dropout(p=self.embedding_dropout) self.bi_lstm = nn.LSTM( input_size=self.dim, hidden_size=self.hidden_size, num_layers=1, bias=True, batch_first=True, dropout=0, bidirectional=True, ) self.tanh = nn.Tanh() self.lstm_dropout = nn.Dropout(p=self.lstm_dropout) self.attention_weight = nn.Parameter(torch.randn(self.hidden_size)) self.liner_dropout = nn.Dropout(p=self.liner_dropout) self.dense = nn.Linear( in_features=self.hidden_size, out_features=self.class_num, bias=True ) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def lstm_layer(self, x, mask): lengths = torch.sum(mask.gt(0), dim=-1) x = pack_padded_sequence(x, lengths, batch_first=True, enforce_sorted=False) x, (_, _) = self.bi_lstm(x) x, _ = pad_packed_sequence(x, batch_first=True, padding_value=0.0, total_length=self.max_len) x = x.view(-1, self.max_len, 2, self.hidden_size) x = torch.sum(x, dim=2) return x def attention_layer(self, x, mask): att = self.attention_weight.view(1, -1, 1).expand(x.shape[0], -1, -1) # B*C*1 att_score = torch.bmm(self.tanh(x), att) # B*L*C * B*C*1 -> B*L*1 # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=-1) att_score = att_score.masked_fill_(mask.eq(0), float('-inf')) att_weight = F.softmax(att_score, dim=1) # B*L*1 reps = torch.bmm(x.transpose(1, 2), att_weight).squeeze(dim=-1) # B*C*L * B*L*1 -> B*C*1 -> B*C x = self.tanh(reps) # B*C return x def forward(self, token2ids, pos1s, pos2s, mask): tokens = token2ids pos1 = pos1s pos2 = pos2s mask = mask x = self.input(tokens, pos1, pos2) x = self.embedding_dropout(x) x = self.lstm_layer(x, mask) x = self.lstm_dropout(x) x = self.attention_layer(x, mask) x = self.liner_dropout(x) logits = self.dense(x) return logits class CNN_ONE(nn.Module): def __init__(self, word_vec, class_num, config): super(CNN_ONE, self).__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.embedding_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.conv_filter_num = config.conv_filter_num self.conv_window = config.conv_window self.dropout_rate = config.dropout_rate self.dim = self.embedding_dim + 2 * self.pos_dim # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.conv = nn.Conv2d( in_channels=1, out_channels=self.conv_filter_num, kernel_size=(self.conv_window, self.dim), stride=(1, 1), bias=True, padding=(1, 0), # same padding padding_mode='zeros' ) self.maxpool = nn.MaxPool2d((self.max_len, 1)) self.tanh = nn.Tanh() self.dropout = nn.Dropout(self.dropout_rate) self.dense = nn.Linear( in_features=self.conv_filter_num, out_features=self.class_num, bias=True ) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def convolution(self, x, mask): x = x.unsqueeze(dim=1) x = self.conv(x) x = x.view(-1, self.conv_filter_num, self.max_len) # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=1) mask = mask.expand(mask.shape[0], self.conv_filter_num, mask.shape[-1]) x = x.masked_fill_(mask.eq(0), float('-inf')) x = x.unsqueeze(dim=-1) return x def forward(self, token2ids, pos1s, pos2s, mask, scopes, rel_labels, is_training=False): # encoder x = self.input(token2ids, pos1s, pos2s) x = self.convolution(x, mask) x = self.maxpool(x) x = x.view(-1, self.conv_filter_num) x = self.tanh(x) x = self.dropout(x) # selector bag_rep = list() for ind, scope in enumerate(scopes): sent_rep = x[scope[0]:scope[1], :] out = self.dense(sent_rep) probs = torch.softmax(out, dim=-1) if is_training: _, j = torch.max(probs[:, rel_labels[ind]], dim=-1) bag_rep.append(out[j]) else: row_prob, row_idx = torch.max(probs, dim=-1) if row_idx.sum() > 0: mask = row_idx.view(-1, 1).expand(-1, probs.shape[-1]) probs = probs.masked_fill_(mask.eq(0), float('-inf')) row_prob, _ = torch.max(probs[:, 1:], dim=-1) _, row_idx = torch.max(row_prob, dim=0) else: _, row_idx = torch.max(row_prob, dim=-1) bag_rep.append(out[row_idx]) bag_rep = torch.stack(bag_rep) return bag_rep class PCNN_ONE(nn.Module): def __init__(self, word_vec, class_num, config): super(PCNN_ONE, self).__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.word_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.filter_num = config.conv_filter_num self.window = config.conv_window self.dropout_rate = config.dropout_rate self.dim = self.word_dim + 2 * self.pos_dim # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.conv = nn.Conv2d( in_channels=1, out_channels=self.filter_num, kernel_size=(self.window, self.dim), stride=(1, 1), bias=True, padding=(1, 0), # same padding padding_mode='zeros' ) self.maxpool = nn.MaxPool2d((self.max_len, 1)) self.tanh = nn.Tanh() self.dropout = nn.Dropout(self.dropout_rate) self.dense = nn.Linear( in_features=self.filter_num*3, out_features=self.class_num, bias=True ) # mask operation for pcnn self.mask_embedding = nn.Embedding(4, 3) masks = torch.tensor([[0, 0, 0], [100, 0, 0], [0, 100, 0], [0, 0, 100]]) self.mask_embedding.weight.data.copy_(masks) self.mask_embedding.weight.requires_grad = False nn.init.xavier_normal_(self.dense.weight) nn.init.constant_(self.dense.bias, 0.) nn.init.xavier_normal_(self.conv.weight) nn.init.constant_(self.conv.bias, 0.) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def convolution(self, x, mask): x = x.unsqueeze(dim=1) x = self.conv(x) x = x.view(-1, self.filter_num, self.max_len) # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=1) mask = mask.expand(mask.shape[0], self.filter_num, mask.shape[-1]) x = x.masked_fill_(mask.eq(0), float('-inf')) x = x.unsqueeze(dim=-1) return x def piece_maxpool(self, x, mask): x = x.permute(0, 2, 1, 3) mask_embed = self.mask_embedding(mask) mask_embed = mask_embed.unsqueeze(dim=-2) x = x + mask_embed x = torch.max(x, dim=1)[0] - 100 x = x.view(x.shape[0], -1) return x def forward(self, token2ids, pos1s, pos2s, mask, scopes, rel_labels, is_training=False): x = self.input(token2ids, pos1s, pos2s) x = self.convolution(x, mask) x = self.piece_maxpool(x, mask) x = self.tanh(x) x = self.dropout(x) # selector bag_rep = list() for ind, scope in enumerate(scopes): sent_rep = x[scope[0]:scope[1], :] out = self.dense(sent_rep) probs = torch.softmax(out, dim=-1) if is_training: _, j = torch.max(probs[:, rel_labels[ind]], dim=-1) bag_rep.append(out[j]) else: row_prob, row_idx = torch.max(probs, dim=-1) if row_idx.sum() > 0: mask = row_idx.view(-1, 1).expand(-1, probs.shape[-1]) probs = probs.masked_fill_(mask.eq(0), float('-inf')) row_prob, _ = torch.max(probs[:, 1:], dim=-1) _, row_idx = torch.max(row_prob, dim=0) else: _, row_idx = torch.max(row_prob, dim=-1) bag_rep.append(out[row_idx]) bag_rep = torch.stack(bag_rep) return bag_rep class CNN_ATT(nn.Module): def __init__(self, word_vec, class_num, config): super(CNN_ATT, self).__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.embedding_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.conv_filter_num = config.conv_filter_num self.conv_window = config.conv_window self.dropout_rate = config.dropout_rate self.dim = self.embedding_dim + 2 * self.pos_dim # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.conv = nn.Conv2d( in_channels=1, out_channels=self.conv_filter_num, kernel_size=(self.conv_window, self.dim), stride=(1, 1), bias=True, padding=(1, 0), # same padding padding_mode='zeros' ) self.maxpool = nn.MaxPool2d((self.max_len, 1)) self.tanh = nn.Tanh() self.activation = nn.LeakyReLU() self.dropout = nn.Dropout(self.dropout_rate) self.dense = nn.Linear( in_features=self.conv_filter_num, out_features=self.class_num, bias=True ) self.attention = nn.Parameter(torch.rand(size=(1, self.conv_filter_num))) self.softmax = nn.Softmax(-1) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def convolution(self, x, mask): x = x.unsqueeze(dim=1) x = self.conv(x) x = x.view(-1, self.conv_filter_num, self.max_len) # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=1) mask = mask.expand(mask.shape[0], self.conv_filter_num, mask.shape[-1]) x = x.masked_fill_(mask.eq(0), float('-inf')) x = x.unsqueeze(dim=-1) return x def forward(self, token2ids, pos1s, pos2s, mask, scopes, rel_labels, is_training=False): # encoder x = self.input(token2ids, pos1s, pos2s) x = self.convolution(x, mask) x = self.maxpool(x) x = x.view(-1, self.conv_filter_num) x = self.tanh(x) x = self.dropout(x) # selector if is_training: query = torch.zeros((x.size(0))).long() query.to(x.device) for i in range(len(scopes)): query[scopes[i][0]:scopes[i][1]] = rel_labels[i] att_mat = self.dense.weight[query] att_score = (x * att_mat).sum(-1) bag_rep = [] for i in range(len(scopes)): bag_mat = x[scopes[i][0]:scopes[i][1]] softmax_att_score = F.softmax(att_score[scopes[i][0]:scopes[i][1]], dim=-1) bag_rep.append((softmax_att_score.unsqueeze(-1) * bag_mat).sum(0)) bag_rep = torch.stack(bag_rep, 0) bag_rep = self.dropout(bag_rep) bag_logits = self.dense(bag_rep) else: bag_logits = [] att_score = torch.matmul(x, self.dense.weight.transpose(0, 1)) for i in range(len(scopes)): bag_mat = x[scopes[i][0]:scopes[i][1]] softmax_att_score = F.softmax(att_score[scopes[i][0]:scopes[i][1]].transpose(0, 1), dim=-1) # (N, (softmax)n) rep_for_each_rel = torch.matmul(softmax_att_score, bag_mat) # (N, n) * (n, H) -> (N, H) logit_for_each_rel = F.softmax(self.dense(rep_for_each_rel), dim=-1) # ((each rel)N, (logit)N) logit_for_each_rel = logit_for_each_rel.diag() # (N) bag_logits.append(logit_for_each_rel) bag_logits = torch.stack(bag_logits, 0) # after **softmax** return bag_logits class PCNN_ATT(nn.Module): def __init__(self, word_vec, class_num, config): super(PCNN_ATT, self).__init__() self.word_vec = word_vec self.class_num = class_num self.device = config.device # hyper parameters and others self.max_len = config.max_len self.word_dim = config.embedding_dim self.pos_dim = config.pos_dim self.pos_dis = config.pos_dis self.filter_num = config.conv_filter_num self.window = config.conv_window self.dropout_rate = config.dropout_rate self.dim = self.word_dim + 2 * self.pos_dim # net structures and operations self.word_embedding = nn.Embedding.from_pretrained( embeddings=self.word_vec, freeze=False, ) self.pos1_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.pos2_embedding = nn.Embedding( num_embeddings=2 * self.pos_dis + 3, embedding_dim=self.pos_dim ) self.conv = nn.Conv2d( in_channels=1, out_channels=self.filter_num, kernel_size=(self.window, self.dim), stride=(1, 1), bias=True, padding=(1, 0), # same padding padding_mode='zeros' ) self.maxpool = nn.MaxPool2d((self.max_len, 1)) self.tanh = nn.Tanh() self.dropout = nn.Dropout(self.dropout_rate) self.dense = nn.Linear( in_features=self.filter_num*3, out_features=self.class_num, bias=True ) # mask operation for pcnn self.mask_embedding = nn.Embedding(4, 3) masks = torch.tensor([[0, 0, 0], [100, 0, 0], [0, 100, 0], [0, 0, 100]]) self.mask_embedding.weight.data.copy_(masks) self.mask_embedding.weight.requires_grad = False nn.init.xavier_normal_(self.dense.weight) nn.init.constant_(self.dense.bias, 0.) nn.init.xavier_normal_(self.conv.weight) nn.init.constant_(self.conv.bias, 0.) def input(self, tokens, pos1, pos2): word_embedding = self.word_embedding(tokens) pos1_embedding = self.pos1_embedding(pos1) pos2_embedding = self.pos2_embedding(pos2) x = torch.cat(tensors=[word_embedding, pos1_embedding, pos2_embedding], dim=-1) return x def convolution(self, x, mask): x = x.unsqueeze(dim=1) x = self.conv(x) x = x.view(-1, self.filter_num, self.max_len) # mask, remove the effect of 'PAD' mask = mask.unsqueeze(dim=1) mask = mask.expand(mask.shape[0], self.filter_num, mask.shape[-1]) x = x.masked_fill_(mask.eq(0), float('-inf')) x = x.unsqueeze(dim=-1) return x def piece_maxpool(self, x, mask): # fast piecewise pooling x = x.permute(0, 2, 1, 3) mask_embed = self.mask_embedding(mask) mask_embed = mask_embed.unsqueeze(dim=-2) x = x + mask_embed x = torch.max(x, dim=1)[0] - 100 x = x.view(x.shape[0], -1) return x def forward(self, token2ids, pos1s, pos2s, mask, scopes, rel_labels, is_training=False): x = self.input(token2ids, pos1s, pos2s) x = self.convolution(x, mask) x = self.piece_maxpool(x, mask) x = self.tanh(x) x = self.dropout(x) # selector if is_training: query = torch.zeros((x.size(0))).long() query.to(x.device) for i in range(len(scopes)): query[scopes[i][0]:scopes[i][1]] = rel_labels[i] att_mat = self.dense.weight[query] att_score = (x * att_mat).sum(-1) bag_rep = [] for i in range(len(scopes)): bag_mat = x[scopes[i][0]:scopes[i][1]] softmax_att_score = F.softmax(att_score[scopes[i][0]:scopes[i][1]], dim=-1) bag_rep.append((softmax_att_score.unsqueeze(-1) * bag_mat).sum(0)) bag_rep = torch.stack(bag_rep, 0) bag_rep = self.dropout(bag_rep) bag_logits = self.dense(bag_rep) else: bag_logits = [] att_score = torch.matmul(x, self.dense.weight.transpose(0, 1)) for i in range(len(scopes)): bag_mat = x[scopes[i][0]:scopes[i][1]] softmax_att_score = F.softmax(att_score[scopes[i][0]:scopes[i][1]].transpose(0, 1), dim=-1) # (N, (softmax)n) rep_for_each_rel = torch.matmul(softmax_att_score, bag_mat) # (N, n) * (n, H) -> (N, H) logit_for_each_rel = F.softmax(self.dense(rep_for_each_rel), dim=-1) # ((each rel)N, (logit)N) logit_for_each_rel = logit_for_each_rel.diag() # (N) bag_logits.append(logit_for_each_rel) bag_logits = torch.stack(bag_logits, 0) # after **softmax** return bag_logits

37.01182

129

0.583642

4,215

31,312

4.126928

0.053618

0.007128

0.018396

0.026214

0.887611

0.879908

0.875424

0.872205

0.871687

0.862374

0

0.025142

0.298831

31,312

845

130

37.055621

0.76716

0.040943

0

0.823366

0

0.002703

0

1

0.052851

false

0

0.011127

0

0.116829

0

null

0

1

0

1

0

null

0

7

972a9a77e14771344404e950b0c244f40c41f498

136

py

Python

AtCoder/ABC067/A.py

takaaki82/Java-Lessons

c4f11462bf84c091527dde5f25068498bfb2cc49

[ "MIT" ]

1

2018-11-25T04:15:45.000Z

AtCoder/ABC067/A.py

takaaki82/Java-Lessons

c4f11462bf84c091527dde5f25068498bfb2cc49

[ "MIT" ]

null

AtCoder/ABC067/A.py

takaaki82/Java-Lessons

c4f11462bf84c091527dde5f25068498bfb2cc49

[ "MIT" ]

2

2018-08-08T13:01:14.000Z

2018-11-25T12:38:36.000Z

A, B = map(int, input().split()) print("Possible" if A%3==0 else "Possible" if B%3==0 else "Possible" if (A+B)%3==0 else "Impossible")

34

101

0.625

27

136

3.148148

0.481481

0.352941

0.211765

0.329412

0.376471

0

0.051282

0.139706

136

3

102

45.333333

0.675214

0

0.25

0

1

0

true

0

0.5

1

0

null

1

0

1

0

null

0

1

0

1

0

7