code stringlengths 3 6.57k |
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tuple(canonicalize_shape([f(v) |
__create_grids(self) |
Int(f"scst-{ShapeConstrainer._instance_index}-{p.y}-{p.x}") |
self.__solver.add(v >= 0) |
self.__solver.add(v >= -1) |
self.__solver.add(v < len(self.__shapes) |
Int(f"scsi-{ShapeConstrainer._instance_index}-{p.y}-{p.x}") |
self.__solver.add(v >= 0) |
self.__solver.add(v >= -1) |
self.__solver.add(v < len(self.__lattice.points) |
__add_constraints(self) |
self.__add_grid_agreement_constraints() |
self.__add_shape_instance_constraints() |
enumerate(self.__shapes) |
self.__add_single_copy_constraints(shape_index, shape) |
__add_grid_agreement_constraints(self) |
__add_shape_instance_constraints(self) |
range(max(len(self.__lattice.points) |
len(self.__variants) |
IntVal(i) |
ExpressionQuadTree(self.__lattice.points) |
self.__lattice.point_to_index(p) |
fast_eq(self.__shape_instance_grid[p], int_vals[i]) |
fast_ne(self.__shape_instance_grid[p], int_vals[i]) |
range(len(self.__variants) |
fast_eq(self.__shape_type_grid[p], int_vals[i]) |
defaultdict(list) |
enumerate(self.__variants) |
self.__lattice.point_to_index(root_point) |
set() |
root_point.translate(offset_vector) |
offset_points.add(point) |
and_terms.append(quadtree.get_point_expr((HAS_INSTANCE_ID, instance_id) |
and_terms.append(quadtree.get_point_expr((HAS_SHAPE_TYPE, shape_index) |
append(fast_and(*and_terms) |
self.__lattice.point_to_index(p) |
or_terms.append(not_has_instance_id_expr) |
self.__solver.add(Or(*or_terms) |
self.__solver.add(not_has_instance_id_expr) |
__add_single_copy_constraints(self, shape_index, shape) |
sum_terms.append((self.__shape_type_grid[p] == shape_index, 1) |
self.__solver.add(PbEq(sum_terms, len(shape) |
solver(self) |
shape_type_grid(self) |
shape_instance_grid(self) |
print_shape_types(self) |
self.__solver.model() |
min(p.y for p in self.__shape_type_grid) |
min(p.x for p in self.__shape_type_grid) |
max(p.y for p in self.__shape_type_grid) |
max(p.x for p in self.__shape_type_grid) |
range(min_y, max_y + 1) |
range(min_x, max_x + 1) |
Point(y, x) |
model.eval(v) |
as_long() |
sys.stdout.write(f"{shape_index:3}") |
sys.stdout.write(" ") |
print() |
print_shape_instances(self) |
self.__solver.model() |
min(p.y for p in self.__shape_instance_grid) |
min(p.x for p in self.__shape_instance_grid) |
max(p.y for p in self.__shape_instance_grid) |
max(p.x for p in self.__shape_instance_grid) |
range(min_y, max_y + 1) |
range(min_x, max_x + 1) |
Point(y, x) |
model.eval(v) |
as_long() |
sys.stdout.write(f"{shape_instance:3}") |
sys.stdout.write(" ") |
print() |
Print() |
print('you may want to install beautifulsoup4,not beautfulsoup4') |
dirname(abspath(__file__) |
path.abspath(path.dirname(__file__) |
BaseConfiguration(object) |
Client(object) |
__init__(self, client_id, client_version="0.0.1") |
ThreatEntry(object) |
__init__(self, url) |
ThreatInfo(object) |
__init__(self, threatTypes, platformTypes, threatEntryTypes, threatEntries) |
Request(object) |
__init__(self, client, threatInfo) |
is_installed(version, check_symlinks=True) |
check_list.append("julia-latest") |
check_list.extend([f"julia-{f_major_version(version) |
f_minor_version(version) |
Version(get_exec_version(shutil.which(path) |
Version(version) |
get_exec_version(path) |
subprocess.check_output(ver_cmd) |
decode("utf-8") |
version.lower() |
split("version") |
strip() |
command(.cmd) |
check_installer(installer_path, ext) |
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