blob_id stringlengths 40 40 | directory_id stringlengths 40 40 | path stringlengths 2 247 | content_id stringlengths 40 40 | detected_licenses listlengths 0 57 | license_type stringclasses 2 values | repo_name stringlengths 4 111 | snapshot_id stringlengths 40 40 | revision_id stringlengths 40 40 | branch_name stringlengths 4 58 | visit_date timestamp[ns]date 2015-07-25 18:16:41 2023-09-06 10:45:08 | revision_date timestamp[ns]date 1970-01-14 14:03:36 2023-09-06 06:22:19 | committer_date timestamp[ns]date 1970-01-14 14:03:36 2023-09-06 06:22:19 | github_id int64 3.89k 689M ⌀ | star_events_count int64 0 209k | fork_events_count int64 0 110k | gha_license_id stringclasses 25 values | gha_event_created_at timestamp[ns]date 2012-06-07 00:51:45 2023-09-14 21:58:52 ⌀ | gha_created_at timestamp[ns]date 2008-03-27 23:40:48 2023-08-24 19:49:39 ⌀ | gha_language stringclasses 159 values | src_encoding stringclasses 34 values | language stringclasses 1 value | is_vendor bool 1 class | is_generated bool 2 classes | length_bytes int64 7 10.5M | extension stringclasses 111 values | filename stringlengths 1 195 | text stringlengths 7 10.5M |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
8a3904353c3ce17be9c3fbbdc057e8b25ffb57a5 | 7cf592f14b32c9c549b6e73e992be9f154450dc3 | /FutuOpenDClient/QuoteHandler.cpp | e13a3ef1b8cb7e44cc4a2ac69e6c5a36b998da94 | [] | no_license | tonylibing/C-For-FutuOpenD | c6067477a253743ebf13ce08f1cc6e49989c6d11 | 5df2fbdba530eb6dc29c4e1ae76773acdd3097dc | refs/heads/master | 2023-03-15T12:24:11.008889 | 2018-08-02T08:31:56 | 2018-08-02T08:31:56 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,962 | cpp | QuoteHandler.cpp | #include "QuoteHandler.h"
#include <iostream>
#include <vector>
#include "google/protobuf/message.h"
#include "NetCenter.h"
#include "pb/InitConnect.pb.h"
#include "pb/Qot_Common.pb.h"
#include "pb/Qot_Sub.pb.h"
#include "pb/Qot_RegQotPush.pb.h"
#include "pb/Qot_UpdateTicker.pb.h"
#include "pb/GetGlobalState.pb.h"
#include "pb/Qot_UpdateBroker.pb.h"
#include "pb/Qot_UpdateOrderBook.pb.h"
using namespace std;
namespace ftq
{
bool ParsePb(google::protobuf::Message *pPbObj, u32_t nProtoID, const i8_t *pData, i32_t nLen)
{
if (!pPbObj->ParseFromArray(pData, nLen))
{
cerr << "Protobuf parse error: ProtoID=" << nProtoID << endl;
return false;
}
return true;
}
void QuoteHandler::OnRsp_InitConnect(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_InitConnect: " << endl;
InitConnect::Response rsp;
if (!ParsePb(&rsp, header.nProtoID, pData, nLen))
{
return;
}
cout << "Ret=" << rsp.rettype() << "; Msg=" << rsp.retmsg() << endl;
if (rsp.rettype() != 0)
{
return;
}
m_nKeepAliveInterval = rsp.s2c().keepaliveinterval();
m_nUserID = rsp.s2c().loginuserid();
//启动心跳定时器
NetCenter::Default()->StartKeepAliveTimer(m_nKeepAliveInterval * 4 / 5);
//获取市场全局状态
NetCenter::Default()->Req_GetGlobalState(m_nUserID);
//subscribe stock
Qot_Common::Security stock;
stock.set_market(Qot_Common::QotMarket_HK_Security);
stock.set_code("00700");
vector<Qot_Common::Security> stocks;
stocks.push_back(stock);
vector<Qot_Common::SubType> subTypes;
subTypes.push_back(Qot_Common::SubType_OrderBook);
subTypes.push_back(Qot_Common::SubType_Broker);
vector<Qot_Common::RehabType> rehabTypes;
rehabTypes.push_back(Qot_Common::RehabType_None);
//订阅00700的逐笔数据
NetCenter::Default()->Req_Subscribe(stocks, subTypes, true, true, rehabTypes, true);
//注册接收逐笔推送
NetCenter::Default()->Req_RegPush(stocks, subTypes, rehabTypes, true, true);
}
void QuoteHandler::OnRsp_KeepAlive(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_KeepAlive: " << endl;
}
void QuoteHandler::OnRsp_GetGlobalState(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_GetGlobalState: " << endl;
GetGlobalState::Response rsp;
if (!ParsePb(&rsp, header.nProtoID, pData, nLen))
{
return;
}
cout << "Ret=" << rsp.rettype() << "; Msg=" << rsp.retmsg() <<
"; ServerVer=" << rsp.s2c().serverver() <<
"; " << endl;
}
void QuoteHandler::OnRsp_Qot_Sub(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_Qot_Sub: " << endl;
Qot_Sub::Response rsp;
if (!ParsePb(&rsp, header.nProtoID, pData, nLen))
{
return;
}
cout << "Ret=" << rsp.rettype() << "; Msg=" << rsp.retmsg() << endl;
}
void QuoteHandler::OnRsp_Qot_RegQotPush(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_Qot_RegQotPush:" << endl;
Qot_RegQotPush::Response rsp;
if (!ParsePb(&rsp, header.nProtoID, pData, nLen))
{
return;
}
cout << "Ret=" << rsp.rettype() << "; Msg=" << rsp.retmsg() << endl;
}
void QuoteHandler::OnRsp_Qot_UpdateTicker(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_Qot_UpdateTicker:" << endl;
Qot_UpdateTicker::Response rsp;
if (!ParsePb(&rsp, header.nProtoID, pData, nLen))
{
return;
}
cout << "Ret=" << rsp.rettype() << "; Msg=" << rsp.retmsg() << endl;
if (rsp.rettype() != 0)
{
return;
}
for (int i = 0; i < rsp.s2c().tickerlist_size(); ++i)
{
const Qot_Common::Ticker &data = rsp.s2c().tickerlist(i);
cout << "Ticker: Code=" << rsp.s2c().security().code() <<
"; Time=" << data.time() <<
"; Price=" << data.price() <<
";" << endl;
}
}
void QuoteHandler::OnRsp_Qot_UpdateBroker(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_Qot_UpdateBroker:" << endl;
Qot_UpdateBroker::Response rsp;
if (!ParsePb(&rsp, header.nProtoID, pData, nLen))
{
return;
}
cout << "Ret=" << rsp.rettype() << "; Msg=" << rsp.retmsg() << endl;
if (rsp.rettype() != 0)
{
return;
}
for (int i = 0; i < rsp.s2c().brokerasklist_size(); ++i)
{
const Qot_Common::Broker &data = rsp.s2c().brokerasklist(i);
cout << "Broker: ID=" << data.id() <<
";" << endl;
}
}
void QuoteHandler::OnRsp_Qot_UpdateOrderBook(const APIProtoHeader &header, const i8_t *pData, i32_t nLen)
{
cout << "OnRsp_Qot_UpdateOrderBook:" << endl;
Qot_UpdateOrderBook::Response rsp;
if (!ParsePb(&rsp, header.nProtoID, pData, nLen))
{
return;
}
cout << "Ret=" << rsp.rettype() << "; Msg=" << rsp.retmsg() << endl;
if (rsp.rettype() != 0)
{
return;
}
for (int i = 0; i < rsp.s2c().orderbookasklist_size(); ++i)
{
const Qot_Common::OrderBook &data = rsp.s2c().orderbookasklist(i);
cout << "Price: " << data.price() << endl;
}
}
} |
5c7e48df23168248a121262d3bc3e291b07cd100 | 640e0a3b6f14acf262d9a2fa91efab88cd396536 | /ZBarCodeReader/xmlsurfaceparser.h | e19a148af8a371dfb6c172714cd3a3c43bc921d2 | [] | no_license | UAV-Concordia/Report-Builder | 4130488c5ea5a58ffe267ae53db1ae0b4c06aa46 | 5267a33bde51d7501bb667ea822a68e768afe144 | refs/heads/master | 2020-05-18T02:42:01.699487 | 2015-05-01T22:42:16 | 2015-05-01T22:42:16 | 32,762,344 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 935 | h | xmlsurfaceparser.h | #ifndef XMLSURFACEPARSER_H
#define XMLSURFACEPARSER_H
#include <vector>
#include <string>
#include <iostream>
#include "tinyxml/tinyxml2.h"
using namespace std;
using namespace tinyxml2;
class XMLSurfaceParser
{
public:
XMLSurfaceParser();
~XMLSurfaceParser();
void readFile();
void setFilePath(string path);
string getFilepath();
void parse();
//vector<string>& split(char delim, string toParse, int rep = 0);
vector< vector <double>>& getBoundingPolygon(int index);
string getName(int index);
int getNumberOfParsedObjects();
private:
//vector<string> flds;
//vector<string> lines;
string filePath;
XMLDocument doc;
XMLElement* rootElement;
XMLElement* documentElement;
XMLElement* folderElement;
vector<XMLElement*> placemarkElements;
vector<string>& XMLSurfaceParser::split(char delim, string toParse, int rep);
};
#endif // XMLSURFACEPARSER_H
|
1362585b8b789c42956c206db526f3e9e7064d6a | 7eea3822a8af5a07d0299bc372e50a714b86f648 | /ConsoleApplication1/Specialization1.cpp | 5cc6918330a8c176c69116694f5d3b147d72867a | [] | no_license | songminkyu/CPP_TEST_UNTIL_17 | c6eade1d64e83d0b246554abce71d3a9bd3ea415 | 4c95c072512b289373d27bb2d5aff5c0f60042b5 | refs/heads/master | 2022-12-09T23:33:38.635871 | 2020-09-03T17:30:56 | 2020-09-03T17:30:56 | 291,965,429 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 356 | cpp | Specialization1.cpp | #include "stdafx.h"
#include <iostream>
namespace NS {
inline namespace detail {
template <typename T>
void test();
}
template<>
void test<int>() {
std::cout << "test<int>" << std::endl;
}
template<>
void test<double>() {
std::cout << "test<double>" << std::endl;
}
}
int main()
{
using namespace NS;
test<int>();
test<double>();
} |
d9cc33ebfd7e684fbeed7ea73f5100fe9e3aefbc | a4dc28805210a7aa505e32f0288a9d4abb37677c | /DaleJr/VarFun.cpp | 8c2f34991d4e44ab5a23bb9c0245b366a974715a | [] | no_license | hunterxtang/CodeLand | b79ea43458af2e4581c8957ec98a37dec7089fa4 | 810c588316b50bbc8adc469e1ba59bce2afa718d | refs/heads/master | 2020-04-14T09:02:07.466777 | 2019-05-11T18:08:31 | 2019-05-11T18:08:31 | 163,750,253 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 171 | cpp | VarFun.cpp | #include <iostream>
using namespace::std;
int main()
{
int number = 22;
if(number % 2 == 1)
cout<< "Odd" <<endl;
else {
cout<< "Even" <<endl;
}
return(0);
}
|
545da113d2a34af44d0b3ba10b2f6622d8e4dd7f | 62d74675721d939baae340864c0e79d3037df189 | /predict the output all/predict the output on static/8.cpp | 9ddfbaa4ecca25904eb1b4dcce5db7d13cb1e75a | [] | no_license | shubhamkanade/cpp-program | c5fe1c85d2adac7c67ebd934c34e9b69509466d4 | 0cf279bd9cd473541a8a72bfee1f4b948d7fdaba | refs/heads/master | 2021-07-12T08:49:14.479420 | 2021-07-06T03:24:06 | 2021-07-06T03:24:06 | 172,293,386 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 200 | cpp | 8.cpp | #include<iostream>
using namespace std;
class Demo
{
public:
int i;
static int k;
Demo()
{
i=10;
}
};
int Demo::k=20;
int main()
{
Demo dobj;
cout<<dobj.k<<Demo::k<<endl;
return 0;
}
|
18d43bdff2cccb037f3443ffe2bba18f0aff2212 | 5795150f1d7fd799a94245b28e852ff472fcd4db | /cubegui-4.4-TP3/src/GUI-qt/plugins/Barplot/BarplotArea.h | df0a12fc6a1672c8f9e230b92cec7518950332f3 | [
"LicenseRef-scancode-unknown-license-reference",
"BSD-3-Clause"
] | permissive | simbadSid/julich_testAssignment_cubePlugin | 59a5d328b8dedc2d6f2c2aa59246df5b93c43d29 | 0b126b80295ade4f4f22f7c55c67efe8e5386ff2 | refs/heads/master | 2020-06-21T14:37:36.769644 | 2016-12-08T19:11:02 | 2016-12-08T19:11:02 | 74,790,070 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,301 | h | BarplotArea.h | /****************************************************************************
** CUBE http://www.scalasca.org/ **
*****************************************************************************
** Copyright (c) 1998-2016 **
** Forschungszentrum Juelich GmbH, Juelich Supercomputing Centre **
** **
** Copyright (c) 2009-2015 **
** German Research School for Simulation Sciences GmbH, **
** Laboratory for Parallel Programming **
** **
** This software may be modified and distributed under the terms of **
** a BSD-style license. See the COPYING file in the package base **
** directory for details. **
****************************************************************************/
#ifndef BARPLOTAREA_H
#define BARPLOTAREA_H
#include <QWidget>
#include <QList>
#include <QPoint>
#include <QMouseEvent>
#include "CubeDataItem.h"
#include "AbstractPlotArea.h"
#include "globals.h"
/**
* This class is resposible for drawing the bars plots. It displays the plots according to their z-order, it also displays the legend. It offers a method to draw the plots using any QPainter so it can used to draw the plots on an image file for example.
* Please note that you should not use this class directly as a placeholder for sending/receiving events. The corresponding controller must be used instead.
* @see AbstractBarsPlotAreaController
*/
class BarPlotArea : public AbstractPlotArea
{
public:
explicit
BarPlotArea( QWidget* parent = 0 );
public:
void
doPaint( QRect viewport,
QPainter* painter );
void
setDataRef(QList<CubeDataItem> data);
void
reset();
// void
// setDisplayStatus(bool newDisplayStatus);
protected:
virtual void
initComponents();
virtual QPixmap
generateLegend();
virtual void
paintEvent(QPaintEvent *);
QList<CubeDataItem> data;
//bool displayStatus;
};
#endif // BARPLOTAREA_H
|
c5ff83673613df46e0f1c80ca5579f2b03d9346e | 52346de88a47f70ed63335b21ff12748bbbb5cba | /modules/perception/camera/lib/obstacle/tracker/common/similar.cc | e7f00fb91a917f82b4020cf481c27e933a77ce01 | [
"Apache-2.0",
"LicenseRef-scancode-generic-cla",
"BSD-2-Clause"
] | permissive | lgsvl/apollo-5.0 | 064537e31c5d229c0712bfcd4109af71dbf1d09d | 105f7fd19220dc4c04be1e075b1a5d932eaa2f3f | refs/heads/simulator | 2022-03-08T09:18:02.378176 | 2021-10-01T22:07:57 | 2021-10-01T22:07:57 | 203,249,539 | 86 | 115 | Apache-2.0 | 2022-02-11T02:55:46 | 2019-08-19T21:00:15 | C++ | UTF-8 | C++ | false | false | 1,828 | cc | similar.cc | /******************************************************************************
* Copyright 2018 The Apollo Authors. All Rights Reserved.
*
* 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.
*****************************************************************************/
#include "modules/perception/camera/lib/obstacle/tracker/common/similar.h"
#include "modules/perception/base/blob.h"
namespace apollo {
namespace perception {
namespace camera {
bool CosineSimilar::Calc(CameraFrame *frame1, CameraFrame *frame2,
base::Blob<float> *sim) {
auto n = frame1->detected_objects.size();
auto m = frame2->detected_objects.size();
if ((n && m) == 0) {
return false;
}
sim->Reshape({static_cast<int>(n), static_cast<int>(m)});
float *sim_data = sim->mutable_cpu_data();
auto dim =
frame1->detected_objects[0]->camera_supplement.object_feature.size();
for (auto &object1 : frame1->detected_objects) {
for (auto &object2 : frame2->detected_objects) {
float s = 0.0f;
for (size_t k = 0; k < dim; ++k) {
s += object1->camera_supplement.object_feature[k] *
object2->camera_supplement.object_feature[k];
}
*sim_data = s;
++sim_data;
}
}
return true;
}
} // namespace camera
} // namespace perception
} // namespace apollo
|
574ba198838e1e7df62b46012ea8abe977f7b5fe | 4a8f191e0613b25eb97d930eaff3b8fa8918060b | /WindowRenderer.cpp | c9d0bff4208e21ae288863fac10da9d93661094c | [
"MIT"
] | permissive | hberker/sdl-platformer | cbb33176daf7de293bfa75798d5129bf3ae2235e | 9629aebcb80dfd0eeecf808ff1ee83312690bb11 | refs/heads/master | 2023-02-19T17:00:45.074695 | 2021-01-13T13:38:39 | 2021-01-13T13:38:39 | 260,585,123 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,343 | cpp | WindowRenderer.cpp | #ifndef WINDOW_RENDERER_CPP
#define WINDOW_RENDERER_CPP
#include "include/WindowRenderer.hpp"
#include "include/Tile.hpp"
#include "include/utility.hpp"
#include "include/Player.hpp"
#include <SDL2/SDL.h>
#include <SDL2/SDL_image.h>
#include <iostream>
WindowRenderer::WindowRenderer(const char window_name[], int width, int height)
{
this->window = SDL_CreateWindow(window_name, SDL_WINDOWPOS_UNDEFINED, SDL_WINDOWPOS_UNDEFINED, width, height,SDL_WINDOW_SHOWN);
if(this->window == NULL)
{
std::cout << "Error creating window: "<< SDL_GetError() << std::endl;
SDL_Quit();
}
this->renderer = SDL_CreateRenderer(this->window, -1, SDL_RENDERER_ACCELERATED | SDL_RENDERER_PRESENTVSYNC);
if(this->renderer == NULL)
{
std::cout << "Error creating Renderer: "<< SDL_GetError() << std::endl;
SDL_Quit();
}
}
WindowRenderer::~WindowRenderer()
{
SDL_DestroyWindow(this->window);
SDL_DestroyRenderer(this->renderer);
}
SDL_Texture * WindowRenderer::load_texture(const char * path)
{
SDL_Texture * texture = NULL;
texture = IMG_LoadTexture(this->renderer, path);
if (texture == NULL)
{
std::cout << "Failed to load texture. Error: " << SDL_GetError() << std::endl;
}
return texture;
}
void WindowRenderer::render_tile(Tile * tile, SDL_Rect &camera, SDL_Texture * texture)
{
if(check_collision(tile->get_destination(),camera))
{
int x = tile->get_destination().x - camera.x;
int y = tile->get_destination().y - camera.y;
SDL_Rect renderQuad = { x, y, tile->get_destination().w, tile->get_destination().h};
SDL_RenderCopy(this->renderer, texture, (tile->get_clip()), &(renderQuad));
}
}
void WindowRenderer::render_player(Player &player, SDL_Rect &camera)
{
int x= player.get_hit_box()->x - camera.x;
int y = player.get_hit_box()->y - camera.y;
SDL_Rect renderQuad = { x, y , player.get_hit_box()->w , player.get_hit_box()->h };
SDL_RenderCopy(this->renderer,player.get_texture(),&(PLAYER_CLIP_LOCATIONS[player.get_player_direction()]), &renderQuad);
}
void WindowRenderer::display()
{
SDL_RenderPresent(this->renderer);
}
void WindowRenderer::clear()
{
SDL_SetRenderDrawColor( this->renderer, 0xFF, 0xFF, 0xFF, 0xFF );
SDL_RenderClear(this->renderer);
}
#endif |
c7900a3fa212ecc684135b9651df100a87c86673 | 3d1e23090d20db288b4c99e774c50e933ed9db8a | /GeoWars/Player.cpp | 7690e87855bcffd6cf5da3fd6c06dde32fbcb072 | [] | no_license | RianC4rl0s/PlaTank_tp3_jogos | 08c73928b036ea4f63be2e0f78e616b5a1a893bd | a71a79e1fab66a730d341f0492fdc862822e3fd4 | refs/heads/main | 2023-09-05T11:05:49.112153 | 2021-11-23T18:56:21 | 2021-11-23T18:56:21 | null | 0 | 0 | null | null | null | null | ISO-8859-1 | C++ | false | false | 7,928 | cpp | Player.cpp | /**********************************************************************************
// Player (Código Fonte)
//
// Criação: 10 Out 2012
// Atualização: 01 Nov 2021
// Compilador: Visual C++ 2019
//
// Descrição: Define a classe jogador
//
**********************************************************************************/
#include "Player.h"
#include "GeoWars.h"
#include "Missile.h"
#include "Hud.h"
#include "Light.h"
#include "Explosion.h"
// -------------------------------------------------------------------------------
Controller* Player::gamepad = nullptr;
bool Player::ControllerOn = false;
uint Player::XboxPlayer = PLAYER1;
bool Player::defeat = false;
int Player::score = 0;
int Player::currentLife = 100;
Player::Player()
{
// Inicializa um controler
gamepad = new Controller();
ControllerOn = gamepad->XboxInitialize(XboxPlayer);
// configuração do objeto
sprite = new Sprite("Resources/Player.png");
speed = new Vector(90.0f, 0.0f);
BBox(new Rect(-37.5f, -35.0f, 37.5f, 35.0f));
MoveTo(game->CenterX(), game->CenterY());
type = PLAYER;
// configuração do gerador de partículas
Generator emitter;
emitter.imgFile = "Resources/Tracks.png"; // arquivo de imagem
emitter.angle = 270.0f; // ângulo base do emissor
emitter.spread = 0; // espalhamento em graus
emitter.lifetime = 3.0f; // tempo de vida em segundos
emitter.frequency = 0.08f; // tempo entre geração de novas partículas
emitter.percentToDim = 1.8f; // desaparece após 60% da vida
emitter.minSpeed = 0.0f; // velocidade mínima das partículas
emitter.maxSpeed = 0.0f; // velocidade máxima das partículas
emitter.color.r = 1.0f; // componente Red da partícula
emitter.color.g = 1.0f; // componente Green da partícula
emitter.color.b = 1.0f; // componente Blue da partícula
emitter.color.a = 1.0f; // transparência da partícula
// cria sistema de partículas
tail = new Particles(emitter);
}
// -------------------------------------------------------------------------------
Player::~Player()
{
delete sprite;
delete speed;
delete tail;
}
void Player::OnCollision(Object* obj) {
if (obj->Type() == ORANGE) {
currentLife -= 20;
GeoWars::scene->Add(new Explosion(obj->X(), obj->Y()), STATIC);
GeoWars::scene->Delete(obj, MOVING);
}
if (obj->Type() == SPAWNER) {
motor = false;
speed->RotateTo(speed->Angle() + 180);
speed->ScaleTo(10.0f);
timer.Start();
}
if (obj->Type() == MINI_BOSS) {
motor = false;
speed->RotateTo(speed->Angle() + 180);
speed->ScaleTo(10.0f);
timer.Start();
GeoWars::scene->Add(new Explosion(y, x), STATIC);
currentLife -= 20;
}
if (obj->Type() == OIL) {
if (speed->Magnitude() > 0.1f) {
speed->Rotate(300 * gameTime);
}
}
if (obj->Type() == ENMEY_PROJECTILE) {
currentLife -= 10;
GeoWars::scene->Add(new Light(obj->X(), obj->Y()), STATIC);
GeoWars::scene->Delete(obj, STATIC);
}
if (obj->Type() == HEAVYITEM) {
GeoWars::audio->Play(HEAVY);
gun->activeGun = 2;
gun->ammo = 60;
GeoWars::scene->Delete(obj, STATIC);
}
if (obj->Type() == SHOTGUNITEM) {
GeoWars::audio->Play(SHOTGUN);
gun->activeGun = 1;
gun->ammo = 21;
GeoWars::scene->Delete(obj, STATIC);
}
}
// -------------------------------------------------------------------------------
void Player::Move(Vector && v)
{
speed->Add(v);
// limita velocidade máxima
if (speed->Magnitude() > 10.0f)
speed->ScaleTo(10.0f);
}
void Player::Reset() {
defeat = false;
score = 0;
MoveTo(game->CenterX(), game->CenterY());
currentLife = 100;
speed->Rotate(0);
speed->ScaleTo(0);
gun->activeGun = 0;
}
// -------------------------------------------------------------------------------
void Player::Update()
{
// magnitude do vetor aceleração
float accel = 40.0f * gameTime;
if (!motor && timer.Elapsed(0.25f)) motor = true;
if (motor) {
if (ControllerOn) {
gamepad->XboxUpdateState(XboxPlayer);
float ang = Line::Angle(Point(0, 0), Point(gamepad->XboxAnalog(ThumbLX) / 327.67f, -gamepad->XboxAnalog(ThumbLY) / 327.67f));
float mag = Point::Distance(Point(0, 0), Point(gamepad->XboxAnalog(ThumbLX) / 327.67f, -gamepad->XboxAnalog(ThumbLY) / 327.67f));
// nenhuma direção selecionada
if (mag == 0)
{
// se a velocidade estiver muita baixa
if (speed->Magnitude() < 0.1)
{
// apenas pare
speed->ScaleTo(0.0f);
}
else
{
// comece a frear
Move(Vector(speed->Angle() + 180.0f, 5.0f * gameTime));
}
}
else
{
// ande na direção selecionada
Move(Vector(ang, mag * gameTime));
}
}
else {
// modifica vetor velocidade do player
if (window->KeyDown(VK_RIGHT) && window->KeyDown(VK_UP))
Move(Vector(45.0f, accel));
else if (window->KeyDown(VK_LEFT) && window->KeyDown(VK_UP))
Move(Vector(135.0f, accel));
else if (window->KeyDown(VK_LEFT) && window->KeyDown(VK_DOWN))
Move(Vector(225.0f, accel));
else if (window->KeyDown(VK_RIGHT) && window->KeyDown(VK_DOWN))
Move(Vector(315.0f, accel));
else if (window->KeyDown(VK_RIGHT))
Move(Vector(0.0f, accel));
else if (window->KeyDown(VK_LEFT))
Move(Vector(180.0f, accel));
else if (window->KeyDown(VK_UP))
Move(Vector(90.0f, accel));
else if (window->KeyDown(VK_DOWN))
Move(Vector(270.0f, accel));
else
// se nenhuma tecla está pressionada comece a frear
if (speed->Magnitude() > 0.1f)
Move(Vector(speed->Angle() + 180.0f, 5.0f * gameTime));
else
// velocidade muita baixa, não use soma vetorial, apenas pare
speed->ScaleTo(0.0f);
}
}
// movimenta objeto pelo seu vetor velocidade
Translate(speed->XComponent() * 50.0f * gameTime, -speed->YComponent() * 50.0f * gameTime);
// atualiza calda do jogador
if (speed->Magnitude() != 0.0f)
tail->Generate(x - 10 * cos(speed->Radians()), y + 45 * sin(speed->Radians()));
tail->Config().angle = speed->Angle() + 180;
tail->Update(gameTime);
// restringe a área do jogo
if (x < 85)
MoveTo(85, y);
if (y < 85)
MoveTo(x, 85);
if (x > game->Width() - 85)
MoveTo(game->Width() - 85, y);
if (y > game->Height() - 85)
MoveTo(x, game->Height() - 85);
//Rotaciona o object para que seu bbox use o angulo calculado
RotateTo(-speed->Angle() + 90.0f);
if (currentLife < 10) defeat = true;
}
// ---------------------------------------------------------------------------------
void Player::Draw()
{
sprite->Draw(x, y, Layer::UPPER, 1.0f, -speed->Angle() + 90.0f);
tail->Draw(Layer::LOWER);
}
// -------------------------------------------------------------------------------
|
7b207db654fab47e93751a1154537e06f5f57990 | 2259f74a232e176ac54ae21b52396c6e76f70b89 | /Code/1_InputHandler/Src/main.cpp | 275af9fc8d6627e07e47c3d9ab795372d0a1bf3f | [] | no_license | SubspaceBob/bootcamp_project | 0db4d191b801b53248dfe71234547e1ff0d7ca81 | f906a3ea51112241299a5261140cb90157ebc9cf | refs/heads/main | 2023-01-20T22:03:08.377988 | 2020-11-27T07:16:32 | 2020-11-27T07:16:32 | 308,638,661 | 0 | 0 | null | 2020-11-26T15:06:09 | 2020-10-30T13:28:36 | C++ | UTF-8 | C++ | false | false | 241 | cpp | main.cpp | #include "input_handler.h"
int main() {
int cycleTime = 100; // Rough Can cycletime in ms const_
InputHandler inpHandl;
bool stop = false;
while (!stop)
{
stop = inpHandl.run(cycleTime);
}
return 0;
}
|
c12fa42362c4fc499773b206cec2b3aa738df300 | 8bb3d5309fc86eee5e379f50d505f63700689ab6 | /LineSensor/lineSensor.ino | e32ef0125ffb0d11e967ad571c26fe8f15928688 | [] | no_license | MrLegge/RoboCup | f569ecd9b905dde4cbcba6ccbd2025e9f2a22c8f | c1cffd9d6b238329828ca81aa3ff62fe0ba93a1d | refs/heads/master | 2023-08-17T16:19:21.817439 | 2023-08-06T01:59:02 | 2023-08-06T01:59:02 | 97,781,780 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 450 | ino | lineSensor.ino | /*
LineSensor.ino - Demonstration of how to use the LineSensor
Author: Phil Legge 12/11/18
email: phil.legge@det.nsw.edu.au
*/
#include "LineSensor.h"
LineSensor *mySensor;
void setup() {
mySensor = new LineSensor();
//mySensor = new LineSensor(2);
}
void loop() {
if(mySensor->onLine()){
delay(10);
Serial.println("On the line");
delay(1000);
}else{
Serial.println("Not on a line");
delay(1000);
}
}
|
d501389cb5c9db3c754ab237c9a6c8d788cf1d30 | bc138e771c1aca344c5a1fd44b127ddf29365049 | /CF_EDU_94_A.cpp | e2ac4bd75feabd25708bbeafa0c5ab9da81763f6 | [] | no_license | ShubhankarKate/CodingStuff | ef65ef4df290658dfe526c4659356fc6dbbc0cc8 | e014dcf1578a225f9e64e66ccd0ae37290800f1f | refs/heads/main | 2023-01-25T03:42:15.311537 | 2020-11-27T17:53:27 | 2020-11-27T17:53:27 | 316,515,873 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 375 | cpp | CF_EDU_94_A.cpp | #include<bits/stdc++.h>
using namespace std;
int main()
{
ios_base::sync_with_stdio(false);
cin.tie(NULL);
cout.tie(NULL);
int t,n,k;
string s,f;
cin>>t;
while(t--)
{
f="";
cin>>n;
cin>>s;
for(int i=0;i<n;i++)
{
f = f + s[n-1];
}
cout<<f<<endl;
}
}
|
c6b9373a5826c7965c00b5be817bd66da4b8ff9f | 73e9022abe8c2690cefb2bf89a28437f970554ef | /uri/Cpp/1014.cpp | 596c9fd7ff59f632589e6ba9e373b45a274aa902 | [] | no_license | ajunior/cp | d1e9e392e8c439fbf7acbd0f61fe09c090524d70 | 4e0ddbe66c48241c656f4d09c9ddcd39ae25db52 | refs/heads/master | 2023-09-05T02:59:16.675143 | 2023-08-23T21:03:23 | 2023-08-23T21:03:23 | 47,352,135 | 1 | 7 | null | 2018-04-07T02:58:04 | 2015-12-03T18:36:13 | C++ | UTF-8 | C++ | false | false | 260 | cpp | 1014.cpp | #include <iostream>
#include <iomanip>
using namespace std;
int main() {
int distancia;
double gasolina;
cin >> distancia >> gasolina;
cout << setprecision(3) << fixed;
cout << distancia/gasolina << " km/l\n";
return EXIT_SUCCESS;
} |
1d2860c65310e65d5dc29e0626d305507f2de517 | 7dfbb3fde81fe6afbb60eff188f40e5915eed05f | /09/Sequential Containers/Sequential Containers/EX9.45.cpp | c4359c48a97a489f00f71247e7705ef59fb63b17 | [] | no_license | godNights/My-C-Plus-Plus-Primer | 60b10f80de66cedc579e8caf5efb90252df77333 | 61402f4824d8006819ce43dabe7dbe971e280418 | refs/heads/master | 2020-06-23T13:40:22.919862 | 2017-02-12T08:50:40 | 2017-02-12T08:50:40 | 74,646,903 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 472 | cpp | EX9.45.cpp | #include <string>
#include <iostream>
using std::string;
using std::endl;
using std::cout;
using std::cin;
string newName(const string &s, const string &prefix, const string &suffix)
{
string s1 = s;
s1.insert(s1.begin(), prefix.cbegin(), prefix.cend());
s1.append(suffix);
return s1;
}
int main()
{
string s, prefix, suffix, name;
cin >> s >> prefix >> suffix;
name = newName(s, prefix, suffix);
cout << s << " " << name << endl;
system("pause");
return 0;
} |
bb40d33dbed1bad85f1856075f1b6d34c15f3a3d | f81749de4aad3955433ef183dba9813cd54af57f | /instance/problem/continuous/expensive/CEC2015/F6_shifted_rotated_happy_cat.cpp | 85901a234ff082ce0eb2028b73116d8add83fee6 | [] | no_license | Strawberry9583/OFEC_Alpha | bc27208143647e91f5acd7cfc86b666c8a59aac4 | f251f02d8d63544f49d832efa8acb06da5cd028a | refs/heads/master | 2021-08-22T11:00:32.068132 | 2017-11-28T02:04:36 | 2017-11-28T02:04:36 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 940 | cpp | F6_shifted_rotated_happy_cat.cpp | #include "F6_shifted_rotated_happy_cat.h"
namespace OFEC {
namespace CEC2015 {
F6_shifted_rotated_happy_cat::F6_shifted_rotated_happy_cat(param_map &v) :problem((v[param_proName]), (v[param_numDim]), 1), \
happy_cat((v[param_proName]), (v[param_numDim]), 1) {
initialize();
}
F6_shifted_rotated_happy_cat::F6_shifted_rotated_happy_cat(const std::string &name, size_t size_var, size_t size_obj) :problem(name, size_var, size_obj), \
happy_cat(name, size_var, size_obj) {
initialize();
}
void F6_shifted_rotated_happy_cat::initialize() {
set_bias(600);
load_translation("instance/problem/continuous/expensive/CEC2015/data/"); //data path
load_rotation("instance/problem/continuous/expensive/CEC2015/data/");
m_optima.clear();
set_global_opt(m_translation.data());
}
void F6_shifted_rotated_happy_cat::evaluate__(real *x, std::vector<real>& obj) {
happy_cat::evaluate__(x, obj);
}
}
} |
303b7ef8a3b5f974f3b958cc7b81aa9bb886cd40 | 30bdd8ab897e056f0fb2f9937dcf2f608c1fd06a | /scrape/data/Organized/Rokham/Rokham_TLE.cpp | e66854951ce562e98b69ca569cdc16c770fa1901 | [] | no_license | thegamer1907/Code_Analysis | 0a2bb97a9fb5faf01d983c223d9715eb419b7519 | 48079e399321b585efc8a2c6a84c25e2e7a22a61 | refs/heads/master | 2020-05-27T01:20:55.921937 | 2019-11-20T11:15:11 | 2019-11-20T11:15:11 | 188,403,594 | 2 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 639 | cpp | Rokham_TLE.cpp | #include <iostream>
#include <cmath>
#include <string>
#include <vector>
#include <algorithm>
using namespace std;
int main() {
long long n, k;
size_t m;
cin >> n >> m >> k;
vector<long long> a(m);
for (size_t i = 0; i < m; ++i) {
cin >> a[m - i - 1];
}
int curr = 0, answer = 0, curr1 = 0;
while (!a.empty()) {
++answer;
if (a.back() > curr + k) {
curr += ((a.back() - 1 - curr) / k) * k;
}
while (a.back() <= curr + k) {
a.pop_back();
curr1 += 1;
}
curr += curr1;
curr1 = 0;
}
cout << answer;
} |
0f529fdb9ca14cec376c9477b649002a2244bf76 | 40b115714899193e2a3eeb15c030402181880192 | /engine/animator.hh | 59ed98ab05f440c4005e37bea595e587b01c2c0b | [] | no_license | inducer/wam | ec937b2b66edb09271f2197609549e574f2c68f1 | 03bd98e8ae000e7cc3fde8e3bff2878ed0c30802 | refs/heads/master | 2023-01-02T03:42:13.877423 | 2008-02-10T08:52:04 | 2008-02-10T08:52:04 | 305,217,156 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,500 | hh | animator.hh | // ----------------------------------------------------------------------------
// Description : WAM animation script language
// ----------------------------------------------------------------------------
// Remarks : none.
//
// ----------------------------------------------------------------------------
// (c) Copyright 2000 by Team WAM
// ----------------------------------------------------------------------------
#ifndef WAM_ANIMATOR
#define WAM_ANIMATOR
#include "utility/hash_map.hh"
#include <vector>
#include <ixlib_xml.hh>
#include <ixlib_re.hh>
#include "engine/resource.hh"
class wAnimator
{
protected:
class wCommand;
typedef double wExecutionPriority;
struct wExecutionContext
{
wCommand *InstructionPointer;
double RemainingDelay;
wExecutionPriority CurrentPriority;
wExecutionContext()
: InstructionPointer( NULL ), RemainingDelay( 0 ),
CurrentPriority( 0 )
{}
wExecutionContext( wCommand *ip, wExecutionPriority priority,double delay )
: InstructionPointer( ip ), RemainingDelay( delay ),
CurrentPriority( priority )
{}
void step( double seconds );
};
wImageManager &ImageManager;
struct wFrameInfo
{
wImageHolder Image;
bool Dynamic;
string ScaleXExpression,ScaleYExpression,RotateExpression;
};
typedef hash_map<string, wFrameInfo, string_hash> wImageHash;
wImageHash Images;
typedef pair<regex_string, string> wRegex;
typedef vector<wRegex> wRegexList;
wRegexList Regexes;
typedef hash_map<string, string, string_hash> wParameterList;
wParameterList Parameters;
typedef vector<wExecutionContext> wExecutionStack;
wExecutionStack Stack;
wExecutionContext ExecutionContext;
typedef hash_map<string, wCommand *, string_hash> wLabelList;
wLabelList Labels;
typedef vector<wCommand *> wCommandList;
wCommandList DisposeList;
struct wEvent
{
string Parameter, OldValue, NewValue;
bool OldRequired, NewRequired;
wExecutionPriority Priority;
bool WillReturn;
wCommand *Handler;
};
typedef vector<wEvent> wEventList;
wEventList EventList;
typedef queue<string> wSignalQueue;
wSignalQueue PendingSignals;
wImage LastDynamicImage;
wFrameInfo *CurrentFrame;
bool CurrentFrameChanged;
// "Next" refers to "textually subsequent", whereas execute returns
// the next command to be executed
class wCommand
{
protected:
wAnimator &Animator;
private:
wCommand *NextCommand;
public:
wCommand( wAnimator &animator )
: Animator( animator ), NextCommand( NULL )
{}
virtual ~wCommand()
{}
virtual wExecutionContext execute( double priority ) = 0;
virtual void setNextCommand( wCommand *cmd );
wCommand *getNextCommand();
wCommand *getLastCommand();
};
class wIf : public wCommand
{
protected:
wCommand *IfPart, *ElsePart;
string Parameter, Value;
public:
wIf( wAnimator &animator, wCommand *ifpart, wCommand *elsepart,
string const ¶meter, string const &value )
: wCommand( animator ), IfPart( ifpart ), ElsePart( elsepart ),
Parameter( parameter ), Value( value )
{}
wExecutionContext execute( double priority );
void setNextCommand( wCommand *cmd );
};
class wOnReturn : public wCommand
{
protected:
wCommand *Handler;
public:
wOnReturn( wAnimator &animator, wCommand *handler )
: wCommand( animator ), Handler( handler )
{}
wExecutionContext execute( double priority );
};
class wPrioritySet : public wCommand
{
protected:
wExecutionPriority Priority;
public:
wPrioritySet( wAnimator &animator, wExecutionPriority priority )
: wCommand( animator ), Priority( priority )
{}
wExecutionContext execute( double priority );
};
class wGoto : public wCommand
{
protected:
string Label;
public:
wGoto( wAnimator &animator, string const &label )
: wCommand( animator ), Label( label )
{}
wExecutionContext execute( double priority );
};
class wGosub : public wCommand
{
protected:
string Label;
public:
wGosub( wAnimator &animator, string const &label )
: wCommand( animator ), Label( label )
{}
wExecutionContext execute( double priority );
};
class wReturn : public wCommand
{
protected:
bool KillDelay;
public:
wReturn( wAnimator &animator, bool killdelay )
: wCommand( animator ), KillDelay( killdelay )
{}
wExecutionContext execute( double priority );
};
class wDelay : public wCommand
{
protected:
double Seconds;
public:
wDelay( wAnimator &animator, double seconds )
: wCommand( animator ), Seconds( seconds )
{}
wExecutionContext execute( double priority );
};
class wFrame : public wCommand
{
protected:
string Name;
public:
wFrame( wAnimator &animator, string const &name )
: wCommand( animator ), Name( name )
{}
wExecutionContext execute( double priority );
};
class wStop : public wCommand
{
public:
wStop( wAnimator &animator )
: wCommand( animator )
{}
wExecutionContext execute( double priority );
};
class wSignal : public wCommand
{
protected:
string Name;
public:
wSignal( wAnimator &animator, string const &name )
: wCommand( animator ), Name( name )
{}
wExecutionContext execute( double priority );
};
friend class wIf;
friend class wOnReturn;
friend class wGoto;
friend class wGosub;
friend class wReturn;
friend class wDelay;
friend class wFrame;
friend class wStop;
friend class wSignal;
public:
wAnimator( wImageManager &imgmgr, istream &script );
~wAnimator();
void change( string const ¶meter, string const &value );
void step( double seconds );
wImage *getCurrentFrame();
bool isCurrentFrameChanged();
TSize countPendingSignals();
string getSignal();
protected:
void setExecutionContext( wExecutionContext const &ctx );
void parse( xml_file::tag *root );
void parseImages( xml_file::tag *root );
void parseRegexes( xml_file::tag *root );
wCommand *parseScript( xml_file::tag *root );
void pushContext();
string replaceParameters( const string &victim );
};
#endif
|
94a7fcabd769c81821571058155bba1455015bb1 | 48fc75e852aef847bbde3a674a60a2ec362f0cb3 | /hwutil.cpp | d3182105dd74a396c4a0a8a49b06a7ad52b05641 | [] | no_license | mreiferson/hajiworld | 24b31f57185e9ef5bd0bef83c924645b0df281ca | 52f208638c90414fcd9eef8b28e9874cebbd6e4e | refs/heads/master | 2020-05-31T09:05:41.236875 | 2011-11-29T02:16:33 | 2011-11-29T02:16:33 | 2,862,096 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,169 | cpp | hwutil.cpp | /*
* Haji World (C) Perplexed Productions
*
* Module (hwutil.cpp): Utility functions
*
*/
#define WIN32_LEAN_AND_MEAN
#include <windows.h>
#include <stdlib.h>
#include <stdio.h>
#include <math.h>
#include "hwutil.h"
FILE *g_fError = NULL; // general error file
DWORD g_StartClockCount = 0; // used for timing
double g_SinTab[360], g_CosTab[360];
DWORD GetClock(void)
{
// return time
return(GetTickCount());
}
DWORD StartClock(void)
{
// init the count
return(g_StartClockCount = GetClock());
}
DWORD WaitClock(DWORD count)
{
// wait specified count
while ((GetClock() - g_StartClockCount) < count);
return(GetClock());
}
int OpenErrorFile(char *filename)
{
FILE *fp_temp; // temporary file
// test if this file is valid
if ((fp_temp = fopen(filename, "w")) == NULL) {
return(0);
}
// close old file if there was one
if (g_fError) {
CloseErrorFile();
}
// assign new file
g_fError = fp_temp;
// write out header
WriteError("Opening Error Output File (%s):\n", filename);
// return success
return(1);
}
int CloseErrorFile(void)
{
if (g_fError) {
// write close file string
WriteError("\n\nClosing Error Output File.");
// close the file handle
fclose(g_fError);
g_fError = NULL;
// return success
return(1);
} else {
return(0);
}
}
int WriteError(char *string, ...)
{
char buffer[80]; // working buffer
va_list arglist; // variable argument list
// make sure both the error file and string are valid
if (!string || !g_fError) {
return(0);
}
// print out the string using the variable number of arguments on stack
va_start(arglist, string);
vsprintf(buffer, string, arglist);
va_end(arglist);
// write string to file
fprintf(g_fError, buffer);
// return success
return(1);
}
void GenerateTabs(void)
{
int i;
for (i = 0; i < 360; i++) {
g_SinTab[i] = sin(i * 3.14159 / 180);
g_CosTab[i] = cos(i * 3.14159 / 180);
}
}
|
e06b8a12d04c82df94253c35eb7289698b08446d | fb6454b02f402be7b3cf28d50906f283a14e07cc | /猪国杀(by zycany).cpp | 15d79c50c6588584e3ce65d5e2cbaa4084cda9ce | [] | no_license | Wandering-Trader/Killing-of-the-Pig-Kingdom | 86aa322800b7867c3dbe14ba6e7d75a9bb85a80f | c99dc9f8820db549326bb50613e2e20eddbe2572 | refs/heads/master | 2022-12-19T23:31:17.394032 | 2020-10-18T14:11:48 | 2020-10-18T14:11:48 | null | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 6,559 | cpp | 猪国杀(by zycany).cpp | /*
P2482 猪国杀
基本思路:
模拟
字符串处理
为了节省时间,采用双向环形链表(手写)
此代码由zycany共同完成
*/
#include <bits/stdc++.h>
using namespace std;
#define N 15
#define M 2005
#define END 30 //链表尾部
string str;
struct Player
{
string cards;//卡牌
int ch;//对外身份(0未知1忠2反)
string id;//实际身份
bool lfz;//是否是类反猪
int next;
int pre;//前后的玩家
bool Ktimes;//在本轮中是否使用"杀"
bool alive;//是否还活着(1活0死)
int hp;//体力
bool Z;//是否有猪哥连弩
bool mp;//派别(主猪1反猪0)
}p[N+END];
int n,m,fp;
void dead(int killer,int x) //死人处理
{
p[x].alive = false;//设为已死亡
p[p[x].pre].next = p[x].next;
p[p[x].next].pre = p[x].pre;//死亡后更新双向环形链表
if(p[x].id == "FP")
{//如果是反猪死了,那么反猪数量减一,而且杀人者摸三张牌
--fp;
p[killer].cards+=str[0]+str[1]+str[2];
str.erase(0,3);
}
else if(killer==1) p[1].cards.clear();
//如果忠猪死了而且是主猪杀的那么主猪的牌清空
}
void drop(int killer,int x)//掉一点生命
{
int pos;
--p[x].hp;//掉一点体力
if(!p[x].hp)//如果"死了"
{
pos=p[x].cards.find('P');
if(pos!=p[x].cards.npos)
{
p[x].cards.erase(pos,1);
p[x].hp = 1;//如果有桃就复活
}
else
dead(killer,x);
}
}
int J(int a,int b) //a向b发动无懈可击
{
int pos=p[a].cards.find('J');
if(pos!=p[a].cards.npos)
{
p[a].cards.erase(pos,1);
return J(b,a);
}
else return b;
//返回值是谁"赢了"
}
void NW(int j,char ch)
{
/*
南猪入侵或万箭齐发
killer表示使用者,ch表示用什么牌可以抵消(杀或闪)
*/
int pos;
for(int k=p[j].next;k!=j;k=p[k].next)//遍历循环链表
{
if(k==END) continue;
if(J(k,j)==k) continue;//无懈可击
pos=p[k].cards.find(ch);
if(pos!=p[k].cards.npos)
p[k].cards.erase(pos,1); //如果可以抵消就跳过
else
{
drop(j,k);
if(k==1&&!p[j].ch)
p[j].lfz=true;
//如果打到主猪且没标明身份,设为类反猪
}
}
}
int find(int x)
{//寻找表敌意的对象
if(p[x].id == "FP")
return 1;
for(int i = p[x].next;i != x;i = p[i].next)
{
if(i == END) continue;
if(p[i].ch == 2)
return i;
else if(x == 1 && p[i].lfz)
return i;
}
return -1;
}
bool K(int x)
{//杀
int goal = p[x].next;
if(goal == END) goal = p[END].next;
if(p[x].mp != p[goal].mp)//不在同一个派别就杀
{
int pos = p[goal].cards.find('D');
if(pos == p[goal].cards.npos)
drop(x,goal);
return true;
}
return false;
}
bool F(int x)
{//x发起决斗(0赢了2输了)
int goal = find(x);
if(goal == -1)
return false;//没有杀到人
if(J(goal,x)==goal) return false;
//被无懈可击抵消了
if(x == 1 && p[goal].id == "ZP")
{//如果主猪目标是忠猪那么忠猪直接掉1血
drop(x,goal);
return true;
}
if(p[x].id == "FP") {p[x].ch = 1;p[x].lfz=false;}
else {p[x].ch=2;p[x].lfz=false;}
//跳忠or跳反,取消类反猪
int px = p[x].cards.find('K');
int py = p[goal].cards.find('K');
while(px != p[x].cards.npos && py != p[goal].cards.npos)
{//只要都有杀就继续
p[x].cards.erase(px,1);
p[goal].cards.erase(py,1);
//互相扔杀
}
if(py == p[goal].cards.npos)
drop(x,goal);
else drop(goal,x);
return true;
}
bool playgame()
{
int temp,len,rnd = 0;
while(p[1].alive && fp)
//只要主猪还活着而且存在反猪(游戏尚未结束)
{
// printf("Round %d:\n",++rnd);
// if(rnd >= 5) return true;
for(int i = p[END].next;i != END;i = p[i].next)
//摸牌+出牌
{
// printf("Player %d:\n%d %d\n",i,p[i].pre,p[i].next);
if(!p[i].alive)
continue;
//已死亡就跳过
p[i].cards = p[i].cards+str.substr(0,2);
// cout<<"Cards:"<<p[i].cards<<" "<<str.substr(0,2)<<endl;
str.erase(0,2);
//摸牌
// cout << "Cards:" << p[i].cards << endl;
len = p[i].cards.length();
for(int j = 0;j < len;++ j)
{
if(p[i].cards[j] == 'P' && p[i].hp < 4)
//桃
++p[i].hp,p[i].cards.erase(j,1),--j,--len;
else if(p[i].cards[j] == 'Z')
//猪哥连弩
{
p[i].Z = true;
p[i].cards.erase(j,1);
--j,--len;
}
else if(p[i].cards[j] == 'K')//杀
{
if(!p[i].Z && p[i].Ktimes)
continue;
//如果没有武器而且已经用过"杀"了就跳过
if(K(i))
{
p[i].cards.erase(j,1);
--j,--len;
//清除这张牌
p[i].Ktimes = true;
}
if(!p[1].alive)
return false;
if(!fp)
return true;
}
else if(p[i].cards[j] == 'N')//南猪入侵
{
NW(i,'K') ;
p[i].cards.erase(j,1);//清除这张卡
--j,--len;
if(!p[1].alive)
return false;
if(!fp)
return true;
}
else if(p[i].cards[j] == 'W')
{
NW(i,'D');
p[i].cards.erase(j,1);//清除这张卡
--j,--len;
if(!p[1].alive)
return false;
if(!fp)
return true;
}
else if(p[i].cards[j] == 'F')//决斗
{
if(F(i))
str.erase(j,1),--j,--len;
if(!p[1].alive)
return false;
if(!fp)
return true;
}
else if(p[i].cards[j] == 'J')//无懈可击
{
continue;
}
}
p[i].Ktimes = false;
}
}
if(p[1].alive) return true;
return false; //结果
}
int main()
{
scanf("%d%d",&n,&m);
char ch;
for(int i = 1;i <= n;++ i)
p[i].next = i+1,p[i].pre = i-1;
for(int i = 1;i <= n;++ i){
cin >> p[i].id;
p[i].alive = 1;
p[i].hp = 4; //初始化玩家信息
if(p[i].id == "FP")
++fp;
else p[i].mp = 1;
getchar();
for(int j = 1;j <= 4;++ j)
{
ch = getchar();
p[i].cards += ch;
getchar();
}
} //输入玩家手牌
p[1].ch = 1;
p[1].pre = p[n].next = END;
p[END].pre = n,p[END].next = 1;
for(int i = 1;i <= m;++ i)
{
getchar();
ch = getchar();
str = str+ch;
}
bool win = playgame(); // 玩游戏
printf("%s\n",win ? "MP" : "FP");
for(int i = 1;i <= n;++ i)
{
if(!p[i].alive) {puts("DEAD");continue;}//死亡
int len = p[i].cards.length();
for(int j = 0;j < len;++ j)
putchar(p[i].cards[j]),putchar(' ');
putchar('\n');
}
return 0;
}
/*
样例:
3 10
MP D D F F
ZP N N N D
FP J J J J
F F D D J J F F K D
*/
|
adb2db253314bd7124ba3fadb4f5bc9ec3fdb5d5 | 75d2330d43c186f08bef17b4274e97b5401cce61 | /USACO/Section2.1/USACO2.1-4.cpp | 98aae7c684c5f9a4eef007525f73b52faada9c85 | [] | no_license | AD1024/Algo-Practice | 709d89d0c301d0f798cab316a9fdb436ad9de642 | 6d0efa62859aea9798fc78c5c78b8394ac480972 | refs/heads/master | 2021-01-12T06:36:18.289920 | 2018-04-23T01:02:46 | 2018-04-23T01:02:46 | 77,384,339 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,257 | cpp | USACO2.1-4.cpp | /*
ID: ccodera1
LANG: C++
TASK: holstein
*/
#include <iostream>
#include <cstdio>
#include <cstring>
#include <vector>
using namespace std;
bool vis[1000];
int val[20][1010];
int need[50];
int V;int G;
bool ans[50];
int o[50];
int oidx = 0x3f3f3f3f;
inline bool ok(int a[]){
for(int i=1;i<=V;++i){
if(a[i]<need[i]) return false;
}
return true;
}
int cnt = 1;
void dfs(int idx,int a[]){
if(ok(a) && cnt<oidx){
oidx = cnt;
for(int i=1;i<idx;++i){
o[i] = ans[i];
}
return;
}else if(idx>G){
return;
}else{
vis[idx] = true;
int stub[50];
ans[idx] = true;
for(int i=1;i<=V;++i){
stub[i] = a[i];
a[i] += val[idx][i];
}
++cnt;
dfs(idx+1,a);
--cnt;
ans[idx] = false;
vis[idx] = false;
memcpy(a,stub,sizeof(stub));
dfs(idx+1,a);
}
}
vector<int> v;
int main(){
freopen("holstein.in","r",stdin);
freopen("holstein.out","w",stdout);
cin>>V;
for(int i=1;i<=V;++i){
cin>>need[i];
}
cin>>G;
for(int i=1;i<=G;++i)
for(int j=1;j<=V;++j){
cin>>val[i][j];
}
int a[50];
memset(a,0,sizeof(a));
dfs(1,a);oidx--;
cout<<oidx<<" ";
int cur=0;
for(int i=1;i<=G;++i){
if(o[i]){
v.push_back(i);
}
}
for(int i=0;i<v.size()-1;++i){
cout<<v[i]<<" ";
}
cout<<v[v.size()-1]<<endl;
return 0;
} |
5c9e110798a4a624e5ae7f6adc833ab4ffa1b57f | 0a3e9320b58a032dfbf856b8cdfaad14095948d3 | /AVSCommon/SDKInterfaces/include/AVSCommon/SDKInterfaces/Bluetooth/Services/A2DPSinkInterface.h | b2f600e4a3f6e2e4494ba4f12726a53cacbbf166 | [
"LicenseRef-scancode-pml-2020",
"Apache-2.0"
] | permissive | anki/avs-device-sdk | 1a98f51729bbe2d6b835cba0e74587b0f5eaea38 | 8f358d9843f13814a56514f74b8fe16ca618c288 | refs/heads/master | 2020-03-31T19:09:13.404702 | 2019-03-06T22:14:38 | 2019-03-06T22:14:38 | 152,486,975 | 5 | 16 | Apache-2.0 | 2019-03-06T22:14:39 | 2018-10-10T20:39:56 | C++ | UTF-8 | C++ | false | false | 1,630 | h | A2DPSinkInterface.h | /*
* Copyright 2018 Amazon.com, Inc. or its affiliates. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License").
* You may not use this file except in compliance with the License.
* A copy of the License is located at
*
* http://aws.amazon.com/apache2.0/
*
* or in the "license" file accompanying this file. This file 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.
*/
#ifndef ALEXA_CLIENT_SDK_AVSCOMMON_SDKINTERFACES_INCLUDE_AVSCOMMON_SDKINTERFACES_BLUETOOTH_SERVICES_A2DPSINKINTERFACE_H_
#define ALEXA_CLIENT_SDK_AVSCOMMON_SDKINTERFACES_INCLUDE_AVSCOMMON_SDKINTERFACES_BLUETOOTH_SERVICES_A2DPSINKINTERFACE_H_
#include "AVSCommon/SDKInterfaces/Bluetooth/Services/BluetoothServiceInterface.h"
namespace alexaClientSDK {
namespace avsCommon {
namespace sdkInterfaces {
namespace bluetooth {
namespace services {
/**
* Interface to support A2DP streaming from SDK to bluetooth device.
*/
class A2DPSinkInterface : public BluetoothServiceInterface {
public:
/// The Service UUID.
static constexpr const char* UUID = "0000110b-0000-1000-8000-00805f9b34fb";
/// The Service Name.
static constexpr const char* NAME = "AudioSink";
};
} // namespace services
} // namespace bluetooth
} // namespace sdkInterfaces
} // namespace avsCommon
} // namespace alexaClientSDK
#endif // ALEXA_CLIENT_SDK_AVSCOMMON_SDKINTERFACES_INCLUDE_AVSCOMMON_SDKINTERFACES_BLUETOOTH_SERVICES_A2DPSINKINTERFACE_H_
|
fc98e43feeb06fd0aa9d3d65b5bd7c93b58090fa | 13aa2a4294236437048ac26c13c5529bc4f903f7 | /src/math/circle/circle.cpp | 7eea77cd3fb065f02f8c3524b86bd2452ce826b5 | [] | no_license | captainwong/Snippet | adba1e0477a83233b529f961b590baba92988d7c | d62b878376a85007ed9a5f7b7af0bc9c67dc7deb | refs/heads/master | 2023-01-24T05:59:08.573699 | 2023-01-22T08:46:54 | 2023-01-22T08:46:54 | 59,401,303 | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 583 | cpp | circle.cpp | #include <stdio.h>
#include <math.h>
int main()
{
// 半径
const int R = 1;
// 三角形个数
int n = 6;
// 三角形边长
int a = R;
// 三角形高 = 1 - (a/2)^2
long double h = sqrt(1 - pow(a / 2.0, 2));
// 三角形面积
long double s = a * h / 2.0;
// 圆（所有三角形）的面积 因为 S = pi * r^2, r=1, 所以 S = pi
long double pi = 6 * s;
printf("n=%d, pi=%lf\n", n, pi);
while (true) {
n;
h = R - h;
s = a * h / 2.0;
pi += n * s;
n *= 2;
a = sqrt(h * h * (a / 2.0) * (a / 2.0));
//h
printf("n=%d, pi=%lf\n", n, pi);
}
}
|
3db5513de1015ccb48dce529e5dab7a62f1e21dd | 4c74cc61158a9f8b4918b8bf12ac3e04b24855ad | /Sources/Internal/Render/RenderPass/RenderPass.cpp | 1fbacd8cf5928e96f5a75bfd3585a9104fcc9f9f | [
"MIT"
] | permissive | blizmax/KiotoEngine | ba3b64f39acda97ab7eac8b24883752ebcdc9a4b | 44f94d471db4fa4c05e0a9c2fe6ba60b144fd3f3 | refs/heads/master | 2023-02-24T05:19:17.879030 | 2020-11-24T01:04:00 | 2020-11-24T01:04:00 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 708 | cpp | RenderPass.cpp | #include "stdafx.h"
#include "Render/RenderPass/RenderPass.h"
#include "Render/Renderer.h"
namespace Kioto::Renderer
{
RenderPass::RenderPass(const RenderPass& other)
: m_scissor(other.m_scissor)
, m_viewport(other.m_viewport)
, m_clearColor(other.m_clearColor)
, m_clearDepth(other.m_clearDepth)
, m_clearDepthValue(other.m_clearDepthValue)
, m_clearStencil(other.m_clearStencil)
, m_clearStencilValue(other.m_clearStencilValue)
, m_renderTargets(other.m_renderTargets)
, m_depthStencil(other.m_depthStencil)
, m_priority(other.m_priority)
, m_handle(other.m_handle)
, m_renderTargetCount(other.m_renderTargetCount)
, m_passName(other.m_passName)
{
}
} |
82e83b845083a0fbd41fd93fa480a4d043609eab | f67008366d94d288854f7ef985f05fdc8e42c520 | /Graphs/Properties.cc | 35078b0e3c016a68c2f359664044a36b93166ced | [
"MIT"
] | permissive | TrevorShelton/cplot | 6273c78a6cb888ed832cc93610b474ea78fda357 | 8bf40e94519cc4fd69b2e0677d3a3dcf8695245a | refs/heads/master | 2022-11-06T12:29:19.509338 | 2020-06-25T16:00:14 | 2020-06-25T16:00:14 | 274,957,449 | 0 | 0 | MIT | 2020-06-25T16:00:15 | 2020-06-25T15:55:44 | null | UTF-8 | C++ | false | false | 3,964 | cc | Properties.cc | #include "Properties.h"
#include "../Engine/Namespace/Namespace.h"
#include <stdio.h>
#include <cstdarg>
void PropertyList::print_properties() const
{
if (props.empty()) const_cast<PropertyList*>(this)->init_properties();
std::vector<const std::string *> N, D;
std::vector<std::string> V;
int l1 = 0, l2 = 0, l;
for (auto &i : props)
{
const Property &p = i.second;
if (!p.visible() || !p.get) continue;
N.push_back(&i.first);
std::string v = p.get(); V.push_back(v);
D.push_back(&p.desc);
l = (int)i.first.length(); if (l > l1) l1 = l;
l = (int)v.length(); if (l > l2) l2 = l;
}
l = (int)N.size();
for (int i = 0; i < l; ++i)
{
printf("%-*s = %-*s (%s)\n",
l1, (*N[i]).c_str(),
l2, V[i].c_str(),
(*D[i]).c_str());
}
}
#ifdef _WINDOWS
void Property::set_enum(EnumCvt ec, ...)
#else
void Property::set_enum(const EnumCvt &ec, ...)
#endif
{
va_list ap; va_start(ap, ec);
std::map<std::string, int> V;
std::map<int, std::string> N;
std::vector<std::string> VS;
const char *s;
while ((s = va_arg(ap, const char*)))
{
int v = va_arg(ap, int);
VS.push_back(s);
V[s] = v;
N[v] = s;
std::string s0(1,*s);
assert(V.find(s0) == V.end());
V[s0] = v;
}
get = [ec,N]()->std::string
{
auto i = N.find(ec.get());
if (i != N.end()) return i->second;
return "corrupt";
};
set = [ec,V,this](const std::string &s)
{
auto i = V.find(s);
if (i != V.end())
{
ec.set(i->second);
if (ec.post_set) ec.post_set();
}
else throw std::runtime_error(format("Not a valid %s: \"%s\"", desc.c_str(), s.c_str()));
};
values = [VS]{ return VS; };
va_end(ap);
}
double PropertyList::parse_double(const std::string &s) const
{
cnum v = evaluate(s, pns());
if (!defined(v) || !is_real(v)) throw error("Not a real number", s);
return v.real();
}
std::string PropertyList::format_double(double d) const
{
return format("%g", d);
}
double PropertyList::parse_percentage(const std::string &s) const
{
double x;
if (!s.empty() && *s.rbegin() == '%')
{
x = parse_double(s.substr(0, s.length()-1))*0.01;
}
else
{
x = parse_double(s);
}
return x < 0.0 ? 0.0 : x > 1.0 ? 1.0 : x;
}
std::string PropertyList::format_percentage(double d) const
{
return format("%.2g", d);
}
bool PropertyList::parse_bool(const std::string &s) const
{
if (s == "0" || s == "off" || s == "false" || s == "no") return false;
if (s == "1" || s == "on" || s == "true" || s == "yes") return true;
throw error("Not a valid boolean", s);
}
std::string PropertyList::format_bool(bool b) const
{
return b ? "on" : "off";
}
void PropertyList::parse_range(const std::string &s, double &c0, double &r0) const
{
// input range is [c0-r0, c0+r0]
// syntax: [x0,x1], (x0,x1), [x0;x1], (x0;x1)
// xm+-r, r, xm+-
size_t n = s.length(); if (!n) throw std::runtime_error("Invalid range");
// intervals
if (s[0] == '(' && s[n-1] == ')' || s[0] == '[' && s[n-1] == ']')
{
int pl = 0, nc = 0, c = 0;
for (size_t i = 1; i+1 < n; ++i)
{
switch (s[i])
{
case '(': ++pl; break;
case ')': --pl; break;
case ',':
case ';': if (!pl){ ++nc; c = (int)i; } break;
}
}
if (nc == 1)
{
double a = parse_double(s.substr(1, c-1));
double b = parse_double(s.substr(c+1, n-c-2));
c0 = (a+b)*0.5;
r0 = fabs(b-a)*0.5;
return;
}
}
// m +- r
int pl = 0, pm = -1;
for (size_t i = 0; i < n; ++i)
{
switch (s[i])
{
case '(': ++pl; break;
case ')': --pl; break;
case '+': if (!pl && i+1 < n && s[i+1] == '-') pm = (int)i; break;
}
}
if (pm == 0)
{
r0 = fabs(parse_double(s.substr(2)));
}
else if (pm > 0)
{
// 1+-2
double a = parse_double(s.substr(0, pm));
double b = parse_double(s.substr(pm+2));
c0 = a;
r0 = fabs(b);
}
else
{
c0 = parse_double(s);
}
}
std::string PropertyList::format_range(double a, double b, bool minmax) const
{
if (!minmax){ b += a; a = 2.0*a-b; } // a-b and a+b now
return format("[%g;%g]", a, b);
}
|
d64dc963e9f5f8daa510dc7a7a9ac23ce03f2767 | c390029f06362338f4ea5acdbf8ffb5ad1d53cda | /messi.cpp | afac0ffc734c06577f84ef291ec4a230115ca0f8 | [] | no_license | kernelboy34/progrmasenc | 0f79895584fdc332624303702a2dd445d6b6fbd1 | e39db0df072ae5eb6ffeaccc34772ab77e54fc6a | refs/heads/main | 2023-08-01T15:58:38.439367 | 2021-09-20T22:55:36 | 2021-09-20T22:55:36 | 408,623,361 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 163 | cpp | messi.cpp | #include <iostream>
using namespace std;
int main(){
int i; i=10;
do{
cout<<i<<endl;
i++;
}while(i<=100);
return 0;
system("pause");
}
|
4ad21c3e3af7f4690fb4f9be56d76fe930c77967 | 4970ab3e2a870fdb58900cc4a92ff6382af33305 | /source/STRMV.cpp | 33efd2bbfc300341f149027282b8902544e68d09 | [] | no_license | kunjan-a/blas2 | 537fc2a7838b23864bdb108a4fc5ab887e00165e | b0ada8a690fd2c5f78ae15891eee6264059843f9 | refs/heads/master | 2021-02-25T03:04:48.981675 | 2020-03-06T15:06:03 | 2020-03-06T15:06:03 | 245,446,072 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,537 | cpp | STRMV.cpp | void STRMV(char UPLO,char TRANS,char DIAG,int N,float*A,int LDA,float* X,int INCX)
{
int KX,KY,IX,IY,JX,JY,i,j;
float TEMP;
/*
* Quick return if possible.
*/
if(N==0) return;
/*
NOUNIT = LSAME(DIAG,'N')
*/
if(INCX<0)
KX = -(1)*(N-1)*INCX;
else if (INCX!=1)
KX = 0;
if(TRANS=='N'||TRANS=='n')
{
/*
* Form x := A*x.
*/
if(UPLO=='U'||UPLO=='u')
{ if(INCX==1)
{ for(j=0;j<N;j++)
{ if(X[j]!=0)
{ TEMP = X[j];
for(i=0;i<=j-1;i++)
{ X[i] = X[i]+TEMP*A[i*N+j];
}
if(DIAG=='N'||DIAG=='n')
X[j] = X[j]*A[j*N+j];
}
}
}
else
{ JX = KX;
for(j=0;j<N;j++)
{ if(X[JX]!=0)
{ TEMP = X[JX];
IX = KX;
for(i=0;i<=j-1;i++)
{ X[IX] = X[IX] + TEMP*A[i*N+j];
IX = IX + INCX;
}
if(DIAG=='N'||DIAG=='n')
X[JX] = X[JX]*A[j*N+j];
}
JX = JX + INCX;
}
}
}
else
{ if(INCX==1)
{ for(j=N-1;j>=0;j--)
{ if(X[j]!=0)
{ TEMP = X[j];
for(i=N-1;i>=j+1;i--)
{ X[i] = X[i] + TEMP*A[i*N+j];
}
if(DIAG=='N'||DIAG=='n')
X[j] = X[j]*A[j*N+j];
}
}
}
else
{ KX = KX + (N-1)*INCX;
JX = KX;
for(j=N-1;j>=0;j--)
{ if(X[JX]!=0)
{ TEMP = X[JX];
IX = KX;
for(i=N-1;i>=j+ 1;i--)
{ X[IX] = X[IX] + TEMP*A[i*N+j];
IX = IX - INCX;
}
if(DIAG=='N'||DIAG=='n')
X[JX] = X[JX]*A[j*N+j];
}
JX = JX - INCX;
}
}
}
}
else
{
/*
* Form x := A'*x.
*/
if(UPLO=='U'||UPLO=='u')
{ if(INCX==1)
{ for(j=N-1;j>=0;j--)
{ TEMP = X[j];
if(DIAG=='N'||DIAG=='n')
TEMP = TEMP*A[j*N+j];
for(i =j-1;i>=0;i--)
TEMP = TEMP + A[i*N+j]*X[i];
X[j] = TEMP;
}
}
else
{ JX = KX + (N-1)*INCX;
for(j=N-1;j>=0;j--)
{ TEMP = X[JX];
IX = JX;
if(DIAG=='N'||DIAG=='n')
TEMP = TEMP*A[j*N+j];
for(i =j-1;i>=0;i--)
{ IX = IX - INCX;
TEMP = TEMP + A[i*N+j]*X[IX];
}
X[JX] = TEMP;
JX = JX - INCX;
}
}
}
else
{ if(INCX==1)
{ for(j=0;j<N;j++)
{ TEMP = X[j];
if(DIAG=='N'||DIAG=='n')
TEMP = TEMP*A[j*N+j];
for(i=j + 1;i<N;i++)
{ TEMP = TEMP + A[i*N+j]*X[i];
}
X[j] = TEMP;
}
}
else
{ JX = KX;
for(j =0;j<N;j++)
{ TEMP = X[JX];
IX = JX;
if(DIAG=='N'||DIAG=='n')
TEMP = TEMP*A[j*N+j];
for(i =j + 1;i<N;i++)
{ IX = IX + INCX;
TEMP = TEMP + A[i*N+j]*X[IX];
}
X[JX] = TEMP;
JX = JX + INCX;
}
}
}
}
return;
}
|
36d05e65063fd1636fd367a3884c9383cfdf3dae | 9cdb54adef4cf6c2c002e090805f6fbdb5acd96c | /include/items/inc/Potion.h | 433e966d458c8083355dff2dc8a7f7c917ed69fe | [] | no_license | torstengustafsson/adventuretales | b7d6a1a168eb78bb99f0feaa148635a83a9ab0ca | 7ba5dae45c05e17f0768307af56edbc4669a2ad2 | refs/heads/master | 2022-01-26T07:38:02.840534 | 2022-01-08T15:25:41 | 2022-01-08T15:25:41 | 86,595,251 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 390 | h | Potion.h | #pragma once
#include "Item.h"
class Potion : public Item
{
public:
Potion(Texture* _icon, string _name, string _type, int _power);
string get_type() override;
int get_value() override;
private:
string type;
//power represents the potions potency. A healing potion with power 5 heals 5 hp, an
//intelligence potion with power 2 increases intelligence by 2, etc.
int power;
}; |
16aceac71c2e2515c7eb9b179b16cb52a079831e | aabdd7c0ba61c7faea4f99fa2a715e10b878b911 | /frequency_counter/frequency_counter.cpp | 2eeec4efbdcce7772153c4f6f3ed4ddcf2ac03ed | [] | no_license | evgenstf/avito_interview | 559b3c58537b969b575ab4121b241c51401dc4ff | 3119acc38795a204f7b020b6a68b12498e714e2b | refs/heads/main | 2023-05-10T07:53:03.034630 | 2021-06-20T14:16:56 | 2021-06-20T14:17:29 | 378,632,377 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,501 | cpp | frequency_counter.cpp | #include "frequency_counter.h"
#include <algorithm>
#include <cctype>
#include <vector>
using namespace std;
namespace {
vector<string> extract_words(const string& text) {
vector<string> words;
size_t index = 0;
while (index < text.size()) {
string word;
while (index < text.size() && isalpha(text[index])) {
word.push_back(text[index++]);
}
while (index < text.size() && !isalpha(text[index])) {
++index;
}
if (!word.empty()) {
words.emplace_back(move(word));
}
}
return words;
}
string to_lower_word(string&& word) {
for_each(word.begin(), word.end(), [](char& c){ c = tolower(c); });
return word;
}
}
const FrequencyStatistics& FrequencyCounter::statistics() const {
return statistics_;
}
void FrequencyCounter::add_text(const string& text) {
auto words = extract_words(text);
for (auto& word : words) {
++statistics_[to_lower_word(move(word))];
}
}
std::vector<std::pair<std::string, int>> FrequencyCounter::build_sorted_statistics_vector() const {
vector<pair<string, int>> words_with_frequency;
for (const auto& [word, frequency] : statistics_) {
words_with_frequency.emplace_back(word, frequency);
}
sort(
words_with_frequency.begin(),
words_with_frequency.end(),
[](const auto& lhs, const auto& rhs){
return (
lhs.second > rhs.second ||
(lhs.second == rhs.second && lhs.first < rhs.first)
);
}
);
return words_with_frequency;
}
|
e98bd031e924a19652ec8d8b395d8257b2753830 | a3d6556180e74af7b555f8d47d3fea55b94bcbda | /ui/views/test/mock_native_widget.h | fc291e51f6b9568e85830be5f861424dfcf43a49 | [
"BSD-3-Clause"
] | permissive | chromium/chromium | aaa9eda10115b50b0616d2f1aed5ef35d1d779d6 | a401d6cf4f7bf0e2d2e964c512ebb923c3d8832c | refs/heads/main | 2023-08-24T00:35:12.585945 | 2023-08-23T22:01:11 | 2023-08-23T22:01:11 | 120,360,765 | 17,408 | 7,102 | BSD-3-Clause | 2023-09-10T23:44:27 | 2018-02-05T20:55:32 | null | UTF-8 | C++ | false | false | 7,808 | h | mock_native_widget.h | //, Copyright 2023 The Chromium Authors
//, Use of this source code is governed by a BSD-style license that can be
//, found in the LICENSE file.
#ifndef UI_VIEWS_TEST_MOCK_NATIVE_WIDGET_H_
#define UI_VIEWS_TEST_MOCK_NATIVE_WIDGET_H_
#include <memory>
#include <string>
#include "base/memory/raw_ptr.h"
#include "base/memory/weak_ptr.h"
#include "testing/gmock/include/gmock/gmock.h"
#include "ui/views/widget/native_widget_private.h"
namespace views {
class MockNativeWidget : public internal::NativeWidgetPrivate {
public:
explicit MockNativeWidget(Widget*);
~MockNativeWidget() override;
MOCK_METHOD(void, InitNativeWidget, (Widget::InitParams), (override));
MOCK_METHOD(void, OnWidgetInitDone, (), (override));
MOCK_METHOD(std::unique_ptr<NonClientFrameView>,
CreateNonClientFrameView,
(),
(override));
MOCK_METHOD(bool, ShouldUseNativeFrame, (), (const override));
MOCK_METHOD(bool, ShouldWindowContentsBeTransparent, (), (const override));
MOCK_METHOD(void, FrameTypeChanged, (), (override));
MOCK_METHOD(Widget*, GetWidget, (), (override));
MOCK_METHOD(const Widget*, GetWidget, (), (const override));
MOCK_METHOD(gfx::NativeView, GetNativeView, (), (const override));
MOCK_METHOD(gfx::NativeWindow, GetNativeWindow, (), (const override));
MOCK_METHOD(Widget*, GetTopLevelWidget, (), (override));
MOCK_METHOD(const ui::Compositor*, GetCompositor, (), (const override));
MOCK_METHOD(const ui::Layer*, GetLayer, (), (const override));
MOCK_METHOD(void, ReorderNativeViews, (), (override));
MOCK_METHOD(void, ViewRemoved, (View * view), (override));
MOCK_METHOD(void,
SetNativeWindowProperty,
(const char* name, void* value),
(override));
MOCK_METHOD(void*,
GetNativeWindowProperty,
(const char* name),
(const override));
MOCK_METHOD(TooltipManager*, GetTooltipManager, (), (const override));
MOCK_METHOD(void, SetCapture, (), (override));
MOCK_METHOD(void, ReleaseCapture, (), (override));
MOCK_METHOD(bool, HasCapture, (), (const override));
MOCK_METHOD(ui::InputMethod*, GetInputMethod, (), (override));
MOCK_METHOD(void, CenterWindow, (const gfx::Size& size), (override));
MOCK_METHOD(void,
GetWindowPlacement,
(gfx::Rect * bounds, ui::WindowShowState* show_state),
(const override));
MOCK_METHOD(bool, SetWindowTitle, (const std::u16string& title), (override));
MOCK_METHOD(void,
SetWindowIcons,
(const gfx::ImageSkia& window_icon,
const gfx::ImageSkia& app_icon),
(override));
MOCK_METHOD(const gfx::ImageSkia*, GetWindowIcon, (), (override));
MOCK_METHOD(const gfx::ImageSkia*, GetWindowAppIcon, (), (override));
MOCK_METHOD(void, InitModalType, (ui::ModalType modal_type), (override));
MOCK_METHOD(gfx::Rect, GetWindowBoundsInScreen, (), (const override));
MOCK_METHOD(gfx::Rect, GetClientAreaBoundsInScreen, (), (const override));
MOCK_METHOD(gfx::Rect, GetRestoredBounds, (), (const override));
MOCK_METHOD(std::string, GetWorkspace, (), (const override));
MOCK_METHOD(void, SetBounds, (const gfx::Rect& bounds), (override));
MOCK_METHOD(void,
SetBoundsConstrained,
(const gfx::Rect& bounds),
(override));
MOCK_METHOD(void, SetSize, (const gfx::Size& size), (override));
MOCK_METHOD(void, StackAbove, (gfx::NativeView native_view), (override));
MOCK_METHOD(void, StackAtTop, (), (override));
MOCK_METHOD(bool, IsStackedAbove, (gfx::NativeView native_view), (override));
MOCK_METHOD(void,
SetShape,
(std::unique_ptr<Widget::ShapeRects> shape),
(override));
MOCK_METHOD(void, Close, (), (override));
MOCK_METHOD(void, CloseNow, (), (override));
MOCK_METHOD(void,
Show,
(ui::WindowShowState show_state, const gfx::Rect& restore_bounds),
(override));
MOCK_METHOD(void, Hide, (), (override));
MOCK_METHOD(bool, IsVisible, (), (const override));
MOCK_METHOD(void, Activate, (), (override));
MOCK_METHOD(void, Deactivate, (), (override));
MOCK_METHOD(bool, IsActive, (), (const override));
MOCK_METHOD(void, SetZOrderLevel, (ui::ZOrderLevel order), (override));
MOCK_METHOD(ui::ZOrderLevel, GetZOrderLevel, (), (const override));
MOCK_METHOD(void,
SetVisibleOnAllWorkspaces,
(bool always_visible),
(override));
MOCK_METHOD(bool, IsVisibleOnAllWorkspaces, (), (const override));
MOCK_METHOD(void, Maximize, (), (override));
MOCK_METHOD(void, Minimize, (), (override));
MOCK_METHOD(bool, IsMaximized, (), (const override));
MOCK_METHOD(bool, IsMinimized, (), (const override));
MOCK_METHOD(void, Restore, (), (override));
MOCK_METHOD(void,
SetFullscreen,
(bool fullscreen, int64_t target_display_id),
(override));
MOCK_METHOD(bool, IsFullscreen, (), (const override));
MOCK_METHOD(void,
SetCanAppearInExistingFullscreenSpaces,
(bool can_appear_in_existing_fullscreen_spaces),
(override));
MOCK_METHOD(void, SetOpacity, (float opacity), (override));
MOCK_METHOD(void,
SetAspectRatio,
(const gfx::SizeF& aspect_ratio,
const gfx::Size& excluded_margin),
(override));
MOCK_METHOD(void, FlashFrame, (bool flash), (override));
MOCK_METHOD(void,
RunShellDrag,
(View * view,
std::unique_ptr<ui::OSExchangeData> data,
const gfx::Point& location,
int operation,
ui::mojom::DragEventSource source),
(override));
MOCK_METHOD(void, SchedulePaintInRect, (const gfx::Rect& rect), (override));
MOCK_METHOD(void, ScheduleLayout, (), (override));
MOCK_METHOD(void, SetCursor, (const ui::Cursor& cursor), (override));
MOCK_METHOD(void, ShowEmojiPanel, (), (override));
MOCK_METHOD(bool, IsMouseEventsEnabled, (), (const override));
MOCK_METHOD(bool, IsMouseButtonDown, (), (const override));
MOCK_METHOD(void, ClearNativeFocus, (), (override));
MOCK_METHOD(gfx::Rect, GetWorkAreaBoundsInScreen, (), (const override));
MOCK_METHOD(bool, IsMoveLoopSupported, (), (const override));
MOCK_METHOD(Widget::MoveLoopResult,
RunMoveLoop,
(const gfx::Vector2d& drag_offset,
Widget::MoveLoopSource source,
Widget::MoveLoopEscapeBehavior escape_behavior),
(override));
MOCK_METHOD(void, EndMoveLoop, (), (override));
MOCK_METHOD(void,
SetVisibilityChangedAnimationsEnabled,
(bool value),
(override));
MOCK_METHOD(void,
SetVisibilityAnimationDuration,
(const base::TimeDelta& duration),
(override));
MOCK_METHOD(void,
SetVisibilityAnimationTransition,
(Widget::VisibilityTransition transition),
(override));
MOCK_METHOD(bool, IsTranslucentWindowOpacitySupported, (), (const override));
MOCK_METHOD(ui::GestureRecognizer*, GetGestureRecognizer, (), (override));
MOCK_METHOD(ui::GestureConsumer*, GetGestureConsumer, (), (override));
MOCK_METHOD(void, OnSizeConstraintsChanged, (), (override));
MOCK_METHOD(void, OnNativeViewHierarchyWillChange, (), (override));
MOCK_METHOD(void, OnNativeViewHierarchyChanged, (), (override));
MOCK_METHOD(std::string, GetName, (), (const override));
base::WeakPtr<NativeWidgetPrivate> GetWeakPtr() override;
private:
raw_ptr<Widget> widget_;
base::WeakPtrFactory<MockNativeWidget> weak_factory_{this};
};
} // namespace views
#endif // UI_VIEWS_TEST_MOCK_NATIVE_WIDGET_H_
|
c71928f83ab91a823534f2128fda50c45bc175aa | 7819556f061e0e9417284c2270e3a2564ffea7e6 | /chapter3/ch3solutions/ch3main.cpp | 3656f778567b825143bf02a337cfc7662ed6b7fb | [
"MIT"
] | permissive | liu15388282385/Essential_Cpp_SourceCode_Answer | 7ca0994e635d78dd491817b0b75601284de79d54 | 869118a8d1ac203fc74a968daa9de506c1640cc4 | refs/heads/master | 2023-07-23T20:26:47.600617 | 2021-08-25T06:40:35 | 2021-08-25T06:40:35 | 389,516,610 | 0 | 0 | null | 2021-08-25T06:40:36 | 2021-07-26T05:21:12 | C++ | UTF-8 | C++ | false | false | 8,941 | cpp | ch3main.cpp | /**************************************************
* Essential C++ -- Stanley Lippman
* Addison-Wesley
* ISBN 0-201-48518-4
* homepage: www.objectwrite.com
* email: slippman@objectwrite.com
*************************************************/
#include <set>
#include <string>
#include <iostream>
#include <fstream>
#include <map>
#include <iterator>
#include <vector>
#include <algorithm>
#include <functional>
using namespace std;
typedef vector<string> vstring;
void initialize_exclusion_set(set<string> &);
void process_file(map<string, int> &, const set<string> &, ifstream &);
void user_query(const map<string, int> &);
void display_word_count(const map<string, int> &, ofstream &);
vector<int> sub_vec(const vector<int> &, int, less<int> &);
void populate_map(ifstream &, map<string, vstring> &families);
void display_map(const map<string, vstring> &families, ostream &os = cout);
void query_map(const string &family, const map<string, vstring> &families);
template <typename elemType>
void display_vector(const vector<elemType> &vec,
ostream &os = cout, int len = 8)
{
typename vector<elemType>::const_iterator
iter = vec.begin(),
end_it = vec.end();
int elem_cnt = 1;
while (iter != end_it)
os << *iter++
<< (!(elem_cnt++ % len) ? '\n' : ' ');
os << endl;
}
template <typename InputIterator,
typename OutputIterator,
typename ElemType,
typename Comp>
OutputIterator
filter(InputIterator first, InputIterator last,
OutputIterator at,
const ElemType &val, Comp pred)
{
while ((first =
find_if(first, last,
bind2nd(pred, val))) != last)
{
cout << "found value: " << *first << endl;
// assign value, then advance both iterators
*at++ = *first++;
}
return at;
}
void ex_filter()
{
const int elem_size = 8;
int ia[elem_size] = {12, 8, 43, 0, 6, 21, 3, 7};
vector<int> ivec(ia, ia + elem_size);
int ia2[elem_size];
vector<int> ivec2;
cout << "filtering integer array for values less than 8\n";
filter(ia, ia + elem_size, ia2, elem_size, less<int>());
cout << "filtering integer vector for values greater than 8\n";
filter(ivec.begin(), ivec.end(), back_inserter(ivec2), elem_size, greater<int>());
}
void ex3_1()
{
ifstream ifile("MooCat.txt");
ofstream ofile("MooCat.map");
if (!ifile || !ofile)
{
cerr << "Unable to open file -- bailing out!\n";
return;
}
set<string> exclude_set;
initialize_exclusion_set(exclude_set);
map<string, int> word_count;
process_file(word_count, exclude_set, ifile);
user_query(word_count);
display_word_count(word_count, ofile);
}
class LessThan
{
public:
bool operator()(const string &s1, const string &s2)
{
return s1.size() < s2.size();
}
};
void ex3_2()
{
ifstream ifile("MooCat.txt");
ofstream ofile("MooCat.sort");
if (!ifile || !ofile)
{
cerr << "Unable to open file -- bailing out!\n";
return;
}
vector<string> text;
string word;
while (ifile >> word)
{
cout << word << ' ';
text.push_back(word);
}
cout << "\n\n";
sort(text.begin(), text.end(), LessThan());
for (vector<string>::iterator it = text.begin();
it != text.end(); ++it)
cout << *it << ' ';
cout << endl;
display_vector(text, ofile);
}
void ex3_3()
{
map<string, vstring> families;
ifstream nameFile("families.txt");
if (!nameFile)
{
cerr << "Unable to find families.txt file. Bailing Out!\n";
return;
}
populate_map(nameFile, families);
string family_name;
while (1)
{
cout << "Please enter a family name or q to quit ";
cin >> family_name;
if (family_name == "q")
break;
query_map(family_name, families);
}
display_map(families);
}
class even_elem
{
public:
bool operator()(int elem)
{
return elem % 2 ? false : true;
}
};
void ex3_4()
{
vector<int> input;
istream_iterator<int> in(cin), eos;
ofstream even_file("even_file"),
odd_file("odd_file");
if (!even_file || !odd_file)
{
cerr << "arghh!! unable to open the output files. bailing out!";
return;
}
copy(in, eos, back_inserter(input));
vector<int>::iterator division =
partition(input.begin(), input.end(), even_elem());
ostream_iterator<int> even_iter(even_file, "\n"),
odd_iter(odd_file, " ");
copy(input.begin(), division, even_iter);
copy(division, input.end(), odd_iter);
}
int main()
{
// ex_filter();
// ex3_1();
// ex3_2();
// ex3_3();
ex3_4();
}
vector<int> sub_vec(const vector<int> &vec,
int val, less<int> <)
{
vector<int> nvec;
vector<int>::const_iterator iter = vec.begin();
// bind2nd( less<int>, val )
// binds val to the second value of less<int>
// less<int> now compares each value against val
while ((iter =
find_if(iter, vec.end(),
bind2nd(lt, val))) != vec.end())
// each time iter != vec.end(),
// iter addresses an element less than val
nvec.push_back(*iter);
return nvec;
}
void initialize_exclusion_set(set<string> &exs)
{
static string _excluded_words[26] = {
"the", "and", "but", "that", "then", "are", "been",
"can", "a", "could", "did", "for", "of",
"had", "have", "him", "his", "her", "its", "is",
"were", "which", "when", "with", "would"};
exs.insert(_excluded_words, _excluded_words + 26);
}
void process_file(map<string, int> &word_count,
const set<string> &exclude_set,
ifstream &ifile)
{
string word;
while (ifile >> word)
{
// if word is within set, skip
if (exclude_set.count(word))
continue;
word_count[word]++;
}
}
void user_query(const map<string, int> &word_map)
{
string search_word;
cout << "Please enter a word to search: q to quit ";
cin >> search_word;
while (search_word.size() && search_word != "q")
{
map<string, int>::const_iterator it;
if ((it = word_map.find(search_word)) != word_map.end())
cout << "Found! " << it->first
<< " occurs " << it->second
<< " times.\n";
else
cout << search_word
<< " was not found in text.\n";
cout << "\nAnother search? (q to quit) ";
cin >> search_word;
}
}
void display_word_count(const map<string, int> &word_map, ofstream &os)
{
map<string, int>::const_iterator
iter = word_map.begin(),
end_it = word_map.end();
while (iter != end_it)
{
os << iter->first << " ( "
<< iter->second << " )" << endl;
++iter;
}
os << endl;
}
void populate_map(ifstream &nameFile,
map<string, vstring> &families)
{
string textline;
while (getline(nameFile, textline, '\n'))
{
string fam_name;
vector<string> child;
cout << "textline: " << textline << endl;
string::size_type pos = 0, prev_pos = 0,
text_size = textline.size();
if (!text_size)
continue;
// ok: find each word separated by a space
while ((pos = textline.find_first_of(' ', pos)) != string::npos)
{
string::size_type end_pos = pos - prev_pos;
if (!prev_pos)
fam_name = textline.substr(prev_pos, end_pos);
else
child.push_back(textline.substr(prev_pos, end_pos));
prev_pos = ++pos;
}
// now handle last child
if (prev_pos < text_size)
child.push_back(textline.substr(prev_pos, pos - prev_pos));
cout << "family name: " << fam_name
<< " children: " << child.size() << endl;
if (!families.count(fam_name))
families[fam_name] = child;
else
cerr << "Oops! We already have a "
<< fam_name << " family in our map!\n";
}
}
void display_map(const map<string, vstring> &families, ostream &os)
{
map<string, vstring>::const_iterator
it = families.begin(),
end_it = families.end();
while (it != end_it)
{
os << "The "
<< it->first // print out family name
<< " family ";
if (it->second.empty())
os << "has no children\n";
else
{ // print out vector of children
os << "has " << it->second.size()
<< " children: ";
vector<string>::const_iterator
iter = it->second.begin(),
end_iter = it->second.end();
while (iter != end_iter)
{
os << *iter << " ";
++iter;
}
os << endl;
}
++it;
}
}
void query_map(const string &family, const map<string, vstring> &families)
{
map<string, vstring>::const_iterator it = families.find(family);
if (it == families.end())
{
cout << "Sorry. The "
<< family << " family is not currently entered.\n";
return;
}
cout << "The " << family << " family ";
if (!it->second.size())
cout << " has no children\n";
else
{ // print out vector of children
cout << " has " << it->second.size()
<< " children: ";
vector<string>::const_iterator
iter = it->second.begin(),
end_iter = it->second.end();
while (iter != end_iter)
{
cout << *iter << " ";
++iter;
}
cout << endl;
}
} |
ac28d1ac819a2a03debb6c339d1185bb55cd1413 | 503cfe7ec1fdcace780c515effe5591504053730 | /lqiolib/src/dom_document.cpp | f567a480d343bc9a404e0a9f1c9a211c3eef1cc9 | [] | no_license | SadiqNaizam/V5 | 119b19f49b9198aa3a8774d6d89a9f16756e8fd5 | 984abf3332af1f4d040a8a9bc41673098eacd54d | refs/heads/master | 2020-06-14T11:40:39.746818 | 2018-03-07T01:02:20 | 2018-03-07T01:02:20 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 22,969 | cpp | dom_document.cpp | /*
* $Id: dom_document.cpp 13204 2018-03-06 22:52:04Z greg $
*
* Created by Martin Mroz on 24/02/09.
* Copyright 2009 __MyCompanyName__. All rights reserved.
*
*/
#if HAVE_CONFIG_H
#include <config.h>
#endif
#include "dom_document.h"
#include <iostream>
#include <cstring>
#include <cstdlib>
#include <cmath>
#include <algorithm>
#include "glblerr.h"
#if HAVE_LIBXERCES_C
#include "xerces_document.h"
#elif HAVE_LIBEXPAT
#include "expat_document.h"
#endif
#include "srvn_input.h"
#include "srvn_results.h"
#include "srvn_output.h"
#include "srvn_spex.h"
#include "filename.h"
namespace LQIO {
const char * input_file_name = 0;
const char * output_file_name = 0;
namespace DOM {
lqio_params_stats* Document::io_vars = NULL;
Document* currentDocument = NULL;
bool Document::__debugXML = false;
Document::Document( lqio_params_stats* ioVars, input_format format )
: _processors(), _groups(), _tasks(), _entries(),
_entities(), _variables(), _nextEntityId(0), _format(format),
_comment(), _comment2(), _convergenceValue(0), _iterationLimit(0), _printInterval(0), _underrelaxationCoefficient(0),
_defaultConvergenceValue(0.00001),
_seedValue(0), _numberOfBlocks(0), _blockTime(0), _resultPrecision(0), _warmUpLoops(0), _warmUpTime(0),
_xmlDomElement(0),
_lqxProgram(""), _lqxProgramLineNumber(0), _parsedLQXProgram(0), _loadedPragmas(),
_maximumPhase(0), _hasResults(false), _hasRendezvous(false), _hasSendNoReply(false), _hasForwarding(false), _hasMaxServiceTime(false), _hasHistogram(false),
_hasSemaphoreWait(false), _hasReaderWait(false), _hasWriterWait(false),
_entryHasThinkTime(false),
_entryHasOpenArrivals(false), _entryHasThroughputBound(false), _entryHasOpenWait(false),
_entryHasWaitingTimeVariance(false), _entryHasServiceTimeVariance(false), _entryHasDropProbability(false),
_taskHasAndJoin(false), _taskHasThinkTime(false),
_processorHasRate(false),
_resultValid(false),
_hasConfidenceIntervals(false),
_resultInvocationNumber(0),
_resultConvergenceValue(0.0),
_resultIterations(0),
_resultUserTime(0),
_resultSysTime(0),
_resultElapsedTime(0),
_resultMaxRSS(0)
{
assert( ioVars ); /* Must be set. See Dom_builder.cpp */
io_vars = ioVars;
currentDocument = this;
}
Document::~Document()
{
/* Delete all of the processors (deletes tasks) */
std::map<std::string, Processor*>::iterator procIter;
for (procIter = _processors.begin(); procIter != _processors.end(); ++procIter) {
delete(procIter->second);
}
/* Make sure that we only delete entries once */
std::map<std::string, Entry*>::iterator entryIter;
for (entryIter = _entries.begin(); entryIter != _entries.end(); ++entryIter) {
delete(entryIter->second);
}
/* Now, delete all of the groups */
std::map<std::string, Group*>::iterator groupIter;
for (groupIter = _groups.begin(); groupIter != _groups.end(); ++groupIter) {
delete(groupIter->second);
}
io_vars = NULL;
if ( input_file_name ) {
free( const_cast<char *>(input_file_name) );
input_file_name = 0;
}
if ( output_file_name ) {
free( const_cast<char *>(output_file_name) );
output_file_name = 0;
}
#if HAVE_LIBXERCES_C
delete Xerces_Document::__xercesDOM;
#endif
LQIO::DOM::Spex::clear();
}
void Document::setModelParameters(const char* comment, LQIO::DOM::ExternalVariable* conv_val, LQIO::DOM::ExternalVariable* it_limit, LQIO::DOM::ExternalVariable* print_int, LQIO::DOM::ExternalVariable* underrelax_coeff, const void * element )
{
/* Set up initial model parameters */
_comment = std::string(comment);
_convergenceValue = conv_val;
if ( conv_val && conv_val->wasSet() ) {
conv_val->getValue( _defaultConvergenceValue ); /* Reset default */
}
_iterationLimit = it_limit;
_printInterval = print_int;
_underrelaxationCoefficient = underrelax_coeff;
_xmlDomElement = element;
}
const std::string& Document::getModelComment() const
{
return _comment;
}
const std::string& Document::getExtraComment() const
{
return _comment2;
}
Document& Document::setModelComment( const std::string& value )
{
_comment = value;
return *this;
}
Document& Document::setExtraComment( const std::string& value )
{
_comment2 = value;
return *this;
}
const double Document::getModelConvergenceValue() const
{
double value = _defaultConvergenceValue;
if ( _convergenceValue && _convergenceValue->wasSet() ) {
_convergenceValue->getValue(value);
}
return value;
}
Document& Document::setModelConvergenceValue( ExternalVariable * value )
{
_convergenceValue = value;
return *this;
}
const unsigned int Document::getModelIterationLimit() const
{
double value = 0.0;
if ( _iterationLimit ) {
assert(_iterationLimit->getValue(value) == true);
assert(value - floor(value) == 0);
} else {
value = 50.;
}
return static_cast<int>(value);
}
Document& Document::setModelIterationLimit( ExternalVariable * value )
{
_iterationLimit = value;
return *this;
}
const unsigned int Document::getModelPrintInterval() const
{
double value = 0.0;
if ( _printInterval && _printInterval->getValue(value) ) {
assert(value - floor(value) == 0);
}
return static_cast<int>(value);
}
Document& Document::setModelPrintInterval( ExternalVariable * value )
{
_printInterval = value;
return *this;
}
const double Document::getModelUnderrelaxationCoefficient() const
{
double value = 0.0;
if ( _underrelaxationCoefficient ) {
assert(_underrelaxationCoefficient->getValue(value) == true);
} else {
value = 0.9;
}
return value;
}
Document& Document::setModelUnderrelaxationCoefficient( ExternalVariable * value )
{
_underrelaxationCoefficient = value;
return *this;
}
const long Document::getSimulationSeedValue() const
{
double value = 0.0;
if ( _seedValue ) {
assert(_seedValue->getValue(value) == true);
}
return static_cast<long>(value);
}
Document& Document::setSimulationSeedValue( ExternalVariable * value )
{
_seedValue = value;
return *this;
}
const long Document::getSimulationNumberOfBlocks( ) const
{
double value = 0.0;
if ( _numberOfBlocks ) {
assert(_numberOfBlocks->getValue(value) == true);
}
return static_cast<long>(value);
}
Document& Document::setSimulationNumberOfBlocks( ExternalVariable * value )
{
_numberOfBlocks = value;
return *this;
}
const double Document::getSimulationBlockTime( ) const
{
double value = 0.0;
if ( _blockTime ) {
assert(_blockTime->getValue(value) == true);
}
return value;
}
Document& Document::setSimulationBlockTime( ExternalVariable * value )
{
_blockTime = value;
return *this;
}
const double Document::getSimulationResultPrecision( ) const
{
double value = 0.0;
if ( _resultPrecision ) {
assert(_resultPrecision->getValue(value) == true);
}
return value;
}
Document& Document::setSimulationResultPrecision( ExternalVariable * value )
{
_resultPrecision = value;
return *this;
}
const long Document::getSimulationWarmUpLoops( ) const
{
double value = 0.0;
if ( _warmUpLoops ) {
assert(_warmUpLoops->getValue(value) == true);
}
return static_cast<long>(value);
}
Document& Document::setSimulationWarmUpLoops( ExternalVariable * value )
{
_warmUpLoops = value;
return *this;
}
const double Document::getSimulationWarmUpTime( ) const
{
double value = 0.0;
if ( _warmUpTime ) {
assert(_warmUpTime->getValue(value) == true);
}
return value;
}
Document& Document::setSimulationWarmUpTime( ExternalVariable * value )
{
_warmUpTime = value;
return *this;
}
const double Document::getSpexConvergenceIterationLimit() const
{
double value = 0.0;
if ( _spexIterationLimit ) {
assert(_spexIterationLimit->getValue(value) == true);
}
return value;
}
Document& Document::setSpexConvergenceIterationLimit( ExternalVariable * spexIterationLimit )
{
_spexIterationLimit = spexIterationLimit;
return *this;
}
const double Document::getSpexConvergenceUnderrelaxation() const
{
double value = 0.0;
if ( _spexUnderrelaxation ) {
assert(_spexUnderrelaxation->getValue(value) == true);
}
return value;
}
Document& Document::setSpexConvergenceUnderrelaxation( ExternalVariable * spexUnderrelaxation )
{
_spexUnderrelaxation = spexUnderrelaxation;
return *this;
}
void
Document::setMVAStatistics( const unsigned int submodels, const unsigned long core, const double step, const double step_squared, const double wait, const double wait_squared, const unsigned int faults )
{
_mvaStatistics.submodels = submodels;
_mvaStatistics.core = core;
_mvaStatistics.step = step;
_mvaStatistics.step_squared = step_squared;
_mvaStatistics.wait = wait;
_mvaStatistics.wait_squared = wait_squared;
_mvaStatistics.faults = faults;
}
unsigned Document::getNextEntityId()
{
/* Obtain the next valid identifier */
return _nextEntityId++;
}
void Document::addProcessorEntity(Processor* processor)
{
/* Map in the processor entity */
_entities[processor->getId()] = processor;
_processors[processor->getName()] = processor;
}
Processor* Document::getProcessorByName(const std::string& name) const
{
/* Return the processor by name */
if(_processors.find(name) != _processors.end()) {
return const_cast<Document *>(this)->_processors[name];
} else {
return NULL;
}
}
const std::map<std::string,Processor*>& Document::getProcessors() const
{
/* Return the pointer */
return _processors;
}
void Document::addTaskEntity(Task* task)
{
/* Map in the task entity */
_entities[task->getId()] = task;
_tasks[task->getName()] = task;
}
Task* Document::getTaskByName(const std::string& name) const
{
/* Return the task by name */
std::map<std::string,Task*>::const_iterator task = _tasks.find(name);
if (task != _tasks.end()) {
return task->second;
} else {
return NULL;
}
}
const std::string* Document::getTaskNames(unsigned& count) const
{
/* Copy all of the keys */
count = _tasks.size();
std::string* names = new std::string[_tasks.size()+1];
std::map<std::string, Task*>::const_iterator iter;
int i = 0;
/* Copy in each of the processors names to the list */
for (iter = _tasks.begin(); iter != _tasks.end(); ++iter) {
names[i++] = iter->first;
}
return names;
}
const std::map<std::string,Task*>& Document::getTasks() const
{
/* Return the pointer */
return _tasks;
}
void Document::addEntry(Entry* entry)
{
/* Store the entry in the table */
_entries[entry->getName()] = entry;
}
Entry* Document::getEntryByName(const std::string& name) const
{
std::map<std::string, Entry*>::const_iterator entry = _entries.find(name);
/* Return the named entry */
if ( entry == _entries.end()) {
return NULL;
} else {
return entry->second;
}
}
const std::map<std::string,Entry*>& Document::getEntries() const
{
/* Return the pointer */
return _entries;
}
void Document::addGroup(Group* group)
{
/* Store the group in the map regarless of existence */
_groups[group->getName()] = group;
}
Group* Document::getGroupByName(const std::string& name) const
{
std::map<std::string,Group*>::const_iterator group = _groups.find(name);
/* Attempt to find the group with the given name */
if ( group != _groups.end()) {
return group->second;
} else {
return NULL;
}
}
const std::map<std::string,Group*>& Document::getGroups() const
{
/* Return the pointer */
return _groups;
}
const std::map<unsigned,Entity*>& Document::getEntities() const
{
/* Return the pointer */
return _entities;
}
void Document::clearAllMaps()
{
_processors.clear();
_tasks.clear();
_entries.clear();
_groups.clear();
_entities.clear();
}
SymbolExternalVariable* Document::getSymbolExternalVariable(const std::string& name)
{
/* Link the variable into the list */
if (_variables.find(name) != _variables.end()) {
return _variables[name];
} else {
SymbolExternalVariable* variable = new SymbolExternalVariable(name);
_variables[name] = variable;
return variable;
}
}
bool Document::hasSymbolExternalVariable(const std::string& name) const
{
return _variables.find(name) != _variables.end();
}
unsigned Document::getSymbolExternalVariableCount() const
{
/* Return the number of variables */
return _variables.size();
}
bool Document::areAllExternalVariablesAssigned() const
{
/* Check to make sure all external variables were set */
for (std::map<std::string, SymbolExternalVariable*>::const_iterator iter = _variables.begin(); iter != _variables.end(); ++iter) {
SymbolExternalVariable* current = iter->second;
if (current->wasSet() == false) {
return false;
}
}
return true;
}
std::vector<std::string> Document::getUndefinedExternalVariables() const
{
/* Returns a list of all undefined external variables as a string */
std::vector<std::string> names;
for (std::map<std::string, SymbolExternalVariable*>::const_iterator iter = _variables.begin(); iter != _variables.end(); ++iter) {
SymbolExternalVariable* current = iter->second;
if (current->wasSet() == false) {
names.push_back(iter->first);
}
}
return names;
}
void Document::setLQXProgramText(const std::string& program)
{
/* Copies the LQX program body */
_lqxProgram = program;
}
void Document::setLQXProgramText(const char * program)
{
/* Copies the LQX program body */
_lqxProgram = program;
}
const std::string& Document::getLQXProgramText() const
{
/* Return a reference to the program text */
return _lqxProgram;
}
LQX::Program * Document::getLQXProgram() const
{
return _parsedLQXProgram;
}
void Document::registerExternalSymbolsWithProgram(LQX::Program* program)
{
/* Make sure all of the variables are registered in the program */
std::map<std::string, SymbolExternalVariable*>::iterator iter;
for (iter = _variables.begin(); iter != _variables.end(); ++iter) {
SymbolExternalVariable* current = iter->second;
current->registerInEnvironment(program);
}
}
void Document::addPragma(const std::string& param, const std::string& value )
{
_loadedPragmas[param] = value;
}
const std::map<std::string,std::string>& Document::getPragmaList() const
{
return _loadedPragmas;
}
void Document::clearPragmaList()
{
_loadedPragmas.clear();
}
/* -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- [Result Values] -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= */
Document& Document::setResultValid(bool resultValid)
{
_hasResults = true;
_resultValid = resultValid;
return *this;
}
Document& Document::setResultConvergenceValue(double resultConvergenceValue)
{
_hasResults = true;
_resultConvergenceValue = resultConvergenceValue;
return *this;
}
Document& Document::setResultIterations(unsigned int resultIterations)
{
_hasResults = true;
_resultIterations = resultIterations;
return *this;
}
Document& Document::setResultPlatformInformation(const std::string& resultPlatformInformation)
{
_hasResults = true;
_resultPlatformInformation = resultPlatformInformation;
return *this;
}
Document& Document::setResultSolverInformation(const std::string& resultSolverInformation)
{
_hasResults = true;
_resultSolverInformation = resultSolverInformation;
return *this;
}
Document& Document::setResultUserTime(clock_t resultUserTime)
{
_hasResults = true;
_resultUserTime = resultUserTime;
return *this;
}
Document& Document::setResultSysTime(clock_t resultSysTime)
{
_hasResults = true;
_resultSysTime = resultSysTime;
return *this;
}
Document& Document::setResultElapsedTime(clock_t resultElapsedTime)
{
_hasResults = true;
_resultElapsedTime = resultElapsedTime;
return *this;
}
Document& Document::setResultMaxRSS( long resultMaxRSS )
{
if ( resultMaxRSS > 0 ) { /* Only set if > 0 */
_hasResults = true;
_resultMaxRSS = resultMaxRSS;
}
return *this;
}
bool Document::hasResults() const
{
return _hasResults;
}
bool Document::isXMLDOMPresent() const
{
return _xmlDomElement != NULL;
}
/* -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- [Dom builder ] -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-= */
ExternalVariable*
Document::db_build_parameter_variable(const char* input, bool* isSymbol)
{
if (input && input[0] == '$') {
if (isSymbol) { *isSymbol = true; }
return getSymbolExternalVariable(input);
} else {
double result = 0.0;
/* NULL input means a zero */
if (input != NULL) {
char* endPtr = NULL;
const char* realEndPtr = input + strlen(input);
result = strtod(input, &endPtr);
/* Check if we finished parsing okay */
if (endPtr != realEndPtr) {
std::string err = "<double>: \"";
err += input;
err += "\"";
throw std::invalid_argument( err.c_str() );
}
}
/* Return the resulting value */
if (isSymbol) { *isSymbol = false; }
return new ConstantExternalVariable(result);
}
}
void
Document::db_check_set_entry(Entry* entry, const string& entry_name, Entry::EntryType requisiteType)
{
if ( !entry ) {
input_error2( ERR_NOT_DEFINED, entry_name.c_str() );
} else if ( requisiteType != Entry::ENTRY_NOT_DEFINED && !entry->entryTypeOk( requisiteType ) ) {
input_error2( ERR_MIXED_ENTRY_TYPES, entry_name.c_str() );
}
}
Document&
Document::setCallType( const Call::CallType t )
{
if ( t == Call::RENDEZVOUS ) _hasRendezvous = true;
if ( t == Call::SEND_NO_REPLY ) _hasSendNoReply = true;
if ( t == Call::FORWARD ) _hasForwarding = true;
return *this;
}
bool
Document::hasNonExponentialPhase() const
{
return for_each( _tasks.begin(), _tasks.end(), LQIO::DOM::Task::Count( &LQIO::DOM::Phase::isNonExponential ) ).count() != 0;
}
bool Document::hasDeterministicPhase() const
{
return for_each( _tasks.begin(), _tasks.end(), LQIO::DOM::Task::Count( &LQIO::DOM::Phase::hasDeterministicCalls ) ).count() != 0;
}
/*
* Load document. Based on the file extension, pick the
* appropriate loader. LQNX (XML) input and output are found
* in one file. SRVN input and ouptut are separate. We don't
* try to load the latter if load_results == false
*/
/* static */ Document*
Document::load(const string& input_filename, input_format format, const string& output_filename, lqio_params_stats * ioVars, unsigned& errorCode, bool load_results )
{
input_file_name = strdup( input_filename.c_str() );
output_file_name = strdup( output_filename.c_str() );
ioVars->error_count = 0; /* See error.c */
ioVars->anError = false;
errorCode = 0;
/* Figure out input file type based on suffix */
if ( format == AUTOMATIC_INPUT ) {
const unsigned long pos = input_filename.find_last_of( '.' );
if ( pos != string::npos ) {
string suffix = input_filename.substr( pos+1 );
std::transform(suffix.begin(), suffix.end(), suffix.begin(), ::tolower);
if ( suffix == "in" || suffix == "lqn" || suffix == "xlqn" || suffix == "txt" ) {
format = LQN_INPUT; /* Override */
} else {
format = XML_INPUT;
}
}
}
/* Create a document to store the product */
Document * document = new Document( ioVars, format );
/* Read in the model, invoke the builder, and see what happened */
bool rc = true;
if ( format == LQN_INPUT ) {
LQIO::DOM::Spex::initialize_control_parameters();
rc = SRVN::load( *document, input_filename, output_filename, errorCode, load_results );
} else {
#if HAVE_LIBXERCES_C
rc = Xerces_Document::load( *document, input_filename, ioVars, errorCode );
#elif HAVE_LIBEXPAT
rc = Expat_Document::load( *document, input_filename, output_filename, errorCode, load_results );
#endif
}
if ( errorCode != 0 ) {
rc = false;
}
/* All went well, so return it */
if ( rc ) {
return document;
} else {
delete document;
return 0;
}
}
bool
Document::loadResults(const std::string& directory_name, const std::string& file_name, const std::string& suffix, unsigned& errorCode )
{
if ( getInputFormat() == LQN_INPUT ) {
LQIO::Filename filename( file_name.c_str(), "p", directory_name.c_str(), suffix.c_str() );
return LQIO::SRVN::loadResults( filename() );
} else if ( getInputFormat() == XML_INPUT ) {
LQIO::Filename filename( file_name.c_str(), "lqxo", directory_name.c_str(), suffix.c_str() );
#if HAVE_LIBXERCES_C
return false;
#elif HAVE_LIBEXPAT
return Expat_Document::loadResults( *this, file_name, errorCode );
#endif
} else {
return false;
}
}
/*
* Print in input order.
*/
std::ostream&
Document::print( std::ostream& output, const output_format format ) const
{
if ( format == TEXT_OUTPUT ) {
SRVN::Output srvn( *this, _entities );
srvn.print( output );
} else if ( format == PARSEABLE_OUTPUT ) {
SRVN::Parseable srvn( *this, _entities );
srvn.print( output );
} else if ( format == RTF_OUTPUT ) {
SRVN::RTF srvn( *this, _entities );
srvn.print( output );
}
return output;
}
std::ostream& Document::printExternalVariables( std::ostream& output ) const
{
/* Check to make sure all external variables were set */
for (std::map<std::string, SymbolExternalVariable*>::const_iterator var_p = _variables.begin(); var_p != _variables.end(); ++var_p) {
if ( var_p != _variables.begin() ) {
output << ", ";
}
const SymbolExternalVariable* var = var_p->second;
output << *var;
double value;
if ( var->wasSet() && var->getValue( value ) ) {
output << " = " << value;
}
}
return output;
}
void
Document::serializeDOM( std::ostream & output, bool instantiate ) const
{
#if HAVE_LIBXERCES_C
Xerces_Document::serializeDOM( output, instantiate );
#elif HAVE_LIBEXPAT
Expat_Document expat( *const_cast<Document *>(this), false, false );
expat.serializeDOM( output, instantiate );
#endif
}
}
}
|
95b4691f4f7d6739827cd79db1e2b6cb333eb363 | 5df1a677af9379c9a82f1b29359a65ad8cbc385e | /CodeForces/PastContest/1416/D.cpp | 5c36dac2e1b5ba2525a7f991f6e7d7d090225b09 | [] | no_license | heyshb/Competitive-Programming | 92741a4e7234e1ebce685c1b870f1287bee18f1a | 363ef78d950afb53f0e5f1d2329f27dd7b9a44c2 | refs/heads/master | 2021-12-15T03:12:37.676111 | 2021-12-01T14:32:25 | 2021-12-01T14:32:25 | 122,315,094 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,328 | cpp | D.cpp | #include <bits/stdc++.h>
using namespace std;
typedef long long LL;
typedef pair<int,int> pii;
int op[1000010][2];
bool del[1000010];
int L[1000010],R[1000010];
vector<int>e[1000010];
int N,M,Q;
int p[1000010];
int fa[1000010];
int treenode[1000010];
int NN;
int ttm[1000010];
const int INF = 1e9;
int find(int x) {
return x == fa[x] ? x : fa[x] = find(fa[x]);
}
void addedge(int x,int y) {
e[x].push_back(y);
e[y].push_back(x);
}
void merge(int x,int y,int t = INF) {
//printf("merge %d %d %d\n",x,y,t);
if (find(x) == find(y)) return;
int tx = treenode[find(x)];
int ty = treenode[find(y)];
fa[find(x)] = find(y);
ttm[++NN] = t;
addedge(NN, tx);
addedge(NN, ty);
treenode[find(y)] = NN;
}
bool vis[1000010];
int anc[1000010][20];
int sL[1000010], sR[1000010];
int pos[1000100],ttmc = 0,dfn[1000010];
void dfs0(int x) {
for (int i=1;i<20;i++) {
anc[x][i] = anc[anc[x][i-1]][i-1];
}
vis[x] = true;
dfn[++ttmc] = x;
pos[x] = ttmc;
sL[x] = ttmc;
for (auto t:e[x]) {
if (!vis[t]) {
anc[t][0] = x;
dfs0(t);
}
}
sR[x] = ttmc;
}
int md[4000010];
void maintain(int x) {
if (p[md[x*2]] > p[md[x*2+1]]) {
md[x] = md[x*2];
} else {
md[x] = md[x*2+1];
}
}
void build(int x,int L,int R) {
if (L == R) {
md[x] = dfn[L];
return;
}
int mid = (L + R) / 2;
build(x * 2, L, mid);
build(x * 2 + 1, mid + 1, R);
maintain(x);
}
int findmax(int x,int L,int R,int ql,int qr) {
if (L == ql && R == qr) {
return md[x];
}
int mid = (L + R) / 2;
if (qr <= mid) return findmax(x*2,L,mid,ql,qr);
if (ql > mid) return findmax(x*2+1,mid+1,R,ql,qr);
int r1 = findmax(x*2,L,mid,ql,mid);
int r2 = findmax(x*2+1,mid+1,R,mid+1,qr);
if (p[r1] > p[r2]) return r1;
else return r2;
}
void modify(int x,int L,int R,int pos) {
if (L == R) return;
int mid = (L + R) / 2;
if (pos <= mid) modify(x*2,L,mid,pos);
else modify(x*2+1,mid+1,R,pos);
maintain(x);
}
int fuck_subtree(int x) {
int id = findmax(1,1,NN,sL[x],sR[x]);
int ret = p[id];
p[id] = 0;
modify(1,1,NN,pos[id]);
return ret;
}
int main() {
scanf("%d%d%d",&N,&M,&Q);
NN = N;
for (int i=1;i<=N;i++) {
scanf("%d",&p[i]);
}
for (int i=1;i<=M;i++) {
scanf("%d%d",&L[i],&R[i]);
del[i] = false;
}
for (int i=1;i<=Q;i++) {
scanf("%d%d",&op[i][0],&op[i][1]);
if (op[i][0] == 2) del[op[i][1]] = true;
}
for (int i=1;i<=N;i++) {
treenode[i] = i;
fa[i] = i;
ttm[i] = INF;
}
NN = N;
for (int i=1;i<=M;i++) {
if (!del[i]) {
merge(L[i], R[i]);
}
}
for (int i=Q;i>=1;i--) {
if (op[i][0] == 2) {
int id = op[i][1];
merge(L[id], R[id], i);
}
}
for (int i=1;i<=N;i++) {
if (!vis[treenode[find(i)]]) {
dfs0(treenode[find(i)]);
}
}
build(1,1,NN);
for (int i=1;i<=Q;i++) {
if (op[i][0] == 1) {
int v = op[i][1];
for (int j=19;j>=0;j--) {
if (ttm[anc[v][j]] > i) v = anc[v][j];
}
printf("%d\n",fuck_subtree(v));
}
}
} |
13f72899cb6112516ac5dbbad8dfea9358785cca | 516e1736f6abc70f31761edfb1960c2150c5a6bb | /main_window.cpp | 2d7dce5bfa5f9fd62b7f95cd45eed6fab2993902 | [] | no_license | ruta-04/JADE | 1cb4a595098573654f51d2d588b5403318c94d0c | e1e28e8cb1f948ed8a435f8d461978a9d440a016 | refs/heads/master | 2020-07-24T07:34:25.377904 | 2019-09-11T21:03:58 | 2019-09-11T21:03:58 | 207,848,849 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 35,815 | cpp | main_window.cpp | #include "main_window.h"
#include "dialogs.h"
#include "store.h"
#include "product.h"
#include <regex>
#include <gtkmm.h>
#include "customer.h"
#include "order.h"
//#include "view.h"
int Main_window::order_counter=0;
Main_window::Main_window() {
// /////////////////
// G U I S E T U P
// /////////////////
set_default_size(400, 200);
// Put a vertical box container as the Window contents
Gtk::Box *vbox = Gtk::manage(new Gtk::Box(Gtk::ORIENTATION_VERTICAL, 0));
add(*vbox);
// ///////
// M E N U
// Add a menu bar as the top item in the vertical box
Gtk::MenuBar *menubar = Gtk::manage(new Gtk::MenuBar());
vbox->pack_start(*menubar, Gtk::PACK_SHRINK, 0);
// F I L E
// Create a File menu and add to the menu bar
Gtk::MenuItem *menuitem_file = Gtk::manage(new Gtk::MenuItem("_File", true));
menubar->append(*menuitem_file);
Gtk::Menu *filemenu = Gtk::manage(new Gtk::Menu());
menuitem_file->set_submenu(*filemenu);
// Q U I T
// Append Quit to the File menu
Gtk::MenuItem *menuitem_quit = Gtk::manage(new Gtk::MenuItem("_Quit", true));
menuitem_quit->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_quit_click));
filemenu->append(*menuitem_quit);
//View
//Create a view
Gtk::MenuItem *menuitem_view=Gtk::manage(new Gtk::MenuItem("View",true));
menubar->append(*menuitem_view);
Gtk::Menu *viewmenu=Gtk::manage(new Gtk::Menu());
menuitem_view->set_submenu(*viewmenu);
// All products
// Append Quit to the File menu
Gtk::MenuItem *menuitem_products = Gtk::manage(new Gtk::MenuItem("All products", true));
menuitem_products->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_view_all_click));
viewmenu->append(*menuitem_products);
//list customers
Gtk::MenuItem *menuitem_customers = Gtk::manage(new Gtk::MenuItem("List all customers", true));
menuitem_customers->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_list_customers_click));
viewmenu->append(*menuitem_customers);
//view order
Gtk::MenuItem *menuitem_orders = Gtk::manage(new Gtk::MenuItem("View order", true));
menuitem_orders->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_view_order_click));
viewmenu->append(*menuitem_orders);
//Create
//Create a menu
Gtk::MenuItem *menuitem_create=Gtk::manage(new Gtk::MenuItem("Create",true));
menubar->append(*menuitem_create);
Gtk::Menu *createmenu=Gtk::manage(new Gtk::Menu());
menuitem_create->set_submenu(*createmenu);
// Coffee
// Append Quit to the File menu
Gtk::MenuItem *menuitem_java = Gtk::manage(new Gtk::MenuItem("Java", true));
menuitem_java->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_create_coffee_click));
createmenu->append(*menuitem_java);
// Donut
// Append Quit to the File menu
Gtk::MenuItem *menuitem_donut = Gtk::manage(new Gtk::MenuItem("Donut", true));
menuitem_donut->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_create_donut_click));
createmenu->append(*menuitem_donut);
//customer
Gtk::MenuItem *menuitem_customer = Gtk::manage(new Gtk::MenuItem("Customer", true));
menuitem_customer->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_new_customer_click));
createmenu->append(*menuitem_customer);
//customer
Gtk::MenuItem *menuitem_order = Gtk::manage(new Gtk::MenuItem("Order", true));
menuitem_order->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_create_order_click));
createmenu->append(*menuitem_order);
//STATE OF ORDERS
//Create a process
Gtk::MenuItem *menuitem_process=Gtk::manage(new Gtk::MenuItem("Process",true));
menubar->append(*menuitem_process);
Gtk::Menu *processmenu=Gtk::manage(new Gtk::Menu());
menuitem_process->set_submenu(*processmenu);
// FILL
Gtk::MenuItem *menuitem_fill = Gtk::manage(new Gtk::MenuItem("Fill", true));
menuitem_fill->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_fill_order_click));
processmenu->append(*menuitem_fill);
// PAY
Gtk::MenuItem *menuitem_pay = Gtk::manage(new Gtk::MenuItem("Pay", true));
menuitem_pay->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_pay_order_click));
processmenu->append(*menuitem_pay);
// DISACRD
Gtk::MenuItem *menuitem_discard = Gtk::manage(new Gtk::MenuItem("Discard", true));
menuitem_discard->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_discard_order_click));
processmenu->append(*menuitem_discard);
//help
Gtk::MenuItem *menuitem_help = Gtk::manage(new Gtk::MenuItem("Help", true));
menubar->append(*menuitem_help);
Gtk::Menu *helpmenu = Gtk::manage(new Gtk::Menu());
menuitem_help->set_submenu(*helpmenu);
//about help
Gtk::MenuItem *menuitem_about = Gtk::manage(new Gtk::MenuItem("About", true));
menuitem_about->signal_activate().connect(sigc::mem_fun(*this, &Main_window::on_about_click));
helpmenu->append(*menuitem_about);
// // /////////////
// T O O L B A R
// Add a toolbar to the vertical box below the menu
Gtk::Toolbar *toolbar = Gtk::manage(new Gtk::Toolbar);
vbox->add(*toolbar);
// Add a donut
button1_on_image = Gtk::manage(new Gtk::Image{"donut.png"});
//button1_off_image = Gtk::manage(new Gtk::Image{"button1_off.png"});
button1 = Gtk::manage(new Gtk::ToolButton(*button1_on_image));
button1->set_tooltip_markup("Create donut");
button1->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_create_donut_click));
toolbar->append(*button1);
// Add a coffee
button2_on_image = Gtk::manage(new Gtk::Image{"coffee.png"});
//button2_off_image = Gtk::manage(new Gtk::Image{"button2_off.png"});
button2 = Gtk::manage(new Gtk::ToolButton(*button2_on_image));
button2->set_tooltip_markup("Add coffee");
button2->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_create_coffee_click));
toolbar->append(*button2);
// Add a list of donut and coffee
button3_on_image = Gtk::manage(new Gtk::Image{"d_c.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button3 = Gtk::manage(new Gtk::ToolButton(*button3_on_image));
button3->set_tooltip_markup("List all Donut and Coffee");
button3->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_view_all_click));
toolbar->append(*button3);
// Add a list of donut and coffee
button4_on_image = Gtk::manage(new Gtk::Image{"customer.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button4 = Gtk::manage(new Gtk::ToolButton(*button4_on_image));
button4->set_tooltip_markup("Create Customer");
button4->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_new_customer_click));
toolbar->append(*button4);
// Add a list of customer
button5_on_image = Gtk::manage(new Gtk::Image{"list_c.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button5 = Gtk::manage(new Gtk::ToolButton(*button5_on_image));
button5->set_tooltip_markup("List all Customers");
button5->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_list_customers_click));
toolbar->append(*button5);
//create order
button6_on_image = Gtk::manage(new Gtk::Image{"create_order.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button6 = Gtk::manage(new Gtk::ToolButton(*button6_on_image));
button6->set_tooltip_markup("Create order");
button6->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_create_order_click));
toolbar->append(*button6);
//view order
button7_on_image = Gtk::manage(new Gtk::Image{"list_orders.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button7 = Gtk::manage(new Gtk::ToolButton(*button7_on_image));
button7->set_tooltip_markup("List orders");
button7->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_view_order_click));
toolbar->append(*button7);
//FILL ORDER
button8_on_image = Gtk::manage(new Gtk::Image{"fill.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button8 = Gtk::manage(new Gtk::ToolButton(*button8_on_image));
button8->set_tooltip_markup("Fill orders");
button8->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_fill_order_click));
toolbar->append(*button8);
//PAY ORDER
button9_on_image = Gtk::manage(new Gtk::Image{"pay.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button9 = Gtk::manage(new Gtk::ToolButton(*button9_on_image));
button9->set_tooltip_markup("Pay orders");
button9->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_pay_order_click));
toolbar->append(*button9);
//DISCARD ORDER
button10_on_image = Gtk::manage(new Gtk::Image{"del.png"});
// button3_off_image = Gtk::manage(new Gtk::Image{"button3_off.png"});
button10 = Gtk::manage(new Gtk::ToolButton(*button10_on_image));
button10->set_tooltip_markup("Disacrd orders");
button10->signal_clicked().connect(sigc::mem_fun(*this, &Main_window::on_discard_order_click));
toolbar->append(*button10);
// M A I N A R E A
Gtk::Label* main_area = Gtk::manage(new Gtk::Label);
main_area->set_hexpand(true);
main_area->set_vexpand(true);
vbox->add(*main_area);
// S T A T U S B A R D I S P L A Y
// Provide a status bar for program messages
msg = Gtk::manage(new Gtk::Label());
msg->set_hexpand(true);
vbox->add(*msg);
// Make the box and everything in it visible
vbox->show_all();
}
Main_window::~Main_window() { }
// /////////////////
// C A L L B A C K S
// /////////////////
void Main_window::on_create_donut_click() {
//_store.add_java();
//_store.add_product((Product*)(Java{"Java",5.00,2.00,0}));
//_store.product_to_string(0);
// Frosting frosting = (Frosting)(rand()%5);
// Filling filling = (Filling)(rand()%5);
// //Donut* d = new Donut{"Donut", 0.75, 0.25, frosting, true, filling};
// Donut* d = new Donut{"Donut", 0.75, 0.25, frosting, true, filling};
//
// _store.add_product(d);
//std::cout<<d->to_string();
//creating donut widget
Gtk::Dialog *dialog=new Gtk::Dialog();
dialog->set_title("Create a Donut");
dialog->set_transient_for(*this);
///DONUT NAME
Gtk::HBox name;
Gtk::Label name_donut{"Name: "};
name.pack_start(name_donut);
Gtk::Entry entry_donut;
entry_donut.set_max_length(50);
name.pack_start(entry_donut);
dialog->get_vbox()->pack_start(name);
//price
Gtk::HBox price;
Gtk::Label price_donut{"Price: "};
price.pack_start(price_donut);
Gtk::Entry entry_price;
entry_price.set_max_length(50);
price.pack_start(entry_price);
dialog->get_vbox()->pack_start(price);
//cost
Gtk::HBox cost;
Gtk::Label cost_donut{"Cost: "};
cost.pack_start(cost_donut);
Gtk::Entry entry_cost;
entry_cost.set_max_length(50);
cost.pack_start(entry_cost);
dialog->get_vbox()->pack_start(cost);
//Frosting
Gtk::HBox frosting;
Gtk::Label frosting_donut{"Frosting: "};
frosting.pack_start(frosting_donut);
Gtk::ComboBoxText frosting_menu;
frosting_menu.append("Unfrosted");
frosting_menu.append("Chocolate_top");
frosting_menu.append("Vanilla_top");
frosting_menu.append("Pink_top");
frosting.pack_start(frosting_menu);
dialog->get_vbox()->pack_start(frosting);
//filling
Gtk::HBox filling;
Gtk::Label filling_donut{"Filling: "};
filling.pack_start(filling_donut);
Gtk::ComboBoxText filling_menu;
filling_menu.append("Unfilled");
filling_menu.append("Creme");
filling_menu.append("Bavarian");
filling_menu.append("Strawberry");
filling.pack_start(filling_menu);
dialog->get_vbox()->pack_start(filling);
Gtk::CheckButton sprinkles("Sprinkles", true);
dialog->get_vbox()->pack_start(sprinkles);
dialog->add_button("Cancel", 0);
dialog->add_button("Create", 1);
dialog->show_all();
int result = dialog->run();
std::string name_d=entry_donut.get_text();
std::string price_d=entry_price.get_text();
std::string cost_d=entry_cost.get_text();
int frost_d=frosting_menu.get_active_row_number();
int fill_d=filling_menu.get_active_row_number();
bool flag_sprinkles=sprinkles.get_active();
double price_final=0;
double cost_final=0;
dialog->close();
while (Gtk::Main::events_pending()) Gtk::Main::iteration();
if(result==1)
{
if(name_d.empty())
{
Dialogs::message("Name fiels is empty. Donut cannot be created.");
}
if(price_d.empty() || cost_d.empty())
{
Dialogs::message("Price/Cost field is empty. Donut cannot be created.");
}
else
{
try {
//std::cout<<"gign\n";
price_final=std::stod(price_d);
//std::cout<<price_final<<"\n";
cost_final=std::stod(cost_d);
//std::cout<<cost_final;
} catch (...) {
}
}
if(price_final==0.0 || cost_final==0.0)
{
// std::cout<<"in loop";
Dialogs::message("Invalid data in price/cost field. Donut cannot be created");
}
if(!name_d.empty() && !price_d.empty() && !cost_d.empty() && !(price_final==0.0) && !(cost_final==0.0) )
{
Donut *donut=new Donut(name_d,price_final,cost_final,(Frosting)frost_d,flag_sprinkles,(Filling)fill_d);
_store.add_product(donut);
msg->set_text("New donut product \"" + name_d + "\" created"+"\t\t\t\t\t\t\t\t\t"+_store.get_cash_register());
}
}
delete dialog;
}
void Main_window::on_create_coffee_click() {
//_store.add_java();
//_store.add_product((Product*)(Java{"Java",5.00,2.00,0}));
//_store.product_to_string(0);
// int darkness = rand() % 5;
// double price = 5.00;
// double cost = 2.00;
// Java* c = new Java{"Coffee", price, cost, (Darkness)darkness};
// int shot_clock = rand() % 4; // vary the number of shots
// while (shot_clock>=0) {
// Shot shot = (Shot)(rand()%4);
// c->add_shot(shot);
// shot_clock--;
// }
// _store.add_product(c);
//std::cout<< c->to_string();
//create java
bool flag=true;
double price_final=0.0;
double cost_final=0.0;
Gtk::Dialog *dialog=new Gtk::Dialog();
dialog->set_transient_for(*this);
dialog->set_title("Create Java");
//Name
Gtk::HBox name;
Gtk::Label label_name{"Name: "};
name.pack_start(label_name);
Gtk::Entry entry_name;
entry_name.set_max_length(50);
name.pack_start(entry_name);
dialog->get_vbox()->pack_start(name);
//price
Gtk::HBox price;
Gtk::Label label_price{"Price: "};
price.pack_start(label_price);
Gtk::Entry entry_price;
entry_price.set_max_length(50);
price.pack_start(entry_price);
dialog->get_vbox()->pack_start(price);
//cost
Gtk::HBox cost;
Gtk::Label label_cost{"Cost: "};
cost.pack_start(label_cost);
Gtk::Entry entry_cost;
entry_cost.set_max_length(50);
cost.pack_start(entry_cost);
dialog->get_vbox()->pack_start(cost);
//Darkness
Gtk::HBox darkness;
Gtk::Label label_darkness{"Darkness: "};
darkness.pack_start(label_darkness);
Gtk::ComboBoxText darkness_menu;
darkness_menu.append("Blond");
darkness_menu.append("Light");
darkness_menu.append("Medium");
darkness_menu.append("Dark");
darkness_menu.append("Extra_Dark");
darkness.pack_start(darkness_menu);
dialog->get_vbox()->pack_start(darkness);
dialog->add_button("Cancel", 0);
dialog->add_button("Next", 1);
dialog->show_all();
int result = dialog->run();
std::string name_j=entry_name.get_text();
std::string price_j=entry_price.get_text();
std::string cost_j=entry_cost.get_text();
int darkness_j=darkness_menu.get_active_row_number();
if(result==1)
{
if(name_j.empty())
{
Dialogs::message("Name fiels is empty. Donut cannot be created.");
}
if(price_j.empty() || cost_j.empty())
{
Dialogs::message("Price/Cost field is empty. Donut cannot be created.");
}
else
{
try {
//std::cout<<"gign\n";
price_final=std::stod(price_j);
//std::cout<<price_final<<"\n";
cost_final=std::stod(cost_j);
//std::cout<<cost_final;
} catch (...) {
}
}
if(price_final==0.0 || cost_final==0.0)
{
// std::cout<<"in loop";
Dialogs::message("Invalid data in price/cost field. Donut cannot be created");
}
if(!name_j.empty() && !price_j.empty() && !cost_j.empty() && !(price_final==0.0) && !(cost_final==0.0) )
{
Java *java=new Java{name_j,price_final,cost_final,(Darkness)darkness_j};
while(flag)
{
Gtk::Dialog shots;
//shots.set_transient_for(this);
shots.set_title("Add Shots");
Gtk::ComboBoxText add_shots;
add_shots.append("None");
add_shots.append("Chocolate");
add_shots.append("Vanilla");
add_shots.append("Peppermint");
add_shots.append("Hazlenut");
shots.get_vbox()->pack_start(add_shots);
shots.add_button("Cancel",0);
shots.add_button("Create",1);
shots.add_button("Add",2);
shots.show_all();
int result = shots.run();
int shot_number=add_shots.get_active_row_number();
if(result==2)
{
java->add_shot((Shot)shot_number);
if(shot_number==0)
{
Dialogs::message("None of the shots are added");
}
if(shot_number==1)
{
Dialogs::message("Chocolate shot is added");
}
else if(shot_number==2)
{
Dialogs::message("Vanilla shot is added");
}
else if(shot_number==3)
{
Dialogs::message("Peppermint shot is added");
}
else if(shot_number==4)
{
Dialogs::message("Hazlenut shot is added");
}
flag=true;
}
if(result==1)
{
_store.add_product(java);
msg->set_text("New java product \"" + name_j + "\" created"+"\t\t\t\t\t\t\t\t\t"+_store.get_cash_register());
flag=false;
}
}
}
}
delete dialog;
}
//order creation
void Main_window::on_create_order_click()
{
Order _order;
bool flag=true;
bool order_placed=false;
std::string o="Order #"+std::to_string(order_counter);
while(flag)
{
Gtk::Dialog *dialog=new Gtk::Dialog();
dialog->set_title("create a order");
dialog->set_transient_for(*this);
Gtk::Label order_label{o};
dialog->get_vbox()->pack_start(order_label);
Gtk::HBox order;
Gtk::Label label{"Product: "};
order.pack_start(label);
Gtk::ComboBoxText product_menu;
int size=_store.number_of_products();
for(int i=0;i<size;i++)
{
product_menu.append(_store.product_to_string(i));
}
order.pack_start(product_menu);
dialog->get_vbox()->pack_start(order);
dialog->add_button("Cancel",0);
dialog->add_button("Add",1);
dialog->add_button("Next",2);
dialog->show_all();
int result= dialog->run();
int row=product_menu.get_active_row_number();
//std::cout<<row;
dialog->close();
while (Gtk::Main::events_pending()) Gtk::Main::iteration();
if(result==0)
{
//flag=false;
break;
}
else if(result==1)
{
_order.add_product(_store.get_vector(row));
// flag=true;
}
else if(result==2)
{
Gtk::Dialog *d=new Gtk::Dialog();
d->set_transient_for(*this);
d->set_title("Select Customer");
Gtk::ComboBoxText customer_menu;
int size=_store.number_of_customers();
for(int i=0;i<size;i++)
{
customer_menu.append(_store.get_customer_string(i));
}
d->get_vbox()->pack_start(customer_menu);
std::string place_order="Place Order "+std::to_string(order_counter);
d->add_button("Cancel",0);
d->add_button(place_order,1);
d->show_all();
int r=d->run();
if(r==0)
{
flag=false;
break;
}
else if(r==1)
{
int row_number= customer_menu.get_active_row_number();
_store.place_order(_order,row_number);
_store.add_order_to_vectors(_order);
order_placed=true;
}
d->close();
while (Gtk::Main::events_pending()) Gtk::Main::iteration();
delete d;
//flag=false;
break;
}
else{
break;
}
delete dialog;
}
if(order_placed)
{
//std::cout<<_store.order_to_string(order_counter);
_order.add_order_number(order_counter);
msg->set_text("Order " + std::to_string(order_counter) + " placed"+"\t\t\t\t"+_store.get_cash_register());
order_counter++;
}
else{
msg->set_text("Order " + std::to_string(order_counter) + " canceled"+"\t\t\t\t\t\t\t\t\t"+_store.get_cash_register());
order_counter++;
}
}
//create customer
void Main_window::on_new_customer_click()
{
Gtk::Dialog *dialog=new Gtk::Dialog();
dialog->set_title("Create a customer");
dialog->set_transient_for(*this);
Gtk::Label *label_1=new Gtk::Label("Name");
dialog->get_content_area()->pack_start(*label_1);
label_1->show();
Gtk::Entry *entry_1= new Gtk::Entry();
entry_1->set_max_length(50);
//entry_1->set_text("abc");
entry_1->show();
dialog->get_vbox()->pack_start(*entry_1);
Gtk::Label *label_2=new Gtk::Label("Phone Number");
dialog->get_vbox()->pack_start(*label_2);
label_2->show();
Gtk::Entry *entry_2= new Gtk::Entry();
entry_2->set_max_length(50);
//entry_2->set_text("817-233-3456");
entry_2->show();
dialog->get_vbox()->pack_start(*entry_2);
dialog->add_button("Cancel", 0);
dialog->add_button("Create", 1);
dialog->set_default_response(0);
int result=dialog->run();
std::string text_1=entry_1->get_text();
//std::cout<<text_1;
std::string text_2=entry_2->get_text();
//std::cout<<text_2;
dialog->close();
while (Gtk::Main::events_pending()) Gtk::Main::iteration();
delete label_1;
delete entry_1;
delete label_2;
delete entry_2;
if(result==1)
{
//std::cout<<"checking";
std::regex phone{"((\\(\\d{3,3}\\))|(\\d{3,3}-))?\\d{3,3}-\\d{4,4}"};
if(std::regex_match(text_2,phone))
{
//std::cout<<"correct";
Customer *customer =new Customer{text_1,text_2};
_store.add_customer(customer);
msg->set_text("Created customer " + text_1+"\t\t\t\t\t\t\t\t\t"+_store.get_cash_register());
}
else{
Dialogs::message("Wrong phone number format!");
//exit(0);
}
}
else
{
//std::cerr<<"error entering phone number";
}
delete dialog;
}
void Main_window::on_list_customers_click()
{
Dialogs::message(_store.customer_to_string(_store.number_of_customers()),"List of customers");
}
void Main_window::on_view_all_click() {
//_store.add_java();
//_store.add_product((Product*)(Java{"Java",5.00,2.00,0}));
//_store.product_to_string(0);
Dialogs::message(_store.get_info());
}
void Main_window::on_view_order_click()
{
bool flag=true;
int number;
while(flag)
{
Gtk::Dialog *dialog=new Gtk::Dialog();
dialog->set_transient_for(*this);
dialog->set_title("Select an order");
Gtk::HBox order_menu;
Gtk::Label label{"Order"};
order_menu.pack_start(label);
Gtk::ComboBoxText order;
for(int i=0;i<order_counter;i++)
{
std::string a=std::to_string(i);
order.append(a);
}
order_menu.pack_start(order);
dialog->get_vbox()->pack_start(order_menu);
dialog->add_button("Cancel",0);
dialog->add_button("Show",1);
dialog->show_all();
int result=dialog->run();
number=order.get_active_row_number();
if(result==1)
{
std::string msg="Order #"+std::to_string(number)+'\n'+_store.order_to_string(number);
Dialogs::message(msg,"Order Information");
flag=true;
}
else
{
flag=false;
}
delete dialog;
}
}
void Main_window::on_fill_order_click()
{
Gtk::Dialog *dialog=new Gtk::Dialog("Select an order to fill", *this);
Gtk::HBox b_orders;
Gtk::Label l_current;
dialog->get_vbox()->pack_start(l_current, Gtk::PACK_SHRINK);
Gtk::Label l_orders{"Order:"};
l_orders.set_width_chars(15);
b_orders.pack_start(l_orders, Gtk::PACK_SHRINK);
Gtk::ComboBoxText c_orders;
for(int i=0;i<order_counter;i++) {
c_orders.append(std::to_string(i));
}
b_orders.pack_start(c_orders, Gtk::PACK_SHRINK);
dialog->get_vbox()->pack_start(b_orders, Gtk::PACK_SHRINK);
dialog->add_button("Close", 0);
dialog->add_button("Show", 1);
dialog->add_button("Fill", 2);
dialog->show_all();
while(true)
{
//std::cout<<"running";
int result=dialog->run();
//std::cout<<"running_1";
if(result==1)
{
std::string a="Order#"+std::to_string(c_orders.get_active_row_number())+"\n"+_store.order_to_string(c_orders.get_active_row_number());
Dialogs::message(a);
break;
}
else if(result==2)
{
//std::cout<<"messgae clear";
try {
_store.fill_order(c_orders.get_active_row_number());
std::string b="Order#"+std::to_string(c_orders.get_active_row_number())+"\n"+_store.order_to_string(c_orders.get_active_row_number());
l_current.set_text(b);
msg->set_text("Order " + std::to_string(c_orders.get_active_row_number()) + " filled"+"\t\t\t\t\t\t\t\t\t"+_store.get_cash_register());
}
// catch(std::bad_alloc &ba)
// {
//
// }
catch(...)
{
Dialogs::message("not offering to fill an order that is already paid or that has been discarded");
}
}
else
{
delete dialog; return;
}
}
delete dialog;
}
void Main_window::on_pay_order_click()
{
Gtk::Dialog *dialog=new Gtk::Dialog("Select an order to pay", *this);
Gtk::HBox b_orders;
Gtk::Label l_current{"order"};
dialog->get_vbox()->pack_start(l_current, Gtk::PACK_SHRINK);
Gtk::Label l_orders{"Order:"};
l_orders.set_width_chars(15);
b_orders.pack_start(l_orders, Gtk::PACK_SHRINK);
Gtk::ComboBoxText c_orders;
for(int i=0;i<order_counter;i++) {
c_orders.append(std::to_string(i));
}
b_orders.pack_start(c_orders, Gtk::PACK_SHRINK);
dialog->get_vbox()->pack_start(b_orders, Gtk::PACK_SHRINK);
dialog->add_button("Close", 0);
dialog->add_button("Show", 1);
dialog->add_button("Pay", 2);
dialog->show_all();
while(true)
{
int result=dialog->run();
if(result==1)
{
std::string a="Order#"+std::to_string(c_orders.get_active_row_number())+"\n"+_store.order_to_string(c_orders.get_active_row_number());
Dialogs::message(a);
break;
}
else
if(result==2)
{
try {
_store.pay_order(c_orders.get_active_row_number());
std::string b="Order#"+std::to_string(c_orders.get_active_row_number())+"\n"+_store.order_to_string(c_orders.get_active_row_number());
l_current.set_text(b);
msg->set_text("Order " + std::to_string(c_orders.get_active_row_number()) + " paid"+"\t\t\t\t\t\t\t\t\t"+(_store.add_cash(c_orders.get_active_row_number())));
}
catch(...)
{
Dialogs::message("not offering to pay an order that is already paid or that has been discarded");
}
}
else
{
delete dialog; return;
}
}
delete dialog;
}
void Main_window::on_discard_order_click()
{
Gtk::Dialog *dialog=new Gtk::Dialog("Select an order to discard", *this);
Gtk::HBox b_orders;
Gtk::Label l_current{"order"};
dialog->get_vbox()->pack_start(l_current, Gtk::PACK_SHRINK);
Gtk::Label l_orders{"Order:"};
l_orders.set_width_chars(15);
b_orders.pack_start(l_orders, Gtk::PACK_SHRINK);
Gtk::ComboBoxText c_orders;
for(int i=0;i<order_counter;i++) {
c_orders.append(std::to_string(i));
}
b_orders.pack_start(c_orders, Gtk::PACK_SHRINK);
dialog->get_vbox()->pack_start(b_orders, Gtk::PACK_SHRINK);
dialog->add_button("Close", 0);
//dialog->add_button("Show", 1);
dialog->add_button("Discarded", 2);
dialog->show_all();
// while(true)
// {
int result=dialog->run();
// if(result==1)
// {
// std::string a="Order#"+std::to_string(c_orders.get_active_row_number())+"\n"+_store.order_to_string(c_orders.get_active_row_number());
// Dialogs::message(a);
// break;
// }
// else
if(result==2)
{
//std::cout<<"messgae clear";
try {
_store.discard_order(c_orders.get_active_row_number());
// std::string b="Order#"+std::to_string(c_orders.get_active_row_number())+"\n"+_store.order_to_string(c_orders.get_active_row_number());
// l_current.set_text(b);
msg->set_text("Order " + std::to_string(c_orders.get_active_row_number()) + " discarded"+"\t\t\t\t\t\t\t\t\t"+(_store.add_cash(c_orders.get_active_row_number())));
Dialogs::message("Order is discarded successfully");
}
catch(...)
{
Dialogs::message("Order is already discarded or completed");
}
}
else
{
delete dialog; return;
}
// }
delete dialog;
}
void Main_window::on_about_click() {
Gtk::AboutDialog dialog{};
//dialog.set_transient_for(*this);
dialog.set_program_name("Java and Donut Express");
auto logo = Gdk::Pixbuf::create_from_file("jade.png");
dialog.set_logo(logo);
dialog.set_version("Version 0.2.0");
dialog.set_copyright("Copyright 2018");
dialog.set_license_type(Gtk::License::LICENSE_GPL_3_0);
std::vector< Glib::ustring > authors = {"Ruta Vaghasia"};
dialog.set_authors(authors);
std::vector< Glib::ustring > artists = {"JADE logo is licensed the creative Commons Attribuition Share-Alike 3.0 License by Saxdeux Flat \n Coffee Icon is licensed under the Creative Common Attribution 3.0 License by Superawesomevectors \n Donut Icon is public by Hazmat2 via Hyju \n Person Icon is licensed under The Creative Commons 0 (public domain) License by Ciker-Free-Vector-Images"};
dialog.set_artists(artists);
dialog.run();
}
void Main_window::on_quit_click() {
hide();
}
//void Main_window::on_about_click() {
//
// v.help();
// // Glib::ustring s = "<span size='24000' weight='bold'>Nim</span>\n<span size='large'>Copyright 2017 by George F. Rice</span>\n<span size='small'>Licensed under Creative Commons Attribution 4.0 International\nRobot icon created by Freepik, used under free attribution license</span>";
// // Gtk::MessageDialog dlg(*this, s, true, Gtk::MESSAGE_INFO, Gtk::BUTTONS_OK, true);
// //dlg.run();
//}
// /////////////////
// U T I L I T I E S
// /////////////////
//void Main_window::set_sticks() {
// // s collects the status message
// Glib::ustring s = "";
//
// // If the robot is enabled and it's their turn, move the robot
// if (nim->sticks_left() > 0) {
// if (computer_player->get_active() && nim->current_player() == 2) {
// s += "Robot plays " + std::to_string(nim->optimal_move()) + ", ";
// nim->take_sticks(nim->optimal_move());
// }
// }
//
// // Report who's turn it is, or (if all sticks gone) who won
// if (nim->sticks_left() > 0) {
// s += "Player " + std::to_string(nim->current_player()) + "'s turn";
// } else {
// s += "<span size='16000' weight='bold'>Player "
// + std::to_string(3-nim->current_player())
// + " wins!</span>";
// }
//
// // Display the collected status on the status bar
// msg->set_markup(s);
//
// // Update the visual display of sticks
// s = "<span size='24000' weight='bold'>";
// for(int i=0; i<nim->sticks_left(); ++i) s.append("| ");
// s.append("</span> (" + std::to_string(nim->sticks_left()) + " sticks)");
// sticks->set_markup(s);
//
// // Set sensitivity of the human stick selectors so user can't make an illegal move
// button1->set_sensitive(nim->sticks_left() > 0);
// button2->set_sensitive(nim->sticks_left() > 1);
// button3->set_sensitive(nim->sticks_left() > 2);
//}
|
6a2aa5d4838e6a37fd6ec45577b87c10b8a6ff70 | f1aaed1e27416025659317d1f679f7b3b14d654e | /Office/Source/Stock/Suppliers.h | 5002d2633db37558dfdd826182e65fdd65c8c9aa | [] | no_license | radtek/Pos | cee37166f89a7fcac61de9febb3760d12b823ce5 | f117845e83b41d65f18a4635a98659144d66f435 | refs/heads/master | 2020-11-25T19:49:37.755286 | 2016-09-16T14:55:17 | 2016-09-16T14:55:17 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,642 | h | Suppliers.h | //---------------------------------------------------------------------------
#ifndef SuppliersH
#define SuppliersH
//---------------------------------------------------------------------------
#include <Buttons.hpp>
#include <Classes.hpp>
#include <ComCtrls.hpp>
#include <Controls.hpp>
#include <DB.hpp>
#include <Dialogs.hpp>
#include <ExtCtrls.hpp>
#include <IBCustomDataSet.hpp>
#include <IBDatabase.hpp>
#include <IBQuery.hpp>
#include <IBSQL.hpp>
#include <Menus.hpp>
#include <StdCtrls.hpp>
#include <memory>
#include "AddContact.h"
//---------------------------------------------------------------------------
enum TContactsMode { cmEdit, cmSelect };
//---------------------------------------------------------------------------
class TfrmSuppliers : public TForm
{
__published: // IDE-managed Components
TIBTransaction *Transaction;
TIBSQL *sqlAddLK;
TIBQuery *qrContact;
TPopupMenu *pmTreeView;
TMenuItem *miNew;
TMenuItem *N1;
TMenuItem *miEdit;
TMenuItem *miRename;
TMenuItem *miDelete;
TFindDialog *FindDialog;
TIBSQL *qrUpdateContact;
TIBSQL *qrFindContact;
TPanel *Panel1;
TPanel *Panel4;
TTreeView *tvContacts;
TPanel *Panel8;
TPanel *Panel9;
TLabel *lbeTitle;
TPageControl *pcContactsDetails;
TTabSheet *tsContacts;
TPanel *Panel7;
TButton *btnEditStock;
TButton *btnDeleteStock;
TButton *btnAddStock;
TButton *btnRenameStock;
TListBox *lbContacts;
TTabSheet *tsContact;
TLabel *Label16;
TLabel *Label13;
TLabel *Label14;
TLabel *Label15;
TLabel *Label21;
TLabel *Label1;
TLabel *Label2;
TLabel *Label3;
TLabel *lbePhone;
TLabel *lbeMobile;
TLabel *lbeFax;
TLabel *lbeEmail;
TLabel *lbeContactName;
TMemo *memLocationAddress;
TMemo *memBillingAddress;
TMemo *memNote;
TPanel *Panel10;
TBitBtn *btnClose;
TBitBtn *btnOk;
TBitBtn *btnCancel;
TBitBtn *btnFind;
TSplitter *Splitter1;
TButton *btnAdd;
TBitBtn *btnEdit;
TBitBtn *btnDelete;
TBitBtn *btnImport;
TOpenDialog *odImport;
TIBSQL *qrAddContact;
TIBQuery *qrContactGroup;
TIBQuery *qrAddContactGroup;
TIBSQL *IBSQL1;
void __fastcall FormResize(TObject *Sender);
void __fastcall FormClose(TObject *Sender, TCloseAction &Action);
void __fastcall FormShow(TObject *Sender);
void __fastcall edFindChange(TObject *Sender);
void __fastcall rbSearchClick(TObject *Sender);
void __fastcall edFindKeyDown(TObject *Sender, WORD &Key,
TShiftState Shift);
void __fastcall edFindKeyPress(TObject *Sender, char &Key);
void __fastcall tvContactsChange(TObject *Sender, TTreeNode *Node);
void __fastcall tvContactsMouseDown(TObject *Sender, TMouseButton Button,
TShiftState Shift, int X, int Y);
void __fastcall tvContactsEdited(TObject *Sender, TTreeNode *Node,
AnsiString &S);
void __fastcall tvContactsDblClick(TObject *Sender);
void __fastcall btnOkClick(TObject *Sender);
void __fastcall miNewClick(TObject *Sender);
void __fastcall miEditClick(TObject *Sender);
void __fastcall miRenameClick(TObject *Sender);
void __fastcall miDeleteClick(TObject *Sender);
void __fastcall btnFindClick(TObject *Sender);
void __fastcall FindDialogFind(TObject *Sender);
void __fastcall btnAddStockClick(TObject *Sender);
void __fastcall btnEditStockClick(TObject *Sender);
void __fastcall btnRenameStockClick(TObject *Sender);
void __fastcall btnDeleteStockClick(TObject *Sender);
void __fastcall lbContactsDblClick(TObject *Sender);
void __fastcall lbContactsDrawItem(TWinControl *Control, int Index,
TRect &Rect, TOwnerDrawState State);
void __fastcall tvContactsKeyDown(TObject *Sender, WORD &Key,
TShiftState Shift);
void __fastcall tvContactsKeyPress(TObject *Sender, char &Key);
void __fastcall pmTreeViewPopup(TObject *Sender);
void __fastcall btnImportClick(TObject *Sender);
void __fastcall Splitter1CanResize(TObject *Sender, int &NewSize,
bool &Accept);
protected:
void __fastcall WMDisplayChange(TWMDisplayChange& Message);
BEGIN_MESSAGE_MAP
MESSAGE_HANDLER(WM_DISPLAYCHANGE, TWMDisplayChange, WMDisplayChange)
END_MESSAGE_MAP(TComponent)
private: // User declarations
void ResizeGrids();
void LoadTree();
int ContactTreeLevel;
TTreeNode *FindContact(AnsiString Text);
bool Registered;
unsigned int Modules;
const std::auto_ptr<TfrmAddContact>frmAddContact;
public: // User declarations
__fastcall TfrmSuppliers(TComponent* Owner);
TContactsMode ContactsMode;
int ContactKey;
AnsiString CompanyName;
};
//---------------------------------------------------------------------------
extern PACKAGE TfrmSuppliers *frmSuppliers;
//---------------------------------------------------------------------------
#endif
|
3d40ef5ef2d3b4d5982552a83575527ee163c37e | b63d9dd98a5a832a9055bb393adcdc30e10d3534 | /read_resistance.cpp | 955f9668eb598a3988bbbd46aa5f9d3312e0cfac | [] | no_license | evanritz/RitzHW9-2 | 0c990376fb88f0c8e1f2735bdf0b34c9a0dc12c6 | 2f7b60d715753474e369cf22bdf250c9031f685b | refs/heads/main | 2023-08-30T00:07:41.796353 | 2021-11-17T03:44:49 | 2021-11-17T03:44:49 | 428,889,376 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 857 | cpp | read_resistance.cpp | // read_resistance.cpp
//
// This program takes no arguments
// This program uses the analogIn class
// This program reads the ADC value on p9.39
// and calculates the resistance on the voltage
// divider circuit
//
// Circuit Resistance: 820 Ohms
//
// Written by Evan
#include <iostream>
#include "analogIn.h"
using namespace std;
#define MAX_ADC 4095
#define Vin 1.8f
#define R1 10000
int main(int argc, char* argv[]) {
AnalogIn AIN(0);
int adc_val = AIN.readADCsample();
float Vout = (Vin * adc_val)/MAX_ADC;
float R2 = (Vout * R1)/(Vin - Vout);
cout << "Using AIN" << AIN.getNumber() << " to read analog value" << endl;
cout << "Reading resistance..." << endl;
cout << "Vout ADC Value: " << adc_val << endl;
cout << "Vout: " << Vout << "V" << endl;
cout << "R2: " << R2 << "Ohms" << endl;
}
|
c5a5323f235525f118d1630219fabf82640cf4c4 | 909acdbff029d84fa150207f513597d8c1c555e4 | /dangling.cpp | 2999d2dbfcbdfbc6c41449642876998ce10b1758 | [] | no_license | vijaykumarm108/BasicApplications | 4f562af3ece7f55773a4893a4de7c03f87e258b5 | 76763dc93143abba48d47b701c409f901d1987ca | refs/heads/master | 2020-12-30T11:14:54.473273 | 2015-08-16T18:51:40 | 2015-08-16T18:51:40 | 40,616,687 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 170 | cpp | dangling.cpp | #include<iostream>
using namespace std;
class Class{};
int main(){
Class *object = new Class();
Class *object2 = object;
delete object;
object = nullptr;
return 0;
}
|
acc90d5a43633612267d776c8073bb82dd16bdd0 | d29d5c3b12bc71073c7f70e13b5c6918afdaf03e | /debugsrv/runmodedebug/tsrc/rm_debug/debug_targets/t_rmdebug_security.cpp | 1dd9087b546614dc8977525d20423c97f562d31e | [] | no_license | RomanSaveljev/osrndtools | bdbd82c2a2ebeca76767a2cfc431f479fa047cd0 | 305d28826c7105df01951f1ad1a7b93deb9683f6 | refs/heads/master | 2021-01-17T06:45:40.585045 | 2010-10-26T13:20:32 | 2010-10-26T13:20:32 | 59,350,307 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,961 | cpp | t_rmdebug_security.cpp | // Copyright (c) 2006-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of "Eclipse Public License v1.0"
// which accompanies this distribution, and is available
// at the URL "http://www.eclipse.org/legal/epl-v10.html".
//
// Initial Contributors:
// Nokia Corporation - initial contribution.
//
// Contributors:
//
// Description:
// Target application to be debugged by t_rmdebug.exe when testing
// security restrictions. This application is built with various
// capabilities by the t_rmdebug_securityX.mmp files. This allows
// the t_rmdebug2 program to ensure that security restrictions are
// properly enforced by the DSS/DDD subsystem.
//
//
#include <e32base.h>
#include <e32base_private.h>
#include <e32cons.h>
#include <e32test.h>
#include <e32ldr.h>
#include <e32cmn.h>
#include <e32cmn_private.h>
#include "t_rmdebug_security.h"
CRunModeApp* CRunModeApp::NewL()
//
// CRunModeApp::NewL
//
{
CRunModeApp* self = new(ELeave) CRunModeApp();
self->ConstructL();
return self;
}
CRunModeApp::CRunModeApp()
//
// CRunModeApp constructor
//
{
}
CRunModeApp::~CRunModeApp()
//
// CRunModeApp destructor
//
{
}
void CRunModeApp::ConstructL()
//
// CRunModeApp::ConstructL
//
{
}
void CRunModeApp::TestWaitDebug()
//
// CRunModeApp::TestWaitDebug
//
{
RProcess::Rendezvous(KErrNone);
// Wait a 3secs then quit (long enough to test, but not hang around forever)
User::After(3000000);
}
GLDEF_C TInt E32Main()
//
// Entry point for run mode debug app test program
//
{
TInt ret = KErrNone;
// client
CTrapCleanup* trap = CTrapCleanup::New();
if (!trap)
return KErrNoMemory;
CRunModeApp* myApp = CRunModeApp::NewL();
if (myApp != NULL)
{
__UHEAP_MARK;
TRAP(ret,myApp->TestWaitDebug());
__UHEAP_MARKEND;
delete myApp;
}
delete trap;
return ret;
}
|
024db04dc9a6844771444b53eb116b0a183e534c | 32d913aecc4486907040f5388f50c94c3035000d | /Segundo/CYA/p04/fib.h | 53a01423f854e0aa448c465c601980bad991b03f | [] | no_license | MeloGD/ULL | cab50f3f6cf622eb0ce10d92b33204fefbfa4099 | 7b34a7d1a38d7686fbd4052d24b65b7f1406de45 | refs/heads/master | 2023-05-06T15:48:06.048174 | 2021-05-24T17:23:50 | 2021-05-24T17:23:50 | 220,818,639 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 663 | h | fib.h | #include <iostream>
#include <vector>
#include <fstream>
#include <string>
using namespace std;
class Fibonacci {
private:
vector<string> fibonaccisequence_;
vector<string> candidates_;
int size_;
public:
Fibonacci(const int);
~Fibonacci();
// Getters
string get_fibonaccisequence(int);
string get_candidates(int);
int get_size(void);
int get_index(string);
// Setters
void set_fibonaccisequence(int, string);
void set_candidates(int, string);
void set_size(int);
// Metodos
string WordFibonacci(int);
void BuildFibonacciSequence(void);
bool Check(string);
void ReadFile(string); // es esta
void WriteFile(string);
};
|
a5b9ba061075851fcf894cec3f86765fbd5c2b93 | 4510257e43e97c2fb9fe6fde0615d0dde5af2b2d | /Codeforces/977F.cc | b9b604c6a3f6fbebfdbf69d04140e69c0ec9ab67 | [] | no_license | kumasento/competitive-programming | 4f151727623c0c5c44f2ff1f3b868178eed99962 | 506de14b45cf467ebb8cfbdd2f7db236eb32b668 | refs/heads/main | 2023-05-23T01:18:18.527693 | 2021-06-10T20:24:57 | 2021-06-10T20:24:57 | 31,244,109 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,107 | cc | 977F.cc | /**
* Author: kumasento
* Date: 2021-05-20T09:28:00.000-05:00
*/
#include <bits/stdc++.h>
using namespace std;
/// Types:
using LL = long long;
using PII = pair<int, int>;
using PIL = pair<int, LL>;
using PLI = pair<LL, int>;
using PLL = pair<LL, LL>;
/// Constants:
constexpr int INT_INF = 1000000000;
constexpr LL LL_INF = 10000000000000000LL;
/// Globals:
/// Solution:
int main() {
ios_base::sync_with_stdio(false); cin.tie(NULL);
#ifdef LOCAL_DEBUG
ifstream in("977F.in"); cin.rdbuf(in.rdbuf());
#endif
int n; cin >> n;
vector<int> a(n); for (int &i : a) cin >> i;
map<int, int> dp;
int ans = 0, lst = 0;
for (int i = 0; i < n; ++i) {
if (dp.count(a[i]-1))
dp[a[i]] = dp[a[i]-1] + 1;
else
dp[a[i]] = 1;
if (ans < dp[a[i]]) {
ans = dp[a[i]];
lst = a[i];
}
}
cout << ans << endl;
vector<int> res;
for (int i = n - 1; i >= 0; --i) {
if (a[i] == lst) {
res.push_back(i + 1);
-- lst;
}
}
reverse(res.begin(), res.end());
for (int i = 0; i < ans; ++i)
cout << res[i] << " ";
cout << endl;
}
|
29886fa0896cf59da4c79bd74a82a05826c508cb | 24cb74052f95d275dfb8599ea342cadd5e312fa1 | /Advanced DS/Range Query DS/Fenwick Tree or Binary Indexed Tree (BIT)/Problem 1(Range Updates Using Fenwick Tree Used).cpp | a4d7c36098dbc14ab6c1414ac6a50154f1f20b37 | [
"MIT"
] | permissive | Datta2901/Algorithmic-Implementations | 44ccd6b1996fac660ec1c268a5fa44fda59abb0e | 9e1afe97d54d4dc50be9170bc1a155562e0aafa6 | refs/heads/master | 2023-08-31T17:25:52.391313 | 2021-10-15T17:46:56 | 2021-10-15T17:46:56 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,178 | cpp | Problem 1(Range Updates Using Fenwick Tree Used).cpp | // Problem: C. Little Girl and Maximum Sum
// Contest: Codeforces - Codeforces Round #169 (Div. 2)
// URL: https://codeforces.com/problemset/problem/276/C
// Memory Limit: 256 MB
// Time Limit: 2000 ms
// Parsed on: 16-01-2021 11:46:22 IST (UTC+05:30)
// Author: kapil_choudhary
#include<bits/stdc++.h>
using namespace std;
#define ll long long
#define ull unsigned long long
#define pb push_back
#define mp make_pair
#define F first
#define S second
#define PI 3.1415926535897932384626
#define deb(x) cout << #x << "=" << x << endl
#define deb2(x, y) cout << #x << "=" << x << ", " << #y << "=" << y << endl
typedef pair<int, int> pii;
typedef pair<ll, ll> pll;
typedef vector<int> vi;
typedef vector<ll> vll;
typedef vector<ull> vull;
typedef vector<pii> vpii;
typedef vector<pll> vpll;
typedef vector<vi> vvi;
typedef vector<vll> vvll;
typedef vector<vull> vvull;
mt19937_64 rang(chrono::high_resolution_clock::now().time_since_epoch().count());
int rng(int lim) {
uniform_int_distribution<int> uid(0,lim-1);
return uid(rang);
}
const int INF = 0x3f3f3f3f;
const int mod = 1e9+7;
vll bit;
vll v;
ll n, q;
void bit_update(ll i, ll val) {
while(i <= n) {
bit[i] += val;
i += (i & -i);
}
}
ll bit_query(ll i) {
ll res = 0;
while(i > 0) {
res += bit[i];
i -= (i & -i);
}
return res;
}
void solve()
{
cin >> n >> q;
v.resize(n);
for(ll i = 0; i < n; i++) cin >> v[i];
sort(v.rbegin(), v.rend());
bit.resize(n + 5, 0);
for(ll i = 0; i < q; i++) {
ll l, r; cin >> l >> r;
bit_update(l, 1);
bit_update(r + 1, -1);
}
vll t(n);
for(ll i = 1; i <= n; i++) {
t[i-1] = bit_query(i);
}
sort(t.rbegin(), t.rend());
ll res = 0;
for(ll i = 0; i < n; i++) res += (v[i] * t[i]);
cout << res << "\n";
}
int main()
{
ios_base::sync_with_stdio(false), cin.tie(nullptr), cout.tie(nullptr);
srand(chrono::high_resolution_clock::now().time_since_epoch().count());
// #ifndef ONLINE_JUDGE
// freopen("input.txt", "r", stdin);
// freopen("output.txt", "w", stdout);
// #endif
int t = 1;
// cin >> t;
while(t--) {
solve();
}
return 0;
} |
f9132f3b0a9f73ac13b7a9e03ec2b2f61b0665db | a833156f6e18bba3440f8d9d8361be5d26f45945 | /highwayhash/highwayhash_target.cc | 74022f64bf640b932b3489907451c46e995a5650 | [
"Apache-2.0"
] | permissive | google/highwayhash | 1b3a665a7a75a7ca7f40c0ca9130068e6c512fc3 | 8aac23b059df6b48ea94db93c6bdbf638e00ddf1 | refs/heads/master | 2023-08-28T10:13:43.145381 | 2023-08-23T08:35:52 | 2023-08-23T08:36:17 | 51,937,191 | 1,476 | 208 | Apache-2.0 | 2023-06-06T12:27:05 | 2016-02-17T16:29:40 | C++ | UTF-8 | C++ | false | false | 3,975 | cc | highwayhash_target.cc | // Copyright 2017 Google Inc. All Rights Reserved.
//
// 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.
// WARNING: this is a "restricted" source file; avoid including any headers
// unless they are also restricted. See arch_specific.h for details.
#include "highwayhash/highwayhash_target.h"
#include "highwayhash/highwayhash.h"
#ifndef HH_DISABLE_TARGET_SPECIFIC
namespace highwayhash {
extern "C" {
uint64_t HH_ADD_TARGET_SUFFIX(HighwayHash64_)(const HHKey key,
const char* bytes,
const uint64_t size) {
HHStateT<HH_TARGET> state(key);
HHResult64 result;
HighwayHashT(&state, bytes, size, &result);
return result;
}
} // extern "C"
template <TargetBits Target>
void HighwayHash<Target>::operator()(const HHKey& key,
const char* HH_RESTRICT bytes,
const size_t size,
HHResult64* HH_RESTRICT hash) const {
HHStateT<Target> state(key);
HighwayHashT(&state, bytes, size, hash);
}
template <TargetBits Target>
void HighwayHash<Target>::operator()(const HHKey& key,
const char* HH_RESTRICT bytes,
const size_t size,
HHResult128* HH_RESTRICT hash) const {
HHStateT<Target> state(key);
HighwayHashT(&state, bytes, size, hash);
}
template <TargetBits Target>
void HighwayHash<Target>::operator()(const HHKey& key,
const char* HH_RESTRICT bytes,
const size_t size,
HHResult256* HH_RESTRICT hash) const {
HHStateT<Target> state(key);
HighwayHashT(&state, bytes, size, hash);
}
template <TargetBits Target>
void HighwayHashCat<Target>::operator()(const HHKey& key,
const StringView* HH_RESTRICT fragments,
const size_t num_fragments,
HHResult64* HH_RESTRICT hash) const {
HighwayHashCatT<Target> cat(key);
for (size_t i = 0; i < num_fragments; ++i) {
cat.Append(fragments[i].data, fragments[i].num_bytes);
}
cat.Finalize(hash);
}
template <TargetBits Target>
void HighwayHashCat<Target>::operator()(const HHKey& key,
const StringView* HH_RESTRICT fragments,
const size_t num_fragments,
HHResult128* HH_RESTRICT hash) const {
HighwayHashCatT<Target> cat(key);
for (size_t i = 0; i < num_fragments; ++i) {
cat.Append(fragments[i].data, fragments[i].num_bytes);
}
cat.Finalize(hash);
}
template <TargetBits Target>
void HighwayHashCat<Target>::operator()(const HHKey& key,
const StringView* HH_RESTRICT fragments,
const size_t num_fragments,
HHResult256* HH_RESTRICT hash) const {
HighwayHashCatT<Target> cat(key);
for (size_t i = 0; i < num_fragments; ++i) {
cat.Append(fragments[i].data, fragments[i].num_bytes);
}
cat.Finalize(hash);
}
// Instantiate for the current target.
template struct HighwayHash<HH_TARGET>;
template struct HighwayHashCat<HH_TARGET>;
} // namespace highwayhash
#endif // HH_DISABLE_TARGET_SPECIFIC
|
5f12f76d01f382fa6e85d4c1290a52c09a1a80ce | 5d26dd63026c7db87740a073dbac420e2b3588d4 | /Game Original/stairs.h | 4e89008fcda395e934963cb6ca1054744fd4ac41 | [] | no_license | DhruvaAlam/LegendOfZeldaCommandLineEdition | 8ae3c7730656cca885eddbd1ada0b794a65f9f3b | 56642bc183a5362cff35b3540818013619181f90 | refs/heads/master | 2021-03-19T14:12:17.399847 | 2016-12-03T06:55:16 | 2016-12-03T06:55:16 | 75,457,388 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 165 | h | stairs.h | #ifndef __STAIRS_H__
#define __STAIRS_H__
#include "boardobject.h"
class Tile;
class Stairs: public BoardObject {
public:
Stairs(Tile* t);
~Stairs();
};
#endif
|
76508288452d6a5701844a4890994ba7ecf9dcda | 49b63657f846ae21103518992b7fc79c388dae92 | /물통채우기.cpp | 244ed91731174913b16f24b6bb75a18e2c9398fc | [] | no_license | Longseabear/AlgorithmStudy | 4fc200425e52cff0b626227797e8cc196bd87bb2 | b1bc82b71a00f7388849f02a86c3fc5a134d7024 | refs/heads/master | 2020-03-27T00:23:11.732907 | 2018-08-21T21:02:57 | 2018-08-21T21:02:57 | 145,618,850 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 426 | cpp | 물통채우기.cpp | #include <stdio.h>
#include <queue>
using namespace std;
typedef struct waterState {
int A;
int B;
int step;
waterState(int a, int b, int _step):A(a), B(b), step(_step) {
}
}WaterState;
int main() {
int a, b, resA, resB;
printf("%d", 7 % 8);
exit(1);
scanf("%d %d %d %d", &a, &b, &resA, &resB);
queue<WaterState> q;
q.push(WaterState(0, 0, 0));
while (!q.empty()) {
WaterState ws = q.front();
q.pop();
}
} |
6d9d3de6686b3cc905c36c1eb5002233d5c20a42 | ad74f7a42e8dec14ec7576252fcbc3fc46679f27 | /BTSeedInflator/BTIpList.h | 48c43b810403a197c63ec1876968571c67ff9034 | [] | no_license | radtek/TrapperKeeper | 56fed7afa259aee20d6d81e71e19786f2f0d9418 | 63f87606ae02e7c29608fedfdf8b7e65339b8e9a | refs/heads/master | 2020-05-29T16:49:29.708375 | 2013-05-15T08:33:23 | 2013-05-15T08:33:23 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 593 | h | BTIpList.h | #pragma once
#include "ProjectDataStructure.h"
#include "BTIP.h"
class BTIPList : public ProjectDataStructure
{
public:
BTIPList(void);
BTIPList(int id);
~BTIPList(void);
/*
int GetID();
void SetID(int id);
*/
vector<BTIP> GetIps();
void AddIpList(vector<BTIP> ips);
void AddIp(BTIP ip);
void CalculateNumIPs();
virtual void Clear(); // call this in the constructors of the derived classes
virtual int GetBufferLength();
virtual int WriteToBuffer(char *buf);
virtual int ReadFromBuffer(char *buf); // returns buffer length
int m_num_ips;
vector<BTIP> v_ips;
};
|
ce463e5d066b1dfc2fecc398a044768448b03ffe | 2d42a50f7f3b4a864ee19a42ea88a79be4320069 | /source/system/logger/default_logger.cpp | e700530b6bff31869a865685f6b5f93cc5f0302b | [] | no_license | Mikalai/punk_project_a | 8a4f55e49e2ad478fdeefa68293012af4b64f5d4 | 8829eb077f84d4fd7b476fd951c93377a3073e48 | refs/heads/master | 2016-09-06T05:58:53.039941 | 2015-01-24T11:56:49 | 2015-01-24T11:56:49 | 14,536,431 | 1 | 0 | null | 2014-06-26T06:40:50 | 2013-11-19T20:03:46 | C | UTF-8 | C++ | false | false | 4,994 | cpp | default_logger.cpp | #include <string/module.h>
#include <system/time/module.h>
#include <set>
#include <system/concurrency/thread_mutex.h>
#include "log_consumer.h"
#include "console_consumer.h"
#include "file_consumer.h"
#include "logger_interface.h"
PUNK_ENGINE_BEGIN
namespace System {
class ConsoleConsumer;
class IClock;
class PUNK_ENGINE_LOCAL DefaultLogger : public ILogger {
public:
DefaultLogger();
virtual ~DefaultLogger();
void Message(const Core::String& value) override;
void Warning(const Core::String& value) override;
void Error(const Core::String& value) override;
void Info(const Core::String& value) override;
void Write(const Core::String& value) override;
void Debug(const Core::String& value) override;
void AddConsumer(ILogConsumer* consumer) override;
void RemoveConsumer(ILogConsumer* consumer) override;
void IncreaseOffset() override;
void DescreaseOffset() override;
private:
std::set<ILogConsumer*> m_consumers;
ThreadMutex m_consumer_mutex;
IClock* m_clock{ nullptr };
ILogConsumer* m_console_consumer{ nullptr };
ILogConsumer* m_file_consumer{ nullptr };
std::uint32_t m_offset{ 0 };
};
#ifdef _DEBUG
namespace __private {
LogScope::LogScope(const Core::String& scope)
: m_scope(scope)
{
GetDefaultLogger()->Debug(Core::String("Enter {1}").arg(m_scope));
GetDefaultLogger()->IncreaseOffset();
}
LogScope::~LogScope() {
GetDefaultLogger()->DescreaseOffset();
GetDefaultLogger()->Debug(Core::String("Leave {1}").arg(m_scope));
}
}
#endif
ThreadMutex g_default_logger_lock;
DefaultLogger* g_default_logger;
extern PUNK_ENGINE_API ILogger* GetDefaultLogger() {
ThreadMutexLock lock(g_default_logger_lock);
if (!g_default_logger)
g_default_logger = new DefaultLogger;
return g_default_logger;
}
extern PUNK_ENGINE_API void DestroyDefaultLogger() {
ThreadMutexLock lock(g_default_logger_lock);
delete g_default_logger;
g_default_logger = nullptr;
}
void DefaultLogger::IncreaseOffset() {
m_offset++;
}
void DefaultLogger::DescreaseOffset() {
m_offset--;
}
DefaultLogger::DefaultLogger() {
m_clock = CreateClock();
m_console_consumer = GetConsoleConsumer();
m_file_consumer = GetFileConsumer();
AddConsumer(m_console_consumer);
AddConsumer(m_file_consumer);
}
DefaultLogger::~DefaultLogger() {
DestroyClock(m_clock);
RemoveConsumer(m_console_consumer);
RemoveConsumer(m_file_consumer);
delete m_console_consumer;
delete m_file_consumer;
}
void DefaultLogger::AddConsumer(ILogConsumer *consumer) {
ThreadMutexLock lock(m_consumer_mutex);
m_consumers.insert(consumer);
}
void DefaultLogger::RemoveConsumer(ILogConsumer *consumer) {
ThreadMutexLock lock(m_consumer_mutex);
m_consumers.erase(consumer);
}
void DefaultLogger::Message(const Core::String& value) {
ThreadMutexLock lock(m_consumer_mutex);
Core::String s = m_clock->SysTimeNowAsLocal() + L": Message: " + Core::String(L' ', 2*m_offset) + value;
for (auto c : m_consumers) {
c->Write(m_clock->SysTimeNowAsLocal(), L"Message", value);
}
}
void DefaultLogger::Warning(const Core::String& value) {
ThreadMutexLock lock(m_consumer_mutex);
Core::String s = m_clock->SysTimeNowAsLocal() + L": Warning: " + Core::String(L' ', 2*m_offset) + value;
for (auto c : m_consumers) {
c->Write(m_clock->SysTimeNowAsLocal(), L"Warning", value);
}
}
void DefaultLogger::Error(const Core::String& value) {
ThreadMutexLock lock(m_consumer_mutex);
Core::String s = m_clock->SysTimeNowAsLocal() + L": Error: " + Core::String(L' ', 2*m_offset) + value;
for (auto c : m_consumers) {
c->Write(m_clock->SysTimeNowAsLocal(), L"Error", value);
}
}
void DefaultLogger::Info(const Core::String& value) {
ThreadMutexLock lock(m_consumer_mutex);
Core::String s = m_clock->SysTimeNowAsLocal() + L": Info: " + Core::String(L' ', 2*m_offset) + value;
for (auto c : m_consumers) {
c->Write(m_clock->SysTimeNowAsLocal(), L"Info", value);
}
}
void DefaultLogger::Write(const Core::String& value) {
ThreadMutexLock lock(m_consumer_mutex);
Core::String s = m_clock->SysTimeNowAsLocal() + L": Write: " + Core::String(L' ', 2*m_offset) + value;
for (auto c : m_consumers) {
c->Write(m_clock->SysTimeNowAsLocal(), L"", value);
}
}
void DefaultLogger::Debug(const Core::String& value) {
ThreadMutexLock lock(m_consumer_mutex);
Core::String s = m_clock->SysTimeNowAsLocal() + L": Debug: " + Core::String(L' ', 2*m_offset) + value;
for (auto c : m_consumers) {
c->Write(m_clock->SysTimeNowAsLocal(), L"Debug", value);
}
}
}
PUNK_ENGINE_END
|
fa39578fef1f42255c817f6349ce2940c43846a4 | df18750f32b0fd91b12a7ab343f4cc3c24693fa7 | /src/main.cpp | ba0950810fb060c702e8dbc00b8cd4844c4916df | [
"MIT"
] | permissive | airen3339/CppTexturePacker | 2109543dc48f394f756cff106764abc0030b5f75 | 1ec06e5a89131aac46a548a8c1d781472b96ed00 | refs/heads/master | 2023-09-01T02:06:01.436785 | 2020-06-09T11:20:56 | 2020-06-09T11:20:56 | 364,803,251 | 6 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,379 | cpp | main.cpp |
#include <string>
#include "cmdline.h"
#include "cpp_texture_packer.h"
int main(int argc, char *argv[])
{
cmdline::parser parser;
parser.add<std::string>("input_dir", 'i', "input dir", true, "");
parser.add<std::string>("ouput_name", 'n', "output atlas name", false, "out");
parser.add<std::string>("ouput_dir", 'o', "output dir", false, "./");
parser.add<std::string>("base_image_path", 'p', "base image path", false, "");
parser.add<std::string>("image_format", 'f', "output image format", false, "png");
parser.add<unsigned int>("max_width", 'w', "max atlas width", false, 4096, cmdline::range(1, 65535));
parser.add<unsigned int>("max_height", 'h', "max atlas height", false, 4096, cmdline::range(1, 65535));
parser.add<bool>("enable_rotate", 'r', "enable rotate", false, false);
parser.add<bool>("force_square", 's', "force square", false, false);
parser.add<unsigned char>("border_padding", '\0', "border padding", false, 0, cmdline::range(0, 255));
parser.add<unsigned char>("shape_padding", '\0', "shape padding", false, 0, cmdline::range(0, 255));
parser.add<unsigned char>("inner_padding", '\0', "inner padding", false, 0, cmdline::range(0, 255));
parser.add<bool>("reduce_border_artifacts", 'b', "reduce border artifacts", false, false);
parser.add<unsigned char>("trim_mode", 't', "trim pixel alpha less than input value", false, 0, cmdline::range(0, 255));
parser.add<unsigned char>("extrude", 'e', "extrude", false, 0, cmdline::range(0, 255));
parser.parse_check(argc, argv);
auto packer = CppTexturePacker::TexturePacker(
parser.get<unsigned int>("max_width"),
parser.get<unsigned int>("max_height"),
parser.get<bool>("enable_rotate"),
parser.get<bool>("force_square"),
parser.get<unsigned char>("border_padding"),
parser.get<unsigned char>("shape_padding"),
parser.get<unsigned char>("inner_padding"),
parser.get<bool>("reduce_border_artifacts"),
parser.get<unsigned char>("trim_mode"),
parser.get<unsigned char>("extrude"));
packer.pack(
parser.get<std::string>("input_dir"),
parser.get<std::string>("ouput_name"),
parser.get<std::string>("ouput_dir"),
parser.get<std::string>("base_image_path"),
parser.get<std::string>("image_format"));
return 0;
}
|
038e37d41ed77227a4df8256ba68153f466fb187 | cb8d1be6b6b1cbb4a1169223504e93061ed11c43 | /File/FileLog.hpp | 74f4acd9a8b5eb1f657acde50486a747ca5335d1 | [] | no_license | RyanBabij/Wildcat | c6ec5fca71968376208995d1cd833c007f44d9d1 | 4c684506996cf52ad752504e9b8a490f6cd571d0 | refs/heads/master | 2023-02-21T05:33:38.284612 | 2023-02-14T23:05:23 | 2023-02-14T23:05:23 | 100,090,636 | 8 | 0 | null | 2020-06-07T03:55:26 | 2017-08-12T05:11:37 | C | UTF-8 | C++ | false | false | 2,660 | hpp | FileLog.hpp | #pragma once
#ifndef FILE_FILELOG_HPP
#define FILE_FILELOG_HPP
/* File/FileLog.hpp Created <0221743513. Updated 0221743513.
I made this so that I can write data to a text file without needing to fuck around with the file manager.
The rules of logging:
* If there is an error, abort silently.
* If a non-existent file is referred to, silently create it.
*/
#include <string>
#include <File/FileManagerStatic.hpp>
#include <Container/Vector/Vector.hpp>
class FileLog
{
public:
//FileManager file;
//Vector <std::string> vMessage;
std::string messages;
std::string filePath;
//std::string lastMessage;
//int nRepetitions;
FileLog()
{
filePath="";
//lastMessage="";
//nRepetitions=0;
}
static void log(const std::string _message, const std::string _filePath)
{
if (FileManagerStatic::fileExists(_filePath)==true)
{
}
else
{
FileManagerStatic::makeNewFile(_filePath);
}
FileManagerStatic::writeString (_message,_filePath);
}
// Clear the file.
static void clear(const std::string _filePath)
{
FileManagerStatic::makeNewFile(_filePath);
}
void log (const std::string message)
{
// file.load(path);
// file.append(message);
// file.save(path);
//std::cout<<"Filelog doesn't actually do anything yet\n";
// if(message==lastMessage)
// {
// ++nRepetitions;
// }
// else
// {
// /* Check if file exists. */
// if(FileManagerStatic::fileExists(path) == false)
// { FileManagerStatic::makeNewFile(path); }
// /* Write the message. */
// if(nRepetitions>0)
// {
// FileManagerStatic::writeString(DataTools::toString(nRepetitions) + "X: " +lastMessage,path);
// }
// else
// { FileManagerStatic::writeString(lastMessage,path);
// }
// lastMessage=message;
// nRepetitions=0;
// }
//vMessage.push(message);
messages+=message;
}
void flush()
{
if(filePath!="")
{
/* Make file if it doesn't exist. */
if(FileManagerStatic::fileExists(filePath) == false)
{ FileManagerStatic::makeNewFile(filePath); }
/* Write messages. */
//const int nMessages = vMessage.size();
//std::string allMessages = "";
//for(int i=0;i<nMessages;++i)
//{
// allMessages+=vMessage(i);
//FileManagerStatic::writeString(vMessage(i),filePath);
//}
//vMessage.clear();
FileManagerStatic::writeString(messages,filePath);
messages="";
// if(nRepetitions>0)
// {
// FileManagerStatic::writeString(DataTools::toString(nRepetitions) + "X: " +lastMessage,filePath);
// }
// else
// { FileManagerStatic::writeString(lastMessage,filePath);
// }
}
}
};
#endif
|
8cae9a9ede98f6d4cd070800bed744364e4ff7d1 | 0364bdde2c7386f38dc84e6791697c9413f51443 | /Test/Characters/IntelligentMonsterTest.cpp | 45ac39e7e649bf18569c3a9249e08e8f074459ef | [
"MIT"
] | permissive | DrStrangelove42/DreamOfaRidiculousMan | 0cd088375851bc68b1f1b958a69ddcee3b3ec23c | a19af08c0a044ed4a30194ffdfac912475618b14 | refs/heads/main | 2023-06-17T19:21:53.341035 | 2021-07-14T09:39:05 | 2021-07-14T09:39:05 | 304,332,780 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 775 | cpp | IntelligentMonsterTest.cpp | #include "IntelligentMonsterTest.h"
CPPUNIT_TEST_SUITE_REGISTRATION(IntelligentMonsterTest);
void IntelligentMonsterTest::movementTest()
{
Player p(*r1, "", 0, 15, 10, 40);
Room room1(5, 5, 0, 0, p, *r1);
for (int i = 0; i < 5; i++)
{
for (int j = 0; j < 5; j++)
{
Block* b = new FloorBlock(i, j, *r1);
room1.replaceBlock(b);
}
}
IntelligentMonster monster(*r1, p, &room1, "empty", 1, 0, 0, 0, 0, 0, 0, true, true);
monster.teleport(0, 0);
p.teleport(4, 4);
for (int i = 0; i < 5; i++)
{
CPPUNIT_ASSERT(monster.getX() == i && monster.getY() == i);
monster.tick(0, NULL);
}
}
void IntelligentMonsterTest::setUp()
{
r1 = new MockRenderContext();
}
void IntelligentMonsterTest::tearDown()
{
delete r1;
}
|
16e9ae762b5ffe38312524d22062ba03584db418 | 16f50a812eca90748e87bfe471e0c05f178337fd | /2do_Semestre/POO/TareaHerencia/empleados.cpp | db1a53f38c99c01061098a9d44dcfa0082a4770e | [] | no_license | SeaWar741/ITC | 65f73365762366f56cfbd6d0bc788cd384672d12 | 5f75716be58ca6e00bcd8dae7546fd19fe37657f | refs/heads/master | 2023-02-05T23:25:13.972031 | 2022-09-29T10:38:32 | 2022-09-29T10:38:32 | 205,020,772 | 4 | 2 | null | 2023-01-19T15:28:45 | 2019-08-28T20:48:35 | Jupyter Notebook | UTF-8 | C++ | false | false | 885 | cpp | empleados.cpp | //
// main.cpp
// empleadosVendedores
//
// Created by Yolanda Martinez on 09/05/20.
// Copyright © 2020 com.itesm. All rights reserved.
//
#include <iostream>
using namespace std;
#include "Vendedor.h"
int main() {
Empleado emp1(129, 12000);
Empleado emp2(231, 13500);
Vendedor vend1(146, 8500, 0.03, 155000);
Vendedor vend2(275, 5500, 0.05, 132500);
cout << "Empleado 1 " << endl;
emp1.muestra();
cout << "Total a pagar " << emp1.calculaPago() << endl;
cout << "Empleado 2 " << endl;
emp2.muestra();
cout << "Total a pagar " << emp2.calculaPago() << endl;
cout << "Vendedor 1 " << endl;
vend1.muestra();
cout << "Total a pagar " << vend1.calculaPago() << endl;
cout << "Vendedor 2 " << endl;
vend2.muestra();
cout << "Total a pagar " << vend2.calculaPago() << endl;
return 0;
}
|
c4ecf2c853d77d54e95f8ba46bcb25a9587a084f | 697ece97d86013137f38b6049a6755a7fec6e693 | /code/toolkit/distributedtools/shareddirfilesystem.cc | ef1eac3b1228f2818b54ea5d89fe9019d8f00732 | [] | no_license | Chinamming/nebuladevice3 | 6ace3c9fd97632ed43743e8eb7fce151f976a906 | 1180cec07aff77da1e9f97cedbcfbf5b56c3630d | refs/heads/master | 2021-01-10T18:17:09.958301 | 2012-11-23T19:55:13 | 2012-11-23T19:55:13 | 47,537,441 | 3 | 2 | null | null | null | null | UTF-8 | C++ | false | false | 10,162 | cc | shareddirfilesystem.cc | //------------------------------------------------------------------------------
// shareddirfilesystem.cc
// (C) 2009 RadonLabs GmbH
//------------------------------------------------------------------------------
#include "stdneb.h"
#include "shareddirfilesystem.h"
#include "io/ioserver.h"
#include "io/stream.h"
#include "io/console.h"
using namespace IO;
using namespace Util;
namespace DistributedTools
{
__ImplementClass(DistributedTools::SharedDirFileSystem,'SDFS',DistributedTools::SharedDirControl)
//------------------------------------------------------------------------------
/**
Constructor
*/
SharedDirFileSystem::SharedDirFileSystem()
{
SharedDirControl::SharedDirControl();
}
//------------------------------------------------------------------------------
/**
Destructor
*/
SharedDirFileSystem::~SharedDirFileSystem()
{
}
//------------------------------------------------------------------------------
/**
copy a single file to shared dir (src being absolute path, dst relative to control dir)
*/
void
SharedDirFileSystem::CopyFileToSharedDir(const Util::String & src, const Util::String & dst)
{
String dstPath;
dstPath.Format("%s/%s",
this->sharedDir.AsString().AsCharPtr(),
dst.AsCharPtr()
);
if(!IoServer::Instance()->CopyFile(src, dstPath))
{
Console::Instance()->Error("Could not copy %s to %s.", src.AsCharPtr(), dstPath.AsCharPtr());
}
}
//------------------------------------------------------------------------------
/**
copy all files from src to shared dir (not recursive, only toplevel)
(src being absolute path, dst relative to control dir)
*/
void
SharedDirFileSystem::CopyFilesToSharedDir(const Util::String & src, const Util::String & dst)
{
Array<String> files = IoServer::Instance()->ListFiles(src, "*");
IndexT index;
for(index = 0; index < files.Size(); index++)
{
String srcpath;
srcpath.Format("%s/%s", src.AsCharPtr(), files[index].AsCharPtr());
this->CopyFileToSharedDir(srcpath, dst);
}
}
//------------------------------------------------------------------------------
/**
copy everything (including sub dirs) from src into
shared dirs guid folder (src being absolute path)
*/
void
SharedDirFileSystem::CopyDirectoryContentToSharedDir(const Util::String & src)
{
this->CopyDirectoryContent(src, this->sharedDir.AsString());
}
//------------------------------------------------------------------------------
/**
copy a single file from shared dir to dst (dst being absolute, src relative to control dir)
*/
void
SharedDirFileSystem::CopyFileFromSharedDir(const Util::String & src, const Util::String & dst)
{
String srcPath;
srcPath.Format("%s/%s",
this->sharedDir.AsString().AsCharPtr(),
src.AsCharPtr()
);
if(!IoServer::Instance()->CopyFile(srcPath, dst))
{
Console::Instance()->Error("Could not copy %s to %s.", srcPath.AsCharPtr(), dst.AsCharPtr());
}
}
//------------------------------------------------------------------------------
/**
copy all files from shared dir sub dir to dst (not recursive, only toplevel)
(dst being absolute, src relative to control dir)
*/
void
SharedDirFileSystem::CopyFilesFromSharedDir(const Util::String & src, const Util::String & dst)
{
Array<String> files = this->ListFiles(src);
IndexT index;
for(index = 0; index < files.Size(); index++)
{
String srcpath;
srcpath.Format("%s/%s", src.AsCharPtr(), files[index].AsCharPtr());
this->CopyFileFromSharedDir(srcpath, dst);
}
}
//------------------------------------------------------------------------------
/**
copy everything (including sub dirs) from shared dirs guid folder
into dst (dst being absolute path)
*/
void
SharedDirFileSystem::CopyDirectoryContentFromSharedDir(const Util::String & dst)
{
this->CopyDirectoryContent(this->sharedDir.AsString(), dst);
}
//------------------------------------------------------------------------------
/**
removes specified file (relative to control dir)
*/
void
SharedDirFileSystem::RemoveFileInSharedDir(const Util::String & filepath)
{
String path;
path.Format("%s/%s",
this->sharedDir.AsString().AsCharPtr(),
filepath.AsCharPtr()
);
if(!IoServer::Instance()->DeleteFile(path))
{
Console::Instance()->Error("Could not delete file %s.", path.AsCharPtr());
}
}
//------------------------------------------------------------------------------
/**
removes specified directory if empty (relative to control dir)
*/
void
SharedDirFileSystem::RemoveDirectoryInSharedDir(const Util::String & dirpath)
{
n_assert(this->sharedDir.IsValid());
String path;
path.Format("%s/%s",
this->sharedDir.AsString().AsCharPtr(),
dirpath.AsCharPtr()
);
if(!IoServer::Instance()->DeleteDirectory(path))
{
Console::Instance()->Error("Could not delete directory %s.", path.AsCharPtr());
}
}
//------------------------------------------------------------------------------
/**
remove all files and directories of specified
directory (relative to control dir) recursively
*/
void
SharedDirFileSystem::RemoveDirectoryContent(const Util::String & path)
{
Array<String> files = IoServer::Instance()->ListFiles(path, "*");
IndexT fileIndex;
for(fileIndex = 0; fileIndex < files.Size(); fileIndex++)
{
String file;
file.Format("%s/%s", path.AsCharPtr(), files[fileIndex].AsCharPtr());
IoServer::Instance()->DeleteFile(file);
}
Array<String> dirs = IoServer::Instance()->ListDirectories(path, "*");
IndexT dirIndex;
for(dirIndex = 0; dirIndex < dirs.Size(); dirIndex++)
{
String dir;
dir.Format("%s/%s", path.AsCharPtr(), dirs[dirIndex].AsCharPtr());
this->RemoveDirectoryContent(dir);
IoServer::Instance()->DeleteDirectory(dir);
}
}
//------------------------------------------------------------------------------
/**
checks if a subdirectory exists, which name equals the given guid
*/
bool
SharedDirFileSystem::ContainsGuidSubDir(const Util::Guid & guid)
{
String path;
path.Format("%s/%s",
this->path.AsString().AsCharPtr(),
guid.AsString().AsCharPtr()
);
return IoServer::Instance()->DirectoryExists(path);
}
//------------------------------------------------------------------------------
/**
checks if directory is empty (relative to control dir)
*/
bool
SharedDirFileSystem::DirIsEmpty(const Util::String & dir)
{
String path;
path.Format("%s/%s",
this->sharedDir.AsString().AsCharPtr(),
dir.AsCharPtr()
);
Array<String> files = IoServer::Instance()->ListFiles(path, "*");
Array<String> dirs = IoServer::Instance()->ListDirectories(path, "*");
return (files.IsEmpty() && dirs.IsEmpty());
}
//------------------------------------------------------------------------------
/**
returns all subdirectories of specified directory (relative to control dir)
*/
Util::Array<Util::String>
SharedDirFileSystem::ListDirectories(const Util::String & dir)
{
String path;
path.Format("%s/%s",
this->sharedDir.AsString().AsCharPtr(),
dir.AsCharPtr()
);
return IoServer::Instance()->ListDirectories(path, "*");
}
//------------------------------------------------------------------------------
/**
returns all files inside the specified directory (relative to control dir)
*/
Util::Array<Util::String>
SharedDirFileSystem::ListFiles(const Util::String & dir)
{
String path;
path.Format("%s/%s",
this->sharedDir.AsString().AsCharPtr(),
dir.AsCharPtr()
);
return IoServer::Instance()->ListFiles(path, "*");
}
//------------------------------------------------------------------------------
/**
creates control directory from guid
*/
void
SharedDirFileSystem::CreateControlDir()
{
if(!IoServer::Instance()->CreateDirectory(this->sharedDir))
{
Console::Instance()->Error("Could not create control dir in %s.", this->path.LocalPath().AsCharPtr());
}
}
//------------------------------------------------------------------------------
/**
removes control dir
*/
void
SharedDirFileSystem::RemoveControlDir()
{
// We assume that shared dir is composed of root shared directory
// and guid sub dir. DeleteDirectory will only remove the subdir (guid).
if(!IoServer::Instance()->DeleteDirectory(this->sharedDir))
{
Console::Instance()->Error("Could not delete control dir in %s.", this->sharedDir.AsString().ExtractToLastSlash().AsCharPtr());
}
}
//------------------------------------------------------------------------------
/**
copy all content from src to dst recursively
*/
void
SharedDirFileSystem::CopyDirectoryContent(const Util::String & src, const Util::String & dst)
{
Array<String> files = IoServer::Instance()->ListFiles(src, "*");
IndexT fileIndex;
for(fileIndex = 0; fileIndex < files.Size(); fileIndex++)
{
String srcPath;
String dstPath;
srcPath.Format("%s/%s", src.AsCharPtr(), files[fileIndex].AsCharPtr());
dstPath.Format("%s/%s", dst.AsCharPtr(), files[fileIndex].AsCharPtr());
IoServer::Instance()->CopyFile(srcPath, dstPath);
}
Array<String> dirs = IoServer::Instance()->ListDirectories(src, "*");
IndexT dirIndex;
for(dirIndex = 0; dirIndex < dirs.Size(); dirIndex++)
{
String srcDir;
String dstDir;
srcDir.Format("%s/%s", src.AsCharPtr(), dirs[dirIndex].AsCharPtr());
dstDir.Format("%s/%s", dst.AsCharPtr(), dirs[dirIndex].AsCharPtr());
IoServer::Instance()->CreateDirectory(dstDir);
this->CopyDirectoryContent(srcDir, dstDir);
}
}
} // namespace DistributedTools
|
285f6aff06de7840f1178723871e4946c5b7a4b8 | e64fd469a824b799237b5a90499b06cb9f32e335 | /intel/ShallowWater/common/Flux/CFlux2DGrid.cpp | e03de04800ceb79e9d4711ce9839c8062bac6092 | [] | no_license | les-sosna/OpenCL-playgorund | c208e058de55710dc4ba1cc0b226e50bc64a7352 | b8ba6131090a003df7e8be7f9331fb2640ba69a7 | refs/heads/master | 2021-01-18T00:36:51.491987 | 2014-06-09T13:06:06 | 2014-06-09T13:06:06 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 12,747 | cpp | CFlux2DGrid.cpp | /* ************************************************************************* *\
INTEL CORPORATION PROPRIETARY INFORMATION
This software is supplied under the terms of a license agreement or
nondisclosure agreement with Intel Corporation and may not be copied
or disclosed except in accordance with the terms of that agreement.
Copyright (C) 2007-2011 Intel Corporation. All Rights Reserved.
\* ************************************************************************* */
/**
* @file CFlux2DGrid.cpp
*
* @brief Contains the routines implementation for water surface grid initialization and file IO.
*/
#include <float.h>
#include <math.h>
#include "macros.h"
#include "Util/CFileMemory.h"
#include "CFlux2DSceneDef.h"
#include "CFlux2DGrid.h"
#include "actions/CActionManager.h"
/**
* @fn CFlux2DGrid(int domainW, int domainH)
*
* @brief Class constructor, initializes the size of the grid
*
* @param domainW - Width of the grid
*
* @param domainH - Height of the grid
*/
CFlux2DGrid::CFlux2DGrid(int domainW, int domainH)
: m_PrevSurfaceIdx(0),
m_bottom(domainW, domainH),
m_WindWavesH(domainW, domainH),
m_pModifier(NULL)
{
m_InnerMaskData.SetSize(domainW,domainH,0);
m_InnerMaskFlag = 0;
m_WindWavesH.Set(0);
m_pWindWavesHPrev = new(UseOwnMem) DynamicMatrix<float>(domainW,domainH);
m_pWindWavesHPrev->Set(0);
m_pWindWavesHCur = new(UseOwnMem) DynamicMatrix<float>(domainW,domainH);
m_pWindWavesHCur->Set(0);
// Create surfaces
m_pSurfaces[0] = new (UseOwnMem) CFlux2DSurface(domainW, domainH);
m_pSurfaces[1] = new (UseOwnMem) CFlux2DSurface(domainW, domainH);
m_pSurfaces[2] = new (UseOwnMem) CFlux2DSurface(domainW, domainH);
}
/**
* @fn ResetToZeroState()
*
* @brief This function sets the velocity map to zero and the absolute water level to zero
*/
void CFlux2DGrid::ResetToZeroState()
{
// Declare and initialize working variables, get the height, width and the border size
int width = m_bottom.m_heightMap.Width();
int height = m_bottom.m_heightMap.Height();
int bs = m_bottom.m_heightMap.Border();
// Get pointers to the current and past surfaces
CFlux2DSurface &surf = GetCurrentSurface();
CFlux2DSurface &surfPrev = GetPastSurface();
int x,y;
// For every line
for(y=-bs;y<height+bs;++y)
{
// For every pixel in the line
for(x=-bs;x<width+bs;++x)
{
float B = m_bottom.m_heightMap.At(x,y);
// Adjust the water level to be greater than or equal to zero
surfPrev.m_heightMap.At(x,y) = __max(0.0f, B);
surf.m_heightMap.At(x,y) = __max(0.0f, B);
}
}
// Set the velocity map to zero
surf.m_uMap.Set(0);
surf.m_vMap.Set(0);
surfPrev.m_uMap.Set(0);
surfPrev.m_vMap.Set(0);
}
/**
* @fn ResetToDryState()
*
* @brief This function sets velocity map and the height map to zero
*/
void CFlux2DGrid::ResetToDryState()
{
CFlux2DSurface &surf = GetCurrentSurface();
surf.m_heightMap.Set(0);
surf.m_uMap.Set(0);
surf.m_vMap.Set(0);
}
/**
* @fn LoadBottomFromSceneDef(struct CFlux2DSceneDef &def, float x1, float y1, float x2, float y2)
*
* @brief Loads the bottom within the specified region from a scene definition
*
* @param def - The scene definition
*
* @param x1 - The starting X coordinate
*
* @param y1 - The starting Y coordinate
*
* @param x2 - The end X coordinate
*
* @param y2 - The end Y coorinate
*/
void CFlux2DGrid::LoadBottomFromSceneDef(CFlux2DSceneDef &def, float x1, float y1, float x2, float y2)
{
// Declare and initialize working variables
const int bs = m_bottom.m_heightMap.Border();
const int width = m_bottom.m_heightMap.Width();
const int height = m_bottom.m_heightMap.Height();
// Compute the horizontal and vertical grid steps as well as their recriprocol
m_Params.gridStepW = (x2 - x1) / float(width);
m_Params.gridStepH = (y2 - y1) / float(height);
m_Params.rcpGridStepW = 1.0f / m_Params.gridStepW;
m_Params.rcpGridStepH = 1.0f / m_Params.gridStepH;
/* **************************************** DEPRECATED CODE *********************** */
//float xCellSize = float(def.lenWidth) / float(def.resWidth);
//float yCellSize = float(def.lenHeight) / float(def.resHeight);
//float xStart = (x1 + (m_Params.gridStepW - xCellSize) * 0.5f) / xCellSize;
//float yStart = (y1 + (m_Params.gridStepH - yCellSize) * 0.5f) / yCellSize;
//float xStep = m_Params.gridStepW / xCellSize;
//float yStep = m_Params.gridStepH / yCellSize;
/* *************************************** END DEPRECATED CODE ********************** */
// For every line in the height map
for (int i = -bs; i < height+bs; i++)
{
// Compute the y coordinate and value
float y = (i+0.5f)*m_Params.gridStepH + y1;
float yVal = y*float(def.resHeight)/float(def.lenHeight) - 0.5f;
// Get a pointer to the line in both the height and pre-computed data maps
float *pH = m_bottom.m_heightMap.GetLinePtr(i);
float *pD = m_bottom.m_precompDataMap.GetLinePtr(i);
// For every pixel in the line
for (int j = -bs; j < width+bs; j++)
{
// Compute the coordinate and value
float x = (j+0.5f)*m_Params.gridStepW + x1;
float xVal = x*float(def.resWidth)/float(def.lenWidth) - 0.5f;
// Compute the sample height and store the value in the height map
float h = def.GetSample(xVal, yVal);
pH[j] = h;
// Ensure that the modifier is greater than or equal to zero
float hMod = __max(0.0f, h);
// And store the value in the pre-computed data map
pD[j] = hMod * sqrt(m_Globals.gravity * hMod);
}
}
m_ParamsBase = m_Params;
}
/**
* @fn RaiseBottomOnMask(float RaiseValue)
*
* @brief This function raises the bottom level according to a mask
* indicating the dry or wet state
*
* @note This function is used for generating the channel bottom profile
*
* @param RaiseValue - The raise value
*/
void CFlux2DGrid::RaiseBottomOnMask(float RaiseValue)
{
// Declare and initialize working variables
int x,y;
const int width = m_bottom.m_heightMap.Width();
const int height = m_bottom.m_heightMap.Height();
// For every line in the height map
for (y = 0; y < height; y++)
{
// Get past, present and future surfaces
float* pH0 = &(GetPastSurface().m_heightMap.At(0,y));
float* pH1 = &(GetDestSurface().m_heightMap.At(0,y));
float* pH2 = &(GetCurrentSurface().m_heightMap.At(0,y));
// Get pointers into the maps and data
float* pB = &(m_bottom.m_heightMap.At(0,y));
float* pD = &(m_bottom.m_precompDataMap.At(0,y));
char* pM = m_InnerMaskData.GetLinePtr(y);
// For every pixel in the line
for (x = 0; x < width; x++)
{
// If the mask for the previous pixel has a value
if(pM[x-1])
{
// Raise the level for past, present and future surfaces
pH0[x] -= RaiseValue;
pH1[x] -= RaiseValue;
pH2[x] -= RaiseValue;
// Raise the bottom height
pB[x] -= RaiseValue;
// Ensure the modifier from the pre-computed data is greater than or equal to zero
float hMod = __max(0.0f, pD[x]);
// Adjust the pre-computed value
pD[x] = hMod * sqrt(m_Globals.gravity * hMod);
}
}
}
}
/**
* @fn SetBottomConstant(float depth, float lenWidth, float lenHeight)
*
* @brief Sets the depth of the height map, updates the pre-computed data map, updates parameters
*
* @param depth - The new depth
*
* @param lenWidth - The width of a cell used to compute the grid W step
*
* @param lenHeight - The height of a cell used to compute the grid H step
*/
void CFlux2DGrid::SetBottomConstant(float depth, float lenWidth, float lenHeight)
{
// Declare and initialize working variables for the border width
// and the height and width of the height map
const int bs = m_bottom.m_heightMap.Border();
const int width = m_bottom.m_heightMap.Width();
const int height = m_bottom.m_heightMap.Height();
// Initialize paramaters accounting for the border
m_Params.gridStepW = lenWidth / float(width - 1+2*bs);
m_Params.gridStepH = lenHeight / float(height - 1+2*bs);
m_Params.rcpGridStepW = 1.0f / m_Params.gridStepW;
m_Params.rcpGridStepH = 1.0f / m_Params.gridStepH;
// Set the depth
m_bottom.m_heightMap.Set(depth);
m_bottom.m_precompDataMap.Set(depth * sqrt(m_Globals.gravity * depth));
// Store the parameters
m_ParamsBase = m_Params;
}
/**
* @fn AddAction(CFlux2DAction* in_pAction)
*
* @brief Gets a pointer to the action object and appends it to the sync actions object.
*
* @note Memory for this object should be allocated in external code and shouldn't be released
*
* @param action - The action to add
*/
CFlux2DAction* CFlux2DGrid::AddAction(CFlux2DAction* in_pAction)
{
m_SyncActions.Append(in_pAction);
return in_pAction;
}
/**
* @fn RunActions(struct CFlux2DCalculatorPars const &pars, CFlux2DGlobalParameters const &globals)
*
* @brief Traverses the list of sync actions and runs them
*
* @param pars - Calculator parameters
*
* @param globals - Global parameters
*/
void CFlux2DGrid::RunActions(struct CFlux2DCalculatorPars const &pars, CFlux2DGlobalParameters const &globals)
{
int i;
// For every sync action
for (i = 0; i < m_SyncActions.Size(); i++)
{
// Run it
m_SyncActions[i]->Run(this,pars, globals);
}
}
/**
* @fn Save(CFile &file, int flags)
*
* @brief Saves the grid and all parameters to a file
*
* @param file - The IO stream to write to
*
* @param flags - Bit-wize operation flags
*/
void CFlux2DGrid::Save(CFile &file, int flags) const
{
file.Save(flags);
file.Save(m_Globals);
file.Save(m_ParamsBase);
file.Save(m_PrevSurfaceIdx);
GetCurrentSurface().Save(file);
GetPastSurface().Save(file);
m_bottom.Save(file);
file.Save(m_InnerMaskFlag);
m_InnerMaskData.Save(file);
if ((flags & SAVE_ACTIONS) != 0)
{
CActionManager am;
int i;
// Save the number of actions
uint32_t size = 0;
size += m_SyncActions.Size();
file.Save(size);
// Save them all
for (i = 0; i < m_SyncActions.Size(); i++)
{
am.Save(file,m_SyncActions[i]);
}
}
}
/**
* @fn Restore(CFile &file)
*
* @brief Restores a grid from a file including parameters and flags
*
* @param file - The IO stream from which to read the grid
*/
void CFlux2DGrid::Restore(CFile &file)
{
int flags;
// Restore flags, global parameters, and the parameter base
file.Restore(flags);
file.Restore(m_Globals);
file.Restore(m_ParamsBase);
// Use the base parameters for local parameters
m_Params = m_ParamsBase;
// The index into the previous surface
file.Restore(m_PrevSurfaceIdx);
// Get the current and past surfaces
GetCurrentSurface().Restore(file);
GetPastSurface().Restore(file);
// Restore the bottom
m_bottom.Restore(file);
// Get the inner mask flag
file.Restore(m_InnerMaskFlag);
// Restore its contents
m_InnerMaskData.Restore(file);
fflush(NULL);
// Check to see if we have a save actions flag, if we do, we did
if ((flags & SAVE_ACTIONS) != 0)
{
CActionManager am;
uint32_t numberOfActions;
file.Restore(numberOfActions);
fflush(NULL);
// For each action saved
for (uint32_t i = 0; i < numberOfActions; i++)
{
// Read the action from the file
CFlux2DAction* action = am.Create(file);
assert(action != NULL);
// If valid, add it to the list of sync actions
if (action != NULL)
{
fflush(NULL);
AddAction(action);
}
}
}
}
/**
* @fn ~CFlux2DGrid()
*
* @brief Class destructor
*/
CFlux2DGrid::~CFlux2DGrid()
{
// Free memory
// First, delete the actions
uint32_t size = m_SyncActions.Size();
for(uint32_t i=0;i<size;i++ )
{
DestroyObject(m_SyncActions[i]);
}
// Then the surfaces
DestroyObject(m_pSurfaces[0]);
DestroyObject(m_pSurfaces[1]);
DestroyObject(m_pSurfaces[2]);
DestroyObject(m_pWindWavesHCur);
DestroyObject(m_pWindWavesHPrev);
}
|
8581efc912bea9aafa270f11df1b5a00714edc47 | cd6fea57bfec0648f7f500c29c99070e127f83ac | /src/engine/engine.hh | c202ab350aac8c7da64a4d89c207de9954e1e506 | [] | no_license | manuel-huez/rush-game | 2a3242f288468e51f86033f32f08b688facff63c | c43e83b5f1a209389e73af0e2e9bd3e721c022bf | refs/heads/master | 2021-03-16T07:43:07.980473 | 2018-04-03T11:50:25 | 2018-04-03T11:50:25 | 47,423,232 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 629 | hh | engine.hh | #pragma once
#include "scene.hh"
#include <string>
#include <memory>
#include <SFML/Graphics.hpp>
namespace E
{
class Scene;
class Engine
{
public:
Engine(const unsigned width, const unsigned height,
sf::RenderWindow& window);
sf::RenderWindow& window_get() const;
void scene_set(std::shared_ptr<Scene> scene);
Scene& scene_get();
void draw() const;
void run();
private:
const unsigned width_;
const unsigned height_;
sf::RenderWindow& window_;
std::shared_ptr<Scene> scene_;
sf::Clock clock_;
};
}
|
ca9399a098866cc17fb0d6635a1455f40e337e32 | 57e7c092fe6b3a6f2616c4ce38d4624b4930f431 | /FSMAutomata/CompiledDFA.cpp | dd154aaf6d59456e748964126521f722c48664d0 | [] | no_license | shawnq8861/Algorithms-FSM-Automata | b6782e27e2175502fcd980613bbfcc4088182206 | b6e250914b3cea4ac9ff68c2d6dad131b70d3d5f | refs/heads/master | 2021-01-20T17:58:21.315712 | 2016-06-07T17:31:39 | 2016-06-07T17:31:39 | 60,553,410 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,920 | cpp | CompiledDFA.cpp | /*****************************************************************************
*
* file CompiledDFA.cpp
* the implementation file for the CompiledDFA class
*
* Shawn Quinn
* quinnms1
* 02/21/2015
*
****************************************************************************/
#include <iostream>
#include <sstream>
#include "CompiledDFA.h"
/*****************************************************************************
* constructor
*
* - argument - pointer to a FiniteStateMachine struct
*
****************************************************************************/
CompiledDFA::CompiledDFA(FiniteStateMachine* someFSM)
{
fSM = *someFSM;
list<Transition>::iterator listIt;
string key;
for (listIt = fSM.transitions.begin(); listIt != fSM.transitions.end(); ++listIt) {
key = hash((*listIt).source, (*listIt).transitionChar);
stateMap[key] = (*listIt).destination;
}
}
/*****************************************************************************
* destructor
*
*
****************************************************************************/
CompiledDFA::~CompiledDFA()
{
}
/*****************************************************************************
* method evaluate
* - argument - string to test against NFA of current instance
* - return - true if string recognized, false if string not recognized
* - pseudocode -
* create temp variable to hold current state
* set current state to start state
* for each char in string
* for each transition in the transition list
* if a char matches the transitionChar
* current state = destination
* search for current state in goal states
* return result of search
****************************************************************************/
bool CompiledDFA::evaluate(string testStr)
{
string::iterator chPtr;
cout << "input string = \"";
for (chPtr = testStr.begin(); chPtr < testStr.end(); chPtr++) {
cout << *chPtr;
}
cout << "\"" << endl;
char currCh;
int currState;
list<Transition>::iterator transIt;
currState = fSM.startNode;
string key;
// iterate over the charcters in the string
for (chPtr = testStr.begin(); chPtr != testStr.end(); ++chPtr) {
currCh = *chPtr;
key = hash(currState, currCh);
if (stateMap.find(key) != stateMap.end() ) {
currState = stateMap[key];
}
}
// see if current state is a goal node
if (fSM.goalNodes.find(currState) != fSM.goalNodes.end()) {
cout << endl << "string accepted, found goal node " << currState
<< endl << endl;
return true;
}
cout << endl << "string rejected" << endl;
return false;
}
string CompiledDFA::hash(int node, char ch)
{
ostringstream keySS;
keySS << node;
string key = keySS.str();
key += "->";
key += ch;
cout << "key = " << key << endl;
return key;
}
|
83a991258e849091581c5e98e760e032defd0a57 | 6feb05a21208f0fca0a3a7b57ebc771fb931e6a4 | /GameSDL/include/MenuButton.h | 78be1e4a44fe0d47083d1a4f8d8e4c8df680ce90 | [] | no_license | viniciusPintoF/negocios | 556b078b244dfaf4f222ca3d7ae86e9550a6feff | b5fd1a935cc9e5d09f3d78d15a5bfeee421e0c13 | refs/heads/master | 2020-03-16T03:17:15.360507 | 2018-05-08T15:20:37 | 2018-05-08T15:20:37 | 132,484,182 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 558 | h | MenuButton.h | #pragma once
#include "SDLGameObject.h"
class MenuButton : public SDLGameObject
{
public:
MenuButton();
~MenuButton();
virtual void load(const LoaderParams *parameters);
virtual void update();
virtual void clean();
void setCallback(void(*callback)());
int callbackID();
private:
enum MB_ButtonState
{
MOUSE_OUT = 0,
MOUSE_OVER = 1,
CLICKED = 2
};
bool _clicked;
int _callbackID;
void (*_callback) ();
};
class MenuButtonCreator : public BaseCreator
{
public:
GameObject * createGameObject() const { return new MenuButton(); }
};
|
c77f91354d440eff01bdc2e03dbae73a37390485 | 0e64d27787f4135a3e7c0da4b8da503fa5bb8cce | /Source/Pineapple/Engine/Sound/Effect.h | c28a065a7a867646a8df12aba4641995d1892306 | [
"Zlib"
] | permissive | adamyaxley/Pineapple | c09665e7bc4e6a25da9d5948d87edad786182b80 | 467d64312151a0336bdf60606bf6fd30c330fa20 | refs/heads/master | 2021-08-28T15:43:52.993799 | 2021-08-21T02:54:25 | 2021-08-21T02:54:25 | 87,867,072 | 14 | 1 | NOASSERTION | 2023-08-30T08:49:52 | 2017-04-10T23:32:14 | C++ | UTF-8 | C++ | false | false | 620 | h | Effect.h | /*------------------------------------------------------------------------------
Pineapple Game Engine - Copyright (c) 2011-2017 Adam Yaxley
This software is licensed under the Zlib license (see license.txt for details)
------------------------------------------------------------------------------*/
#pragma once
#include <Pineapple/Engine/Platform/Resource.h>
namespace pa
{
class Effect : public Resource
{
public:
Effect(const FilePath& path);
virtual void play() = 0;
virtual void loop() = 0;
// virtual void update() =0;
/*virtual void stop();
virtual void setVolume(float volume);*/
};
}
|
d3f32c3aaff4ea3bbb03261cd862c8331cf2fe25 | ca7e94eb918c080fe256f0120613f1251709229f | /HK3/OOP/project/test/bgi/saveload.cpp | f989ae53d34d56dd6a8a4a9b87d111cb577d9548 | [] | no_license | minhduc2803/School | 8965d49a0994cf1cf4a44d7268a513a92fceeb62 | e636cdc9869312472b2ad508d0abc9f4c12892c4 | refs/heads/master | 2022-12-26T04:41:28.511045 | 2021-01-23T05:36:11 | 2021-01-23T05:36:11 | 245,672,910 | 0 | 0 | null | 2022-12-11T20:53:27 | 2020-03-07T17:07:39 | C++ | UTF-8 | C++ | false | false | 1,349 | cpp | saveload.cpp | #include "saveload.h"
void SaveAndLoad::check(int x, int y, int val)
{
a[x][y] = val;
}
int SaveAndLoad::value(int x, int y)
{
return a[x][y];
}
bool SaveAndLoad::load(int n, bool type)
{
string file;
file = (type) ? "1p.save" : "2p.save";
ifstream ifs(file);
if (!ifs) return 0;
string line;
while (n > 0 && getline(ifs, line))
{
--n;
getline(ifs, line);
}
getline(ifs, line);
getline(ifs, line);
istringstream iss(line);
iss >> sz;
for (int i = 0; i < sz; ++i)
for (int j = 0; j < sz; ++j)
{
int k = 0;
if (!(iss >> k))
{
cout << "ERROR!";
}
a[i][j] = k;
}
return 1;
}
bool SaveAndLoad::save(const char* text, bool type)
{
string file;
file = (type) ? "1p.save" : "2p.save";
ifstream ifs(file);
string line;
int i = 0;
while (getline(ifs, line))
{
++i;
getline(ifs, line);
}
ifs.close();
ofstream ofs(file, ios::app);
if (!ofs) return 0;
ofs << i << ". " << text << '\n' << sz;
for (int i = 0; i < sz; ++i)
for (int j = 0; j < sz; ++j)
ofs << ' ' << a[i][j];
ofs << '\n';
return 1;
}
bool SaveAndLoad::read(bool type)
{
string file;
file = (type) ? "1p.save" : "2p.save";
ifstream ifs(file);
if (!ifs) return 0;
string line;
int i = 0;
while (getline(ifs, line))
{
SC sc(line);
cout << sc.c << '\n';
++i;
getline(ifs, line);
}
return 1;
} |
345d7b0092c26c59d2d1f25cb4d5ef64d44e8f93 | 788c9758f5e20eeec2c6b835f6171ab876cc821b | /NightObejctDetected_center/DetectedPano.h | 5b534c5b9e5de0c780a8ee8e5a48a849d1325bf9 | [] | no_license | hongyiliang105598014/NightVehicleDetection | 55aaa67d0eb71c0c2871bb04ce11c40fed27a509 | e3929ed7fb4a82375723aedb934208007c11c478 | refs/heads/master | 2021-09-10T05:27:50.053218 | 2018-03-21T01:56:42 | 2018-03-21T01:56:42 | 91,091,415 | 4 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 823 | h | DetectedPano.h | #pragma once
#include "DetectedPosition.h"
class DetectedPano : public DetectedPosition
{
public:
DetectedPano(string path);
~DetectedPano();
void SetImageProcessor(ImageProcessor *imageProcessor);
void checkOverlappingRegion(Mat right, Mat back, Mat left);
void run();
static bool sortByRightPosition(const ObjectTracker &a, const ObjectTracker &b);
static bool sortByLeftPosition(const ObjectTracker &a, const ObjectTracker &b);
static bool sortByBackPosition(const ObjectTracker &a, const ObjectTracker &b);
private:
Mat gray;
Mat backResult;
Mat rightResult;
Rect backPosition;
Rect rightPosition;
Rect leftPosition;
ImageProcessor *backImageProcessor;
ImageProcessor *rightImageProcessor;
ImageProcessor *leftImageProcessor;
vector<Rect> backROIs;
vector<Rect> rightROIs;
vector<Rect> leftROIs;
};
|
26878323806e8be4175e27c4972724af0c897064 | 8ce65ac9d22c8a873f980e7907487cf6250211a2 | /server/src/User/User.hpp | c75f923427fb2edd80dc4368077858f131b5922d | [] | no_license | arzeo68/Babel-cpp | 9e57c747a94c123237dae2f2509ccd902542dcd2 | 2a6b5e2a6b743cb17a708fe92c4a238c3328803f | refs/heads/master | 2023-02-15T05:35:36.421447 | 2020-11-09T14:31:27 | 2020-11-09T14:31:27 | 328,818,774 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,376 | hpp | User.hpp | /*
** EPITECH PROJECT, 2020
** babel
** File description:
** TODO: CHANGE DESCRIPTION.
*/
#ifndef BABEL_USER_HPP
#define BABEL_USER_HPP
#include <mutex>
#include <string>
#include "common/CallStatus.hpp"
namespace Server::User {
/**
* User stock different data for the user
*/
class User {
public:
/**
* Set the user's name
* @param name User's name
*/
void SetUserName(const std::string &name);
/**
* Set the user's IP
* @param ip User's IP
*/
void SetUserIp(const std::string &ip);
/**
* Get user's name
* @return User's name
*/
std::string GetName();
/**
* Get user's IP
* @return User's IP
*/
std::string GetIP();
/**
* Get the current caller name. It could be the current addressee or one in pending
* @return
*/
std::string GetCallerName();
void
SetCallState(Common::CallState state, const std::string &caller = "");
Common::CallState GetCallState();
bool IsConnected();
private:
std::mutex _mutex;
std::string _ip;
std::string _name;
Common::CallState _inCall = Common::CallState::NONE;
std::string _caller;
};
}
#endif //BABEL_USER_HPP
|
993823980e6b47f816fff4ef0c83053c95120502 | 3ff1fe3888e34cd3576d91319bf0f08ca955940f | /tci/src/v20190318/model/TextItem.cpp | 81af9e38a61be46d8857480cf95c051b3f23fe74 | [
"Apache-2.0"
] | permissive | TencentCloud/tencentcloud-sdk-cpp | 9f5df8220eaaf72f7eaee07b2ede94f89313651f | 42a76b812b81d1b52ec6a217fafc8faa135e06ca | refs/heads/master | 2023-08-30T03:22:45.269556 | 2023-08-30T00:45:39 | 2023-08-30T00:45:39 | 188,991,963 | 55 | 37 | Apache-2.0 | 2023-08-17T03:13:20 | 2019-05-28T08:56:08 | C++ | UTF-8 | C++ | false | false | 7,797 | cpp | TextItem.cpp | /*
* Copyright (c) 2017-2019 THL A29 Limited, a Tencent company. All Rights Reserved.
*
* 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.
*/
#include <tencentcloud/tci/v20190318/model/TextItem.h>
using TencentCloud::CoreInternalOutcome;
using namespace TencentCloud::Tci::V20190318::Model;
using namespace std;
TextItem::TextItem() :
m_wordsHasBeenSet(false),
m_confidenceHasBeenSet(false),
m_mbtmHasBeenSet(false),
m_metmHasBeenSet(false),
m_tagHasBeenSet(false),
m_textHasBeenSet(false),
m_textSizeHasBeenSet(false)
{
}
CoreInternalOutcome TextItem::Deserialize(const rapidjson::Value &value)
{
string requestId = "";
if (value.HasMember("Words") && !value["Words"].IsNull())
{
if (!value["Words"].IsArray())
return CoreInternalOutcome(Core::Error("response `TextItem.Words` is not array type"));
const rapidjson::Value &tmpValue = value["Words"];
for (rapidjson::Value::ConstValueIterator itr = tmpValue.Begin(); itr != tmpValue.End(); ++itr)
{
Word item;
CoreInternalOutcome outcome = item.Deserialize(*itr);
if (!outcome.IsSuccess())
{
outcome.GetError().SetRequestId(requestId);
return outcome;
}
m_words.push_back(item);
}
m_wordsHasBeenSet = true;
}
if (value.HasMember("Confidence") && !value["Confidence"].IsNull())
{
if (!value["Confidence"].IsLosslessDouble())
{
return CoreInternalOutcome(Core::Error("response `TextItem.Confidence` IsLosslessDouble=false incorrectly").SetRequestId(requestId));
}
m_confidence = value["Confidence"].GetDouble();
m_confidenceHasBeenSet = true;
}
if (value.HasMember("Mbtm") && !value["Mbtm"].IsNull())
{
if (!value["Mbtm"].IsInt64())
{
return CoreInternalOutcome(Core::Error("response `TextItem.Mbtm` IsInt64=false incorrectly").SetRequestId(requestId));
}
m_mbtm = value["Mbtm"].GetInt64();
m_mbtmHasBeenSet = true;
}
if (value.HasMember("Metm") && !value["Metm"].IsNull())
{
if (!value["Metm"].IsInt64())
{
return CoreInternalOutcome(Core::Error("response `TextItem.Metm` IsInt64=false incorrectly").SetRequestId(requestId));
}
m_metm = value["Metm"].GetInt64();
m_metmHasBeenSet = true;
}
if (value.HasMember("Tag") && !value["Tag"].IsNull())
{
if (!value["Tag"].IsInt64())
{
return CoreInternalOutcome(Core::Error("response `TextItem.Tag` IsInt64=false incorrectly").SetRequestId(requestId));
}
m_tag = value["Tag"].GetInt64();
m_tagHasBeenSet = true;
}
if (value.HasMember("Text") && !value["Text"].IsNull())
{
if (!value["Text"].IsString())
{
return CoreInternalOutcome(Core::Error("response `TextItem.Text` IsString=false incorrectly").SetRequestId(requestId));
}
m_text = string(value["Text"].GetString());
m_textHasBeenSet = true;
}
if (value.HasMember("TextSize") && !value["TextSize"].IsNull())
{
if (!value["TextSize"].IsInt64())
{
return CoreInternalOutcome(Core::Error("response `TextItem.TextSize` IsInt64=false incorrectly").SetRequestId(requestId));
}
m_textSize = value["TextSize"].GetInt64();
m_textSizeHasBeenSet = true;
}
return CoreInternalOutcome(true);
}
void TextItem::ToJsonObject(rapidjson::Value &value, rapidjson::Document::AllocatorType& allocator) const
{
if (m_wordsHasBeenSet)
{
rapidjson::Value iKey(rapidjson::kStringType);
string key = "Words";
iKey.SetString(key.c_str(), allocator);
value.AddMember(iKey, rapidjson::Value(rapidjson::kArrayType).Move(), allocator);
int i=0;
for (auto itr = m_words.begin(); itr != m_words.end(); ++itr, ++i)
{
value[key.c_str()].PushBack(rapidjson::Value(rapidjson::kObjectType).Move(), allocator);
(*itr).ToJsonObject(value[key.c_str()][i], allocator);
}
}
if (m_confidenceHasBeenSet)
{
rapidjson::Value iKey(rapidjson::kStringType);
string key = "Confidence";
iKey.SetString(key.c_str(), allocator);
value.AddMember(iKey, m_confidence, allocator);
}
if (m_mbtmHasBeenSet)
{
rapidjson::Value iKey(rapidjson::kStringType);
string key = "Mbtm";
iKey.SetString(key.c_str(), allocator);
value.AddMember(iKey, m_mbtm, allocator);
}
if (m_metmHasBeenSet)
{
rapidjson::Value iKey(rapidjson::kStringType);
string key = "Metm";
iKey.SetString(key.c_str(), allocator);
value.AddMember(iKey, m_metm, allocator);
}
if (m_tagHasBeenSet)
{
rapidjson::Value iKey(rapidjson::kStringType);
string key = "Tag";
iKey.SetString(key.c_str(), allocator);
value.AddMember(iKey, m_tag, allocator);
}
if (m_textHasBeenSet)
{
rapidjson::Value iKey(rapidjson::kStringType);
string key = "Text";
iKey.SetString(key.c_str(), allocator);
value.AddMember(iKey, rapidjson::Value(m_text.c_str(), allocator).Move(), allocator);
}
if (m_textSizeHasBeenSet)
{
rapidjson::Value iKey(rapidjson::kStringType);
string key = "TextSize";
iKey.SetString(key.c_str(), allocator);
value.AddMember(iKey, m_textSize, allocator);
}
}
vector<Word> TextItem::GetWords() const
{
return m_words;
}
void TextItem::SetWords(const vector<Word>& _words)
{
m_words = _words;
m_wordsHasBeenSet = true;
}
bool TextItem::WordsHasBeenSet() const
{
return m_wordsHasBeenSet;
}
double TextItem::GetConfidence() const
{
return m_confidence;
}
void TextItem::SetConfidence(const double& _confidence)
{
m_confidence = _confidence;
m_confidenceHasBeenSet = true;
}
bool TextItem::ConfidenceHasBeenSet() const
{
return m_confidenceHasBeenSet;
}
int64_t TextItem::GetMbtm() const
{
return m_mbtm;
}
void TextItem::SetMbtm(const int64_t& _mbtm)
{
m_mbtm = _mbtm;
m_mbtmHasBeenSet = true;
}
bool TextItem::MbtmHasBeenSet() const
{
return m_mbtmHasBeenSet;
}
int64_t TextItem::GetMetm() const
{
return m_metm;
}
void TextItem::SetMetm(const int64_t& _metm)
{
m_metm = _metm;
m_metmHasBeenSet = true;
}
bool TextItem::MetmHasBeenSet() const
{
return m_metmHasBeenSet;
}
int64_t TextItem::GetTag() const
{
return m_tag;
}
void TextItem::SetTag(const int64_t& _tag)
{
m_tag = _tag;
m_tagHasBeenSet = true;
}
bool TextItem::TagHasBeenSet() const
{
return m_tagHasBeenSet;
}
string TextItem::GetText() const
{
return m_text;
}
void TextItem::SetText(const string& _text)
{
m_text = _text;
m_textHasBeenSet = true;
}
bool TextItem::TextHasBeenSet() const
{
return m_textHasBeenSet;
}
int64_t TextItem::GetTextSize() const
{
return m_textSize;
}
void TextItem::SetTextSize(const int64_t& _textSize)
{
m_textSize = _textSize;
m_textSizeHasBeenSet = true;
}
bool TextItem::TextSizeHasBeenSet() const
{
return m_textSizeHasBeenSet;
}
|
38090a9bd133f1929917759b483008562f5feb9c | 4264c00dc32c548c7735f8e27871b4d52478a8ae | /Roboscrub_ws/src/navigator/src/test_path_node.cpp | 657f638686a48399d1ca3942b7a471f0288d2b1b | [] | no_license | Jeremy8080/Roboscrub | 58820c96a8cb1db7ba1f1945d7dd7e5a7df03fed | c3163da721024b69f340e37d86e6f4fc10eddda2 | refs/heads/master | 2022-02-20T12:15:49.142373 | 2019-10-08T09:19:25 | 2019-10-08T09:19:25 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,261 | cpp | test_path_node.cpp | #include "ros/ros.h"
#include <actionlib/client/simple_action_client.h>
#include <move_base_msgs/MoveBaseAction.h>
#include <mbf_msgs/ExePathAction.h>
#include <mbf_msgs/GetPathAction.h>
#include <mbf_msgs/MoveBaseAction.h>
#include <nav_msgs/Path.h>
#include <vector>
#include <geometry_msgs/PoseStamped.h>
#include <geometry_msgs/Quaternion.h>
#include <geometry_msgs/PoseWithCovarianceStamped.h>
#include <tf/transform_broadcaster.h>
#include <tf/tf.h>
#include <std_msgs/String.h>
typedef actionlib::SimpleActionClient<mbf_msgs::ExePathAction> PathClient; // A client of Exe Path Action Server
geometry_msgs::PoseWithCovarianceStamped amcl_pose;
bool get_initial_pose = false;
void amcl_pose_Callback(const geometry_msgs::PoseWithCovarianceStamped &msg) {
amcl_pose = msg;
get_initial_pose = true;
std::cerr << "AMCL pose: " << amcl_pose.pose.pose.position.x << " " << amcl_pose.pose.pose.position.y << " " << amcl_pose.pose.pose.orientation.z << std::endl;
}
int main(int argc, char** argv) {
ros::init(argc, argv, "map_path");
ros::NodeHandle nh;
ros::Subscriber amcl_listener = nh.subscribe("amcl_pose", 1, &amcl_pose_Callback);
while (!get_initial_pose) {
ros::spinOnce();
}
PathClient pc("move_base_flex/exe_path", true); // true doesnt need ros::spin
while(!pc.waitForServer(ros::Duration(5.0))){
ROS_INFO("Waiting for Move Base server to come up");
}
mbf_msgs::ExePathGoal target_path_;
nav_msgs::Path path_;
//TODO: Get AMCL pose
double x = amcl_pose.pose.pose.position.x;
double y = amcl_pose.pose.pose.position.y;
double th = amcl_pose.pose.pose.orientation.z;
double vx = 0.1;
double vy = -0.1;
double vth = 0.1;
while (th < 6.28) {
double dt = 0.1;
double delta_x = (vx * cos(th) - vy * sin(th)) * dt;
double delta_y = (vx * sin(th) + vy * cos(th)) * dt;
double delta_th = vth * dt;
x += delta_x;
y += delta_y;
th += delta_th;
geometry_msgs::PoseStamped this_pose_stamped;
this_pose_stamped.pose.position.x = x;
this_pose_stamped.pose.position.y = y;
geometry_msgs::Quaternion goal_quat = tf::createQuaternionMsgFromYaw(th);
this_pose_stamped.pose.orientation.x = goal_quat.x;
this_pose_stamped.pose.orientation.y = goal_quat.y;
this_pose_stamped.pose.orientation.z = goal_quat.z;
this_pose_stamped.pose.orientation.w = goal_quat.w;
this_pose_stamped.header.stamp = ros::Time::now();
this_pose_stamped.header.frame_id = "map";
path_.poses.push_back(this_pose_stamped);
}
// Populate the Path Message
path_.header.frame_id = "map";
path_.header.stamp = ros::Time::now();
// Populate the controller and path fields (Refer to ExePath.Action)
target_path_.controller = "DWAPlannerROS";
target_path_.path = path_;
// Interact with Action Server
pc.sendGoal(target_path_);
pc.waitForResult();
if(pc.getState() == actionlib::SimpleClientGoalState::SUCCEEDED)
ROS_INFO("Base moved %s", pc.getState().toString().c_str());
else if(pc.getState() == actionlib::SimpleClientGoalState::ABORTED)
ROS_INFO("Goal aborted");
else
ROS_INFO("Base failed to move for some reason");
ros::shutdown();
return 0;
}
|
2457cde68ba4cb5f3286a43288e2a2074d19e95b | 0053a32c65c4c2aea932e65b8fe4877cf56de245 | /320/A [Magic Numbers].cpp | df3d7d29125ebfc29fbcc113e0c8b617dcbc10c1 | [] | no_license | Omar-Khaled2198/Codeforces_Solutions | 0ef097371a09b0805c913f67e94f5c02a0dfbf46 | 1bd8ba8c3da22ea6b0e462477273b85bac48a1e7 | refs/heads/master | 2020-04-04T05:22:01.475435 | 2018-11-01T16:24:42 | 2018-11-01T16:24:42 | 155,743,270 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 456 | cpp | A [Magic Numbers].cpp | #include <iostream>
#include <algorithm>
#include <vector>
#include <stdio.h>
#include <string>
using namespace std;
int main()
{
string s;int o=0,f=0,h=0;
cin>>s;
for(int i=0;i<s.size();i++)if(s[i]=='1')o++;
if(s.size()>1){
for(int i=0;i<s.size()-1;i++)if(s[i]=='1'&&s[i+1]=='4')f++;
for(int i=0;i<s.size()-2;i++)if(s[i]=='1'&&s[i+1]=='4'&&s[i+2]=='4')h++;}
if(o+f+h>=s.size())
cout<<"YES"<<endl;
else
cout<<"NO"<<endl;
}
|
305392d9eb95ecd848d19fccee16f4368c7c890e | b72eeb4ece026e3f46e8bae69a6eda8c9eb100b4 | /UVa-Online-Judge/10131 - Is Bigger Smarter?.cpp | ad78e8f3fa1563c7b0807ba7547dc2b3567baff4 | [] | no_license | shahed-shd/Online-Judge-Solutions | 712fadd108e026647adec09e576b3f364c1d54bd | ad10d61097d780aa8465c6836dc9f899a23239bc | refs/heads/master | 2023-08-31T06:37:19.801355 | 2023-08-27T09:53:53 | 2023-08-27T09:53:53 | 37,283,322 | 34 | 27 | null | null | null | null | UTF-8 | C++ | false | false | 937 | cpp | 10131 - Is Bigger Smarter?.cpp | #include <cstdio>
#include <algorithm>
#include <tuple>
#include <vector>
using namespace std;
typedef tuple<int,int,int> iii;
const int MAXN = 1000+1;
vector<iii> V;
int n, dp[MAXN], nxt[MAXN];
int LIS(int u)
{
if(dp[u] != -1) return dp[u];
int mx = 0, tmp = get<1>(V[u]);
for(int v = u+1; v < n; ++v)
if(tmp > get<1>(V[v]) && mx < LIS(v))
mx = LIS(v), nxt[u] = v;
return dp[u] = 1 + mx;
}
int main()
{
//freopen("in", "r", stdin);
int a, b;
n = 0;
while(scanf("%d %d", &a, &b) != EOF)
V.push_back(iii(a, b, ++n));
sort(V.begin(), V.end());
fill_n(dp, MAXN, -1);
fill_n(nxt, MAXN, -1);
int mx = 0, start;
for(int i = 0; i < n; ++i)
if(mx < LIS(i))
mx = LIS(i), start = i;
printf("%d\n", mx);
while(start != -1) {
printf("%d\n", get<2>(V[start]));
start = nxt[start];
}
return 0;
}
|
017c5106e10fee36226e7167345ec5eae718d66c | 4352b5c9e6719d762e6a80e7a7799630d819bca3 | /tutorials/eulerVortex.twitch.test-test-test/eulerVortex.cyclic.twitch.moving/4.44/U | 2616bd984c7f3d0271e97edb80d62f424fd2d466 | [] | no_license | dashqua/epicProject | d6214b57c545110d08ad053e68bc095f1d4dc725 | 54afca50a61c20c541ef43e3d96408ef72f0bcbc | refs/heads/master | 2022-02-28T17:20:20.291864 | 2019-10-28T13:33:16 | 2019-10-28T13:33:16 | 184,294,390 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 216,532 | U | /*--------------------------------*- C++ -*----------------------------------*\
========= |
\\ / F ield | OpenFOAM: The Open Source CFD Toolbox
\\ / O peration | Website: https://openfoam.org
\\ / A nd | Version: 6
\\/ M anipulation |
\*---------------------------------------------------------------------------*/
FoamFile
{
version 2.0;
format ascii;
class volVectorField;
location "4.44";
object U;
}
// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
dimensions [0 1 -1 0 0 0 0];
internalField nonuniform List<vector>
10000
(
(0.894398 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.894398 0.447202 0)
(0.894397 0.447203 0)
(0.894396 0.447204 0)
(0.894393 0.447208 0)
(0.89439 0.447213 0)
(0.894388 0.44722 0)
(0.894386 0.447227 0)
(0.894387 0.447235 0)
(0.89439 0.447242 0)
(0.894398 0.447248 0)
(0.894407 0.447251 0)
(0.894416 0.447254 0)
(0.894422 0.447259 0)
(0.894422 0.447273 0)
(0.89441 0.447302 0)
(0.894384 0.447353 0)
(0.894343 0.447437 0)
(0.894286 0.447559 0)
(0.894217 0.447722 0)
(0.89414 0.44793 0)
(0.894059 0.448177 0)
(0.893981 0.44846 0)
(0.893913 0.448771 0)
(0.893862 0.449095 0)
(0.893827 0.449422 0)
(0.893817 0.449739 0)
(0.893836 0.450028 0)
(0.893878 0.450277 0)
(0.893949 0.450482 0)
(0.894048 0.450622 0)
(0.894164 0.450693 0)
(0.894296 0.450696 0)
(0.894433 0.450625 0)
(0.894569 0.450489 0)
(0.894696 0.45029 0)
(0.894803 0.450039 0)
(0.894884 0.449754 0)
(0.89494 0.449451 0)
(0.894966 0.449133 0)
(0.894962 0.44882 0)
(0.894936 0.448526 0)
(0.894891 0.448256 0)
(0.894831 0.448013 0)
(0.894762 0.447803 0)
(0.894691 0.447631 0)
(0.894623 0.447492 0)
(0.894562 0.447385 0)
(0.894509 0.447306 0)
(0.894466 0.447251 0)
(0.894435 0.447215 0)
(0.894412 0.447194 0)
(0.894398 0.447183 0)
(0.894391 0.44718 0)
(0.894387 0.44718 0)
(0.894387 0.447182 0)
(0.894388 0.447186 0)
(0.89439 0.447189 0)
(0.894392 0.447192 0)
(0.894394 0.447194 0)
(0.894396 0.447196 0)
(0.894397 0.447198 0)
(0.894397 0.447198 0)
(0.894398 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.894398 0.447202 0)
(0.894397 0.447203 0)
(0.894394 0.447206 0)
(0.89439 0.447211 0)
(0.894386 0.447218 0)
(0.894382 0.447227 0)
(0.89438 0.447238 0)
(0.894379 0.447249 0)
(0.894384 0.44726 0)
(0.894392 0.447268 0)
(0.894403 0.447276 0)
(0.89441 0.447285 0)
(0.894411 0.447304 0)
(0.894397 0.447341 0)
(0.894365 0.447409 0)
(0.894311 0.447518 0)
(0.894235 0.447681 0)
(0.894141 0.447903 0)
(0.894033 0.448188 0)
(0.893921 0.448531 0)
(0.893814 0.448926 0)
(0.893719 0.449359 0)
(0.893647 0.449813 0)
(0.893602 0.450272 0)
(0.893592 0.450714 0)
(0.893616 0.451119 0)
(0.893677 0.451473 0)
(0.893775 0.451755 0)
(0.893905 0.451952 0)
(0.894064 0.452056 0)
(0.89424 0.452061 0)
(0.894426 0.451971 0)
(0.894611 0.451786 0)
(0.89478 0.451513 0)
(0.894926 0.451177 0)
(0.895042 0.450793 0)
(0.89512 0.450377 0)
(0.895161 0.449948 0)
(0.895168 0.449527 0)
(0.895143 0.449124 0)
(0.895089 0.448749 0)
(0.895015 0.448414 0)
(0.894929 0.448126 0)
(0.894838 0.447883 0)
(0.894748 0.447683 0)
(0.894664 0.447525 0)
(0.894589 0.447406 0)
(0.894527 0.447319 0)
(0.894478 0.447258 0)
(0.894441 0.447218 0)
(0.894415 0.447195 0)
(0.894399 0.447183 0)
(0.89439 0.447178 0)
(0.894385 0.447178 0)
(0.894385 0.44718 0)
(0.894386 0.447184 0)
(0.894388 0.447187 0)
(0.89439 0.44719 0)
(0.894393 0.447193 0)
(0.894395 0.447195 0)
(0.894396 0.447197 0)
(0.894397 0.447197 0)
(0.894398 0.447198 0)
(0.894398 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894398 0.447201 0)
(0.894397 0.447202 0)
(0.894395 0.447204 0)
(0.894391 0.447208 0)
(0.894386 0.447214 0)
(0.89438 0.447224 0)
(0.894374 0.447236 0)
(0.89437 0.447252 0)
(0.89437 0.447267 0)
(0.894375 0.447281 0)
(0.894384 0.447294 0)
(0.894393 0.447309 0)
(0.894395 0.447332 0)
(0.894381 0.447376 0)
(0.894343 0.447457 0)
(0.894275 0.447592 0)
(0.894174 0.4478 0)
(0.894044 0.448091 0)
(0.893895 0.448471 0)
(0.893736 0.448938 0)
(0.893583 0.449479 0)
(0.893448 0.450077 0)
(0.893343 0.45071 0)
(0.893279 0.45135 0)
(0.893261 0.451972 0)
(0.893294 0.452546 0)
(0.893379 0.453045 0)
(0.893512 0.453448 0)
(0.89369 0.453737 0)
(0.893905 0.453895 0)
(0.894146 0.453917 0)
(0.894399 0.453805 0)
(0.89465 0.45356 0)
(0.894885 0.453205 0)
(0.895089 0.452751 0)
(0.895248 0.452228 0)
(0.895361 0.451666 0)
(0.895427 0.451082 0)
(0.895444 0.450503 0)
(0.895416 0.449951 0)
(0.895353 0.449441 0)
(0.895263 0.448983 0)
(0.895156 0.448584 0)
(0.89504 0.448243 0)
(0.894921 0.447961 0)
(0.894809 0.447735 0)
(0.894707 0.44756 0)
(0.894619 0.447428 0)
(0.894547 0.447331 0)
(0.89449 0.447265 0)
(0.894448 0.447222 0)
(0.894419 0.447196 0)
(0.8944 0.447182 0)
(0.894389 0.447177 0)
(0.894384 0.447176 0)
(0.894383 0.447178 0)
(0.894384 0.447182 0)
(0.894386 0.447185 0)
(0.894388 0.447189 0)
(0.894391 0.447192 0)
(0.894393 0.447194 0)
(0.894395 0.447196 0)
(0.894395 0.447196 0)
(0.894397 0.447198 0)
(0.894398 0.447198 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.894401 0.447201 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.8944 0.447201 0)
(0.894402 0.447199 0)
(0.894398 0.4472 0)
(0.8944 0.447203 0)
(0.894403 0.447197 0)
(0.894397 0.4472 0)
(0.8944 0.447202 0)
(0.894402 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.4472 0)
(0.894401 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.894401 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.447202 0)
(0.894397 0.447202 0)
(0.894393 0.447205 0)
(0.894389 0.44721 0)
(0.894381 0.447218 0)
(0.894372 0.447231 0)
(0.894363 0.447248 0)
(0.894357 0.447268 0)
(0.894356 0.44729 0)
(0.894362 0.447309 0)
(0.894371 0.447329 0)
(0.894375 0.447355 0)
(0.894363 0.447403 0)
(0.89432 0.447492 0)
(0.894238 0.447649 0)
(0.894108 0.447898 0)
(0.893935 0.448262 0)
(0.893727 0.448752 0)
(0.893502 0.449366 0)
(0.89328 0.450093 0)
(0.893082 0.450907 0)
(0.892925 0.451776 0)
(0.892824 0.452665 0)
(0.89279 0.453533 0)
(0.892828 0.454342 0)
(0.892938 0.455055 0)
(0.893117 0.45564 0)
(0.893358 0.45607 0)
(0.893651 0.456324 0)
(0.893982 0.45639 0)
(0.894328 0.456272 0)
(0.894675 0.455974 0)
(0.895003 0.45551 0)
(0.895288 0.454913 0)
(0.895517 0.454218 0)
(0.895681 0.453453 0)
(0.89578 0.452658 0)
(0.895817 0.451868 0)
(0.895789 0.451108 0)
(0.895713 0.450409 0)
(0.895603 0.449781 0)
(0.895466 0.449224 0)
(0.895314 0.44875 0)
(0.89516 0.448357 0)
(0.895012 0.448037 0)
(0.894874 0.447784 0)
(0.894753 0.44759 0)
(0.89465 0.447445 0)
(0.894567 0.447342 0)
(0.894503 0.447271 0)
(0.894455 0.447225 0)
(0.894422 0.447197 0)
(0.8944 0.447182 0)
(0.894388 0.447175 0)
(0.894382 0.447174 0)
(0.89438 0.447176 0)
(0.894381 0.44718 0)
(0.894383 0.447183 0)
(0.894386 0.447187 0)
(0.894389 0.44719 0)
(0.894392 0.447193 0)
(0.894394 0.447195 0)
(0.894394 0.447195 0)
(0.894396 0.447197 0)
(0.894397 0.447198 0)
(0.894398 0.447198 0)
(0.894398 0.447199 0)
(0.894399 0.4472 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.894399 0.447198 0)
(0.8944 0.447202 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.447199 0)
(0.894399 0.447201 0)
(0.894398 0.447201 0)
(0.894403 0.447198 0)
(0.894398 0.447202 0)
(0.894398 0.447201 0)
(0.894404 0.447198 0)
(0.894399 0.4472 0)
(0.894397 0.447202 0)
(0.894402 0.447199 0)
(0.894402 0.447199 0)
(0.894397 0.4472 0)
(0.894399 0.447201 0)
(0.894402 0.4472 0)
(0.894401 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.447201 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.894399 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447202 0)
(0.894397 0.447203 0)
(0.894391 0.447205 0)
(0.894385 0.447212 0)
(0.894375 0.447223 0)
(0.894363 0.44724 0)
(0.894349 0.447262 0)
(0.89434 0.447288 0)
(0.894339 0.447316 0)
(0.894345 0.447342 0)
(0.89435 0.447371 0)
(0.894341 0.447419 0)
(0.8943 0.447508 0)
(0.894208 0.447675 0)
(0.89405 0.447955 0)
(0.893826 0.448385 0)
(0.893544 0.448987 0)
(0.893227 0.449769 0)
(0.892906 0.450716 0)
(0.89261 0.451798 0)
(0.892369 0.452969 0)
(0.892205 0.454179 0)
(0.892133 0.455376 0)
(0.892162 0.456506 0)
(0.892296 0.457518 0)
(0.892527 0.458366 0)
(0.892846 0.459014 0)
(0.893241 0.45943 0)
(0.89369 0.459595 0)
(0.894168 0.459508 0)
(0.89465 0.459177 0)
(0.895111 0.458609 0)
(0.895517 0.457848 0)
(0.895847 0.456939 0)
(0.896094 0.455926 0)
(0.896253 0.454854 0)
(0.896316 0.453772 0)
(0.896294 0.45273 0)
(0.896205 0.451766 0)
(0.896064 0.450895 0)
(0.895889 0.450125 0)
(0.895694 0.449468 0)
(0.895491 0.44892 0)
(0.895293 0.448469 0)
(0.895109 0.44811 0)
(0.894944 0.447831 0)
(0.894801 0.447619 0)
(0.894683 0.447463 0)
(0.894588 0.447352 0)
(0.894516 0.447276 0)
(0.894462 0.447227 0)
(0.894426 0.447197 0)
(0.894402 0.447181 0)
(0.894387 0.447174 0)
(0.89438 0.447173 0)
(0.894378 0.447174 0)
(0.894378 0.447177 0)
(0.894381 0.447181 0)
(0.894384 0.447185 0)
(0.894387 0.447188 0)
(0.894389 0.447191 0)
(0.894392 0.447193 0)
(0.894392 0.447194 0)
(0.894394 0.447196 0)
(0.894396 0.447197 0)
(0.894397 0.447198 0)
(0.894398 0.447198 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.447199 0)
(0.8944 0.447202 0)
(0.894401 0.447198 0)
(0.894398 0.447202 0)
(0.894402 0.4472 0)
(0.894399 0.447199 0)
(0.894401 0.447199 0)
(0.894398 0.447204 0)
(0.894403 0.447197 0)
(0.8944 0.447197 0)
(0.894397 0.447206 0)
(0.894403 0.447197 0)
(0.894399 0.447196 0)
(0.8944 0.447205 0)
(0.8944 0.447199 0)
(0.8944 0.447198 0)
(0.894402 0.447201 0)
(0.894399 0.447201 0)
(0.894397 0.447199 0)
(0.894402 0.4472 0)
(0.894402 0.4472 0)
(0.894398 0.447199 0)
(0.894398 0.447201 0)
(0.894402 0.447201 0)
(0.894402 0.447199 0)
(0.894399 0.447198 0)
(0.894399 0.447201 0)
(0.8944 0.447201 0)
(0.894399 0.4472 0)
(0.894398 0.447201 0)
(0.894396 0.447203 0)
(0.89439 0.447207 0)
(0.894381 0.447214 0)
(0.894368 0.447228 0)
(0.89435 0.44725 0)
(0.894332 0.447279 0)
(0.89432 0.447312 0)
(0.894317 0.447347 0)
(0.894322 0.447381 0)
(0.894318 0.447425 0)
(0.894284 0.447506 0)
(0.894191 0.447665 0)
(0.894013 0.447955 0)
(0.893737 0.448429 0)
(0.893369 0.449131 0)
(0.892935 0.45008 0)
(0.892474 0.45127 0)
(0.892037 0.452662 0)
(0.891665 0.454199 0)
(0.891395 0.455812 0)
(0.891251 0.457426 0)
(0.891246 0.458969 0)
(0.891387 0.460378 0)
(0.891668 0.461591 0)
(0.892076 0.462554 0)
(0.892593 0.463226 0)
(0.893195 0.463578 0)
(0.893846 0.463597 0)
(0.894509 0.463287 0)
(0.895157 0.46266 0)
(0.895743 0.461747 0)
(0.896228 0.460612 0)
(0.896603 0.459303 0)
(0.896854 0.457888 0)
(0.896976 0.456436 0)
(0.896977 0.455008 0)
(0.896874 0.453681 0)
(0.896698 0.452478 0)
(0.896474 0.451402 0)
(0.896216 0.450485 0)
(0.895945 0.449719 0)
(0.895683 0.449088 0)
(0.895436 0.448581 0)
(0.895212 0.448183 0)
(0.895017 0.447876 0)
(0.894852 0.447646 0)
(0.894717 0.447479 0)
(0.89461 0.44736 0)
(0.894529 0.44728 0)
(0.89447 0.447228 0)
(0.894429 0.447197 0)
(0.894403 0.447179 0)
(0.894387 0.447172 0)
(0.894378 0.44717 0)
(0.894375 0.447171 0)
(0.894376 0.447175 0)
(0.894378 0.447179 0)
(0.894381 0.447183 0)
(0.894384 0.447186 0)
(0.894387 0.447189 0)
(0.89439 0.447192 0)
(0.89439 0.447192 0)
(0.894392 0.447194 0)
(0.894394 0.447196 0)
(0.894396 0.447197 0)
(0.894397 0.447198 0)
(0.894398 0.447198 0)
(0.894399 0.447199 0)
(0.894398 0.4472 0)
(0.8944 0.447198 0)
(0.894399 0.447201 0)
(0.894398 0.447199 0)
(0.894403 0.447201 0)
(0.894397 0.447197 0)
(0.8944 0.447204 0)
(0.894402 0.447197 0)
(0.894399 0.447198 0)
(0.894396 0.447208 0)
(0.894407 0.447191 0)
(0.8944 0.447201 0)
(0.894392 0.447206 0)
(0.894406 0.447196 0)
(0.894404 0.447196 0)
(0.894391 0.447206 0)
(0.894401 0.447201 0)
(0.894407 0.447196 0)
(0.894396 0.4472 0)
(0.894398 0.447203 0)
(0.894402 0.4472 0)
(0.894401 0.447198 0)
(0.8944 0.4472 0)
(0.894398 0.447201 0)
(0.894399 0.4472 0)
(0.894401 0.4472 0)
(0.894402 0.4472 0)
(0.894399 0.447199 0)
(0.894397 0.447201 0)
(0.8944 0.447202 0)
(0.8944 0.447201 0)
(0.894397 0.447201 0)
(0.894394 0.447203 0)
(0.894388 0.447209 0)
(0.894377 0.447218 0)
(0.894358 0.447234 0)
(0.894335 0.447262 0)
(0.894311 0.447299 0)
(0.894295 0.44734 0)
(0.894291 0.447381 0)
(0.894291 0.447425 0)
(0.894269 0.447493 0)
(0.894189 0.447628 0)
(0.894008 0.447897 0)
(0.893694 0.448377 0)
(0.89324 0.449138 0)
(0.892668 0.450231 0)
(0.892029 0.451658 0)
(0.891393 0.453384 0)
(0.890828 0.455337 0)
(0.890392 0.45742 0)
(0.890122 0.459533 0)
(0.890041 0.461582 0)
(0.890157 0.463481 0)
(0.890468 0.465157 0)
(0.890961 0.466543 0)
(0.891612 0.467581 0)
(0.89239 0.468231 0)
(0.893252 0.468471 0)
(0.894152 0.468297 0)
(0.895047 0.467709 0)
(0.895885 0.466729 0)
(0.896606 0.46541 0)
(0.897183 0.463813 0)
(0.897595 0.462007 0)
(0.89782 0.460108 0)
(0.897874 0.458215 0)
(0.89778 0.456409 0)
(0.89757 0.454722 0)
(0.897286 0.453213 0)
(0.896944 0.451933 0)
(0.896576 0.450855 0)
(0.896225 0.449967 0)
(0.895894 0.449255 0)
(0.895589 0.448689 0)
(0.895322 0.448252 0)
(0.895094 0.447921 0)
(0.894905 0.447674 0)
(0.894753 0.447495 0)
(0.894634 0.447369 0)
(0.894544 0.447284 0)
(0.894479 0.447229 0)
(0.894433 0.447196 0)
(0.894404 0.447177 0)
(0.894386 0.447169 0)
(0.894376 0.447167 0)
(0.894373 0.447168 0)
(0.894372 0.447171 0)
(0.894374 0.447175 0)
(0.894377 0.44718 0)
(0.894381 0.447184 0)
(0.894384 0.447187 0)
(0.894387 0.44719 0)
(0.894387 0.44719 0)
(0.89439 0.447192 0)
(0.894392 0.447194 0)
(0.894394 0.447195 0)
(0.894396 0.447198 0)
(0.894396 0.447197 0)
(0.894398 0.447199 0)
(0.894398 0.447199 0)
(0.894398 0.447197 0)
(0.894401 0.447203 0)
(0.894398 0.447196 0)
(0.8944 0.447203 0)
(0.894402 0.447198 0)
(0.894394 0.447204 0)
(0.894407 0.447193 0)
(0.894396 0.447206 0)
(0.894397 0.447203 0)
(0.894408 0.447189 0)
(0.894395 0.447209 0)
(0.894398 0.447202 0)
(0.894402 0.447191 0)
(0.894405 0.447205 0)
(0.894395 0.447202 0)
(0.894396 0.447197 0)
(0.89441 0.4472 0)
(0.894399 0.447201 0)
(0.894391 0.447199 0)
(0.894404 0.447203 0)
(0.894406 0.447199 0)
(0.894396 0.447197 0)
(0.894397 0.447203 0)
(0.894402 0.447202 0)
(0.894402 0.447197 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.894398 0.447201 0)
(0.8944 0.4472 0)
(0.894401 0.447201 0)
(0.894397 0.447201 0)
(0.894392 0.447203 0)
(0.894385 0.44721 0)
(0.894371 0.447221 0)
(0.894347 0.447242 0)
(0.894316 0.447275 0)
(0.894286 0.44732 0)
(0.894267 0.447369 0)
(0.894261 0.447417 0)
(0.894251 0.447474 0)
(0.894195 0.447577 0)
(0.894036 0.447796 0)
(0.893715 0.448232 0)
(0.893196 0.448992 0)
(0.892486 0.450164 0)
(0.891639 0.451788 0)
(0.890745 0.453835 0)
(0.889912 0.456219 0)
(0.889228 0.458816 0)
(0.88876 0.461488 0)
(0.888541 0.464107 0)
(0.888583 0.466566 0)
(0.888885 0.468773 0)
(0.889436 0.470658 0)
(0.89021 0.472152 0)
(0.891171 0.473209 0)
(0.892267 0.473797 0)
(0.89344 0.473906 0)
(0.894638 0.473526 0)
(0.8958 0.472658 0)
(0.896851 0.471329 0)
(0.897738 0.469575 0)
(0.898423 0.467439 0)
(0.898852 0.465061 0)
(0.899021 0.46262 0)
(0.898969 0.460218 0)
(0.898746 0.457942 0)
(0.898407 0.455862 0)
(0.89796 0.454032 0)
(0.897467 0.45248 0)
(0.896992 0.451236 0)
(0.896537 0.450225 0)
(0.896117 0.449414 0)
(0.895753 0.448797 0)
(0.895438 0.448324 0)
(0.895176 0.447964 0)
(0.894961 0.447702 0)
(0.89479 0.447513 0)
(0.894659 0.44738 0)
(0.89456 0.44729 0)
(0.894488 0.447231 0)
(0.894438 0.447195 0)
(0.894405 0.447175 0)
(0.894385 0.447166 0)
(0.894374 0.447163 0)
(0.894369 0.447164 0)
(0.894369 0.447167 0)
(0.894371 0.447172 0)
(0.894373 0.447176 0)
(0.894377 0.44718 0)
(0.894381 0.447184 0)
(0.894384 0.447187 0)
(0.894384 0.447187 0)
(0.894387 0.44719 0)
(0.89439 0.447193 0)
(0.894392 0.447194 0)
(0.894394 0.447197 0)
(0.894395 0.447195 0)
(0.894396 0.4472 0)
(0.894398 0.447197 0)
(0.894398 0.447199 0)
(0.894396 0.447201 0)
(0.894405 0.447198 0)
(0.894392 0.447196 0)
(0.894404 0.447209 0)
(0.894399 0.447194 0)
(0.894399 0.447191 0)
(0.8944 0.447222 0)
(0.894396 0.447184 0)
(0.894409 0.447196 0)
(0.894393 0.447215 0)
(0.894392 0.447196 0)
(0.894417 0.44719 0)
(0.894392 0.447206 0)
(0.894391 0.447206 0)
(0.894411 0.447194 0)
(0.8944 0.447196 0)
(0.894397 0.447207 0)
(0.894398 0.447199 0)
(0.894401 0.447198 0)
(0.894405 0.447201 0)
(0.894398 0.447199 0)
(0.894395 0.4472 0)
(0.894402 0.447203 0)
(0.894404 0.447198 0)
(0.894399 0.447197 0)
(0.894397 0.447201 0)
(0.8944 0.447202 0)
(0.894402 0.4472 0)
(0.894399 0.447199 0)
(0.894396 0.447202 0)
(0.894392 0.447205 0)
(0.894382 0.44721 0)
(0.894365 0.447225 0)
(0.894334 0.44725 0)
(0.894294 0.447289 0)
(0.894257 0.447341 0)
(0.894235 0.447398 0)
(0.894225 0.447454 0)
(0.894197 0.447529 0)
(0.894083 0.447684 0)
(0.893799 0.448029 0)
(0.893266 0.448708 0)
(0.892452 0.449864 0)
(0.891392 0.451592 0)
(0.890196 0.453895 0)
(0.889012 0.456686 0)
(0.887987 0.4598 0)
(0.887226 0.463051 0)
(0.88679 0.466264 0)
(0.886694 0.469296 0)
(0.886933 0.472044 0)
(0.887495 0.47443 0)
(0.888354 0.476397 0)
(0.889473 0.477898 0)
(0.890793 0.478908 0)
(0.892245 0.479417 0)
(0.893766 0.479422 0)
(0.895295 0.478912 0)
(0.896751 0.477881 0)
(0.898056 0.476306 0)
(0.899154 0.474174 0)
(0.899954 0.471535 0)
(0.900384 0.468572 0)
(0.900487 0.465452 0)
(0.900314 0.462384 0)
(0.899917 0.4596 0)
(0.899359 0.457111 0)
(0.898725 0.454925 0)
(0.898083 0.453124 0)
(0.897458 0.451626 0)
(0.896874 0.450456 0)
(0.896369 0.44959 0)
(0.895924 0.448901 0)
(0.895563 0.448384 0)
(0.895262 0.448007 0)
(0.895019 0.447729 0)
(0.894831 0.44753 0)
(0.894686 0.447391 0)
(0.894577 0.447297 0)
(0.894499 0.447234 0)
(0.894444 0.447196 0)
(0.894408 0.447174 0)
(0.894385 0.447163 0)
(0.894372 0.447159 0)
(0.894366 0.44716 0)
(0.894365 0.447163 0)
(0.894366 0.447167 0)
(0.894369 0.447172 0)
(0.894373 0.447176 0)
(0.894377 0.44718 0)
(0.894381 0.447184 0)
(0.89438 0.447184 0)
(0.894383 0.447187 0)
(0.894387 0.44719 0)
(0.89439 0.447192 0)
(0.894391 0.447194 0)
(0.894395 0.447195 0)
(0.894394 0.447198 0)
(0.894397 0.447194 0)
(0.894397 0.447201 0)
(0.894398 0.447197 0)
(0.894395 0.4472 0)
(0.894408 0.447195 0)
(0.894388 0.447213 0)
(0.894405 0.447181 0)
(0.894409 0.447208 0)
(0.89438 0.447213 0)
(0.894415 0.447179 0)
(0.894401 0.447206 0)
(0.894392 0.447213 0)
(0.894398 0.447187 0)
(0.89441 0.447197 0)
(0.894402 0.447209 0)
(0.894382 0.447197 0)
(0.894412 0.447198 0)
(0.89441 0.4472 0)
(0.894384 0.447198 0)
(0.8944 0.447205 0)
(0.89441 0.4472 0)
(0.894399 0.447193 0)
(0.894395 0.447205 0)
(0.894399 0.447202 0)
(0.894403 0.447199 0)
(0.894403 0.447198 0)
(0.894398 0.4472 0)
(0.894396 0.4472 0)
(0.894401 0.447202 0)
(0.894403 0.447202 0)
(0.894397 0.447198 0)
(0.894394 0.447201 0)
(0.894392 0.447207 0)
(0.89438 0.447211 0)
(0.894356 0.447228 0)
(0.894319 0.447258 0)
(0.89427 0.447304 0)
(0.894225 0.447363 0)
(0.894199 0.447426 0)
(0.894184 0.44749 0)
(0.894124 0.44759 0)
(0.893918 0.447822 0)
(0.893445 0.448349 0)
(0.892604 0.44937 0)
(0.891383 0.451061 0)
(0.889874 0.453497 0)
(0.888274 0.456607 0)
(0.886801 0.460195 0)
(0.885638 0.464004 0)
(0.884889 0.467785 0)
(0.88458 0.471346 0)
(0.8847 0.47456 0)
(0.885217 0.477353 0)
(0.886107 0.479682 0)
(0.88733 0.481527 0)
(0.888826 0.482887 0)
(0.890519 0.483779 0)
(0.89233 0.484226 0)
(0.894199 0.484247 0)
(0.896058 0.483817 0)
(0.897838 0.482862 0)
(0.899458 0.481278 0)
(0.900807 0.479007 0)
(0.901749 0.476063 0)
(0.902246 0.472551 0)
(0.902302 0.468683 0)
(0.901918 0.464874 0)
(0.901255 0.461387 0)
(0.900468 0.45839 0)
(0.899622 0.455952 0)
(0.898786 0.453807 0)
(0.897985 0.452041 0)
(0.897247 0.450779 0)
(0.896638 0.449744 0)
(0.896124 0.448999 0)
(0.895702 0.448467 0)
(0.895347 0.448036 0)
(0.89509 0.447763 0)
(0.894871 0.447543 0)
(0.894717 0.447405 0)
(0.894596 0.447304 0)
(0.894512 0.447239 0)
(0.894451 0.447198 0)
(0.894411 0.447174 0)
(0.894385 0.447161 0)
(0.89437 0.447156 0)
(0.894363 0.447156 0)
(0.89436 0.447158 0)
(0.894361 0.447162 0)
(0.894364 0.447167 0)
(0.894368 0.447172 0)
(0.894372 0.447176 0)
(0.894376 0.44718 0)
(0.894375 0.447181 0)
(0.894379 0.447184 0)
(0.894382 0.447187 0)
(0.894387 0.447191 0)
(0.894386 0.447189 0)
(0.894393 0.447197 0)
(0.894392 0.447192 0)
(0.894395 0.447195 0)
(0.894393 0.447203 0)
(0.894408 0.447194 0)
(0.89438 0.447191 0)
(0.894413 0.447218 0)
(0.894402 0.44719 0)
(0.894375 0.447178 0)
(0.894434 0.447243 0)
(0.894377 0.447176 0)
(0.894393 0.447181 0)
(0.894433 0.447236 0)
(0.894364 0.447188 0)
(0.894413 0.447189 0)
(0.894414 0.447206 0)
(0.894381 0.447208 0)
(0.894407 0.447199 0)
(0.894402 0.447188 0)
(0.8944 0.447209 0)
(0.894401 0.447205 0)
(0.894391 0.447191 0)
(0.894407 0.447205 0)
(0.894406 0.447199 0)
(0.894391 0.447198 0)
(0.894397 0.447204 0)
(0.894408 0.447201 0)
(0.894401 0.447193 0)
(0.894395 0.447203 0)
(0.894399 0.447202 0)
(0.894402 0.447199 0)
(0.894401 0.447202 0)
(0.894397 0.4472 0)
(0.894394 0.4472 0)
(0.894392 0.447207 0)
(0.894378 0.447214 0)
(0.894347 0.44723 0)
(0.894301 0.447264 0)
(0.894243 0.447319 0)
(0.89419 0.447384 0)
(0.89416 0.447452 0)
(0.894135 0.447526 0)
(0.894024 0.44766 0)
(0.893679 0.448002 0)
(0.892928 0.448783 0)
(0.891661 0.450266 0)
(0.889906 0.452644 0)
(0.887866 0.45592 0)
(0.885852 0.459886 0)
(0.884164 0.464195 0)
(0.882987 0.468488 0)
(0.882389 0.47249 0)
(0.882335 0.476032 0)
(0.882768 0.479043 0)
(0.883637 0.481502 0)
(0.8849 0.48343 0)
(0.886503 0.484872 0)
(0.888358 0.485905 0)
(0.890375 0.486619 0)
(0.892479 0.4871 0)
(0.894629 0.487372 0)
(0.896793 0.487362 0)
(0.898927 0.486901 0)
(0.90092 0.485749 0)
(0.902589 0.483742 0)
(0.903803 0.480779 0)
(0.904458 0.476891 0)
(0.904427 0.472418 0)
(0.903842 0.467817 0)
(0.902908 0.463478 0)
(0.901749 0.459865 0)
(0.90063 0.456903 0)
(0.899597 0.454483 0)
(0.898537 0.452649 0)
(0.897692 0.451081 0)
(0.896945 0.44995 0)
(0.89634 0.449153 0)
(0.895847 0.448512 0)
(0.895459 0.448106 0)
(0.895158 0.44779 0)
(0.894922 0.447556 0)
(0.894749 0.447423 0)
(0.894619 0.447308 0)
(0.894526 0.447246 0)
(0.894461 0.447201 0)
(0.894416 0.447175 0)
(0.894387 0.447161 0)
(0.89437 0.447154 0)
(0.89436 0.447153 0)
(0.894356 0.447154 0)
(0.894356 0.447158 0)
(0.894359 0.447162 0)
(0.894362 0.447167 0)
(0.894366 0.447172 0)
(0.89437 0.447176 0)
(0.894369 0.447176 0)
(0.894373 0.44718 0)
(0.894377 0.447183 0)
(0.894382 0.447189 0)
(0.894384 0.447185 0)
(0.894386 0.447198 0)
(0.894396 0.447186 0)
(0.894379 0.447198 0)
(0.894417 0.447203 0)
(0.894365 0.447185 0)
(0.894424 0.447197 0)
(0.894391 0.447224 0)
(0.894369 0.447161 0)
(0.894461 0.447215 0)
(0.894329 0.447217 0)
(0.894441 0.447183 0)
(0.8944 0.447182 0)
(0.894375 0.44723 0)
(0.894424 0.447208 0)
(0.894382 0.447154 0)
(0.894416 0.447233 0)
(0.894394 0.447208 0)
(0.894387 0.447176 0)
(0.894422 0.447212 0)
(0.894391 0.447194 0)
(0.894392 0.447209 0)
(0.894409 0.4472 0)
(0.894398 0.447186 0)
(0.894401 0.447212 0)
(0.8944 0.447203 0)
(0.894393 0.44719 0)
(0.894407 0.447208 0)
(0.894404 0.447197 0)
(0.894391 0.447197 0)
(0.894401 0.447205 0)
(0.894404 0.4472 0)
(0.894398 0.447197 0)
(0.894396 0.447202 0)
(0.894396 0.447201 0)
(0.89439 0.447204 0)
(0.894374 0.447215 0)
(0.894337 0.447234 0)
(0.894281 0.447269 0)
(0.894214 0.447332 0)
(0.894153 0.447403 0)
(0.894119 0.447475 0)
(0.894076 0.447559 0)
(0.893887 0.447744 0)
(0.893338 0.448241 0)
(0.8922 0.449364 0)
(0.890364 0.451448 0)
(0.887956 0.454653 0)
(0.88535 0.458831 0)
(0.883003 0.463556 0)
(0.881269 0.468309 0)
(0.880282 0.472668 0)
(0.880014 0.476392 0)
(0.880349 0.479391 0)
(0.88118 0.481686 0)
(0.882446 0.483334 0)
(0.884086 0.484438 0)
(0.886022 0.485151 0)
(0.888132 0.485669 0)
(0.890326 0.486194 0)
(0.892564 0.486869 0)
(0.894869 0.487702 0)
(0.897268 0.48855 0)
(0.899752 0.489128 0)
(0.902196 0.489023 0)
(0.904362 0.487835 0)
(0.906021 0.485284 0)
(0.906891 0.481412 0)
(0.906881 0.476579 0)
(0.906175 0.471244 0)
(0.90489 0.466052 0)
(0.903346 0.461532 0)
(0.901835 0.457952 0)
(0.900362 0.455328 0)
(0.899228 0.453163 0)
(0.898239 0.451458 0)
(0.897248 0.450258 0)
(0.896586 0.449283 0)
(0.896018 0.448618 0)
(0.895594 0.448211 0)
(0.895223 0.44778 0)
(0.895001 0.44763 0)
(0.894772 0.447412 0)
(0.894657 0.447332 0)
(0.894539 0.447247 0)
(0.894474 0.447207 0)
(0.894422 0.447176 0)
(0.89439 0.447161 0)
(0.89437 0.447152 0)
(0.894358 0.44715 0)
(0.894353 0.447151 0)
(0.894352 0.447154 0)
(0.894353 0.447158 0)
(0.894356 0.447163 0)
(0.89436 0.447167 0)
(0.894364 0.447172 0)
(0.894362 0.447171 0)
(0.894367 0.447176 0)
(0.894372 0.44718 0)
(0.894372 0.447182 0)
(0.894385 0.447187 0)
(0.894379 0.447188 0)
(0.894388 0.447187 0)
(0.894386 0.447202 0)
(0.894406 0.44719 0)
(0.894364 0.447179 0)
(0.894412 0.447232 0)
(0.894434 0.447181 0)
(0.894292 0.44716 0)
(0.894508 0.44727 0)
(0.894382 0.447171 0)
(0.894285 0.447143 0)
(0.894562 0.447292 0)
(0.894316 0.447146 0)
(0.89436 0.447202 0)
(0.894491 0.447219 0)
(0.894347 0.44717 0)
(0.894399 0.447246 0)
(0.894418 0.447162 0)
(0.894386 0.447197 0)
(0.894418 0.447235 0)
(0.894383 0.447169 0)
(0.894396 0.44721 0)
(0.894423 0.447205 0)
(0.894384 0.447185 0)
(0.894396 0.447219 0)
(0.894408 0.447192 0)
(0.894399 0.447193 0)
(0.894402 0.44721 0)
(0.894397 0.447195 0)
(0.894399 0.447199 0)
(0.894404 0.447207 0)
(0.894398 0.447195 0)
(0.894396 0.4472 0)
(0.894397 0.447204 0)
(0.894389 0.447203 0)
(0.894369 0.447213 0)
(0.894327 0.447238 0)
(0.894261 0.447277 0)
(0.894181 0.447342 0)
(0.894116 0.447418 0)
(0.894077 0.447491 0)
(0.894003 0.44759 0)
(0.8937 0.447848 0)
(0.892862 0.448553 0)
(0.8912 0.450127 0)
(0.888644 0.452954 0)
(0.885504 0.457078 0)
(0.882395 0.462084 0)
(0.879924 0.467266 0)
(0.878418 0.471966 0)
(0.877881 0.475788 0)
(0.878126 0.47861 0)
(0.878956 0.480475 0)
(0.880231 0.481501 0)
(0.881888 0.481836 0)
(0.883841 0.481688 0)
(0.885966 0.481372 0)
(0.888121 0.481237 0)
(0.890247 0.481604 0)
(0.892398 0.482646 0)
(0.894685 0.484362 0)
(0.897206 0.48655 0)
(0.899991 0.488757 0)
(0.90296 0.490326 0)
(0.905849 0.490581 0)
(0.908178 0.489138 0)
(0.909505 0.48586 0)
(0.909679 0.480933 0)
(0.9088 0.475042 0)
(0.907215 0.469066 0)
(0.905296 0.463666 0)
(0.903186 0.459348 0)
(0.901419 0.456166 0)
(0.900066 0.453798 0)
(0.898633 0.451886 0)
(0.897772 0.450492 0)
(0.896847 0.449544 0)
(0.896175 0.448781 0)
(0.895774 0.448245 0)
(0.895306 0.44789 0)
(0.895069 0.447653 0)
(0.894836 0.447452 0)
(0.894675 0.447343 0)
(0.894572 0.447263 0)
(0.894484 0.447211 0)
(0.894434 0.44718 0)
(0.894394 0.447161 0)
(0.894372 0.447152 0)
(0.894357 0.447148 0)
(0.89435 0.447148 0)
(0.894347 0.44715 0)
(0.894347 0.447153 0)
(0.89435 0.447158 0)
(0.894353 0.447162 0)
(0.894358 0.447168 0)
(0.894354 0.447167 0)
(0.89436 0.447171 0)
(0.894366 0.447177 0)
(0.894365 0.447173 0)
(0.894376 0.447194 0)
(0.894387 0.44717 0)
(0.894343 0.447198 0)
(0.894461 0.447201 0)
(0.894292 0.447163 0)
(0.894454 0.447211 0)
(0.894421 0.447225 0)
(0.894258 0.447133 0)
(0.894593 0.44724 0)
(0.894212 0.447196 0)
(0.894518 0.447218 0)
(0.894367 0.447127 0)
(0.894329 0.447242 0)
(0.894554 0.447295 0)
(0.894244 0.447009 0)
(0.894445 0.447321 0)
(0.894488 0.447231 0)
(0.894278 0.447094 0)
(0.894442 0.447277 0)
(0.894441 0.447168 0)
(0.894351 0.447211 0)
(0.894416 0.447213 0)
(0.894395 0.447159 0)
(0.894413 0.447242 0)
(0.894399 0.447185 0)
(0.894379 0.447188 0)
(0.894418 0.447224 0)
(0.894404 0.447181 0)
(0.894388 0.447201 0)
(0.894405 0.44721 0)
(0.8944 0.447192 0)
(0.894399 0.447205 0)
(0.8944 0.447199 0)
(0.894398 0.447196 0)
(0.894397 0.447203 0)
(0.894389 0.447207 0)
(0.894363 0.44721 0)
(0.894317 0.44724 0)
(0.894241 0.447285 0)
(0.89415 0.447348 0)
(0.894079 0.447424 0)
(0.894033 0.447499 0)
(0.893912 0.447621 0)
(0.893443 0.447979 0)
(0.892211 0.448959 0)
(0.889869 0.451107 0)
(0.886454 0.454796 0)
(0.882591 0.459829 0)
(0.879187 0.465394 0)
(0.876938 0.47051 0)
(0.87601 0.474489 0)
(0.876175 0.477105 0)
(0.87707 0.478418 0)
(0.878435 0.478615 0)
(0.880136 0.47789 0)
(0.882105 0.476482 0)
(0.884214 0.474749 0)
(0.886272 0.473202 0)
(0.888167 0.472359 0)
(0.88992 0.472619 0)
(0.891728 0.474165 0)
(0.893806 0.476955 0)
(0.896356 0.480747 0)
(0.899426 0.485055 0)
(0.902911 0.489016 0)
(0.906559 0.491504 0)
(0.909824 0.491835 0)
(0.912125 0.489658 0)
(0.912854 0.485159 0)
(0.911833 0.47918 0)
(0.909788 0.472574 0)
(0.907419 0.466252 0)
(0.905 0.460999 0)
(0.902805 0.457245 0)
(0.900782 0.454521 0)
(0.899368 0.452419 0)
(0.898225 0.450913 0)
(0.897164 0.449696 0)
(0.896494 0.449014 0)
(0.895841 0.448281 0)
(0.895509 0.448094 0)
(0.895092 0.447603 0)
(0.894949 0.447571 0)
(0.89469 0.447327 0)
(0.894618 0.447312 0)
(0.894498 0.447205 0)
(0.89445 0.447197 0)
(0.8944 0.447161 0)
(0.894376 0.447154 0)
(0.894357 0.447146 0)
(0.894348 0.447145 0)
(0.894343 0.447146 0)
(0.894342 0.447149 0)
(0.894343 0.447153 0)
(0.894346 0.447157 0)
(0.894351 0.447162 0)
(0.894347 0.447163 0)
(0.894352 0.447166 0)
(0.894355 0.447172 0)
(0.894364 0.447173 0)
(0.894368 0.447184 0)
(0.894363 0.44717 0)
(0.89439 0.447204 0)
(0.894378 0.447177 0)
(0.894366 0.447168 0)
(0.894382 0.447247 0)
(0.894497 0.44716 0)
(0.894166 0.447148 0)
(0.894586 0.447292 0)
(0.894459 0.447181 0)
(0.894033 0.44706 0)
(0.894818 0.447413 0)
(0.894224 0.44704 0)
(0.89427 0.447252 0)
(0.894638 0.447252 0)
(0.89424 0.447038 0)
(0.894439 0.447418 0)
(0.894449 0.447069 0)
(0.894293 0.447153 0)
(0.894508 0.447348 0)
(0.894367 0.447092 0)
(0.894347 0.447227 0)
(0.894464 0.44721 0)
(0.894383 0.44718 0)
(0.89439 0.447233 0)
(0.894401 0.447166 0)
(0.894402 0.447214 0)
(0.894412 0.447212 0)
(0.894386 0.447175 0)
(0.8944 0.447217 0)
(0.894406 0.447203 0)
(0.894396 0.447191 0)
(0.8944 0.447204 0)
(0.894401 0.4472 0)
(0.894395 0.447197 0)
(0.894387 0.44721 0)
(0.894359 0.447211 0)
(0.894307 0.447239 0)
(0.894221 0.447287 0)
(0.89412 0.447349 0)
(0.894044 0.44742 0)
(0.893984 0.447498 0)
(0.893794 0.447656 0)
(0.893095 0.448144 0)
(0.891341 0.449481 0)
(0.888147 0.452327 0)
(0.883795 0.456942 0)
(0.879356 0.462712 0)
(0.876034 0.468354 0)
(0.874447 0.472721 0)
(0.874444 0.475291 0)
(0.875479 0.47613 0)
(0.877059 0.475494 0)
(0.878901 0.473656 0)
(0.880932 0.470855 0)
(0.883043 0.467432 0)
(0.88504 0.463952 0)
(0.886678 0.461119 0)
(0.887935 0.459581 0)
(0.888989 0.459721 0)
(0.890227 0.461742 0)
(0.892019 0.465595 0)
(0.894608 0.471077 0)
(0.897993 0.477642 0)
(0.901974 0.484422 0)
(0.906286 0.489961 0)
(0.910538 0.492776 0)
(0.914132 0.492373 0)
(0.915987 0.489037 0)
(0.915452 0.48328 0)
(0.913038 0.476278 0)
(0.909903 0.469268 0)
(0.907013 0.463211 0)
(0.904234 0.458535 0)
(0.901897 0.455194 0)
(0.900306 0.453406 0)
(0.898523 0.45127 0)
(0.897812 0.449923 0)
(0.896767 0.449268 0)
(0.895935 0.448485 0)
(0.895786 0.448082 0)
(0.895141 0.447826 0)
(0.895016 0.447471 0)
(0.894803 0.447509 0)
(0.894603 0.447244 0)
(0.894571 0.447279 0)
(0.894445 0.447188 0)
(0.894426 0.447177 0)
(0.894379 0.447157 0)
(0.894361 0.447148 0)
(0.894348 0.447145 0)
(0.89434 0.447144 0)
(0.894338 0.447147 0)
(0.894337 0.447149 0)
(0.89434 0.447154 0)
(0.894342 0.447157 0)
(0.89434 0.447157 0)
(0.894345 0.447166 0)
(0.894344 0.447161 0)
(0.894362 0.447183 0)
(0.894364 0.447155 0)
(0.894312 0.447201 0)
(0.894501 0.447178 0)
(0.894187 0.447158 0)
(0.894499 0.447219 0)
(0.894479 0.447212 0)
(0.894036 0.447108 0)
(0.894848 0.447273 0)
(0.894012 0.447165 0)
(0.894621 0.44725 0)
(0.894319 0.447077 0)
(0.894264 0.447231 0)
(0.894777 0.447461 0)
(0.893965 0.446724 0)
(0.894543 0.447536 0)
(0.894644 0.447217 0)
(0.89405 0.446947 0)
(0.894537 0.447466 0)
(0.89449 0.447022 0)
(0.894267 0.447266 0)
(0.894477 0.447257 0)
(0.894359 0.447072 0)
(0.894414 0.447301 0)
(0.89443 0.44717 0)
(0.894351 0.447188 0)
(0.894423 0.447225 0)
(0.894403 0.447167 0)
(0.894397 0.447229 0)
(0.894402 0.447189 0)
(0.894391 0.44719 0)
(0.894406 0.447221 0)
(0.894402 0.447188 0)
(0.894397 0.447195 0)
(0.894401 0.447209 0)
(0.894395 0.447195 0)
(0.894384 0.447208 0)
(0.894358 0.447214 0)
(0.894296 0.447237 0)
(0.894203 0.447281 0)
(0.894095 0.447346 0)
(0.894012 0.44741 0)
(0.893928 0.447492 0)
(0.893638 0.447702 0)
(0.892632 0.448356 0)
(0.890203 0.450141 0)
(0.885994 0.453793 0)
(0.880736 0.459296 0)
(0.876046 0.465432 0)
(0.873316 0.470506 0)
(0.872837 0.473428 0)
(0.873988 0.474066 0)
(0.875918 0.472802 0)
(0.87808 0.47002 0)
(0.880257 0.465977 0)
(0.882421 0.460965 0)
(0.884405 0.455475 0)
(0.885915 0.450316 0)
(0.886737 0.446355 0)
(0.886981 0.444229 0)
(0.887019 0.44421 0)
(0.887379 0.446406 0)
(0.888654 0.450803 0)
(0.891257 0.457513 0)
(0.895278 0.466258 0)
(0.900324 0.476008 0)
(0.90559 0.485056 0)
(0.910545 0.491428 0)
(0.914874 0.493859 0)
(0.918137 0.492042 0)
(0.919213 0.486844 0)
(0.91715 0.480026 0)
(0.913158 0.472785 0)
(0.909222 0.465892 0)
(0.906009 0.460045 0)
(0.903277 0.456422 0)
(0.901071 0.453896 0)
(0.899614 0.45186 0)
(0.898029 0.450763 0)
(0.897157 0.44914 0)
(0.896461 0.449025 0)
(0.895695 0.448009 0)
(0.895516 0.448038 0)
(0.894989 0.447555 0)
(0.894924 0.447548 0)
(0.894681 0.44729 0)
(0.894583 0.447336 0)
(0.894497 0.447192 0)
(0.894439 0.447208 0)
(0.894394 0.447164 0)
(0.894371 0.447158 0)
(0.894351 0.447149 0)
(0.894341 0.447146 0)
(0.894335 0.447147 0)
(0.894333 0.447148 0)
(0.894334 0.447151 0)
(0.894335 0.447156 0)
(0.894334 0.447154 0)
(0.894335 0.447162 0)
(0.894341 0.447164 0)
(0.894355 0.447173 0)
(0.894321 0.447154 0)
(0.894413 0.44721 0)
(0.8943 0.447148 0)
(0.894406 0.447171 0)
(0.894329 0.447256 0)
(0.894529 0.447116 0)
(0.894077 0.447178 0)
(0.894627 0.447264 0)
(0.894581 0.447228 0)
(0.893679 0.446944 0)
(0.895186 0.447559 0)
(0.894062 0.446916 0)
(0.894191 0.447318 0)
(0.894796 0.44728 0)
(0.894086 0.446836 0)
(0.89457 0.447766 0)
(0.894413 0.44679 0)
(0.894155 0.447163 0)
(0.894716 0.447554 0)
(0.894282 0.446876 0)
(0.894271 0.447332 0)
(0.894572 0.447198 0)
(0.894332 0.447147 0)
(0.894403 0.447282 0)
(0.894396 0.447123 0)
(0.894395 0.447242 0)
(0.894425 0.447194 0)
(0.894383 0.447181 0)
(0.894401 0.447231 0)
(0.894398 0.447177 0)
(0.894401 0.447207 0)
(0.894408 0.447209 0)
(0.894395 0.447182 0)
(0.894397 0.447209 0)
(0.894397 0.447203 0)
(0.894384 0.447202 0)
(0.894358 0.447209 0)
(0.894286 0.447236 0)
(0.894186 0.447274 0)
(0.89407 0.447336 0)
(0.89398 0.447394 0)
(0.893862 0.44749 0)
(0.893437 0.447763 0)
(0.89203 0.448628 0)
(0.888747 0.450958 0)
(0.883414 0.455482 0)
(0.877429 0.461679 0)
(0.872991 0.467637 0)
(0.871395 0.471459 0)
(0.872353 0.472417 0)
(0.874696 0.470888 0)
(0.877384 0.467483 0)
(0.879906 0.462556 0)
(0.882176 0.456315 0)
(0.884156 0.449154 0)
(0.88562 0.441829 0)
(0.886185 0.43537 0)
(0.885813 0.430689 0)
(0.884788 0.428185 0)
(0.883623 0.42798 0)
(0.882786 0.430012 0)
(0.882969 0.434264 0)
(0.884967 0.440909 0)
(0.889527 0.450683 0)
(0.896514 0.463328 0)
(0.904162 0.476286 0)
(0.910564 0.486678 0)
(0.915192 0.492738 0)
(0.919043 0.493704 0)
(0.921649 0.490238 0)
(0.921311 0.48369 0)
(0.917579 0.476006 0)
(0.912262 0.468802 0)
(0.908052 0.462577 0)
(0.904865 0.457883 0)
(0.902249 0.454156 0)
(0.90053 0.452931 0)
(0.898494 0.451181 0)
(0.897776 0.449676 0)
(0.896947 0.449107 0)
(0.895739 0.448512 0)
(0.895886 0.447812 0)
(0.895096 0.448147 0)
(0.894976 0.447171 0)
(0.894877 0.447721 0)
(0.894535 0.447171 0)
(0.894628 0.447336 0)
(0.894428 0.447199 0)
(0.894439 0.447199 0)
(0.894382 0.447172 0)
(0.894362 0.447161 0)
(0.894348 0.447156 0)
(0.894336 0.44715 0)
(0.894334 0.447154 0)
(0.894329 0.447149 0)
(0.894332 0.447158 0)
(0.894334 0.447166 0)
(0.894327 0.447152 0)
(0.894345 0.447175 0)
(0.89433 0.447153 0)
(0.894318 0.447192 0)
(0.894471 0.447151 0)
(0.894127 0.447185 0)
(0.894546 0.447186 0)
(0.894501 0.447213 0)
(0.893776 0.447091 0)
(0.895196 0.447284 0)
(0.893748 0.447183 0)
(0.894668 0.44717 0)
(0.894322 0.44715 0)
(0.894252 0.44716 0)
(0.894908 0.447627 0)
(0.893645 0.446407 0)
(0.894791 0.44785 0)
(0.894695 0.447084 0)
(0.893798 0.446861 0)
(0.894712 0.447715 0)
(0.894473 0.446677 0)
(0.894192 0.447545 0)
(0.894609 0.447222 0)
(0.894204 0.446881 0)
(0.89449 0.447507 0)
(0.894478 0.447086 0)
(0.894271 0.447192 0)
(0.894448 0.447227 0)
(0.894408 0.447164 0)
(0.894406 0.447254 0)
(0.894393 0.44715 0)
(0.894384 0.447219 0)
(0.894414 0.447217 0)
(0.894402 0.447171 0)
(0.894402 0.447218 0)
(0.894393 0.447194 0)
(0.894397 0.447197 0)
(0.894399 0.447209 0)
(0.894387 0.447201 0)
(0.894354 0.447199 0)
(0.894277 0.447237 0)
(0.894174 0.447271 0)
(0.894047 0.44732 0)
(0.893946 0.447373 0)
(0.89378 0.447492 0)
(0.893181 0.447838 0)
(0.891253 0.44897 0)
(0.886934 0.451941 0)
(0.880464 0.457321 0)
(0.874121 0.463842 0)
(0.870533 0.468993 0)
(0.87052 0.471008 0)
(0.87303 0.469792 0)
(0.876409 0.466164 0)
(0.879576 0.460773 0)
(0.882137 0.453808 0)
(0.884112 0.445497 0)
(0.885428 0.436501 0)
(0.885791 0.42795 0)
(0.884896 0.421069 0)
(0.883055 0.416545 0)
(0.880852 0.414291 0)
(0.878831 0.414058 0)
(0.877204 0.415653 0)
(0.876221 0.419247 0)
(0.876567 0.424751 0)
(0.879701 0.433232 0)
(0.887271 0.446228 0)
(0.898639 0.462598 0)
(0.909674 0.477607 0)
(0.916727 0.487939 0)
(0.920316 0.493148 0)
(0.922593 0.492544 0)
(0.923899 0.486979 0)
(0.921849 0.47914 0)
(0.916627 0.471767 0)
(0.910959 0.465533 0)
(0.906875 0.459586 0)
(0.903634 0.455516 0)
(0.900974 0.453527 0)
(0.900115 0.451238 0)
(0.89791 0.451059 0)
(0.897321 0.448628 0)
(0.896496 0.449285 0)
(0.89566 0.447941 0)
(0.895672 0.44803 0)
(0.89499 0.447636 0)
(0.894924 0.447583 0)
(0.894776 0.447339 0)
(0.894572 0.447372 0)
(0.894549 0.447243 0)
(0.894452 0.447236 0)
(0.894419 0.447199 0)
(0.894383 0.447181 0)
(0.894362 0.447172 0)
(0.894347 0.447161 0)
(0.894336 0.44716 0)
(0.894335 0.447158 0)
(0.894327 0.447155 0)
(0.894329 0.447171 0)
(0.894338 0.447162 0)
(0.894331 0.447168 0)
(0.894309 0.447153 0)
(0.894417 0.447213 0)
(0.894218 0.447121 0)
(0.894468 0.447183 0)
(0.894281 0.447264 0)
(0.894452 0.447044 0)
(0.894141 0.447275 0)
(0.894605 0.447158 0)
(0.894577 0.447317 0)
(0.893478 0.446839 0)
(0.895531 0.447629 0)
(0.893797 0.446928 0)
(0.894217 0.447254 0)
(0.894836 0.447309 0)
(0.894062 0.446741 0)
(0.894673 0.448098 0)
(0.894242 0.446313 0)
(0.894144 0.447434 0)
(0.894975 0.447645 0)
(0.894035 0.446579 0)
(0.894293 0.447644 0)
(0.894696 0.446968 0)
(0.894205 0.447211 0)
(0.8945 0.44739 0)
(0.894347 0.446977 0)
(0.894369 0.447306 0)
(0.894479 0.447185 0)
(0.89437 0.447206 0)
(0.894386 0.447201 0)
(0.894392 0.447165 0)
(0.894419 0.447254 0)
(0.894406 0.44717 0)
(0.894389 0.447185 0)
(0.894395 0.447228 0)
(0.894406 0.447195 0)
(0.894397 0.447191 0)
(0.894388 0.447206 0)
(0.89435 0.447198 0)
(0.894272 0.447231 0)
(0.894163 0.447263 0)
(0.894031 0.447299 0)
(0.893914 0.447351 0)
(0.893679 0.447498 0)
(0.892856 0.447933 0)
(0.890262 0.449388 0)
(0.884752 0.453081 0)
(0.877273 0.459172 0)
(0.871103 0.465516 0)
(0.868929 0.469277 0)
(0.870755 0.469207 0)
(0.874702 0.465922 0)
(0.878824 0.46046 0)
(0.882077 0.453278 0)
(0.884234 0.444393 0)
(0.885311 0.434246 0)
(0.8852 0.424024 0)
(0.883592 0.415323 0)
(0.880607 0.409494 0)
(0.877197 0.406647 0)
(0.87449 0.406036 0)
(0.873021 0.406672 0)
(0.872548 0.408159 0)
(0.872075 0.410528 0)
(0.871048 0.413941 0)
(0.870589 0.41912 0)
(0.874174 0.42848 0)
(0.88552 0.444708 0)
(0.902385 0.463975 0)
(0.916731 0.47947 0)
(0.923126 0.488545 0)
(0.924472 0.491754 0)
(0.92493 0.489418 0)
(0.924538 0.482828 0)
(0.921475 0.474541 0)
(0.914996 0.467402 0)
(0.909337 0.462006 0)
(0.905174 0.457907 0)
(0.902662 0.453993 0)
(0.90085 0.452176 0)
(0.898771 0.451042 0)
(0.897573 0.449915 0)
(0.897292 0.4487 0)
(0.895792 0.449114 0)
(0.895905 0.447226 0)
(0.895313 0.448722 0)
(0.894913 0.446966 0)
(0.895058 0.447876 0)
(0.894541 0.447221 0)
(0.894698 0.447386 0)
(0.894479 0.447251 0)
(0.894472 0.447241 0)
(0.894418 0.447208 0)
(0.894384 0.447191 0)
(0.89437 0.447183 0)
(0.894345 0.447167 0)
(0.894345 0.447175 0)
(0.894332 0.447156 0)
(0.894328 0.44716 0)
(0.894344 0.447185 0)
(0.894317 0.447166 0)
(0.89435 0.447165 0)
(0.894366 0.447171 0)
(0.894192 0.447203 0)
(0.894544 0.447118 0)
(0.894404 0.447271 0)
(0.893709 0.447053 0)
(0.895463 0.447283 0)
(0.893435 0.447254 0)
(0.894682 0.446946 0)
(0.894441 0.447435 0)
(0.894309 0.446983 0)
(0.894669 0.447673 0)
(0.893615 0.446297 0)
(0.895151 0.448076 0)
(0.89441 0.446875 0)
(0.893739 0.446965 0)
(0.894887 0.447745 0)
(0.89439 0.446387 0)
(0.894204 0.448082 0)
(0.894681 0.446801 0)
(0.893972 0.446867 0)
(0.894743 0.447816 0)
(0.894425 0.446807 0)
(0.894149 0.447336 0)
(0.894563 0.447168 0)
(0.894355 0.447157 0)
(0.894441 0.447301 0)
(0.894384 0.447115 0)
(0.894355 0.447242 0)
(0.894434 0.447174 0)
(0.894415 0.447215 0)
(0.894393 0.447217 0)
(0.894379 0.447153 0)
(0.894403 0.44723 0)
(0.89442 0.447214 0)
(0.894389 0.447171 0)
(0.894384 0.44721 0)
(0.894349 0.447207 0)
(0.894269 0.447221 0)
(0.894157 0.447242 0)
(0.894024 0.447267 0)
(0.89388 0.447328 0)
(0.893551 0.447509 0)
(0.89244 0.448048 0)
(0.889022 0.44989 0)
(0.882223 0.454333 0)
(0.874041 0.460847 0)
(0.868643 0.466476 0)
(0.868305 0.46845 0)
(0.871983 0.466335 0)
(0.877098 0.461299 0)
(0.881573 0.454295 0)
(0.884428 0.445436 0)
(0.885541 0.434705 0)
(0.884805 0.423099 0)
(0.882079 0.412593 0)
(0.877234 0.405392 0)
(0.871289 0.402649 0)
(0.866215 0.403591 0)
(0.863653 0.406425 0)
(0.864038 0.409328 0)
(0.866828 0.411438 0)
(0.870166 0.412534 0)
(0.87157 0.413398 0)
(0.86995 0.414448 0)
(0.867646 0.418037 0)
(0.871171 0.428497 0)
(0.885857 0.446943 0)
(0.907239 0.466494 0)
(0.923046 0.479847 0)
(0.928634 0.487332 0)
(0.927772 0.48918 0)
(0.926478 0.485508 0)
(0.924174 0.477403 0)
(0.919053 0.469492 0)
(0.912805 0.464247 0)
(0.908055 0.459922 0)
(0.904855 0.455042 0)
(0.900851 0.453812 0)
(0.900751 0.450471 0)
(0.897949 0.451717 0)
(0.897704 0.448267 0)
(0.896695 0.449493 0)
(0.895654 0.448043 0)
(0.895903 0.448051 0)
(0.895142 0.447781 0)
(0.894957 0.44758 0)
(0.894933 0.447486 0)
(0.89462 0.447381 0)
(0.89464 0.447329 0)
(0.894504 0.447274 0)
(0.894474 0.447248 0)
(0.894423 0.447215 0)
(0.894394 0.447207 0)
(0.894375 0.447186 0)
(0.89435 0.447182 0)
(0.894355 0.447181 0)
(0.894361 0.447167 0)
(0.894318 0.447196 0)
(0.894364 0.447156 0)
(0.894352 0.447224 0)
(0.894242 0.447109 0)
(0.894481 0.447204 0)
(0.894244 0.447275 0)
(0.894334 0.44696 0)
(0.894366 0.447423 0)
(0.894441 0.446995 0)
(0.894404 0.447429 0)
(0.893737 0.446764 0)
(0.895527 0.447639 0)
(0.89349 0.447078 0)
(0.894456 0.446945 0)
(0.894686 0.447477 0)
(0.894296 0.446882 0)
(0.894478 0.447993 0)
(0.894064 0.445972 0)
(0.894462 0.44801 0)
(0.895022 0.447325 0)
(0.893645 0.446526 0)
(0.894555 0.447937 0)
(0.894727 0.446496 0)
(0.894043 0.447669 0)
(0.89471 0.447271 0)
(0.894119 0.446759 0)
(0.89447 0.447526 0)
(0.89455 0.447129 0)
(0.894283 0.447212 0)
(0.894397 0.447158 0)
(0.89439 0.447209 0)
(0.894447 0.447247 0)
(0.894403 0.447139 0)
(0.894368 0.447236 0)
(0.894399 0.447195 0)
(0.894407 0.447191 0)
(0.894416 0.447215 0)
(0.894383 0.447174 0)
(0.89439 0.447209 0)
(0.894351 0.447214 0)
(0.894265 0.447215 0)
(0.894157 0.447217 0)
(0.894024 0.447231 0)
(0.893833 0.447305 0)
(0.893394 0.447531 0)
(0.891922 0.448182 0)
(0.887508 0.450482 0)
(0.879426 0.455612 0)
(0.871 0.462158 0)
(0.866921 0.466596 0)
(0.868631 0.466663 0)
(0.873974 0.462791 0)
(0.879928 0.456385 0)
(0.884282 0.448013 0)
(0.886144 0.437435 0)
(0.885287 0.424902 0)
(0.881419 0.412352 0)
(0.874309 0.402822 0)
(0.864369 0.39906 0)
(0.853987 0.401398 0)
(0.846331 0.407608 0)
(0.843136 0.414522 0)
(0.844424 0.420023 0)
(0.849829 0.422888 0)
(0.85849 0.423234 0)
(0.867777 0.422496 0)
(0.873477 0.421271 0)
(0.873015 0.42029 0)
(0.869503 0.422582 0)
(0.872622 0.433499 0)
(0.889204 0.451524 0)
(0.912756 0.46886 0)
(0.928825 0.479528 0)
(0.93255 0.484521 0)
(0.929765 0.484775 0)
(0.925549 0.480541 0)
(0.922844 0.473178 0)
(0.916885 0.465314 0)
(0.911507 0.460577 0)
(0.906049 0.457457 0)
(0.903328 0.454491 0)
(0.901396 0.452187 0)
(0.899657 0.450541 0)
(0.897773 0.450696 0)
(0.897501 0.447935 0)
(0.896349 0.45015 0)
(0.895841 0.446751 0)
(0.895736 0.449004 0)
(0.894949 0.447139 0)
(0.895218 0.447847 0)
(0.894704 0.447373 0)
(0.894751 0.447427 0)
(0.894597 0.44732 0)
(0.894532 0.447292 0)
(0.894485 0.447256 0)
(0.894429 0.447228 0)
(0.894417 0.447221 0)
(0.89437 0.447188 0)
(0.894371 0.447208 0)
(0.894384 0.447217 0)
(0.894354 0.447187 0)
(0.894368 0.447165 0)
(0.894313 0.447236 0)
(0.894328 0.447162 0)
(0.894455 0.447114 0)
(0.894263 0.447345 0)
(0.893976 0.446976 0)
(0.89537 0.447342 0)
(0.893153 0.447239 0)
(0.894917 0.446802 0)
(0.894519 0.447778 0)
(0.894241 0.446689 0)
(0.894175 0.447617 0)
(0.894235 0.446558 0)
(0.895202 0.447979 0)
(0.893729 0.446745 0)
(0.894193 0.447182 0)
(0.894922 0.447407 0)
(0.894228 0.446675 0)
(0.894329 0.448351 0)
(0.894542 0.44596 0)
(0.893874 0.447522 0)
(0.89521 0.447819 0)
(0.893983 0.446454 0)
(0.894217 0.447677 0)
(0.894708 0.446881 0)
(0.894229 0.44731 0)
(0.894563 0.447372 0)
(0.89427 0.446981 0)
(0.894356 0.447255 0)
(0.894508 0.447217 0)
(0.894396 0.447244 0)
(0.894363 0.447135 0)
(0.894379 0.447193 0)
(0.894429 0.447254 0)
(0.894412 0.44718 0)
(0.894394 0.44719 0)
(0.894381 0.4472 0)
(0.894396 0.447201 0)
(0.894357 0.447187 0)
(0.894272 0.447207 0)
(0.894158 0.447209 0)
(0.894018 0.447204 0)
(0.89377 0.447295 0)
(0.893209 0.447562 0)
(0.891291 0.448345 0)
(0.885715 0.451153 0)
(0.876508 0.456803 0)
(0.868356 0.462947 0)
(0.866012 0.465895 0)
(0.86975 0.4642 0)
(0.8765 0.458977 0)
(0.882909 0.451502 0)
(0.886614 0.441735 0)
(0.886699 0.429245 0)
(0.882644 0.414924 0)
(0.873869 0.402001 0)
(0.860069 0.394722 0)
(0.842836 0.395788 0)
(0.826541 0.403861 0)
(0.815595 0.414485 0)
(0.811343 0.423665 0)
(0.812966 0.429898 0)
(0.819682 0.432866 0)
(0.831071 0.433256 0)
(0.846337 0.432197 0)
(0.862576 0.431298 0)
(0.874278 0.429951 0)
(0.877727 0.428658 0)
(0.876502 0.431814 0)
(0.880353 0.442755 0)
(0.896739 0.458402 0)
(0.917753 0.470429 0)
(0.931801 0.477515 0)
(0.933907 0.480719 0)
(0.930271 0.480714 0)
(0.925721 0.475311 0)
(0.920109 0.467819 0)
(0.914194 0.46171 0)
(0.908673 0.459566 0)
(0.906617 0.454465 0)
(0.901434 0.454668 0)
(0.901663 0.449531 0)
(0.898267 0.452223 0)
(0.898208 0.448396 0)
(0.897381 0.449495 0)
(0.895852 0.448362 0)
(0.896149 0.448027 0)
(0.895516 0.448088 0)
(0.895079 0.447553 0)
(0.895144 0.447674 0)
(0.89476 0.447433 0)
(0.894764 0.447419 0)
(0.894611 0.447336 0)
(0.894559 0.447309 0)
(0.894497 0.447262 0)
(0.89445 0.44725 0)
(0.894429 0.447225 0)
(0.894382 0.447204 0)
(0.89439 0.447261 0)
(0.894445 0.447162 0)
(0.894287 0.447269 0)
(0.894407 0.44711 0)
(0.894384 0.447252 0)
(0.894261 0.447255 0)
(0.894342 0.446937 0)
(0.894507 0.447558 0)
(0.894164 0.446822 0)
(0.894389 0.447549 0)
(0.894233 0.446713 0)
(0.894967 0.447718 0)
(0.89345 0.44702 0)
(0.894902 0.446753 0)
(0.894324 0.447809 0)
(0.894599 0.447006 0)
(0.893968 0.447272 0)
(0.894254 0.446438 0)
(0.89503 0.448459 0)
(0.89438 0.446458 0)
(0.893477 0.447086 0)
(0.895228 0.447736 0)
(0.894299 0.446328 0)
(0.894127 0.448374 0)
(0.894798 0.446452 0)
(0.893791 0.446967 0)
(0.894904 0.447865 0)
(0.894383 0.446828 0)
(0.894178 0.447311 0)
(0.894471 0.447097 0)
(0.894386 0.447235 0)
(0.894511 0.447281 0)
(0.894346 0.447134 0)
(0.894322 0.447202 0)
(0.894455 0.447194 0)
(0.894422 0.447221 0)
(0.894388 0.447202 0)
(0.894389 0.447171 0)
(0.8944 0.44722 0)
(0.894401 0.447226 0)
(0.894357 0.447156 0)
(0.894276 0.447174 0)
(0.89416 0.447203 0)
(0.894004 0.447187 0)
(0.893689 0.447294 0)
(0.892996 0.447592 0)
(0.890519 0.448545 0)
(0.883676 0.451856 0)
(0.873632 0.457776 0)
(0.866255 0.463128 0)
(0.865867 0.464519 0)
(0.871474 0.461379 0)
(0.879362 0.455214 0)
(0.885793 0.446785 0)
(0.888258 0.435394 0)
(0.885572 0.420665 0)
(0.87685 0.404515 0)
(0.860979 0.391741 0)
(0.838023 0.387641 0)
(0.811778 0.39419 0)
(0.78969 0.407753 0)
(0.777618 0.422018 0)
(0.776137 0.433124 0)
(0.782893 0.439599 0)
(0.79425 0.441414 0)
(0.806644 0.439558 0)
(0.818985 0.436071 0)
(0.834024 0.434021 0)
(0.853245 0.434338 0)
(0.87173 0.435904 0)
(0.883175 0.43772 0)
(0.887359 0.442809 0)
(0.891903 0.452507 0)
(0.904934 0.464354 0)
(0.9224 0.47235 0)
(0.933303 0.475553 0)
(0.934843 0.476279 0)
(0.92831 0.474695 0)
(0.923765 0.471095 0)
(0.917172 0.46426 0)
(0.913081 0.459393 0)
(0.907682 0.456547 0)
(0.904118 0.454085 0)
(0.901864 0.452944 0)
(0.900424 0.449752 0)
(0.898729 0.451745 0)
(0.897549 0.447146 0)
(0.89719 0.450704 0)
(0.896024 0.447049 0)
(0.896124 0.448746 0)
(0.895312 0.447595 0)
(0.895325 0.447786 0)
(0.895013 0.447541 0)
(0.894863 0.447494 0)
(0.894761 0.447404 0)
(0.894643 0.447354 0)
(0.89459 0.447319 0)
(0.894502 0.447269 0)
(0.894493 0.447276 0)
(0.894425 0.447206 0)
(0.894455 0.447231 0)
(0.894406 0.447219 0)
(0.894396 0.447279 0)
(0.894397 0.447119 0)
(0.89438 0.447225 0)
(0.894259 0.447331 0)
(0.894334 0.446923 0)
(0.894875 0.447477 0)
(0.893235 0.447069 0)
(0.895394 0.446974 0)
(0.894084 0.44779 0)
(0.894156 0.446481 0)
(0.894106 0.447658 0)
(0.895051 0.446974 0)
(0.894389 0.447469 0)
(0.893363 0.446856 0)
(0.895287 0.44742 0)
(0.89434 0.446909 0)
(0.894094 0.447629 0)
(0.89463 0.447428 0)
(0.894076 0.445744 0)
(0.894417 0.448824 0)
(0.895265 0.446791 0)
(0.893207 0.446571 0)
(0.894883 0.447943 0)
(0.894578 0.446498 0)
(0.894185 0.44789 0)
(0.894619 0.446974 0)
(0.894051 0.446874 0)
(0.894579 0.447516 0)
(0.894517 0.447167 0)
(0.894298 0.4472 0)
(0.89437 0.447099 0)
(0.894376 0.447252 0)
(0.894487 0.447276 0)
(0.894394 0.447125 0)
(0.894353 0.447201 0)
(0.894405 0.447209 0)
(0.894412 0.447177 0)
(0.894402 0.447234 0)
(0.894368 0.447184 0)
(0.894276 0.447164 0)
(0.894168 0.447184 0)
(0.893993 0.447175 0)
(0.893589 0.447285 0)
(0.892741 0.447623 0)
(0.88957 0.448772 0)
(0.881462 0.45252 0)
(0.870948 0.458412 0)
(0.864768 0.462719 0)
(0.866351 0.462679 0)
(0.873655 0.458489 0)
(0.882367 0.451685 0)
(0.888396 0.442216 0)
(0.888902 0.428795 0)
(0.882366 0.411378 0)
(0.867288 0.393245 0)
(0.841876 0.380877 0)
(0.807222 0.380359 0)
(0.770446 0.392704 0)
(0.742863 0.412368 0)
(0.731329 0.433022 0)
(0.735963 0.451109 0)
(0.753295 0.462842 0)
(0.77634 0.464823 0)
(0.796808 0.456835 0)
(0.809357 0.444487 0)
(0.816095 0.434556 0)
(0.82601 0.431076 0)
(0.844512 0.433821 0)
(0.867606 0.439124 0)
(0.887368 0.44468 0)
(0.898196 0.451176 0)
(0.905251 0.460842 0)
(0.914484 0.468952 0)
(0.926174 0.472721 0)
(0.932791 0.472651 0)
(0.932084 0.47263 0)
(0.927641 0.470424 0)
(0.921447 0.466658 0)
(0.916004 0.45991 0)
(0.909266 0.458772 0)
(0.907933 0.453268 0)
(0.902437 0.455524 0)
(0.902708 0.449415 0)
(0.899084 0.451827 0)
(0.898338 0.449029 0)
(0.898209 0.449146 0)
(0.896398 0.448855 0)
(0.896343 0.447876 0)
(0.895988 0.448348 0)
(0.895353 0.447619 0)
(0.895367 0.447766 0)
(0.895004 0.447531 0)
(0.894922 0.447492 0)
(0.894771 0.447402 0)
(0.894679 0.447368 0)
(0.894605 0.447314 0)
(0.894532 0.447287 0)
(0.894496 0.447274 0)
(0.894524 0.447203 0)
(0.894376 0.447339 0)
(0.894567 0.447123 0)
(0.894281 0.447323 0)
(0.894405 0.447204 0)
(0.894423 0.447035 0)
(0.894394 0.447575 0)
(0.89412 0.446714 0)
(0.894611 0.447696 0)
(0.894291 0.446673 0)
(0.894407 0.447785 0)
(0.893888 0.446721 0)
(0.895159 0.447159 0)
(0.893752 0.447751 0)
(0.894842 0.446881 0)
(0.893669 0.446672 0)
(0.894862 0.447874 0)
(0.895036 0.447586 0)
(0.893202 0.445853 0)
(0.894504 0.448332 0)
(0.895546 0.446766 0)
(0.893299 0.447067 0)
(0.894796 0.448171 0)
(0.894426 0.445532 0)
(0.89391 0.448276 0)
(0.895331 0.447436 0)
(0.893772 0.446512 0)
(0.894332 0.44754 0)
(0.894594 0.446968 0)
(0.894435 0.447496 0)
(0.894461 0.447144 0)
(0.894185 0.44704 0)
(0.894445 0.447253 0)
(0.894503 0.447226 0)
(0.894391 0.447276 0)
(0.894357 0.447114 0)
(0.894372 0.44717 0)
(0.894442 0.44729 0)
(0.894418 0.44715 0)
(0.894369 0.447168 0)
(0.89437 0.447209 0)
(0.894285 0.447181 0)
(0.894192 0.447157 0)
(0.893986 0.447164 0)
(0.893484 0.447271 0)
(0.892427 0.447675 0)
(0.888453 0.449025 0)
(0.879157 0.453074 0)
(0.868582 0.458657 0)
(0.863853 0.461823 0)
(0.867338 0.460593 0)
(0.876147 0.455744 0)
(0.885364 0.448449 0)
(0.890552 0.437684 0)
(0.888334 0.421686 0)
(0.876911 0.400995 0)
(0.853637 0.38046 0)
(0.81616 0.368094 0)
(0.766974 0.370559 0)
(0.717295 0.387815 0)
(0.68139 0.413568 0)
(0.665662 0.442968 0)
(0.67079 0.472319 0)
(0.695244 0.494702 0)
(0.733123 0.502583 0)
(0.773585 0.493689 0)
(0.80537 0.473535 0)
(0.820955 0.451614 0)
(0.822739 0.435408 0)
(0.825264 0.428639 0)
(0.839831 0.432676 0)
(0.865717 0.44155 0)
(0.892327 0.449834 0)
(0.908332 0.456779 0)
(0.915532 0.464415 0)
(0.921962 0.470696 0)
(0.928419 0.472417 0)
(0.933429 0.471138 0)
(0.92966 0.468196 0)
(0.925418 0.466389 0)
(0.918146 0.462766 0)
(0.913596 0.458313 0)
(0.909645 0.456241 0)
(0.905689 0.452893 0)
(0.903015 0.453657 0)
(0.900819 0.449033 0)
(0.900094 0.452386 0)
(0.897889 0.447371 0)
(0.897807 0.450101 0)
(0.896624 0.447952 0)
(0.896326 0.448318 0)
(0.895865 0.447937 0)
(0.895492 0.44779 0)
(0.895319 0.447645 0)
(0.89506 0.447556 0)
(0.894942 0.447473 0)
(0.894786 0.447402 0)
(0.894722 0.447377 0)
(0.894595 0.447295 0)
(0.894572 0.447336 0)
(0.894536 0.447304 0)
(0.894562 0.447291 0)
(0.894421 0.447172 0)
(0.894453 0.44734 0)
(0.894373 0.447215 0)
(0.894455 0.447027 0)
(0.894438 0.447574 0)
(0.893817 0.446862 0)
(0.895428 0.447296 0)
(0.89334 0.447479 0)
(0.894716 0.446633 0)
(0.89433 0.447737 0)
(0.894884 0.447043 0)
(0.893577 0.446981 0)
(0.894204 0.447399 0)
(0.895782 0.447317 0)
(0.89305 0.446648 0)
(0.894643 0.448337 0)
(0.894924 0.44583 0)
(0.893499 0.447476 0)
(0.89539 0.448771 0)
(0.894188 0.445132 0)
(0.893216 0.447978 0)
(0.89595 0.447607 0)
(0.893754 0.446547 0)
(0.89433 0.44804 0)
(0.894552 0.446239 0)
(0.894063 0.44753 0)
(0.894888 0.447587 0)
(0.894276 0.446901 0)
(0.894189 0.447144 0)
(0.894447 0.447185 0)
(0.894505 0.447392 0)
(0.894447 0.447128 0)
(0.894294 0.447101 0)
(0.89438 0.447247 0)
(0.894441 0.447201 0)
(0.894422 0.447268 0)
(0.894405 0.44717 0)
(0.894377 0.447154 0)
(0.894378 0.447209 0)
(0.894288 0.447161 0)
(0.894206 0.44712 0)
(0.893962 0.447153 0)
(0.893366 0.44724 0)
(0.892051 0.447742 0)
(0.887213 0.449283 0)
(0.876869 0.453453 0)
(0.866611 0.458525 0)
(0.863423 0.460572 0)
(0.868734 0.458452 0)
(0.878792 0.453265 0)
(0.888261 0.445494 0)
(0.892096 0.433041 0)
(0.886565 0.413818 0)
(0.869275 0.389084 0)
(0.836168 0.365204 0)
(0.784274 0.351374 0)
(0.717921 0.354406 0)
(0.65262 0.373302 0)
(0.603805 0.40211 0)
(0.576739 0.437913 0)
(0.573746 0.477046 0)
(0.597841 0.511115 0)
(0.646504 0.531524 0)
(0.708989 0.533478 0)
(0.769851 0.516816 0)
(0.813492 0.488942 0)
(0.83127 0.4596 0)
(0.830578 0.43754 0)
(0.83064 0.429807 0)
(0.843676 0.435303 0)
(0.86948 0.445179 0)
(0.896566 0.452405 0)
(0.914693 0.459296 0)
(0.923253 0.465871 0)
(0.92821 0.470671 0)
(0.931055 0.470465 0)
(0.930662 0.468453 0)
(0.927445 0.465037 0)
(0.922099 0.463792 0)
(0.91785 0.458684 0)
(0.910754 0.458402 0)
(0.909081 0.452242 0)
(0.90365 0.454657 0)
(0.903575 0.450469 0)
(0.900834 0.450819 0)
(0.8987 0.449841 0)
(0.898837 0.448722 0)
(0.897241 0.449216 0)
(0.896712 0.447933 0)
(0.896382 0.448354 0)
(0.89578 0.447791 0)
(0.895595 0.447788 0)
(0.895288 0.447614 0)
(0.895108 0.447546 0)
(0.89495 0.447455 0)
(0.894814 0.447409 0)
(0.894721 0.447362 0)
(0.894638 0.44731 0)
(0.894622 0.447401 0)
(0.894642 0.447168 0)
(0.894379 0.447406 0)
(0.894579 0.447163 0)
(0.89444 0.447192 0)
(0.894295 0.447462 0)
(0.894401 0.446792 0)
(0.894599 0.447782 0)
(0.894056 0.44659 0)
(0.894511 0.447805 0)
(0.89421 0.446644 0)
(0.894933 0.447613 0)
(0.89339 0.447148 0)
(0.895263 0.447 0)
(0.89371 0.446926 0)
(0.894936 0.448474 0)
(0.894479 0.445771 0)
(0.892979 0.447258 0)
(0.89617 0.448713 0)
(0.894132 0.445402 0)
(0.892904 0.448328 0)
(0.896117 0.446939 0)
(0.893412 0.446259 0)
(0.894643 0.449102 0)
(0.895017 0.445867 0)
(0.893179 0.447035 0)
(0.89515 0.4479 0)
(0.894504 0.446889 0)
(0.894217 0.447462 0)
(0.894354 0.446819 0)
(0.894241 0.447225 0)
(0.894662 0.447438 0)
(0.894456 0.447193 0)
(0.894234 0.447106 0)
(0.894361 0.447105 0)
(0.894461 0.447308 0)
(0.894453 0.447216 0)
(0.894394 0.447176 0)
(0.894348 0.447161 0)
(0.894396 0.44722 0)
(0.894432 0.44724 0)
(0.894314 0.447106 0)
(0.894192 0.447097 0)
(0.89392 0.447179 0)
(0.893214 0.4472 0)
(0.891607 0.447808 0)
(0.885862 0.449494 0)
(0.874708 0.453608 0)
(0.865024 0.458051 0)
(0.863426 0.459102 0)
(0.870406 0.456385 0)
(0.881486 0.451111 0)
(0.890935 0.442771 0)
(0.89301 0.428153 0)
(0.883789 0.405015 0)
(0.859945 0.375211 0)
(0.815917 0.346396 0)
(0.748068 0.32833 0)
(0.663308 0.327687 0)
(0.581155 0.343299 0)
(0.517591 0.371034 0)
(0.477483 0.411169 0)
(0.466309 0.460761 0)
(0.489658 0.510282 0)
(0.544573 0.548945 0)
(0.620082 0.566366 0)
(0.700466 0.558035 0)
(0.770053 0.530587 0)
(0.816793 0.495866 0)
(0.834927 0.464147 0)
(0.835996 0.442328 0)
(0.838809 0.435413 0)
(0.853178 0.43982 0)
(0.878076 0.448286 0)
(0.902817 0.455613 0)
(0.919137 0.460948 0)
(0.927545 0.46534 0)
(0.930021 0.467865 0)
(0.932002 0.468341 0)
(0.929074 0.465745 0)
(0.925716 0.462596 0)
(0.920206 0.460686 0)
(0.914219 0.45676 0)
(0.910729 0.456226 0)
(0.906986 0.452079 0)
(0.904815 0.453629 0)
(0.901365 0.449031 0)
(0.90117 0.451541 0)
(0.898876 0.448659 0)
(0.898217 0.44909 0)
(0.897456 0.448599 0)
(0.896642 0.448178 0)
(0.896345 0.448048 0)
(0.895817 0.447844 0)
(0.89559 0.447706 0)
(0.895298 0.447598 0)
(0.895132 0.447524 0)
(0.894936 0.447431 0)
(0.894852 0.447424 0)
(0.894704 0.4473 0)
(0.894765 0.447327 0)
(0.894543 0.447293 0)
(0.894638 0.447345 0)
(0.894464 0.447185 0)
(0.89447 0.447248 0)
(0.894415 0.447438 0)
(0.894322 0.446832 0)
(0.894822 0.447582 0)
(0.893437 0.447155 0)
(0.89543 0.446911 0)
(0.893771 0.447678 0)
(0.894495 0.446854 0)
(0.894109 0.447171 0)
(0.894732 0.447627 0)
(0.894874 0.446787 0)
(0.892706 0.44709 0)
(0.895964 0.448116 0)
(0.894215 0.44547 0)
(0.893196 0.449158 0)
(0.896215 0.44648 0)
(0.892704 0.445733 0)
(0.89486 0.449593 0)
(0.895688 0.445991 0)
(0.892538 0.446951 0)
(0.895359 0.447875 0)
(0.894276 0.446335 0)
(0.894291 0.448242 0)
(0.894836 0.446774 0)
(0.893781 0.446774 0)
(0.894539 0.447587 0)
(0.894659 0.447263 0)
(0.894371 0.447205 0)
(0.894286 0.446976 0)
(0.894273 0.447204 0)
(0.894545 0.4474 0)
(0.89449 0.447212 0)
(0.894285 0.44708 0)
(0.894423 0.447202 0)
(0.8944 0.447179 0)
(0.894386 0.447199 0)
(0.894431 0.447252 0)
(0.894342 0.447073 0)
(0.89418 0.447114 0)
(0.893898 0.447224 0)
(0.893051 0.447165 0)
(0.891081 0.447888 0)
(0.884434 0.449643 0)
(0.87272 0.453524 0)
(0.863791 0.457297 0)
(0.863779 0.457539 0)
(0.87223 0.454466 0)
(0.884135 0.449308 0)
(0.893296 0.440218 0)
(0.893424 0.422978 0)
(0.880377 0.395198 0)
(0.849883 0.359057 0)
(0.794696 0.323146 0)
(0.711057 0.297135 0)
(0.608734 0.288078 0)
(0.511015 0.296313 0)
(0.43413 0.321803 0)
(0.383638 0.369748 0)
(0.368872 0.437344 0)
(0.394073 0.511469 0)
(0.452911 0.573149 0)
(0.534276 0.604019 0)
(0.624224 0.59985 0)
(0.709527 0.571602 0)
(0.778274 0.533693 0)
(0.819659 0.496012 0)
(0.833093 0.465658 0)
(0.837253 0.447301 0)
(0.847674 0.442102 0)
(0.866596 0.445879 0)
(0.889205 0.451973 0)
(0.90856 0.45757 0)
(0.921406 0.461039 0)
(0.929244 0.464232 0)
(0.932154 0.465556 0)
(0.931268 0.465639 0)
(0.927655 0.462643 0)
(0.922163 0.460857 0)
(0.918768 0.456799 0)
(0.91256 0.45728 0)
(0.910577 0.452915 0)
(0.905371 0.452809 0)
(0.903746 0.451398 0)
(0.902447 0.450044 0)
(0.899632 0.450147 0)
(0.899341 0.448659 0)
(0.897996 0.449089 0)
(0.89729 0.448172 0)
(0.896744 0.448232 0)
(0.896218 0.447904 0)
(0.895863 0.447796 0)
(0.895555 0.447653 0)
(0.895302 0.447569 0)
(0.895119 0.447488 0)
(0.894945 0.447419 0)
(0.894804 0.447394 0)
(0.894793 0.447279 0)
(0.894663 0.44745 0)
(0.894668 0.447155 0)
(0.894499 0.447352 0)
(0.89442 0.447326 0)
(0.894613 0.447008 0)
(0.894343 0.447645 0)
(0.894211 0.44664 0)
(0.894737 0.447882 0)
(0.894054 0.446639 0)
(0.894732 0.447637 0)
(0.893635 0.446883 0)
(0.895484 0.447392 0)
(0.893361 0.447133 0)
(0.894882 0.447617 0)
(0.894428 0.445922 0)
(0.893564 0.44882 0)
(0.896249 0.44679 0)
(0.892349 0.445754 0)
(0.894829 0.449338 0)
(0.896033 0.445759 0)
(0.892153 0.447564 0)
(0.895858 0.448007 0)
(0.893976 0.445392 0)
(0.893823 0.448697 0)
(0.895599 0.447171 0)
(0.893626 0.446469 0)
(0.894337 0.44757 0)
(0.894536 0.446958 0)
(0.894501 0.447638 0)
(0.894556 0.447097 0)
(0.894106 0.446908 0)
(0.894351 0.447326 0)
(0.894536 0.447222 0)
(0.894484 0.447298 0)
(0.894395 0.447149 0)
(0.89422 0.447065 0)
(0.894464 0.44733 0)
(0.894484 0.447241 0)
(0.894404 0.447091 0)
(0.894381 0.447231 0)
(0.894335 0.447078 0)
(0.894167 0.447138 0)
(0.893912 0.447204 0)
(0.892862 0.44712 0)
(0.890485 0.447971 0)
(0.883005 0.44973 0)
(0.870936 0.453212 0)
(0.862878 0.456352 0)
(0.864376 0.455974 0)
(0.874126 0.452746 0)
(0.886613 0.447841 0)
(0.895373 0.437822 0)
(0.893491 0.417569 0)
(0.876954 0.384433 0)
(0.840314 0.34064 0)
(0.775031 0.295131 0)
(0.67759 0.257467 0)
(0.560342 0.23618 0)
(0.449616 0.23539 0)
(0.360414 0.261147 0)
(0.299872 0.32332 0)
(0.28042 0.416432 0)
(0.304161 0.520015 0)
(0.363432 0.605731 0)
(0.449869 0.651167 0)
(0.549761 0.652966 0)
(0.64787 0.623589 0)
(0.732184 0.578617 0)
(0.793149 0.530209 0)
(0.823201 0.49058 0)
(0.831659 0.465373 0)
(0.839011 0.453347 0)
(0.855251 0.449312 0)
(0.878328 0.449838 0)
(0.899904 0.453809 0)
(0.914584 0.45862 0)
(0.924368 0.461968 0)
(0.929615 0.462994 0)
(0.931768 0.462913 0)
(0.929432 0.462396 0)
(0.925194 0.460079 0)
(0.92163 0.459128 0)
(0.915985 0.455339 0)
(0.912128 0.455016 0)
(0.907913 0.45202 0)
(0.906525 0.452629 0)
(0.902608 0.450074 0)
(0.901754 0.450071 0)
(0.900043 0.449509 0)
(0.89874 0.448697 0)
(0.89808 0.448635 0)
(0.897148 0.448208 0)
(0.896698 0.448032 0)
(0.896169 0.447852 0)
(0.895833 0.44772 0)
(0.895509 0.447601 0)
(0.895294 0.447539 0)
(0.895067 0.447431 0)
(0.894938 0.447447 0)
(0.894824 0.447395 0)
(0.894843 0.447336 0)
(0.894578 0.447284 0)
(0.894604 0.447321 0)
(0.89454 0.447269 0)
(0.894436 0.44711 0)
(0.894479 0.447553 0)
(0.894175 0.446912 0)
(0.895044 0.447275 0)
(0.893418 0.447504 0)
(0.89509 0.446767 0)
(0.894274 0.447594 0)
(0.894144 0.447073 0)
(0.894631 0.447001 0)
(0.8937 0.447524 0)
(0.895844 0.447266 0)
(0.892954 0.44642 0)
(0.894423 0.448653 0)
(0.896017 0.445538 0)
(0.892082 0.448017 0)
(0.896217 0.448238 0)
(0.893942 0.444959 0)
(0.893246 0.448628 0)
(0.896164 0.447354 0)
(0.893396 0.44649 0)
(0.89449 0.447865 0)
(0.894591 0.446361 0)
(0.894022 0.447765 0)
(0.894896 0.447445 0)
(0.894345 0.446783 0)
(0.894073 0.447167 0)
(0.894403 0.447184 0)
(0.894636 0.447561 0)
(0.894461 0.447104 0)
(0.894255 0.446955 0)
(0.894345 0.447247 0)
(0.894401 0.447238 0)
(0.894507 0.44728 0)
(0.894408 0.447211 0)
(0.894364 0.447088 0)
(0.894422 0.447285 0)
(0.894364 0.447084 0)
(0.894138 0.447124 0)
(0.893907 0.447151 0)
(0.8926 0.447089 0)
(0.88984 0.448022 0)
(0.881619 0.449706 0)
(0.869409 0.452694 0)
(0.862217 0.455283 0)
(0.865177 0.454473 0)
(0.875971 0.451229 0)
(0.888878 0.446672 0)
(0.897182 0.435629 0)
(0.893474 0.412052 0)
(0.874206 0.373025 0)
(0.832613 0.32036 0)
(0.759685 0.262951 0)
(0.65187 0.210635 0)
(0.523427 0.174574 0)
(0.401594 0.164399 0)
(0.298647 0.192713 0)
(0.224292 0.272416 0)
(0.195541 0.392679 0)
(0.213913 0.524156 0)
(0.271683 0.633492 0)
(0.363377 0.698978 0)
(0.473798 0.716 0)
(0.58434 0.691535 0)
(0.682285 0.640557 0)
(0.759536 0.578631 0)
(0.808851 0.522496 0)
(0.828278 0.48563 0)
(0.833572 0.466541 0)
(0.843178 0.457788 0)
(0.863438 0.453548 0)
(0.888384 0.452845 0)
(0.908125 0.455852 0)
(0.919097 0.459086 0)
(0.925866 0.461093 0)
(0.929669 0.461177 0)
(0.930276 0.460927 0)
(0.92834 0.459876 0)
(0.923182 0.458853 0)
(0.91963 0.45567 0)
(0.91376 0.455004 0)
(0.911482 0.453273 0)
(0.907749 0.451645 0)
(0.904448 0.45129 0)
(0.903408 0.449851 0)
(0.900822 0.449828 0)
(0.89992 0.448815 0)
(0.898652 0.448781 0)
(0.897822 0.448285 0)
(0.897122 0.448124 0)
(0.896563 0.447906 0)
(0.89611 0.447769 0)
(0.89576 0.447647 0)
(0.89545 0.447549 0)
(0.895232 0.447494 0)
(0.895049 0.447399 0)
(0.894975 0.447437 0)
(0.894805 0.447253 0)
(0.894709 0.447435 0)
(0.894592 0.447215 0)
(0.894637 0.447231 0)
(0.894306 0.447431 0)
(0.894575 0.446923 0)
(0.894522 0.447734 0)
(0.894051 0.446614 0)
(0.894838 0.447742 0)
(0.893877 0.446891 0)
(0.895078 0.44745 0)
(0.893418 0.446989 0)
(0.895262 0.447294 0)
(0.894083 0.447156 0)
(0.893877 0.447699 0)
(0.895617 0.446196 0)
(0.892648 0.44773 0)
(0.895994 0.4481 0)
(0.894068 0.445472 0)
(0.892943 0.448354 0)
(0.896595 0.447059 0)
(0.892947 0.446624 0)
(0.894619 0.448401 0)
(0.895077 0.445943 0)
(0.893356 0.447445 0)
(0.895059 0.447826 0)
(0.89451 0.446844 0)
(0.894093 0.447207 0)
(0.894433 0.446934 0)
(0.894312 0.44746 0)
(0.89458 0.447322 0)
(0.894564 0.447076 0)
(0.89412 0.447113 0)
(0.894327 0.44719 0)
(0.894538 0.447346 0)
(0.894449 0.447213 0)
(0.894445 0.4471 0)
(0.894354 0.447176 0)
(0.894288 0.447162 0)
(0.894528 0.447334 0)
(0.894398 0.447051 0)
(0.894121 0.447102 0)
(0.893847 0.44714 0)
(0.892316 0.447112 0)
(0.889129 0.448026 0)
(0.880312 0.449558 0)
(0.868107 0.452021 0)
(0.861755 0.454143 0)
(0.866124 0.453073 0)
(0.877649 0.449897 0)
(0.890937 0.44577 0)
(0.898727 0.433724 0)
(0.893693 0.406671 0)
(0.87273 0.361473 0)
(0.828159 0.299115 0)
(0.751062 0.228151 0)
(0.637591 0.159164 0)
(0.502533 0.106562 0)
(0.37134 0.0857463 0)
(0.252992 0.115001 0)
(0.16239 0.210029 0)
(0.124235 0.354921 0)
(0.140118 0.513209 0)
(0.198604 0.648824 0)
(0.291398 0.739311 0)
(0.405166 0.77677 0)
(0.523689 0.763686 0)
(0.632282 0.714868 0)
(0.720588 0.646136 0)
(0.78385 0.572187 0)
(0.819652 0.514845 0)
(0.834165 0.482478 0)
(0.840844 0.467991 0)
(0.851596 0.461447 0)
(0.87168 0.457126 0)
(0.895663 0.455253 0)
(0.91335 0.456018 0)
(0.922399 0.458305 0)
(0.926992 0.460162 0)
(0.929525 0.460037 0)
(0.929405 0.459297 0)
(0.925384 0.457129 0)
(0.921799 0.456658 0)
(0.91732 0.4549 0)
(0.913894 0.453444 0)
(0.908992 0.45199 0)
(0.907401 0.451157 0)
(0.904206 0.450544 0)
(0.902381 0.449446 0)
(0.900886 0.449328 0)
(0.899431 0.448671 0)
(0.898516 0.448447 0)
(0.897614 0.448159 0)
(0.896981 0.447965 0)
(0.896425 0.447798 0)
(0.896008 0.447684 0)
(0.895644 0.447565 0)
(0.895379 0.447515 0)
(0.895139 0.447409 0)
(0.895081 0.447366 0)
(0.894821 0.447368 0)
(0.894797 0.447314 0)
(0.894624 0.447291 0)
(0.894542 0.447278 0)
(0.894535 0.44731 0)
(0.894448 0.447076 0)
(0.894502 0.44747 0)
(0.894045 0.447125 0)
(0.89511 0.447066 0)
(0.893691 0.447592 0)
(0.89452 0.446733 0)
(0.894844 0.44766 0)
(0.893738 0.446972 0)
(0.895054 0.447197 0)
(0.893467 0.447178 0)
(0.895318 0.447532 0)
(0.894404 0.446598 0)
(0.892928 0.447906 0)
(0.896524 0.44674 0)
(0.892922 0.446774 0)
(0.894536 0.448603 0)
(0.895413 0.44603 0)
(0.892994 0.447107 0)
(0.895289 0.4479 0)
(0.894325 0.446827 0)
(0.894086 0.447514 0)
(0.894801 0.446768 0)
(0.893956 0.447155 0)
(0.894535 0.447591 0)
(0.894703 0.447213 0)
(0.894197 0.447033 0)
(0.894358 0.447006 0)
(0.894286 0.447305 0)
(0.894534 0.447386 0)
(0.894552 0.447192 0)
(0.894249 0.447079 0)
(0.894355 0.447179 0)
(0.894504 0.447278 0)
(0.894304 0.447135 0)
(0.894585 0.447244 0)
(0.894336 0.447053 0)
(0.894125 0.447138 0)
(0.893775 0.447114 0)
(0.892069 0.44713 0)
(0.888315 0.447976 0)
(0.879159 0.449311 0)
(0.866954 0.451247 0)
(0.861491 0.452966 0)
(0.867088 0.451784 0)
(0.87913 0.448746 0)
(0.892758 0.445072 0)
(0.900048 0.432251 0)
(0.894387 0.401741 0)
(0.873005 0.350448 0)
(0.827968 0.278319 0)
(0.750881 0.192961 0)
(0.63747 0.10655 0)
(0.501696 0.0360175 0)
(0.365198 0.0017794 0)
(0.232832 0.0275678 0)
(0.127142 0.133718 0)
(0.0812228 0.3026 0)
(0.0972725 0.489494 0)
(0.157591 0.652076 0)
(0.244793 0.76623 0)
(0.35063 0.824234 0)
(0.469621 0.827706 0)
(0.587375 0.788947 0)
(0.686131 0.722653 0)
(0.757675 0.638308 0)
(0.803321 0.559528 0)
(0.828251 0.508213 0)
(0.83985 0.48242 0)
(0.848441 0.471003 0)
(0.862155 0.4638 0)
(0.881908 0.458287 0)
(0.902171 0.456049 0)
(0.91634 0.456613 0)
(0.924199 0.458081 0)
(0.928152 0.458776 0)
(0.928583 0.458009 0)
(0.92755 0.456822 0)
(0.923522 0.456429 0)
(0.920638 0.454632 0)
(0.915528 0.453266 0)
(0.911968 0.45252 0)
(0.909188 0.451119 0)
(0.905724 0.450583 0)
(0.903995 0.449681 0)
(0.901825 0.449341 0)
(0.900436 0.448765 0)
(0.899177 0.448501 0)
(0.898201 0.448198 0)
(0.897407 0.447997 0)
(0.896775 0.447826 0)
(0.896256 0.447692 0)
(0.895858 0.447598 0)
(0.895514 0.447491 0)
(0.895249 0.447469 0)
(0.895109 0.447373 0)
(0.894958 0.4474 0)
(0.894753 0.447243 0)
(0.894708 0.447363 0)
(0.89449 0.447274 0)
(0.894683 0.447174 0)
(0.894299 0.447444 0)
(0.894454 0.446887 0)
(0.894646 0.447718 0)
(0.893954 0.446757 0)
(0.894911 0.447526 0)
(0.893855 0.446996 0)
(0.894971 0.447452 0)
(0.893798 0.447077 0)
(0.894642 0.447023 0)
(0.894849 0.447481 0)
(0.893257 0.447297 0)
(0.895714 0.446889 0)
(0.89348 0.446973 0)
(0.894442 0.448074 0)
(0.89538 0.446579 0)
(0.89286 0.44708 0)
(0.895532 0.4476 0)
(0.894243 0.44674 0)
(0.893844 0.447864 0)
(0.895108 0.446845 0)
(0.89393 0.446813 0)
(0.894442 0.447624 0)
(0.894575 0.447265 0)
(0.894363 0.447189 0)
(0.894444 0.446976 0)
(0.894156 0.447137 0)
(0.894493 0.447445 0)
(0.894521 0.447271 0)
(0.894435 0.447062 0)
(0.894382 0.447107 0)
(0.894222 0.447191 0)
(0.894423 0.4473 0)
(0.894598 0.447282 0)
(0.894266 0.447092 0)
(0.894589 0.447182 0)
(0.894296 0.447143 0)
(0.89413 0.447162 0)
(0.893727 0.447021 0)
(0.891806 0.447126 0)
(0.887448 0.447883 0)
(0.878186 0.44896 0)
(0.865968 0.450413 0)
(0.8614 0.451749 0)
(0.867948 0.450621 0)
(0.88044 0.447747 0)
(0.894279 0.444537 0)
(0.901203 0.431339 0)
(0.895721 0.397605 0)
(0.875206 0.340826 0)
(0.832559 0.259558 0)
(0.759732 0.160168 0)
(0.652422 0.0570044 0)
(0.523265 -0.0321381 0)
(0.388222 -0.0824122 0)
(0.247124 -0.0643873 0)
(0.128423 0.0495888 0)
(0.0724853 0.247233 0)
(0.0814854 0.468552 0)
(0.137224 0.653404 0)
(0.21594 0.78146 0)
(0.309981 0.858232 0)
(0.42268 0.884793 0)
(0.545304 0.861479 0)
(0.656559 0.800285 0)
(0.739486 0.712249 0)
(0.790785 0.617997 0)
(0.819111 0.546925 0)
(0.833952 0.505134 0)
(0.84487 0.483457 0)
(0.85819 0.471881 0)
(0.873717 0.463879 0)
(0.890709 0.459088 0)
(0.907314 0.457035 0)
(0.919209 0.456644 0)
(0.925321 0.456895 0)
(0.927604 0.456709 0)
(0.927962 0.456752 0)
(0.925866 0.455688 0)
(0.922289 0.454018 0)
(0.917865 0.453595 0)
(0.91495 0.452149 0)
(0.910621 0.451463 0)
(0.907932 0.450332 0)
(0.905295 0.449981 0)
(0.903105 0.449216 0)
(0.901411 0.448886 0)
(0.899943 0.448494 0)
(0.898814 0.448229 0)
(0.897873 0.448005 0)
(0.897134 0.447838 0)
(0.896528 0.447694 0)
(0.896055 0.4476 0)
(0.895667 0.447502 0)
(0.895367 0.447453 0)
(0.895174 0.44741 0)
(0.895002 0.447329 0)
(0.894794 0.447338 0)
(0.894698 0.447278 0)
(0.894601 0.447278 0)
(0.894512 0.447255 0)
(0.894466 0.447308 0)
(0.894442 0.447102 0)
(0.89458 0.447374 0)
(0.893944 0.447182 0)
(0.894973 0.44708 0)
(0.894135 0.447573 0)
(0.89408 0.446687 0)
(0.89501 0.44769 0)
(0.893848 0.446969 0)
(0.894808 0.447261 0)
(0.89402 0.447131 0)
(0.894422 0.447274 0)
(0.895184 0.447214 0)
(0.893021 0.447227 0)
(0.895405 0.447191 0)
(0.894392 0.446793 0)
(0.893706 0.447891 0)
(0.895152 0.447041 0)
(0.89395 0.44674 0)
(0.894466 0.447482 0)
(0.894571 0.447193 0)
(0.894228 0.447437 0)
(0.894523 0.447024 0)
(0.894341 0.446925 0)
(0.8943 0.447401 0)
(0.894457 0.44732 0)
(0.894589 0.447213 0)
(0.894294 0.44711 0)
(0.894259 0.447047 0)
(0.894468 0.447327 0)
(0.894377 0.447305 0)
(0.894512 0.447114 0)
(0.89453 0.447161 0)
(0.894148 0.447212 0)
(0.894599 0.447202 0)
(0.894364 0.447189 0)
(0.894076 0.447128 0)
(0.893662 0.446933 0)
(0.891485 0.447147 0)
(0.886614 0.447762 0)
(0.877339 0.448503 0)
(0.865211 0.449533 0)
(0.861373 0.450549 0)
(0.868676 0.449544 0)
(0.881599 0.446898 0)
(0.895403 0.444153 0)
(0.902332 0.430979 0)
(0.897631 0.394802 0)
(0.879245 0.333382 0)
(0.841814 0.244335 0)
(0.776781 0.132803 0)
(0.681324 0.014411 0)
(0.565774 -0.0925268 0)
(0.439567 -0.159207 0)
(0.2985 -0.151935 0)
(0.171399 -0.0341177 0)
(0.103992 0.198297 0)
(0.0953394 0.462774 0)
(0.134688 0.6666 0)
(0.203768 0.80039 0)
(0.292235 0.8906 0)
(0.39891 0.941301 0)
(0.516361 0.937337 0)
(0.629871 0.879598 0)
(0.721519 0.788677 0)
(0.780776 0.685735 0)
(0.814099 0.598371 0)
(0.832716 0.538908 0)
(0.843334 0.501766 0)
(0.852779 0.48183 0)
(0.865508 0.471583 0)
(0.882269 0.464432 0)
(0.899377 0.459083 0)
(0.912331 0.456514 0)
(0.920518 0.455892 0)
(0.925804 0.456031 0)
(0.927511 0.455926 0)
(0.927018 0.454552 0)
(0.923671 0.454027 0)
(0.92071 0.453173 0)
(0.91678 0.452017 0)
(0.912889 0.451284 0)
(0.909875 0.450429 0)
(0.906781 0.449847 0)
(0.904481 0.449252 0)
(0.902426 0.448858 0)
(0.900791 0.448486 0)
(0.89945 0.448218 0)
(0.898371 0.447996 0)
(0.8975 0.447824 0)
(0.896808 0.447693 0)
(0.896249 0.447577 0)
(0.895814 0.447517 0)
(0.895471 0.447418 0)
(0.895264 0.447382 0)
(0.894996 0.447323 0)
(0.894861 0.447352 0)
(0.894672 0.447248 0)
(0.894672 0.447295 0)
(0.8944 0.447273 0)
(0.894645 0.447172 0)
(0.894333 0.44742 0)
(0.894361 0.446919 0)
(0.894689 0.447584 0)
(0.893994 0.446932 0)
(0.894736 0.447408 0)
(0.894167 0.447006 0)
(0.894617 0.447418 0)
(0.894172 0.447216 0)
(0.894315 0.44686 0)
(0.895003 0.447548 0)
(0.893555 0.447233 0)
(0.894891 0.44702 0)
(0.894499 0.447045 0)
(0.893904 0.447539 0)
(0.895033 0.447181 0)
(0.89386 0.447015 0)
(0.894554 0.447246 0)
(0.89468 0.447034 0)
(0.894025 0.447609 0)
(0.894572 0.447104 0)
(0.894455 0.446897 0)
(0.894224 0.447315 0)
(0.894496 0.447241 0)
(0.894468 0.447377 0)
(0.894331 0.447129 0)
(0.894462 0.446958 0)
(0.894277 0.447294 0)
(0.894376 0.447275 0)
(0.894592 0.447268 0)
(0.894291 0.447192 0)
(0.894425 0.447073 0)
(0.894524 0.447195 0)
(0.894184 0.447316 0)
(0.894617 0.447121 0)
(0.894457 0.44716 0)
(0.893951 0.447155 0)
(0.893584 0.446887 0)
(0.89114 0.447124 0)
(0.8858 0.447626 0)
(0.876556 0.447927 0)
(0.864703 0.448642 0)
(0.861294 0.449415 0)
(0.869298 0.44847 0)
(0.882557 0.44628 0)
(0.896135 0.443804 0)
(0.9035 0.431165 0)
(0.899881 0.393914 0)
(0.884893 0.32855 0)
(0.854792 0.234129 0)
(0.800454 0.113296 0)
(0.721363 -0.0187591 0)
(0.624108 -0.140715 0)
(0.513078 -0.22168 0)
(0.38331 -0.225303 0)
(0.259951 -0.108331 0)
(0.193847 0.156393 0)
(0.172181 0.467524 0)
(0.183527 0.693253 0)
(0.23301 0.835525 0)
(0.315152 0.932827 0)
(0.417994 0.994728 0)
(0.521441 1.00797 0)
(0.618856 0.957728 0)
(0.705201 0.865978 0)
(0.769414 0.759557 0)
(0.810155 0.659916 0)
(0.835299 0.583356 0)
(0.847242 0.52918 0)
(0.851114 0.49662 0)
(0.858819 0.48106 0)
(0.874537 0.471342 0)
(0.891566 0.463177 0)
(0.90488 0.457912 0)
(0.915294 0.455983 0)
(0.922597 0.45568 0)
(0.926392 0.454785 0)
(0.926592 0.453769 0)
(0.92532 0.453762 0)
(0.922712 0.452401 0)
(0.918641 0.451916 0)
(0.915271 0.450938 0)
(0.911645 0.450384 0)
(0.908514 0.449657 0)
(0.905834 0.449215 0)
(0.903541 0.448769 0)
(0.901668 0.448443 0)
(0.900124 0.448171 0)
(0.898882 0.447962 0)
(0.897878 0.447792 0)
(0.897083 0.447668 0)
(0.896446 0.447561 0)
(0.895948 0.447488 0)
(0.895552 0.447426 0)
(0.895311 0.447354 0)
(0.895038 0.447343 0)
(0.894858 0.447285 0)
(0.894708 0.44731 0)
(0.894606 0.447251 0)
(0.89454 0.447265 0)
(0.89449 0.447222 0)
(0.89442 0.447298 0)
(0.894384 0.44712 0)
(0.894631 0.447353 0)
(0.894024 0.447131 0)
(0.894694 0.447144 0)
(0.894419 0.447499 0)
(0.894077 0.446818 0)
(0.89474 0.447446 0)
(0.894234 0.4472 0)
(0.894427 0.44714 0)
(0.894399 0.447205 0)
(0.894247 0.447159 0)
(0.894858 0.447264 0)
(0.893866 0.447322 0)
(0.894537 0.447035 0)
(0.894711 0.446988 0)
(0.894054 0.447619 0)
(0.894537 0.447135 0)
(0.894394 0.447025 0)
(0.894319 0.447209 0)
(0.894541 0.447127 0)
(0.894303 0.447474 0)
(0.894422 0.447162 0)
(0.894475 0.447011 0)
(0.89424 0.4472 0)
(0.894471 0.44723 0)
(0.894416 0.447355 0)
(0.894387 0.447167 0)
(0.894556 0.447083 0)
(0.894232 0.447186 0)
(0.894348 0.447244 0)
(0.894581 0.447228 0)
(0.894263 0.447281 0)
(0.894581 0.44703 0)
(0.894523 0.447181 0)
(0.893841 0.447259 0)
(0.893516 0.446793 0)
(0.89081 0.447002 0)
(0.884991 0.447503 0)
(0.875835 0.447249 0)
(0.864456 0.447759 0)
(0.861146 0.448326 0)
(0.869752 0.447418 0)
(0.883287 0.445871 0)
(0.896573 0.443399 0)
(0.904547 0.43196 0)
(0.902413 0.395119 0)
(0.891522 0.326866 0)
(0.870178 0.229998 0)
(0.828947 0.102978 0)
(0.768676 -0.0408437 0)
(0.692489 -0.174116 0)
(0.601736 -0.267379 0)
(0.495591 -0.278988 0)
(0.395415 -0.161215 0)
(0.359449 0.123289 0)
(0.354435 0.471173 0)
(0.330889 0.720752 0)
(0.333763 0.879971 0)
(0.384114 0.984655 0)
(0.469835 1.03971 0)
(0.557878 1.05617 0)
(0.633961 1.02289 0)
(0.703628 0.941443 0)
(0.766017 0.837299 0)
(0.811577 0.73009 0)
(0.838966 0.636089 0)
(0.850868 0.564142 0)
(0.85296 0.518508 0)
(0.85795 0.49462 0)
(0.869747 0.480036 0)
(0.883616 0.468619 0)
(0.897202 0.461049 0)
(0.909514 0.457373 0)
(0.918726 0.455517 0)
(0.92378 0.453802 0)
(0.925819 0.453567 0)
(0.926225 0.452762 0)
(0.923885 0.451954 0)
(0.920732 0.451385 0)
(0.917274 0.450659 0)
(0.91354 0.450058 0)
(0.910246 0.449485 0)
(0.907244 0.44904 0)
(0.904708 0.448646 0)
(0.902575 0.448339 0)
(0.900824 0.448089 0)
(0.899401 0.447893 0)
(0.89826 0.447742 0)
(0.89735 0.447619 0)
(0.896634 0.447536 0)
(0.896075 0.447452 0)
(0.895628 0.447416 0)
(0.895328 0.447344 0)
(0.895076 0.447326 0)
(0.894854 0.447279 0)
(0.894723 0.447294 0)
(0.894574 0.447251 0)
(0.894607 0.447262 0)
(0.894368 0.447236 0)
(0.894566 0.447204 0)
(0.89437 0.447333 0)
(0.894326 0.447029 0)
(0.894615 0.447428 0)
(0.89421 0.447069 0)
(0.894438 0.447284 0)
(0.894435 0.447106 0)
(0.894457 0.447331 0)
(0.894268 0.447215 0)
(0.894345 0.447002 0)
(0.894732 0.447317 0)
(0.894078 0.447391 0)
(0.894399 0.446978 0)
(0.894618 0.447078 0)
(0.894249 0.44749 0)
(0.894481 0.447103 0)
(0.894286 0.447206 0)
(0.89442 0.447162 0)
(0.894555 0.447024 0)
(0.89425 0.4475 0)
(0.894426 0.4472 0)
(0.894449 0.447035 0)
(0.89433 0.447182 0)
(0.894437 0.447215 0)
(0.894362 0.447288 0)
(0.894489 0.44723 0)
(0.894413 0.447177 0)
(0.894261 0.447082 0)
(0.894489 0.447199 0)
(0.894354 0.447316 0)
(0.894404 0.447211 0)
(0.894607 0.447099 0)
(0.894247 0.447315 0)
(0.894482 0.447087 0)
(0.894573 0.447156 0)
(0.89379 0.447331 0)
(0.893377 0.446687 0)
(0.890534 0.446813 0)
(0.884234 0.447397 0)
(0.87519 0.446548 0)
(0.86446 0.446828 0)
(0.860989 0.447282 0)
(0.869908 0.446468 0)
(0.883861 0.445472 0)
(0.896745 0.443084 0)
(0.905322 0.433235 0)
(0.905154 0.398219 0)
(0.898288 0.329189 0)
(0.886538 0.231981 0)
(0.86001 0.102574 0)
(0.819212 -0.0497067 0)
(0.766631 -0.191275 0)
(0.700902 -0.296709 0)
(0.629302 -0.318478 0)
(0.569783 -0.196664 0)
(0.581535 0.0949623 0)
(0.628408 0.453451 0)
(0.58645 0.716831 0)
(0.52161 0.907348 0)
(0.501231 1.03484 0)
(0.535993 1.08339 0)
(0.604723 1.09262 0)
(0.670439 1.07555 0)
(0.72345 1.01 0)
(0.777036 0.910203 0)
(0.822623 0.802422 0)
(0.848166 0.697687 0)
(0.85727 0.607892 0)
(0.858028 0.546396 0)
(0.86036 0.511671 0)
(0.867268 0.491356 0)
(0.877752 0.476482 0)
(0.890657 0.46566 0)
(0.903309 0.459661 0)
(0.913742 0.456009 0)
(0.920346 0.453842 0)
(0.924591 0.45305 0)
(0.925937 0.451913 0)
(0.924782 0.451461 0)
(0.922451 0.450708 0)
(0.919057 0.450212 0)
(0.915443 0.449639 0)
(0.911931 0.449191 0)
(0.9087 0.44878 0)
(0.905895 0.448449 0)
(0.903509 0.448176 0)
(0.901534 0.447961 0)
(0.899925 0.447791 0)
(0.898634 0.447662 0)
(0.897609 0.44756 0)
(0.896806 0.447484 0)
(0.896181 0.447426 0)
(0.895707 0.447377 0)
(0.895358 0.447322 0)
(0.895073 0.447297 0)
(0.894862 0.447292 0)
(0.894711 0.447254 0)
(0.894605 0.447273 0)
(0.894518 0.447227 0)
(0.894485 0.447265 0)
(0.894462 0.447194 0)
(0.894411 0.447268 0)
(0.89436 0.447156 0)
(0.894558 0.447303 0)
(0.894214 0.447128 0)
(0.894508 0.447204 0)
(0.894438 0.447334 0)
(0.894264 0.44705 0)
(0.894502 0.447216 0)
(0.894416 0.447335 0)
(0.89432 0.447111 0)
(0.894418 0.447134 0)
(0.894426 0.447306 0)
(0.894486 0.447131 0)
(0.894216 0.447316 0)
(0.894446 0.447128 0)
(0.894551 0.447002 0)
(0.894267 0.447488 0)
(0.894422 0.447184 0)
(0.894405 0.447071 0)
(0.894378 0.447231 0)
(0.894448 0.447147 0)
(0.894355 0.447255 0)
(0.894452 0.447301 0)
(0.89438 0.447151 0)
(0.894367 0.447078 0)
(0.894434 0.447243 0)
(0.894337 0.447244 0)
(0.894481 0.447201 0)
(0.894387 0.447241 0)
(0.894378 0.44718 0)
(0.894583 0.447059 0)
(0.894266 0.44739 0)
(0.89442 0.447166 0)
(0.894644 0.447012 0)
(0.893765 0.447396 0)
(0.893134 0.446655 0)
(0.890298 0.446578 0)
(0.883567 0.447234 0)
(0.874587 0.44592 0)
(0.864637 0.445779 0)
(0.860918 0.446303 0)
(0.869664 0.44569 0)
(0.88426 0.444912 0)
(0.896747 0.443027 0)
(0.905715 0.434708 0)
(0.907818 0.402902 0)
(0.904654 0.336057 0)
(0.902074 0.239646 0)
(0.890921 0.112231 0)
(0.868879 -0.0431451 0)
(0.841686 -0.191023 0)
(0.804934 -0.307052 0)
(0.771774 -0.350244 0)
(0.759423 -0.239816 0)
(0.801899 0.0410251 0)
(0.879161 0.383336 0)
(0.864597 0.65074 0)
(0.777465 0.873949 0)
(0.686508 1.04349 0)
(0.643083 1.12385 0)
(0.670423 1.14549 0)
(0.725654 1.13523 0)
(0.766025 1.0763 0)
(0.804414 0.975682 0)
(0.842217 0.866058 0)
(0.86315 0.758689 0)
(0.869321 0.660006 0)
(0.869225 0.583418 0)
(0.867163 0.532976 0)
(0.867424 0.504283 0)
(0.874044 0.486238 0)
(0.885282 0.472413 0)
(0.897611 0.463182 0)
(0.908187 0.457398 0)
(0.916496 0.454579 0)
(0.922373 0.452605 0)
(0.924979 0.451447 0)
(0.925228 0.450697 0)
(0.923639 0.450056 0)
(0.920687 0.449585 0)
(0.917202 0.449132 0)
(0.913585 0.448758 0)
(0.910156 0.44843 0)
(0.90709 0.448164 0)
(0.904451 0.44795 0)
(0.902244 0.447783 0)
(0.900442 0.447654 0)
(0.898994 0.447555 0)
(0.897851 0.447482 0)
(0.89696 0.447422 0)
(0.896272 0.447383 0)
(0.895757 0.447346 0)
(0.895379 0.447296 0)
(0.895066 0.447275 0)
(0.894853 0.447276 0)
(0.894704 0.447255 0)
(0.894601 0.447248 0)
(0.894499 0.447241 0)
(0.894522 0.447242 0)
(0.894381 0.447204 0)
(0.894482 0.447241 0)
(0.894408 0.447238 0)
(0.894347 0.447128 0)
(0.894473 0.447307 0)
(0.894403 0.447174 0)
(0.894327 0.447179 0)
(0.894449 0.447188 0)
(0.894448 0.447291 0)
(0.894307 0.447145 0)
(0.894409 0.447157 0)
(0.894522 0.447218 0)
(0.894267 0.447322 0)
(0.894401 0.447099 0)
(0.894488 0.447075 0)
(0.894365 0.447414 0)
(0.894413 0.447148 0)
(0.894316 0.447147 0)
(0.894461 0.447235 0)
(0.894461 0.447107 0)
(0.894308 0.44728 0)
(0.894443 0.447293 0)
(0.894391 0.447105 0)
(0.894399 0.447146 0)
(0.894401 0.447253 0)
(0.894366 0.44718 0)
(0.894457 0.447223 0)
(0.894366 0.447269 0)
(0.894458 0.44712 0)
(0.894401 0.447167 0)
(0.894302 0.447291 0)
(0.894565 0.447069 0)
(0.89436 0.447352 0)
(0.894387 0.447221 0)
(0.894673 0.446913 0)
(0.89377 0.447445 0)
(0.892858 0.446685 0)
(0.890043 0.446275 0)
(0.883042 0.446925 0)
(0.873983 0.44547 0)
(0.864911 0.444591 0)
(0.861041 0.445346 0)
(0.868998 0.44513 0)
(0.8843 0.444195 0)
(0.896772 0.443134 0)
(0.905681 0.436266 0)
(0.90996 0.408702 0)
(0.910386 0.347093 0)
(0.914992 0.253083 0)
(0.918646 0.130692 0)
(0.914325 -0.0208911 0)
(0.910294 -0.173739 0)
(0.902812 -0.295781 0)
(0.901153 -0.36264 0)
(0.927219 -0.291129 0)
(0.979109 -0.0483306 0)
(1.03601 0.268003 0)
(1.05294 0.549667 0)
(1.01355 0.779443 0)
(0.927621 0.973233 0)
(0.837329 1.11872 0)
(0.7992 1.18955 0)
(0.814066 1.19278 0)
(0.83449 1.13984 0)
(0.853131 1.04136 0)
(0.874741 0.926458 0)
(0.886414 0.812599 0)
(0.887066 0.709649 0)
(0.884023 0.625263 0)
(0.878177 0.561551 0)
(0.872874 0.521032 0)
(0.873667 0.496907 0)
(0.881276 0.480427 0)
(0.892371 0.468166 0)
(0.903014 0.460203 0)
(0.91228 0.455608 0)
(0.91934 0.452717 0)
(0.923523 0.451114 0)
(0.925071 0.449987 0)
(0.924376 0.449336 0)
(0.922057 0.448862 0)
(0.918803 0.448495 0)
(0.915173 0.448204 0)
(0.911582 0.447973 0)
(0.908276 0.447793 0)
(0.905382 0.447656 0)
(0.902941 0.447554 0)
(0.900938 0.447478 0)
(0.899333 0.447423 0)
(0.898068 0.447382 0)
(0.897091 0.447353 0)
(0.896348 0.447327 0)
(0.895782 0.447311 0)
(0.895367 0.447266 0)
(0.895062 0.447262 0)
(0.894837 0.447252 0)
(0.894688 0.447252 0)
(0.894581 0.447239 0)
(0.89453 0.447243 0)
(0.894454 0.447205 0)
(0.894448 0.44726 0)
(0.894438 0.447181 0)
(0.894406 0.447231 0)
(0.894381 0.447208 0)
(0.894472 0.447224 0)
(0.894329 0.447152 0)
(0.894437 0.447252 0)
(0.894418 0.44722 0)
(0.89436 0.447145 0)
(0.894424 0.447188 0)
(0.894414 0.447299 0)
(0.894369 0.44715 0)
(0.894395 0.447124 0)
(0.89445 0.447296 0)
(0.8944 0.447182 0)
(0.894294 0.447192 0)
(0.89449 0.447207 0)
(0.894439 0.447129 0)
(0.894323 0.44727 0)
(0.894423 0.447257 0)
(0.894382 0.447111 0)
(0.894441 0.447194 0)
(0.894374 0.44724 0)
(0.894387 0.447154 0)
(0.894433 0.447253 0)
(0.894371 0.447235 0)
(0.894459 0.447118 0)
(0.894333 0.447235 0)
(0.894398 0.447164 0)
(0.894477 0.447184 0)
(0.894312 0.44735 0)
(0.894551 0.447046 0)
(0.894424 0.447277 0)
(0.89433 0.447304 0)
(0.894622 0.446877 0)
(0.893824 0.447378 0)
(0.892594 0.446789 0)
(0.889751 0.445944 0)
(0.88269 0.446481 0)
(0.873424 0.44517 0)
(0.865215 0.443393 0)
(0.861381 0.444266 0)
(0.86811 0.444742 0)
(0.883657 0.443556 0)
(0.896869 0.443041 0)
(0.905455 0.437966 0)
(0.91108 0.415085 0)
(0.915179 0.360999 0)
(0.924492 0.272598 0)
(0.940239 0.156172 0)
(0.953768 0.0142467 0)
(0.967703 -0.139494 0)
(0.984914 -0.267475 0)
(1.00641 -0.346147 0)
(1.05199 -0.319849 0)
(1.11543 -0.13392 0)
(1.15894 0.150377 0)
(1.16615 0.448022 0)
(1.14846 0.687566 0)
(1.12129 0.868435 0)
(1.0646 1.03934 0)
(0.988967 1.16307 0)
(0.944465 1.2046 0)
(0.930058 1.17838 0)
(0.92649 1.09748 0)
(0.926258 0.985352 0)
(0.922553 0.865157 0)
(0.913899 0.754854 0)
(0.903428 0.66395 0)
(0.892309 0.592889 0)
(0.882461 0.542273 0)
(0.877573 0.50999 0)
(0.87993 0.489199 0)
(0.888128 0.474267 0)
(0.898312 0.46399 0)
(0.907926 0.457342 0)
(0.915917 0.453357 0)
(0.921506 0.450935 0)
(0.924341 0.449444 0)
(0.924702 0.448583 0)
(0.923106 0.44806 0)
(0.920214 0.447738 0)
(0.916657 0.447533 0)
(0.912948 0.447406 0)
(0.909426 0.447331 0)
(0.906286 0.44729 0)
(0.90361 0.447271 0)
(0.901406 0.447263 0)
(0.89964 0.447264 0)
(0.898257 0.447265 0)
(0.897196 0.447268 0)
(0.896396 0.447269 0)
(0.895802 0.447267 0)
(0.89535 0.447234 0)
(0.895038 0.447243 0)
(0.894822 0.447239 0)
(0.894667 0.447238 0)
(0.894575 0.447237 0)
(0.894509 0.447223 0)
(0.894459 0.447231 0)
(0.894459 0.447221 0)
(0.894398 0.447193 0)
(0.894428 0.447244 0)
(0.894427 0.447195 0)
(0.894374 0.447177 0)
(0.894404 0.447248 0)
(0.894448 0.447198 0)
(0.894354 0.447163 0)
(0.894404 0.447214 0)
(0.894432 0.447256 0)
(0.89437 0.447144 0)
(0.894413 0.447185 0)
(0.89442 0.447232 0)
(0.894341 0.447229 0)
(0.894443 0.447167 0)
(0.894419 0.447157 0)
(0.894373 0.447254 0)
(0.894392 0.447221 0)
(0.894387 0.447151 0)
(0.894447 0.447222 0)
(0.894381 0.447189 0)
(0.894398 0.447173 0)
(0.894376 0.447277 0)
(0.894424 0.447171 0)
(0.894438 0.447162 0)
(0.894315 0.447238 0)
(0.894462 0.447139 0)
(0.894386 0.447269 0)
(0.894364 0.447204 0)
(0.894514 0.44713 0)
(0.894325 0.447341 0)
(0.894494 0.447067 0)
(0.894464 0.447215 0)
(0.894308 0.447394 0)
(0.894564 0.446878 0)
(0.893887 0.447222 0)
(0.89234 0.446922 0)
(0.889445 0.44567 0)
(0.882473 0.445906 0)
(0.873016 0.444896 0)
(0.865453 0.4424 0)
(0.861866 0.44294 0)
(0.867307 0.44435 0)
(0.882128 0.443318 0)
(0.896714 0.442533 0)
(0.905489 0.439569 0)
(0.911106 0.421713 0)
(0.91821 0.37615 0)
(0.930968 0.297294 0)
(0.95393 0.18832 0)
(0.983927 0.0573549 0)
(1.01445 -0.0888056 0)
(1.04934 -0.222729 0)
(1.09298 -0.30974 0)
(1.15159 -0.314718 0)
(1.22315 -0.188674 0)
(1.2808 0.0501295 0)
(1.29 0.338457 0)
(1.2558 0.601028 0)
(1.22982 0.788089 0)
(1.21203 0.939682 0)
(1.16268 1.07468 0)
(1.09317 1.16033 0)
(1.043 1.17796 0)
(1.0172 1.12647 0)
(0.996 1.02713 0)
(0.972449 0.909859 0)
(0.950111 0.796623 0)
(0.92988 0.699852 0)
(0.911575 0.622348 0)
(0.895731 0.564498 0)
(0.885136 0.525293 0)
(0.881987 0.49925 0)
(0.885963 0.481165 0)
(0.894295 0.468447 0)
(0.903748 0.459865 0)
(0.912365 0.454443 0)
(0.91904 0.451075 0)
(0.923146 0.449024 0)
(0.924621 0.447841 0)
(0.923836 0.447194 0)
(0.921404 0.446872 0)
(0.918003 0.446744 0)
(0.914228 0.446729 0)
(0.910517 0.446774 0)
(0.907142 0.446849 0)
(0.904235 0.44693 0)
(0.901832 0.447009 0)
(0.899908 0.447076 0)
(0.89841 0.447132 0)
(0.89727 0.447173 0)
(0.896419 0.447205 0)
(0.8958 0.447224 0)
(0.895324 0.447206 0)
(0.895005 0.447218 0)
(0.894795 0.44723 0)
(0.894653 0.447227 0)
(0.894558 0.447226 0)
(0.894494 0.447222 0)
(0.894472 0.447227 0)
(0.894426 0.447194 0)
(0.894426 0.447244 0)
(0.894423 0.447181 0)
(0.894397 0.447208 0)
(0.8944 0.447229 0)
(0.894439 0.447193 0)
(0.894361 0.447161 0)
(0.89441 0.447257 0)
(0.894426 0.447206 0)
(0.894383 0.447141 0)
(0.894394 0.44721 0)
(0.894402 0.447267 0)
(0.894409 0.447165 0)
(0.894401 0.447155 0)
(0.894404 0.447231 0)
(0.894383 0.447223 0)
(0.894387 0.447191 0)
(0.894441 0.4472 0)
(0.8944 0.447164 0)
(0.894369 0.447211 0)
(0.894388 0.447251 0)
(0.894447 0.447163 0)
(0.894378 0.447202 0)
(0.894385 0.44719 0)
(0.894442 0.447184 0)
(0.894331 0.447259 0)
(0.894454 0.447146 0)
(0.89442 0.447244 0)
(0.894342 0.447217 0)
(0.894502 0.447085 0)
(0.894335 0.447344 0)
(0.894452 0.447138 0)
(0.894527 0.447146 0)
(0.894302 0.44744 0)
(0.894513 0.44693 0)
(0.893916 0.447046 0)
(0.892122 0.446983 0)
(0.889144 0.445499 0)
(0.882331 0.44523 0)
(0.872824 0.444534 0)
(0.86558 0.441707 0)
(0.862401 0.44147 0)
(0.86676 0.443659 0)
(0.879939 0.443552 0)
(0.895662 0.441998 0)
(0.905847 0.440417 0)
(0.910805 0.428165 0)
(0.918743 0.391563 0)
(0.934423 0.324458 0)
(0.960681 0.226867 0)
(1.00059 0.105954 0)
(1.04838 -0.0282923 0)
(1.09766 -0.159536 0)
(1.15575 -0.255241 0)
(1.2307 -0.282053 0)
(1.31316 -0.206835 0)
(1.38151 -0.0246492 0)
(1.41307 0.226229 0)
(1.39502 0.48607 0)
(1.34932 0.698864 0)
(1.31428 0.857777 0)
(1.28735 0.983939 0)
(1.23238 1.08596 0)
(1.16252 1.14097 0)
(1.1131 1.12381 0)
(1.07416 1.04503 0)
(1.03313 0.937292 0)
(0.994865 0.827308 0)
(0.962241 0.729738 0)
(0.935359 0.648654 0)
(0.913121 0.58554 0)
(0.896258 0.54065 0)
(0.887192 0.510079 0)
(0.886379 0.488695 0)
(0.891692 0.473447 0)
(0.900061 0.462932 0)
(0.908852 0.455985 0)
(0.91634 0.451519 0)
(0.921578 0.448748 0)
(0.924167 0.44713 0)
(0.924254 0.446275 0)
(0.922365 0.445907 0)
(0.91919 0.445838 0)
(0.915401 0.445938 0)
(0.911531 0.446121 0)
(0.907934 0.446331 0)
(0.904802 0.446535 0)
(0.902204 0.446716 0)
(0.900128 0.446866 0)
(0.898521 0.446984 0)
(0.89731 0.447074 0)
(0.896418 0.447136 0)
(0.895774 0.44718 0)
(0.89528 0.447178 0)
(0.894973 0.447201 0)
(0.894763 0.447212 0)
(0.894633 0.447221 0)
(0.894543 0.447218 0)
(0.894492 0.447219 0)
(0.894452 0.447209 0)
(0.894436 0.447221 0)
(0.894429 0.447203 0)
(0.894401 0.447197 0)
(0.894414 0.447231 0)
(0.894418 0.447179 0)
(0.894382 0.447195 0)
(0.894406 0.447239 0)
(0.894426 0.44718 0)
(0.894378 0.447168 0)
(0.894393 0.447241 0)
(0.894419 0.447226 0)
(0.894402 0.447143 0)
(0.894396 0.44719 0)
(0.894389 0.447251 0)
(0.894392 0.447213 0)
(0.894436 0.447158 0)
(0.89439 0.447177 0)
(0.894377 0.447232 0)
(0.894407 0.447224 0)
(0.894409 0.447186 0)
(0.894399 0.447193 0)
(0.894413 0.447173 0)
(0.894378 0.447223 0)
(0.894387 0.447215 0)
(0.894448 0.447182 0)
(0.89436 0.44724 0)
(0.894427 0.447141 0)
(0.894409 0.447207 0)
(0.894344 0.447256 0)
(0.894502 0.447102 0)
(0.894364 0.447331 0)
(0.894431 0.447193 0)
(0.894566 0.447079 0)
(0.894277 0.447431 0)
(0.89446 0.446993 0)
(0.893935 0.446919 0)
(0.891938 0.446956 0)
(0.888859 0.445402 0)
(0.882278 0.444574 0)
(0.872829 0.444011 0)
(0.865666 0.441236 0)
(0.862904 0.440094 0)
(0.866437 0.442484 0)
(0.8776 0.443878 0)
(0.893363 0.442103 0)
(0.905732 0.44036 0)
(0.911087 0.433301 0)
(0.917614 0.406702 0)
(0.933823 0.351652 0)
(0.962049 0.268476 0)
(1.00497 0.160495 0)
(1.06364 0.0371601 0)
(1.1287 -0.0852953 0)
(1.1964 -0.183022 0)
(1.27698 -0.22506 0)
(1.36855 -0.185736 0)
(1.44898 -0.0564108 0)
(1.49908 0.14328 0)
(1.51042 0.370173 0)
(1.48219 0.5837 0)
(1.43632 0.765274 0)
(1.39764 0.904862 0)
(1.34998 1.00681 0)
(1.28047 1.0746 0)
(1.21226 1.08784 0)
(1.15314 1.0378 0)
(1.09673 0.946761 0)
(1.04473 0.844163 0)
(0.999648 0.749017 0)
(0.962694 0.668088 0)
(0.933256 0.603132 0)
(0.910412 0.554713 0)
(0.895396 0.520505 0)
(0.889285 0.496255 0)
(0.890853 0.478761 0)
(0.897302 0.46634 0)
(0.905627 0.457857 0)
(0.913584 0.452212 0)
(0.919756 0.448606 0)
(0.923392 0.446452 0)
(0.924374 0.445308 0)
(0.923088 0.444845 0)
(0.9202 0.444816 0)
(0.916442 0.445034 0)
(0.912441 0.44537 0)
(0.90864 0.445738 0)
(0.905294 0.446087 0)
(0.902509 0.44639 0)
(0.900291 0.446637 0)
(0.898585 0.446829 0)
(0.897313 0.446969 0)
(0.89639 0.447069 0)
(0.895735 0.447134 0)
(0.895228 0.447149 0)
(0.89493 0.447186 0)
(0.894735 0.4472 0)
(0.894607 0.447211 0)
(0.894532 0.447214 0)
(0.89448 0.447211 0)
(0.894449 0.447212 0)
(0.894435 0.447208 0)
(0.894415 0.447202 0)
(0.894415 0.447218 0)
(0.894414 0.447187 0)
(0.894392 0.447205 0)
(0.894411 0.447221 0)
(0.894417 0.44718 0)
(0.894375 0.447186 0)
(0.894406 0.447245 0)
(0.894422 0.447187 0)
(0.894391 0.447152 0)
(0.894383 0.447235 0)
(0.894404 0.447245 0)
(0.894422 0.44715 0)
(0.894395 0.44717 0)
(0.894391 0.447239 0)
(0.894389 0.447224 0)
(0.894407 0.447186 0)
(0.894425 0.447176 0)
(0.894384 0.447188 0)
(0.894385 0.447226 0)
(0.894408 0.447211 0)
(0.894408 0.447197 0)
(0.894397 0.447195 0)
(0.894411 0.447175 0)
(0.894374 0.447225 0)
(0.894423 0.44718 0)
(0.894408 0.447213 0)
(0.894362 0.44726 0)
(0.8945 0.44711 0)
(0.894371 0.447274 0)
(0.894408 0.447218 0)
(0.89459 0.447084 0)
(0.894263 0.44742 0)
(0.894399 0.447031 0)
(0.893976 0.446845 0)
(0.891771 0.446873 0)
(0.888598 0.445296 0)
(0.882349 0.444016 0)
(0.873013 0.443362 0)
(0.865766 0.44083 0)
(0.863309 0.438975 0)
(0.866268 0.440952 0)
(0.875458 0.443717 0)
(0.890137 0.442938 0)
(0.904157 0.44031 0)
(0.911643 0.436196 0)
(0.916754 0.419863 0)
(0.929873 0.377904 0)
(0.957498 0.30922 0)
(1.00083 0.217925 0)
(1.06142 0.108222 0)
(1.13608 -0.00557945 0)
(1.21561 -0.100755 0)
(1.29933 -0.151874 0)
(1.38997 -0.136544 0)
(1.47613 -0.0472723 0)
(1.54198 0.103084 0)
(1.57683 0.285765 0)
(1.5723 0.47663 0)
(1.54002 0.661195 0)
(1.49873 0.81708 0)
(1.44344 0.927989 0)
(1.37609 0.99724 0)
(1.30506 1.02674 0)
(1.23124 1.0046 0)
(1.15894 0.935876 0)
(1.09343 0.845953 0)
(1.03766 0.756869 0)
(0.991795 0.678743 0)
(0.955072 0.614709 0)
(0.926372 0.565499 0)
(0.905845 0.5294 0)
(0.894476 0.503155 0)
(0.891845 0.483891 0)
(0.895692 0.469866 0)
(0.902954 0.459933 0)
(0.910963 0.453099 0)
(0.917824 0.448586 0)
(0.922389 0.445805 0)
(0.92424 0.444296 0)
(0.923577 0.443689 0)
(0.921016 0.443677 0)
(0.917327 0.444017 0)
(0.913222 0.444526 0)
(0.909235 0.445078 0)
(0.905689 0.445595 0)
(0.902733 0.44604 0)
(0.900386 0.446396 0)
(0.898598 0.446669 0)
(0.897279 0.446865 0)
(0.896335 0.447003 0)
(0.895678 0.447093 0)
(0.89517 0.447126 0)
(0.894884 0.447169 0)
(0.894703 0.447192 0)
(0.894587 0.447202 0)
(0.894516 0.447207 0)
(0.894471 0.447209 0)
(0.894447 0.447207 0)
(0.894424 0.447203 0)
(0.894422 0.447211 0)
(0.894411 0.447194 0)
(0.894402 0.447207 0)
(0.894412 0.447208 0)
(0.894403 0.447184 0)
(0.894389 0.447208 0)
(0.894413 0.447222 0)
(0.894409 0.447171 0)
(0.894382 0.44719 0)
(0.894397 0.447243 0)
(0.894417 0.447197 0)
(0.894407 0.447147 0)
(0.894387 0.44722 0)
(0.894379 0.447244 0)
(0.894417 0.447185 0)
(0.894426 0.447161 0)
(0.894382 0.447203 0)
(0.894387 0.447234 0)
(0.894397 0.447202 0)
(0.894419 0.447182 0)
(0.8944 0.447201 0)
(0.894396 0.44719 0)
(0.894399 0.447201 0)
(0.894393 0.447211 0)
(0.894398 0.447218 0)
(0.894425 0.447184 0)
(0.894405 0.447194 0)
(0.894372 0.447221 0)
(0.894486 0.447149 0)
(0.894367 0.447277 0)
(0.894403 0.447226 0)
(0.894629 0.447112 0)
(0.894258 0.447392 0)
(0.894309 0.44703 0)
(0.894032 0.446794 0)
(0.891671 0.446792 0)
(0.888324 0.445169 0)
(0.882524 0.443533 0)
(0.873428 0.442672 0)
(0.865901 0.440405 0)
(0.863577 0.438102 0)
(0.866201 0.439327 0)
(0.873656 0.442859 0)
(0.886502 0.443752 0)
(0.90096 0.441124 0)
(0.911164 0.437707 0)
(0.916738 0.428897 0)
(0.925608 0.401072 0)
(0.948165 0.34784 0)
(0.988661 0.273398 0)
(1.04696 0.181175 0)
(1.12168 0.0791051 0)
(1.20685 -0.0126174 0)
(1.29607 -0.0698577 0)
(1.38717 -0.0730742 0)
(1.47498 -0.0149851 0)
(1.54941 0.093891 0)
(1.59804 0.23365 0)
(1.61161 0.392654 0)
(1.59892 0.562846 0)
(1.56854 0.719969 0)
(1.51376 0.838066 0)
(1.44484 0.914583 0)
(1.37404 0.954757 0)
(1.29692 0.951991 0)
(1.21486 0.905284 0)
(1.13763 0.831717 0)
(1.07195 0.752483 0)
(1.01877 0.680069 0)
(0.976264 0.619285 0)
(0.942587 0.57146 0)
(0.917294 0.535432 0)
(0.90118 0.508539 0)
(0.894383 0.488302 0)
(0.895269 0.473145 0)
(0.900986 0.462018 0)
(0.908637 0.454074 0)
(0.915908 0.448637 0)
(0.921243 0.445171 0)
(0.923892 0.443234 0)
(0.923844 0.442438 0)
(0.921629 0.442428 0)
(0.918034 0.442897 0)
(0.91385 0.4436 0)
(0.909697 0.44436 0)
(0.905973 0.44507 0)
(0.902864 0.445673 0)
(0.90041 0.446151 0)
(0.898556 0.446509 0)
(0.897208 0.446767 0)
(0.896256 0.446941 0)
(0.895605 0.447057 0)
(0.895104 0.447108 0)
(0.894838 0.447156 0)
(0.894669 0.447183 0)
(0.894567 0.447197 0)
(0.894501 0.447201 0)
(0.894464 0.447205 0)
(0.894439 0.447202 0)
(0.894426 0.447206 0)
(0.894417 0.447199 0)
(0.894407 0.447205 0)
(0.894411 0.447202 0)
(0.894403 0.447195 0)
(0.894397 0.447207 0)
(0.894412 0.447204 0)
(0.894399 0.447182 0)
(0.894388 0.447211 0)
(0.894409 0.447221 0)
(0.894414 0.447173 0)
(0.894388 0.447183 0)
(0.894381 0.447242 0)
(0.894412 0.447209 0)
(0.894427 0.447154 0)
(0.894387 0.447197 0)
(0.894372 0.447239 0)
(0.894403 0.4472 0)
(0.894427 0.447182 0)
(0.8944 0.447197 0)
(0.894394 0.447192 0)
(0.894381 0.447215 0)
(0.894402 0.44721 0)
(0.894423 0.447196 0)
(0.894389 0.447193 0)
(0.894402 0.447195 0)
(0.894413 0.447196 0)
(0.894396 0.447212 0)
(0.894381 0.447216 0)
(0.894487 0.447177 0)
(0.894383 0.447271 0)
(0.894386 0.447195 0)
(0.894653 0.447126 0)
(0.894281 0.447383 0)
(0.894196 0.447038 0)
(0.894051 0.446739 0)
(0.891701 0.44671 0)
(0.888061 0.445094 0)
(0.882707 0.443079 0)
(0.87412 0.441966 0)
(0.8662 0.439965 0)
(0.86364 0.437409 0)
(0.866114 0.437779 0)
(0.872316 0.441422 0)
(0.882883 0.443841 0)
(0.896564 0.442502 0)
(0.908859 0.43938 0)
(0.916421 0.434145 0)
(0.922721 0.418083 0)
(0.938212 0.381888 0)
(0.970882 0.324685 0)
(1.02239 0.249988 0)
(1.09157 0.16353 0)
(1.17436 0.0792472 0)
(1.26462 0.01824 0)
(1.3574 -0.000754177 0)
(1.44745 0.0297193 0)
(1.52592 0.102488 0)
(1.58058 0.205394 0)
(1.60615 0.332869 0)
(1.61257 0.478421 0)
(1.59908 0.622516 0)
(1.55449 0.740206 0)
(1.49037 0.823307 0)
(1.42 0.87371 0)
(1.34207 0.885369 0)
(1.257 0.857447 0)
(1.17337 0.802141 0)
(1.10027 0.736217 0)
(1.04109 0.672361 0)
(0.994294 0.616987 0)
(0.957125 0.57232 0)
(0.928305 0.537907 0)
(0.908373 0.511671 0)
(0.897878 0.491445 0)
(0.895817 0.475806 0)
(0.899737 0.463871 0)
(0.906712 0.454998 0)
(0.914122 0.448682 0)
(0.920038 0.444508 0)
(0.92338 0.442104 0)
(0.923905 0.441089 0)
(0.922029 0.441074 0)
(0.918541 0.441686 0)
(0.914298 0.442606 0)
(0.910004 0.443602 0)
(0.906126 0.444526 0)
(0.902892 0.445302 0)
(0.900355 0.44591 0)
(0.898459 0.446359 0)
(0.897099 0.446675 0)
(0.896155 0.446888 0)
(0.89552 0.447023 0)
(0.895035 0.447092 0)
(0.894789 0.447147 0)
(0.894638 0.447176 0)
(0.894544 0.447191 0)
(0.89449 0.447198 0)
(0.894454 0.4472 0)
(0.894435 0.447203 0)
(0.894422 0.4472 0)
(0.894413 0.447202 0)
(0.894412 0.447202 0)
(0.894403 0.447197 0)
(0.894404 0.447206 0)
(0.894407 0.447198 0)
(0.894397 0.447194 0)
(0.894397 0.447209 0)
(0.894413 0.447204 0)
(0.894399 0.447177 0)
(0.894384 0.447214 0)
(0.894406 0.44722 0)
(0.894422 0.44718 0)
(0.894393 0.447176 0)
(0.894372 0.447231 0)
(0.894404 0.447218 0)
(0.894431 0.447177 0)
(0.894401 0.447181 0)
(0.894374 0.447214 0)
(0.894391 0.447215 0)
(0.894418 0.447194 0)
(0.894403 0.4472 0)
(0.894402 0.447191 0)
(0.894405 0.447196 0)
(0.894379 0.447209 0)
(0.894411 0.447198 0)
(0.894407 0.447206 0)
(0.894411 0.447213 0)
(0.894396 0.447201 0)
(0.894458 0.447167 0)
(0.894414 0.44727 0)
(0.894363 0.447211 0)
(0.894632 0.447133 0)
(0.894367 0.447368 0)
(0.894088 0.447077 0)
(0.893978 0.446665 0)
(0.89187 0.446576 0)
(0.88794 0.44511 0)
(0.882797 0.442724 0)
(0.874996 0.441203 0)
(0.866887 0.439466 0)
(0.863561 0.436926 0)
(0.865797 0.436417 0)
(0.871343 0.439528 0)
(0.879751 0.443016 0)
(0.891635 0.443547 0)
(0.904658 0.441528 0)
(0.914457 0.43784 0)
(0.920699 0.428773 0)
(0.930576 0.407283 0)
(0.953023 0.368383 0)
(0.992793 0.31158 0)
(1.05109 0.241365 0)
(1.12592 0.16841 0)
(1.2118 0.108752 0)
(1.30266 0.0782531 0)
(1.3922 0.0850062 0)
(1.47101 0.127321 0)
(1.52832 0.199518 0)
(1.5642 0.297041 0)
(1.58678 0.414292 0)
(1.58851 0.537061 0)
(1.55865 0.645418 0)
(1.50587 0.729707 0)
(1.4409 0.786182 0)
(1.36523 0.808533 0)
(1.28134 0.796394 0)
(1.19691 0.759021 0)
(1.12081 0.708839 0)
(1.05798 0.656282 0)
(1.00814 0.608273 0)
(0.968585 0.568277 0)
(0.937476 0.536754 0)
(0.914896 0.512258 0)
(0.901526 0.492951 0)
(0.896907 0.477525 0)
(0.899059 0.465252 0)
(0.905191 0.455712 0)
(0.912528 0.448629 0)
(0.918844 0.443773 0)
(0.922753 0.440891 0)
(0.923776 0.439649 0)
(0.92221 0.439633 0)
(0.918828 0.440406 0)
(0.914542 0.441571 0)
(0.910136 0.442827 0)
(0.906136 0.443982 0)
(0.902809 0.444942 0)
(0.90022 0.445684 0)
(0.898307 0.446224 0)
(0.896956 0.446597 0)
(0.896034 0.446843 0)
(0.895426 0.446999 0)
(0.894964 0.447082 0)
(0.894741 0.44714 0)
(0.894607 0.447172 0)
(0.894525 0.447187 0)
(0.894478 0.447195 0)
(0.894447 0.447199 0)
(0.894431 0.447199 0)
(0.894418 0.447201 0)
(0.894414 0.4472 0)
(0.894406 0.4472 0)
(0.894407 0.447201 0)
(0.894403 0.447199 0)
(0.894399 0.447197 0)
(0.894403 0.447208 0)
(0.894404 0.447194 0)
(0.894394 0.447195 0)
(0.894397 0.447211 0)
(0.894412 0.447205 0)
(0.894403 0.447177 0)
(0.89438 0.447204 0)
(0.894398 0.44723 0)
(0.89443 0.447184 0)
(0.894399 0.447175 0)
(0.89437 0.447216 0)
(0.894402 0.447217 0)
(0.894415 0.44719 0)
(0.894407 0.447197 0)
(0.894401 0.447193 0)
(0.894382 0.447201 0)
(0.8944 0.447204 0)
(0.89441 0.447208 0)
(0.894396 0.447202 0)
(0.89442 0.447188 0)
(0.894392 0.447204 0)
(0.89441 0.447198 0)
(0.894407 0.447218 0)
(0.894417 0.447189 0)
(0.894468 0.447247 0)
(0.894371 0.447245 0)
(0.894551 0.447132 0)
(0.894486 0.447302 0)
(0.894042 0.447153 0)
(0.893791 0.446639 0)
(0.892095 0.446368 0)
(0.888094 0.445147 0)
(0.882835 0.442597 0)
(0.875853 0.440448 0)
(0.86801 0.438781 0)
(0.863685 0.436611 0)
(0.865184 0.435403 0)
(0.87027 0.437434 0)
(0.877333 0.441245 0)
(0.887138 0.443598 0)
(0.899086 0.443468 0)
(0.910057 0.441213 0)
(0.918008 0.435625 0)
(0.925629 0.423474 0)
(0.939305 0.400329 0)
(0.965572 0.362152 0)
(1.00876 0.309234 0)
(1.06969 0.249276 0)
(1.14498 0.194919 0)
(1.22866 0.158781 0)
(1.31345 0.149334 0)
(1.38932 0.169244 0)
(1.44865 0.215673 0)
(1.49445 0.284409 0)
(1.52892 0.372634 0)
(1.5414 0.470789 0)
(1.52499 0.563548 0)
(1.48616 0.64158 0)
(1.43134 0.698686 0)
(1.36285 0.728121 0)
(1.28477 0.728992 0)
(1.20452 0.707651 0)
(1.13028 0.673 0)
(1.06739 0.633033 0)
(1.01671 0.59397 0)
(0.976177 0.559879 0)
(0.943934 0.532225 0)
(0.919837 0.510324 0)
(0.90457 0.492684 0)
(0.898035 0.478107 0)
(0.898698 0.465974 0)
(0.904006 0.456071 0)
(0.911154 0.448378 0)
(0.917714 0.442906 0)
(0.92205 0.439571 0)
(0.923474 0.438117 0)
(0.922166 0.438125 0)
(0.918878 0.439088 0)
(0.914564 0.440525 0)
(0.910075 0.442062 0)
(0.905992 0.443462 0)
(0.902611 0.444611 0)
(0.900005 0.445486 0)
(0.898104 0.446111 0)
(0.896783 0.446536 0)
(0.895898 0.44681 0)
(0.895325 0.446981 0)
(0.894894 0.447078 0)
(0.894696 0.447135 0)
(0.894578 0.447169 0)
(0.894508 0.447185 0)
(0.894466 0.447193 0)
(0.894442 0.447197 0)
(0.894426 0.447198 0)
(0.894416 0.447199 0)
(0.894411 0.4472 0)
(0.894406 0.4472 0)
(0.894404 0.447198 0)
(0.894402 0.447203 0)
(0.894402 0.447199 0)
(0.894401 0.447199 0)
(0.894397 0.447198 0)
(0.894405 0.44721 0)
(0.894404 0.44719 0)
(0.894392 0.447194 0)
(0.894395 0.447215 0)
(0.894416 0.447205 0)
(0.894404 0.447177 0)
(0.894379 0.4472 0)
(0.894396 0.447224 0)
(0.894419 0.447196 0)
(0.894408 0.447187 0)
(0.894385 0.447199 0)
(0.894394 0.447205 0)
(0.894402 0.447207 0)
(0.894404 0.447202 0)
(0.894409 0.447191 0)
(0.894397 0.447204 0)
(0.894394 0.447198 0)
(0.894412 0.447194 0)
(0.894388 0.447219 0)
(0.894419 0.447191 0)
(0.894426 0.447223 0)
(0.894387 0.447206 0)
(0.89449 0.447196 0)
(0.894412 0.447273 0)
(0.894451 0.447178 0)
(0.894564 0.447207 0)
(0.894104 0.447203 0)
(0.893562 0.446719 0)
(0.89224 0.446136 0)
(0.88852 0.445095 0)
(0.883051 0.442701 0)
(0.876568 0.439903 0)
(0.869326 0.437903 0)
(0.864359 0.436181 0)
(0.864564 0.434787 0)
(0.8688 0.43561 0)
(0.87523 0.438778 0)
(0.88354 0.442293 0)
(0.893441 0.444265 0)
(0.903798 0.443942 0)
(0.913182 0.440726 0)
(0.921328 0.433732 0)
(0.930444 0.420794 0)
(0.945608 0.398014 0)
(0.972907 0.362665 0)
(1.01605 0.317738 0)
(1.07473 0.272115 0)
(1.14507 0.236251 0)
(1.2199 0.218347 0)
(1.28999 0.221965 0)
(1.35078 0.245836 0)
(1.4032 0.28935 0)
(1.44348 0.352057 0)
(1.46259 0.425748 0)
(1.45794 0.499216 0)
(1.43344 0.565658 0)
(1.39171 0.618697 0)
(1.33475 0.651536 0)
(1.26699 0.662119 0)
(1.19525 0.654056 0)
(1.12689 0.633182 0)
(1.06739 0.605262 0)
(1.01839 0.575533 0)
(0.978671 0.548096 0)
(0.946722 0.525015 0)
(0.922381 0.506282 0)
(0.906328 0.490814 0)
(0.89871 0.477551 0)
(0.898376 0.46595 0)
(0.90305 0.455968 0)
(0.909995 0.447843 0)
(0.916686 0.441856 0)
(0.921312 0.43813 0)
(0.923023 0.436512 0)
(0.921901 0.436583 0)
(0.918681 0.437772 0)
(0.91435 0.439508 0)
(0.909812 0.441343 0)
(0.905689 0.442993 0)
(0.902299 0.444327 0)
(0.899714 0.445326 0)
(0.897856 0.446027 0)
(0.896585 0.446494 0)
(0.895751 0.446791 0)
(0.895221 0.446971 0)
(0.894826 0.447076 0)
(0.894653 0.447135 0)
(0.894552 0.447166 0)
(0.894492 0.447184 0)
(0.894457 0.447191 0)
(0.894435 0.447196 0)
(0.894423 0.447197 0)
(0.894413 0.447199 0)
(0.894409 0.447199 0)
(0.894405 0.4472 0)
(0.894403 0.447199 0)
(0.894403 0.447202 0)
(0.8944 0.447196 0)
(0.894401 0.447205 0)
(0.894403 0.447198 0)
(0.894399 0.447196 0)
(0.894395 0.447203 0)
(0.894406 0.447208 0)
(0.894405 0.447191 0)
(0.894389 0.447191 0)
(0.894395 0.447213 0)
(0.894412 0.447211 0)
(0.894409 0.447184 0)
(0.894384 0.447191 0)
(0.894394 0.447213 0)
(0.894406 0.447207 0)
(0.89441 0.447192 0)
(0.894396 0.447201 0)
(0.894398 0.447197 0)
(0.894399 0.447196 0)
(0.894396 0.447211 0)
(0.894406 0.447198 0)
(0.894411 0.447202 0)
(0.894398 0.447211 0)
(0.894413 0.447181 0)
(0.894425 0.447218 0)
(0.894384 0.447228 0)
(0.894476 0.447186 0)
(0.894468 0.447269 0)
(0.894397 0.447241 0)
(0.894549 0.447138 0)
(0.894226 0.447171 0)
(0.893443 0.446847 0)
(0.892246 0.446019 0)
(0.889058 0.444942 0)
(0.883655 0.442862 0)
(0.877268 0.439745 0)
(0.87057 0.43711 0)
(0.8655 0.435393 0)
(0.864362 0.434231 0)
(0.867253 0.434347 0)
(0.872998 0.43636 0)
(0.880361 0.439821 0)
(0.88853 0.443204 0)
(0.897382 0.445008 0)
(0.906622 0.444388 0)
(0.915368 0.440949 0)
(0.923372 0.433771 0)
(0.932729 0.420606 0)
(0.948108 0.399112 0)
(0.974492 0.369491 0)
(1.01449 0.336112 0)
(1.06698 0.305701 0)
(1.12663 0.284393 0)
(1.18693 0.276037 0)
(1.24434 0.283131 0)
(1.29631 0.308222 0)
(1.33699 0.349672 0)
(1.36068 0.400272 0)
(1.36651 0.454049 0)
(1.35539 0.507139 0)
(1.32763 0.553372 0)
(1.28472 0.585865 0)
(1.23042 0.601908 0)
(1.17037 0.603328 0)
(1.11113 0.593537 0)
(1.05801 0.576169 0)
(1.01315 0.555204 0)
(0.976048 0.534392 0)
(0.945756 0.516073 0)
(0.922321 0.500741 0)
(0.906504 0.487688 0)
(0.898641 0.475994 0)
(0.897881 0.465179 0)
(0.902215 0.455339 0)
(0.909031 0.446954 0)
(0.915785 0.44058 0)
(0.920572 0.436562 0)
(0.922443 0.434858 0)
(0.921423 0.435053 0)
(0.918236 0.43651 0)
(0.913897 0.438569 0)
(0.909346 0.440706 0)
(0.905233 0.442599 0)
(0.901881 0.444105 0)
(0.899357 0.445212 0)
(0.897571 0.445975 0)
(0.896371 0.446473 0)
(0.895598 0.446784 0)
(0.895117 0.446969 0)
(0.894762 0.447079 0)
(0.894614 0.447136 0)
(0.894528 0.447166 0)
(0.894478 0.447182 0)
(0.894448 0.447191 0)
(0.89443 0.447195 0)
(0.894418 0.447197 0)
(0.894411 0.447198 0)
(0.894407 0.447199 0)
(0.894404 0.4472 0)
(0.894403 0.447198 0)
(0.894401 0.447202 0)
(0.894401 0.447198 0)
(0.894401 0.447202 0)
(0.894399 0.447195 0)
(0.894401 0.447207 0)
(0.894403 0.447196 0)
(0.894397 0.447193 0)
(0.894396 0.447207 0)
(0.894405 0.447207 0)
(0.894407 0.447193 0)
(0.894391 0.44719 0)
(0.894394 0.447207 0)
(0.894407 0.447208 0)
(0.894408 0.4472 0)
(0.894396 0.44719 0)
(0.894395 0.447198 0)
(0.894396 0.447206 0)
(0.894405 0.447203 0)
(0.894404 0.447202 0)
(0.894401 0.447201 0)
(0.894403 0.447189 0)
(0.894402 0.447206 0)
(0.894403 0.447205 0)
(0.894411 0.447202 0)
(0.894424 0.447215 0)
(0.894403 0.447226 0)
(0.89445 0.447203 0)
(0.894501 0.447238 0)
(0.89441 0.447266 0)
(0.894473 0.447159 0)
(0.894309 0.447101 0)
(0.893493 0.446901 0)
(0.892217 0.446087 0)
(0.889524 0.444831 0)
(0.884591 0.4429 0)
(0.87825 0.439908 0)
(0.871775 0.436747 0)
(0.866752 0.434455 0)
(0.864672 0.433347 0)
(0.866158 0.433332 0)
(0.870779 0.434493 0)
(0.877142 0.437078 0)
(0.884145 0.44061 0)
(0.891707 0.443848 0)
(0.899843 0.44566 0)
(0.907944 0.445316 0)
(0.91551 0.442036 0)
(0.923141 0.434746 0)
(0.932878 0.422418 0)
(0.948098 0.404907 0)
(0.972251 0.383334 0)
(1.00629 0.360162 0)
(1.04789 0.339562 0)
(1.0939 0.326612 0)
(1.14165 0.325572 0)
(1.18715 0.337734 0)
(1.22484 0.36059 0)
(1.25107 0.391292 0)
(1.2645 0.428486 0)
(1.26401 0.469052 0)
(1.24882 0.506623 0)
(1.21973 0.535203 0)
(1.17942 0.552618 0)
(1.13236 0.559621 0)
(1.08421 0.557648 0)
(1.03972 0.548522 0)
(1.00111 0.534988 0)
(0.968368 0.520196 0)
(0.94111 0.50644 0)
(0.919714 0.494469 0)
(0.905105 0.483831 0)
(0.897796 0.473736 0)
(0.897182 0.463779 0)
(0.901498 0.454191 0)
(0.908285 0.445679 0)
(0.915049 0.43906 0)
(0.919866 0.434878 0)
(0.921761 0.433194 0)
(0.920744 0.433589 0)
(0.917547 0.435357 0)
(0.913209 0.437752 0)
(0.908685 0.440186 0)
(0.904632 0.442302 0)
(0.901368 0.443956 0)
(0.898944 0.445149 0)
(0.897259 0.445957 0)
(0.896146 0.446473 0)
(0.895444 0.446789 0)
(0.895016 0.446974 0)
(0.894704 0.447085 0)
(0.894579 0.447138 0)
(0.894507 0.447167 0)
(0.894465 0.447182 0)
(0.89444 0.44719 0)
(0.894425 0.447194 0)
(0.894415 0.447197 0)
(0.89441 0.447198 0)
(0.894405 0.447199 0)
(0.894404 0.447199 0)
(0.894401 0.4472 0)
(0.894402 0.4472 0)
(0.894399 0.447199 0)
(0.894402 0.4472 0)
(0.894399 0.4472 0)
(0.894402 0.4472 0)
(0.894397 0.447198 0)
(0.8944 0.447205 0)
(0.894404 0.447201 0)
(0.894397 0.447187 0)
(0.894393 0.447206 0)
(0.894405 0.447213 0)
(0.894409 0.447194 0)
(0.89439 0.447188 0)
(0.894397 0.447204 0)
(0.894403 0.447205 0)
(0.894402 0.447205 0)
(0.8944 0.447193 0)
(0.8944 0.447198 0)
(0.894401 0.447204 0)
(0.894401 0.4472 0)
(0.894401 0.447198 0)
(0.894407 0.447209 0)
(0.894405 0.447197 0)
(0.894413 0.447209 0)
(0.894415 0.44721 0)
(0.894421 0.447212 0)
(0.894437 0.447235 0)
(0.894498 0.447231 0)
(0.894456 0.447247 0)
(0.894425 0.447215 0)
(0.8943 0.447075 0)
(0.893628 0.44686 0)
(0.892317 0.446226 0)
(0.889901 0.444911 0)
(0.885622 0.442893 0)
(0.879632 0.440144 0)
(0.873221 0.436838 0)
(0.868043 0.43386 0)
(0.865293 0.432271 0)
(0.865634 0.432057 0)
(0.868933 0.432844 0)
(0.87409 0.434718 0)
(0.880095 0.437667 0)
(0.886647 0.441119 0)
(0.893537 0.4442 0)
(0.900434 0.446086 0)
(0.907247 0.445998 0)
(0.914192 0.443221 0)
(0.921771 0.437305 0)
(0.931442 0.427903 0)
(0.945432 0.414564 0)
(0.965135 0.39841 0)
(0.990805 0.383009 0)
(1.02224 0.372057 0)
(1.05777 0.367374 0)
(1.09333 0.369345 0)
(1.12482 0.378606 0)
(1.14989 0.396133 0)
(1.16657 0.421209 0)
(1.1726 0.450123 0)
(1.16656 0.477649 0)
(1.1487 0.500019 0)
(1.12083 0.515989 0)
(1.08642 0.525438 0)
(1.04997 0.528228 0)
(1.01528 0.524776 0)
(0.984188 0.51681 0)
(0.956978 0.506871 0)
(0.933742 0.497031 0)
(0.915215 0.488075 0)
(0.902525 0.479642 0)
(0.896372 0.471011 0)
(0.896366 0.461851 0)
(0.900944 0.452541 0)
(0.907793 0.444008 0)
(0.914506 0.437293 0)
(0.919218 0.433107 0)
(0.920993 0.431574 0)
(0.919876 0.432256 0)
(0.916629 0.434374 0)
(0.9123 0.437107 0)
(0.907845 0.439814 0)
(0.903906 0.442121 0)
(0.900778 0.44389 0)
(0.898492 0.445142 0)
(0.89693 0.445972 0)
(0.895919 0.446493 0)
(0.895294 0.446805 0)
(0.894921 0.446985 0)
(0.894651 0.447092 0)
(0.894548 0.447143 0)
(0.894489 0.447169 0)
(0.894454 0.447183 0)
(0.894433 0.44719 0)
(0.894421 0.447195 0)
(0.894413 0.447196 0)
(0.894407 0.447199 0)
(0.894405 0.447198 0)
(0.894403 0.447201 0)
(0.894401 0.447198 0)
(0.894402 0.447202 0)
(0.894399 0.447198 0)
(0.894401 0.447201 0)
(0.8944 0.447199 0)
(0.894399 0.447199 0)
(0.894402 0.447203 0)
(0.894398 0.447195 0)
(0.8944 0.447202 0)
(0.894399 0.447203 0)
(0.894404 0.447204 0)
(0.8944 0.447185 0)
(0.894392 0.447203 0)
(0.894402 0.447211 0)
(0.894408 0.447199 0)
(0.894397 0.447195 0)
(0.894399 0.447201 0)
(0.8944 0.447192 0)
(0.894396 0.447206 0)
(0.894406 0.447209 0)
(0.894406 0.447202 0)
(0.894404 0.447196 0)
(0.894403 0.447195 0)
(0.894402 0.4472 0)
(0.894412 0.447211 0)
(0.894412 0.447215 0)
(0.894427 0.447213 0)
(0.894444 0.447242 0)
(0.894483 0.447242 0)
(0.894488 0.447233 0)
(0.894434 0.447228 0)
(0.89425 0.447108 0)
(0.893736 0.446825 0)
(0.892551 0.446306 0)
(0.890341 0.445144 0)
(0.88663 0.443079 0)
(0.881226 0.440395 0)
(0.875062 0.437148 0)
(0.869654 0.43382 0)
(0.86621 0.431518 0)
(0.86551 0.430621 0)
(0.867551 0.43098 0)
(0.871502 0.432478 0)
(0.876498 0.434907 0)
(0.882058 0.437907 0)
(0.887882 0.44108 0)
(0.893747 0.443965 0)
(0.899616 0.445985 0)
(0.905499 0.446576 0)
(0.911576 0.445221 0)
(0.918543 0.440944 0)
(0.927219 0.433358 0)
(0.938635 0.424187 0)
(0.954248 0.415375 0)
(0.974654 0.407255 0)
(0.998232 0.400436 0)
(1.02246 0.397436 0)
(1.04577 0.400803 0)
(1.06672 0.410984 0)
(1.08271 0.426415 0)
(1.09092 0.444475 0)
(1.08996 0.462465 0)
(1.07998 0.478572 0)
(1.06223 0.49187 0)
(1.03907 0.50146 0)
(1.0136 0.506259 0)
(0.988468 0.505905 0)
(0.965035 0.501491 0)
(0.943699 0.495062 0)
(0.924911 0.488356 0)
(0.909703 0.481965 0)
(0.89938 0.475434 0)
(0.894786 0.468029 0)
(0.895697 0.459512 0)
(0.90071 0.450444 0)
(0.907645 0.441971 0)
(0.914212 0.435319 0)
(0.918661 0.431303 0)
(0.920161 0.430065 0)
(0.91884 0.431118 0)
(0.9155 0.433614 0)
(0.911194 0.436669 0)
(0.906851 0.439611 0)
(0.903077 0.442065 0)
(0.900131 0.443909 0)
(0.898015 0.445189 0)
(0.896596 0.446019 0)
(0.895696 0.44653 0)
(0.895152 0.44683 0)
(0.894833 0.447 0)
(0.894605 0.447103 0)
(0.894521 0.447147 0)
(0.894473 0.447171 0)
(0.894445 0.447184 0)
(0.894427 0.447191 0)
(0.894417 0.447194 0)
(0.89441 0.447198 0)
(0.894407 0.447198 0)
(0.894402 0.447199 0)
(0.894403 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447198 0)
(0.894399 0.447202 0)
(0.8944 0.447198 0)
(0.894402 0.447204 0)
(0.894398 0.447193 0)
(0.894401 0.447201 0)
(0.894397 0.447204 0)
(0.894405 0.44721 0)
(0.894401 0.447181 0)
(0.894393 0.447197 0)
(0.8944 0.447221 0)
(0.894409 0.447198 0)
(0.894397 0.447183 0)
(0.894396 0.447207 0)
(0.894402 0.447201 0)
(0.894403 0.447205 0)
(0.89441 0.447206 0)
(0.8944 0.447194 0)
(0.894407 0.447203 0)
(0.89441 0.447205 0)
(0.894412 0.447211 0)
(0.894425 0.44722 0)
(0.894452 0.447232 0)
(0.89447 0.447257 0)
(0.894502 0.44725 0)
(0.894457 0.447211 0)
(0.894242 0.447141 0)
(0.893791 0.446859 0)
(0.892803 0.446359 0)
(0.890915 0.445376 0)
(0.887677 0.443506 0)
(0.882892 0.440854 0)
(0.877201 0.437599 0)
(0.87172 0.434174 0)
(0.867629 0.43133 0)
(0.865899 0.429568 0)
(0.866705 0.42916 0)
(0.869413 0.430083 0)
(0.873315 0.432005 0)
(0.877959 0.434536 0)
(0.882985 0.437421 0)
(0.888061 0.44047 0)
(0.892981 0.443386 0)
(0.897715 0.44578 0)
(0.90256 0.446869 0)
(0.907797 0.445784 0)
(0.913643 0.443106 0)
(0.920937 0.439838 0)
(0.930737 0.435246 0)
(0.943076 0.428958 0)
(0.957075 0.423378 0)
(0.972249 0.421262 0)
(0.988438 0.423032 0)
(1.00418 0.427889 0)
(1.01672 0.43546 0)
(1.0239 0.445321 0)
(1.0251 0.456393 0)
(1.0204 0.467513 0)
(1.01032 0.477728 0)
(0.996118 0.485861 0)
(0.97967 0.490587 0)
(0.962693 0.491339 0)
(0.946114 0.488905 0)
(0.930341 0.484908 0)
(0.915976 0.480642 0)
(0.904193 0.476333 0)
(0.896407 0.471315 0)
(0.893555 0.464829 0)
(0.895512 0.456763 0)
(0.90099 0.447894 0)
(0.907937 0.439575 0)
(0.914208 0.433167 0)
(0.918213 0.429518 0)
(0.919281 0.428727 0)
(0.917654 0.430234 0)
(0.914187 0.433119 0)
(0.90992 0.436465 0)
(0.905733 0.43959 0)
(0.902173 0.442136 0)
(0.899447 0.44401 0)
(0.897528 0.445284 0)
(0.896267 0.446094 0)
(0.895484 0.446582 0)
(0.89502 0.446863 0)
(0.894754 0.447019 0)
(0.894565 0.447114 0)
(0.894498 0.447153 0)
(0.89446 0.447174 0)
(0.894436 0.447185 0)
(0.894423 0.447192 0)
(0.894414 0.447195 0)
(0.894408 0.447197 0)
(0.894405 0.447199 0)
(0.894402 0.447199 0)
(0.894403 0.4472 0)
(0.894399 0.447201 0)
(0.894402 0.447198 0)
(0.894399 0.447203 0)
(0.8944 0.447196 0)
(0.894402 0.447204 0)
(0.894398 0.447196 0)
(0.894401 0.447206 0)
(0.894402 0.447192 0)
(0.894396 0.447208 0)
(0.894403 0.447193 0)
(0.8944 0.447205 0)
(0.894398 0.4472 0)
(0.894399 0.447193 0)
(0.894404 0.447199 0)
(0.894392 0.447213 0)
(0.894408 0.447199 0)
(0.894405 0.447187 0)
(0.894393 0.447208 0)
(0.894401 0.447202 0)
(0.894399 0.447189 0)
(0.894405 0.447215 0)
(0.894408 0.447203 0)
(0.894401 0.447194 0)
(0.894411 0.447205 0)
(0.894409 0.447199 0)
(0.894412 0.44721 0)
(0.894428 0.447226 0)
(0.894452 0.447231 0)
(0.89447 0.447254 0)
(0.894503 0.447269 0)
(0.894467 0.447219 0)
(0.894277 0.447143 0)
(0.893843 0.446916 0)
(0.89302 0.446461 0)
(0.891509 0.44558 0)
(0.888803 0.444028 0)
(0.884694 0.441585 0)
(0.879543 0.43836 0)
(0.874128 0.434873 0)
(0.869616 0.431645 0)
(0.867048 0.429159 0)
(0.866631 0.427864 0)
(0.867972 0.427893 0)
(0.870667 0.429034 0)
(0.87438 0.43097 0)
(0.878659 0.433469 0)
(0.883019 0.43636 0)
(0.887189 0.439425 0)
(0.891246 0.442287 0)
(0.895339 0.444237 0)
(0.899364 0.44534 0)
(0.903535 0.446315 0)
(0.908386 0.446265 0)
(0.914253 0.443865 0)
(0.92118 0.440502 0)
(0.929259 0.438617 0)
(0.938826 0.438348 0)
(0.949603 0.438568 0)
(0.95999 0.439623 0)
(0.968132 0.442813 0)
(0.973241 0.448339 0)
(0.975258 0.455234 0)
(0.973928 0.462567 0)
(0.969014 0.46969 0)
(0.961061 0.475661 0)
(0.951254 0.479315 0)
(0.940634 0.480124 0)
(0.929711 0.478716 0)
(0.918769 0.476347 0)
(0.908406 0.473857 0)
(0.899795 0.471075 0)
(0.894389 0.46712 0)
(0.893189 0.461231 0)
(0.896121 0.453463 0)
(0.901948 0.444811 0)
(0.908723 0.4368 0)
(0.914482 0.430857 0)
(0.917845 0.427791 0)
(0.918332 0.427605 0)
(0.91632 0.42964 0)
(0.912708 0.432917 0)
(0.908507 0.436506 0)
(0.904523 0.43975 0)
(0.90122 0.442328 0)
(0.898749 0.444184 0)
(0.897047 0.44542 0)
(0.895952 0.44619 0)
(0.895288 0.446644 0)
(0.894902 0.4469 0)
(0.894685 0.447039 0)
(0.894531 0.447125 0)
(0.894479 0.447158 0)
(0.894448 0.447177 0)
(0.89443 0.447187 0)
(0.894419 0.447193 0)
(0.894411 0.447196 0)
(0.894407 0.447198 0)
(0.894404 0.447199 0)
(0.894401 0.447199 0)
(0.894402 0.4472 0)
(0.894399 0.4472 0)
(0.894402 0.447199 0)
(0.894398 0.447203 0)
(0.894401 0.447195 0)
(0.894399 0.447207 0)
(0.894399 0.447192 0)
(0.894403 0.447208 0)
(0.894395 0.447192 0)
(0.894403 0.447208 0)
(0.894402 0.447194 0)
(0.894394 0.447199 0)
(0.894404 0.447206 0)
(0.894402 0.447206 0)
(0.894394 0.447191 0)
(0.894395 0.447189 0)
(0.894411 0.44721 0)
(0.8944 0.44721 0)
(0.894399 0.447203 0)
(0.894409 0.447166 0)
(0.894395 0.447219 0)
(0.894398 0.447215 0)
(0.894403 0.447187 0)
(0.894408 0.447218 0)
(0.894406 0.447194 0)
(0.894412 0.447207 0)
(0.894413 0.447211 0)
(0.894431 0.447216 0)
(0.894453 0.447235 0)
(0.89447 0.447251 0)
(0.894501 0.447265 0)
(0.894469 0.447253 0)
(0.894314 0.447151 0)
(0.893938 0.446954 0)
(0.893223 0.44658 0)
(0.892017 0.445834 0)
(0.889915 0.444558 0)
(0.88659 0.442438 0)
(0.882084 0.439493 0)
(0.876908 0.436064 0)
(0.872178 0.43253 0)
(0.868903 0.429433 0)
(0.867389 0.427307 0)
(0.867489 0.426364 0)
(0.868987 0.426516 0)
(0.871589 0.427577 0)
(0.874881 0.429414 0)
(0.878441 0.431836 0)
(0.882032 0.434611 0)
(0.885702 0.437262 0)
(0.889334 0.439614 0)
(0.892732 0.442219 0)
(0.895896 0.444648 0)
(0.89913 0.44547 0)
(0.902869 0.445062 0)
(0.907177 0.445214 0)
(0.912124 0.445977 0)
(0.917985 0.445904 0)
(0.924352 0.445058 0)
(0.930176 0.445234 0)
(0.934899 0.447504 0)
(0.938546 0.451246 0)
(0.940894 0.455466 0)
(0.941319 0.459862 0)
(0.939378 0.464362 0)
(0.93532 0.468318 0)
(0.929938 0.470712 0)
(0.92387 0.471111 0)
(0.917241 0.470131 0)
(0.910085 0.468799 0)
(0.902942 0.467555 0)
(0.896989 0.465843 0)
(0.893648 0.46258 0)
(0.893884 0.457045 0)
(0.897606 0.449495 0)
(0.903589 0.441148 0)
(0.909971 0.433654 0)
(0.914982 0.428425 0)
(0.9175 0.426164 0)
(0.917279 0.426733 0)
(0.914832 0.429359 0)
(0.911083 0.433017 0)
(0.906988 0.436793 0)
(0.903253 0.440085 0)
(0.900249 0.442631 0)
(0.898058 0.444423 0)
(0.896584 0.44559 0)
(0.895658 0.446302 0)
(0.895109 0.446712 0)
(0.894798 0.44694 0)
(0.894626 0.447061 0)
(0.894504 0.447136 0)
(0.894463 0.447164 0)
(0.894439 0.44718 0)
(0.894424 0.447189 0)
(0.894415 0.447193 0)
(0.894409 0.447197 0)
(0.894405 0.447198 0)
(0.894403 0.447199 0)
(0.894401 0.4472 0)
(0.894402 0.447198 0)
(0.894398 0.447203 0)
(0.894404 0.447196 0)
(0.894396 0.447205 0)
(0.894403 0.447194 0)
(0.894398 0.447207 0)
(0.894401 0.447193 0)
(0.8944 0.447208 0)
(0.894397 0.447194 0)
(0.894407 0.447201 0)
(0.894391 0.447208 0)
(0.894404 0.447184 0)
(0.894406 0.447209 0)
(0.894394 0.447207 0)
(0.894408 0.447189 0)
(0.894392 0.447203 0)
(0.894373 0.447204 0)
(0.894424 0.447214 0)
(0.894433 0.447184 0)
(0.894377 0.44717 0)
(0.894394 0.44724 0)
(0.894419 0.447187 0)
(0.894397 0.447208 0)
(0.8944 0.447201 0)
(0.894402 0.447196 0)
(0.894407 0.447217 0)
(0.894424 0.447208 0)
(0.894432 0.447216 0)
(0.894455 0.44724 0)
(0.894474 0.447254 0)
(0.894496 0.447253 0)
(0.894466 0.447269 0)
(0.894344 0.447185 0)
(0.894045 0.447 0)
(0.89343 0.446675 0)
(0.892461 0.446104 0)
(0.890891 0.445088 0)
(0.888376 0.443343 0)
(0.884723 0.440842 0)
(0.880116 0.437694 0)
(0.875377 0.434114 0)
(0.871486 0.430598 0)
(0.869002 0.427719 0)
(0.868033 0.42578 0)
(0.868427 0.424834 0)
(0.869896 0.424859 0)
(0.872087 0.425764 0)
(0.874696 0.427406 0)
(0.877662 0.429503 0)
(0.880844 0.431738 0)
(0.883974 0.434312 0)
(0.88687 0.437167 0)
(0.889528 0.439379 0)
(0.892286 0.440735 0)
(0.895261 0.442321 0)
(0.89825 0.444387 0)
(0.901418 0.445645 0)
(0.904942 0.44558 0)
(0.908459 0.445547 0)
(0.911646 0.446876 0)
(0.914667 0.449294 0)
(0.917609 0.451748 0)
(0.919931 0.453934 0)
(0.920878 0.456362 0)
(0.920242 0.459202 0)
(0.918385 0.461711 0)
(0.915768 0.462963 0)
(0.912651 0.462842 0)
(0.908954 0.46213 0)
(0.904531 0.461645 0)
(0.8998 0.461372 0)
(0.895926 0.460366 0)
(0.894281 0.457436 0)
(0.895683 0.452022 0)
(0.899921 0.444657 0)
(0.905773 0.436776 0)
(0.911498 0.430086 0)
(0.91554 0.425888 0)
(0.917056 0.424683 0)
(0.916047 0.426149 0)
(0.913161 0.429408 0)
(0.909322 0.433418 0)
(0.905392 0.437316 0)
(0.901957 0.440583 0)
(0.899286 0.443033 0)
(0.897392 0.444715 0)
(0.896152 0.445785 0)
(0.895392 0.446424 0)
(0.894952 0.446784 0)
(0.894709 0.446979 0)
(0.894576 0.447082 0)
(0.894482 0.447146 0)
(0.894451 0.447169 0)
(0.894432 0.447183 0)
(0.89442 0.447189 0)
(0.894412 0.447195 0)
(0.894407 0.447196 0)
(0.894404 0.447199 0)
(0.894401 0.447198 0)
(0.894402 0.4472 0)
(0.894399 0.4472 0)
(0.894402 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447198 0)
(0.8944 0.447203 0)
(0.8944 0.447197 0)
(0.894401 0.447202 0)
(0.894398 0.4472 0)
(0.894405 0.447195 0)
(0.894392 0.447211 0)
(0.894406 0.447191 0)
(0.894382 0.447193 0)
(0.894417 0.447206 0)
(0.894435 0.447212 0)
(0.894373 0.447181 0)
(0.894368 0.447202 0)
(0.894406 0.447242 0)
(0.894429 0.447179 0)
(0.894371 0.447183 0)
(0.894436 0.447184 0)
(0.894416 0.447206 0)
(0.894406 0.447238 0)
(0.894388 0.447165 0)
(0.894396 0.447208 0)
(0.894388 0.447206 0)
(0.894425 0.447214 0)
(0.894436 0.447226 0)
(0.894457 0.447239 0)
(0.894483 0.447251 0)
(0.894497 0.447256 0)
(0.894465 0.447261 0)
(0.894368 0.447207 0)
(0.894134 0.447065 0)
(0.893643 0.446779 0)
(0.892865 0.446318 0)
(0.891695 0.445556 0)
(0.889889 0.444247 0)
(0.887189 0.442253 0)
(0.883481 0.439552 0)
(0.879152 0.436273 0)
(0.874992 0.432741 0)
(0.871709 0.429364 0)
(0.869688 0.426504 0)
(0.868962 0.424437 0)
(0.869331 0.42331 0)
(0.870479 0.423114 0)
(0.872221 0.423725 0)
(0.874424 0.424859 0)
(0.876906 0.426455 0)
(0.879429 0.42856 0)
(0.881782 0.430757 0)
(0.884211 0.432662 0)
(0.88687 0.434748 0)
(0.889339 0.437295 0)
(0.891529 0.439438 0)
(0.893824 0.440514 0)
(0.896249 0.441281 0)
(0.898562 0.442796 0)
(0.90087 0.444946 0)
(0.90333 0.446834 0)
(0.905695 0.448072 0)
(0.907536 0.449203 0)
(0.908468 0.450892 0)
(0.908386 0.452962 0)
(0.907729 0.45452 0)
(0.906936 0.454963 0)
(0.905853 0.454616 0)
(0.904077 0.454354 0)
(0.901488 0.454665 0)
(0.898519 0.455064 0)
(0.896236 0.454347 0)
(0.895909 0.451409 0)
(0.898201 0.445989 0)
(0.90271 0.43892 0)
(0.908167 0.431784 0)
(0.912993 0.426242 0)
(0.915911 0.423394 0)
(0.916359 0.423475 0)
(0.914568 0.425944 0)
(0.911296 0.42983 0)
(0.907442 0.434123 0)
(0.903751 0.438056 0)
(0.90067 0.441218 0)
(0.898358 0.443515 0)
(0.896771 0.445046 0)
(0.895761 0.445997 0)
(0.895159 0.446549 0)
(0.894819 0.446855 0)
(0.894635 0.447018 0)
(0.894536 0.447102 0)
(0.894465 0.447155 0)
(0.89444 0.447174 0)
(0.894426 0.447185 0)
(0.894416 0.447191 0)
(0.89441 0.447196 0)
(0.894405 0.447196 0)
(0.894404 0.4472 0)
(0.8944 0.447197 0)
(0.894403 0.447201 0)
(0.894396 0.447199 0)
(0.894406 0.447199 0)
(0.894393 0.447204 0)
(0.894408 0.447193 0)
(0.894392 0.447209 0)
(0.894407 0.447189 0)
(0.894395 0.447211 0)
(0.894403 0.447191 0)
(0.894397 0.447208 0)
(0.894404 0.44719 0)
(0.894397 0.447205 0)
(0.894422 0.447214 0)
(0.894355 0.447192 0)
(0.894384 0.447197 0)
(0.894441 0.447174 0)
(0.894456 0.4472 0)
(0.894402 0.447216 0)
(0.894292 0.447222 0)
(0.894435 0.447219 0)
(0.89442 0.447236 0)
(0.894372 0.447092 0)
(0.8944 0.447222 0)
(0.894471 0.447242 0)
(0.894405 0.447183 0)
(0.894402 0.447191 0)
(0.894377 0.447181 0)
(0.894396 0.447214 0)
(0.894431 0.447226 0)
(0.894451 0.447245 0)
(0.894487 0.447255 0)
(0.894496 0.447268 0)
(0.894474 0.447256 0)
(0.894394 0.44721 0)
(0.89421 0.447117 0)
(0.893837 0.446897 0)
(0.893232 0.446511 0)
(0.892356 0.445929 0)
(0.891088 0.445016 0)
(0.88922 0.443564 0)
(0.886558 0.441442 0)
(0.883113 0.438711 0)
(0.879263 0.435542 0)
(0.875624 0.432136 0)
(0.872752 0.428794 0)
(0.870919 0.42587 0)
(0.870109 0.423624 0)
(0.870203 0.422179 0)
(0.871047 0.42146 0)
(0.872431 0.421394 0)
(0.874132 0.42201 0)
(0.875943 0.423162 0)
(0.877939 0.424565 0)
(0.880171 0.426248 0)
(0.882305 0.428322 0)
(0.884214 0.430417 0)
(0.886173 0.432046 0)
(0.88827 0.433421 0)
(0.890254 0.435178 0)
(0.892145 0.437319 0)
(0.894129 0.439212 0)
(0.896145 0.440438 0)
(0.897971 0.44131 0)
(0.899349 0.442481 0)
(0.900251 0.444152 0)
(0.900817 0.445787 0)
(0.901184 0.446656 0)
(0.901588 0.446667 0)
(0.90189 0.446481 0)
(0.901436 0.446797 0)
(0.89999 0.447678 0)
(0.898229 0.448348 0)
(0.897269 0.447551 0)
(0.898092 0.444385 0)
(0.901067 0.438963 0)
(0.905624 0.432419 0)
(0.910457 0.426396 0)
(0.914171 0.42238 0)
(0.915836 0.421172 0)
(0.915224 0.422703 0)
(0.912752 0.426217 0)
(0.909224 0.430674 0)
(0.905471 0.435139 0)
(0.902102 0.438993 0)
(0.899423 0.441963 0)
(0.897491 0.444048 0)
(0.896209 0.445397 0)
(0.895418 0.446212 0)
(0.894962 0.446673 0)
(0.894709 0.446924 0)
(0.894576 0.447052 0)
(0.894503 0.447121 0)
(0.89445 0.447162 0)
(0.894432 0.44718 0)
(0.89442 0.447186 0)
(0.894413 0.447193 0)
(0.894407 0.447196 0)
(0.894405 0.447198 0)
(0.894403 0.4472 0)
(0.8944 0.447198 0)
(0.894404 0.447201 0)
(0.894395 0.447198 0)
(0.894408 0.4472 0)
(0.89439 0.447202 0)
(0.894412 0.447194 0)
(0.894388 0.447211 0)
(0.894411 0.447184 0)
(0.894391 0.447219 0)
(0.894405 0.447182 0)
(0.894399 0.447213 0)
(0.894389 0.447204 0)
(0.894408 0.447168 0)
(0.894425 0.44721 0)
(0.894414 0.44723 0)
(0.894339 0.447219 0)
(0.894327 0.447209 0)
(0.894475 0.447131 0)
(0.894501 0.447124 0)
(0.894373 0.447242 0)
(0.894394 0.447324 0)
(0.894401 0.447184 0)
(0.89432 0.447128 0)
(0.894373 0.447231 0)
(0.894426 0.447188 0)
(0.894476 0.447264 0)
(0.894422 0.447185 0)
(0.894418 0.44716 0)
(0.894374 0.447181 0)
(0.894413 0.447203 0)
(0.894437 0.447235 0)
(0.894475 0.447262 0)
(0.894493 0.447275 0)
(0.89448 0.44727 0)
(0.894416 0.447226 0)
(0.894272 0.447147 0)
(0.893998 0.446991 0)
(0.893547 0.446696 0)
(0.892901 0.44625 0)
(0.891999 0.445595 0)
(0.890753 0.444611 0)
(0.889011 0.443128 0)
(0.886622 0.441082 0)
(0.883619 0.438519 0)
(0.880325 0.435539 0)
(0.877186 0.432336 0)
(0.874585 0.429133 0)
(0.872745 0.426161 0)
(0.871734 0.423605 0)
(0.871479 0.421604 0)
(0.871852 0.420263 0)
(0.872668 0.419609 0)
(0.873849 0.419546 0)
(0.875376 0.419906 0)
(0.877057 0.420678 0)
(0.878732 0.421814 0)
(0.880438 0.423058 0)
(0.882271 0.424336 0)
(0.884114 0.425935 0)
(0.885847 0.427858 0)
(0.887568 0.429687 0)
(0.889352 0.431149 0)
(0.891013 0.432312 0)
(0.892522 0.433482 0)
(0.893948 0.434971 0)
(0.895057 0.436611 0)
(0.896052 0.437836 0)
(0.897338 0.438308 0)
(0.898618 0.43826 0)
(0.899463 0.438445 0)
(0.899671 0.439378 0)
(0.899142 0.440616 0)
(0.89839 0.441108 0)
(0.898531 0.43986 0)
(0.900369 0.436381 0)
(0.903855 0.431133 0)
(0.9082 0.425485 0)
(0.912188 0.421051 0)
(0.914674 0.418984 0)
(0.91508 0.419654 0)
(0.913511 0.422666 0)
(0.910548 0.427118 0)
(0.906964 0.431989 0)
(0.903461 0.436471 0)
(0.900499 0.440113 0)
(0.898255 0.442795 0)
(0.896707 0.444611 0)
(0.895717 0.44575 0)
(0.895129 0.446419 0)
(0.894799 0.446788 0)
(0.894622 0.446984 0)
(0.894529 0.447083 0)
(0.894478 0.447137 0)
(0.894441 0.447168 0)
(0.894424 0.447184 0)
(0.894418 0.447187 0)
(0.894409 0.447197 0)
(0.894407 0.447193 0)
(0.894404 0.447202 0)
(0.894401 0.447195 0)
(0.894403 0.447203 0)
(0.894398 0.447197 0)
(0.894402 0.447202 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894397 0.447201 0)
(0.894403 0.447196 0)
(0.894399 0.447207 0)
(0.894398 0.44719 0)
(0.894408 0.447208 0)
(0.894395 0.447203 0)
(0.894383 0.447223 0)
(0.894356 0.447156 0)
(0.894565 0.447142 0)
(0.894367 0.447253 0)
(0.894286 0.447333 0)
(0.89432 0.447161 0)
(0.89444 0.447168 0)
(0.894532 0.447079 0)
(0.894363 0.447186 0)
(0.894508 0.447253 0)
(0.8944 0.447351 0)
(0.894282 0.447079 0)
(0.894308 0.447112 0)
(0.894455 0.447344 0)
(0.894437 0.447222 0)
(0.894471 0.447209 0)
(0.894403 0.447175 0)
(0.894414 0.447159 0)
(0.894429 0.447205 0)
(0.894456 0.447234 0)
(0.894489 0.447264 0)
(0.894485 0.447277 0)
(0.894435 0.447253 0)
(0.894328 0.447182 0)
(0.89412 0.447056 0)
(0.8938 0.446847 0)
(0.893336 0.446524 0)
(0.892701 0.446049 0)
(0.891864 0.445377 0)
(0.89076 0.444415 0)
(0.889267 0.443046 0)
(0.887282 0.441212 0)
(0.884852 0.438945 0)
(0.882168 0.436313 0)
(0.879525 0.433414 0)
(0.877193 0.430392 0)
(0.875344 0.427428 0)
(0.874063 0.424695 0)
(0.873358 0.422338 0)
(0.873206 0.420446 0)
(0.873568 0.418956 0)
(0.874304 0.417896 0)
(0.875293 0.417371 0)
(0.876469 0.417331 0)
(0.87785 0.417597 0)
(0.879414 0.418205 0)
(0.880946 0.419197 0)
(0.88253 0.42034 0)
(0.884218 0.421495 0)
(0.885783 0.422632 0)
(0.887414 0.423793 0)
(0.889052 0.425084 0)
(0.890518 0.426579 0)
(0.89197 0.428085 0)
(0.893309 0.428995 0)
(0.89483 0.429276 0)
(0.896678 0.429627 0)
(0.897979 0.430426 0)
(0.898352 0.431712 0)
(0.898423 0.432991 0)
(0.898789 0.433073 0)
(0.89998 0.431177 0)
(0.902525 0.427521 0)
(0.906228 0.422975 0)
(0.910095 0.418843 0)
(0.913025 0.416481 0)
(0.914248 0.416656 0)
(0.913528 0.419277 0)
(0.911215 0.423632 0)
(0.908 0.428766 0)
(0.904581 0.433786 0)
(0.901486 0.438078 0)
(0.899009 0.44137 0)
(0.897217 0.443681 0)
(0.896034 0.44518 0)
(0.895307 0.446092 0)
(0.894895 0.44661 0)
(0.89467 0.446891 0)
(0.894555 0.447036 0)
(0.894494 0.44711 0)
(0.894459 0.447149 0)
(0.894431 0.447177 0)
(0.89442 0.447184 0)
(0.894415 0.447191 0)
(0.894406 0.447196 0)
(0.894407 0.447194 0)
(0.8944 0.447203 0)
(0.894402 0.447194 0)
(0.894402 0.447206 0)
(0.894396 0.447194 0)
(0.894408 0.447205 0)
(0.894388 0.447198 0)
(0.894415 0.447198 0)
(0.894382 0.447207 0)
(0.89442 0.447188 0)
(0.894381 0.447217 0)
(0.894417 0.447181 0)
(0.894384 0.447216 0)
(0.89441 0.447194 0)
(0.894408 0.447162 0)
(0.89443 0.447279 0)
(0.894259 0.447185 0)
(0.89443 0.447221 0)
(0.894557 0.447047 0)
(0.894528 0.447147 0)
(0.894196 0.447424 0)
(0.894224 0.44735 0)
(0.894484 0.446969 0)
(0.894387 0.447145 0)
(0.894494 0.44735 0)
(0.894536 0.447184 0)
(0.894458 0.447082 0)
(0.89429 0.447195 0)
(0.894258 0.447162 0)
(0.894429 0.447252 0)
(0.894416 0.447327 0)
(0.894466 0.447208 0)
(0.894441 0.447196 0)
(0.894437 0.44716 0)
(0.89445 0.447197 0)
(0.894472 0.447234 0)
(0.894485 0.447253 0)
(0.894458 0.447255 0)
(0.894374 0.447219 0)
(0.894229 0.447121 0)
(0.893998 0.446967 0)
(0.893672 0.446734 0)
(0.893239 0.446412 0)
(0.892677 0.445949 0)
(0.891963 0.445316 0)
(0.89106 0.44446 0)
(0.889885 0.443295 0)
(0.888359 0.441778 0)
(0.886529 0.439896 0)
(0.884485 0.437682 0)
(0.882376 0.435208 0)
(0.880362 0.432557 0)
(0.878609 0.42981 0)
(0.877211 0.427078 0)
(0.876226 0.424458 0)
(0.875634 0.42203 0)
(0.875434 0.419926 0)
(0.875605 0.418265 0)
(0.876046 0.416945 0)
(0.87683 0.415883 0)
(0.877871 0.415232 0)
(0.879061 0.414971 0)
(0.88032 0.414932 0)
(0.881813 0.41513 0)
(0.883386 0.415604 0)
(0.884807 0.416211 0)
(0.886571 0.417154 0)
(0.888178 0.418314 0)
(0.889497 0.419231 0)
(0.891383 0.419884 0)
(0.893358 0.420209 0)
(0.895031 0.420837 0)
(0.896587 0.422282 0)
(0.897512 0.423645 0)
(0.897974 0.424253 0)
(0.899145 0.423832 0)
(0.901453 0.421837 0)
(0.904531 0.418577 0)
(0.907949 0.415365 0)
(0.910955 0.41345 0)
(0.912662 0.413605 0)
(0.912669 0.416073 0)
(0.911093 0.420426 0)
(0.908392 0.42577 0)
(0.905227 0.431185 0)
(0.902189 0.435999 0)
(0.899634 0.439851 0)
(0.89769 0.442662 0)
(0.896343 0.444548 0)
(0.89549 0.445722 0)
(0.894988 0.446405 0)
(0.894719 0.446779 0)
(0.894574 0.446979 0)
(0.894508 0.447077 0)
(0.894466 0.447133 0)
(0.894447 0.447157 0)
(0.89442 0.447183 0)
(0.894421 0.447182 0)
(0.894407 0.447199 0)
(0.894409 0.447189 0)
(0.894402 0.447204 0)
(0.894402 0.447193 0)
(0.894402 0.447203 0)
(0.8944 0.447198 0)
(0.894399 0.4472 0)
(0.894404 0.447202 0)
(0.894391 0.447197 0)
(0.894415 0.447202 0)
(0.894379 0.447201 0)
(0.894426 0.447195 0)
(0.89437 0.44721 0)
(0.894431 0.447187 0)
(0.894374 0.447216 0)
(0.89441 0.447195 0)
(0.894367 0.447188 0)
(0.894519 0.447206 0)
(0.894407 0.447124 0)
(0.894086 0.447367 0)
(0.894498 0.447274 0)
(0.894624 0.446989 0)
(0.894501 0.447028 0)
(0.894307 0.44726 0)
(0.894255 0.44754 0)
(0.894343 0.447208 0)
(0.894304 0.446936 0)
(0.894523 0.447208 0)
(0.894616 0.447495 0)
(0.894405 0.447106 0)
(0.894345 0.446908 0)
(0.894339 0.447265 0)
(0.894337 0.447252 0)
(0.894458 0.447264 0)
(0.894437 0.447295 0)
(0.894456 0.447182 0)
(0.894446 0.447214 0)
(0.894455 0.447192 0)
(0.894474 0.447214 0)
(0.894464 0.447226 0)
(0.894422 0.447219 0)
(0.894323 0.44717 0)
(0.894165 0.447063 0)
(0.893939 0.446904 0)
(0.893637 0.446675 0)
(0.893267 0.446369 0)
(0.892811 0.445962 0)
(0.892252 0.445423 0)
(0.891555 0.444717 0)
(0.890689 0.443795 0)
(0.889614 0.442617 0)
(0.888322 0.441173 0)
(0.886862 0.439452 0)
(0.885319 0.43746 0)
(0.883766 0.435244 0)
(0.882284 0.432886 0)
(0.880926 0.430404 0)
(0.879803 0.427868 0)
(0.878979 0.425428 0)
(0.878363 0.423101 0)
(0.87807 0.420751 0)
(0.878219 0.418628 0)
(0.878514 0.416918 0)
(0.878969 0.415362 0)
(0.879867 0.414109 0)
(0.880708 0.413241 0)
(0.88198 0.412616 0)
(0.88355 0.412246 0)
(0.884696 0.412083 0)
(0.886324 0.412434 0)
(0.887976 0.412553 0)
(0.889627 0.412318 0)
(0.892045 0.412818 0)
(0.893905 0.413572 0)
(0.894942 0.414497 0)
(0.89633 0.415627 0)
(0.897905 0.415734 0)
(0.899651 0.414742 0)
(0.902385 0.413258 0)
(0.905742 0.411432 0)
(0.908606 0.410166 0)
(0.910442 0.410738 0)
(0.910946 0.41347 0)
(0.910002 0.417899 0)
(0.907936 0.423348 0)
(0.905258 0.429029 0)
(0.902462 0.434214 0)
(0.899961 0.438465 0)
(0.897993 0.44166 0)
(0.896576 0.443883 0)
(0.895644 0.445319 0)
(0.895074 0.446183 0)
(0.894759 0.446664 0)
(0.894595 0.446919 0)
(0.894512 0.447047 0)
(0.894476 0.447112 0)
(0.894447 0.447148 0)
(0.89444 0.447164 0)
(0.894417 0.447181 0)
(0.894418 0.447189 0)
(0.894402 0.447196 0)
(0.894412 0.447193 0)
(0.894395 0.447204 0)
(0.894408 0.447191 0)
(0.894395 0.447209 0)
(0.894403 0.447191 0)
(0.8944 0.447208 0)
(0.894398 0.447194 0)
(0.894404 0.447202 0)
(0.894396 0.447203 0)
(0.894404 0.447192 0)
(0.894399 0.447214 0)
(0.894396 0.447182 0)
(0.894406 0.447216 0)
(0.894398 0.447183 0)
(0.894425 0.447225 0)
(0.894315 0.447171 0)
(0.894351 0.447237 0)
(0.894785 0.447264 0)
(0.894219 0.446837 0)
(0.894046 0.44747 0)
(0.894404 0.447592 0)
(0.89478 0.446895 0)
(0.894471 0.446868 0)
(0.89425 0.447415 0)
(0.894473 0.447117 0)
(0.894268 0.447198 0)
(0.894273 0.44744 0)
(0.894372 0.4472 0)
(0.894622 0.447218 0)
(0.894532 0.447191 0)
(0.894248 0.447103 0)
(0.894476 0.446993 0)
(0.89433 0.447344 0)
(0.894423 0.447218 0)
(0.89446 0.447331 0)
(0.894446 0.447228 0)
(0.894457 0.447219 0)
(0.894452 0.447211 0)
(0.894455 0.447213 0)
(0.894436 0.447198 0)
(0.894388 0.447176 0)
(0.894289 0.447122 0)
(0.894139 0.447024 0)
(0.893941 0.446874 0)
(0.89369 0.446673 0)
(0.893401 0.446413 0)
(0.893051 0.446078 0)
(0.892633 0.445656 0)
(0.892138 0.44511 0)
(0.891531 0.44443 0)
(0.890817 0.443564 0)
(0.889964 0.44251 0)
(0.889005 0.441258 0)
(0.887957 0.439784 0)
(0.886826 0.438124 0)
(0.885714 0.436247 0)
(0.884667 0.43418 0)
(0.883673 0.432046 0)
(0.882756 0.4297 0)
(0.88215 0.427258 0)
(0.881631 0.424996 0)
(0.881261 0.42276 0)
(0.881104 0.420504 0)
(0.881366 0.418368 0)
(0.882066 0.416666 0)
(0.882259 0.414844 0)
(0.883378 0.413289 0)
(0.884682 0.412283 0)
(0.885286 0.411143 0)
(0.887213 0.410521 0)
(0.889156 0.409663 0)
(0.890551 0.409125 0)
(0.892548 0.40989 0)
(0.893994 0.410076 0)
(0.895132 0.409927 0)
(0.897476 0.410069 0)
(0.900275 0.409289 0)
(0.9028 0.408189 0)
(0.905464 0.408131 0)
(0.907628 0.409352 0)
(0.908431 0.412134 0)
(0.907965 0.416626 0)
(0.906519 0.422133 0)
(0.904413 0.427787 0)
(0.902113 0.433041 0)
(0.899937 0.437502 0)
(0.89808 0.440943 0)
(0.896667 0.443379 0)
(0.895706 0.444983 0)
(0.895117 0.445974 0)
(0.894774 0.446548 0)
(0.894604 0.446858 0)
(0.89451 0.447019 0)
(0.894476 0.447094 0)
(0.89445 0.447139 0)
(0.894439 0.447156 0)
(0.894429 0.447175 0)
(0.894423 0.447181 0)
(0.894404 0.447196 0)
(0.894412 0.44719 0)
(0.8944 0.447202 0)
(0.894404 0.447195 0)
(0.894399 0.447202 0)
(0.894402 0.447199 0)
(0.894397 0.447198 0)
(0.894406 0.447203 0)
(0.89439 0.447195 0)
(0.894417 0.447205 0)
(0.894375 0.447197 0)
(0.894432 0.4472 0)
(0.894361 0.447203 0)
(0.894447 0.447195 0)
(0.894347 0.447215 0)
(0.894433 0.447168 0)
(0.894408 0.44723 0)
(0.89451 0.447224 0)
(0.894034 0.446985 0)
(0.894482 0.447673 0)
(0.895029 0.446989 0)
(0.894046 0.446686 0)
(0.893986 0.447499 0)
(0.894512 0.447768 0)
(0.894652 0.447025 0)
(0.894415 0.446708 0)
(0.894359 0.447291 0)
(0.894484 0.447529 0)
(0.894292 0.446918 0)
(0.89428 0.446912 0)
(0.894601 0.447737 0)
(0.894261 0.447358 0)
(0.894536 0.446974 0)
(0.894408 0.447157 0)
(0.89434 0.447137 0)
(0.894445 0.447122 0)
(0.894434 0.447322 0)
(0.894468 0.447241 0)
(0.894472 0.447291 0)
(0.894456 0.447234 0)
(0.89446 0.447234 0)
(0.894434 0.447212 0)
(0.894406 0.447194 0)
(0.894355 0.447153 0)
(0.894271 0.447096 0)
(0.894149 0.447009 0)
(0.893991 0.446888 0)
(0.893805 0.446724 0)
(0.893583 0.446516 0)
(0.893339 0.44626 0)
(0.893047 0.445945 0)
(0.892711 0.445548 0)
(0.892308 0.445065 0)
(0.891843 0.444483 0)
(0.891309 0.44375 0)
(0.890681 0.442911 0)
(0.890022 0.441879 0)
(0.889323 0.440622 0)
(0.8886 0.439293 0)
(0.887794 0.437784 0)
(0.887062 0.43598 0)
(0.886405 0.43416 0)
(0.885757 0.43233 0)
(0.885077 0.430077 0)
(0.885011 0.427839 0)
(0.884537 0.425799 0)
(0.884475 0.423424 0)
(0.885108 0.421281 0)
(0.88466 0.418974 0)
(0.885689 0.41753 0)
(0.886744 0.415847 0)
(0.887162 0.413416 0)
(0.889259 0.412674 0)
(0.890587 0.411684 0)
(0.89131 0.410772 0)
(0.893357 0.410863 0)
(0.895171 0.409925 0)
(0.896866 0.409223 0)
(0.899794 0.409412 0)
(0.902493 0.409325 0)
(0.903978 0.410282 0)
(0.904928 0.413418 0)
(0.905099 0.417818 0)
(0.904243 0.422779 0)
(0.902813 0.428034 0)
(0.901102 0.432998 0)
(0.899375 0.437231 0)
(0.897873 0.440613 0)
(0.896671 0.443127 0)
(0.895752 0.444832 0)
(0.895141 0.445892 0)
(0.89478 0.446506 0)
(0.89459 0.446832 0)
(0.894504 0.447002 0)
(0.894459 0.447084 0)
(0.894452 0.447127 0)
(0.894431 0.447153 0)
(0.894437 0.447164 0)
(0.894415 0.447181 0)
(0.894419 0.447187 0)
(0.8944 0.447195 0)
(0.894414 0.447193 0)
(0.894393 0.447201 0)
(0.894412 0.447195 0)
(0.89439 0.447203 0)
(0.89441 0.447196 0)
(0.894391 0.447202 0)
(0.894409 0.447201 0)
(0.89439 0.447195 0)
(0.894411 0.44721 0)
(0.894386 0.447184 0)
(0.894419 0.447225 0)
(0.894372 0.447166 0)
(0.894436 0.447235 0)
(0.894372 0.447165 0)
(0.894423 0.447265 0)
(0.894272 0.447069 0)
(0.894666 0.447437 0)
(0.89449 0.44693 0)
(0.89362 0.447049 0)
(0.894874 0.447991 0)
(0.894959 0.446845 0)
(0.894028 0.446435 0)
(0.893903 0.447582 0)
(0.894677 0.447692 0)
(0.894695 0.447118 0)
(0.8942 0.447251 0)
(0.894369 0.446959 0)
(0.894454 0.447014 0)
(0.894486 0.447364 0)
(0.894231 0.447133 0)
(0.894425 0.447141 0)
(0.894682 0.447465 0)
(0.89407 0.447403 0)
(0.894593 0.446886 0)
(0.894349 0.447298 0)
(0.894417 0.447045 0)
(0.894493 0.447278 0)
(0.894468 0.447236 0)
(0.894493 0.447286 0)
(0.894462 0.447251 0)
(0.894466 0.447252 0)
(0.894427 0.447232 0)
(0.894393 0.447199 0)
(0.894346 0.447155 0)
(0.894279 0.4471 0)
(0.894194 0.447024 0)
(0.894077 0.446928 0)
(0.893946 0.446811 0)
(0.893793 0.446653 0)
(0.893618 0.446472 0)
(0.893437 0.446246 0)
(0.8932 0.445987 0)
(0.892948 0.445651 0)
(0.892661 0.445249 0)
(0.892321 0.444775 0)
(0.891948 0.444177 0)
(0.891551 0.443498 0)
(0.8911 0.442778 0)
(0.890551 0.441772 0)
(0.890155 0.440635 0)
(0.889691 0.439562 0)
(0.889159 0.438118 0)
(0.888761 0.436504 0)
(0.888251 0.434708 0)
(0.888487 0.433308 0)
(0.887374 0.431222 0)
(0.887684 0.428937 0)
(0.888371 0.427575 0)
(0.887236 0.425089 0)
(0.88869 0.423511 0)
(0.889503 0.421238 0)
(0.889433 0.419076 0)
(0.891175 0.419037 0)
(0.891997 0.417084 0)
(0.892771 0.415565 0)
(0.895227 0.415719 0)
(0.89715 0.414725 0)
(0.898567 0.414458 0)
(0.900653 0.415885 0)
(0.901755 0.417915 0)
(0.9016 0.42126 0)
(0.901304 0.425821 0)
(0.900676 0.430234 0)
(0.899618 0.434216 0)
(0.898475 0.437891 0)
(0.897347 0.440942 0)
(0.896375 0.443206 0)
(0.895674 0.444805 0)
(0.895166 0.445862 0)
(0.894822 0.446502 0)
(0.894601 0.44685 0)
(0.894503 0.447018 0)
(0.894451 0.447095 0)
(0.894442 0.447127 0)
(0.894433 0.447149 0)
(0.894428 0.44716 0)
(0.894427 0.447173 0)
(0.894413 0.447181 0)
(0.894404 0.447191 0)
(0.894411 0.447194 0)
(0.894399 0.447196 0)
(0.894406 0.4472 0)
(0.894397 0.447197 0)
(0.894404 0.447202 0)
(0.894396 0.447197 0)
(0.894405 0.447203 0)
(0.894393 0.447197 0)
(0.89441 0.447202 0)
(0.894386 0.4472 0)
(0.894419 0.447196 0)
(0.894377 0.447208 0)
(0.894429 0.447191 0)
(0.894358 0.447221 0)
(0.894439 0.447145 0)
(0.894427 0.447283 0)
(0.894349 0.447133 0)
(0.894126 0.447161 0)
(0.895088 0.44759 0)
(0.894208 0.44644 0)
(0.893511 0.447455 0)
(0.895093 0.447948 0)
(0.894912 0.446772 0)
(0.893883 0.446657 0)
(0.894012 0.447427 0)
(0.894753 0.447501 0)
(0.894632 0.44705 0)
(0.894255 0.447097 0)
(0.894436 0.447661 0)
(0.894282 0.447321 0)
(0.894116 0.446375 0)
(0.894926 0.447405 0)
(0.894131 0.447428 0)
(0.894534 0.447121 0)
(0.894506 0.447341 0)
(0.894243 0.447291 0)
(0.894465 0.447051 0)
(0.894416 0.447255 0)
(0.894439 0.447164 0)
(0.8945 0.447261 0)
(0.894475 0.447248 0)
(0.894484 0.447265 0)
(0.894473 0.447241 0)
(0.894446 0.447237 0)
(0.894414 0.447212 0)
(0.894367 0.447182 0)
(0.894316 0.447131 0)
(0.894251 0.447074 0)
(0.894179 0.446998 0)
(0.894083 0.446919 0)
(0.893992 0.44681 0)
(0.893868 0.446686 0)
(0.893744 0.446534 0)
(0.89362 0.446338 0)
(0.893435 0.44614 0)
(0.893261 0.445876 0)
(0.893048 0.445537 0)
(0.892839 0.445243 0)
(0.892513 0.444759 0)
(0.89231 0.444122 0)
(0.892034 0.443613 0)
(0.891782 0.442967 0)
(0.891227 0.441887 0)
(0.891338 0.440924 0)
(0.890795 0.440343 0)
(0.890307 0.438625 0)
(0.891174 0.4376 0)
(0.889533 0.435818 0)
(0.890535 0.434811 0)
(0.890909 0.433449 0)
(0.889665 0.430332 0)
(0.891529 0.430229 0)
(0.891584 0.428335 0)
(0.891306 0.42638 0)
(0.893079 0.42627 0)
(0.893793 0.424058 0)
(0.894682 0.423481 0)
(0.896986 0.42407 0)
(0.897896 0.423391 0)
(0.897961 0.424662 0)
(0.898764 0.427903 0)
(0.898849 0.430753 0)
(0.898295 0.433614 0)
(0.8979 0.436734 0)
(0.89733 0.43944 0)
(0.896687 0.441758 0)
(0.896105 0.443718 0)
(0.895527 0.445106 0)
(0.89505 0.445977 0)
(0.894761 0.44652 0)
(0.894596 0.446844 0)
(0.894494 0.447015 0)
(0.894454 0.4471 0)
(0.89443 0.447136 0)
(0.894437 0.44715 0)
(0.894422 0.447161 0)
(0.894431 0.447168 0)
(0.894413 0.447178 0)
(0.89442 0.447184 0)
(0.894401 0.447194 0)
(0.894411 0.447195 0)
(0.894395 0.447196 0)
(0.894411 0.447202 0)
(0.894389 0.447194 0)
(0.894414 0.447207 0)
(0.894384 0.447189 0)
(0.894419 0.447214 0)
(0.894379 0.447182 0)
(0.894424 0.447222 0)
(0.894373 0.447172 0)
(0.894431 0.447237 0)
(0.894363 0.447152 0)
(0.894445 0.447253 0)
(0.894357 0.447148 0)
(0.894422 0.447278 0)
(0.89434 0.447057 0)
(0.894666 0.447417 0)
(0.894046 0.44686 0)
(0.894163 0.447592 0)
(0.895445 0.447289 0)
(0.893709 0.446376 0)
(0.893857 0.447693 0)
(0.895052 0.447806 0)
(0.894873 0.446777 0)
(0.893776 0.446828 0)
(0.894009 0.447343 0)
(0.894847 0.447218 0)
(0.89457 0.447307 0)
(0.894383 0.447162 0)
(0.894293 0.447259 0)
(0.894473 0.447319 0)
(0.894302 0.447467 0)
(0.894051 0.446563 0)
(0.895104 0.447196 0)
(0.894008 0.447615 0)
(0.894597 0.446955 0)
(0.894396 0.447489 0)
(0.894336 0.447097 0)
(0.894469 0.447267 0)
(0.894422 0.447183 0)
(0.894494 0.447254 0)
(0.894471 0.447231 0)
(0.894483 0.447257 0)
(0.89447 0.447245 0)
(0.894458 0.447242 0)
(0.894432 0.447224 0)
(0.894398 0.447206 0)
(0.894365 0.447175 0)
(0.894316 0.447134 0)
(0.894267 0.447083 0)
(0.894218 0.447022 0)
(0.894136 0.446953 0)
(0.894083 0.446866 0)
(0.893997 0.446773 0)
(0.893893 0.446669 0)
(0.893784 0.446498 0)
(0.893716 0.446347 0)
(0.893567 0.44616 0)
(0.893368 0.445835 0)
(0.89328 0.445564 0)
(0.893195 0.445385 0)
(0.892755 0.444776 0)
(0.892832 0.444347 0)
(0.892246 0.443758 0)
(0.893021 0.443452 0)
(0.891621 0.44247 0)
(0.892005 0.440968 0)
(0.892989 0.441548 0)
(0.890703 0.439397 0)
(0.892761 0.438952 0)
(0.89247 0.43752 0)
(0.891396 0.435813 0)
(0.893303 0.437003 0)
(0.893058 0.433879 0)
(0.893035 0.432804 0)
(0.894692 0.4338 0)
(0.895093 0.431905 0)
(0.895492 0.431973 0)
(0.896811 0.433288 0)
(0.896513 0.433894 0)
(0.896191 0.43601 0)
(0.896826 0.438411 0)
(0.896633 0.439661 0)
(0.896111 0.441151 0)
(0.89588 0.442989 0)
(0.895628 0.444367 0)
(0.895381 0.445371 0)
(0.895116 0.44614 0)
(0.894773 0.446624 0)
(0.894539 0.446895 0)
(0.894438 0.447041 0)
(0.894423 0.447107 0)
(0.89442 0.447133 0)
(0.894424 0.447148 0)
(0.894427 0.447157 0)
(0.894421 0.447168 0)
(0.894424 0.447172 0)
(0.894411 0.447184 0)
(0.894416 0.447185 0)
(0.894408 0.447201 0)
(0.8944 0.447188 0)
(0.894406 0.447207 0)
(0.894396 0.44719 0)
(0.894406 0.447207 0)
(0.894394 0.447194 0)
(0.894406 0.447203 0)
(0.894395 0.4472 0)
(0.894404 0.447197 0)
(0.894396 0.447208 0)
(0.894403 0.447186 0)
(0.894397 0.44722 0)
(0.894404 0.447176 0)
(0.894389 0.447232 0)
(0.894419 0.44714 0)
(0.894408 0.447293 0)
(0.894329 0.447108 0)
(0.894374 0.447273 0)
(0.894866 0.447201 0)
(0.89361 0.446867 0)
(0.894645 0.447941 0)
(0.895146 0.446828 0)
(0.893707 0.446662 0)
(0.893926 0.447665 0)
(0.89515 0.447381 0)
(0.894733 0.447084 0)
(0.893853 0.447156 0)
(0.894143 0.447334 0)
(0.894592 0.447128 0)
(0.894424 0.446764 0)
(0.894667 0.447181 0)
(0.894609 0.447995 0)
(0.893771 0.446885 0)
(0.894748 0.447087 0)
(0.894286 0.44749 0)
(0.894223 0.446862 0)
(0.894814 0.447176 0)
(0.894253 0.447419 0)
(0.894475 0.447131 0)
(0.894461 0.447322 0)
(0.894388 0.447197 0)
(0.894467 0.447252 0)
(0.894454 0.447237 0)
(0.894466 0.447256 0)
(0.894466 0.447254 0)
(0.894461 0.447255 0)
(0.894459 0.447246 0)
(0.894447 0.447241 0)
(0.894429 0.447224 0)
(0.8944 0.447213 0)
(0.894382 0.447184 0)
(0.894337 0.447156 0)
(0.894312 0.447125 0)
(0.89428 0.44707 0)
(0.894204 0.447025 0)
(0.894179 0.446952 0)
(0.894132 0.446864 0)
(0.894074 0.446821 0)
(0.893913 0.446658 0)
(0.893949 0.446495 0)
(0.893837 0.446515 0)
(0.893694 0.446207 0)
(0.893456 0.445853 0)
(0.89368 0.445607 0)
(0.893497 0.445912 0)
(0.892679 0.444422 0)
(0.894233 0.444779 0)
(0.891867 0.444073 0)
(0.893619 0.443661 0)
(0.893605 0.443594 0)
(0.891545 0.44082 0)
(0.894164 0.443005 0)
(0.893171 0.44109 0)
(0.892717 0.439682 0)
(0.894228 0.44087 0)
(0.893865 0.43823 0)
(0.894061 0.43915 0)
(0.895503 0.439754 0)
(0.894983 0.437821 0)
(0.89475 0.439412 0)
(0.895825 0.441378 0)
(0.895507 0.441307 0)
(0.895345 0.442101 0)
(0.895656 0.443303 0)
(0.895345 0.444054 0)
(0.895202 0.445033 0)
(0.895159 0.445849 0)
(0.894929 0.446225 0)
(0.894755 0.446541 0)
(0.894637 0.44685 0)
(0.894525 0.447031 0)
(0.894446 0.447121 0)
(0.894435 0.447151 0)
(0.894423 0.44716 0)
(0.89443 0.447156 0)
(0.894419 0.447162 0)
(0.894422 0.447169 0)
(0.894413 0.447175 0)
(0.894414 0.447188 0)
(0.894406 0.447184 0)
(0.894408 0.447195 0)
(0.894397 0.447194 0)
(0.894408 0.447206 0)
(0.894391 0.447188 0)
(0.894413 0.447216 0)
(0.894383 0.447179 0)
(0.894421 0.447225 0)
(0.894375 0.447172 0)
(0.894429 0.447232 0)
(0.894368 0.447165 0)
(0.894435 0.44724 0)
(0.894363 0.447153 0)
(0.894442 0.447251 0)
(0.894355 0.447151 0)
(0.894438 0.447253 0)
(0.894359 0.447122 0)
(0.894534 0.447311 0)
(0.894097 0.447041 0)
(0.894648 0.4475 0)
(0.894696 0.446822 0)
(0.893521 0.447202 0)
(0.895021 0.447782 0)
(0.894753 0.446706 0)
(0.89377 0.447028 0)
(0.894159 0.447498 0)
(0.894977 0.447332 0)
(0.894663 0.446923 0)
(0.893918 0.447251 0)
(0.894466 0.447433 0)
(0.894255 0.447226 0)
(0.89452 0.446879 0)
(0.894336 0.447243 0)
(0.894516 0.446745 0)
(0.89485 0.448213 0)
(0.893518 0.446893 0)
(0.895019 0.44688 0)
(0.894184 0.447627 0)
(0.894416 0.446846 0)
(0.894577 0.447399 0)
(0.894354 0.447152 0)
(0.894494 0.447298 0)
(0.894408 0.447209 0)
(0.89447 0.447259 0)
(0.894452 0.447246 0)
(0.89447 0.447259 0)
(0.894469 0.447255 0)
(0.894465 0.447265 0)
(0.894464 0.447257 0)
(0.894455 0.447257 0)
(0.89445 0.447249 0)
(0.894435 0.447238 0)
(0.894411 0.447224 0)
(0.894413 0.447211 0)
(0.89437 0.447184 0)
(0.894352 0.447167 0)
(0.894325 0.447108 0)
(0.894331 0.447118 0)
(0.894215 0.447053 0)
(0.894214 0.44694 0)
(0.894169 0.446957 0)
(0.894255 0.446899 0)
(0.893807 0.446587 0)
(0.894273 0.446604 0)
(0.893611 0.446567 0)
(0.894487 0.446247 0)
(0.893133 0.446185 0)
(0.893612 0.445014 0)
(0.894911 0.446951 0)
(0.891849 0.444304 0)
(0.894862 0.444964 0)
(0.893436 0.444749 0)
(0.892653 0.443357 0)
(0.894885 0.445607 0)
(0.893502 0.44161 0)
(0.893196 0.442752 0)
(0.894662 0.444496 0)
(0.89453 0.441455 0)
(0.894242 0.442657 0)
(0.895058 0.443378 0)
(0.894282 0.442579 0)
(0.894753 0.444172 0)
(0.895636 0.444515 0)
(0.894761 0.44379 0)
(0.89472 0.444829 0)
(0.895195 0.445869 0)
(0.895143 0.446086 0)
(0.894966 0.446386 0)
(0.894687 0.446651 0)
(0.894441 0.446804 0)
(0.894458 0.446965 0)
(0.894518 0.447079 0)
(0.894509 0.447119 0)
(0.894475 0.447138 0)
(0.894443 0.447159 0)
(0.894435 0.447159 0)
(0.894416 0.447174 0)
(0.89442 0.447169 0)
(0.894407 0.447187 0)
(0.894413 0.447182 0)
(0.894402 0.447195 0)
(0.894401 0.447182 0)
(0.894404 0.447214 0)
(0.894397 0.447183 0)
(0.894405 0.447214 0)
(0.894395 0.447188 0)
(0.894405 0.447208 0)
(0.894397 0.447197 0)
(0.894401 0.447198 0)
(0.894403 0.447209 0)
(0.894393 0.447184 0)
(0.894411 0.447223 0)
(0.894385 0.447172 0)
(0.894416 0.447231 0)
(0.89439 0.447162 0)
(0.894407 0.447254 0)
(0.894378 0.447124 0)
(0.894414 0.447301 0)
(0.894542 0.447089 0)
(0.893934 0.447201 0)
(0.895044 0.447489 0)
(0.894107 0.446659 0)
(0.894034 0.447501 0)
(0.894874 0.447459 0)
(0.894683 0.4469 0)
(0.893731 0.4472 0)
(0.894315 0.44722 0)
(0.894892 0.447178 0)
(0.894413 0.447121 0)
(0.894218 0.447294 0)
(0.894519 0.44747 0)
(0.894239 0.447238 0)
(0.894221 0.446664 0)
(0.894868 0.447416 0)
(0.89414 0.447385 0)
(0.894365 0.446718 0)
(0.894799 0.447811 0)
(0.893819 0.447088 0)
(0.894762 0.447 0)
(0.894352 0.447388 0)
(0.894385 0.447111 0)
(0.894513 0.447279 0)
(0.894408 0.447223 0)
(0.894458 0.447254 0)
(0.894454 0.44724 0)
(0.894463 0.44725 0)
(0.894472 0.447257 0)
(0.894473 0.447257 0)
(0.894474 0.447261 0)
(0.894468 0.447264 0)
(0.894471 0.447258 0)
(0.894452 0.447257 0)
(0.89446 0.447263 0)
(0.894449 0.447234 0)
(0.894418 0.447252 0)
(0.894431 0.447231 0)
(0.894415 0.447225 0)
(0.894376 0.447194 0)
(0.894331 0.44716 0)
(0.894394 0.447144 0)
(0.894401 0.447214 0)
(0.894104 0.446899 0)
(0.894372 0.44705 0)
(0.894201 0.446967 0)
(0.894427 0.447256 0)
(0.893347 0.445995 0)
(0.895321 0.447112 0)
(0.8927 0.446791 0)
(0.894958 0.4458 0)
(0.894254 0.446961 0)
(0.892311 0.44426 0)
(0.895631 0.447809 0)
(0.893485 0.444847 0)
(0.893402 0.444266 0)
(0.894622 0.446589 0)
(0.893937 0.443407 0)
(0.893802 0.445752 0)
(0.895072 0.445158 0)
(0.893955 0.442848 0)
(0.893968 0.445833 0)
(0.895343 0.445887 0)
(0.894436 0.444075 0)
(0.894615 0.445257 0)
(0.894872 0.445873 0)
(0.894426 0.445819 0)
(0.894893 0.446402 0)
(0.895002 0.446469 0)
(0.894638 0.446453 0)
(0.89453 0.446825 0)
(0.894473 0.44706 0)
(0.894441 0.447093 0)
(0.894444 0.447126 0)
(0.894462 0.44713 0)
(0.894433 0.447138 0)
(0.894426 0.447141 0)
(0.894413 0.447161 0)
(0.894414 0.447173 0)
(0.894411 0.447176 0)
(0.894408 0.447192 0)
(0.894407 0.44718 0)
(0.894404 0.447206 0)
(0.894398 0.447196 0)
(0.894406 0.447205 0)
(0.894394 0.447188 0)
(0.89441 0.447217 0)
(0.894386 0.447177 0)
(0.894418 0.447227 0)
(0.894377 0.447169 0)
(0.894427 0.447235 0)
(0.894369 0.447163 0)
(0.894433 0.447238 0)
(0.894364 0.44716 0)
(0.894439 0.44724 0)
(0.894356 0.447166 0)
(0.894449 0.447216 0)
(0.894349 0.447211 0)
(0.894468 0.447175 0)
(0.894267 0.447177 0)
(0.894617 0.447341 0)
(0.894236 0.446958 0)
(0.894248 0.447375 0)
(0.894945 0.447311 0)
(0.893913 0.446901 0)
(0.894197 0.44736 0)
(0.895006 0.447191 0)
(0.894356 0.447185 0)
(0.894007 0.447217 0)
(0.894306 0.447297 0)
(0.894864 0.447155 0)
(0.894047 0.446905 0)
(0.894734 0.447335 0)
(0.894154 0.447507 0)
(0.894636 0.446917 0)
(0.89424 0.447827 0)
(0.894029 0.446147 0)
(0.895182 0.447748 0)
(0.893826 0.447406 0)
(0.894544 0.446755 0)
(0.89452 0.447615 0)
(0.894207 0.447016 0)
(0.894566 0.447289 0)
(0.894377 0.447179 0)
(0.894475 0.447256 0)
(0.894433 0.447221 0)
(0.894458 0.447252 0)
(0.894442 0.447244 0)
(0.894453 0.447251 0)
(0.89446 0.44725 0)
(0.894458 0.447259 0)
(0.894466 0.447257 0)
(0.894458 0.447259 0)
(0.894464 0.447268 0)
(0.894468 0.447261 0)
(0.894436 0.44727 0)
(0.894463 0.447269 0)
(0.894451 0.447246 0)
(0.894455 0.447273 0)
(0.894367 0.447241 0)
(0.894509 0.447203 0)
(0.894377 0.447305 0)
(0.894435 0.447135 0)
(0.894201 0.447218 0)
(0.894607 0.447138 0)
(0.894179 0.447359 0)
(0.894511 0.446659 0)
(0.89394 0.447507 0)
(0.894224 0.446194 0)
(0.895384 0.448336 0)
(0.892209 0.445333 0)
(0.895831 0.447022 0)
(0.893558 0.447412 0)
(0.893655 0.445292 0)
(0.895316 0.448043 0)
(0.893348 0.443875 0)
(0.893576 0.447108 0)
(0.8953 0.447524 0)
(0.894316 0.443581 0)
(0.893397 0.446592 0)
(0.894962 0.4462 0)
(0.893997 0.445003 0)
(0.89473 0.446957 0)
(0.894969 0.44572 0)
(0.893664 0.445136 0)
(0.894675 0.447001 0)
(0.895062 0.44687 0)
(0.894512 0.446234 0)
(0.894443 0.446535 0)
(0.8944 0.446705 0)
(0.894473 0.446888 0)
(0.894664 0.447092 0)
(0.894598 0.447112 0)
(0.894443 0.447102 0)
(0.89438 0.447136 0)
(0.89437 0.447166 0)
(0.894391 0.447156 0)
(0.894391 0.447172 0)
(0.89441 0.447164 0)
(0.894402 0.44719 0)
(0.89441 0.447181 0)
(0.8944 0.447199 0)
(0.894406 0.447193 0)
(0.894403 0.447217 0)
(0.894397 0.447179 0)
(0.894405 0.44722 0)
(0.894395 0.447181 0)
(0.894404 0.447216 0)
(0.894397 0.447187 0)
(0.8944 0.447209 0)
(0.894404 0.447196 0)
(0.894391 0.447198 0)
(0.894414 0.447207 0)
(0.894381 0.447189 0)
(0.894423 0.447213 0)
(0.894379 0.447189 0)
(0.89441 0.447213 0)
(0.894402 0.447156 0)
(0.894399 0.447313 0)
(0.894409 0.447041 0)
(0.894305 0.447276 0)
(0.894707 0.447349 0)
(0.893891 0.446898 0)
(0.89474 0.447399 0)
(0.894639 0.447178 0)
(0.893929 0.447209 0)
(0.89427 0.44712 0)
(0.894952 0.447198 0)
(0.894407 0.44729 0)
(0.893941 0.44732 0)
(0.89454 0.447021 0)
(0.894557 0.447141 0)
(0.894259 0.447245 0)
(0.89439 0.447143 0)
(0.894649 0.447423 0)
(0.894044 0.447201 0)
(0.894588 0.446805 0)
(0.894558 0.447904 0)
(0.893914 0.44648 0)
(0.895039 0.447504 0)
(0.894014 0.447377 0)
(0.894464 0.447015 0)
(0.894487 0.447323 0)
(0.894332 0.447162 0)
(0.894475 0.447229 0)
(0.894423 0.44722 0)
(0.894441 0.447236 0)
(0.894445 0.447243 0)
(0.89444 0.447242 0)
(0.89444 0.447248 0)
(0.894445 0.44725 0)
(0.894451 0.447256 0)
(0.894448 0.447261 0)
(0.894461 0.447263 0)
(0.894453 0.447253 0)
(0.894458 0.447278 0)
(0.894466 0.447251 0)
(0.894459 0.447274 0)
(0.894426 0.447249 0)
(0.894489 0.447296 0)
(0.894407 0.44726 0)
(0.894555 0.447289 0)
(0.894108 0.447124 0)
(0.894883 0.447392 0)
(0.89406 0.447256 0)
(0.89468 0.447151 0)
(0.893782 0.446899 0)
(0.895398 0.44764 0)
(0.893251 0.447373 0)
(0.895124 0.445936 0)
(0.894167 0.448466 0)
(0.893201 0.445457 0)
(0.896197 0.448948 0)
(0.893157 0.445323 0)
(0.893787 0.446233 0)
(0.89502 0.448777 0)
(0.894233 0.444712 0)
(0.893688 0.447794 0)
(0.895235 0.446174 0)
(0.89336 0.445088 0)
(0.89422 0.448635 0)
(0.895663 0.44605 0)
(0.893536 0.444927 0)
(0.894329 0.44765 0)
(0.894559 0.446848 0)
(0.894234 0.446259 0)
(0.89503 0.446894 0)
(0.894547 0.446537 0)
(0.894153 0.446748 0)
(0.894522 0.447177 0)
(0.89463 0.447041 0)
(0.894584 0.446973 0)
(0.894516 0.44708 0)
(0.894447 0.447109 0)
(0.894386 0.447135 0)
(0.8944 0.447159 0)
(0.894402 0.44718 0)
(0.894413 0.447184 0)
(0.894407 0.447181 0)
(0.894406 0.447195 0)
(0.894403 0.447182 0)
(0.894403 0.447209 0)
(0.8944 0.447181 0)
(0.894406 0.4472 0)
(0.894394 0.447194 0)
(0.894409 0.44721 0)
(0.894388 0.447186 0)
(0.894416 0.447218 0)
(0.894381 0.447178 0)
(0.894423 0.447224 0)
(0.894374 0.447175 0)
(0.894428 0.447225 0)
(0.89437 0.447175 0)
(0.89443 0.447222 0)
(0.894368 0.447186 0)
(0.894435 0.447195 0)
(0.894366 0.447243 0)
(0.894427 0.447122 0)
(0.894368 0.447253 0)
(0.894488 0.447269 0)
(0.894192 0.447011 0)
(0.894652 0.447321 0)
(0.894411 0.447293 0)
(0.893955 0.44703 0)
(0.894802 0.447176 0)
(0.894677 0.447365 0)
(0.893796 0.447293 0)
(0.894432 0.446992 0)
(0.894763 0.446976 0)
(0.894489 0.447521 0)
(0.893954 0.447216 0)
(0.894726 0.44736 0)
(0.894059 0.446877 0)
(0.894817 0.447067 0)
(0.894064 0.447657 0)
(0.894583 0.446595 0)
(0.894569 0.448014 0)
(0.893911 0.446721 0)
(0.894767 0.447043 0)
(0.894422 0.447629 0)
(0.894199 0.446843 0)
(0.894647 0.447403 0)
(0.894249 0.447179 0)
(0.894441 0.447229 0)
(0.894393 0.447211 0)
(0.894421 0.44723 0)
(0.894422 0.447211 0)
(0.894434 0.447228 0)
(0.894438 0.447233 0)
(0.894442 0.44724 0)
(0.894448 0.44724 0)
(0.894444 0.447243 0)
(0.894454 0.447247 0)
(0.894451 0.44724 0)
(0.89444 0.447264 0)
(0.894471 0.447252 0)
(0.894448 0.447253 0)
(0.89444 0.447267 0)
(0.894426 0.44727 0)
(0.894543 0.447223 0)
(0.894358 0.447352 0)
(0.894411 0.447093 0)
(0.894572 0.447522 0)
(0.894324 0.446986 0)
(0.894595 0.447551 0)
(0.894062 0.446799 0)
(0.894806 0.447923 0)
(0.894133 0.44647 0)
(0.895018 0.448149 0)
(0.892866 0.446029 0)
(0.896148 0.447843 0)
(0.893486 0.447874 0)
(0.894055 0.445291 0)
(0.895121 0.448946 0)
(0.893591 0.445133 0)
(0.894201 0.448563 0)
(0.895549 0.447202 0)
(0.89331 0.444388 0)
(0.893551 0.448964 0)
(0.89593 0.446789 0)
(0.893394 0.445802 0)
(0.894635 0.448031 0)
(0.894529 0.445738 0)
(0.893498 0.446548 0)
(0.895307 0.448246 0)
(0.894625 0.446267 0)
(0.893934 0.446191 0)
(0.894549 0.447207 0)
(0.894597 0.447111 0)
(0.894593 0.447162 0)
(0.894603 0.447181 0)
(0.894352 0.447043 0)
(0.894284 0.44711 0)
(0.894374 0.447194 0)
(0.894441 0.447188 0)
(0.894453 0.447157 0)
(0.894436 0.447181 0)
(0.894427 0.447178 0)
(0.894408 0.447204 0)
(0.894408 0.447189 0)
(0.894398 0.447206 0)
(0.894405 0.447193 0)
(0.894397 0.447201 0)
(0.894394 0.44718 0)
(0.894407 0.44722 0)
(0.894393 0.44718 0)
(0.894407 0.44722 0)
(0.894395 0.447182 0)
(0.894403 0.447216 0)
(0.8944 0.447186 0)
(0.894396 0.447211 0)
(0.894409 0.447191 0)
(0.894386 0.447206 0)
(0.894417 0.447195 0)
(0.894383 0.447206 0)
(0.894411 0.447198 0)
(0.894398 0.447181 0)
(0.894403 0.447275 0)
(0.894369 0.447062 0)
(0.894462 0.447315 0)
(0.894416 0.447246 0)
(0.894128 0.446979 0)
(0.894864 0.447385 0)
(0.89421 0.447256 0)
(0.894003 0.447118 0)
(0.894872 0.44697 0)
(0.894539 0.447484 0)
(0.894033 0.447246 0)
(0.894225 0.447139 0)
(0.894778 0.446888 0)
(0.894416 0.447518 0)
(0.894287 0.447283 0)
(0.894349 0.447033 0)
(0.894497 0.447211 0)
(0.894149 0.447222 0)
(0.894769 0.446978 0)
(0.894259 0.447794 0)
(0.894236 0.446438 0)
(0.89478 0.447887 0)
(0.893905 0.446867 0)
(0.894681 0.447109 0)
(0.8944 0.447362 0)
(0.89433 0.447126 0)
(0.894502 0.447257 0)
(0.894357 0.447217 0)
(0.894418 0.447212 0)
(0.894411 0.447222 0)
(0.894416 0.447215 0)
(0.894428 0.447221 0)
(0.89443 0.447221 0)
(0.894435 0.447228 0)
(0.894437 0.447231 0)
(0.894442 0.447234 0)
(0.89443 0.447238 0)
(0.894454 0.447242 0)
(0.894432 0.447227 0)
(0.89443 0.447264 0)
(0.894443 0.447233 0)
(0.894503 0.447269 0)
(0.894305 0.447217 0)
(0.894638 0.447281 0)
(0.894134 0.447254 0)
(0.894958 0.447248 0)
(0.893819 0.447394 0)
(0.89482 0.446891 0)
(0.894295 0.447728 0)
(0.89469 0.447001 0)
(0.893934 0.447504 0)
(0.894746 0.4463 0)
(0.894463 0.448949 0)
(0.89386 0.445512 0)
(0.89561 0.448633 0)
(0.892939 0.445893 0)
(0.894544 0.447467 0)
(0.895509 0.448847 0)
(0.893692 0.444497 0)
(0.893563 0.448627 0)
(0.895628 0.446846 0)
(0.893097 0.446224 0)
(0.895137 0.448882 0)
(0.895061 0.445201 0)
(0.892451 0.446547 0)
(0.895199 0.449037 0)
(0.894785 0.445859 0)
(0.894104 0.446391 0)
(0.894888 0.447607 0)
(0.894046 0.446726 0)
(0.894261 0.447151 0)
(0.894867 0.447241 0)
(0.894519 0.446833 0)
(0.894268 0.447062 0)
(0.894307 0.447258 0)
(0.894366 0.447189 0)
(0.894402 0.447187 0)
(0.894442 0.447207 0)
(0.89442 0.447197 0)
(0.894413 0.44719 0)
(0.894392 0.447186 0)
(0.894402 0.447201 0)
(0.894393 0.447187 0)
(0.894406 0.44721 0)
(0.894395 0.447183 0)
(0.894407 0.447216 0)
(0.894396 0.447201 0)
(0.894407 0.447201 0)
(0.894391 0.447196 0)
(0.894413 0.447206 0)
(0.894384 0.447193 0)
(0.894418 0.447208 0)
(0.894379 0.447193 0)
(0.894422 0.447206 0)
(0.894379 0.447197 0)
(0.894419 0.4472 0)
(0.894385 0.447206 0)
(0.89441 0.447184 0)
(0.894396 0.447233 0)
(0.894397 0.447149 0)
(0.894406 0.447245 0)
(0.894428 0.447216 0)
(0.89426 0.447086 0)
(0.894685 0.447354 0)
(0.894136 0.447171 0)
(0.894349 0.447052 0)
(0.894753 0.447298 0)
(0.894254 0.447339 0)
(0.894043 0.447031 0)
(0.894761 0.447072 0)
(0.894536 0.447396 0)
(0.894139 0.44748 0)
(0.89428 0.446748 0)
(0.894638 0.44727 0)
(0.894306 0.447074 0)
(0.894682 0.447576 0)
(0.89397 0.447224 0)
(0.894631 0.446775 0)
(0.894284 0.44758 0)
(0.894363 0.446824 0)
(0.894639 0.447394 0)
(0.894272 0.447442 0)
(0.894283 0.446813 0)
(0.894611 0.447505 0)
(0.894188 0.447056 0)
(0.894516 0.447205 0)
(0.894386 0.447203 0)
(0.894421 0.447196 0)
(0.894417 0.447204 0)
(0.89441 0.447215 0)
(0.894412 0.44721 0)
(0.894409 0.447217 0)
(0.894416 0.447213 0)
(0.894413 0.447215 0)
(0.894421 0.447218 0)
(0.894417 0.447216 0)
(0.894424 0.447234 0)
(0.894429 0.447215 0)
(0.894421 0.447239 0)
(0.894438 0.447222 0)
(0.894427 0.447246 0)
(0.894451 0.447207 0)
(0.894394 0.447336 0)
(0.894415 0.447044 0)
(0.894659 0.447587 0)
(0.893946 0.446781 0)
(0.895096 0.447721 0)
(0.893647 0.446882 0)
(0.895342 0.44761 0)
(0.893585 0.44684 0)
(0.894948 0.447634 0)
(0.893877 0.446969 0)
(0.895442 0.44746 0)
(0.893385 0.447582 0)
(0.894393 0.445765 0)
(0.89531 0.449445 0)
(0.893624 0.445313 0)
(0.894308 0.448258 0)
(0.895276 0.447141 0)
(0.892975 0.44562 0)
(0.894942 0.44973 0)
(0.895549 0.445755 0)
(0.892326 0.446097 0)
(0.895482 0.44889 0)
(0.894438 0.445692 0)
(0.893616 0.447559 0)
(0.895456 0.447992 0)
(0.893773 0.445412 0)
(0.893976 0.447253 0)
(0.895081 0.447911 0)
(0.89449 0.446784 0)
(0.894305 0.446968 0)
(0.89443 0.447083 0)
(0.894331 0.447016 0)
(0.89443 0.447215 0)
(0.894507 0.44722 0)
(0.894467 0.44714 0)
(0.894384 0.447142 0)
(0.894369 0.447202 0)
(0.894363 0.4472 0)
(0.894381 0.447212 0)
(0.894388 0.44719 0)
(0.894399 0.447203 0)
(0.894401 0.447189 0)
(0.8944 0.447202 0)
(0.894403 0.447195 0)
(0.894414 0.447215 0)
(0.894386 0.447185 0)
(0.894414 0.447214 0)
(0.894387 0.447186 0)
(0.894411 0.447212 0)
(0.894392 0.44719 0)
(0.894404 0.447209 0)
(0.894401 0.447192 0)
(0.894394 0.447207 0)
(0.894411 0.447193 0)
(0.894386 0.447207 0)
(0.894416 0.447195 0)
(0.894386 0.447196 0)
(0.894416 0.447224 0)
(0.894368 0.447146 0)
(0.894459 0.447272 0)
(0.894356 0.44717 0)
(0.894318 0.447117 0)
(0.894666 0.447362 0)
(0.894128 0.447132 0)
(0.894375 0.447065 0)
(0.894741 0.447313 0)
(0.894133 0.447405 0)
(0.894313 0.446939 0)
(0.894497 0.447162 0)
(0.894643 0.447209 0)
(0.894231 0.447497 0)
(0.894242 0.446947 0)
(0.894413 0.44716 0)
(0.894563 0.44728 0)
(0.894356 0.447255 0)
(0.89459 0.447072 0)
(0.894067 0.447541 0)
(0.894462 0.4466 0)
(0.894551 0.447812 0)
(0.894168 0.446727 0)
(0.894679 0.447429 0)
(0.894278 0.447262 0)
(0.89436 0.447087 0)
(0.894463 0.447264 0)
(0.894334 0.447169 0)
(0.894428 0.447195 0)
(0.894394 0.447207 0)
(0.894412 0.447193 0)
(0.89441 0.447208 0)
(0.894409 0.447202 0)
(0.894407 0.447213 0)
(0.894412 0.44721 0)
(0.89441 0.447211 0)
(0.894412 0.447218 0)
(0.894429 0.447209 0)
(0.894402 0.447219 0)
(0.894423 0.44723 0)
(0.894429 0.447217 0)
(0.894439 0.447231 0)
(0.894318 0.4472 0)
(0.89464 0.447266 0)
(0.894129 0.447248 0)
(0.894818 0.447095 0)
(0.893915 0.447557 0)
(0.894886 0.446666 0)
(0.894374 0.448115 0)
(0.893989 0.446222 0)
(0.894938 0.448122 0)
(0.894118 0.446526 0)
(0.894746 0.44824 0)
(0.893818 0.445861 0)
(0.895171 0.448467 0)
(0.893536 0.446589 0)
(0.895038 0.447333 0)
(0.894862 0.448168 0)
(0.893003 0.444884 0)
(0.89476 0.449563 0)
(0.895677 0.446661 0)
(0.892763 0.445942 0)
(0.895419 0.449032 0)
(0.893995 0.445315 0)
(0.893233 0.447902 0)
(0.896374 0.448477 0)
(0.89376 0.444729 0)
(0.893592 0.447853 0)
(0.895002 0.448131 0)
(0.894049 0.44615 0)
(0.894501 0.447197 0)
(0.894779 0.447199 0)
(0.894176 0.446899 0)
(0.894274 0.447374 0)
(0.894583 0.447305 0)
(0.894534 0.447069 0)
(0.894425 0.447148 0)
(0.894382 0.4472 0)
(0.894364 0.447173 0)
(0.894381 0.44718 0)
(0.894389 0.447189 0)
(0.894413 0.447206 0)
(0.894399 0.447191 0)
(0.894415 0.447207 0)
(0.894391 0.447187 0)
(0.894413 0.447212 0)
(0.894386 0.447186 0)
(0.894399 0.447197 0)
(0.894398 0.447202 0)
(0.894406 0.447199 0)
(0.894391 0.447201 0)
(0.894413 0.447198 0)
(0.894384 0.447204 0)
(0.894418 0.447194 0)
(0.894382 0.44721 0)
(0.894416 0.447186 0)
(0.894389 0.447218 0)
(0.894403 0.447177 0)
(0.894405 0.447227 0)
(0.894386 0.447172 0)
(0.894416 0.447222 0)
(0.894404 0.4472 0)
(0.894333 0.447152 0)
(0.894563 0.447305 0)
(0.894181 0.447096 0)
(0.894552 0.44719 0)
(0.894413 0.447329 0)
(0.894298 0.447154 0)
(0.894352 0.447063 0)
(0.894636 0.447296 0)
(0.894303 0.447327 0)
(0.894247 0.447042 0)
(0.894502 0.447031 0)
(0.894441 0.447568 0)
(0.894416 0.447062 0)
(0.894381 0.44729 0)
(0.894211 0.44694 0)
(0.894616 0.447251 0)
(0.894347 0.447408 0)
(0.894453 0.4471 0)
(0.894395 0.447209 0)
(0.89431 0.447276 0)
(0.894371 0.446907 0)
(0.894539 0.447531 0)
(0.894246 0.446978 0)
(0.894538 0.447294 0)
(0.894334 0.447199 0)
(0.894406 0.447199 0)
(0.894393 0.447209 0)
(0.89439 0.447199 0)
(0.894396 0.447205 0)
(0.894397 0.447203 0)
(0.894404 0.447204 0)
(0.894407 0.447204 0)
(0.894409 0.447206 0)
(0.894409 0.447208 0)
(0.894411 0.447212 0)
(0.894404 0.447207 0)
(0.894421 0.447223 0)
(0.89442 0.447195 0)
(0.894395 0.447224 0)
(0.894424 0.447204 0)
(0.894439 0.447279 0)
(0.89436 0.447052 0)
(0.894555 0.447516 0)
(0.894028 0.446794 0)
(0.895194 0.447765 0)
(0.893346 0.446729 0)
(0.895553 0.447464 0)
(0.893382 0.447343 0)
(0.895191 0.4469 0)
(0.894078 0.447698 0)
(0.89451 0.446684 0)
(0.894127 0.447866 0)
(0.894706 0.446346 0)
(0.894843 0.448768 0)
(0.893294 0.445286 0)
(0.894982 0.448547 0)
(0.894995 0.447391 0)
(0.89319 0.445655 0)
(0.895307 0.449492 0)
(0.894295 0.445185 0)
(0.893182 0.447438 0)
(0.896242 0.449183 0)
(0.893448 0.444701 0)
(0.893728 0.448156 0)
(0.895552 0.447629 0)
(0.893654 0.44556 0)
(0.894527 0.448423 0)
(0.895054 0.447451 0)
(0.893909 0.446176 0)
(0.894194 0.447334 0)
(0.894642 0.447374 0)
(0.894452 0.447104 0)
(0.894398 0.447292 0)
(0.894405 0.447218 0)
(0.894381 0.447153 0)
(0.894366 0.447222 0)
(0.89442 0.447272 0)
(0.894415 0.447219 0)
(0.894436 0.447205 0)
(0.894409 0.447182 0)
(0.894421 0.447199 0)
(0.894395 0.44719 0)
(0.894408 0.447206 0)
(0.894394 0.447196 0)
(0.894403 0.447205 0)
(0.894382 0.447192 0)
(0.89442 0.447207 0)
(0.89438 0.447194 0)
(0.89442 0.447204 0)
(0.894382 0.447198 0)
(0.894415 0.447199 0)
(0.89439 0.447203 0)
(0.894403 0.447196 0)
(0.894404 0.447204 0)
(0.894389 0.447197 0)
(0.894417 0.447201 0)
(0.894379 0.4472 0)
(0.894423 0.4472 0)
(0.894372 0.447197 0)
(0.894431 0.447208 0)
(0.894385 0.447198 0)
(0.894365 0.447166 0)
(0.894511 0.447286 0)
(0.894234 0.44713 0)
(0.89452 0.447143 0)
(0.894434 0.447376 0)
(0.894254 0.447088 0)
(0.894507 0.447085 0)
(0.894393 0.447357 0)
(0.894422 0.447255 0)
(0.894268 0.447179 0)
(0.894452 0.446989 0)
(0.894499 0.447375 0)
(0.894441 0.4472 0)
(0.894271 0.447196 0)
(0.894404 0.447106 0)
(0.894288 0.447359 0)
(0.894593 0.446907 0)
(0.894432 0.447598 0)
(0.894271 0.446872 0)
(0.894501 0.447412 0)
(0.894296 0.44711 0)
(0.894415 0.447141 0)
(0.894444 0.447287 0)
(0.894356 0.447159 0)
(0.894434 0.447218 0)
(0.894386 0.447205 0)
(0.894408 0.447202 0)
(0.894399 0.447205 0)
(0.894402 0.4472 0)
(0.894399 0.447205 0)
(0.894401 0.447199 0)
(0.894398 0.447205 0)
(0.894407 0.447202 0)
(0.89441 0.447198 0)
(0.894398 0.447208 0)
(0.894414 0.447197 0)
(0.894404 0.447211 0)
(0.894419 0.447206 0)
(0.894373 0.447196 0)
(0.894511 0.447236 0)
(0.894213 0.447213 0)
(0.894716 0.447124 0)
(0.894051 0.44746 0)
(0.894756 0.446701 0)
(0.894261 0.44812 0)
(0.894117 0.445965 0)
(0.89525 0.448573 0)
(0.893385 0.446136 0)
(0.895178 0.447889 0)
(0.893877 0.446776 0)
(0.895007 0.447762 0)
(0.893755 0.446781 0)
(0.894879 0.447161 0)
(0.894321 0.448063 0)
(0.89381 0.445517 0)
(0.895373 0.449546 0)
(0.894264 0.445627 0)
(0.893186 0.446627 0)
(0.895672 0.449541 0)
(0.893885 0.444745 0)
(0.894129 0.448459 0)
(0.895553 0.447672 0)
(0.892969 0.445074 0)
(0.894436 0.449213 0)
(0.895459 0.447104 0)
(0.893853 0.445602 0)
(0.894366 0.447973 0)
(0.894684 0.447443 0)
(0.894198 0.446877 0)
(0.8944 0.447355 0)
(0.894552 0.447129 0)
(0.894335 0.447008 0)
(0.894293 0.447256 0)
(0.894374 0.447274 0)
(0.89443 0.4472 0)
(0.894427 0.447206 0)
(0.894421 0.447218 0)
(0.89441 0.447214 0)
(0.894393 0.447194 0)
(0.894401 0.447204 0)
(0.894385 0.447193 0)
(0.89441 0.447208 0)
(0.894385 0.447192 0)
(0.894417 0.447208 0)
(0.894409 0.447201 0)
(0.894394 0.447199 0)
(0.894402 0.447201 0)
(0.894402 0.447199 0)
(0.894393 0.447203 0)
(0.894411 0.447195 0)
(0.894386 0.447208 0)
(0.894416 0.447188 0)
(0.894385 0.447217 0)
(0.89441 0.447179 0)
(0.894397 0.447224 0)
(0.894392 0.447178 0)
(0.894416 0.447216 0)
(0.89439 0.447197 0)
(0.894386 0.447181 0)
(0.894453 0.447246 0)
(0.894311 0.447142 0)
(0.894502 0.44723 0)
(0.894323 0.44723 0)
(0.894429 0.447143 0)
(0.89439 0.447184 0)
(0.894468 0.447297 0)
(0.894272 0.447182 0)
(0.894431 0.447092 0)
(0.894499 0.447275 0)
(0.894343 0.447297 0)
(0.894423 0.447001 0)
(0.894323 0.447284 0)
(0.89441 0.447156 0)
(0.894488 0.447355 0)
(0.894383 0.447113 0)
(0.894361 0.447168 0)
(0.89436 0.447145 0)
(0.894413 0.447348 0)
(0.894416 0.447024 0)
(0.894488 0.447443 0)
(0.894288 0.446993 0)
(0.894482 0.447313 0)
(0.894331 0.447147 0)
(0.894425 0.4472 0)
(0.894396 0.447203 0)
(0.894402 0.447193 0)
(0.894402 0.447196 0)
(0.8944 0.447195 0)
(0.894402 0.447199 0)
(0.894401 0.447196 0)
(0.894402 0.447201 0)
(0.894403 0.447198 0)
(0.894395 0.447199 0)
(0.894397 0.447205 0)
(0.894414 0.4472 0)
(0.894393 0.447195 0)
(0.894396 0.447216 0)
(0.894422 0.447196 0)
(0.894406 0.447219 0)
(0.894364 0.447126 0)
(0.894496 0.447384 0)
(0.894227 0.446931 0)
(0.894803 0.447614 0)
(0.893667 0.446691 0)
(0.895448 0.447663 0)
(0.893324 0.447164 0)
(0.895254 0.446686 0)
(0.893952 0.448188 0)
(0.894454 0.446138 0)
(0.894627 0.448182 0)
(0.894257 0.446389 0)
(0.894435 0.448107 0)
(0.894059 0.446039 0)
(0.895167 0.448561 0)
(0.893974 0.446574 0)
(0.893867 0.446229 0)
(0.895237 0.449623 0)
(0.894169 0.444799 0)
(0.893978 0.448317 0)
(0.895214 0.447975 0)
(0.893344 0.44469 0)
(0.894653 0.449538 0)
(0.895405 0.446951 0)
(0.893389 0.445693 0)
(0.894386 0.448717 0)
(0.894811 0.446727 0)
(0.894007 0.446352 0)
(0.894523 0.447894 0)
(0.894721 0.447272 0)
(0.894286 0.446895 0)
(0.894276 0.447264 0)
(0.894443 0.447209 0)
(0.89445 0.447129 0)
(0.894402 0.447205 0)
(0.894399 0.447214 0)
(0.894373 0.447144 0)
(0.894391 0.447154 0)
(0.894372 0.447171 0)
(0.894402 0.447207 0)
(0.894378 0.447202 0)
(0.894411 0.447212 0)
(0.894385 0.447198 0)
(0.894413 0.447204 0)
(0.894389 0.447197 0)
(0.894415 0.447202 0)
(0.894382 0.447199 0)
(0.89442 0.447199 0)
(0.894379 0.447203 0)
(0.894421 0.447194 0)
(0.894381 0.447209 0)
(0.894415 0.447189 0)
(0.89439 0.447213 0)
(0.894402 0.447186 0)
(0.894406 0.447213 0)
(0.894385 0.44719 0)
(0.894424 0.447204 0)
(0.89437 0.447204 0)
(0.894428 0.447186 0)
(0.89439 0.447227 0)
(0.894379 0.447159 0)
(0.894455 0.447253 0)
(0.894318 0.447151 0)
(0.89449 0.447205 0)
(0.894346 0.447273 0)
(0.894375 0.44708 0)
(0.894465 0.447277 0)
(0.894378 0.447224 0)
(0.894382 0.447145 0)
(0.89439 0.447177 0)
(0.894471 0.447195 0)
(0.894345 0.447318 0)
(0.894375 0.447129 0)
(0.894382 0.447202 0)
(0.894471 0.44716 0)
(0.894393 0.447286 0)
(0.894432 0.447088 0)
(0.89434 0.447371 0)
(0.894357 0.44702 0)
(0.894458 0.447304 0)
(0.894377 0.447144 0)
(0.894414 0.447199 0)
(0.894417 0.447263 0)
(0.894369 0.447147 0)
(0.894423 0.447213 0)
(0.894383 0.447185 0)
(0.894404 0.447196 0)
(0.894395 0.447199 0)
(0.894398 0.447196 0)
(0.894396 0.447198 0)
(0.894399 0.447197 0)
(0.894396 0.447199 0)
(0.894403 0.447198 0)
(0.894401 0.447201 0)
(0.8944 0.447197 0)
(0.894401 0.4472 0)
(0.894401 0.447208 0)
(0.894411 0.447188 0)
(0.894378 0.447204 0)
(0.894436 0.447223 0)
(0.894339 0.447192 0)
(0.89454 0.447173 0)
(0.894178 0.447292 0)
(0.894675 0.447005 0)
(0.894189 0.447684 0)
(0.894436 0.446298 0)
(0.894744 0.448472 0)
(0.893622 0.445925 0)
(0.895399 0.448118 0)
(0.893638 0.446874 0)
(0.894776 0.447134 0)
(0.894158 0.447349 0)
(0.894764 0.447174 0)
(0.894091 0.447502 0)
(0.894431 0.446197 0)
(0.894654 0.449015 0)
(0.8941 0.44528 0)
(0.894268 0.447999 0)
(0.895027 0.4484 0)
(0.893923 0.444673 0)
(0.8942 0.449403 0)
(0.895053 0.446714 0)
(0.893625 0.445753 0)
(0.894711 0.44923 0)
(0.894974 0.446151 0)
(0.893664 0.44642 0)
(0.894443 0.4486 0)
(0.894763 0.446976 0)
(0.894176 0.446581 0)
(0.894318 0.447415 0)
(0.894521 0.447218 0)
(0.894401 0.4471 0)
(0.894398 0.447303 0)
(0.894442 0.447234 0)
(0.894436 0.44714 0)
(0.894393 0.447164 0)
(0.8944 0.447199 0)
(0.894388 0.447195 0)
(0.8944 0.447192 0)
(0.894398 0.447201 0)
(0.894404 0.447198 0)
(0.894407 0.447204 0)
(0.894397 0.447196 0)
(0.89441 0.447204 0)
(0.894388 0.447197 0)
(0.894385 0.447201 0)
(0.894413 0.447198 0)
(0.894389 0.447202 0)
(0.894407 0.447198 0)
(0.894397 0.447202 0)
(0.894399 0.4472 0)
(0.894406 0.447198 0)
(0.894391 0.447206 0)
(0.89441 0.447191 0)
(0.894392 0.447212 0)
(0.894404 0.447187 0)
(0.8944 0.447211 0)
(0.8944 0.447193 0)
(0.894396 0.447199 0)
(0.894409 0.447209 0)
(0.894388 0.447185 0)
(0.894416 0.447213 0)
(0.894381 0.447201 0)
(0.894415 0.447176 0)
(0.894387 0.447229 0)
(0.894436 0.447211 0)
(0.894324 0.447142 0)
(0.894477 0.447227 0)
(0.89441 0.447237 0)
(0.894316 0.447173 0)
(0.894423 0.447169 0)
(0.894418 0.447277 0)
(0.894439 0.447152 0)
(0.894387 0.447214 0)
(0.894363 0.447145 0)
(0.894374 0.447254 0)
(0.894444 0.44717 0)
(0.894435 0.447273 0)
(0.894381 0.44706 0)
(0.894397 0.44734 0)
(0.894328 0.44708 0)
(0.894467 0.447286 0)
(0.894372 0.447144 0)
(0.894424 0.447224 0)
(0.894387 0.447212 0)
(0.894399 0.4472 0)
(0.894396 0.4472 0)
(0.894397 0.447197 0)
(0.8944 0.447202 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.8944 0.447196 0)
(0.894395 0.447199 0)
(0.894402 0.447199 0)
(0.894402 0.447197 0)
(0.894394 0.4472 0)
(0.894409 0.447202 0)
(0.894403 0.447197 0)
(0.894397 0.447203 0)
(0.894402 0.447178 0)
(0.894423 0.447263 0)
(0.894339 0.447082 0)
(0.894538 0.447397 0)
(0.894154 0.446889 0)
(0.894854 0.447632 0)
(0.893704 0.446826 0)
(0.895207 0.44722 0)
(0.8938 0.447765 0)
(0.894604 0.446169 0)
(0.894552 0.448332 0)
(0.894147 0.446372 0)
(0.894511 0.447704 0)
(0.894477 0.446738 0)
(0.8944 0.447966 0)
(0.894147 0.446318 0)
(0.894652 0.447504 0)
(0.894499 0.448257 0)
(0.894238 0.445018 0)
(0.894029 0.449118 0)
(0.895037 0.446812 0)
(0.894064 0.445934 0)
(0.894331 0.449327 0)
(0.894836 0.445783 0)
(0.893646 0.446596 0)
(0.894641 0.448791 0)
(0.894977 0.446434 0)
(0.894006 0.446736 0)
(0.894285 0.447911 0)
(0.894555 0.447039 0)
(0.894309 0.446892 0)
(0.894368 0.447371 0)
(0.894482 0.447266 0)
(0.894399 0.447127 0)
(0.89435 0.447202 0)
(0.894384 0.447216 0)
(0.89441 0.447184 0)
(0.894422 0.447216 0)
(0.894408 0.447238 0)
(0.894417 0.447241 0)
(0.894394 0.447212 0)
(0.894414 0.447204 0)
(0.894387 0.447192 0)
(0.894416 0.447198 0)
(0.894384 0.447197 0)
(0.894416 0.4472 0)
(0.894395 0.447199 0)
(0.894408 0.4472 0)
(0.894389 0.447202 0)
(0.894414 0.447196 0)
(0.894384 0.447207 0)
(0.894417 0.44719 0)
(0.894385 0.447213 0)
(0.894412 0.447185 0)
(0.894394 0.447217 0)
(0.894397 0.447185 0)
(0.894413 0.447211 0)
(0.89438 0.447197 0)
(0.89442 0.447193 0)
(0.89439 0.447218 0)
(0.894396 0.44717 0)
(0.894416 0.447238 0)
(0.894376 0.447159 0)
(0.894427 0.447231 0)
(0.894378 0.447201 0)
(0.894405 0.447152 0)
(0.894413 0.44727 0)
(0.894398 0.447166 0)
(0.894368 0.447176 0)
(0.894425 0.447235 0)
(0.89442 0.447212 0)
(0.894361 0.447183 0)
(0.894421 0.447163 0)
(0.894407 0.447225 0)
(0.894415 0.447195 0)
(0.894359 0.447231 0)
(0.894404 0.447152 0)
(0.8944 0.447265 0)
(0.894411 0.447119 0)
(0.894417 0.447265 0)
(0.894391 0.447195 0)
(0.894406 0.44719 0)
(0.894394 0.447219 0)
(0.89438 0.447171 0)
(0.894414 0.447212 0)
(0.894396 0.447184 0)
(0.894406 0.447207 0)
(0.894398 0.447202 0)
(0.894401 0.4472 0)
(0.8944 0.447198 0)
(0.894399 0.447197 0)
(0.894398 0.447197 0)
(0.894402 0.4472 0)
(0.894399 0.447198 0)
(0.894399 0.447196 0)
(0.894398 0.447201 0)
(0.894402 0.447197 0)
(0.894396 0.447194 0)
(0.894394 0.447207 0)
(0.894419 0.447199 0)
(0.894378 0.447186 0)
(0.89444 0.447207 0)
(0.894327 0.447222 0)
(0.894519 0.447154 0)
(0.89424 0.447297 0)
(0.894577 0.44693 0)
(0.894321 0.447804 0)
(0.894234 0.446292 0)
(0.894888 0.448145 0)
(0.893777 0.446603 0)
(0.894829 0.447259 0)
(0.894348 0.44754 0)
(0.89432 0.446877 0)
(0.89428 0.447253 0)
(0.894706 0.447189 0)
(0.89416 0.447773 0)
(0.894533 0.445879 0)
(0.894202 0.448597 0)
(0.894704 0.446849 0)
(0.894269 0.446083 0)
(0.894045 0.449042 0)
(0.895096 0.445872 0)
(0.893839 0.447012 0)
(0.894431 0.448668 0)
(0.894925 0.44604 0)
(0.893792 0.447058 0)
(0.894403 0.44808 0)
(0.894786 0.446631 0)
(0.894256 0.446851 0)
(0.89436 0.447641 0)
(0.894543 0.447277 0)
(0.894384 0.447058 0)
(0.894338 0.447226 0)
(0.894401 0.447206 0)
(0.894416 0.447154 0)
(0.894391 0.447201 0)
(0.894395 0.447238 0)
(0.894383 0.447214 0)
(0.894399 0.447196 0)
(0.89439 0.447191 0)
(0.894407 0.447195 0)
(0.894393 0.447199 0)
(0.894403 0.447199 0)
(0.894395 0.447202 0)
(0.8944 0.447199 0)
(0.894401 0.447202 0)
(0.894413 0.447198 0)
(0.894386 0.447203 0)
(0.894413 0.447196 0)
(0.894387 0.447205 0)
(0.894411 0.447194 0)
(0.894392 0.447206 0)
(0.894405 0.447195 0)
(0.894399 0.447204 0)
(0.894397 0.447197 0)
(0.894407 0.447201 0)
(0.894389 0.447202 0)
(0.894413 0.447197 0)
(0.894389 0.447204 0)
(0.894404 0.447197 0)
(0.894405 0.447203 0)
(0.89439 0.447195 0)
(0.894405 0.447209 0)
(0.894404 0.447184 0)
(0.89439 0.44722 0)
(0.894413 0.447191 0)
(0.894381 0.447182 0)
(0.894426 0.447236 0)
(0.894385 0.447183 0)
(0.894384 0.447187 0)
(0.894431 0.447201 0)
(0.894407 0.447223 0)
(0.894378 0.447177 0)
(0.894381 0.447202 0)
(0.894402 0.447224 0)
(0.894433 0.447203 0)
(0.894414 0.447167 0)
(0.894365 0.447237 0)
(0.894386 0.447151 0)
(0.894412 0.447276 0)
(0.894405 0.447125 0)
(0.894429 0.447232 0)
(0.894372 0.447179 0)
(0.894407 0.447219 0)
(0.89439 0.447193 0)
(0.894402 0.447197 0)
(0.894403 0.447194 0)
(0.894402 0.447195 0)
(0.8944 0.447201 0)
(0.894397 0.447199 0)
(0.894399 0.447201 0)
(0.894399 0.447198 0)
(0.894397 0.4472 0)
(0.894403 0.447199 0)
(0.894397 0.4472 0)
(0.894401 0.447199 0)
(0.894402 0.447199 0)
(0.894397 0.447199 0)
(0.894403 0.447198 0)
(0.894398 0.447198 0)
(0.894395 0.447214 0)
(0.8944 0.447163 0)
(0.894431 0.447261 0)
(0.894338 0.447101 0)
(0.894498 0.447374 0)
(0.894228 0.44693 0)
(0.894731 0.447483 0)
(0.893951 0.447112 0)
(0.894752 0.44689 0)
(0.894361 0.4479 0)
(0.894222 0.446421 0)
(0.894511 0.447642 0)
(0.894535 0.447206 0)
(0.894135 0.447142 0)
(0.894599 0.446812 0)
(0.894365 0.447936 0)
(0.894324 0.446854 0)
(0.894517 0.446539 0)
(0.894074 0.448582 0)
(0.895059 0.446099 0)
(0.893824 0.447205 0)
(0.894246 0.448245 0)
(0.895146 0.446013 0)
(0.893776 0.447448 0)
(0.89445 0.447988 0)
(0.894823 0.446431 0)
(0.893984 0.447067 0)
(0.894351 0.447756 0)
(0.894674 0.447066 0)
(0.894349 0.446978 0)
(0.894298 0.447336 0)
(0.894423 0.447231 0)
(0.894414 0.447107 0)
(0.894402 0.447197 0)
(0.894417 0.447238 0)
(0.894414 0.447213 0)
(0.894394 0.447202 0)
(0.894393 0.447195 0)
(0.894396 0.447183 0)
(0.894398 0.447174 0)
(0.894403 0.447183 0)
(0.894397 0.447191 0)
(0.894408 0.4472 0)
(0.894393 0.447201 0)
(0.894411 0.447201 0)
(0.894389 0.447202 0)
(0.894396 0.447202 0)
(0.894402 0.447199 0)
(0.8944 0.4472 0)
(0.894397 0.447201 0)
(0.894405 0.447197 0)
(0.894393 0.447205 0)
(0.894407 0.447193 0)
(0.894393 0.447209 0)
(0.894405 0.447191 0)
(0.894398 0.447208 0)
(0.894401 0.447195 0)
(0.894399 0.447201 0)
(0.894401 0.447206 0)
(0.8944 0.447188 0)
(0.894396 0.447216 0)
(0.894407 0.447185 0)
(0.894395 0.447212 0)
(0.894398 0.447193 0)
(0.894408 0.447199 0)
(0.894395 0.447212 0)
(0.894397 0.447184 0)
(0.8944 0.447204 0)
(0.894417 0.447209 0)
(0.894382 0.447195 0)
(0.894399 0.447187 0)
(0.89441 0.447214 0)
(0.894389 0.447207 0)
(0.894415 0.447197 0)
(0.894384 0.447196 0)
(0.894412 0.447177 0)
(0.8944 0.447235 0)
(0.894403 0.447164 0)
(0.894398 0.447223 0)
(0.89439 0.44719 0)
(0.894399 0.447189 0)
(0.894397 0.447222 0)
(0.894408 0.447193 0)
(0.894408 0.447203 0)
(0.894395 0.447201 0)
(0.894399 0.447205 0)
(0.894395 0.447199 0)
(0.894399 0.447201 0)
(0.8944 0.447198 0)
(0.894402 0.447199 0)
(0.8944 0.447199 0)
(0.894401 0.447202 0)
(0.894401 0.447198 0)
(0.894398 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.447197 0)
(0.894396 0.4472 0)
(0.894403 0.447202 0)
(0.8944 0.447196 0)
(0.894396 0.447197 0)
(0.894419 0.447206 0)
(0.894372 0.447192 0)
(0.894434 0.447191 0)
(0.894363 0.447219 0)
(0.894465 0.447171 0)
(0.894289 0.447275 0)
(0.894507 0.446961 0)
(0.89443 0.447656 0)
(0.894193 0.446648 0)
(0.894639 0.447531 0)
(0.894346 0.447302 0)
(0.894252 0.446792 0)
(0.894547 0.447443 0)
(0.894464 0.447402 0)
(0.894165 0.446822 0)
(0.894639 0.447108 0)
(0.894163 0.447965 0)
(0.894763 0.446306 0)
(0.894012 0.44738 0)
(0.894323 0.447903 0)
(0.895111 0.446258 0)
(0.893613 0.447584 0)
(0.894513 0.447625 0)
(0.89493 0.446484 0)
(0.893845 0.447349 0)
(0.894488 0.447685 0)
(0.894772 0.446907 0)
(0.89417 0.447047 0)
(0.894249 0.447458 0)
(0.894498 0.447181 0)
(0.894422 0.447036 0)
(0.894382 0.44722 0)
(0.894419 0.447263 0)
(0.894405 0.447202 0)
(0.89438 0.447197 0)
(0.894391 0.447198 0)
(0.894405 0.447181 0)
(0.894416 0.447184 0)
(0.894407 0.447202 0)
(0.89441 0.447213 0)
(0.894394 0.447212 0)
(0.894405 0.447205 0)
(0.894392 0.447201 0)
(0.894406 0.447197 0)
(0.894394 0.4472 0)
(0.894405 0.447198 0)
(0.894395 0.447201 0)
(0.894407 0.447198 0)
(0.894392 0.447203 0)
(0.894409 0.447195 0)
(0.894391 0.447206 0)
(0.894409 0.447193 0)
(0.894393 0.447208 0)
(0.894404 0.447192 0)
(0.8944 0.447207 0)
(0.894397 0.447195 0)
(0.894406 0.447202 0)
(0.894395 0.447201 0)
(0.894401 0.447195 0)
(0.894401 0.447209 0)
(0.8944 0.44719 0)
(0.894396 0.447207 0)
(0.894408 0.447196 0)
(0.894394 0.447205 0)
(0.894399 0.44719 0)
(0.894406 0.44721 0)
(0.894399 0.447201 0)
(0.894392 0.447186 0)
(0.894407 0.447214 0)
(0.894405 0.447195 0)
(0.894391 0.447203 0)
(0.894391 0.447198 0)
(0.894419 0.447193 0)
(0.894399 0.447211 0)
(0.894401 0.447187 0)
(0.894389 0.447198 0)
(0.894385 0.447224 0)
(0.894423 0.447175 0)
(0.894406 0.447226 0)
(0.894392 0.447175 0)
(0.894399 0.447223 0)
(0.894392 0.447196 0)
(0.894407 0.447197 0)
(0.894399 0.447198 0)
(0.894403 0.4472 0)
(0.894402 0.447198 0)
(0.8944 0.447202 0)
(0.8944 0.447201 0)
(0.894398 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447198 0)
(0.8944 0.447197 0)
(0.8944 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.447197 0)
(0.894398 0.447201 0)
(0.894402 0.447199 0)
(0.8944 0.447196 0)
(0.894397 0.447202 0)
(0.8944 0.447199 0)
(0.8944 0.447191 0)
(0.894401 0.447216 0)
(0.894392 0.447172 0)
(0.89442 0.447235 0)
(0.894381 0.44714 0)
(0.89444 0.447309 0)
(0.894299 0.447033 0)
(0.894564 0.447312 0)
(0.894288 0.447292 0)
(0.894372 0.446842 0)
(0.894498 0.447588 0)
(0.89444 0.447109 0)
(0.894188 0.446886 0)
(0.894613 0.447487 0)
(0.894292 0.447392 0)
(0.894493 0.446557 0)
(0.894275 0.447588 0)
(0.894366 0.447532 0)
(0.894798 0.446456 0)
(0.893732 0.447593 0)
(0.89473 0.4474 0)
(0.894817 0.446723 0)
(0.893656 0.447476 0)
(0.894628 0.44744 0)
(0.894765 0.446872 0)
(0.894014 0.447173 0)
(0.894373 0.447491 0)
(0.894626 0.447133 0)
(0.894363 0.447045 0)
(0.89434 0.447301 0)
(0.894453 0.447276 0)
(0.894426 0.447162 0)
(0.894383 0.44719 0)
(0.894391 0.447213 0)
(0.894405 0.447187 0)
(0.8944 0.447181 0)
(0.894401 0.447193 0)
(0.894394 0.447199 0)
(0.894398 0.447199 0)
(0.894393 0.447202 0)
(0.894401 0.447202 0)
(0.894398 0.447204 0)
(0.894401 0.447202 0)
(0.8944 0.447202 0)
(0.894398 0.447201 0)
(0.894403 0.447199 0)
(0.894405 0.447198 0)
(0.894396 0.447202 0)
(0.894404 0.447198 0)
(0.894396 0.447202 0)
(0.894403 0.447199 0)
(0.894398 0.447201 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894397 0.4472 0)
(0.894406 0.4472 0)
(0.894394 0.4472 0)
(0.894405 0.447201 0)
(0.8944 0.4472 0)
(0.894396 0.447198 0)
(0.894404 0.447204 0)
(0.894398 0.447198 0)
(0.894399 0.447198 0)
(0.894401 0.447206 0)
(0.894401 0.447196 0)
(0.894396 0.447197 0)
(0.894404 0.447206 0)
(0.894402 0.447197 0)
(0.894389 0.447198 0)
(0.894409 0.447199 0)
(0.894401 0.447208 0)
(0.894395 0.447191 0)
(0.894406 0.447199 0)
(0.894388 0.447207 0)
(0.89441 0.447196 0)
(0.894399 0.447214 0)
(0.894398 0.447185 0)
(0.894398 0.447205 0)
(0.894399 0.447203 0)
(0.894405 0.447194 0)
(0.894402 0.447204 0)
(0.894401 0.447189 0)
(0.894397 0.4472 0)
(0.894397 0.447202 0)
(0.894401 0.447198 0)
(0.894398 0.4472 0)
(0.894401 0.4472 0)
(0.894401 0.447199 0)
(0.894401 0.447201 0)
(0.8944 0.447201 0)
(0.8944 0.447202 0)
(0.894398 0.447201 0)
(0.8944 0.447202 0)
(0.894401 0.447198 0)
(0.894399 0.447201 0)
(0.894401 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894405 0.447198 0)
(0.8944 0.4472 0)
(0.894396 0.447197 0)
(0.894415 0.447202 0)
(0.894383 0.447197 0)
(0.894414 0.447187 0)
(0.894388 0.447207 0)
(0.894438 0.447192 0)
(0.894352 0.447235 0)
(0.894418 0.447044 0)
(0.894453 0.447432 0)
(0.894372 0.447044 0)
(0.894314 0.447061 0)
(0.894542 0.447498 0)
(0.894369 0.447081 0)
(0.894327 0.446871 0)
(0.894442 0.447627 0)
(0.894388 0.44716 0)
(0.89453 0.446714 0)
(0.894045 0.447658 0)
(0.894738 0.447211 0)
(0.89449 0.446823 0)
(0.893776 0.447475 0)
(0.894862 0.447286 0)
(0.894597 0.446967 0)
(0.893902 0.447263 0)
(0.894538 0.447405 0)
(0.894612 0.447097 0)
(0.894216 0.447103 0)
(0.894355 0.447356 0)
(0.89452 0.447253 0)
(0.894413 0.447126 0)
(0.894349 0.447216 0)
(0.894391 0.447243 0)
(0.894412 0.447185 0)
(0.894408 0.447174 0)
(0.894407 0.447196 0)
(0.894406 0.447205 0)
(0.894398 0.447206 0)
(0.894396 0.447206 0)
(0.894396 0.447201 0)
(0.894398 0.447195 0)
(0.894401 0.447192 0)
(0.894399 0.447195 0)
(0.894404 0.447196 0)
(0.894398 0.4472 0)
(0.894404 0.447198 0)
(0.894396 0.447202 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.894402 0.447199 0)
(0.894398 0.447202 0)
(0.894403 0.447197 0)
(0.894397 0.447204 0)
(0.894403 0.447196 0)
(0.894397 0.447204 0)
(0.894403 0.447197 0)
(0.894397 0.447202 0)
(0.894403 0.4472 0)
(0.894398 0.447197 0)
(0.894399 0.447204 0)
(0.894405 0.447198 0)
(0.894394 0.4472 0)
(0.894404 0.447201 0)
(0.894398 0.447202 0)
(0.8944 0.447194 0)
(0.894401 0.447208 0)
(0.894397 0.447194 0)
(0.894402 0.4472 0)
(0.894401 0.447205 0)
(0.894396 0.447194 0)
(0.894403 0.447202 0)
(0.894398 0.4472 0)
(0.894404 0.447198 0)
(0.894394 0.447206 0)
(0.8944 0.447196 0)
(0.894402 0.447198 0)
(0.8944 0.447207 0)
(0.894409 0.447186 0)
(0.894393 0.447208 0)
(0.894395 0.447195 0)
(0.894404 0.447203 0)
(0.8944 0.447199 0)
(0.8944 0.447202 0)
(0.894399 0.447205 0)
(0.894401 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.447202 0)
(0.894401 0.447199 0)
(0.894399 0.4472 0)
(0.894399 0.4472 0)
(0.894402 0.4472 0)
(0.894401 0.4472 0)
(0.894402 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.447202 0)
(0.894401 0.447201 0)
(0.8944 0.447199 0)
(0.894399 0.4472 0)
(0.894401 0.447201 0)
(0.8944 0.447197 0)
(0.894402 0.447199 0)
(0.894401 0.447199 0)
(0.8944 0.447192 0)
(0.894406 0.44721 0)
(0.894395 0.447183 0)
(0.894409 0.447205 0)
(0.894401 0.447172 0)
(0.894418 0.447248 0)
(0.894371 0.44712 0)
(0.89441 0.447185 0)
(0.894447 0.447321 0)
(0.894386 0.447037 0)
(0.894322 0.447131 0)
(0.894513 0.44745 0)
(0.894377 0.446994 0)
(0.894369 0.447017 0)
(0.894305 0.447577 0)
(0.894607 0.447006 0)
(0.894305 0.446962 0)
(0.894108 0.447533 0)
(0.894833 0.447171 0)
(0.894286 0.446994 0)
(0.89402 0.447319 0)
(0.89473 0.447329 0)
(0.894477 0.447125 0)
(0.894143 0.447196 0)
(0.894466 0.447352 0)
(0.894537 0.447205 0)
(0.894338 0.44713 0)
(0.894339 0.447263 0)
(0.894432 0.447261 0)
(0.89443 0.447174 0)
(0.894399 0.447183 0)
(0.894399 0.447217 0)
(0.894402 0.447211 0)
(0.894397 0.4472 0)
(0.894396 0.447199 0)
(0.894399 0.4472 0)
(0.894403 0.447199 0)
(0.894402 0.447203 0)
(0.894403 0.447204 0)
(0.894398 0.447205 0)
(0.894401 0.447201 0)
(0.894397 0.447201 0)
(0.894401 0.447198 0)
(0.894398 0.4472 0)
(0.894401 0.447199 0)
(0.894399 0.447201 0)
(0.894402 0.447199 0)
(0.894397 0.447202 0)
(0.894403 0.447198 0)
(0.894397 0.447203 0)
(0.894403 0.447197 0)
(0.894398 0.447203 0)
(0.894401 0.447197 0)
(0.8944 0.447202 0)
(0.8944 0.447199 0)
(0.8944 0.447199 0)
(0.8944 0.447204 0)
(0.894401 0.447195 0)
(0.894398 0.447204 0)
(0.894402 0.447199 0)
(0.8944 0.447199 0)
(0.894398 0.447201 0)
(0.894402 0.447199 0)
(0.894399 0.4472 0)
(0.894402 0.447202 0)
(0.894399 0.447197 0)
(0.894399 0.447203 0)
(0.894405 0.447199 0)
(0.894396 0.447201 0)
(0.894399 0.447199 0)
(0.894404 0.447199 0)
(0.894396 0.447203 0)
(0.894404 0.447195 0)
(0.8944 0.447203 0)
(0.894396 0.447197 0)
(0.894401 0.447202 0)
(0.894401 0.447204 0)
(0.894401 0.447196 0)
(0.894398 0.447202 0)
(0.894398 0.447201 0)
(0.894401 0.447202 0)
(0.894401 0.447198 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.894401 0.447198 0)
(0.894398 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.447199 0)
(0.894401 0.447199 0)
(0.894401 0.447199 0)
(0.8944 0.447198 0)
(0.8944 0.447201 0)
(0.894402 0.447198 0)
(0.8944 0.447198 0)
(0.894399 0.4472 0)
(0.894402 0.447197 0)
(0.894402 0.447197 0)
(0.894401 0.447195 0)
(0.89441 0.447197 0)
(0.894394 0.447197 0)
(0.894406 0.447186 0)
(0.894404 0.447195 0)
(0.894414 0.447194 0)
(0.894399 0.447207 0)
(0.894402 0.447117 0)
(0.894385 0.447237 0)
(0.894468 0.447237 0)
(0.894354 0.447051 0)
(0.894365 0.447198 0)
(0.89445 0.447366 0)
(0.894456 0.446967 0)
(0.894269 0.447148 0)
(0.894356 0.44745 0)
(0.894629 0.447035 0)
(0.894174 0.44708 0)
(0.894296 0.447399 0)
(0.89469 0.447225 0)
(0.894242 0.44712 0)
(0.894206 0.447273 0)
(0.894569 0.447308 0)
(0.894449 0.447193 0)
(0.894289 0.447206 0)
(0.894406 0.447309 0)
(0.894475 0.447262 0)
(0.894412 0.447186 0)
(0.894384 0.44722 0)
(0.894413 0.447241 0)
(0.894421 0.447207 0)
(0.894406 0.447193 0)
(0.894398 0.447202 0)
(0.894399 0.447203 0)
(0.894399 0.447197 0)
(0.894399 0.447193 0)
(0.894397 0.447192 0)
(0.894399 0.447192 0)
(0.894398 0.447195 0)
(0.894401 0.447197 0)
(0.894399 0.447201 0)
(0.894401 0.447201 0)
(0.8944 0.447201 0)
(0.8944 0.447201 0)
(0.894401 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894398 0.4472 0)
(0.894402 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447199 0)
(0.894401 0.447203 0)
(0.8944 0.447198 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.894401 0.447198 0)
(0.8944 0.447202 0)
(0.894399 0.447198 0)
(0.894402 0.447202 0)
(0.894399 0.4472 0)
(0.894399 0.447198 0)
(0.894402 0.447201 0)
(0.894398 0.4472 0)
(0.894402 0.4472 0)
(0.894398 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.447199 0)
(0.894398 0.447203 0)
(0.894401 0.447198 0)
(0.894398 0.447202 0)
(0.8944 0.447199 0)
(0.894402 0.447199 0)
(0.894399 0.4472 0)
(0.894401 0.447198 0)
(0.894401 0.447197 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.894398 0.447201 0)
(0.894401 0.447201 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.447201 0)
(0.8944 0.447201 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.894401 0.4472 0)
(0.894401 0.447198 0)
(0.8944 0.4472 0)
(0.894403 0.447199 0)
(0.894403 0.447198 0)
(0.894402 0.447198 0)
(0.894403 0.447198 0)
(0.894403 0.447195 0)
(0.894405 0.44719 0)
(0.894411 0.4472 0)
(0.894399 0.447182 0)
(0.894407 0.447185 0)
(0.894411 0.447185 0)
(0.894408 0.447203 0)
(0.89441 0.447156 0)
(0.894383 0.447155 0)
(0.894406 0.447218 0)
(0.894447 0.447193 0)
(0.894363 0.447073 0)
(0.894347 0.447236 0)
(0.894452 0.447274 0)
(0.894437 0.447036 0)
(0.894232 0.4472 0)
(0.894449 0.447344 0)
(0.894496 0.447117 0)
(0.894185 0.447182 0)
(0.894392 0.447342 0)
(0.894547 0.447236 0)
(0.894313 0.447201 0)
(0.894313 0.447287 0)
(0.894456 0.447305 0)
(0.894429 0.447257 0)
(0.89437 0.447238 0)
(0.894401 0.447265 0)
(0.894439 0.447257 0)
(0.894424 0.447219 0)
(0.8944 0.447215 0)
(0.894402 0.447223 0)
(0.894409 0.447209 0)
(0.894408 0.447194 0)
(0.894403 0.447192 0)
(0.894401 0.447194 0)
(0.8944 0.447196 0)
(0.894399 0.447197 0)
(0.894398 0.447197 0)
(0.894399 0.447197 0)
(0.894399 0.447196 0)
(0.894399 0.447197 0)
(0.8944 0.447197 0)
(0.8944 0.447199 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.447198 0)
(0.894399 0.447202 0)
(0.894401 0.447199 0)
(0.894399 0.447201 0)
(0.894402 0.4472 0)
(0.894398 0.447199 0)
(0.894401 0.447201 0)
(0.894401 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.447201 0)
(0.894401 0.4472 0)
(0.894399 0.447199 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.894401 0.4472 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.447199 0)
(0.8944 0.4472 0)
(0.894399 0.447201 0)
(0.894402 0.447198 0)
(0.894401 0.4472 0)
(0.894399 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.447202 0)
(0.8944 0.447202 0)
(0.8944 0.4472 0)
(0.894401 0.447201 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894401 0.447199 0)
(0.894401 0.447199 0)
(0.894402 0.447198 0)
(0.894404 0.447197 0)
(0.894405 0.447194 0)
(0.894404 0.447194 0)
(0.894405 0.44719 0)
(0.894412 0.447189 0)
(0.894408 0.447191 0)
(0.894404 0.447174 0)
(0.894408 0.447176 0)
(0.894411 0.447188 0)
(0.894412 0.44718 0)
(0.894412 0.447144 0)
(0.894377 0.44717 0)
(0.894413 0.4472 0)
(0.89442 0.447162 0)
(0.894361 0.447125 0)
(0.894348 0.447236 0)
(0.894454 0.447222 0)
(0.894351 0.447123 0)
(0.894275 0.447251 0)
(0.894463 0.447299 0)
(0.894401 0.447184 0)
(0.894263 0.447262 0)
(0.894393 0.447342 0)
(0.894445 0.447288 0)
(0.894367 0.447291 0)
(0.89438 0.447316 0)
(0.894433 0.447301 0)
(0.89443 0.447284 0)
(0.894407 0.447273 0)
(0.894409 0.447266 0)
(0.894425 0.447253 0)
(0.894425 0.447228 0)
(0.894413 0.447213 0)
(0.894405 0.447211 0)
(0.894403 0.447205 0)
(0.894402 0.447197 0)
(0.8944 0.447193 0)
(0.894399 0.447194 0)
(0.894399 0.447196 0)
(0.894398 0.447199 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.8944 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.447201 0)
(0.894401 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.447199 0)
(0.894399 0.447201 0)
(0.894401 0.447199 0)
(0.894399 0.4472 0)
(0.894401 0.447201 0)
(0.894399 0.447198 0)
(0.8944 0.447201 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.447201 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.894401 0.447201 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.894401 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894401 0.4472 0)
(0.894401 0.4472 0)
(0.894402 0.447198 0)
(0.894402 0.447198 0)
(0.894404 0.447197 0)
(0.894405 0.447196 0)
(0.894407 0.447194 0)
(0.894408 0.447192 0)
(0.894406 0.447187 0)
(0.894409 0.447183 0)
(0.894417 0.447188 0)
(0.894411 0.447176 0)
(0.894408 0.447163 0)
(0.89441 0.447169 0)
(0.894408 0.447182 0)
(0.894412 0.447156 0)
(0.894393 0.447156 0)
(0.894381 0.447178 0)
(0.894405 0.44719 0)
(0.894392 0.44716 0)
(0.894332 0.447185 0)
(0.894369 0.447252 0)
(0.894414 0.447233 0)
(0.894312 0.447211 0)
(0.894322 0.447301 0)
(0.894414 0.447321 0)
(0.894362 0.447291 0)
(0.89433 0.447343 0)
(0.894397 0.44736 0)
(0.894417 0.447329 0)
(0.894397 0.447345 0)
(0.894409 0.447357 0)
(0.894432 0.447331 0)
(0.894436 0.447306 0)
(0.89443 0.447286 0)
(0.894425 0.447266 0)
(0.894424 0.447246 0)
(0.894422 0.447224 0)
(0.894415 0.447208 0)
(0.894407 0.447202 0)
(0.894403 0.447199 0)
(0.8944 0.447196 0)
(0.894398 0.447192 0)
(0.894397 0.447191 0)
(0.894398 0.447192 0)
(0.894398 0.447194 0)
(0.894399 0.447196 0)
(0.894399 0.447198 0)
(0.8944 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.894399 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.894399 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447201 0)
(0.8944 0.447201 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447201 0)
(0.8944 0.447201 0)
(0.894401 0.447201 0)
(0.894402 0.447201 0)
(0.894403 0.4472 0)
(0.894403 0.4472 0)
(0.894405 0.447199 0)
(0.894406 0.447196 0)
(0.894407 0.447194 0)
(0.894409 0.447191 0)
(0.894413 0.447188 0)
(0.894413 0.447184 0)
(0.894411 0.447176 0)
(0.894415 0.447173 0)
(0.894418 0.447178 0)
(0.894413 0.447162 0)
(0.894408 0.447153 0)
(0.894404 0.44717 0)
(0.894406 0.447174 0)
(0.8944 0.447153 0)
(0.894371 0.447172 0)
(0.894371 0.447202 0)
(0.894383 0.447211 0)
(0.894353 0.447209 0)
(0.894321 0.447248 0)
(0.894363 0.447293 0)
(0.894354 0.44731 0)
(0.89431 0.447335 0)
(0.894345 0.447374 0)
(0.894385 0.447384 0)
(0.894369 0.447395 0)
(0.894368 0.447429 0)
(0.894402 0.447433 0)
(0.894424 0.447404 0)
(0.894428 0.447387 0)
(0.894436 0.447373 0)
(0.894444 0.447343 0)
(0.894444 0.44731 0)
(0.894439 0.447283 0)
(0.894431 0.44726 0)
(0.894424 0.44724 0)
(0.894418 0.44722 0)
(0.894411 0.447203 0)
(0.894405 0.447195 0)
(0.894401 0.447193 0)
(0.894398 0.447194 0)
(0.894397 0.447195 0)
(0.894397 0.447195 0)
(0.894397 0.447196 0)
(0.894398 0.447197 0)
(0.894399 0.447197 0)
(0.894399 0.447198 0)
(0.894399 0.447199 0)
(0.894399 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894401 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447202 0)
(0.894401 0.447201 0)
(0.894401 0.447201 0)
(0.894403 0.447201 0)
(0.894404 0.4472 0)
(0.894406 0.447198 0)
(0.894408 0.447197 0)
(0.89441 0.447193 0)
(0.894412 0.447189 0)
(0.894415 0.447185 0)
(0.894418 0.447182 0)
(0.894418 0.447174 0)
(0.894416 0.447166 0)
(0.894418 0.447166 0)
(0.894416 0.447168 0)
(0.894409 0.447157 0)
(0.894398 0.447158 0)
(0.894391 0.44718 0)
(0.894389 0.447186 0)
(0.894369 0.447195 0)
(0.894347 0.447221 0)
(0.894349 0.447256 0)
(0.894343 0.447283 0)
(0.89431 0.447324 0)
(0.894314 0.447361 0)
(0.894339 0.447391 0)
(0.894328 0.447436 0)
(0.894323 0.447477 0)
(0.894348 0.447496 0)
(0.894379 0.447511 0)
(0.894399 0.447516 0)
(0.894415 0.447506 0)
(0.894432 0.447493 0)
(0.894448 0.447468 0)
(0.894457 0.447433 0)
(0.894461 0.447395 0)
(0.89446 0.447354 0)
(0.894454 0.447312 0)
(0.894444 0.447275 0)
(0.894432 0.447246 0)
(0.894422 0.447226 0)
(0.894413 0.447212 0)
(0.894406 0.4472 0)
(0.894401 0.447192 0)
(0.894398 0.44719 0)
(0.894396 0.44719 0)
(0.894396 0.447193 0)
(0.894396 0.447195 0)
(0.894397 0.447197 0)
(0.894398 0.447198 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.447202 0)
(0.8944 0.447202 0)
(0.8944 0.447201 0)
(0.894401 0.447203 0)
(0.894402 0.447202 0)
(0.894403 0.447202 0)
(0.894405 0.4472 0)
(0.894408 0.447198 0)
(0.894411 0.447195 0)
(0.894415 0.447192 0)
(0.894418 0.447187 0)
(0.894419 0.44718 0)
(0.894422 0.447176 0)
(0.894424 0.447173 0)
(0.894421 0.447164 0)
(0.894415 0.447161 0)
(0.894412 0.447171 0)
(0.894406 0.447173 0)
(0.89439 0.447177 0)
(0.894372 0.4472 0)
(0.894364 0.447229 0)
(0.894351 0.44725 0)
(0.894322 0.447293 0)
(0.894309 0.44734 0)
(0.894311 0.447382 0)
(0.894298 0.447432 0)
(0.894285 0.447497 0)
(0.8943 0.447537 0)
(0.894313 0.447572 0)
(0.894331 0.447624 0)
(0.894357 0.447644 0)
(0.89438 0.447636 0)
(0.894404 0.447642 0)
(0.894434 0.447637 0)
(0.894459 0.447598 0)
(0.894473 0.44755 0)
(0.894482 0.447504 0)
(0.894485 0.447451 0)
(0.894481 0.447396 0)
(0.894472 0.447344 0)
(0.894459 0.4473 0)
(0.894445 0.447262 0)
(0.894431 0.447231 0)
(0.894418 0.447211 0)
(0.894408 0.447199 0)
(0.894402 0.447194 0)
(0.894398 0.44719 0)
(0.894396 0.447189 0)
(0.894395 0.44719 0)
(0.894396 0.447192 0)
(0.894397 0.447194 0)
(0.894397 0.447196 0)
(0.894398 0.447197 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.447201 0)
(0.8944 0.447201 0)
(0.894399 0.447202 0)
(0.8944 0.447202 0)
(0.894399 0.447203 0)
(0.894399 0.447204 0)
(0.8944 0.447205 0)
(0.894401 0.447205 0)
(0.894403 0.447205 0)
(0.894405 0.447204 0)
(0.894408 0.447203 0)
(0.894411 0.4472 0)
(0.894415 0.447196 0)
(0.894419 0.447191 0)
(0.894423 0.447187 0)
(0.894426 0.44718 0)
(0.894425 0.447173 0)
(0.894425 0.447171 0)
(0.894422 0.447173 0)
(0.894413 0.447172 0)
(0.894399 0.447182 0)
(0.894387 0.447207 0)
(0.894374 0.447228 0)
(0.894349 0.447258 0)
(0.894325 0.447309 0)
(0.894312 0.44736 0)
(0.894292 0.447416 0)
(0.89427 0.447485 0)
(0.894265 0.447551 0)
(0.894264 0.447611 0)
(0.894262 0.447684 0)
(0.894281 0.447751 0)
(0.894307 0.447782 0)
(0.894327 0.44781 0)
(0.89436 0.447846 0)
(0.894402 0.447848 0)
(0.894439 0.447812 0)
(0.894467 0.447772 0)
(0.894493 0.44773 0)
(0.894512 0.447666 0)
(0.894519 0.44759 0)
(0.894516 0.447517 0)
(0.894507 0.447448 0)
(0.894493 0.447384 0)
(0.894475 0.447326 0)
(0.894457 0.447279 0)
(0.894439 0.447244 0)
(0.894424 0.447218 0)
(0.894412 0.447201 0)
(0.894403 0.447192 0)
(0.894397 0.447189 0)
(0.894395 0.447189 0)
(0.894394 0.447191 0)
(0.894395 0.447192 0)
(0.894395 0.447194 0)
(0.894397 0.447196 0)
(0.894398 0.447197 0)
(0.894398 0.447198 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.447201 0)
(0.894398 0.447203 0)
(0.894398 0.447204 0)
(0.894399 0.447205 0)
(0.894399 0.447206 0)
(0.8944 0.447208 0)
(0.894402 0.447208 0)
(0.894405 0.447208 0)
(0.89441 0.447205 0)
(0.894415 0.447203 0)
(0.89442 0.447199 0)
(0.894424 0.447192 0)
(0.894428 0.447187 0)
(0.89443 0.447184 0)
(0.894429 0.44718 0)
(0.894423 0.447182 0)
(0.894414 0.447193 0)
(0.894401 0.44721 0)
(0.894381 0.447234 0)
(0.894357 0.447273 0)
(0.894334 0.447326 0)
(0.894309 0.447384 0)
(0.894279 0.447458 0)
(0.894256 0.44754 0)
(0.894239 0.447622 0)
(0.894221 0.447718 0)
(0.894217 0.447813 0)
(0.894228 0.447894 0)
(0.894239 0.447963 0)
(0.894259 0.448034 0)
(0.8943 0.448084 0)
(0.894346 0.448102 0)
(0.894391 0.448097 0)
(0.894433 0.448075 0)
(0.894477 0.448037 0)
(0.894516 0.447971 0)
(0.894542 0.447885 0)
(0.894557 0.447795 0)
(0.894563 0.447702 0)
(0.894559 0.447603 0)
(0.894544 0.447507 0)
(0.894522 0.447423 0)
(0.894498 0.447354 0)
(0.894473 0.447297 0)
(0.894449 0.447253 0)
(0.89443 0.447223 0)
(0.894415 0.447204 0)
(0.894405 0.447192 0)
(0.894398 0.447187 0)
(0.894394 0.447186 0)
(0.894393 0.447188 0)
(0.894394 0.44719 0)
(0.894395 0.447193 0)
(0.894396 0.447195 0)
(0.894397 0.447197 0)
(0.894398 0.447198 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.4472 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.447202 0)
(0.894398 0.447203 0)
(0.894398 0.447204 0)
(0.894397 0.447206 0)
(0.894397 0.447208 0)
(0.894398 0.447211 0)
(0.8944 0.447212 0)
(0.894402 0.447214 0)
(0.894407 0.447213 0)
(0.894412 0.447211 0)
(0.894418 0.447208 0)
(0.894424 0.447203 0)
(0.89443 0.447199 0)
(0.894432 0.447195 0)
(0.894431 0.447196 0)
(0.894425 0.447204 0)
(0.894413 0.447217 0)
(0.894394 0.447245 0)
(0.894369 0.447288 0)
(0.894343 0.447343 0)
(0.894308 0.447413 0)
(0.894273 0.447504 0)
(0.894243 0.447604 0)
(0.894211 0.447713 0)
(0.894183 0.447839 0)
(0.894171 0.447961 0)
(0.894163 0.448077 0)
(0.894164 0.448194 0)
(0.894184 0.448296 0)
(0.894219 0.448379 0)
(0.894263 0.448439 0)
(0.894316 0.448469 0)
(0.894372 0.448467 0)
(0.894433 0.448444 0)
(0.894495 0.448389 0)
(0.894544 0.448299 0)
(0.894583 0.448194 0)
(0.894612 0.448078 0)
(0.894626 0.447947 0)
(0.894623 0.447813 0)
(0.894607 0.447689 0)
(0.894585 0.447576 0)
(0.894556 0.447474 0)
(0.894523 0.447386 0)
(0.894491 0.447317 0)
(0.894462 0.447266 0)
(0.894438 0.447229 0)
(0.894419 0.447205 0)
(0.894406 0.447192 0)
(0.894398 0.447186 0)
(0.894393 0.447185 0)
(0.894392 0.447186 0)
(0.894392 0.447188 0)
(0.894393 0.447191 0)
(0.894395 0.447194 0)
(0.894396 0.447196 0)
(0.894397 0.447197 0)
(0.894398 0.447198 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.447199 0)
(0.8944 0.447201 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.447202 0)
(0.894398 0.447202 0)
(0.894397 0.447204 0)
(0.894396 0.447207 0)
(0.894395 0.44721 0)
(0.894395 0.447212 0)
(0.894395 0.447217 0)
(0.894398 0.44722 0)
(0.894402 0.447222 0)
(0.894407 0.447222 0)
(0.894415 0.44722 0)
(0.894422 0.447218 0)
(0.894429 0.447214 0)
(0.894432 0.447213 0)
(0.894431 0.447217 0)
(0.894423 0.447229 0)
(0.894407 0.447254 0)
(0.894384 0.447297 0)
(0.894353 0.447356 0)
(0.894314 0.447438 0)
(0.894271 0.447543 0)
(0.894228 0.447666 0)
(0.894183 0.447808 0)
(0.894144 0.447968 0)
(0.894115 0.448132 0)
(0.894091 0.4483 0)
(0.894083 0.448468 0)
(0.894092 0.44862 0)
(0.894114 0.448756 0)
(0.894156 0.448867 0)
(0.894211 0.448939 0)
(0.894277 0.44898 0)
(0.894355 0.448991 0)
(0.894437 0.448953 0)
(0.894511 0.44887 0)
(0.89458 0.448762 0)
(0.894639 0.448628 0)
(0.894679 0.448467 0)
(0.8947 0.448294 0)
(0.894705 0.448123 0)
(0.894695 0.447955 0)
(0.894671 0.447793 0)
(0.894636 0.447647 0)
(0.894595 0.447523 0)
(0.894552 0.447421 0)
(0.894512 0.44734 0)
(0.894476 0.447278 0)
(0.894446 0.447236 0)
(0.894424 0.447209 0)
(0.894408 0.447193 0)
(0.894398 0.447185 0)
(0.894392 0.447183 0)
(0.89439 0.447184 0)
(0.894391 0.447187 0)
(0.894392 0.44719 0)
(0.894393 0.447192 0)
(0.894395 0.447195 0)
(0.894396 0.447197 0)
(0.894398 0.447198 0)
(0.894398 0.447199 0)
(0.894399 0.447199 0)
(0.894399 0.447199 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.8944 0.4472 0)
(0.894399 0.447201 0)
(0.894399 0.447201 0)
(0.894398 0.447202 0)
(0.894397 0.447204 0)
(0.894395 0.447206 0)
(0.894394 0.447209 0)
(0.894392 0.447214 0)
(0.894392 0.447219 0)
(0.894392 0.447224 0)
(0.894395 0.447229 0)
(0.8944 0.447233 0)
(0.894408 0.447234 0)
(0.894416 0.447233 0)
(0.894424 0.447233 0)
(0.894429 0.447235 0)
(0.894428 0.447243 0)
(0.894419 0.447264 0)
(0.894398 0.447301 0)
(0.894367 0.44736 0)
(0.894325 0.447448 0)
(0.894274 0.447566 0)
(0.894218 0.447713 0)
(0.894158 0.44789 0)
(0.894101 0.448092 0)
(0.894051 0.448311 0)
(0.894009 0.448543 0)
(0.893984 0.448778 0)
(0.893975 0.449003 0)
(0.893985 0.449214 0)
(0.894019 0.449397 0)
(0.89407 0.44954 0)
(0.894142 0.449648 0)
(0.894233 0.449705 0)
(0.894332 0.449703 0)
(0.894434 0.449649 0)
(0.894537 0.44955 0)
(0.89463 0.449403 0)
(0.894707 0.449218 0)
(0.894766 0.449006 0)
(0.894803 0.44878 0)
(0.894819 0.448548 0)
(0.894812 0.448315 0)
(0.894785 0.448095 0)
(0.894744 0.447898 0)
(0.894695 0.447725 0)
(0.894641 0.447576 0)
(0.894586 0.447455 0)
(0.894535 0.447361 0)
(0.894491 0.447292 0)
(0.894456 0.447243 0)
(0.894429 0.447211 0)
(0.89441 0.447193 0)
(0.894398 0.447184 0)
(0.894391 0.447181 0)
(0.894389 0.447182 0)
(0.894389 0.447184 0)
(0.89439 0.447188 0)
(0.894392 0.447191 0)
(0.894394 0.447193 0)
(0.894396 0.447196 0)
(0.894397 0.447197 0)
(0.894398 0.447198 0)
)
;
boundaryField
{
emptyPatches_empt
{
type empty;
}
top_cyc
{
type cyclic;
}
bottom_cyc
{
type cyclic;
}
inlet_cyc
{
type cyclic;
}
outlet_cyc
{
type cyclic;
}
}
// ************************************************************************* //
| |
a861455b6d1736a73f157342a5d3d881decfcf2e | e7682d26db65c23111c871a58c0a2fbba8f4e40d | /drv32/irq.cpp | fc723ad7e5a61b91037cb672cf0feb72a3cca96f | [] | no_license | OS2World/DRV-UNIAUD | 42de2d1d9dd26f5337ec12d4fed56fa23075f329 | 9a759917d5f6a1aa9119d097975e2b84484792a7 | refs/heads/master | 2021-01-02T09:01:47.200875 | 2014-11-07T02:42:17 | 2014-11-07T02:42:18 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,793 | cpp | irq.cpp | /* $Id: irq.cpp,v 1.5 2002/04/17 11:13:41 sandervl Exp $ */
/*
* IRQ handler functions
*
* (C) 2000-2002 InnoTek Systemberatung 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., 675 Mass Ave, Cambridge, MA 02139,
* USA.
*
*/
#define INCL_NOPMAPI
#define INCL_DOSINFOSEG // Need Global info seg in rm.cpp algorithms
#include <os2.h>
#include <devtype.h>
#include <devinfo.h>
#include <devhelp.h>
#include <include.h> // Defn's for WatCom based drivers.
#include <irqos2.h>
#include <dbgos2.h>
#include "irq.h"
// List of handlers here.
static FARPTR16 *pISR[NUM_IRQLEVELS] = {
NULL,
NULL,
NULL,
&ISR03,
&ISR04,
&ISR05,
NULL,
&ISR07,
NULL,
&ISR09,
&ISR10,
&ISR11,
&ISR12,
&ISR13,
&ISR14,
&ISR15
};
static PFNIRQ pfnAlsaIRQHandler = NULL;
//******************************************************************************
//******************************************************************************
BOOL RMSetIrq(ULONG ulIrq, BOOL fShared, PFNIRQ pfnIrqHandler)
{
USHORT rc = 1;
if(pISR[ulIrq] == NULL) {
DebugInt3();
return FALSE;
}
if(fShared)
{
rc = DevIRQSet((WORD16) *pISR[ ulIrq ],
(WORD16)ulIrq,
1 ); // first try shared shared
}
if (rc != 0) { // If error ...
rc = DevIRQSet((WORD16) *pISR[ ulIrq ],
(WORD16)ulIrq,
0); // failed, so try exclusive instead
}
if (rc != 0) { // If error ...
dprintf(("ERROR: RMSetIrq %d %d %x FAILED!!", ulIrq, fShared, pfnIrqHandler));
DebugInt3();
return FALSE;
}
//Always called with the same handler
if(pfnAlsaIRQHandler && (pfnAlsaIRQHandler != pfnIrqHandler)) {
DebugInt3();
return FALSE;
}
pfnAlsaIRQHandler = pfnIrqHandler;
return TRUE;
}
//******************************************************************************
//******************************************************************************
BOOL RMFreeIrq(ULONG ulIrq)
{
return (DevIRQClear((WORD16)ulIrq) == 0);
}
//******************************************************************************
//******************************************************************************
ULONG ALSA_Interrupt(ULONG irqnr);
#pragma aux ALSA_Interrupt "ALSA_Interrupt" parm [ebx]
ULONG ALSA_Interrupt(ULONG irqnr)
{
if(pfnAlsaIRQHandler == NULL) {
DebugInt3();
return FALSE;
}
if(pfnAlsaIRQHandler(irqnr)) {
cli();
// We've cleared all service requests. Send EOI and clear
// the carry flag (tells OS/2 kernel that Int was handled).
DevEOI( (WORD16)irqnr );
return TRUE;
}
// Indicate Interrupt not serviced by setting carry flag before
// returning to OS/2 kernel. OS/2 will then shut down the interrupt!
// NOTE: Make sure interrupts are not turned on again when this irq isn't ours!
return FALSE;
}
//******************************************************************************
//******************************************************************************
|
8c8a7d3c9f5f9b9aa3408e3bf89e48a8ad216f3e | 0c80aec0be5a600426006096a5c510c90b3ca949 | /Spoj/RGB1/Сүү холих.cpp | 2d6add2cf096901edd0daed3128e7727ca86a4c8 | [] | no_license | skywithlight/Algorithms | 7b8fd78874afffc8ae7c2775b53d2402cc165e65 | 06a13fbb73ea1404a7d0eaab56765ec2423f9e07 | refs/heads/master | 2020-03-23T21:20:04.814645 | 2018-10-16T03:59:42 | 2018-10-16T03:59:42 | 142,098,756 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 813 | cpp | Сүү холих.cpp | #include <iostream>
#include <vector>
using namespace std;
int main(){
unsigned long long n, m, ans = 0;
cin >> n >> m;
vector< pair <long long, long long> > a(m);
for (int i = 0; i < m; i++){
cin >> a[i].first >> a[i].second;
}
// sort (a.begin(), a.end());
bool swapped;
unsigned long long len;
len = m;
do {
swapped = false;
for (int i = 1; i < len; i++){
if (a[i - 1].first > a[i].first){
swap(a[i - 1], a[i]);
}
swapped = true;
}
len--;
} while (swapped == true);
int i = 0;
while (n > 0){
if (a[i].second <= n){
n = n - a[i].second;
ans += (a[i].first * a[i].second);
} else {
ans += (a[i].first * n);
n = 0;
}
i++;
}
cout << ans << endl;
return 0;
}
|
30e45f7cae13fe683c625ffa0f78d5dbae416fb8 | 35f97b6050845d78bba2fe3446637566cdec0aed | /sc/src/Preamble.cpp | 6715c6aa2eaba59371dd22a073b9a76d6b90d267 | [
"MIT"
] | permissive | msnh2012/GL_ogl_to_vlk | eb5932ef25c7d08278c1ab933a4f304bed9ba7cf | 9b8863fc175b76ec565f034b25dcbbbdbb8a8ff6 | refs/heads/master | 2023-03-15T23:47:45.409201 | 2020-10-04T15:09:13 | 2020-10-04T15:09:13 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,634 | cpp | Preamble.cpp | //
// This file is part of the "sc" project
// See "LICENSE" for license information.
//
#include <fmt/format.h>
#include "std_lib.h"
#include "Preamble.h"
using namespace std;
using namespace fmt;
namespace {
//----------------------------------------------------------------------------------------------------------------------
inline auto is_valid(const std::string& token)
{
constexpr array<const char*, 2> directives = {
"#define", "#undef"
};
for (auto& directive : directives) {
if (string::npos != token.find(directive))
return true;
}
return false;
}
//----------------------------------------------------------------------------------------------------------------------
} // of namespace
namespace Sc {
//----------------------------------------------------------------------------------------------------------------------
Preamble::Preamble() noexcept :
tokens_ {}
{
}
void Preamble::token(const std::string& token)
{
if (!is_valid(token))
throw format("{} is invalid.", token);
tokens_.append(token + '\n');
}
//----------------------------------------------------------------------------------------------------------------------
std::string Preamble::str() const noexcept
{
return tokens_;
}
//----------------------------------------------------------------------------------------------------------------------
bool Preamble::empty() const noexcept
{
return tokens_.empty();
}
//----------------------------------------------------------------------------------------------------------------------
} // of namespace Sc
|
5a849b1cb66ea969a14680b80a4dd1dbdb5db551 | 2be8edebdf05500dcb7108261e331dc66d651ac7 | /cpp/td2/dico.cc | 72773bfdfcf401bdca99eb83613645088fd29b19 | [] | no_license | wissou92/Langage_av | fb362d30aa24707225deda664d7ba4293b2da709 | 05f3b32fd5137b4b800870eab03e454ad0291aa6 | refs/heads/master | 2020-08-02T06:46:21.161607 | 2019-12-20T10:21:14 | 2019-12-20T10:21:14 | 211,267,399 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,267 | cc | dico.cc | #include "dico.h"
// DEFINITION
Definition::Definition(char *m, char *def)
{
clef = CString(m);
def = CString(def);
}
CString Definition::GetClef() const
{
return clef;
}
CString Definition::GetDef() const
{
cout <
}
// NODE
Node::Node(Definition *d)
{
def=d;
nextNode=NULL;
}
Node::~Node()
{
cout<<"destNode~";
}
// DICO
Dico::Dico(bool own)
{
head=new Node(NULL);
length=0;
isOwner=own;
}
Dico::~Dico()
{
Destroy(head);
cout<<endl;
}
// Destruction récursive de la liste.
void Dico::Destroy(Node *n)
{
if(n)
{
if(isOwner && n->def)
delete n->def;
Destroy(n->nextNode);
delete n;
}
}
void Dico::AddDef(Definition *newDef)
{
if(!newDef)
return;
Node* newNode = new Node(newDef);
CString entry=newDef->Getclef();
Node *curNode=head;
Node *tmp;
while(tmp=curNode->nextNode)
{
CString curClef=tmp->def->GetClef();
if(curClef>entry)
break;
curNode=curNode->nextNode;
}
newNode->nextNode=tmp;
curNode->nextNode=newNode;
length++;
}
CString Dico::GetDef()(CString &entry)
{
Node* curNode= head->nextNode;
CString def ="";
while (curNode)
{
if(!strcmp(entry.GetString(), (curNode->def->GetClef()).getString()))
{
def=curNode->def->GetDef();
break;
}
curNode=curNode->nextNode;
}
return def;
}
|
1e022259b9ec73ef052cf8fd94b04c28efc61e45 | 346ec890ff38822fef5f122188a52990a8a12710 | /include/creature.h | f9de16f025a6eef13e7615a331165af0cd280962 | [] | no_license | tupers/rune | 9d9ff05ab881c94258ef26b7a64b25b4a8f1111e | bd27c64f9c636757b23fc7edc7f0a44fe904f024 | refs/heads/master | 2020-03-27T20:55:30.571064 | 2018-09-11T05:57:54 | 2018-09-11T05:57:54 | 147,102,792 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,114 | h | creature.h | #ifndef CREATURE_H
#define CREATURE_H
#include <string>
#include <map>
#include <vector>
#include "type.h"
#include "randomCore.h"
using namespace std;
class Creature
{
public:
typedef struct
{
float value;
}propertyUnit;
typedef struct
{
string id;
}componentUnit;
typedef struct
{
float value;
//property
}damageUnit;
typedef struct
{
Creature* source;
vector<damageUnit> list;
}damageInfo;
private:
string id;
map<string, propertyUnit> propertyList;
map<string, componentUnit> componentList;
RandomCore randomEngine;
public:
Creature(const string &s = "none"):id(s){
propertyUnit b_hp = {
.value = 1
};
propertyList["basic_health"] = b_hp;
};
virtual void refresh();
virtual int load(string jsonPath, string id);
string info();
string getId(){return id;}
float getSpeed()const{return propertyList.find("basic_speed")->second.value;}
float getHealth()const{return propertyList.find("health")->second.value;}
virtual ~Creature();
//action
virtual damageInfo attack();
virtual void defence(const damageInfo& damage);
};
#endif /* CREATURE_H */
|
cbe04181804d13c4ad32445f5c1b7d90e9fd035a | 7e385bf9e0740d12e691e2e1004ed4ad64bfcddb | /1249.cpp | d75b3ce78e65dc3c6b8d13000b1808186ce44467 | [] | no_license | 504281906/ACM | c23def3e50cbcbc020641d1df7021f6a75acd039 | 481d7d4d16f1cb421500aff3b747ccefe0f3d369 | refs/heads/master | 2021-01-23T04:13:40.729427 | 2017-04-18T02:07:34 | 2017-04-18T02:07:34 | 32,318,925 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 207 | cpp | 1249.cpp | #include <stdio.h>
int main()
{
int i,t,n;
long f[10001];
scanf("%d",&t);
f[1]=2;
for (i=2;i<=10001;i++)
f[i]=f[i-1]+6*(i-1);
while (t--)
{
scanf("%d",&n);
printf("%ld\n",f[n]);
}
return 0;
}
|
41c4df54b26c20c3bd3a94ff9fbd900f5d63ac70 | a3d0f92c3fd95c9d0d844405ac80a246ceb86c03 | /src/database/coregl/SoXipDepthTest.cpp | 1a8378cb1a017ef8ee5d3522ee745d2138e2157b | [
"Apache-2.0",
"LicenseRef-scancode-unknown-license-reference"
] | permissive | JoonVan/xip-libraries | 79cc97e84ea45e30e0dc61fd8a98503a36fe9194 | 9f0fef66038b20ff0c81c089d7dd0038e3126e40 | refs/heads/master | 2020-12-20T18:49:48.942407 | 2013-06-25T20:57:19 | 2013-06-25T20:57:19 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,780 | cpp | SoXipDepthTest.cpp | /*
Copyright (c) 2011, Siemens Corporate Research a Division of Siemens Corporation
All rights reserved.
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.
*/
#include <xip/system/standard.h>
#include "SoXipDepthTest.h"
#include <xip/inventor/coregl/SoXipDepthTestElement.h>
SO_NODE_SOURCE(SoXipDepthTest);
SoXipDepthTest::SoXipDepthTest() {
SO_NODE_CONSTRUCTOR(SoXipDepthTest);
SO_NODE_ADD_FIELD(enableDepthTest, (true));
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, NEVER);
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, ALWAYS);
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, LESS);
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, LEQUAL);
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, EQUAL);
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, GEQUAL);
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, GREATER);
SO_NODE_DEFINE_ENUM_VALUE(DepthFunc, NOTEQUAL);
SO_NODE_SET_SF_ENUM_TYPE(depthFunc, DepthFunc);
SO_NODE_ADD_FIELD(depthFunc, (LESS));
}
SoXipDepthTest::~SoXipDepthTest() {
}
void SoXipDepthTest::initClass() {
SO_NODE_INIT_CLASS(SoXipDepthTest, SoNode, "Node");
SO_ENABLE(SoGLRenderAction, SoXipDepthTestElement);
}
void SoXipDepthTest::GLRender(SoGLRenderAction *action) {
SoXipDepthTestElement::setEnabled(action->getState(), enableDepthTest.getValue());
SoXipDepthTestElement::setDepthFunc(action->getState(), depthFunc.getValue());
}
|
8d9ff2fadcf119ed76d16d228d5ee43ebfb8d2e8 | 09ff2fc33ef919a2019a47de47457e355de70924 | /include/libmath/exp.hpp | ebbf16ab3d01766239363c2628d2ee7c092a36fd | [] | no_license | LudoBike/Math-library | f50cf1beb541b1b101fe1115daeb5edf1bcd4874 | aa683f716ba5c07c9a50c282617c6a19d2b9412b | refs/heads/master | 2021-01-10T16:56:39.400349 | 2016-04-11T10:17:29 | 2016-04-11T10:17:29 | 51,687,574 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 515 | hpp | exp.hpp | /*
Math library
Exponential function implementation
*/
#ifndef __EXP_HPP__
#define __EXP_HPP__
#include <type_traits>
namespace math
{
template<typename T>
std::enable_if_t<std::is_floating_point<T>{}, T>
exp(T const x)
{
T k;
T x_pow_k = 1, fact_k = 1;
T to_return = 0;
for (k = 0; k < 10; ++k, x_pow_k *= x, fact_k *= k)
{
to_return += x_pow_k/fact_k;
}
return to_return;
}
}
#endif // __EXP_HPP__
|
d303f34b1efbe2f55a78440d049ed2551a9d2a38 | df9efcfbde3b1a2877945456b8a5078d627e6928 | /TIMEDSORTS/MergeSortImp.cpp | b58cc010ad5930b336fa431d4a22be0fa5a7e965 | [] | no_license | SogangSW/TIMEDSORTS | a4eabbd03bb6b5981d7d20ea3b742f8a9226a354 | c9b27a06e3a7d8c779ab2c5c26ee71e5f219e265 | refs/heads/master | 2021-05-31T01:09:21.907792 | 2016-03-28T14:58:36 | 2016-03-28T14:58:36 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,243 | cpp | MergeSortImp.cpp | #include "MergeSortdef.h"
int MergeSort::min(int x, int y)
{
return (x < y) ? x : y;
}
void MergeSort::merge(int arr[], int a, int b)
{
int mid = floor((a + b) / 2);
int i1 = 0;
int i2 = a;
int i3 = mid + 1;
int *temp = NULL;
temp = new int[b - a + 1];
while (i2 <= mid && i3 <= b)
{
if (arr[i2] < arr[i3])
{
temp[i1++] = arr[i2++];
}
else
{
arr[i1++] = arr[i3++];
}
}
while (i3 < b)
{
temp[i1++] = arr[i3++];
}
for (int i = a; i <= b; i++)
{
arr[i] = temp[i - a];
}
delete[] temp;
}
void MergeSort::mergeSort(int arr[], int z, int x)
{
m_timeS = clock();
if (z < x)
{
comparisons++;
int mid = floor((z + x) / 2);
mergeSort(arr, z, mid);
mergeSort(arr, mid + 1, x);
merge(arr, z, x);
}
m_timeE = clock();
m_time_Spent = (float)(m_timeE - m_timeS) / CLOCKS_PER_SEC;
setMergeTime(m_time_Spent);
setComparisons(comparisons);
}
void MergeSort::setComparisons(int comp)
{
this->comparisons = comp;
}
int MergeSort::getComparisons()
{
return this->comparisons;
}
void MergeSort::setMergeTime(float m_Time)
{
this->m_time_Spent = m_Time;
}
float MergeSort::getMergeTime()
{
return this->m_time_Spent;
} |
cd12c7d71eaccfb6ba3e48c1e42b77613ff11e37 | c53d25b27b443ad7a2d367d91321d041ba1095b6 | /POJ/1276_Cash Machine/1276.cc | 0927d8665b24771b7c5061f7f40973717a9e5bdd | [
"MIT"
] | permissive | hangim/ACM | 52323c5e890549e91b17e94ca5f69125e7dc6faf | 956b3d03a5d3f070ef24c940b7459f5cccb11d6c | refs/heads/master | 2021-01-19T13:52:22.072249 | 2015-09-28T12:31:11 | 2015-09-28T12:31:11 | 19,826,325 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 991 | cc | 1276.cc | #include <iostream>
#include <cstring>
using namespace std;
const int INF = 1 << 29;
int main() {
int cash, n, w[10], c[10];
int dp[100001];
while (cin >> cash >> n) {
for (int i = 0; i < n; i++)
cin >> c[i] >> w[i];
for (int i = 0; i <= cash; i++)
dp[i] = INF;
dp[0] = 0;
for (int i = 0; i < n; i++) {
int k = 1;
while (k <= c[i]) {
for (int j = cash; j >= w[i] * k; j--) {
dp[j] = min(dp[j], dp[j - w[i] * k] + k);
}
c[i] -= k;
k *= 2;
}
if (c[i])
for (int j = cash; j >= w[i] * c[i]; j--) {
dp[j] = min(dp[j], dp[j - w[i] * c[i]] + c[i]);
}
}
for (int i = cash; ; i--) {
if (dp[i] < INF) {
cout << i << endl;
break;
}
}
}
return 0;
}
|
305b278518f2911989a7cd9d2caa2ddbc61a4232 | 44161564df358d4b106f24bd8992e4621b8808ee | /ServerSocket.h | c03ec0866de8fe9b96cac7b918e129b82a743683 | [] | no_license | SelmerZhang/ChatRoomServer | 017eb4e2f6e8ebd3d75e265c4b8f952ae3dd53d1 | 890b30c1971ed82c4ae53b7dbe729ca7a5537e81 | refs/heads/master | 2020-03-18T23:45:34.448397 | 2018-05-30T10:15:52 | 2018-05-30T10:15:52 | 135,425,875 | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 1,041 | h | ServerSocket.h | #pragma once
#include "stdafx.h"
#include "Message.h"
/*
服务器端的socket，用于监听连接和接收、发送消息
*/
class ServerSocket : public CSocket
{
public:
ServerSocket();
virtual ~ServerSocket();
public:
CPtrList m_pList;//保存服务器上所有socket的链表，表头为监听socket
CPtrList *m_ptoList;
CString m_UserName; //连接的客户端的用户名
public:
virtual void OnClose(int nErrorCode);
virtual void OnAccept(int nErrorCode); //接受客户端的连接请求
virtual void OnReceive(int nErrorCode); //收到客户端发来的消息
void OnRegister(Message* rcvMsg); //处理注册消息
void SaveUserinfoToFile();
void OnFindPassword(Message* rcvMsg);
void UpdateClientList();
void OnLogin(Message* rcvMsg);
};
typedef struct file_user_info //存储用户信息的结构体
{
char username[20];
char password[40];
char answer[40];
char online;
int userIndex;
SOCKADDR addr;
SOCKADDR fileaddr;
}UserInfo;
extern CPtrList UserInfoList; //维护用户信息的全局链表 |
5f6158f7a07260b74167139d7ff0c7e4053e9ef4 | bcfbb6a1f010956b7b5e5414f8652e94aa8c5634 | /BOJ/cpp/1202 보석 도둑/1202.cpp | d73de06bf273870e454f0c7d3d8a13e56eab25a4 | [] | no_license | YoungWoo93/BOJ | 367e0231868ed61753cfb62edc6d2d5c153bf2fd | 99bf0f79a0ee9780f794bd124558d104cae08836 | refs/heads/master | 2023-07-23T16:00:00.234777 | 2023-07-12T01:59:02 | 2023-07-12T01:59:02 | 306,249,576 | 1 | 0 | null | 2020-10-28T14:36:42 | 2020-10-22T06:57:12 | C++ | UTF-8 | C++ | false | false | 1,501 | cpp | 1202.cpp | #include <problem.h>
#ifdef _1202_
///
/// problem
/// https://www.acmicpc.net/problem/1202
///
/// solution
/// https://dev-game-standalone.tistory.com/entry/BOJ-1202%EB%B2%88-%EB%B3%B4%EC%84%9D-%EB%8F%84%EB%91%91
///
#include <iostream>
#include <vector>
#include <queue>
#include <set>
#include <algorithm>
#include <stdio.h>
using namespace std;
struct sortRule {
bool operator()(pair<int, int> first, pair<int, int> second)
{
//if(first.second != second.second)
return first.second < second.second;
//return first.first < second.first;
}
};
void input(priority_queue<pair<int, int>, vector<pair<int, int>>, sortRule>& jewelList, multiset<int>& bagList)
{
int jewalCount;
int bagCount;
cin >> jewalCount >> bagCount;
for (int i = 0; i < jewalCount; i++)
{
pair<int, int> temp;
//cin >> temp.first >> temp.second;
scanf("%d %d", &temp.first, &temp.second);
jewelList.push(temp);
}
for (int i = 0; i < bagCount; i++)
{
int temp;
//cin >> temp;
scanf("%d", &temp);
bagList.insert(temp);
}
}
int main()
{
priority_queue<pair<int, int>, vector<pair<int,int>>, sortRule> jewelList;
multiset<int> bagList;
unsigned long long result = 0;
input(jewelList, bagList);
while (!jewelList.empty() && !bagList.empty())
{
auto item = jewelList.top();
jewelList.pop();
auto iter = bagList.lower_bound(item.first);
if (iter != bagList.end())
{
result += item.second;
bagList.erase(iter);
}
}
cout << result;
return 0;
}
#endif
|
8e994f7f13fbd4f47e83856af5d7cd47e6c81df7 | 11cf0ec1299b719e1e956a46767673b40bfb1901 | /Code/source/shell.cpp | 0aa6171486ebd9632080cf0eed0aa7a337b9ab8e | [] | no_license | martinerb/RFduino | 21048e55be76d8de2f2b8450285838e37b2bbe55 | 78e8d51df6be48ad625ce5df4acc3278f8db101a | refs/heads/master | 2016-09-05T17:38:48.275907 | 2015-03-24T10:28:45 | 2015-03-24T10:28:45 | 27,217,847 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,727 | cpp | shell.cpp | // Copyright (c) 2014 Martin Erb
//
// 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.
#include "shell.h"
#include "stdio.h"
#include "string.h"
#include "Arduino.h"
#include "variant.h"
typedef struct {
fcn_ptr command;
bool exit_shell;
char command_name[24];
char* help_text;
} command_struct;
command_struct allcommands[MAXNUMBEROFFUNCTIONS];
int commandcounter = 0;
void helpOutput();
void shell() {
char* help_test = "print a helpoutput for all commands\n";
addNewCommand(helpOutput, "help", help_test,false);
Serial.println("Starting Shell!!");
char* shell_prompt = "cmd> ";
uint32_t exit = 1;
int32_t len = 0;
char input[64] = "";
uint8_t command_to_execute = 0;
uint32_t counter = 0;
int a = 0;
while (exit) {
Serial.print(shell_prompt);
do {
if (Serial.available() > 0) {
input[len] = (char) Serial.read();
// if(input[len] == 0x7F){
// input[len] = 0;
// len -=2;
// }
if ((input[len]) == '\r') {
len++;
break;
}
Serial.print(input[len]);
len++;
}
} while (1);
len--;
input[len] = 0;
Serial.println("");
if (strcmp(input, "exit") == 0) {
exit = 0;
} else {
while (counter < commandcounter) {
if (strcmp(input, allcommands[counter].command_name) == 0) {
if (allcommands[counter].exit_shell == true)
exit = 0;
allcommands[counter].command();
command_to_execute = 1;
break;
}
counter++;
}
if (command_to_execute == 0) {
Serial.println("");
Serial.println("Unknwon Command!");
}
}
len = 0;
counter = 0;
command_to_execute = 0;
}
Serial.println("\n\rClose shell");
}
void addNewCommand(fcn_ptr function_pointer, char command_name[24],
char* help_text, bool exit_shell) {
allcommands[commandcounter].command = function_pointer;
allcommands[commandcounter].exit_shell = exit_shell;
int i;
for (i = 0; i < 24; i++) {
allcommands[commandcounter].command_name[i] = command_name[i];
}
allcommands[commandcounter].help_text = help_text;
commandcounter++;
}
void helpOutput() {
Serial.println("-----------------------------------------");
Serial.println("Helpfunction");
Serial.println("The following Commands are availabel now!");
Serial.println("exit:\t\tclose the shell and returns to main");
Serial.println("restart:\trestart the program at the mainfunction");
Serial.println("shutdown:\tclose the program and stop raspbootcom");
Serial.println("load:\t\tstart raspbootin and reload the kernel");
int i;
for (i = 0; i < commandcounter; i++) {
if (allcommands[i].help_text != 0) {
Serial.printf("%s:\t\t%s\r\n", allcommands[i].command_name,
allcommands[i].help_text);
}
}
Serial.println("");
}
|
b26cae6b71994dc53823b489576b9ac963db5d90 | 748e950db2ab4511a0f32957e653fc0e025d6c20 | /Day2/RPNCalculator/src/MathFactory.cpp | 01257194427491762f6a942875f23c60f9287ac9 | [] | no_license | tektutor/tdd-c--july2018 | f4b9e133f94916ab6bbd30441858ffb97bf9472f | 7057d7358e95733d277097801db8c09467e24fd6 | refs/heads/master | 2020-03-22T17:44:58.900540 | 2018-07-10T11:36:54 | 2018-07-10T11:36:54 | 140,413,298 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 381 | cpp | MathFactory.cpp | #include "MathFactory.h"
map<string,MathOperation*> MathFactory::mathOperatorMap;
MathOperation* MathFactory::getMathObject ( string mathOperator ) {
mathOperatorMap["+"] = new Addition();
mathOperatorMap["-"] = new Subtraction();
mathOperatorMap["*"] = new Multiplication();
mathOperatorMap["/"] = new Division();
return mathOperatorMap.find ( mathOperator )->second;
}
|
e7f9a57280ad616aa2f91b34903afc8a6c84121c | 1479561071f34bc92cba23cb9d99efdcf71f05cd | /test/test_cancel.cpp | e9baffb16be78c07902e0faaba1283dc9dbff550 | [
"MIT"
] | permissive | bloomen/transwarp | 9c9203b8f5f655cd6d875149024612d4ff2c8e39 | 4c7b2e492b6c389f76d3e4001aeecf4ff516b22c | refs/heads/master | 2023-06-01T01:17:52.491657 | 2023-05-18T09:33:10 | 2023-05-18T09:33:10 | 79,993,446 | 633 | 58 | MIT | 2022-06-24T10:53:16 | 2017-01-25T07:43:33 | C++ | UTF-8 | C++ | false | false | 2,693 | cpp | test_cancel.cpp | #include "test.h"
template<typename Functor, typename TaskType>
void cancel_with_schedule_all(int expected, Functor functor, TaskType task_type) {
std::atomic_bool cont(false);
auto f0 = [&cont] {
while (!cont);
return 42;
};
auto task1 = tw::make_task(tw::root, f0);
auto task2 = tw::make_task(task_type, functor, task1);
tw::parallel executor(2);
task2->schedule_all(executor);
task2->cancel_all(true);
cont = true;
REQUIRE_THROWS_AS(task2->future().get(), tw::task_canceled);
task2->cancel_all(false);
task2->schedule_all(executor);
REQUIRE(expected == task2->future().get());
}
TEST_CASE("cancel_with_schedule_all_called_before_in_parallel_and_uncancel") {
cancel_with_schedule_all(55, [] (int x) { return x + 13; }, tw::consume);
cancel_with_schedule_all(55, [] (int x) { return x + 13; }, tw::consume_any);
cancel_with_schedule_all(13, [] () { return 13; }, tw::wait);
cancel_with_schedule_all(13, [] () { return 13; }, tw::wait_any);
}
TEST_CASE("cancel_with_schedule_all_called_after") {
auto f0 = [] { return 42; };
auto f1 = [] (int x) { return x + 13; };
auto task1 = tw::make_task(tw::root, f0);
auto task2 = tw::make_task(tw::consume, f1, task1);
task2->cancel_all(true);
tw::sequential executor;
task2->schedule_all(executor);
REQUIRE(task2->future().valid());
}
struct functor : tw::functor {
functor(std::condition_variable& cv, std::mutex& mutex, bool& flag,
std::atomic_bool& cont, bool& started, bool& ended)
: cv(cv), mutex(mutex), flag(flag), cont(cont),
started(started), ended(ended)
{}
void operator()() {
{
std::lock_guard<std::mutex> lock(mutex);
flag = true;
}
cv.notify_one();
while (!cont);
started = true;
transwarp_cancel_point();
ended = true;
}
private:
std::condition_variable& cv;
std::mutex& mutex;
bool& flag;
std::atomic_bool& cont;
bool& started;
bool& ended;
};
TEST_CASE("cancel_task_while_running") {
tw::parallel exec{1};
std::condition_variable cv;
std::mutex mutex;
bool flag = false;
std::atomic_bool cont{false};
bool started = false;
bool ended = false;
functor f(cv, mutex, flag, cont, started, ended);
auto task = tw::make_task(tw::root, f);
task->schedule(exec);
{
std::unique_lock<std::mutex> lock(mutex);
cv.wait(lock, [&flag] { return flag; });
}
task->cancel(true);
cont = true;
task->wait();
REQUIRE(started);
REQUIRE_FALSE(ended);
REQUIRE_THROWS_AS(task->get(), tw::task_canceled);
}
|
8e1efc6b4937d5b79d82977d1aa52d77cb2bcea6 | a669f5bc2527de0175d808ec5466cbf884453493 | /zerork/src/zerork/perf_net.h | 8d693b5a52fa6b4d7a0b86137994ad8be8e0ccfa | [
"BSD-3-Clause",
"LicenseRef-scancode-unknown-license-reference"
] | permissive | ZmengXu/zero-rk | 032c425862ba6a0500a7ce615c519cf570bdcb7c | 9341e4f5b96371861e4ba0706c00fac9093d4fd0 | refs/heads/master | 2020-07-31T00:56:35.648254 | 2019-07-01T22:17:32 | 2019-07-01T22:17:32 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,482 | h | perf_net.h | #ifndef ZERORK_PERF_NET_H
#define ZERORK_PERF_NET_H
#include "info_net.h"
#include "rate_const.h"
#include "external_funcs.h"
namespace zerork {
typedef struct
{
int reactantIdx;
int stepIdx;
int specIdx;
} multSort;
int compare_multSort(const void *x, const void *y);
int compareSpecStep_multSort(const void *x, const void *y);
int compareStepSpec_multSort(const void *x, const void *y);
class perf_net
{
public:
perf_net(info_net &netobj, rate_const &Kobj);
virtual ~perf_net();
void calcRatesFromTC(const double T, const double C[], double netOut[],
double createOut[], double destroyOut[],
double stepOut[]);
void calcRatesFromTCM(const double T,
const double C[],
const double C_mix,
double netOut[],
double createOut[],
double destroyOut[],
double stepOut[]);
void calcRatesFromExplicit(const double T, const double C[], double netOut[],
double createOut[], double destroyOut[],
double stepOut[]);
void calcRatesFromTC_unroll16(const double T, const double C[],
double netOut[], double createOut[], double destroyOut[],
double stepOut[]);
void calcRatesFromTC_perturbROP(const double T, const double C[],
const double perturbMult[], double netOut[], double createOut[],
double destroyOut[], double stepOut[]);
// void writeExplicitRateFunc(const char *fileName, const char *funcName);
// void writeExplicitRateFunc_minAssign(const char *fileName,
// const char *funcName);
void writeExternalFuncs();
void write_func_check(FILE* fptr);
void write_func_rates(FILE* fptr);
void setUseExRates(){ use_external_rates = true; };
void unsetUseExRates(){ use_external_rates = false; };
void setExRatesFunc(external_func_rates_t fn_handle) { ex_func_calc_rates = fn_handle; };
protected:
int nStep;
int nSpc;
int totProd;
int totReac;
int maxReactants;
// index storage arrays
int *reactantSpcIdxList;
int *reactantStepIdxList;
int *productSpcIdxList;
int *productStepIdxList;
// working arrays:
double *stepRate;
double *netSpcProdRate;
double *spcDestroyRate;
double *spcCreateRate;
rate_const *rateConstPtr;
info_net *infoPtr;
bool use_external_rates;
external_func_rates_t ex_func_calc_rates;
double cpuKTime,cpuStepTime,cpuProdTime,cpuNetTime;
};
} // namespace zerork
#endif
|
ecb6447b48b70daa3d2112947ecf4d5dbc341e4f | 22cfc0e071e6f38a568f72df1e6fa328ce96df70 | /bin/Inc/WinAPI/WinINetI.inc | 429ecafbd98c6d84129045022838f8ed21d08873 | [
"LicenseRef-scancode-warranty-disclaimer"
] | no_license | CN-xLeaves/LzRPA | e0ffa58b449f78ceade57a8000e019e340149110 | eb40d5bc2c09e4aaba86276cf1a0331b3acd002e | refs/heads/master | 2020-07-01T23:00:30.849126 | 2020-01-25T20:34:14 | 2020-01-25T20:34:14 | 201,329,440 | 4 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 42 | inc | WinINetI.inc | #INCLUDE THIS ONCE
#INCLUDE "WinINet.inc"
|
7a4b2fa47bbb4f23ff470929f618e9417dfd53f9 | f7c30f1c5c622c40496170a193693260c5633296 | /zip/ZipFile.h | 5a6ba94ff890b5782f14c740d2e56dafa1c25f75 | [] | no_license | noodle1983/UnityAndroidIl2cppPatchDemo-libboostrap | 84596b45d961edcbfcb26e4ed2a47370fa1e6af1 | 7594c4d715a655460ec4801c1e7ef175f6139616 | refs/heads/master | 2022-05-11T21:50:55.586689 | 2022-03-07T14:27:45 | 2022-03-07T14:27:45 | 167,650,240 | 114 | 59 | null | 2022-03-07T14:27:47 | 2019-01-26T04:38:23 | C++ | UTF-8 | C++ | false | false | 2,057 | h | ZipFile.h | /*
* Copyright (C) 2006 The Android Open Source Project
*
* 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.
*/
//
// General-purpose Zip archive access. This class allows both reading and
// writing to Zip archives, including deletion of existing entries.
//
#ifndef __LIBS_ZIPFILE_H
#define __LIBS_ZIPFILE_H
#include <utils/Errors.h>
#include <stdio.h>
#include "ZipEntry.h"
namespace android {
class EndOfCentralDir {
public:
EndOfCentralDir(void) :
mDiskNumber(0),
mDiskWithCentralDir(0),
mNumEntries(0),
mTotalNumEntries(0),
mCentralDirSize(0),
mCentralDirOffset(0),
mCommentLen(0),
mComment(NULL)
{}
virtual ~EndOfCentralDir(void) {
delete[] mComment;
}
status_t readBuf(const unsigned char* buf, int len);
status_t write(FILE* fp);
//unsigned long mSignature;
unsigned short mDiskNumber;
unsigned short mDiskWithCentralDir;
unsigned short mNumEntries;
unsigned short mTotalNumEntries;
unsigned long mCentralDirSize;
unsigned long mCentralDirOffset; // offset from first disk
unsigned short mCommentLen;
unsigned char* mComment;
enum {
kSignature = 0x06054b50,
kEOCDLen = 22, // EndOfCentralDir len, excl. comment
kMaxCommentLen = 65535, // longest possible in ushort
kMaxEOCDSearch = kMaxCommentLen + EndOfCentralDir::kEOCDLen,
};
void dump(void) const;
};
}; // namespace android
#endif // __LIBS_ZIPFILE_H
|
69642991fee9a4f09b626e40c5434470455b3bb8 | 90993e6b40799a7011dfea6b962caba704ecd4cc | /graphicsclass.h | 1d62f49a884d58585ea3b970f616d93f2e742fab | [] | no_license | SilverXenolupus/DMArcadeInterface | 454e797b91503b3445d84a5efcfa3d10ae58cd75 | 435b07ed227002beaeb4591a9ee5ea031ac06c5e | refs/heads/master | 2021-01-16T21:23:21.299231 | 2015-06-30T18:23:44 | 2015-06-30T18:28:07 | 38,325,026 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,388 | h | graphicsclass.h | #ifndef _GRAPHICSCLASS_H_
#define _GRAPHICSCLASS_H_
#define _CRT_SECURE_NO_WARNINGS
#include <math.h>
#include "d3dclass.h"
#include "debugoutput.h"
#include "cameraclass.h"
#include "modelclass.h"
#include "lightshaderclass.h"
#include "lightclass.h"
#include "textureshaderclass.h"
#include "bitmapclass.h"
#include "textclass.h"
#include "GameInfo.h"
#include "transparentshaderclass.h"
#include "textureshaderclass.h"
const bool FULL_SCREEN = false;
const bool VSYNC_ENABLED = true;
const float SCREEN_DEPTH = 1000.0f;
const float SCREEN_NEAR = 0.1f;
class GraphicsClass
{
public:
GraphicsClass();
GraphicsClass(const GraphicsClass&);
~GraphicsClass();
bool Initialize(int, int, HWND);
void Shutdown();
bool Frame(string[], string[], int, int[], int, int, float, float, float, int&);
bool Render(float[], float[], float[], int, float, float, float);
private:
D3DClass* m_D3D;
DebugOutput* m_Log;
CameraClass* m_Camera;
ModelClass* m_Models[8];
//ModelClass* m_Textures[];
ModelClass* m_DMModel;
ModelClass* m_FadeModel;
ModelClass* m_ChooseModel;
ModelClass* m_ArrowL;
ModelClass* m_ArrowR;
LightShaderClass* m_LightShader;
LightClass* m_Light;
TextureShaderClass* m_TextureShader;
BitmapClass* m_Bitmap;
TextClass* m_Text;
TransparentShaderClass* m_TransparentShader;
float turnAmount = 0;
float x = 0.01f;
float zoom = 0;
float fade = 1;
};
#endif |
5b19ebcefeca85c94f22aa8a87bc66a8f15362e0 | 8564add3f8918a437269bb3e9c9efeff19852741 | /TomaszRoczniak2DEngine/src/Application.cpp | 363a5c3cd12a1e25b3ce52a0d0df6ff0b7301b03 | [] | no_license | tomaszr123/2DEngine | e6f43e1eae6d50bea04e6b9b7ce789949315bafd | 3145fdee6b89e8ee3afa5bebb7b14eccac15b30c | refs/heads/master | 2021-01-18T15:18:56.728784 | 2015-01-29T11:05:12 | 2015-01-29T11:05:12 | 26,112,836 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,612 | cpp | Application.cpp |
#include <stdio.h>
#include <stdlib.h>
#include "Application.h"
#include <assert.h>
#include "CTexture.h"
#include "CSpritebatch.h"
void APIENTRY glErrorCallback(GLenum source,
GLenum type, GLuint id, GLenum severity,
GLsizei length, const GLchar* message,
GLvoid* userParam)
{
(void)source;
(void)type;
(void)id;
(void)severity;
(void)length;
(void)userParam;
printf((std::string(message) + std::string("\n\n")).c_str());
}
// initialise static variables
Application * Application::ms_singleton = nullptr;
void Application::CreateSingleton()
{
ms_singleton = new Application();
}
void Application::DestroySingleton()
{
delete ms_singleton;
ms_singleton = nullptr;
}
Application *Application::GetInstance()
{
assert( ms_singleton && "Application be Created First - use CreateSingleton(...)");
return ms_singleton;
}
Application::Application()
{
m_uiWindowWidth = 800;
m_uiWinidowHeight = 600;
m_bFullScreen = false;
m_bFrameworkClosed = false;
m_bVSyncEnabled = false;
}
Application::~Application()
{
delete m_texture;
delete m_spriteBatch;
m_texture = nullptr;
m_spriteBatch = nullptr;
}
bool Application::InitialseWindow(unsigned int a_uiWindowWidth, unsigned int a_uiWindowHeight, bool a_bFullScreen /*= false*/)
{
m_uiWindowWidth = a_uiWindowWidth;
m_uiWinidowHeight = a_uiWindowHeight;
m_bFullScreen = a_bFullScreen;
if(!glfwInit())
{
return false;
}
// this creates the window to the size that was passed in and checks if full screen or not
glfwOpenWindowHint(GLFW_WINDOW_NO_RESIZE,GL_TRUE);
glfwOpenWindow(m_uiWindowWidth, m_uiWinidowHeight, 8,8,8,8, 24, 8,(m_bFullScreen) ? GLFW_FULLSCREEN:GLFW_WINDOW);
glfwDisable(GLFW_AUTO_POLL_EVENTS);
glfwSetWindowTitle("Application");
// enable / disable vSync
EnableVSync(m_bVSyncEnabled);
glewExperimental = true;
if(glewInit() != GLEW_OK)
{
glfwTerminate();
return false;
}
// Setup OpenGL error callbacks if supported
if (glewIsSupported("GL_ARB_debug_output"))
{
glDebugMessageCallbackARB(glErrorCallback, nullptr);
glEnable(GL_DEBUG_OUTPUT);
}
else
{
printf("OpenGL error callbacks are not supported");
}
const char* fontName = "./arial.png";
const char* xmlName = "./arial.xml";
m_texture = new CTexture();
m_spriteBatch = new CSpritebatch(m_uiWindowWidth, m_uiWinidowHeight);
m_spriteBatch->Begin();
// sets the colour for the screen
glClearColor(0.2f, 0.2f, 0.2f, 1.0f);
//Enable some Blending.
glEnable(GL_TEXTURE_2D);
glEnable(GL_BLEND);
glBlendFunc( GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA );
glDisable(GL_CULL_FACE);
return true;
}
// closes th window and shuts down the full framework
void Application::Shutdown()
{
m_spriteBatch->End();
glfwCloseWindow();
glfwTerminate();
//delete m_font;
//m_font = nullptr;
}
void Application::EnableVSync(bool a_bEnabled)
{
m_bVSyncEnabled = a_bEnabled;
glfwSwapInterval( (m_bVSyncEnabled)?0:1 );
}
// gets the window width
unsigned int Application::GetWindowWidth()
{
return m_uiWindowWidth;
}
// gets the window height
unsigned int Application::GetWindowHeight()
{
return m_uiWinidowHeight;
}
// framework update and checks if its still running or been closed
bool Application::FrameworkUpdate()
{
glfwSwapBuffers();
glfwPollEvents();
m_bFrameworkClosed = glfwGetWindowParam( GLFW_OPENED );
return m_bFrameworkClosed;
}
// clears the back buffer
void Application::ClearScreen()
{
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
}
float Application::GetDeltaTime()
{
float lastTime = 0.0;
gametime.elapsedGameTime = glfwGetTime();
gametime.DeltaTime = glfwGetTime() - lastTime;
lastTime = glfwGetTime();
return gametime.DeltaTime;
}
// Create and Draw a Texture to the screen also Destroy a Texture functions
unsigned int Application::CreateTexture(const char *filename)
{
return m_texture->CreateTexture(filename);
}
void Application::DestroyTexture(unsigned int textureID)
{
m_texture->DestroyTexture(textureID);
}
void Application::DrawTexture(unsigned int textureID, float xPos, float yPos, float width /*= 0*/, float height /*= 0*/, float rotation /*= 0*/, float xOrigin /*= 0.5f*/, float yOrigin /*= 0.5f*/)
{
m_spriteBatch->DrawTexture(textureID, xPos, yPos, width, height, rotation, xOrigin, yOrigin);
}
// Create, Draw and Destroy a Font Function
unsigned int Application::CreateFont()
{
return 0;//m_font->LoadFont("arial.png", "arial.xml");
}
void Application::DestroyFont(unsigned int fontID)
{
//m_font->DestroyFont(fontID);
}
void Application::DrawFont(const char* text, float xPos, float yPos, float size)
{
//m_font->DrawString(text, xPos, yPos, size);
} |
76175b7d786e4f70b034d1c8d51f57971a8fd4f7 | b4221d69ee615a6f49d9d8f3720403beab077b95 | /PersonnelReport.cpp | bc19febe9b05feef1c3d76173890d3dca2da2376 | [] | no_license | 01134iexist/CplusplusChapter14Numdays-Timeoff-andPersonnelReport | 32e67864c597362005cca18254857be38413bbca | 221839f5c18784280a13f5d01d71ffcf19d42ff5 | refs/heads/master | 2020-03-14T17:57:20.974876 | 2018-05-01T15:53:14 | 2018-05-01T15:53:14 | 131,732,008 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 610 | cpp | PersonnelReport.cpp | #include "TimeOff.h"
#include <iostream>
#include <string>
#include <fstream>
using namespace std;
int main() {
//gathering user input
cout << "Enter amount of time worked (in months) : " << endl;
int months;
cin >> months;
//creating time off object
TimeOff testing;
testing.setMaxVacation(months);
cout << "Vacations hours accumulated : " << testing.getMaxVacation() << endl;
cout << "Sick days accumulated : " << months << endl; /*employees accumulate 8 hours of sick leave a month; 8 hours equals 1 work day, therefore employees are allowed one sick day a month*/
system("pause");
return 0;
}
|
f9d5be106ea343e2320bef102f312ea0ee96fb26 | 2c8c79094ef43b61cb0045c9d381b21c5e7ad8eb | /labs/lab08_google_tests/date.h | 1df3021877f50955653eb9bccad2f4af599725c2 | [
"MIT"
] | permissive | jonathanzhang98/campus-bus-simulation-system | 952ba11640b99b5e5d0505e73aef63a4db31c6ec | 0a773cdc2fe6252fe2ab6976e242e31800c55d37 | refs/heads/master | 2022-11-05T02:10:00.581445 | 2020-06-24T07:01:15 | 2020-06-24T07:01:15 | 272,104,174 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,383 | h | date.h | /**
* @file date.h
*
* @copyright 208 3081 Staff, All rights reserved.
*/
#ifndef SRC_DATE_H_
#define SRC_DATE_H_
/*******************************************************************************
* Class Definitions
******************************************************************************/
/**
* @brief A simple representation of a date
* It is stored as year, month, and day. Typically displayed as YYYY-MM-DD.
*/
class Date {
public:
/**
* Constructors
**/
Date(void); //Current date
Date(int year, int month, int day);
/**
* Constructor
* param [in] epoch: an approximation of the number of seconds that have elapsed since 00:00:00 Coordinated Universal Time (UTC), Thursday, 1 January 1970
*
* Converts epoch time given to this Date format and stored.
**/
Date(int epoch);
/**
* Adding days to the date.
* param [in] rhs: right hand side of this+rhs
* param [out] New Date object representing the date which is "days" number of days after the date currently stored
**/
Date operator+(int days) const;
/**
* Subtracting days from the date.
* param [in] rhs: right hand side of this+rhs
* param [out] New Date object representing the date which is "days" number of days before the date currently stored
**/
Date operator-(int days) const;
/**
* Number of days between this date and the date provided
* param [in] rhs: left hand side of this-rhs
* param [out] number of days between the two dates
**/
int DaysBetween(const Date& date) const;
/**
* Accessor: Get the date as a string in YYYY-MM-DD format
* param [out] Date formatted as a YYYY-MM-DD string
**/
std::string GetDate() const;
/**
* Accessor: Get the date as a string in MM-DD-YYY format
* param [out] Date formatted as a MM-DD-YYYY string
**/
std::string GetUsDate() const;
/**
* Print the date in YYYY-MM-DD format
* param [in] boolean flag, true: print newline, false: don't
**/
void PrintDate(bool newline) const;
/**
* Print the date in MM-DD-YYYY format
* param [in] boolean flag, true: print newline, false: don't
**/
void PrintUsDate(bool newline) const;
private:
int yyyy_, mm_, dd_;
int ConvertToDays(int yyyy, int mm, int dd) const;
int * ConvertFromDays(int days) const;
};
#endif /* SRC_DATE_H_ */ |
ed104019409c6684831afaf9dd3a6968967004c3 | f9823b937b589e07af236bdd111dcd95458d348f | /IdasDream/OrthoArcballCamera.cpp | 483c73019843581c53a90398e53561a7e2f05c5d | [] | no_license | jercypackson/ezg18-IdasDream | ff083bccf76e65be47d8eae253258dd28638b65f | c72f088f41cf2ad10597c90caea715b9c8b73a92 | refs/heads/master | 2022-03-29T05:08:03.997264 | 2019-01-18T19:45:25 | 2019-01-18T19:45:25 | 148,811,915 | 0 | 0 | null | 2020-01-18T09:42:40 | 2018-09-14T16:00:49 | C++ | UTF-8 | C++ | false | false | 3,519 | cpp | OrthoArcballCamera.cpp | #include "pch.h"
#include "OrthoArcballCamera.h"
OrthoArcballCamera::OrthoArcballCamera(OrthographicProjection op)
: Camera(ProjectionMode(op.left, op.right, op.bottom, op.top, op.near, op.far)), _keyspeed(0.1f), _mouseX(0), _mouseY(0), _yaw(0.0f), _pitch(0.0f), _strafe(glm::vec3(0))
{
}
OrthoArcballCamera::~OrthoArcballCamera()
{
}
void OrthoArcballCamera::update(const Window& window, float dt)
{
int x, y;
window.getCursorPosition(x, y);
int dx = x - _mouseX;
int dy = y - _mouseY;
float speed = 0.005f;
glm::vec3 pos;
if (_dragging) {
_yaw += dx * speed;
_pitch += dy * speed;
_pitch = glm::min(_pitch, glm::pi<float>()*0.5f - 0.01f);
_pitch = glm::max(_pitch, -glm::pi<float>()*0.5f + 0.01f);
}
pos.x = /*getZoom() **/ glm::cos(_pitch) * -glm::sin(_yaw);
pos.y = /*getZoom() **/ glm::sin(_pitch);
pos.z = /*getZoom() **/ glm::cos(_pitch) * glm::cos(_yaw);
_position = pos;
_direction = -glm::normalize(pos);
if (_strafing) {
glm::vec3 up = glm::vec3(0, 1, 0);
glm::vec3 right = glm::normalize(glm::cross(-pos, up));
up = glm::normalize(glm::cross(right, -pos));
float strafeSpeed = speed /** this->getZoom()*/ * 0.1f;
_strafe += up * float(dy) * strafeSpeed + right * -float(dx) * strafeSpeed;
}
_position = _position + _strafe;
/*glm::vec3 left = -glm::cross(_direction, glm::vec3(0.0f, 1.0f, 0.0f));
glm::vec3 up = glm::cross(_direction, left);
if (window.isKeyPressed(KeyInput::Key::W)) {
_position += _keyspeed * _direction;
}
else if (window.isKeyPressed(KeyInput::Key::S)) {
_position -= _keyspeed * _direction;
}
if (window.isKeyPressed(KeyInput::Key::A)) {
_position += _keyspeed * left;
}
else if (window.isKeyPressed(KeyInput::Key::D)) {
_position -= _keyspeed * left;
}
if (window.isKeyPressed(KeyInput::Key::SPACE)) {
_position += _keyspeed * up;
}
else if (window.isKeyPressed(KeyInput::Key::LEFT_SHIFT)) {
_position -= _keyspeed * up;
}*/
_viewMatrix = glm::inverse(glm::translate(glm::mat4(1.0f), _position) * glm::yawPitchRoll(-_yaw, -_pitch, 0.0f));
_mouseX = x;
_mouseY = y;
}
void OrthoArcballCamera::registerToWindow(Window & window)
{
if (_registeredMouseCallbacks.size() == 1) return;
ID id = window.registerMouseInputHandler([this](const MouseInput& inp) {
if (inp.button == MouseInput::Button::LEFT) {
//if (inp.action == MouseInput::Action::PRESSED) this->setDragging(true);
//else this->setDragging(false);
}
else if (inp.button == MouseInput::Button::RIGHT) {
//if (inp.action == MouseInput::Action::PRESSED) this->setStrafing(true);
//else this->setStrafing(false);
}
if (inp.action == MouseInput::Action::SCROLLED) {
auto op = _projectionMode.getOrthographicProjection();
op.left -= inp.scrollDelta;
op.right += inp.scrollDelta;
op.bottom -= inp.scrollDelta * 9.f / 16.f;
op.top += inp.scrollDelta * 9.f / 16.f;
//_projectionMode = ProjectionMode(op);
_projMatrix = _projectionMode.getProjectionMatrix();
}
});
_registeredMouseCallbacks.push_back(id);
window.registerKeyInputHandler([this](const KeyInput& input) {
if (input.action != KeyInput::Action::RELEASED) return;
if (input.key == KeyInput::Key::UP)
_keyspeed *= 2.0f;
else if (input.key == KeyInput::Key::DOWN)
_keyspeed *= 0.5f;
//else if (input.key == KeyInput::Key::LEFT)
// this->setZoom(this->getZoom() - 0.5f * this->getZoom() * 0.1f);
//else if (input.key == KeyInput::Key::RIGHT)
// this->setZoom(this->getZoom() + 0.5f * this->getZoom() * 0.1f);
});
}
|
5d2a5a38ef29abae5b3e965f116f95b75a03adfc | d060557e4b81040e8c922860dbd4601cf3de6ec0 | /src/deps/drawlines.cpp | d1a7959e205d5327b501a22f073e85993818feaa | [] | no_license | juvenigi/alma | 681b0dd3f8144d443f0cae1ee3b82caf74c50968 | 1a595bf06bf7f20c084e17873f4b1fed7b98cb22 | refs/heads/master | 2020-08-15T11:54:53.919663 | 2020-01-23T11:45:38 | 2020-01-23T11:45:38 | 215,337,344 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 668 | cpp | drawlines.cpp | #include <iostream>
#include <stdint.h>
#include <stdlib.h>
#include <stdio.h>
#include <math.h>
#include <string.h>
void setPixel(int x, int y, unsigned int image[][1001]){ // due to overflow
// int cx = abs((int) corr_w * x);
// int cy = abs((int) corr_h * y);
image[x][y] = 0;
}
void line(int x0, int y0, int x1, int y1, unsigned int image[][1001]) {
int dx = abs(x1-x0), sx = x0<x1 ? 1 : -1;
int dy = abs(y1-y0), sy = y0<y1 ? 1 : -1;
int err = (dx>dy ? dx : -dy)/2, e2;
for(;;){
setPixel(x0,y0, image);
if (x0==x1 && y0==y1) break;
e2 = err;
if (e2 >-dx) { err -= dy; x0 += sx; }
if (e2 < dy) { err += dx; y0 += sy; }
}
}
|
0e5e7ccb64c558590a0080518a84f0c24d0b51cd | 42f7511ef0f4b7fb34b076e6f09571b63d2c4ce0 | /nasa-final/nasa-lights/nasa-lights.ino | b1316e586d970f1fb972d884012def31e835cf71 | [] | no_license | CassidyJensen/InteractiveSound | b1e7b754624c83e0659b25b17290b7f9dfc9f011 | 1d5412784377b9107da9a6260b4af92f32538fbf | refs/heads/master | 2023-01-20T16:18:27.370626 | 2020-12-03T23:59:37 | 2020-12-03T23:59:37 | 290,927,449 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,201 | ino | nasa-lights.ino | // Arduino Serial Tester
// rld, cycling'74, 3.2008
#include "FastLED.h"
#define DATA_PIN 6
#define LED_TYPE WS2812B
#define COLOR_ORDER GRB
#define NUM_LEDS 20
#define BRIGHTNESS 50
CRGB leds[NUM_LEDS];
long randomvalue = 0; // random value
long countervalue = 0; // counter value
int started = 0; // flag for whether we've received serial yet
int isHazard = 0;
int absMag = 0;
int orbitalPeriod = 0;
int diamMin =0;
int diamMax = 0;
int hazPin = 14;
int loopTarget = 0;
int loopNum = 0;
void setup()
{
Serial.begin(9600); // open the arduino serial port
pinMode(hazPin, OUTPUT);
FastLED.addLeds<LED_TYPE, DATA_PIN, COLOR_ORDER>(leds, NUM_LEDS).setCorrection(TypicalLEDStrip);
FastLED.setBrightness(BRIGHTNESS);
}
void loop()
{
if(Serial.available()) // check to see if there's serial data in the buffer
{
isHazard = Serial.read(); // read a byte of serial data
absMag = Serial.read();
orbitalPeriod = Serial.read();
diamMin = Serial.read();
diamMax = Serial.read();
started = 1; // set the started flag to on
}
if(started) // loop once serial data has been received
{
randomvalue = random(1000); // pick a new random number
Serial.print(countervalue); // print the counter
Serial.print(" "); // print a space
Serial.print(randomvalue); // print the random value
Serial.print(" "); // print a space
Serial.print(isHazard);
Serial.print(" "); // print a space
Serial.print(absMag);
Serial.print(" "); // print a space
Serial.print(orbitalPeriod);
Serial.print(" "); // print a space
Serial.print(diamMin);
Serial.print(" "); // print a space
Serial.print(diamMax);
Serial.println(); // print a line-feed
countervalue = (countervalue+1)%1000; // increment the counter
digitalWrite(hazPin, isHazard);
if(loopTarget < NUM_LEDS){
for( int i = 0; i < NUM_LEDS; i++) {
leds[i] = CRGB(0,0,0);
}
leds[loopTarget] = CRGB(absMag, diamMin, diamMax);
if(loopNum >= orbitalPeriod){
loopTarget ++;
loopNum = 0;
}
loopNum ++;
}
else{
loopTarget = 0;
loopNum = 0;
}
delay(100); // pause
}
FastLED.show();
}
|
41544349a7f5fad1421a371696a82849e067b945 | 80bfecff7fd6db96372456e2f619ebaf4350a6f1 | /ensemble.h | 9e644f9991e1f2b7ac1c42b0155f21af54b3feef | [] | no_license | smalov/decision_trees | 9be265e39a122873873eb488a89bd172ba2bb6bf | 36e867eff64f8ce685f8535ba9f089d0d997540e | refs/heads/master | 2021-01-22T05:24:31.387409 | 2015-08-25T04:14:50 | 2015-08-25T04:14:50 | 38,952,502 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,257 | h | ensemble.h | #pragma once
#include <vector>
#include "training_set.h"
#include "math.h"
// namespace decision_tree_learning_framework {
template <typename Tree, typename Boosting>
class ensemble {
public:
typedef Tree tree_type;
typedef std::shared_ptr<tree_type> tree_ptr;
typedef Boosting boosting_type;
// iteration count - max number of trees
// learing rate - not used, tbd
explicit ensemble(size_t iteration_count, double learning_rate = 1.0)
: iteration_count_(iteration_count), learning_rate_(learning_rate)
{}
// f - output file
void serialize(const char*) {}
// f - input file
void deserialize(const char*) {}
//void add_tree(const tree_ptr& tree) {}
void learn(const feature_set& fs, std::ostream* logger = NULL) {
training_set ts(fs);
size_t n = ts.feature_count();
boosting_type boosting;
double F0 = boosting.initial_value(ts);
for (size_t m = 0; m < iteration_count_; ++m) {
for (size_t i = 0; i < ts.size(); ++i) {
double label = ts.y(i);
double prediction = (m == 0 ? F0 : predict(ts.x(i), n));
double gradient = boosting.gradient(label, prediction);
ts.set_gradient(i, gradient);
}
if (logger)
ts.print(*logger);
tree_ptr t(new tree_type());
t->learn(ts, ts.gradient_index(), logger);
if (logger)
t->print(*logger);
trees_.push_back(t);
}
}
void learn_classifier(const feature_set& fs, std::ostream* logger = NULL) {
training_set ts(fs);
size_t n = ts.feature_count();
boosting_type boosting;
double w0 = boosting.initial_value(ts);
for (size_t i = 0; i < ts.size(); ++i)
ts.set_weight(i, w0);
if (logger) ts.print(*logger);
for (size_t m = 0; m < iteration_count_; ++m) {
//for (size_t i = 0; i < ts.size(); ++i) {
// double label = ts.y(i);
// double prediction = (m == 0 ? F0 : predict(ts.x(i), n));
// double gradient = boosting.gradient(label, prediction);
// ts.set_gradient(i, gradient);
//}
//if (logger) ts.print(*logger);
tree_ptr t(new tree_type());
t->learn(ts, ts.weight_index(), ts.label_index(), logger);
if (logger) t->print(*logger);
trees_.push_back(t);
double total_weight = 0.0;
for (size_t i = 0; i < ts.size(); ++i) {
double w = ts.w(i) * exp(-ts.y(i) * t->predict(ts.x(i), n));
ts.set_weight(i, w);
total_weight += w;
}
for (size_t i = 0; i < ts.size(); ++i)
ts.set_weight(i, ts.w(i) / total_weight);
if (logger) ts.print(*logger);
}
}
// x - features
// n - feature count
double predict(const double* x, size_t n) const {
double Fx = 0.0;
for (size_t i = 0; i < trees_.size(); ++i)
Fx += trees_[i]->predict(x, n);
return Fx;
}
double predict_class(const double* x, size_t n) const {
double Fx = 0.0;
for (size_t i = 0; i < trees_.size(); ++i)
Fx += trees_[i]->predict(x, n);
return Fx > 0.0 ? 1.0 : -1.0;
}
void print(std::ostream& os) const {
os << "ENSEBMLE:\n";
for (size_t i = 0; i < trees_.size(); ++i)
trees_[i]->print(os);
os << "END OF ENSEMBLE" << std::endl;
}
size_t size() const { return trees_.size(); }
const tree_type& tree(size_t i) { return *trees_[i]; }
private:
size_t iteration_count_;
double learning_rate_;
std::vector<tree_ptr> trees_;
};
|
1222d4df54855ddedf5a5db2f0d98b01786fdbde | 48298469e7d828ab1aa54a419701c23afeeadce1 | /Common/Packets/CGCharIdle.cpp | aee8ef63e859f6ca5b9ea6e8f0ee3e85a98ea98b | [] | no_license | brock7/TianLong | c39fccb3fd2aa0ad42c9c4183d67a843ab2ce9c2 | 8142f9ccb118e76a5cd0a8b168bcf25e58e0be8b | refs/heads/master | 2021-01-10T14:19:19.850859 | 2016-02-20T13:58:55 | 2016-02-20T13:58:55 | 52,155,393 | 5 | 3 | null | null | null | null | UTF-8 | C++ | false | false | 762 | cpp | CGCharIdle.cpp | #include "stdafx.h"
// CGCharIdle.cpp
//
/////////////////////////////////////////////////////
#include "CGCharIdle.h"
BOOL CGCharIdle::Read( SocketInputStream& iStream )
{
__ENTER_FUNCTION
iStream.Read( (CHAR*)(&m_ObjID), sizeof(ObjID_t));
iStream.Read( (CHAR*)(&m_posCurrent), sizeof(WORLD_POS));
return TRUE ;
__LEAVE_FUNCTION
return FALSE ;
}
BOOL CGCharIdle::Write( SocketOutputStream& oStream )const
{
__ENTER_FUNCTION
oStream.Write( (CHAR*)(&m_ObjID), sizeof(ObjID_t));
oStream.Write( (CHAR*)(&m_posCurrent), sizeof(WORLD_POS));
return TRUE ;
__LEAVE_FUNCTION
return FALSE ;
}
UINT CGCharIdle::Execute( Player* pPlayer )
{
__ENTER_FUNCTION
return CGCharIdleHandler::Execute( this, pPlayer ) ;
__LEAVE_FUNCTION
return FALSE ;
}
|
abdbc9151607dfda762f0c0aafab757df73a74c3 | eadefaad20fdaaf418fee03ccf241968e7c0b828 | /lightcone/threads.h | 9cdac9d718c15de2287fd1eeacafa30ecebd5785 | [
"MIT"
] | permissive | shadow-paw/lightcone | 0801d064d49e3ca3f4ada32ec334bf738c2b54dc | b93117fcbd852909171b59f09e7a2e7c3f48a1db | refs/heads/master | 2022-05-25T00:07:07.038180 | 2022-05-08T04:04:56 | 2022-05-08T04:07:17 | 138,475,813 | 3 | 1 | MIT | 2019-04-21T05:46:58 | 2018-06-24T11:20:37 | C++ | UTF-8 | C++ | false | false | 2,025 | h | threads.h | #ifndef LIGHTCONE_THREADS_H__
#define LIGHTCONE_THREADS_H__
#include <thread>
#include "copyable.h"
namespace lightcone {
// -----------------------------------------------------------
//! Thread Pool
class Threads : private NonCopyable<Threads> {
public:
Threads();
virtual ~Threads();
//! Get number of threads
//! \return number of threads in this pool
unsigned int thread_count() const { return _threads_count; }
//! Start threads
//! \param[in] num Number of threads, num >= 1
//! \return true on success, false on fail with no side-effect.
//! \sa stop
bool start(unsigned int num);
//! Stop all threads, block until all threads are stopped
//! \return true on success, false on fail with no side-effect.
//! \sa start
void stop();
//! Sleep current thread
//! \param[in] seconds Number of seconds
//! \sa msleep, usleep
static void sleep(unsigned int seconds);
//! Sleep current thread
//! \param[in] milliseconds Number of milliseconds
//! \sa sleep, usleep
static void msleep(unsigned int milliseconds);
//! Sleep current thread
//! \param[in] usec Number of microseconds
//! \sa sleep, msleep
static void usleep(unsigned int usec);
protected:
//! Thread worker. Thread stop upon return.
//! \param[in] id identity of the thread which run the worker
//! \param[in] runflag Reference to a bool indicate true if the thread interrupted by stop()
virtual void worker(unsigned int id, bool* runflag) = 0;
private:
static const size_t kMaxThreads = 128;
struct THREAD_INFO {
bool runflag;
std::thread thread;
};
THREAD_INFO _threads[kMaxThreads];
unsigned int _threads_count;
private:
//! \cond Skip this from doxygen
//! Internal thread stub
static void stub(Threads* self, unsigned int id);
//! \endcond
};
// -----------------------------------------------------------
} // namespace lightcone
#endif // LIGHTCONE_THREADS_H__
|
16a45d870f298bb792b8b91d7fbe95f143ff0562 | c89bbbf91d09899202c6a430b88a80c47171b504 | /Msg42.cpp | 8359f1ac2528020f80627acdd67d29e576ee8b44 | [
"GPL-2.0-or-later",
"Apache-2.0"
] | permissive | diffbot/open-source-search-engine | 7a7a410885059da09d79a8cb9a642c62c4798222 | deb5c5b1327303e87c3b182d5396caaeb87191ad | refs/heads/master | 2020-12-25T17:44:38.936899 | 2018-06-14T16:17:32 | 2018-06-14T16:17:32 | 12,497,126 | 25 | 11 | Apache-2.0 | 2018-06-14T16:17:33 | 2013-08-30T22:59:19 | C++ | UTF-8 | C++ | false | false | 4,604 | cpp | Msg42.cpp | #include "gb-include.h"
#include "Msg42.h"
static void gotReplyWrapper42 ( void *state , void *state2 ) ;
static void handleRequest42 ( UdpSlot *slot , int32_t netnice ) ;
bool Msg42::registerHandler ( ) {
// . register ourselves with the udp server
// . it calls our callback when it receives a msg of type 0x42
if ( ! g_udpServer.registerHandler ( 0x42, handleRequest42 ))
return false;
return true;
}
// . returns false if blocked, true otherwise
// . sets g_errno on error
// . "termIds/termFreqs" should NOT be on the stack in case we block
// . i based this on ../titledb/Msg23.cpp
bool Msg42::getTermFreq ( char *coll ,
int32_t maxAge ,
int64_t termId ,
void *state ,
void (* callback)(void *state ) ,
int32_t niceness ) {
// warning
if ( ! coll ) log(LOG_LOGIC,"net: NULL collection. msg42.");
// keep a pointer for the caller
m_state = state;
m_callback = callback;
m_termFreq = 0LL;
m_errno = 0LL;
// TODO: have a local by-pass for speed
// if we have this termlist local then we can skip the network stuff
//if ( g_linkdb.isLocal ( termId ) ) { return getTermFreqLocally(); }
// . now what group do we belong to?
// . groupMask has hi bits set before it sets low bits
//uint32_t groupId = key.n1 & g_hostdb.m_groupMask;
uint32_t groupId = g_linkdb.getGroupIdFromUrlHash(termId);
// . make a request
// . just send the termId and collection name
char *p = m_request;
*(int64_t *)p = termId ; p += 8;
strcpy ( p , coll ); p += gbstrlen(coll) + 1; // copy includes \0
int32_t timeout = 5;
// in case it fails somehow
*(int64_t *)m_reply = 0LL;
// . multicast to a host in group
// . returns false and sets g_errno on error
if ( ! m_mcast.send ( m_request ,
p - m_request, // request size
0x42 , // msgType 0x42
false , // multicast owns msg?
groupId ,
false , // send to whole group?
termId , // key is termId
this , // state data
NULL , // state data
gotReplyWrapper42 ,
timeout ,
//5 , // 5 second timeout
niceness ,
false , // realtime?
-1 , // first hostid
m_reply ,
8 ,
false ) ) { // free reply buf?
log("query: Got error sending request for term "
"frequency: %s.", mstrerror(g_errno));
return true;
}
return false;
}
void gotReplyWrapper42 ( void *state , void *state2 ) {
Msg42 *THIS = (Msg42 *)state;
if ( g_errno ) THIS->m_errno = g_errno;
// gotReply() does not block, and does NOT call our callback
if ( ! THIS->m_errno ) THIS->gotReply( ) ;
// call callback since we blocked, since we're here
THIS->m_callback ( THIS->m_state );
}
void Msg42::gotReply ( ) {
// sanity check
if ( m_termFreq ) { char *xx = NULL; *xx = 0; }
// . get best reply for multicast
// . we are responsible for freeing it
int32_t replySize;
int32_t replyMaxSize;
bool freeit;
char *reply = m_mcast.getBestReply( &replySize, &replyMaxSize,
&freeit );
// if no reply freak out!
if ( reply != m_reply )
log(LOG_LOGIC,"query: Got bad reply for term "
"frequency. Bad.");
// buf should have the # of records for m_termId
m_termFreq = *(int64_t *)m_reply ;
}
// . handle a request to get a linkInfo for a given docId/url/collection
// . returns false if slot should be nuked and no reply sent
// . sometimes sets g_errno on error
void handleRequest42 ( UdpSlot *slot , int32_t netnice ) {
// get the request
char *request = slot->m_readBuf;
int32_t requestSize = slot->m_readBufSize;
// if niceness is 0, use the higher priority udpServer
UdpServer *us = &g_udpServer;
//if ( netnice == 0 ) us = &g_udpServer2;
// ensure it's size
if ( requestSize <= 8 ) {
log("query: Got bad request size of %"INT32" for term frequency.",
requestSize);
us->sendErrorReply ( slot , EBADREQUESTSIZE );
return;
}
int64_t termId = *(int64_t *) (request) ;
char *coll = request + 8;
int64_t termFreq = g_linkdb.getTermFreq(coll,termId);
// serialize it into a reply buffer
// no need to malloc since we have the tmp buf
char *reply = slot->m_tmpBuf;
*(int64_t *)reply = termFreq ;
// . send back the buffer, it now belongs to the slot
// . this list and all our local vars should be freed on return
us->sendReply_ass ( reply , 8 , reply , 8 , slot );
return;
}
|
f029bff7dc586be7f4dc939bfb56323358aa8e51 | ac227cc22d5f5364e5d029a2cef83816a6954590 | /applications/physbam/physbam-lib/Public_Library/PhysBAM_Rendering/PhysBAM_OpenGL/OpenGL/OPENGL_IMPLICIT_SURFACE.h | e8329a2081bd2e0bd588093bb2f53517e4524a10 | [
"BSD-3-Clause"
] | permissive | schinmayee/nimbus | 597185bc8bac91a2480466cebc8b337f5d96bd2e | 170cd15e24a7a88243a6ea80aabadc0fc0e6e177 | refs/heads/master | 2020-03-11T11:42:39.262834 | 2018-04-18T01:28:23 | 2018-04-18T01:28:23 | 129,976,755 | 0 | 0 | BSD-3-Clause | 2018-04-17T23:33:23 | 2018-04-17T23:33:23 | null | UTF-8 | C++ | false | false | 3,627 | h | OPENGL_IMPLICIT_SURFACE.h | //#####################################################################
// Copyright 2002, Robert Bridson, Eilene Hao, Geoffrey Irving, Neil Molino.
// This file is part of PhysBAM whose distribution is governed by the license
// contained in the accompanying file PHYSBAM_COPYRIGHT.txt.
//#####################################################################
// Class OPENGL_IMPLICIT_SURFACE
//#####################################################################
//
//#####################################################################
// Bridson - November 12, 2002
// Molino - October 27, 2002
// Irving - August 7, 2003
// Hao - August 22, 2003
//#####################################################################
#ifndef __OPENGL_IMPLICIT_SURFACE__
#define __OPENGL_IMPLICIT_SURFACE__
#include <PhysBAM_Tools/Grids_Uniform/GRID.h>
#include <PhysBAM_Tools/Grids_Uniform_Arrays/ARRAYS_ND.h>
#include <PhysBAM_Tools/Interpolation/LINEAR_INTERPOLATION.h>
#include <PhysBAM_Geometry/Implicit_Objects/IMPLICIT_OBJECT.h>
#include <PhysBAM_Rendering/PhysBAM_OpenGL/OpenGL/OPENGL_MATERIAL.h>
#include <PhysBAM_Rendering/PhysBAM_OpenGL/OpenGL/OPENGL_OBJECT.h>
#include <PhysBAM_Rendering/PhysBAM_OpenGL/OpenGL/OPENGL_SHAPES.h>
#include <cstring> // for gcc 2.96 for memset
namespace PhysBAM{
template<class T>
class OPENGL_IMPLICIT_SURFACE:public OPENGL_OBJECT
{
typedef VECTOR<T,3> TV;
public:
IMPLICIT_OBJECT<TV>& surface;
bool two_sided;
OPENGL_MATERIAL front_material, front_material_gray;
OPENGL_MATERIAL back_material, back_material_gray;
int nx,ny,nz; // resolution of grid in eye space
mutable float *slice1,*slice2;
mutable unsigned int *up_to_date1,*up_to_date2,up_to_date_counter;
OPENGL_IMPLICIT_SURFACE(IMPLICIT_OBJECT<TV>& surface_input,const OPENGL_MATERIAL& material_input=OPENGL_MATERIAL::Plastic(OPENGL_COLOR(.6f,.5f,1.f)));
OPENGL_IMPLICIT_SURFACE(IMPLICIT_OBJECT<TV>& surface_input,const OPENGL_MATERIAL &front_material_input,const OPENGL_MATERIAL& back_material_input);
~OPENGL_IMPLICIT_SURFACE();
virtual RANGE<VECTOR<float,3> > Bounding_Box() const PHYSBAM_OVERRIDE
{return surface.box;}
void Set_Two_Sided(bool two_sided_input=true)
{two_sided=two_sided_input;}
void Set_Front_Material(const OPENGL_MATERIAL &front_material_input)
{front_material=front_material_input;front_material_gray=front_material_input.Grayscale();}
void Set_Back_Material(const OPENGL_MATERIAL &back_material_input)
{back_material=back_material_input;back_material_gray=back_material_input.Grayscale();}
//#####################################################################
void Set_Resolution(const int nx_input,const int ny_input,const int nz_input);
void Initialize_Slices();
float inline Phi(VECTOR<T,3> x) const;
void Display(const int in_color=1) const PHYSBAM_OVERRIDE;
void Display_Tetrahedron(const VECTOR<T,3>& x1,const VECTOR<T,3>& x2,const VECTOR<T,3>& x3,const VECTOR<T,3>& x4,
const float phi1,const float phi2,const float phi3,const float phi4,ARRAY<typename OPENGL_POLICY<T>::T_GL>& vertices,ARRAY<GLfloat>& normals) const;
void Display_Brick(const VECTOR<T,3>& x1,float p1,const VECTOR<T,3>& x2,float p2,const VECTOR<T,3>& x3,float p3,const VECTOR<T,3>& x4,
float p4,const VECTOR<T,3>& x5,float p5,const VECTOR<T,3>& x6,float p6,const VECTOR<T,3>& x7,float p7,const VECTOR<T,3>& x8,
float p8,const int parity,ARRAY<typename OPENGL_POLICY<T>::T_GL>& vertices,ARRAY<GLfloat>& normals) const;
//#####################################################################
};
}
#endif
|
34c016ae6dda66666a6b7fedc572ccaaa559c595 | bf9fe5d49f5eadb5438788993718332d620052c0 | /Classes/HelloWorldScene.h | 8640757e39ad3254d8575afa368704cb82e59b79 | [
"MIT"
] | permissive | noprops/SpriteTest | 3a3b9dc15e7740f95d18a7311bb672aee1b6c7b1 | 090b76ed37310f452b8ac87a896d3a4ed8c99573 | refs/heads/master | 2021-01-01T05:46:01.982152 | 2016-05-20T06:18:42 | 2016-05-20T06:18:42 | 59,269,529 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,188 | h | HelloWorldScene.h | #ifndef __HELLOWORLD_SCENE_H__
#define __HELLOWORLD_SCENE_H__
#include "cocos2d.h"
#define North cocos2d::Vec2(0,1)
#define NorthEast cocos2d::Vec2(1,1)
#define East cocos2d::Vec2(1,0)
#define SouthEast cocos2d::Vec2(1,-1)
#define South cocos2d::Vec2(0,-1)
#define SouthWest cocos2d::Vec2(-1,-1)
#define West cocos2d::Vec2(-1,0)
#define NorthWest cocos2d::Vec2(-1,1)
class HelloWorld : public cocos2d::Layer
{
private:
cocos2d::Sprite* _sprite;
bool _tint;
cocos2d::Vec2 _direction;
public:
HelloWorld();
virtual ~HelloWorld();
static cocos2d::Scene* createScene();
virtual bool init() override;
void tintButtonPressed(cocos2d::Ref* sender);
void setColorButtonPressed(cocos2d::Ref* sender);
// implement the "static create()" method manually
CREATE_FUNC(HelloWorld);
void runAnimate(const cocos2d::Vec2& direction);
virtual bool onTouchBegan(cocos2d::Touch* touch, cocos2d::Event* event) override;
virtual void onTouchMoved(cocos2d::Touch* touch, cocos2d::Event* event) override;
virtual void onTouchEnded(cocos2d::Touch* touch, cocos2d::Event* event) override;
};
#endif // __HELLOWORLD_SCENE_H__ |
a09112856dc5149becb6eb456b47fb7116b78a67 | 88ae8695987ada722184307301e221e1ba3cc2fa | /third_party/angle/src/libANGLE/renderer/gl/wgl/WindowSurfaceWGL.cpp | 9c856a16ca69b0bb1133d9a73a61f98b24c9d441 | [
"BSD-3-Clause",
"Apache-2.0",
"LGPL-2.0-or-later",
"MIT",
"GPL-1.0-or-later",
"LicenseRef-scancode-unknown-license-reference"
] | permissive | iridium-browser/iridium-browser | 71d9c5ff76e014e6900b825f67389ab0ccd01329 | 5ee297f53dc7f8e70183031cff62f37b0f19d25f | refs/heads/master | 2023-08-03T16:44:16.844552 | 2023-07-20T15:17:00 | 2023-07-23T16:09:30 | 220,016,632 | 341 | 40 | BSD-3-Clause | 2021-08-13T13:54:45 | 2019-11-06T14:32:31 | null | UTF-8 | C++ | false | false | 5,116 | cpp | WindowSurfaceWGL.cpp | //
// Copyright 2015 The ANGLE Project Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
//
// WindowSurfaceWGL.cpp: WGL implementation of egl::Surface for windows
#include "libANGLE/renderer/gl/wgl/WindowSurfaceWGL.h"
#include "common/debug.h"
#include "libANGLE/renderer/gl/RendererGL.h"
#include "libANGLE/renderer/gl/wgl/FunctionsWGL.h"
#include "libANGLE/renderer/gl/wgl/wgl_utils.h"
namespace rx
{
WindowSurfaceWGL::WindowSurfaceWGL(const egl::SurfaceState &state,
EGLNativeWindowType window,
int pixelFormat,
const FunctionsWGL *functions,
EGLint orientation)
: SurfaceWGL(state),
mPixelFormat(pixelFormat),
mWindow(window),
mDeviceContext(nullptr),
mFunctionsWGL(functions),
mSwapBehavior(0)
{
// EGL_ANGLE_surface_orientation is not supported for regular WGL window surfaces
ASSERT(orientation == 0);
}
WindowSurfaceWGL::~WindowSurfaceWGL()
{
ReleaseDC(mWindow, mDeviceContext);
mDeviceContext = nullptr;
}
egl::Error WindowSurfaceWGL::initialize(const egl::Display *display)
{
mDeviceContext = GetDC(mWindow);
if (!mDeviceContext)
{
return egl::EglBadNativeWindow()
<< "Failed to get the device context from the native window, "
<< gl::FmtErr(GetLastError());
}
// Require that the pixel format for this window has not been set yet or is equal to the
// Display's pixel format.
int windowPixelFormat = GetPixelFormat(mDeviceContext);
if (windowPixelFormat == 0)
{
PIXELFORMATDESCRIPTOR pixelFormatDescriptor = {};
if (!DescribePixelFormat(mDeviceContext, mPixelFormat, sizeof(pixelFormatDescriptor),
&pixelFormatDescriptor))
{
return egl::EglBadNativeWindow()
<< "Failed to DescribePixelFormat, " << gl::FmtErr(GetLastError());
}
if (!SetPixelFormat(mDeviceContext, mPixelFormat, &pixelFormatDescriptor))
{
return egl::EglNotInitialized()
<< "Failed to set the pixel format on the device context, "
<< gl::FmtErr(GetLastError());
}
}
else if (windowPixelFormat != mPixelFormat)
{
return egl::EglNotInitialized()
<< "Pixel format of the NativeWindow and NativeDisplayType must match.";
}
// Check for the swap behavior of this pixel format
switch (
wgl::QueryWGLFormatAttrib(mDeviceContext, mPixelFormat, WGL_SWAP_METHOD_ARB, mFunctionsWGL))
{
case WGL_SWAP_COPY_ARB:
mSwapBehavior = EGL_BUFFER_PRESERVED;
break;
case WGL_SWAP_EXCHANGE_ARB:
case WGL_SWAP_UNDEFINED_ARB:
default:
mSwapBehavior = EGL_BUFFER_DESTROYED;
break;
}
return egl::NoError();
}
egl::Error WindowSurfaceWGL::makeCurrent(const gl::Context *context)
{
return egl::NoError();
}
egl::Error WindowSurfaceWGL::swap(const gl::Context *context)
{
if (!mFunctionsWGL->swapBuffers(mDeviceContext))
{
// TODO: What error type here?
return egl::EglContextLost() << "Failed to swap buffers on the child window.";
}
return egl::NoError();
}
egl::Error WindowSurfaceWGL::postSubBuffer(const gl::Context *context,
EGLint x,
EGLint y,
EGLint width,
EGLint height)
{
UNIMPLEMENTED();
return egl::NoError();
}
egl::Error WindowSurfaceWGL::querySurfacePointerANGLE(EGLint attribute, void **value)
{
*value = nullptr;
return egl::NoError();
}
egl::Error WindowSurfaceWGL::bindTexImage(const gl::Context *context,
gl::Texture *texture,
EGLint buffer)
{
UNIMPLEMENTED();
return egl::NoError();
}
egl::Error WindowSurfaceWGL::releaseTexImage(const gl::Context *context, EGLint buffer)
{
UNIMPLEMENTED();
return egl::NoError();
}
void WindowSurfaceWGL::setSwapInterval(EGLint interval)
{
if (mFunctionsWGL->swapIntervalEXT)
{
mFunctionsWGL->swapIntervalEXT(interval);
}
}
EGLint WindowSurfaceWGL::getWidth() const
{
RECT rect;
if (!GetClientRect(mWindow, &rect))
{
return 0;
}
return rect.right - rect.left;
}
EGLint WindowSurfaceWGL::getHeight() const
{
RECT rect;
if (!GetClientRect(mWindow, &rect))
{
return 0;
}
return rect.bottom - rect.top;
}
EGLint WindowSurfaceWGL::isPostSubBufferSupported() const
{
// PostSubBuffer extension not exposed on WGL.
UNIMPLEMENTED();
return EGL_FALSE;
}
EGLint WindowSurfaceWGL::getSwapBehavior() const
{
return mSwapBehavior;
}
HDC WindowSurfaceWGL::getDC() const
{
return mDeviceContext;
}
} // namespace rx
|
3b93f1fc1d1fbb7869096d103bf0fbdfab198664 | 0460c2da88903203448225d2a6d08d0a1a648521 | /CRMui/examples/AllMethods/AllMethods.ino | 9ae2a1bf5156c431c514f3a46688d7ac27f9a887 | [
"MIT"
] | permissive | ilyukevich/CRMui | 8c4adf6a1c089e97383034a762df0ec7b6a052b6 | 0f608decbc7bd076e212dcb4299f07694d754fab | refs/heads/master | 2023-05-31T13:55:03.700438 | 2021-07-07T06:41:11 | 2021-07-07T06:41:11 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 8,038 | ino | AllMethods.ino | #include "CRMui.h"
#define LED 2 //Светодиод на плате, муляж устройства.
CRMui crm;
long cnt; //тестовая переменная
bool checkbox_1;
void setup() {
Serial.begin(115200);
crm.led_conf(LED, LOW, true); //LED индикация (Порт, Начальное значение, Инверсия значения)
//СИСТЕМНЫЕ ПЕРЕМЕННЫЕ, ID - CONST. При отсутствии создаются автоматом с дефолтными параметрами.
crm.var(F("mWiFi"), F("AP")); //Режим по умолчанию, (STA, AP, AP_STA).
crm.var(F("SSID"), F("___")); //Имя сети к которой подключаемся. Если не задан запускается режим AP.
crm.var(F("Pass"), F("___")); //Пароль от подключаемой сети.
crm.var(F("WTCon"), F("120")); //Время ожидания подключения к WiFi, сек.
crm.var(F("AP_SSID"), F("CRMui")); //Имя точки доступа, она же идентификатор для OTA.
crm.var(F("AP_Pass"), F("")); //Пароль точки доступа.
//ПОЛЬЗОВАТЕЛЬСКИЕ ПЕРЕМЕННЫЕ
crm.var(F("HAU"), F("admin"));
crm.var(F("HAP"), F("admin"));
crm.var(F("TEXT"), F("Текст текст текст"));
crm.var(F("password_input"), F("Pass-1234"));
crm.var(F("number_input"), F("5645454"));
crm.var(F("time_input"), F("13:45"));
crm.var(F("dt"), F("2019-09-20"));
crm.var(F("dtat"), F("2019-09-20T00:01"));
crm.var(F("email_input"), F("my-email@bk.ru"));
crm.var(F("range_input"), F("45"));
crm.var(F("select_input"), F("1"));
crm.var(F("checkbox_1"), F("true"));
crm.var(F("color_input"), F("#ff00ff"));
crm.var(F("textarea_input"), F("Просто не учи физику в школе и вся твоя жизнь будет наполнена чудесами, и волшебством."));
//ОБЯЗАТЕЛЬНЫЕ МЕТОДЫ
crm.ui(interface); //Интерфейс UI. Обязательно
crm.getRequest(dataReq); //GET запросы. Вида: http://IP/data?ПЕРЕМЕННАЯ=ЗНАЧЕНИЕ&П2=З2 и т.д.
crm.aliveArray(adata); //Динамические данные на странице. Обязательно
crm.update(update_vol); //Выполнение функции, при обновлении переменных через Web
crm.begin(); //Старт Фреймворка
update_vol();
}
//Выполнение при обновлении переменных через Web
void update_vol() {
checkbox_1 = crm.param(F("checkbox_1")) == F("true") ? true : false;
crm.setWebAut(crm.param(F("HAU")), crm.param(F("HAP"))); //Авторизация в Web интерфейсе
Serial.println(String(F("Использовать подсветку: ")) + (checkbox_1 ? F("ДА") : F("НЕТ")));
Serial.println("Обновление переменных");
}
void loop() {
crm.handle();
crm.btnCallback(F("btn_print"), test_print);
crm.btnCallback(F("btn_invert"), test_invert);
crm.btnCallback(F("btn_reboot"), rbt);
crm.btnCallback(F("btn_reset"), rst);
}
//Обработка GET запроса
void dataReq() {
Serial.println(crm.param_get(F("text"))); //Вывод в терминал значения переменной "text", для запроса: http://IP/data?text=Тестовое сообщение
//Возврат ответа в Web
if (crm.param_get(F("stat")) != F("null")) crm.getResponse(crm.time_work());
else crm.getResponse(String(millis()));
}
void interface() {
crm.app_name("Проект-15"); //Название устройства/проекта, отображается в меню.
//Разделы меню
crm.menu(F("Главная")); //Пункт 1
crm.menu(F("Настройки")); //Пункт 2
crm.menu(F("WiFi")); //Пункт 3
crm.page();
//Соответствует 1 пунку меню
crm.alive_tabl(F("TimeWork"), F("Время работы"));
crm.alive_tabl(F("Dev_IP"), F("IP адрес"), WiFi.localIP().toString());
crm.alive_tabl(F("Dev_MAC"), F("MAC адрес"), String(WiFi.macAddress()));
crm.alive_tabl(F("WFP"), F("Мощность WiFi"));
crm.alive_tabl(F("RAM"), F("Свободно ОЗУ"));
crm.alive_tabl(F("ledst"), F("Состояние LED"));
crm.alive_tabl(F("PrintTerm"), F("Количество нажатий"));
crm.hr();
crm.button(F("btn_print"), F("Печать в терминал"), false);
crm.button(F("btn_invert"), F("Переключить LED"));
crm.button(F("btn_reboot"), F("↺ Перезагрузить"));
crm.page();
//Соответствует 2 пунку меню
crm.text(F("TEXT"), F("Какой то текст"));
crm.password(F("password_input"), F("Пароль от всего"));
crm.number(F("number_input"), F("Только числа"));
crm.time(F("time_input"), F("Будильник"));
crm.date(F("dt"), F("Дата мероприятия"));
crm.datetime(F("dtat"), F("Дата и время включения"));
crm.email(F("email_input"), F("Адрес электронки"));
crm.range(F("range_input"), 0, 100, 0.1, F("Ползунок с шагом"), F("°C"));
crm.option(F("Комедии"), F("0"));
crm.option(F("Боевики"), F("1"));
crm.option(F("Ужасы"), F("2"));
crm.select(F("select_input"), F("Что любишь?"));
crm.color(F("color_input"), F("Цвет подсветки ОЗУ"));
crm.checkbox(F("checkbox_1"), F("Использовать подсветку"));
crm.checkbox(F("checkbox_2"), F("Авто режим"));
crm.checkbox(F("checkbox_3"), F("Использовать LED индикацию"));
crm.br(); //Строчный интервал, размер в пикселях. По умолчанию = 10
crm.textarea(F("textarea_input"), F("Текстовое поле для большого ввода текста прямо в него"));
crm.hr();
crm.text(F("HAU"), F("WEB LOGIN"));
crm.password(F("HAP"), F("WEB PASSWORD"));
crm.button(F("btn_reset"), F("Reset settings"));
crm.page();
//Соответствует 3 пунку меню
crm.wifi_page();
crm.hr();
crm.button(F("btn_reboot"), F("↺ Перезагрузить"));
crm.page();
//И т.д.
}
//Выполняется по запросу обрадного вызова.
void adata() {
crm.aliveData_tabl (F("TimeWork"), crm.time_work(), F("0f0")); //Вставка данных по ID для crm.alive_tabl (ID, ДАННЫЕ, ЦВЕТ)
int wfrssi = WiFi.RSSI();
crm.aliveData_tabl (F("WFP"), String(wfrssi) + F(" dBm (") + String(map(wfrssi, -100, -40, 0, 100)) + F(" %)"));
crm.aliveData_tabl (F("RAM"), String(ESP.getFreeHeap()) + F(" Бт"), crm.param(F("color_input")));
!digitalRead(LED) ? crm.aliveData_tabl (F("ledst"), F("ВКЛ"), F("f00")) : crm.aliveData_tabl (F("ledst"), F("ВЫКЛ"), F("0f0"));
crm.aliveData_tabl (F("PrintTerm"), String(cnt));
}
void rbt() {
crm.reboot(); // Перезагрузка ESP
}
void rst() {
crm.reset_cfg(); // Перезагрузка ESP
}
//************************************ Т Е С Т Ф У Н К Ц И И ************************************
void test_print() {
Serial.println(String(F("Количество нажатий: ")) + String(++cnt));
}
void test_invert() {
crm.led_use((crm.param(F("checkbox_3")) == F("true") ? true : false));
digitalWrite(LED, !digitalRead(LED));
Serial.println(String(F("LED: ")) + String(digitalRead(LED) ? F("ВЫКЛ") : F("ВКЛ")));
}
|
294867e473e678f9467e67a6299feb7a3b9015f5 | b6ae8feca67392d8d350a84c9c0b88ea8e21c031 | /src/cpp/lib/Profiler.cpp | bca7e20357bda0b4b3d6573ad22612e51fc06164 | [] | no_license | gradido/gradido_login_server | 3192135cc563b068ebc9b9eb4ac416c1dae29f88 | ca71af1817a801db9a108c205bc298250d498c4b | refs/heads/master | 2023-03-23T15:38:55.649220 | 2021-03-14T09:21:18 | 2021-03-14T09:21:18 | 335,353,004 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,654 | cpp | Profiler.cpp | #include "Profiler.h"
#include <sstream>
Profiler::Profiler()
{
reset();
}
Profiler::Profiler(const Profiler& copy)
{
mStartTick = copy.mStartTick;
}
Profiler::~Profiler()
{
}
double Profiler::millis() const
{
auto current = std::chrono::high_resolution_clock::now();
std::chrono::duration<double, std::milli> fp_ms = current - mStartTick;
return fp_ms.count();
}
double Profiler::micros() const
{
auto current = std::chrono::high_resolution_clock::now();
std::chrono::duration<double, std::micro> fp_micros = current - mStartTick;
return fp_micros.count();
//auto diff = current - mStartTick;
//return diff.count() / 1000.0;
}
double Profiler::nanos() const
{
auto current = std::chrono::high_resolution_clock::now();
return static_cast<double>((current - mStartTick).count());
}
double Profiler::seconds() const
{
auto current = std::chrono::high_resolution_clock::now();
std::chrono::duration<double, std::milli> fp_ms = current - mStartTick;
return fp_ms.count() / 1000.0;
}
std::string Profiler::string() const
{
auto current = std::chrono::high_resolution_clock::now();
auto diff = current - mStartTick;
std::stringstream ss;
ss.precision(3);
if (diff < std::chrono::microseconds{1}) {
ss << diff.count() << " nano s";
} else if (diff < std::chrono::milliseconds{ 1 }) {
ss << (double)diff.count() / 1000.0 << " micro s";
} else if (diff < std::chrono::seconds{ 1 }) {
ss << (double)std::chrono::duration_cast<std::chrono::microseconds>(diff).count() / 1000.0 << " ms";
} else {
ss << (double)std::chrono::duration_cast<std::chrono::milliseconds>(diff).count() / 1000.0 << " s";
}
return ss.str();
} |
c79b0b41f27169d32091316aa2c6214cdadf2288 | 4756d850723f624613b5c79f0385987e6b3c03db | /atb70d.cpp | d170f24635d04febd950152fb5dba2180473c76e | [] | no_license | helycopter/learning | 7012d76f62f1dfa5770974c43fa1a5dda753471c | 302c46b370608bb3ad5f952181c2084f4d91b98f | refs/heads/master | 2021-07-11T19:31:24.956760 | 2017-10-08T11:04:57 | 2017-10-08T11:04:57 | 106,122,249 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 860 | cpp | atb70d.cpp | #include<bits/stdc++.h>
using namespace std;
#define ll long long
#define pb push_back
#define mp make_pair
#define ff first
#define ss second
#define sc(x) scanf("%lld",&x)
#define pr(x) printf("%lld\n",x)
#define clr(x) memset(x, 0, sizeof(x))
#define all(x) x.begin(), x.end()
typedef pair<ll, ll> pii;
typedef vector< ll > vl;
typedef vector< pii > vpii;
const ll N= 1e5+55,mod = 1e9+7;
vpii v[N];
bool b[N];
ll dist[N];
void dfs(ll s){
b[s]=true;
ll i,j,x,y;
for(i=0;i<v[s].size();i++){
x=v[s][i].ff;y=v[s][i].ss;
if(!b[x]){
dist[x]=dist[s]+y;
dfs(x);
}
}
}
int main() {
// freopen("Task.in","r",stdin);freopen("Task.out","w",stdout);
ll i,j,x,y,a,b,c,n,q,k;
sc(n);
for(i=1;i<n;i++){
sc(a);sc(b);sc(c);
v[a].pb(mp(b,c));
v[b].pb(mp(a,c));
}
sc(q);sc(k);
dfs(k);
while(q--){
sc(x);sc(y);
a=dist[x]+dist[y];
pr(a);
}
} |
a243174f32100266eb2ec05246688c31245d1a0f | 4b0c1bbed45c0299d3b5e2b3198baf3056eef485 | /cone.h | 77263afa2be797c5d7096ea7ae6f7301d15f2360 | [] | no_license | EgorBloke/Cone | 3b3b87c6d60530271915136ed795d28cf475b2f3 | ab389e4ba95adbde34da83b24eb894387aa8e696 | refs/heads/main | 2023-07-15T17:44:02.402999 | 2021-08-25T08:03:08 | 2021-08-25T08:03:08 | 399,738,378 | 0 | 0 | null | null | null | null | WINDOWS-1251 | C++ | false | false | 4,365 | h | cone.h | #ifndef CONE_H
#define CONE_H
#include<iostream>
#include<vector>
#include<cmath>
//class Point;
//class Triangle;
class Point { //класс для хранения координат точки
public:
Point(double x = 0., double y = 0., double z = 0.) : x(x), y(y), z(z) {}
void setValues(double x, double y, double z)
{
this->x = x;
this->y = y;
this->z = z;
}
double x;
double y;
double z;
};
class Triangle //класс треугольника. содержить указатели на вершины
{
public:
Triangle(Point* first = nullptr, Point* second = nullptr, Point* top = nullptr):first(first),second(second),top(top)
{
}
const Point& getFirst() {
return *first;
}
const Point& getSecond() {
return *second;
}
const Point& getTop() {
return *top;
}
protected:
Point *first; //координаты основания
Point *second;
Point *top; //координата вершины
};
class Cone //класс конуса. определяется радиусом, высотой, количеством сегментов
{
public:
Cone(double height=1., double r=1., unsigned int segmentNumber=3) //: height(height), r(r), segmentNumber(segmentNumber)
{
this->height = height > 0 ? height : -height; //проверка корректности инициализации
this->r = r > 0 ? r : -r;
this->segmentNumber = segmentNumber > 2 ? segmentNumber : 3; //если меньше 3, инициализируется 3я сегментами
top.setValues(0, 0, height); //инициализация координаты вершины
for (int i = 0; i < segmentNumber; ++i) //инициализация координат точек на окружности в основании
{
circlePoints.push_back(new Point(r * cos(2 * 3.14159 * i / segmentNumber), r * sin(2 * 3.14159 * i / segmentNumber), 0));
}
}
~Cone()
{
for (auto e : circlePoints) {
delete e;
}
}
Triangle operator[](int i) //перегрузка оператора доступа через [] (для удобства)
//возвращает треугольник, образованный двумя соседними точками из контейнера circlePoints
//и точкой вершини конуса. С целью не хранить контейнер с треугольниками
{
i = abs(i); //если передано отрицательное значение
if (i > segmentNumber - 1) { //если передано значение больше количества сегментов
i = i % (segmentNumber - 1);
}
if (i == segmentNumber - 1) { // крайний треугольник. чтобы обеспечить закольцовывание для корректности работы оператора << для класса Cone
return Triangle(circlePoints[i], circlePoints[0], &top);
}
else {
return Triangle(circlePoints[i], circlePoints[i + 1], &top); //общий случай
}
}
int getSegmentNumber() {
return segmentNumber;
}
protected:
double height;
double r;
int segmentNumber; //количество сегментов
Point top; //координаты вершины
std::vector<Point*> circlePoints; //контейнер с координатами точек на окружности
};
std::ostream& operator<<(std::ostream& out,const Point& p) {
out.precision(4);
return out << "x = " << p.x << "; \ty = " << p.y << "; \tz = " << p.z;
}
std::ostream& operator<<(std::ostream& out, Triangle& tr) {
out.precision(4);
return out << "\tfirst: \t" << tr.getFirst() <<'\n'<< "\tsecond: " << tr.getSecond() << '\n' << "\ttop: \t" << tr.getTop();
}
std::ostream& operator<<(std::ostream& out, Cone& cone) //печать всех треугольников, из которых состоит конус
{
out.precision(4);
for (unsigned int i = 0; i < cone.getSegmentNumber(); ++i) {
Triangle && tr = cone[i]; //перехват временного объекта, возвращенного оператором []
out <<"Triangle: "<< i << '\n' << tr << std::endl;
}
return out;
}
#endif // !CONE_H
|
94cca017d2d32d850fc33d5460645854b6086ba4 | 74bfbe4e43762bf8d13832b22e0c777421084099 | /Classes/KeyboardControl.h | 769baeab2924f094073a535c74734a04b1f12fa0 | [] | no_license | Brusi/Ledge | 3205b9f4c70fe54800febc7be27c6cbace0bf51d | bf7571cf3e787541ab1cf72d52cb14d1c827d5df | refs/heads/master | 2016-09-05T11:01:31.909903 | 2014-09-25T19:00:20 | 2014-09-25T19:00:20 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 459 | h | KeyboardControl.h | #ifndef _KEYBOARD_CONTROL_H_
#define _KEYBOARD_CONTROL_H_
#include "Control.h"
#include "cocos2d.h"
#include <set>
/*
* Keyboard Control
*/
class KeyboardControl : public Control {
public:
// Constructor. Gets the node to listen to.
KeyboardControl::KeyboardControl(cocos2d::Node* node);
virtual bool isKeyPressed(Key key) const;
private:
std::set<Key> _pressed;
cocos2d::EventListenerKeyboard* _listener;
};
#endif _KEYBOARD_CONTROL_H_
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.