blob_id stringlengths 40 40 | directory_id stringlengths 40 40 | path stringlengths 4 201 | content_id stringlengths 40 40 | detected_licenses listlengths 0 85 | license_type stringclasses 2
values | repo_name stringlengths 7 100 | snapshot_id stringlengths 40 40 | revision_id stringlengths 40 40 | branch_name stringclasses 260
values | visit_date timestamp[us] | revision_date timestamp[us] | committer_date timestamp[us] | github_id int64 11.4k 681M ⌀ | star_events_count int64 0 209k | fork_events_count int64 0 110k | gha_license_id stringclasses 17
values | gha_event_created_at timestamp[us] | gha_created_at timestamp[us] | gha_language stringclasses 80
values | src_encoding stringclasses 28
values | language stringclasses 1
value | is_vendor bool 1
class | is_generated bool 2
classes | length_bytes int64 8 9.86M | extension stringclasses 52
values | content stringlengths 8 9.86M | authors listlengths 1 1 | author stringlengths 0 119 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
55859a40c71716a5123648890492e4103e66f44d | 035f63fbf8d9b4625190bc71d56a1a2b20ff5655 | /Lab8/main.cpp | c2d8f8a98f384b5193411755d70c5234f22222a9 | [] | no_license | ChernovAndrey/Numerical-analysis | 3f126c622d77f49c6e0ddba979cdda4159b367c7 | 2f4f6b8d3420c4a53707f860aec07ec7134b584b | refs/heads/master | 2021-05-06T00:20:47.515912 | 2018-08-15T15:45:05 | 2018-08-15T15:45:05 | 102,984,473 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,991 | cpp | #include <iostream>
#include "Solve.h"
using namespace std;
void writingData(vector<vector<double>> U){
const string pathToFile = "/home/andrey/CLionProjects/NumericalMethods/Lab8/files/Ui.txt";
ofstream file(pathToFile, ios_base::out | ios_base::trunc);
//F file << "{";
for (int i = 0; i < U.size(); i++) {
auto v = U[i];
// file << "{ ";
for (int j = 0; j < v.size(); j++) {
file << v[j]<<" ";
if (j!=v.size()-1){
// file << " ";
}
}
// file << "} ";
}
// file << "}"<<endl;
file.close();
const string pathToConfig = "/home/andrey/CLionProjects/NumericalMethods/Lab8/files/config.txt";
ofstream config(pathToConfig, ios_base::out | ios_base::trunc);
config<<U.size()<<endl;
config<<U[0].size()<<endl;
config.close();
}
vector<double> getAccuracy1(double h, double x0, double xf, double tf){ //для первого уравнения
auto getSolution = [](double t, double x){
auto pi = M_PI;
return sin(pi*x)*cos(pi*t);
};
vector<double> UAcc;
for (double i = x0; i <= xf ; i+=h) {
UAcc.push_back( getSolution(tf,i) );
}
return UAcc;
}
vector<double> getAccuracy2(double h, double x0, double xf, double tf){ //для первого уравнения
double eps=1e-8;
auto getTerm = [](double t, double x, int n){
auto pi = M_PI;
return pow(2*n+1,-3)*sin( (2*n+1)*pi*x)*cos( (2*n+1)*pi*t);
};
auto pi = M_PI;
vector<double> UAcc;
for (double i = x0; i <= xf ; i+=h) {
int k = (int)(0.5*( sqrt( 2/(pi*pi*eps) ) -1 ))+1;
double term=0.0;
for (int j = 0; j <= k; ++j) {
term+=getTerm(tf,i,j);
}
UAcc.push_back( 8*term/(pi*pi*pi) );
}
return UAcc;
}
int main() {
double q =1.0;
// double h=1/(90.0*q);
double h=0.01/q;
double tau=0.01/q;
double x0=0.0;
double xf=1.0;
double t0=0.0;
double tf=0.5;
auto * solve = new Solve(h,tau,x0,xf,t0,tf);
auto U = solve->calculate();
delete solve;
printMatrix(U);
cout<<"size="<<U.size()<<'\t'<<U[0].size()<<endl;
writingData(U);
cout<<"U0:"<<endl;
printVector(U[0]);
cout<<"U1:"<<endl;
printVector(U[1]);
auto flagCompare = true;//cравнивать с точным решением
if (flagCompare==true){
cout << "Accuracy" << endl;
// auto accur0 = getAccuracy2(h, x0, xf, 0);
// cout<<"accur0:"<<endl;
// printVector(accur0);
//
// auto accur1 = getAccuracy2(h, x0, xf, tau);
// cout<<"accur1:"<<endl;
// printVector(accur1);
auto accur = getAccuracy2(h, x0, xf, tf);
printVector(accur);
cout<<"Residual:"<<endl;
cout<<normVectorC( diffVectors(accur,U[U.size()-1]) )<<endl;
}
cout<<"Res U0 Uf "<<normVectorC( diffVectors(U[0],U[U.size()-1]) )<<endl;
return 0;
} | [
"chernov.andrey.98@mail.ru"
] | chernov.andrey.98@mail.ru |
4ace3f917c5173744bca98d5e96ea397051a10aa | 5ed12b0958cdd2b528ebc766424d36f0e2a9630c | /misc/student-vip.cpp | a88e82afd347574fad53f6f83cf39e53fbc543b8 | [] | no_license | MisterFishing/cpp | fe5470bb9a74a90ce045c6f5a37b77da7f40ef33 | 1eb363fc03a1119d67808dfed624fb75bbc337ba | refs/heads/master | 2021-10-31T19:22:56.530246 | 2021-10-21T14:42:21 | 2021-10-21T14:42:21 | 208,675,464 | 45 | 34 | null | null | null | null | UTF-8 | C++ | false | false | 1,191 | cpp | #include <iostream>
#include <string.h>
using namespace std;
class student
{
private:
char name[10];
int number;
int score;
static student * vip;
student(char const * name, int number, int score)
{
if(strlen(name)>=10)
{
cout << "length of " << name << " >= 10 " << endl;
exit(0);
}
strcpy(this->name,name);
this->number=number;
this->score=score;
}
public:
void display()
{
cout << name << " " << number << " " << score << endl;
}
static student * new_student(char const * name, int number, int score)
{
if(vip==NULL)
vip=new student(name, number, score);
else
cout << "sorry, only one vip" << endl;
return vip;
}
};
student * student::vip = NULL;
int main()
{
student *zs = student::new_student("zhangsan", 1, 90);
zs->display();
student *ls = student::new_student("lisi", 2, 80);
ls->display();
student *ww = student::new_student("wangwu ", 3, 70);
ww->display();
return 0;
} | [
"yushengji@foxmail.com"
] | yushengji@foxmail.com |
8908aee70c53ae5ae375c2cba8fd136cb7261693 | 69005ab4c8cc5d88d7996d47ac8def0b28730b95 | /msvc-cluster-realistic-1000/src/dir_7/perf371.cpp | 6593daabf9b8d5b1b4fa910fb151cc2b3244d3fd | [] | no_license | sakerbuild/performance-comparisons | ed603c9ffa0d34983a7da74f7b2b731dc3350d7e | 78cd8d7896c4b0255ec77304762471e6cab95411 | refs/heads/master | 2020-12-02T19:14:57.865537 | 2020-05-11T14:09:40 | 2020-05-11T14:09:40 | 231,092,201 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 209 | cpp | #include <Windows.h>
#include <vector>
#include <inc_2/header_40.h>
static_assert(sizeof(GenClass_40) > 0, "failed");
std::vector<int> perf_func_371() {
LoadLibrary("abc.dll");
return {371};
}
| [
"10866741+Sipkab@users.noreply.github.com"
] | 10866741+Sipkab@users.noreply.github.com |
22e606401b8df802f3c3823eef28ea1c208fd1f7 | 9c66775c4276d770f67a33a99d70b6d8f9f5343f | /Banque.cpp | 6e40964fa31a36cb848f161796e9355a342eb93e | [] | no_license | MVeyssiere/LDNR_CplusplusProject | e7535e01dc73720b27903fd4d8934152dc3765a5 | fa00c3852d5387b289ed9a6d8efa0cd0807bd618 | refs/heads/master | 2020-04-21T08:59:35.554719 | 2019-02-06T16:16:54 | 2019-02-06T16:16:54 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,365 | cpp | //============================================================================
// Name : Banque.cpp
// Author : ChristopheR_JulienMo_MarineV
// Version :
// Copyright :
// Description : Hello World in C++, Ansi-style
//============================================================================
#include <iostream>
#include <map>
#include <vector>
#include "Compte.h"
#include "Comptecourant.h"
#include "Comptebloque.h"
#include "Livretepargne.h"
#include "Date.h"
#include "Client.h"
#include<typeinfo>
using namespace std;
const float Compte_courant::decouvert_autorise = -100;
const int Compte_bloque::duree_blocage = 84; // 84 mois egal 7 ans de blocage
const float Compte_bloque::taux_interet = 0.02;
const int Compte_bloque::montant_min = 100;
const int Livret_epargne::montant_min = 20;
const float Livret_epargne::taux_interet = 0.0125;
const int Livret_epargne::plafond_solde = 7700;
typedef map<Date, float> operations;
int main() {
Date date_actuelle(31, 12, 2019);
// simulation d'opérations
operations o;
o[Date(12, 4, 2018)] = 34.70;
o[Date(27, 9, 2018)] = 98.90;
o[Date(2, 12, 2017)] = 4.20;
operations p;
p[Date(4,4,2015)] = 19.90;
p[Date(5,3,2016)] = 145.50;
p[Date(3,5, 2017)] = 4.20;
operations q;
q[Date(1,3,1998)] = 34.70;
q[Date(1,4,1998)] = 100.0;
q[Date(1,5,1998)] = 10.0;
operations r;
r[Date(3,5,2000)] = 42.0;
r[Date(3,6,2000)] = 42.5;
r[Date(3,7,2000)] = 42.9;
operations s;
s[Date(10,4,2001)] = 21.0;
s[Date(10,5,2001)] = 22.0;
s[Date(10,6,2001)] = 23.0;
// Création du tableau de clients (banquier)
//Client*client0000 = new Client(0000, "Crédit ","Badoit", "23 avenue de la soif 31100 Gorc");
// Création du tableau de clients
Client *client1111 = new Client(1111,"Geralt", "Deriv", "70 rue de la source 31200 Zorc");
Client *client2222 = new Client(2222,"Brigitte", "Foderi", "2 Avenue du puit 31400 Borc");
Client *client3333 = new Client(3333,"Gertrude", "Fouprit", "7 rue minérale 31500 Lorc");
Client *client4444 = new Client(4444,"Bernard", "Loitere", "10 rue meeste 31600 Morc");
Client *client5555 = new Client(5555,"Françis", "Lalane", "3 rue du nem 31700 Forc");
vector<Client*> clients(5);
clients[0] = client1111;
clients[1] = client2222;
clients[2] = client3333;
clients[3] = client4444;
clients[4] = client5555;
//clients[5] = client0000;//banquier
// creation des comptes du client 1
Compte_courant *client1_cc1 = new Compte_courant("Compte courant", 1111 , 3000, 0.05, Date(20,6,2010), o);
Compte_bloque *client1_cb1 = new Compte_bloque("Compte bloque", 1111 , 2000, Date(20,6,2014), p);
Livret_epargne *client1_lep1 = new Livret_epargne("Livret epargne", 1111 , 4500, Date(20,6,2012), q);
// creation des comptes du client 2
Compte_courant *client2_cc2 = new Compte_courant("Compte courant", 2222 , -101, 0.05, Date(20,6,2010), r);
Compte_bloque *client2_cb2 = new Compte_bloque("Compte bloque", 2222 , 5000, Date(20,6,2013), s);
Livret_epargne *client2_lep2 = new Livret_epargne("Livret epargne", 2222 , 5500, Date(20,6,2010), p);
// creation des comptes du client 3
Compte_courant *client3_cc3 = new Compte_courant("Compte courant", 3333 , 2500, 0.05, Date(20,6,2010), s);
Compte_bloque *client3_cb3 = new Compte_bloque("Compte bloque", 3333 , 4000, Date(20,6,2012), p);
Livret_epargne *client3_lep3 = new Livret_epargne("Livret epargne", 3333 , 5500, Date(20,6,2010), q);
// creation des comptes du client 4
Compte_courant* client4_cc4 = new Compte_courant("Compte courant", 4444 , 2500, 0.05, Date(20,6,2010), o);
Compte_bloque* client4_cb4 = new Compte_bloque("Compte bloque", 4444 , 4000, Date(20,6,2014), r);
Livret_epargne* client4_lep4 = new Livret_epargne("Livret epargne", 4444 , 10000, Date(20,6,2012), p);
// creation des comptes du client 5
Compte_courant *client5_cc5 = new Compte_courant("Compte courant", 5555 , 2500, 0.05, Date(20,6,2010),q);
Compte_bloque *client5_cb5 = new Compte_bloque("Compte bloque", 5555 , 4000, Date(20,6,2014),s);
Livret_epargne *client5_lep5 = new Livret_epargne("Livret epargne", 5555 , 5000, Date(20,6,2016),p);
Livret_epargne *client5_lep51 = new Livret_epargne("Livret epargne", 5555 , 1500, Date(20,6,2019),o);
vector<Compte*> clients_comptes(16);
clients_comptes[0] = client1_cc1;
clients_comptes[1] = client1_cb1;
clients_comptes[2] = client1_lep1;
clients_comptes[3] = client2_cc2;
clients_comptes[4] = client2_cb2;
clients_comptes[5] = client2_lep2;
clients_comptes[6] = client3_cc3;
clients_comptes[7] = client3_cb3;
clients_comptes[8] = client3_lep3;
clients_comptes[9] = client4_cc4;
clients_comptes[10] = client4_cb4;
clients_comptes[11] = client4_lep4;
clients_comptes[12] = client5_cc5;
clients_comptes[13] = client5_cb5;
clients_comptes[14] = client5_lep5;
clients_comptes[15] = client5_lep51;
// IHM
int id_client, choix_compte;
cout << "\nSaisissez votre id client: ";
cin >> id_client;
/*if(id_client==0000)
{
Compte::MenuBanquier();
}*/
bool client_trouve = false;
vector<int> tab_indice_compte_client; // stocke les indices des comptes du client du vector clients_comptes
for(int i=0; i<5 && !client_trouve; i++){
if (id_client == clients[i]->Getid()){ // recherche du client par son ID
cout << "Bonjour " << clients[i]->GetNom() << " " << clients[i]->GetPrenom() << endl;
for(unsigned int j=0; j<clients_comptes.size(); j++){
if( id_client == clients_comptes[j]->GetTitulaire()){ // recherche des comptes du client
cout << "Vous êtes titulaire des comptes suivants: " << endl; // Affichage pour le client
cout << "Indice du compte: " << j << " | " << *clients_comptes[j]; // affichage de l'indice du compte pour ensuite afficher le menu du compte
client_trouve = true; // le client est trouvé donc stop boucle
tab_indice_compte_client.push_back(j); // recup des indices des comptes du client dans vector
}
}
}
}
int exit=0;
while(exit ==0)
{
cout << "\nSélectionnez l'indice du compte que vous souhaitez consulter ou taper -1 pour sortir du programme = ";
cin >> choix_compte;
if (choix_compte==-1) // Client peut sortir du programme
{
exit=1;
cout << "A bientot ";
}
else{
//cout << *clients_comptes[choix_compte];
clients_comptes[choix_compte]->Menu(date_actuelle); // Menu du type de compte selectionné
}
}
return 0;
}
| [
"noreply@github.com"
] | noreply@github.com |
a3f6a7dad4653cf531ca94967238147958fe9dbe | eef33c48b4fcce5c4e8ada9b660ce41b5e70659c | /EditableModel/EditableModel/ModelEdgeHandleBase.h | 3593ce85ee298b190e02d03d948d78e61301995e | [] | no_license | megatelesync/Editor3D | b82839b41c410db049dffbf56d81fce33dfaf7c6 | 2d7096be43ea13ffa5dd36c5c9a8e16eeae327e6 | refs/heads/master | 2021-09-10T00:32:26.699038 | 2018-03-20T10:26:28 | 2018-03-20T11:38:06 | 125,995,461 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,923 | h | #ifndef _ModelEdgeHandleBase_h_
#define _ModelEdgeHandleBase_h_
#include <cstddef>
#include "EditableModel_structs.h"
#include "ModelEdgeConstHandle_fwd.h"
namespace Dv
{
namespace EditableModel
{
template<class PolyHandleTypeArg, class EdgeIteratorTypeArg, class VertexHandleTypeArg>
class ModelEdgeHandleBase
{
public:
typedef ModelEdgeHandleBase<PolyHandleTypeArg, EdgeIteratorTypeArg, VertexHandleTypeArg> ThisType;
typedef PolyHandleTypeArg PolyHandleType;
typedef EdgeIteratorTypeArg EdgeIteratorType;
typedef VertexHandleTypeArg VertexHandleType;
inline ModelEdgeHandleBase() : _hash(0) {}
inline ModelEdgeHandleBase(const typename PolyHandleType::PolygonHandleBaseType & polyHandleIn, EdgeIteratorTypeArg startVertexIterIn);
inline operator ModelEdgeConstHandle() const { return ModelEdgeConstHandle(_polyHandle, _startVertexIterator); }
size_t hash() const { return _hash; }
inline typename PolyHandleType::ModelType *GetModel() const { return _polyHandle.GetModel(); }
inline const PolyHandleType& GetPolygon() const { return _polyHandle; }
inline EdgeIteratorType GetVertexIterator() const { return _startVertexIterator; }
inline VertexHandleType GetStartModelVertexHandle() const;
inline VertexHandleType GetEndModelVertexHandle() const;
inline ThisType GetNextEdge() const;
inline ThisType GetPreviousEdge() const;
inline const PolygonVertexInfo& GetStartVertexInfo() const;
inline const PolygonVertexInfo& GetEndVertexInfo() const;
inline bool IsNull() const { return _polyHandle.IsNull(); }
protected:
PolyHandleTypeArg _polyHandle;
EdgeIteratorTypeArg _startVertexIterator;
size_t _hash;
};
} // EditableModel
} // Dv
#endif // _ModelEdgeHandleBase_h_ | [
"jobogur@gmail.com"
] | jobogur@gmail.com |
7a8cf54e2d0d7b5bc7ba95efa7bdc0f7b4f0c0fb | b4aac6acca40c0ad67078e4c61109afdf5c11a33 | /LightLib/LightLib/LightLib.h | 290d9a9456d67d604cbc915657d008ad753762c8 | [] | no_license | palist/partyPro | f8d25c198caaccbb0064e0e8398ac6c0fcb932c5 | 2b086170420567ed7781f594ba51c93be1157729 | refs/heads/master | 2020-12-27T04:04:17.700917 | 2020-02-02T12:29:41 | 2020-02-02T12:29:41 | 237,758,674 | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 467 | h |
// LightLib.h : PROJECT_NAME 应用程序的主头文件
//
#pragma once
#ifndef __AFXWIN_H__
#error "在包含此文件之前包含“stdafx.h”以生成 PCH 文件"
#endif
#include "resource.h" // 主符号
// CLightLibApp:
// 有关此类的实现，请参阅 LightLib.cpp
//
class CLightLibApp : public CWinApp
{
public:
CLightLibApp();
// 重写
public:
virtual BOOL InitInstance();
// 实现
DECLARE_MESSAGE_MAP()
};
extern CLightLibApp theApp; | [
"651241209@qq.com"
] | 651241209@qq.com |
2eb3b515c84b75fcb97eb670a8592d0d54ef4d8e | 38616fa53a78f61d866ad4f2d3251ef471366229 | /3rdparty/RobustGNSS/gtsam/gtsam/gpstk/FICHeader.cpp | 6a4a39769fe8eb5e1dbf95528649787f55478656 | [
"MIT",
"BSD-3-Clause",
"LGPL-2.1-only",
"MPL-2.0",
"LGPL-2.0-or-later",
"BSD-2-Clause"
] | permissive | wuyou33/Enabling-Robust-State-Estimation-through-Measurement-Error-Covariance-Adaptation | 3b467fa6d3f34cabbd5ee59596ac1950aabf2522 | 2f1ff054b7c5059da80bb3b2f80c05861a02cc36 | refs/heads/master | 2020-06-08T12:42:31.977541 | 2019-06-10T15:04:33 | 2019-06-10T15:04:33 | 193,229,646 | 1 | 0 | MIT | 2019-06-22T12:07:29 | 2019-06-22T12:07:29 | null | UTF-8 | C++ | false | false | 4,297 | cpp | #pragma ident "$Id$"
/**
* @file FICHeader.cpp
* gpstk::FICHeader - container for the FIC file header data.
*/
//============================================================================
//
// This file is part of GPSTk, the GPS Toolkit.
//
// The GPSTk is free software; you can redistribute it and/or modify
// it under the terms of the GNU Lesser General Public License as published
// by the Free Software Foundation; either version 2.1 of the License, or
// any later version.
//
// The GPSTk 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 Lesser General Public License for more details.
//
// You should have received a copy of the GNU Lesser General Public
// License along with GPSTk; if not, write to the Free Software Foundation,
// Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110, USA
//
// Copyright 2004, The University of Texas at Austin
//
//============================================================================
//============================================================================
//
//This software developed by Applied Research Laboratories at the University of
//Texas at Austin, under contract to an agency or agencies within the U.S.
//Department of Defense. The U.S. Government retains all rights to use,
//duplicate, distribute, disclose, or release this software.
//
//Pursuant to DoD Directive 523024
//
// DISTRIBUTION STATEMENT A: This software has been approved for public
// release, distribution is unlimited.
//
//=============================================================================
#include "StringUtils.hpp"
#include "FICHeader.hpp"
#include "FICStream.hpp"
#include "FICAStream.hpp"
using namespace gpstk::StringUtils;
const int gpstk::FICHeader::headerSize = 40;
namespace gpstk
{
using namespace std;
void FICHeader::reallyPutRecord(FFStream& ffs) const
throw(std::exception, gpstk::StringUtils::StringException,
gpstk::FFStreamError)
{
string theHeader(header);
if(FICStream* strm = dynamic_cast<FICStream*>(&ffs))
{
// This is a binary FIC stream, so
// send the 40 character header, truncated or padded
// with ' ' as needed.
*strm << leftJustify(theHeader, headerSize, ' ');
}
else if (FICAStream* ficas = dynamic_cast<FICAStream*>(&ffs))
{
// If this is a FICA stream, add some extra stuff as well as
// send the 40 character header, truncated or padded
// with ' ' as needed.
*ficas << " " << leftJustify(theHeader, headerSize, ' ') << '\n';
}
else
{
gpstk::FFStreamError e("Attempt to write a FICHeader object"
" to a non-FIC(A)Stream FFStream.");
GPSTK_THROW(e);
}
}
void FICHeader::dump(ostream& s) const
{
s << header << endl;
};
void FICHeader::reallyGetRecord(FFStream& ffs)
throw(std::exception, gpstk::StringUtils::StringException,
gpstk::FFStreamError)
{
FICStreamBase *fsb = dynamic_cast<FICStreamBase *>(&ffs);
if(fsb == NULL)
{
gpstk::FFStreamError e("Attempt to read a FICHeader object"
" from a non-FICStreamBase FFStream.");
GPSTK_THROW(e);
}
char c[headerSize + 1];
// if this is a FICA stream, get 4 characters
FICAStream* ficas = dynamic_cast<FICAStream*>(&ffs);
if (ficas)
{
const int blankChrs = 4;
char whitespaces[blankChrs + 1];
ffs.read(whitespaces, blankChrs);
}
ffs.read(c, headerSize);
if (ffs.gcount() != headerSize)
{
FFStreamError e("Error reading header");
GPSTK_THROW(e);
}
c[headerSize]='\0';
header = c;
fsb->headerRead=true;
fsb->header.header = header;
if (ficas)
{
string line;
ficas->formattedGetLine(line);
ficas->formattedGetLine(line);
}
} // end of FICHeader::getRecord()
} // namespace gpstk
| [
"rwatso12@gmail.com"
] | rwatso12@gmail.com |
221d34e9f2a62178cd5162519be61d924420ab5c | 51542a7cc298f054dadafa35622425453ec1a4fc | /src/director/dirfile.h | 6d603d2d36ccbd769cadd6619b0e4b248a7bb72d | [
"Apache-2.0",
"MIT"
] | permissive | 59de44955ebd/ProjectorRays | 21e0270325f5a548db87254851bd3ec85eded548 | 32e2a166df23bf5af2bd5d10b45252ce4bbe5d77 | refs/heads/master | 2023-08-31T12:58:03.327901 | 2021-10-25T17:11:28 | 2021-10-25T17:11:28 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,925 | h | #ifndef DIRECTOR_DIRFILE_H
#define DIRECTOR_DIRFILE_H
#include <cstdint>
#include <istream>
#include <map>
#include <memory>
#include <string>
#include <vector>
namespace Common {
class ReadStream;
}
namespace Director {
struct Chunk;
struct CastChunk;
struct ConfigChunk;
struct KeyTableChunk;
struct ChunkInfo {
int32_t id;
uint32_t fourCC;
uint32_t len;
uint32_t uncompressedLen;
int32_t offset;
uint32_t compressionType;
};
class DirectorFile {
private:
std::map<int32_t, std::shared_ptr<std::vector<uint8_t>>> _cachedChunkData;
size_t _ilsBodyOffset;
public:
Common::ReadStream *stream;
std::shared_ptr<KeyTableChunk> keyTable;
std::shared_ptr<ConfigChunk> config;
int version;
bool capitalX;
bool dotSyntax;
uint32_t codec;
bool afterburned;
std::map<uint32_t, std::vector<int32_t>> chunkIDsByFourCC;
std::map<int32_t, ChunkInfo> chunkInfo;
std::map<int32_t, std::shared_ptr<Chunk>> deserializedChunks;
std::vector<std::shared_ptr<CastChunk>> casts;
DirectorFile() : _ilsBodyOffset(0), stream(nullptr), version(0), capitalX(false), codec(0), afterburned(false) {}
void read(Common::ReadStream *s, bool decompile = true);
void readMemoryMap();
bool readAfterburnerMap();
bool readKeyTable();
bool readConfig();
bool readCasts();
const ChunkInfo *getFirstChunkInfo(uint32_t fourCC);
bool chunkExists(uint32_t fourCC, int32_t id);
std::shared_ptr<Chunk> getChunk(uint32_t fourCC, int32_t id);
std::unique_ptr<Common::ReadStream> getChunkData(uint32_t fourCC, int32_t id);
std::shared_ptr<Chunk> readChunk(uint32_t fourCC, uint32_t len = UINT32_MAX);
std::unique_ptr<Common::ReadStream> readChunkData(uint32_t fourCC, uint32_t len);
std::shared_ptr<Chunk> makeChunk(uint32_t fourCC, Common::ReadStream &stream);
void dumpScripts();
void dumpChunks();
};
}
#endif
| [
"dservilla@gmail.com"
] | dservilla@gmail.com |
1713b3c289f805b370a7110c4de5a9783c0e0f3f | 7f0113be41204d26507671f133753c5caa2ab6e7 | /src/app/view/businessform/itemdelegate.h | cdcb1ae33b90bdffb438210d05bcd555246417ae | [] | no_license | qq77457051/template2 | 019cb1c99f71b44e7b0cd7502fcdf6307c735df5 | 7067f98efd5f7bb2eaa6eab88ef9a63e95e7824f | refs/heads/master | 2023-03-15T15:13:53.054982 | 2020-12-03T07:46:15 | 2020-12-03T07:46:15 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 542 | h | #ifndef ITEMDELEGATE_H
#define ITEMDELEGATE_H
#include <QStyledItemDelegate>
#include <QModelIndex>
#include <QStandardItemModel>
class ItemDelegate : public QStyledItemDelegate
{
Q_OBJECT
signals:
public:
explicit ItemDelegate(QObject *parent = 0);
~ItemDelegate();
//重写重画函数
void paint(QPainter * painter,const QStyleOptionViewItem & option,const QModelIndex & index) const;
QSize sizeHint(const QStyleOptionViewItem &option, const QModelIndex &index) const;
private:
};
#endif // ITEMDELEGATE_H
| [
"354436834@qq.com"
] | 354436834@qq.com |
6f0841fb4cf936dee799f47c07041e3ccc57aa8e | 2865bdcbd6f447271c71ee3025c8b7e3bc653b92 | /newcoder/65.矩阵中的路径.cpp | d861054d161e41bae415807cae9b71d2b40dd3f3 | [] | no_license | hsupu/leetcode-solutions | 1ab98b640fe55da1398acc5950428c7d469517ae | afe71787ad200dca89d515e3e3b3a12e636b7213 | refs/heads/master | 2020-03-27T04:44:31.412626 | 2019-03-08T04:10:32 | 2019-03-08T04:10:32 | 145,964,857 | 4 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 1,176 | cpp | class Solution {
public:
static int pos(int rows, int cols, int row, int col) {
return row * cols + col;
}
static bool hasPath(char *matrix, int rows, int cols, int y, int x, const char *s) {
if (*s == '\0') return true;
if (y < 0 || y >= rows || x < 0 || x >= cols) return false;
int p = pos(rows, cols, y, x);
if (matrix[p] != *s) return false;
matrix[p] = '\0';
bool has = hasPath(matrix, rows, cols, y-1, x, s+1)
|| hasPath(matrix, rows, cols, y+1, x, s+1)
|| hasPath(matrix, rows, cols, y, x-1, s+1)
|| hasPath(matrix, rows, cols, y, x+1, s+1);
matrix[p] = *s;
return has;
}
bool hasPath(char *matrix, int rows, int cols, const char *s) {
if (s == nullptr || *s == '\0') return true;
for (int y = 0; y < rows; ++y) {
for (int x = 0; x < cols; ++x) {
int p = pos(rows, cols, y, x);
if (matrix[p] == *s) {
if (hasPath(matrix, rows, cols, y, x, s)) return true;
}
}
}
return false;
}
};
| [
"xupu17@mails.ucas.ac.cn"
] | xupu17@mails.ucas.ac.cn |
85700badc4bcaadb2b2ee4039c8717534dc172c6 | 769537fa9f9ebbefd576466ee858b0d6bfcb19ed | /bin/media/util/test/priority_queue_of_unique_ptr_test.cc | 05834cad645259567cd36a330706b4c4a85b0c11 | [
"BSD-3-Clause"
] | permissive | m943040028/garnet | 1b7897d589c042afa1d713ddcd4005eda38795d8 | e978dd91e58b1a68262d1f5879322a1cb8ea5d5f | refs/heads/master | 2021-05-09T09:55:37.446809 | 2018-01-13T01:11:21 | 2018-01-26T18:08:30 | 119,463,428 | 0 | 0 | null | 2018-01-30T01:11:57 | 2018-01-30T01:11:57 | null | UTF-8 | C++ | false | false | 7,747 | cc | // Copyright 2016 The Fuchsia Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "garnet/bin/media/util/priority_queue_of_unique_ptr.h"
#include "gtest/gtest.h"
namespace media {
namespace {
struct Element {
static size_t destroyed_count_;
static size_t last_destroyed_label_;
Element(size_t label) : label_(label) {}
~Element() {
++destroyed_count_;
last_destroyed_label_ = label_;
}
bool operator<(const Element& other) { return label_ < other.label_; }
size_t label_;
};
// static
size_t Element::destroyed_count_ = 0;
// static
size_t Element::last_destroyed_label_ = 0;
// Tests whether a newly-initialized queue responds to its methods as expected.
TEST(PriorityQueueOfUniqePtrTest, InitialState) {
priority_queue_of_unique_ptr<Element> under_test;
EXPECT_TRUE(under_test.empty());
EXPECT_EQ(0u, under_test.size());
}
// Tests whether a queue destroys its elements when destroyed.
TEST(PriorityQueueOfUniqePtrTest, ElementDestruction) {
Element::destroyed_count_ = 0;
{
priority_queue_of_unique_ptr<Element> under_test;
under_test.push(std::make_unique<Element>(1));
under_test.push(std::make_unique<Element>(2));
under_test.push(std::make_unique<Element>(3));
}
EXPECT_EQ(3u, Element::destroyed_count_);
}
// Tests assignment.
TEST(PriorityQueueOfUniqePtrTest, Assignment) {
priority_queue_of_unique_ptr<Element> under_test_1;
priority_queue_of_unique_ptr<Element> under_test_2;
under_test_1.push(std::make_unique<Element>(1));
under_test_1.push(std::make_unique<Element>(2));
under_test_1.push(std::make_unique<Element>(3));
EXPECT_EQ(3u, under_test_1.size());
EXPECT_EQ(0u, under_test_2.size());
under_test_2 = std::move(under_test_1);
EXPECT_EQ(0u, under_test_1.size());
EXPECT_EQ(3u, under_test_2.size());
EXPECT_EQ(3u, under_test_2.top().label_);
under_test_2.pop();
EXPECT_EQ(2u, under_test_2.top().label_);
under_test_2.pop();
EXPECT_EQ(1u, under_test_2.top().label_);
under_test_2.pop();
EXPECT_EQ(0u, under_test_2.size());
}
// Tests the empty method.
TEST(PriorityQueueOfUniqePtrTest, Empty) {
priority_queue_of_unique_ptr<Element> under_test;
EXPECT_TRUE(under_test.empty());
under_test.push(std::make_unique<Element>(1));
EXPECT_FALSE(under_test.empty());
under_test.push(std::make_unique<Element>(2));
EXPECT_FALSE(under_test.empty());
under_test.push(std::make_unique<Element>(3));
EXPECT_FALSE(under_test.empty());
under_test.pop();
EXPECT_FALSE(under_test.empty());
under_test.pop();
EXPECT_FALSE(under_test.empty());
under_test.pop();
EXPECT_TRUE(under_test.empty());
}
// Tests the size method.
TEST(PriorityQueueOfUniqePtrTest, Size) {
priority_queue_of_unique_ptr<Element> under_test;
EXPECT_EQ(0u, under_test.size());
under_test.push(std::make_unique<Element>(1));
EXPECT_EQ(1u, under_test.size());
under_test.push(std::make_unique<Element>(2));
EXPECT_EQ(2u, under_test.size());
under_test.push(std::make_unique<Element>(3));
EXPECT_EQ(3u, under_test.size());
under_test.pop();
EXPECT_EQ(2u, under_test.size());
under_test.pop();
EXPECT_EQ(1u, under_test.size());
under_test.pop();
EXPECT_EQ(0u, under_test.size());
}
// Tests the top method (and push and pop).
TEST(PriorityQueueOfUniqePtrTest, Top) {
Element::destroyed_count_ = 0;
priority_queue_of_unique_ptr<Element> under_test;
under_test.push(std::make_unique<Element>(1));
EXPECT_EQ(1u, under_test.top().label_);
under_test.push(std::make_unique<Element>(2));
EXPECT_EQ(2u, under_test.top().label_);
under_test.push(std::make_unique<Element>(3));
EXPECT_EQ(3u, under_test.top().label_);
EXPECT_EQ(0u, Element::destroyed_count_);
under_test.pop();
EXPECT_EQ(2u, under_test.top().label_);
EXPECT_EQ(1u, Element::destroyed_count_);
EXPECT_EQ(3u, Element::last_destroyed_label_);
under_test.pop();
EXPECT_EQ(1u, under_test.top().label_);
EXPECT_EQ(2u, Element::destroyed_count_);
EXPECT_EQ(2u, Element::last_destroyed_label_);
under_test.pop();
EXPECT_EQ(3u, Element::destroyed_count_);
EXPECT_EQ(1u, Element::last_destroyed_label_);
}
// Tests the get_top method (and push and pop).
TEST(PriorityQueueOfUniqePtrTest, GetTop) {
Element::destroyed_count_ = 0;
priority_queue_of_unique_ptr<Element> under_test;
under_test.push(std::make_unique<Element>(1));
EXPECT_EQ(1u, under_test.get_top()->label_);
EXPECT_EQ(1u, under_test.top().label_);
under_test.push(std::make_unique<Element>(2));
EXPECT_EQ(2u, under_test.get_top()->label_);
under_test.push(std::make_unique<Element>(3));
EXPECT_EQ(3u, under_test.get_top()->label_);
EXPECT_EQ(0u, Element::destroyed_count_);
under_test.pop();
EXPECT_EQ(2u, under_test.get_top()->label_);
EXPECT_EQ(1u, Element::destroyed_count_);
EXPECT_EQ(3u, Element::last_destroyed_label_);
under_test.pop();
EXPECT_EQ(1u, under_test.get_top()->label_);
EXPECT_EQ(2u, Element::destroyed_count_);
EXPECT_EQ(2u, Element::last_destroyed_label_);
under_test.pop();
EXPECT_EQ(3u, Element::destroyed_count_);
EXPECT_EQ(1u, Element::last_destroyed_label_);
}
// Tests the pop_and_move method.
TEST(PriorityQueueOfUniqePtrTest, PopAndMove) {
Element::destroyed_count_ = 0;
priority_queue_of_unique_ptr<Element> under_test;
under_test.push(std::make_unique<Element>(1));
under_test.push(std::make_unique<Element>(3));
under_test.push(std::make_unique<Element>(2));
std::unique_ptr<Element> element = under_test.pop_and_move();
EXPECT_NE(nullptr, element);
EXPECT_EQ(3u, element->label_);
EXPECT_EQ(0u, Element::destroyed_count_);
element.reset();
EXPECT_EQ(1u, Element::destroyed_count_);
EXPECT_EQ(3u, Element::last_destroyed_label_);
element = under_test.pop_and_move();
EXPECT_NE(nullptr, element);
EXPECT_EQ(2u, element->label_);
EXPECT_EQ(1u, Element::destroyed_count_);
element.reset();
EXPECT_EQ(2u, Element::destroyed_count_);
EXPECT_EQ(2u, Element::last_destroyed_label_);
element = under_test.pop_and_move();
EXPECT_NE(nullptr, element);
EXPECT_EQ(1u, element->label_);
EXPECT_EQ(2u, Element::destroyed_count_);
element.reset();
EXPECT_EQ(3u, Element::destroyed_count_);
EXPECT_EQ(1u, Element::last_destroyed_label_);
}
// Tests the swap method.
TEST(PriorityQueueOfUniqePtrTest, Swap) {
Element::destroyed_count_ = 0;
priority_queue_of_unique_ptr<Element> under_test_1;
priority_queue_of_unique_ptr<Element> under_test_2;
under_test_1.push(std::make_unique<Element>(1));
under_test_1.push(std::make_unique<Element>(2));
under_test_1.push(std::make_unique<Element>(3));
under_test_2.push(std::make_unique<Element>(4));
under_test_2.push(std::make_unique<Element>(5));
under_test_2.push(std::make_unique<Element>(6));
under_test_2.push(std::make_unique<Element>(7));
EXPECT_EQ(3u, under_test_1.size());
EXPECT_EQ(4u, under_test_2.size());
under_test_1.swap(under_test_2);
EXPECT_EQ(0u, Element::destroyed_count_);
EXPECT_EQ(4u, under_test_1.size());
EXPECT_EQ(3u, under_test_2.size());
EXPECT_EQ(3u, under_test_2.top().label_);
under_test_2.pop();
EXPECT_EQ(2u, under_test_2.top().label_);
under_test_2.pop();
EXPECT_EQ(1u, under_test_2.top().label_);
under_test_2.pop();
EXPECT_EQ(0u, under_test_2.size());
EXPECT_EQ(7u, under_test_1.top().label_);
under_test_1.pop();
EXPECT_EQ(6u, under_test_1.top().label_);
under_test_1.pop();
EXPECT_EQ(5u, under_test_1.top().label_);
under_test_1.pop();
EXPECT_EQ(4u, under_test_1.top().label_);
under_test_1.pop();
EXPECT_EQ(0u, under_test_1.size());
}
} // namespace
} // namespace media
| [
"abarth@chromium.org"
] | abarth@chromium.org |
5ee470a72edcfb8b3ea33463790a3665df141942 | 02bb99b347db12aefd076088f6e9861a30e5fe00 | /src/render/stage3d/Parser.h | bfeb067cc7ee9726898b4fd29a2bfad975c3fd66 | [] | no_license | pzhdanovsky/GHL | b9e549721c898d6fd3aa7b54a154a0f0dbaaa2ca | afebd20a75849d78379a3bc4444059db77a0eb06 | refs/heads/master | 2020-04-01T23:31:09.921778 | 2018-08-27T14:25:47 | 2018-09-27T10:21:26 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,120 | h |
#if !defined(GHL__AGAL_COCO_PARSER_H__)
#define GHL__AGAL_COCO_PARSER_H__
#include <iostream>
#include <string>
#include <map>
#include <ghl_types.h>
#include "agal_assembler.h"
#include "Scanner.h"
namespace GHL {
namespace AGAL {
class Errors {
public:
int count; // number of errors detected
Errors();
void SynErr(int line, int col, int n);
void Error(int line, int col, const char *s);
void Warning(int line, int col, const char *s);
void Warning(const char *s);
void Exception(const char *s);
}; // Errors
class Parser {
private:
enum {
_EOF=0,
_number=1,
_floatNumber=2,
_newline=3,
_identifier=4,
_token_vertex=5,
_token_fragment=6,
_token_attribute=7,
_token_var=8,
_token_uniform=9,
_token_const=10,
_token_sampler=11,
_k_linear=12,
_k_mipdisable=13,
_k_repeat=14,
_k_2d=15
};
int maxT;
Token *dummyToken;
int errDist;
int minErrDist;
void SynErr(int n);
void Get();
void Expect(int n);
bool StartOf(int s);
void ExpectWeak(int n, int follow);
bool WeakSeparator(int n, int syFol, int repFol);
public:
Scanner *scanner;
Errors *errors;
Token *t; // last recognized token
Token *la; // lookahead token
AGALCodeGen* m_codegen;
AGALData::name_to_register_map m_varying_map;
AGALData::name_to_register_map m_uniform_map;
AGALData::name_to_register_map m_attributes_map;
AGALData::constants_map m_constants;
bool m_is_vertex;
std::map<RegisterName,RegisterName> m_registers_remap;
Parser(Scanner *scanner);
~Parser();
void SemErr(const char* msg);
void agal();
void line();
void directive();
void expression();
void vertex();
void fragment();
void attribute();
void var();
void uniform();
void constset();
void sampler_def();
void directive_name(std::string& name);
void reg(RegisterName& reg_name);
void vec4(AGALData::ConstantData& data);
void float_value(float& ret_val);
void code(std::string& name);
void dst(RegisterName ®_name,std::string& swizz);
void src(RegisterName ®_name,std::string& swizz);
void swizzle();
void Parse();
}; // end Parser
} // namespace
} // namespace
#endif
| [
"blackicebox@gmail.com"
] | blackicebox@gmail.com |
086125f4a8c035bd0a7884c38c52b5df8ab44960 | e74c5b8e89e0cff1f8852ee515e18e5a351792c1 | /Source/Voreeal/Classes/VoreealBasicVolumeActor.h | 143b0980ebf684982e1ad75a5b39e264a2bbbd1c | [
"MIT"
] | permissive | ADMTec/Voreeal | 5b63323ac4a2ab079e874ba09fb076af67adef19 | 0dda213c5035a75ac6426e3fdcfe50e70dac43ec | refs/heads/master | 2021-01-19T12:50:55.427743 | 2020-03-30T13:40:37 | 2020-03-30T13:40:37 | 82,343,369 | 0 | 0 | MIT | 2020-03-30T13:40:38 | 2017-02-17T22:24:02 | C++ | UTF-8 | C++ | false | false | 995 | h | #pragma once
#include "VoreealActor.h"
#include "VoreealBasicVolumeComponent.h"
#include "VoreealBasicVolumeActor.generated.h"
UCLASS(ComponentWrapperClass, meta = (ChildCanTick))
class VOREEAL_API ABasicVolumeActor : public AVoreealActor
{
GENERATED_BODY()
private_subobject:
UPROPERTY(VisibleAnywhere, BlueprintReadOnly, Category = "Voreeal", meta = (ExposeFunctionCategories = "Voreeal,Mesh,Rendering,Physics,Components|StaticMesh", AllowPrivateAccess = "true"))
UBasicVolumeComponent* BasicVolumeComponent;
public:
ABasicVolumeActor(const class FObjectInitializer& ObjectInitializer);
// Begin AActor Interface
#if WITH_EDITOR
virtual void CheckForErrors() override;
virtual bool GetReferencedContentObjects(TArray<UObject*>& Objects) const override;
#endif
// End AActor Interface
protected:
// Begin UObject Interface
virtual FString GetDetailedInfoInternal() const override;
// End UObject Interface
public:
UBasicVolumeComponent* GetBasicVolumeComponent() const;
};
| [
"eric.tuvesson@gmail.com"
] | eric.tuvesson@gmail.com |
65d33be9ba99d0a2039485a2f9b0a8f8404b7b4a | 0eff74b05b60098333ad66cf801bdd93becc9ea4 | /second/download/squid/gumtree/squid_repos_function_2236_squid-3.1.23.cpp | 55fdf1257edb1a5f1e9557241b6cebabd3fca317 | [] | no_license | niuxu18/logTracker-old | 97543445ea7e414ed40bdc681239365d33418975 | f2b060f13a0295387fe02187543db124916eb446 | refs/heads/master | 2021-09-13T21:39:37.686481 | 2017-12-11T03:36:34 | 2017-12-11T03:36:34 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 843 | cpp | static void
idnsReadVC(int fd, char *buf, size_t len, comm_err_t flag, int xerrno, void *data)
{
nsvc * vc = (nsvc *)data;
if (flag == COMM_ERR_CLOSING)
return;
if (flag != COMM_OK || len <= 0) {
comm_close(fd);
return;
}
vc->msg->size += len; // XXX should not access -> size directly
if (vc->msg->contentSize() < vc->msglen) {
comm_read(fd, buf + len, vc->msglen - vc->msg->contentSize(), idnsReadVC, vc);
return;
}
assert(vc->ns < nns);
debugs(78, 3, "idnsReadVC: FD " << fd << ": received " <<
(int) vc->msg->contentSize() << " bytes via tcp from " <<
nameservers[vc->ns].S << ".");
idnsGrokReply(vc->msg->buf, vc->msg->contentSize());
vc->msg->clean();
comm_read(fd, (char *)&vc->msglen, 2 , idnsReadVCHeader, vc);
} | [
"993273596@qq.com"
] | 993273596@qq.com |
8a7b20381c96947f516e6b18c6afa9212485e7d3 | f23fea7b41150cc5037ddf86cd7a83a4a225b68b | /SDK/BP_tls_hand_lantern_hwm_01_a_ItemDesc_classes.h | ec9cdf4fc278f1330f653df634d209a0942e1cd3 | [] | no_license | zH4x/SoT-SDK-2.2.0.1 | 36e1cf7f23ece6e6b45e5885f01ec7e9cd50625e | f2464e2e733637b9fa0075cde6adb5ed2be8cdbd | refs/heads/main | 2023-06-06T04:21:06.057614 | 2021-06-27T22:12:34 | 2021-06-27T22:12:34 | 380,845,087 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 821 | h | #pragma once
// Name: SoT, Version: 2.2.0b
/*!!DEFINE!!*/
/*!!HELPER_DEF!!*/
/*!!HELPER_INC!!*/
#ifdef _MSC_VER
#pragma pack(push, 0x01)
#endif
namespace CG
{
//---------------------------------------------------------------------------
// Classes
//---------------------------------------------------------------------------
// BlueprintGeneratedClass BP_tls_hand_lantern_hwm_01_a_ItemDesc.BP_tls_hand_lantern_hwm_01_a_ItemDesc_C
// 0x0000 (FullSize[0x0130] - InheritedSize[0x0130])
class UBP_tls_hand_lantern_hwm_01_a_ItemDesc_C : public UItemDesc
{
public:
static UClass* StaticClass()
{
static auto ptr = UObject::FindClass("BlueprintGeneratedClass BP_tls_hand_lantern_hwm_01_a_ItemDesc.BP_tls_hand_lantern_hwm_01_a_ItemDesc_C");
return ptr;
}
};
}
#ifdef _MSC_VER
#pragma pack(pop)
#endif
| [
"Massimo.linker@gmail.com"
] | Massimo.linker@gmail.com |
626971b3008bbfcc78eada3024c148b15f4b4fba | 416471f41efe96c9b1d4b793380bbf4eb0b5922e | /PhysicsTools/Mkntuple/plugins/plugin_recoCastorJet.cc | a2479e1a6bd4ea510dae9345498ca1568c06d4f7 | [] | no_license | hbprosper/SusySapien | ed99b3b706191544df80d591db047424225aaa96 | e1db14d3ce0875f24ba0bad795ede7dcfa1a1670 | refs/heads/master | 2021-01-18T14:36:03.074986 | 2013-09-07T21:42:27 | 2013-09-07T21:42:27 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 574 | cc | // -------------------------------------------------------------------------
// File:: plugin_recoCastorJet.cc
// Created: Tue May 3 03:49:10 2011 by mkplugins.py
// $Revision: 1.15 $
// -------------------------------------------------------------------------
#include "PhysicsTools/Mkntuple/interface/Buffer.h"
#include "PhysicsTools/Mkntuple/interface/pluginfactory.h"
#include "DataFormats/CastorReco/interface/CastorJet.h"
typedef Buffer<reco::CastorJet, false> recoCastorJet_t;
DEFINE_EDM_PLUGIN(BufferFactory, recoCastorJet_t,
"recoCastorJet");
| [
""
] | |
fa6dbed5152016769b65dcb0a189cacf0ff5e1f6 | 98b345594e6fa0ad9910bc0c20020827bbb62c53 | /re110_1/processor35/70/phi | 4146b3c11fe81e55bfd74c2d06007ee772a407a1 | [] | no_license | carsumptive/coe-of2 | e9027de48e42546ca4df1c104dcc8d04725954f2 | fc3e0426696f42fbbbdce7c027df9ee8ced4ccd0 | refs/heads/master | 2023-04-04T06:09:23.093717 | 2021-04-06T06:47:14 | 2021-04-06T06:47:14 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,577 | /*--------------------------------*- C++ -*----------------------------------*\
========= |
\\ / F ield | OpenFOAM: The Open Source CFD Toolbox
\\ / O peration | Website: https://openfoam.org
\\ / A nd | Version: 7
\\/ M anipulation |
\*---------------------------------------------------------------------------*/
FoamFile
{
version 2.0;
format ascii;
class surfaceScalarField;
location "70";
object phi;
}
// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
dimensions [0 3 -1 0 0 0 0];
internalField nonuniform List<scalar>
278
(
0.00381949
-0.0233678
0.0235674
-0.0263021
0.0263472
0.003802
-0.0231389
-0.0262206
0.00377906
-0.0228821
-0.0260993
0.00375083
-0.0225991
-0.0259352
0.0037175
-0.0222915
-0.0257257
0.00367922
-0.0219613
-0.0254695
0.00363619
-0.02161
-0.025166
0.00358856
-0.0212395
-0.0248157
0.00353649
-0.0208517
-0.0244199
0.00348013
-0.0204484
-0.0239813
0.00341971
-0.0200314
-0.0235033
0.00335549
-0.0196031
-0.0229901
0.00328778
-0.0191655
-0.0224466
0.00321688
-0.0187212
-0.0218786
0.0031432
-0.0182729
-0.0212915
0.00306725
-0.0178233
-0.0206908
0.00298931
-0.0173753
-0.0200814
0.00290832
-0.016932
-0.019469
0.0028229
-0.0164964
-0.0188617
0.0027384
-0.0160707
-0.0182632
0.00267847
-0.0176738
0.0189715
-0.0148845
-0.0161632
0.0178614
-0.0122665
-0.0125415
0.018692
-0.0100728
-0.00867808
0.0185442
-0.00833326
-0.00573638
0.0186525
-0.00669373
-0.00380618
0.0188964
-0.00526549
-0.00263321
0.0191663
-0.0040078
-0.0019241
0.0195119
-0.00300803
-0.00144898
0.0198324
-0.00225115
-0.00111157
0.0200929
-0.00169441
-0.000865131
0.020286
-0.00128552
-0.000683924
0.0204233
-0.000982857
-0.000548436
0.0205202
-0.000756213
-0.000443846
0.02059
-0.000583333
-0.000359803
0.020638
-0.000449285
-0.000290086
0.0206717
-0.000342339
-0.000230017
0.0206913
-0.000255246
-0.000177279
0.0207041
-0.000181483
-0.000129382
0.0207124
-0.000116607
-8.46986e-05
0.020718
-5.67725e-05
-4.17279e-05
0.0207188
0.0173586
0.00893643
-0.0184191
0.0147562
0.0111578
0.0115397
0.0158989
0.00859363
0.0199085
0.00628969
0.021853
0.00456613
0.0223017
0.00328874
0.0221724
0.00234288
0.0219302
0.00165643
0.021709
0.00116465
0.021526
0.000816068
0.0213825
0.000568402
0.0212656
0.000393149
0.0211739
0.000268189
0.0210968
0.000180336
0.0210364
0.000118264
0.0209836
7.53232e-05
0.0209425
4.57886e-05
0.020911
2.5952e-05
0.0208898
1.18725e-05
0.0208734
0.0208629
0.0180814
0.0138219
-0.0229669
0.0121455
0.0170937
0.0072244
0.02082
0.00423158
0.0229013
0.0026533
0.0234313
0.00176606
0.0231889
0.00120068
0.0227377
0.00078794
0.022343
0.000478886
0.0220181
0.000248663
0.0217562
8.47292e-05
0.0215465
-2.55982e-05
0.0213759
-9.3255e-05
0.0212416
-0.000128705
0.0211323
-0.000139595
0.0210472
-0.000133848
-0.000116677
-9.24061e-05
-6.33816e-05
-3.2029e-05
0.00804549
0.0036488
0.00114702
-1.19586e-05
-0.000378144
-0.000458208
-0.000446695
-0.000393633
-0.000331941
-0.000276109
-0.000230131
-0.000194519
-0.000166198
-0.000143287
0.00296381
-0.0191693
-0.0233291
0.00305505
-0.0198674
-0.0236491
0.00313078
-0.0204984
-0.0239415
0.00320428
-0.0210672
-0.0242098
0.00327479
-0.0215783
-0.0244566
0.00334256
-0.0220356
-0.0246835
0.00340732
-0.0224427
-0.0248923
0.00346881
-0.0228023
-0.0250845
0.00352666
-0.0231156
-0.0252617
0.00358053
-0.0233832
-0.0254253
0.00363006
-0.0236058
-0.0255767
0.00367494
-0.0237838
-0.0257167
0.00371487
-0.0239182
-0.0258459
0.00374956
-0.0240097
-0.0259641
0.0037788
-0.0240595
-0.0260708
0.00380237
-0.0240692
-0.0261644
0.0038201
-0.0240401
-0.0262431
0.00383189
-0.0239738
-0.0263041
0.00383767
-0.0238719
-0.0263443
0.00383747
-0.0237359
-0.02636
0.00383137
)
;
boundaryField
{
inlet
{
type calculated;
value nonuniform 0();
}
outlet
{
type calculated;
value nonuniform 0();
}
cylinder
{
type calculated;
value nonuniform 0();
}
top
{
type symmetryPlane;
value uniform 0;
}
bottom
{
type symmetryPlane;
value uniform 0;
}
defaultFaces
{
type empty;
value nonuniform 0();
}
procBoundary35to34
{
type processor;
value nonuniform List<scalar>
85
(
-0.00401903
-0.00403097
-0.00403587
-0.00403384
-0.00402501
-0.00400951
-0.00398746
-0.003959
-0.00392431
-0.0038835
-0.00383663
-0.00378386
-0.00372534
-0.00366117
-0.00359155
-0.00351685
-0.00343726
-0.00335165
-0.00325846
-0.00316414
-0.00309807
-0.0156511
-0.0217608
-0.0204794
-0.0208857
-0.0202837
-0.0202921
-0.0203246
-0.020424
-0.0205117
-0.0205893
-0.0206496
-0.0206949
-0.0207259
-0.0207468
-0.0207628
-0.0207721
-0.0207787
-0.0207784
-0.0207779
-0.0207773
-0.0207778
-0.0207755
-0.00787589
-0.00855541
-0.0126824
-0.0169624
-0.0195491
-0.0205781
-0.020895
-0.0209844
-0.0210226
-0.0210342
-0.021034
-0.0210179
-0.0209986
-0.0209719
-0.0209485
-0.0209215
-0.0208996
-0.0208815
-0.0208699
-0.0208593
-0.020851
-0.00221363
-0.00235697
-0.00249976
-0.00263543
-0.00276372
-0.00288527
-0.00300021
-0.00310922
-0.00321337
-0.00331289
-0.0034075
-0.00349687
-0.00358056
-0.00365806
-0.00372892
-0.00379273
-0.0038492
-0.00389817
-0.00393958
-0.00397346
-0.0039999
)
;
}
procBoundary35to36
{
type processor;
value nonuniform List<scalar>
87
(
0.00377434
0.00372056
0.00365776
0.00358664
0.00350806
0.00342304
0.00333268
0.00323819
0.00314074
0.00304152
0.00294166
0.00284228
0.00274438
0.0026488
0.00255613
0.00246657
0.0023799
0.00229595
0.00221554
0.00213997
0.002089
0.0199103
0.0152244
0.0142398
0.0148285
0.0156025
0.0167223
0.0177234
0.0184572
0.0190368
0.019495
0.0198465
0.0201048
0.0202878
0.0204156
0.0205059
0.0205683
0.0206116
0.0206386
0.0206562
0.0206677
0.020675
0.020677
0.0209778
0.0209253
0.0208867
0.0208608
0.0208421
0.0208308
0.0189636
-0.0131872
0.0214904
0.0233218
0.0240603
0.0237975
0.023269
0.0227262
0.0222899
0.0219564
0.0217004
0.0215005
0.0213403
0.0212132
0.0211094
-0.000122965
0.0210269
0.003326
0.00337497
0.0034232
0.00347262
0.00352156
0.0035695
0.00361608
0.003661
0.00370385
0.00374419
0.00378144
0.00381497
0.00384403
0.0038678
0.00388542
0.00389604
0.00389878
0.00389291
0.00387784
0.00385314
0.00381863
)
;
}
}
// ************************************************************************* //
| [
"chaseguy15"
] | chaseguy15 | |
455efaaa7ad57015323af0c234b2388f8cd35ad8 | f62bc329cc9352f68d0f3a40c5b4670c671899f1 | /app/include/ast/ast.hpp | abba541927184d21a0748d52dd2933e9b41f70f9 | [] | no_license | Wasiollo/Botvina | 580811cbca3ce57a98e5f0e6f20b63464d04eed1 | b28c51c54ae263477261b2b2938de9e8421d4b04 | refs/heads/master | 2020-03-09T08:11:14.860115 | 2018-06-06T23:25:37 | 2018-06-06T23:25:37 | 128,683,178 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 275 | hpp | #ifndef AST_HPP
#define AST_HPP
#include "ast/Node.hpp"
#include <vector>
#include <string>
namespace ast {
struct Ast : public Node {
NodeObject root;
Ast(Node* n, NodeObject::Type t): root(n,t){
}
std::string toString() const;
};
} //ast
#endif // AST_HPP
| [
"wasiak.mk@gmail.com"
] | wasiak.mk@gmail.com |
0f57af3186d18e5fc72a045b95bde995854d35d1 | 501591e4268ad9a5705012cd93d36bac884847b7 | /src/server/pathfinding/detour/DetourNode.h | e18dc92c628e3641a50dde937c0338d085fc0483 | [] | no_license | CryNet/MythCore | f550396de5f6e20c79b4aa0eb0a78e5fea9d86ed | ffc5fa1c898d25235cec68c76ac94c3279df6827 | refs/heads/master | 2020-07-11T10:09:31.244662 | 2013-06-29T19:06:43 | 2013-06-29T19:06:43 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,546 | h | /*
* Copyright (C) 2008 - 2011 Trinity <http://www.trinitycore.org/>
*
* Copyright (C) 2010 - 2012 Myth Project <http://mythprojectnetwork.blogspot.com/>
*
* Copyright (C) 2012 SymphonyArt <http://symphonyart.com/>
*
* Myth Project's source is based on the Trinity Project source, you can find the
* link to that easily in Trinity Copyrights. Myth Project is a private community.
* To get access, you either have to donate or pass a developer test.
* You may not share Myth Project's sources! For personal use only.
*/
#ifndef DETOURNODE_H
#define DETOURNODE_H
#include "DetourNavMesh.h"
enum dtNodeFlags
{
DT_NODE_OPEN = 0x01,
DT_NODE_CLOSED = 0x02,
};
static const unsigned short DT_NULL_IDX = 0xffff;
struct dtNode
{
float pos[3]; // Position of the node.
float cost; // Cost from previous node to current node.
float total; // Cost up to the node.
unsigned int pidx : 30; // Index to parent node.
unsigned int flags : 2; // Node flags 0/open/closed.
dtPolyRef id; // Polygon ref the node corresponds to.
};
class dtNodePool
{
public:
dtNodePool(int maxNodes, int hashSize);
~dtNodePool();
inline void operator=(const dtNodePool&) { }
void clear();
dtNode* getNode(dtPolyRef id);
dtNode* findNode(dtPolyRef id);
inline unsigned int getNodeIdx(const dtNode* node) const
{
if(!node) return 0;
return (unsigned int)(node - m_nodes)+1;
}
inline dtNode* getNodeAtIdx(unsigned int idx)
{
if(!idx) return 0;
return &m_nodes[idx-1];
}
inline const dtNode* getNodeAtIdx(unsigned int idx) const
{
if(!idx) return 0;
return &m_nodes[idx-1];
}
inline int getMemUsed() const
{
return sizeof(*this) +
sizeof(dtNode)*m_maxNodes +
sizeof(unsigned short)*m_maxNodes +
sizeof(unsigned short)*m_hashSize;
}
inline int getMaxNodes() const { return m_maxNodes; }
inline int getHashSize() const { return m_hashSize; }
inline unsigned short getFirst(int bucket) const { return m_first[bucket]; }
inline unsigned short getNext(int i) const { return m_next[i]; }
private:
dtNode* m_nodes;
unsigned short* m_first;
unsigned short* m_next;
const int m_maxNodes;
const int m_hashSize;
int m_nodeCount;
};
class dtNodeQueue
{
public:
dtNodeQueue(int n);
~dtNodeQueue();
inline void operator=(dtNodeQueue&) { }
inline void clear()
{
m_size = 0;
}
inline dtNode* top()
{
return m_heap[0];
}
inline dtNode* pop()
{
dtNode* result = m_heap[0];
m_size--;
trickleDown(0, m_heap[m_size]);
return result;
}
inline void push(dtNode* node)
{
m_size++;
bubbleUp(m_size-1, node);
}
inline void modify(dtNode* node)
{
for(int i = 0; i < m_size; ++i)
{
if(m_heap[i] == node)
{
bubbleUp(i, node);
return;
}
}
}
inline bool empty() const { return m_size == 0; }
inline int getMemUsed() const
{
return sizeof(*this) +
sizeof(dtNode*)*(m_capacity+1);
}
inline int getCapacity() const { return m_capacity; }
private:
void bubbleUp(int i, dtNode* node);
void trickleDown(int i, dtNode* node);
dtNode** m_heap;
const int m_capacity;
int m_size;
};
#endif // DETOURNODE_H | [
"vitasic-pokataev@yandex.ru"
] | vitasic-pokataev@yandex.ru |
07a38a3aadd57d643cbbd232b2c524729ca81a09 | 024b7dc7ace10a12fdf35f48d998ed0a38c1e14e | /Servak/TranspServer/main.cpp | 200b09fb085734ba7ae124628f7050a2d6209129 | [] | no_license | kp0hyc915/MIPT-helper | fe1c04f6f7466dd43b4574ede43b4362002c7669 | a81361c534821d931189accbc0bc5ebb664534ed | refs/heads/master | 2020-06-30T08:13:44.703473 | 2016-11-23T23:42:36 | 2016-11-23T23:42:36 | 74,382,358 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 203 | cpp | #include <iostream>
#include <QCoreApplication>
#include "server.h"
using namespace std;
int main(int argc, char *argv[])
{
QCoreApplication app(argc, argv);
Server sr(2233);
app.exec();
}
| [
"kronus915@gmail.com"
] | kronus915@gmail.com |
435a27fa98de548cabf5f816cc9fc637b40a57ae | e40eaed1a22d433d9045456811a55e8be0d7fe38 | /src/version.cpp | 87ed131f916973e93ec740c5725155ff3100d50f | [
"MIT"
] | permissive | fazhanchain/fazhanchain | 8604ec5379505d6779409bd9d9611b91664b41b3 | 4502a28929975d372e999ca11e3410a77cfb84f7 | refs/heads/master | 2020-04-10T07:47:40.496735 | 2018-12-08T00:25:01 | 2018-12-08T00:25:01 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,595 | cpp | // Copyright (c) 2012 The Bitcoin developers
// Distributed under the MIT/X11 software license, see the accompanying
// file COPYING or http://www.opensource.org/licenses/mit-license.php.
#include <string>
#include "version.h"
// Name of client reported in the 'version' message. Report the same name
// for both bitcoind and bitcoin-qt, to make it harder for attackers to
// target servers or GUI users specifically.
const std::string CLIENT_NAME("fazhanchain");
// Client version number
#define CLIENT_VERSION_SUFFIX ""
// The following part of the code determines the CLIENT_BUILD variable.
// Several mechanisms are used for this:
// * first, if HAVE_BUILD_INFO is defined, include build.h, a file that is
// generated by the build environment, possibly containing the output
// of git-describe in a macro called BUILD_DESC
// * secondly, if this is an exported version of the code, GIT_ARCHIVE will
// be defined (automatically using the export-subst git attribute), and
// GIT_COMMIT will contain the commit id.
// * then, three options exist for determining CLIENT_BUILD:
// * if BUILD_DESC is defined, use that literally (output of git-describe)
// * if not, but GIT_COMMIT is defined, use v[maj].[min].[rev].[build]-g[commit]
// * otherwise, use v[maj].[min].[rev].[build]-unk
// finally CLIENT_VERSION_SUFFIX is added
// First, include build.h if requested
#ifdef HAVE_BUILD_INFO
# include "build.h"
#endif
// git will put "#define GIT_ARCHIVE 1" on the next line inside archives.
#define GIT_ARCHIVE 1
#ifdef GIT_ARCHIVE
# define GIT_COMMIT_ID ""
# define GIT_COMMIT_DATE "$Format:%cD"
#endif
#define BUILD_DESC_FROM_COMMIT(maj,min,rev,build,commit) \
"v" DO_STRINGIZE(maj) "." DO_STRINGIZE(min) "." DO_STRINGIZE(rev) "." DO_STRINGIZE(build)
#define BUILD_DESC_FROM_UNKNOWN(maj,min,rev,build) \
"v" DO_STRINGIZE(maj) "." DO_STRINGIZE(min) "." DO_STRINGIZE(rev) "." DO_STRINGIZE(build) "-unk"
#ifndef BUILD_DESC
# ifdef GIT_COMMIT_ID
# define BUILD_DESC BUILD_DESC_FROM_COMMIT(CLIENT_VERSION_MAJOR, CLIENT_VERSION_MINOR, CLIENT_VERSION_REVISION, CLIENT_VERSION_BUILD, GIT_COMMIT_ID)
# else
# define BUILD_DESC BUILD_DESC_FROM_UNKNOWN(CLIENT_VERSION_MAJOR, CLIENT_VERSION_MINOR, CLIENT_VERSION_REVISION, CLIENT_VERSION_BUILD)
# endif
#endif
#ifndef BUILD_DATE
# ifdef GIT_COMMIT_DATE
# define BUILD_DATE GIT_COMMIT_DATE
# else
# define BUILD_DATE __DATE__ ", " __TIME__
# endif
#endif
const std::string CLIENT_BUILD(BUILD_DESC CLIENT_VERSION_SUFFIX);
const std::string CLIENT_DATE(BUILD_DATE);
| [
"1632984479@qq.com"
] | 1632984479@qq.com |
4aa5ae095f6109121874df218b51f6d94f2391d3 | 953685f0c33b4a6c6a83aad3b77e7f63189adb08 | /i_CALCULA_CORRENTE.ino | 3bd4f5e5e37a505ddbca68cf05aa4323c79d5625 | [] | no_license | vicosendey/MultimetroArduino | bb95bf187a8306cb3d9d13d8bf49f2f865cddd12 | 33222015914bd2bf32c00382a0c29c39d85de641 | refs/heads/master | 2021-08-14T19:54:20.316927 | 2017-11-16T15:55:50 | 2017-11-16T15:55:50 | 110,991,026 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 355 | ino | void calculaCorrente(){
double valorAnalogico = analogRead(portaAmperimetro);
double valorConvertido = (valorAnalogico*vref)/1023;
double tensaoPortaAnalogica = valorConvertido;
corrente = (tensaoPortaAnalogica/10)*1.1;
Serial.println("A500" + String(corrente*1000) + "mA");
lcd.setCursor(3,1);
lcd.print(String(corrente*1000) + "mA");
}
| [
"vicosendey@gmail.com"
] | vicosendey@gmail.com |
57071b5d9d4065f7477a0dcc4b2e9373809dc394 | ea578633c478e32a6df1980b29bdaa35a2f2c540 | /src/asr/asr_req_provider.h | 670f446827c50cef7e12f0635eff098bca9f431f | [] | no_license | skycober/rokid-openvoice-sdk | 9723dccc5d6c3a0b9a69c426904448647665a532 | 95c0320468cbc2b3d50ac0000678c9d8391911bd | refs/heads/master | 2021-01-19T23:25:16.189272 | 2017-04-14T13:38:54 | 2017-04-14T13:47:29 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 527 | h | #pragma once
#include <string>
#include <memory>
#include "pipeline_handler.h"
#include "speech.pb.h"
#include "pending_queue.h"
#include "types.h"
namespace rokid {
namespace speech {
class AsrReqProvider : public PipelineOutHandler<AsrReqInfo> {
public:
// override from PipelineOutHandler
std::shared_ptr<AsrReqInfo> poll();
inline PendingStreamQueue<std::string>* queue() {
return &requests_;
}
bool closed();
private:
PendingStreamQueue<std::string> requests_;
};
} // namespace speech
} // namespace rokid
| [
"chen.zhang@rokid.com"
] | chen.zhang@rokid.com |
883ef05cb7ab30b687d7b788dc2f3d717641d1a5 | 554ce010f40330c2dda0ab321f0b6887f88bbfe8 | /Mint/FitFraction.h | 09620b886699491f507dc72d490eb7bea62dc59a | [] | no_license | jdalseno/Mint2 | ea3bc37178df45744425aea75c97b53b34970e42 | 969b08a05ed396a749c531ff146ce2614bb49891 | refs/heads/master | 2020-04-16T10:28:57.521658 | 2020-01-25T16:10:58 | 2020-01-25T16:10:58 | 59,487,963 | 2 | 3 | null | null | null | null | UTF-8 | C++ | false | false | 840 | h | #ifndef MINT_DALITZ_FITFRACTION_HH
#define MINT_DALITZ_FITFRACTION_HH
#include <string>
#include <iostream>
class FitFraction{
protected:
std::string _name;
double _frac, _sigmaFit, _sigmaInteg;
public:
FitFraction();
FitFraction(const std::string& name
, double frac=0
, double sigmaFit=-9999.0
, double sigmaInteg=-9999.0);
FitFraction(const FitFraction& other);
const std::string& name() const{return _name;}
double& frac(){return _frac;}
const double& frac()const {return _frac;}
double& sigmaFit(){return _sigmaFit;}
const double& sigmaFit() const{return _sigmaFit;}
double& sigmaInteg(){return _sigmaInteg;}
double sigmaInteg() const{return _sigmaInteg;}
void print(std::ostream& os) const;
};
std::ostream& operator<<(std::ostream& os, const FitFraction& ff);
#endif
//
| [
"j.dalseno@bristol.ac.uk"
] | j.dalseno@bristol.ac.uk |
c61fb412e30e03d264398e22c06e284a37c24a33 | b9f0ed8d89ce8f5a3acb59a1f6fb9a8cc02d438c | /DailyCode/zh.httpvs/zh.httpvs/test.cpp | 70cb64f78540e54b6ccaa09b05f8621e32c398f4 | [] | no_license | ChihayaCyo/CodeBackup | b16d09c1b1617c07fc29e76da1bc29d7c71a69f0 | 0a88b5f8246569b827239da5b446b35290a4199d | refs/heads/master | 2021-06-10T11:28:20.968486 | 2017-02-09T04:15:57 | 2017-02-09T04:15:57 | null | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 7,350 | cpp | //#include "stdafx.h"
#include <stdio.h>
#include <Windows.h>
#include <process.h>
#include <string.h>
#include <tchar.h>
#pragma comment(lib,"Ws2_32.lib")
#define MAXSIZE 65507 //发送数据报文的最大长度
#define HTTP_PORT 80 //http 服务器端口
//Http 重要头部数据
struct HttpHeader
{
char method[4]; // POST 或者 GET，注意有些为 CONNECT，本实验暂不考虑
char url[1024]; // 请求的 url
char host[1024]; // 目标主机
char cookie[1024 * 10]; //cookie
HttpHeader()
{
ZeroMemory(this, sizeof(HttpHeader));
}
};
BOOL InitSocket();
void ParseHttpHead(char *buffer, HttpHeader * httpHeader);
BOOL ConnectToServer(SOCKET *serverSocket, char *host);
unsigned int __stdcall ProxyThread(LPVOID lpParameter);
//代理相关参数
SOCKET ProxyServer;
sockaddr_in ProxyServerAddr;
const int ProxyPort = 10240;
//由于新的连接都使用新线程进行处理，对线程的频繁的创建和销毁特别浪费资源
//可以使用线程池技术提高服务器效率
const int ProxyThreadMaxNum = 60;
HANDLE ProxyThreadHandle[ProxyThreadMaxNum] = {0};
DWORD ProxyThreadDW[ProxyThreadMaxNum] = {0};
struct ProxyParam
{
SOCKET clientSocket;
SOCKET serverSocket;
};
int _tmain(int argc, _TCHAR* argv[])
{
printf("代理服务器正在启动\n");
printf("初始化...\n");
if (!InitSocket())
{
printf("socket 初始化失败\n");
return -1;
}
printf("代理服务器正在运行...\n监听地址：127.0.0.1:%d\n", ProxyPort);
SOCKET acceptSocket = INVALID_SOCKET;
ProxyParam *lpProxyParam;
HANDLE hThread;
DWORD dwThreadID;
//代理服务器不断监听
while (true)
{
acceptSocket = accept(ProxyServer, NULL, NULL);
lpProxyParam = new ProxyParam;
if (lpProxyParam == NULL)
{
continue;
}
lpProxyParam->clientSocket = acceptSocket;
hThread = (HANDLE)_beginthreadex(NULL, 0, &ProxyThread, (LPVOID)lpProxyParam, 0, 0);
CloseHandle(hThread);
Sleep(200);
}
closesocket(ProxyServer);
WSACleanup();
return 0;
}
//************************************
// Method: InitSocket
// FullName: InitSocket
// Access: public
// Returns: BOOL
// Qualifier: 初始化套接字
//************************************
BOOL InitSocket()
{
//加载套接字库（必须）
WORD wVersionRequested;
WSADATA wsaData;
//套接字加载时错误提示
int err;
//版本 2.2
wVersionRequested = MAKEWORD(2, 2);
//加载 dll 文件 Scoket 库
err = WSAStartup(wVersionRequested, &wsaData);
if (err != 0)
{
//找不到 winsock.dll
printf("加载 winsock 失败，错误代码为: %d\n", WSAGetLastError());
return FALSE;
}
if (LOBYTE(wsaData.wVersion) != 2 || HIBYTE(wsaData.wVersion) != 2)
{
printf("不能找到正确的 winsock 版本\n");
WSACleanup();
return FALSE;
}
ProxyServer = socket(AF_INET, SOCK_STREAM, 0);
if (INVALID_SOCKET == ProxyServer)
{
printf("创建套接字失败，错误代码为： %d\n", WSAGetLastError());
return FALSE;
}
ProxyServerAddr.sin_family = AF_INET;
ProxyServerAddr.sin_port = htons(ProxyPort);
ProxyServerAddr.sin_addr.S_un.S_addr = INADDR_ANY;
if (bind(ProxyServer, (SOCKADDR*)&ProxyServerAddr, sizeof(SOCKADDR)) == SOCKET_ERROR)
{
printf("绑定套接字失败\n");
return FALSE;
}
if (listen(ProxyServer, SOMAXCONN) == SOCKET_ERROR)
{
printf("监听端口%d 失败", ProxyPort);
return FALSE;
}
return TRUE;
}
//************************************
// Method: ProxyThread
// FullName: ProxyThread
// Access: public
// Returns: unsigned int __stdcall
// Qualifier: 线程执行函数
// Parameter: LPVOID lpParameter
//************************************
unsigned int __stdcall ProxyThread(LPVOID lpParameter)
{
char Buffer[MAXSIZE];
char *CacheBuffer;
ZeroMemory(Buffer, MAXSIZE);
SOCKADDR_IN clientAddr;
int length = sizeof(SOCKADDR_IN);
int recvSize;
int ret;
recvSize = recv(((ProxyParam*)lpParameter)->clientSocket, Buffer, MAXSIZE, 0);
if (recvSize <= 0)
{
goto error;
}
HttpHeader* httpHeader = new HttpHeader();
CacheBuffer = new char[recvSize + 1];
ZeroMemory(CacheBuffer, recvSize + 1);
memcpy(CacheBuffer, Buffer, recvSize);
ParseHttpHead(CacheBuffer, httpHeader);
delete CacheBuffer;
if (!ConnectToServer(&((ProxyParam*)lpParameter)->serverSocket, httpHeader->host))
{
goto error;
}
printf("代理连接主机 %s 成功\n", httpHeader->host);
//将客户端发送的 HTTP 数据报文直接转发给目标服务器
ret = send(((ProxyParam *)lpParameter)->serverSocket, Buffer, strlen(Buffer)+ 1, 0);
//等待目标服务器返回数据
recvSize = recv(((ProxyParam*)lpParameter)->serverSocket, Buffer, MAXSIZE, 0);
if (recvSize <= 0)
{
goto error;
}
//将目标服务器返回的数据直接转发给客户端
ret = send(((ProxyParam*)lpParameter)->clientSocket, Buffer, sizeof(Buffer), 0);
//错误处理
error:
printf("关闭套接字\n");
Sleep(200);
closesocket(((ProxyParam*)lpParameter)->clientSocket);
closesocket(((ProxyParam*)lpParameter)->serverSocket);
delete lpParameter;
_endthreadex(0);
return 0;
}
//************************************
// Method: ParseHttpHead
// FullName: ParseHttpHead
// Access: public
// Returns: void
// Qualifier: 解析 TCP 报文中的 HTTP 头部
// Parameter: char * buffer
// Parameter: HttpHeader * httpHeader
//************************************
void ParseHttpHead(char *buffer, HttpHeader * httpHeader)
{
char *p;
char *ptr;
const char * delim = "\r\n";
p = strtok_s(buffer, delim, &ptr);//提取第一行
printf("%s\n", p);
if (p[0] == 'G') //GET 方式
{
memcpy(httpHeader->method, "GET", 3);
memcpy(httpHeader->url, &p[4], strlen(p) - 13);
}
else if (p[0] == 'P') //POST 方式
{
memcpy(httpHeader->method, "POST", 4);
memcpy(httpHeader->url, &p[5], strlen(p) - 14);
}
printf("!!!%s!!!\n", httpHeader->url);
//printf("I AM HERE!");
if (httpHeader->url == "http://www.bilibili.com/")
{
//httpHeader->url ="http://www.acfun.tv/" ;
memcpy(httpHeader->url, "http://www.acfun.tv/", 21);
}
p = strtok_s(NULL, delim, &ptr);//
while (p)
{
switch (p[0])
{
case 'H'://Host
memcpy(httpHeader->host, &p[6], strlen(p) - 6);
break;
case 'C'://Cookie
if (strlen(p) > 8)
{
char header[8];
ZeroMemory(header, sizeof(header));
memcpy(header, p, 6);
if (!strcmp(header, "Cookie"))
{
memcpy(httpHeader->cookie, &p[8], strlen(p) - 8);
}
}
break;
default:
break;
}
p = strtok_s(NULL, delim, &ptr);//
}
}
//************************************
// Method: ConnectToServer
// FullName: ConnectToServer
// Access: public
// Returns: BOOL
// Qualifier: 根据主机创建目标服务器套接字，并连接
// Parameter: SOCKET * serverSocket
// Parameter: char * host
//************************************
BOOL ConnectToServer(SOCKET *serverSocket, char *host)
{
sockaddr_in serverAddr;
serverAddr.sin_family = AF_INET;
serverAddr.sin_port = htons(HTTP_PORT);
HOSTENT *hostent = gethostbyname(host);
if (!hostent)
{
return FALSE;
}
in_addr Inaddr = *((in_addr*)*hostent->h_addr_list);
serverAddr.sin_addr.s_addr = inet_addr(inet_ntoa(Inaddr));
*serverSocket = socket(AF_INET, SOCK_STREAM, 0);
if (*serverSocket == INVALID_SOCKET)
{
return FALSE;
}
if (connect(*serverSocket, (SOCKADDR *)&serverAddr, sizeof(serverAddr))== SOCKET_ERROR)
{
closesocket(*serverSocket);
return FALSE;
}
return TRUE;
}
| [
"249044706@qq.com"
] | 249044706@qq.com |
7b2ec75fbc91eeb5c2b2a67d105625664c3630ea | 4c23be1a0ca76f68e7146f7d098e26c2bbfb2650 | /ic8h18/0.001/CH2OCHO | 92dad1358a179c90d7dc07f83828a93340a9b008 | [] | no_license | labsandy/OpenFOAM_workspace | a74b473903ddbd34b31dc93917e3719bc051e379 | 6e0193ad9dabd613acf40d6b3ec4c0536c90aed4 | refs/heads/master | 2022-02-25T02:36:04.164324 | 2019-08-23T02:27:16 | 2019-08-23T02:27:16 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 839 | /*--------------------------------*- 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 volScalarField;
location "0.001";
object CH2OCHO;
}
// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
dimensions [0 0 0 0 0 0 0];
internalField uniform 5.93799e-21;
boundaryField
{
boundary
{
type empty;
}
}
// ************************************************************************* //
| [
"jfeatherstone123@gmail.com"
] | jfeatherstone123@gmail.com | |
9b8acabfb0c918997543f4e6ff7c07a04201d773 | 786de89be635eb21295070a6a3452f3a7fe6712c | /PSXtcInput/tags/V00-00-13/src/XtcEventId.cpp | 7645cf69d9d7f54fb59fb6cf4020fa07da081900 | [] | no_license | connectthefuture/psdmrepo | 85267cfe8d54564f99e17035efe931077c8f7a37 | f32870a987a7493e7bf0f0a5c1712a5a030ef199 | refs/heads/master | 2021-01-13T03:26:35.494026 | 2015-09-03T22:22:11 | 2015-09-03T22:22:11 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,941 | cpp | //--------------------------------------------------------------------------
// File and Version Information:
// $Id$
//
// Description:
// Class XtcEventId...
//
// Author List:
// Andrei Salnikov
//
//------------------------------------------------------------------------
//-----------------------
// This Class's Header --
//-----------------------
#include "PSXtcInput/XtcEventId.h"
//-----------------
// C/C++ Headers --
//-----------------
//-------------------------------
// Collaborating Class Headers --
//-------------------------------
//-----------------------------------------------------------------------
// Local Macros, Typedefs, Structures, Unions and Forward Declarations --
//-----------------------------------------------------------------------
// ----------------------------------------
// -- Public Function Member Definitions --
// ----------------------------------------
namespace PSXtcInput {
//----------------
// Constructors --
//----------------
XtcEventId::XtcEventId (int run, const PSTime::Time& time)
: PSEvt::EventId()
, m_run(run)
, m_time(time)
{
}
//--------------
// Destructor --
//--------------
XtcEventId::~XtcEventId ()
{
}
/**
* @brief Return the time for event.
*/
PSTime::Time
XtcEventId::time() const
{
return m_time;
}
/**
* @brief Return the run number for event.
*
* If run number is not known -1 will be returned.
*/
int
XtcEventId::run() const
{
return m_run;
}
/// check if two event IDs refer to the same event
bool
XtcEventId::operator==(const EventId& other) const
{
return m_time == other.time();
}
/// Compare two event IDs for ordering purpose
bool
XtcEventId::operator<(const EventId& other) const
{
return m_time < other.time();
}
/// Dump object in human-readable format
void
XtcEventId::print(std::ostream& os) const
{
os << "XtcEventId(run=" << m_run << ", time=" << m_time << ')';
}
} // namespace PSXtcInput
| [
"salnikov@SLAC.STANFORD.EDU@b967ad99-d558-0410-b138-e0f6c56caec7"
] | salnikov@SLAC.STANFORD.EDU@b967ad99-d558-0410-b138-e0f6c56caec7 |
53bc9da2f0d5b41a860ee396bc57141964d1f292 | 42f6e94e2f3f17cb2c846e1d08a46c98be878eb3 | /BuildingEscape/Source/BuildingEscape/Private/PawnWithCamera.cpp | 7a05527a8ab2eb62b9a80678fe029a881399f5c1 | [] | no_license | abbaker324/Cplusplus-UE4-Sections | c03a15a91b681b1f2cf3be291940c2068f4823e0 | baadeb5743d81f996fa8a4a23f3f202650d0c360 | refs/heads/master | 2021-05-31T07:21:21.296116 | 2016-04-20T03:28:21 | 2016-04-20T03:28:21 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,681 | cpp | // Copyright Andrew Baker 2016
#include "BuildingEscape.h"
#include "PawnWithCamera.h"
// Sets default values
APawnWithCamera::APawnWithCamera()
{
// Set this pawn to call Tick() every frame. You can turn this off to improve performance if you don't need it.
PrimaryActorTick.bCanEverTick = true;
RootComponent = CreateDefaultSubobject<USceneComponent>(TEXT("RootComponent"));
ArrowComponent = CreateDefaultSubobject<UArrowComponent>(TEXT("ArrowComponent"));
ArrowComponent->AttachTo(RootComponent);
CameraSpringArm = CreateDefaultSubobject<USpringArmComponent>(TEXT("CameraSpringArm"));
CameraSpringArm->SetRelativeLocationAndRotation(FVector(0.f, 0.f, 50.f), FRotator(-60.f, 0.f, 0.f));
CameraSpringArm->TargetArmLength = 400.f;
CameraSpringArm->bEnableCameraLag = true;
CameraSpringArm->CameraLagSpeed = 3.f;
CameraSpringArm->AttachTo(RootComponent);
Camera = CreateDefaultSubobject<UCameraComponent>(TEXT("Camera"));
Camera->AttachTo(CameraSpringArm, USpringArmComponent::SocketName);
Mesh = CreateDefaultSubobject<UStaticMeshComponent>("StaticMesh");
Mesh->AttachTo(RootComponent);
}
// Called when the game starts or when spawned
void APawnWithCamera::BeginPlay()
{
Super::BeginPlay();
}
// Called every frame
void APawnWithCamera::Tick( float DeltaTime )
{
Super::Tick( DeltaTime );
if (bZoomingIn)
{
ZoomFactor += DeltaTime * 0.5f;
}
else
{
ZoomFactor -= DeltaTime * 0.25f;
}
ZoomFactor = FMath::Clamp<float>(ZoomFactor, 0.f, 1.f);
Camera->FieldOfView = FMath::Lerp<float>(90.f, 60.f, ZoomFactor);
CameraSpringArm->TargetArmLength = FMath::Lerp<float>(400.f, 300.f, ZoomFactor);
//We rotate the root component when we yaw. This will spin the camera around.
{
FRotator NewRotation = GetActorRotation();
NewRotation.Yaw += CameraInput.X;
SetActorRotation(NewRotation);
}
//We do not pitch the camera. Instead we pitch the spring arm to bring the camera closer or further from the ground.
{
FRotator NewRotation = CameraSpringArm->GetComponentRotation();
NewRotation.Pitch = FMath::Clamp<float>(NewRotation.Pitch + CameraInput.Y, -80.f, -15.f);
CameraSpringArm->SetWorldRotation(NewRotation);
}
//Now we move the pawn.
{
if (!MovementInput.IsZero())
{
MovementInput = MovementInput.SafeNormal() * Speed;
FVector Location = GetActorLocation();
Location += GetActorForwardVector() * MovementInput.X * DeltaTime;
Location += GetActorRightVector() * MovementInput.Y * DeltaTime;
SetActorLocation(Location);
}
}
}
// Called to bind functionality to input
void APawnWithCamera::SetupPlayerInputComponent(class UInputComponent* InputComponent)
{
Super::SetupPlayerInputComponent(InputComponent);
InputComponent->BindAxis("MoveX", this, &APawnWithCamera::MoveForward);
InputComponent->BindAxis("MoveY", this, &APawnWithCamera::MoveRight);
InputComponent->BindAxis("CameraPitch", this, &APawnWithCamera::PitchCamera);
InputComponent->BindAxis("CameraYaw", this, &APawnWithCamera::YawCamera);
InputComponent->BindAction("MouseZoom", IE_Pressed, this, &APawnWithCamera::ZoomIn);
InputComponent->BindAction("MouseZoom", IE_Released, this, &APawnWithCamera::ZoomOut);
}
void APawnWithCamera::MoveForward(float AxisValue)
{
MovementInput.X = FMath::Clamp<float>(AxisValue, -1.f, 1.f);
}
void APawnWithCamera::MoveRight(float AxisValue)
{
MovementInput.Y = FMath::Clamp<float>(AxisValue, -1.f, 1.f);
}
void APawnWithCamera::PitchCamera(float AxisValue)
{
CameraInput.Y = AxisValue;
}
void APawnWithCamera::YawCamera(float AxisValue)
{
CameraInput.X = AxisValue;
}
void APawnWithCamera::ZoomIn()
{
bZoomingIn = true;
}
void APawnWithCamera::ZoomOut()
{
bZoomingIn = false;
}
| [
"sibermonkey@gmail.com"
] | sibermonkey@gmail.com |
a08fce32bb5241029a5a99514e37fdb31936e160 | cc78959cb73f42516851acd74377a920b31a261a | /random_forest/src/main.cpp | 0133fdc86dd2f934044c105900b691926096efb9 | [] | no_license | Ethan-zhengyw/Data-Mining | 7f6984d635382ad30a90456f0f4916ef9cd87259 | 0736e5d6f8dcce1734be9bdf9e319d5aa92007fc | refs/heads/master | 2021-01-15T14:36:15.153514 | 2015-05-30T02:37:45 | 2015-05-30T02:37:45 | 32,360,215 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,770 | cpp | #include <iostream>
#include <fstream>
#include <string>
#include "DataEntry.h"
#include "TrainingDataEntry.h"
#include "DecisionTree.h"
#include "Forest.h"
using namespace std;
vector<TrainingDataEntry> DecisionNode::trainingData = DecisionNode::loadTrainingDataFromFile("data/train.csv");
vector<DataEntry> DecisionTree::testingData = DecisionTree::loadTestingDataFromFile("data/test.csv");
int DecisionTree::alpha = 0.001 * DecisionNode::trainingData.size(); // 属性分割100段
int DecisionTree::beta = 0.001 * DecisionNode::trainingData.size(); // 节点大小1%，60左右
/* alpha beta tree cr
* 0.05 0.05 1 45.56
* 0.05 0.05 5 48.33
* 0.05 0.05 10 48.70
* 0.01 0.05 1 72.89
* 0.01 0.05 5 74.09
* 0.01 0.05 10 75.23
* 0.01 0.01 1 75.77
* 0.01 0.01 5 79.90
* 0.01 0.01 9 80.12
* 0.01 0.01 1 75.80
* 0.01 0.01 5 79.27
* 0.01 0.01 10 79.58
* 0.01 0.01 15 80.19
* 0.01 0.01 20 81.30
* 0.01 0.001 1 75.90
* 0.01 0.001 5 81.12
* 0.01 0.001 9 81.13
* 0.001 0.001 1 88.84
* 0.001 0.001 6 93.51
* 0.001 0.001 11 94.62
* 0.001 0.001 16 95.05
*/
int main()
{
int forestSize = 140, threadNum = 7;
Forest forest = Forest(forestSize);
forest.trainAllTrees(threadNum);
for (int i = 0; i < forestSize; i++) {
forest.trees[i].judgeAllTrainingData();
}
for (int i = 1; i <= forestSize; i++) {
forest.judgeAllTrainingData(i);
forest.judgeAllTestingData("data/tmp.csv", i);
ofstream tmp("data/treeNum.txt");
tmp << i;
tmp.close();
ifstream tmp2("data/treeNum.txt");
string tm;
tmp2 >> tm;
tmp2.close();
string path = "data/data/gini0.001_0.001_0.001_9_6_" + tm + ".csv";
forest.judgeAllTestingData(path, i);
}
return 0;
} | [
"zhengyw55@gmail.com"
] | zhengyw55@gmail.com |
612cdf537e4cbd6f875c857237f46d1b9a56ecce | 79495026c46a07bb1b30229b69fdc4cadf3fae73 | /include/targa.h | fc2370ab76ff0422f33c16891ae5af01f646ef3b | [
"MIT"
] | permissive | masscry/sofjes | 9df00d4f1dbe7994742b9954bf21022fc1928dfa | f42f6c41c6073bb7d0f50153b439d3e3336928fa | refs/heads/master | 2020-05-19T07:24:27.780368 | 2019-05-12T21:42:09 | 2019-05-12T21:42:09 | 184,896,878 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 541 | h | /**
* @file targa.h
* @author timur
*
* TGA format load/save routines.
*
*/
#pragma once
#ifndef __TARGA_HEADER__
#define __TARGA_HEADER__
#include <cstdint>
#include <texture_t.h>
namespace sj {
enum tgaErrors {
TGA_OK = 0, /**< No errors */
TGA_IO = 1, /**< IO error */
TGA_SIG = 2
};
/**
* Load tga image.
*
* @param input input file stream
* @param img image to store pixels data
*
* @return non-zero on errors
*/
texture_t tgaLoad(FILE* input);
}
#endif /* __TARGA_HEADER__ */
| [
"masscry@gmail.com"
] | masscry@gmail.com |
ffc4913d1543cb0bb1004d7d59ea130d167ff6a9 | 45daa5d1757d6c4aec89c4feb68b49c2bb19aa93 | /POJ/1459/Dinic算法模板.cpp | 2cbc3dbe2660ef07fbaed6280f687ffba356255c | [] | no_license | LQNew/Openjudge | 74dbddb14d52ccf501f4873352ff00bdaa0cae59 | 9df795f74b8344ec3a98f4af7c2916907e3eece0 | refs/heads/master | 2020-03-22T14:10:17.866092 | 2019-01-02T06:56:43 | 2019-01-02T06:56:43 | 140,158,190 | 5 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,883 | cpp | #include<iostream>
#include<cstdio>
#include<algorithm>
#include<cstring>
#include<vector>
#include<queue>
using namespace std;
#define maxn 1005
#define inf 0x3f3f3f3f
int first[maxn],nxt[maxn<<1],to[maxn<<1],pre[maxn<<1],e,flow[maxn<<1],cap[maxn<<1];
//int a[maxn],fa[maxn];
bool vis[maxn];
int level[maxn],cur[maxn];
void add(int u,int v,int c){
to[e]=v;
pre[e]=u;
flow[e]=0;
cap[e]=c;
nxt[e]=first[u];
first[u]=e++;
}
bool bfs(int s,int t){
memset(vis,0,sizeof vis);
//memset(level,0,sizeof level);
queue<int>q;
level[s]=0;
vis[s]=1;
q.push(s);
while(!q.empty()){
int u=q.front();
q.pop();
for(int i=first[u];~i;i=nxt[i]){
int v=to[i],fl=flow[i],c=cap[i];
if(!vis[v]&&c>fl){
level[v]=level[u]+1;
vis[v]=1;
q.push(v);
}
}
}
return vis[t];
}
int dfs(int u,int t,int f){
if(u==t)return f;
for(int &i=cur[u];~i;i=nxt[i]){
int v=to[i],fl=flow[i],c=cap[i];
if(level[v]==level[u]+1&&c>fl){
int d=dfs(v,t,min(c-fl,f));
if(d>0){
flow[i]+=d;
flow[i^1]-=d;
return d;
}
}
}
return 0;
}
int max_flow(int s,int t){
int flow=0;
while(bfs(s,t)){
for(int i=1;i<=t;i++){
cur[i]=first[i];
}
int temp=dfs(s,t,inf);
//if(temp==0)break;
//else
flow+=temp;
}
return flow;
}
int main()
{
int t;
int n,m;
int u,v,c;
int tt=0;
//freopen("in.txt","r",stdin);
scanf("%d",&t);
while(t--){
e=0;
memset(first,-1,sizeof first);
scanf("%d%d",&n,&m);
for(int i=0;i<m;i++){
scanf("%d%d%d",&u,&v,&c);
add(u,v,c);
add(v,u,0);
}
printf("Case %d: %d\n",++tt,max_flow(1,n));
}
}
| [
"1053539672@qq.com"
] | 1053539672@qq.com |
4baaf2561db04c29831e54fcee10aedbe54713ef | 8893d5b1c3323a2bbe1353599a11c77efcaca88d | /2016 Jan/lightsout.cpp | 88f73a436c2f5592664462aec29379151c7831d1 | [] | no_license | ctzsm/USACO-Contest | 10859193dd3cd591e536e810ace1c3ecc2cda179 | 9a2cd3e395f5cda8d63dbeabef51f974724e0b22 | refs/heads/master | 2020-12-24T16:14:54.276764 | 2016-01-21T19:01:54 | 2016-01-21T19:01:54 | 6,825,214 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,044 | cpp | #include <cmath>
#include <vector>
#include <cstdio>
#include <cstdlib>
#include <cstring>
#include <algorithm>
using namespace std;
struct pnt {
long long x, y;
void scan() { scanf("%lld%lld", &x, &y); }
pnt operator - (const pnt& a) {
pnt res;
res.x = x - a.x, res.y = y - a.y;
return res;
}
}p[222];
typedef pnt vec;
int n;
inline long long dis(pnt& a, pnt& b) {
return labs(b.x - a.x) + labs(b.y - a.y);
}
inline long long cross(vec& a, vec& b) {
return a.x * b.y - a.y * b.x;
}
inline int dir(int i) {
if (i == n) return 0;
vec l1 = p[i] - p[i - 1], l2 = p[i + 1] - p[i];
long long area = cross(l1, l2);
if (area == 0) return 180;
return area < 0 ? 90 : 270;
}
long long l[222], r[222], d[222];
vector<int> path[222];
int main() {
freopen("lightsout.in", "r", stdin);
freopen("lightsout.out", "w", stdout);
scanf("%d", &n);
for (int i = 0; i < n; ++i) p[i].scan(); p[n] = p[0];
for (int i = 1; i < n; ++i) l[i] = l[i - 1] + dis(p[i], p[i - 1]);
for (int i = n - 1; i > 0; --i) r[i] = r[i + 1] + dis(p[i + 1], p[i]);
for (int i = 0; i < n; ++i) d[i] = min(l[i], r[i]);
for (int i = 1; i < n; ++i) {
path[i].push_back(dir(i));
for (int j = i + 1; j <= n; ++j) {
path[i].push_back(dis(p[j], p[j - 1]));
path[i].push_back(dir(j));
}
}
// for (int i = 1; i < n; ++i) {
// for (int j = 0; j < path[i].size(); ++j) printf("%d ", path[i][j]);
// printf("\n");
// }
long long ans = 0;
for (int i = 1; i < n; ++i) {
int g = 0;
long long len = 0;
for (int j = 1; j < n; ++j) {
if (j == i) continue;
int l = min(path[i].size(), path[j].size());
long long tlen = 0;
bool flag = false;
for (int k = 0; k < l; ++k) {
if (k & 1) tlen += path[i][k];
if (path[i][k] != path[j][k]) {
if (g < (k + 1) / 2) {
g = (k + 1) / 2;
len = tlen;
}
flag = true;
break;
}
}
if (!flag) {
if (g < l / 2) {
g = l / 2;
len = tlen;
}
}
}
g = (i + g) % n;
ans = max(ans, d[g] + len - d[i]);
}
printf("%lld\n", ans);
return 0;
} | [
"shimi@hackerrank.com"
] | shimi@hackerrank.com |
80b7bb000d2a61d4ef64d596d22f2772f7a3eed6 | 1ec8d6c5bf52c9fd0b0a2be714aacc5187877989 | /request/zeroRateCurveRequest.cpp | 3a7117026415a2c9cc51a9ed5d1ead1e69b99693 | [] | permissive | KloudTrader/quantraserver | 16e9375e8880b6d862b6af7260efa372edfc6bae | 826deb292b82c05bbb7c1cc50412afaaaa474196 | refs/heads/master | 2020-12-04T16:17:10.135948 | 2019-07-13T22:47:53 | 2019-07-13T22:47:53 | 231,833,239 | 0 | 1 | BSD-3-Clause | 2020-01-04T21:48:58 | 2020-01-04T21:48:57 | null | UTF-8 | C++ | false | false | 5,354 | cpp | //
// Created by Josep Rubio on 6/22/17.
//
#include "zeroRateCurveRequest.h"
void zeroRateCurveRequest::processRequest(crow::request req, boost::shared_ptr<crow::json::wvalue> response) {
auto x = crow::json::load(req.body);
bool error = false;
bool tmpBool = false;
std::ostringstream erroros;
(*response)["response"] = "ok";
std::vector<std::string> *errorLog = new std::vector<std::string>();
/*Temporary to solve "{\"\"}" issue*/
if(req.body.at(0) == '"'){
(*response)["response"] = "ko";
(*response)["message"]["ZeroRateCurveErrors"] = "Wrong format";
return;
}
Document d;
ParseResult ok = d.Parse(req.body.c_str());
if (!ok) {
fprintf(stderr, "JSON parse error: %s (%u)",
GetParseError_En(ok.Code()), ok.Offset());
erroros << "JSON parse error: " << GetParseError_En(ok.Code()) << " " << ok.Offset();
(*response)["response"] = "ko";
(*response)["message"]["ZeroRateCurveErrors"] = erroros.str();
return;
}
Value::MemberIterator iterator;
pricingParser PricingParser(errorLog, "Pricing");
iterator = d.FindMember("Pricing");
if (iterator != d.MemberEnd()) {
Value &pricingJSON = d["Pricing"];
tmpBool = PricingParser.parse(pricingJSON);
error = error || tmpBool;
} else {
erroros << "Pricing: Not found ";
CROW_LOG_DEBUG << "Pricing: Not found ";
errorLog->push_back(erroros.str());
erroros.str("");
erroros.clear();
error = true;
}
zeroCurveParser ZeroCurveParser(errorLog, "ZeroCurve");
iterator = d.FindMember("ZeroCurve");
if(iterator != d.MemberEnd()){
Value& fwdCurveJSON = d["ZeroCurve"];
tmpBool = ZeroCurveParser.parse(fwdCurveJSON);
error = error || tmpBool;
}else{
erroros << "ZeroCurve: Not found ";
CROW_LOG_DEBUG << "ZeroCurve: Not found ";
errorLog->push_back(erroros.str());
erroros.str("");
erroros.clear();
error = true;
}
std::vector<curvePoint> resultPoints;
if(!error){
termStructureListParser TermStructureListParser("Curves",errorLog);
iterator = d.FindMember("Curves");
if(iterator != d.MemberEnd()){
TermStructureListParser.setAsOfDate(PricingParser.getAsOfDate());
tmpBool = TermStructureListParser.parse(d);
error = error || tmpBool;
}else{
erroros << "Curves: Not found ";
CROW_LOG_DEBUG << "Curves: Not found ";
errorLog->push_back(erroros.str());
erroros.str("");
erroros.clear();
error = true;
}
if(!error){
try{
boost::shared_ptr<YieldTermStructure> term;
std::map<string,boost::shared_ptr<termStructureParser>> list =
TermStructureListParser.getTermStructuresList();
std::map<string,boost::shared_ptr<termStructureParser>>::iterator it;
it =list.find("ZeroRateTermStructure");
if (it != list.end()) {
term = it->second->getTermStructure();
}else{
erroros << "ZeroRateTermStructure not found ";
CROW_LOG_DEBUG << "ZeroRateTermStructure not found ";
errorLog->push_back(erroros.str());
erroros.str("");
erroros.clear();
error = true;
}
if(!error) {
Date counter = PricingParser.getAsOfDate();
int i = 0;
while (counter < term->maxDate()) {
curvePoint resultPoint;
resultPoint.point = i;
std::ostringstream os;
os << QuantLib::io::iso_date(counter);
resultPoint.date = os.str();
resultPoint.rate = term.get()->zeroRate(counter,
ZeroCurveParser.getDayCounter(),
ZeroCurveParser.getCompounding());
resultPoints.push_back(resultPoint);
counter++;
i++;
}
}
}catch (Error e) {
erroros << e.what();
CROW_LOG_DEBUG << e.what();
errorLog->push_back(erroros.str());
erroros.str("");
erroros.clear();
error = true;
}
}
}
if(!error){
(*response)["response"] = "ok";
for (int i = 0; i < resultPoints.size(); i++) {
(*response)["message"][i]["Point"] = resultPoints[i].point;
(*response)["message"][i]["Date"] = resultPoints[i].date;
(*response)["message"][i]["Rate"] = resultPoints[i].rate;
}
}else{
(*response)["response"] = "ko";
int i = 0;
for (std::vector<string>::iterator it = errorLog->begin(); it != errorLog->end(); ++it) {
(*response)["message"]["ZeroRateCurveErrors"][i] = *it;
i++;
}
}
} | [
"josep@datag.es"
] | josep@datag.es |
399f027cc1ee475778b41da03ecc5bc8ca4934f6 | dd24a27132a8d62d44f24da4e4cb07ec33915b4a | /types/vertex.cpp | 76e85b94c9db44e41da66881bf13095ecf7b6426 | [] | no_license | OptoCloud/GameEngine | ed733eb1f64d668fdfba97ec95af8f7148b2a482 | 90ae0d325e6d0017004a0cb0d2f73c4d5158f14d | refs/heads/master | 2020-09-14T14:47:27.318374 | 2019-11-21T15:38:27 | 2019-11-21T15:38:27 | 223,159,750 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 120 | cpp | #include "types.h"
Vertex::Vertex()
{
}
Vertex::Vertex(const Vertex& other)
{
}
Vertex::~Vertex()
{
} | [
""
] | |
aacfa937c220254733a532245b8a1e21ffea64e6 | 2c5eb0019b2404f22a63f34ef9bcdd273bfd2fbf | /OOP-CS304/Lab/015.Lab 15/002.task_2.cpp | f208333cfdc9a36120898c3725ace47cc9712a58 | [] | no_license | IIvexII/CS | 558054fd6b80b516bdc6c02d24a64c00cd7dc178 | a6a03dacd4450828d5a87a2f52e940e0a0b14441 | refs/heads/main | 2023-06-30T06:03:56.411018 | 2021-08-04T13:56:36 | 2021-08-04T13:56:36 | 319,822,884 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 702 | cpp | /*
Q.2 Write a C++ program that inputs up to 10 integer values from data file named
“Question2.text” and displays them on the screen. If there are not 10 numbers in file, the
message “The file is finished” should be displayed after last number.
*/
#include <iostream>
#include <fstream>
using namespace std;
int main(){
int num, counter=1;
ifstream myFile("resources/Question2.txt");
if(!myFile){
cout << "Unable to open." << endl;
}
else{
while(myFile >> num){
cout << counter << ". " << num << endl;
counter++;
}
cout << "The file is finished." << endl;
}
myFile.close();
return 0;
} | [
"mrh4ck3r1738@gmail.com"
] | mrh4ck3r1738@gmail.com |
d3426579a07293e2629ec72a410c91a63a75cbfc | 2178122fa9556dc02f32d80d8890ec202080ea65 | /minionpriest.h | a1093eea1e97899766b5abcf8ec06acb041c55e8 | [] | no_license | ds282547/UltraBattle | f45e1ad2adc6e642b6e7552c4763e38aec0f7525 | 4d6ce44fdf77f8428d2767fed6b8f709c3770b98 | refs/heads/master | 2021-06-10T23:38:09.803940 | 2021-03-23T01:02:45 | 2021-03-23T01:02:45 | 122,828,014 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 262 | h | #ifndef MINIONPRIEST_H
#define MINIONPRIEST_H
#include <QtMath>
#include "minion.h"
class MinionPriest : public Minion
{
public:
MinionPriest(int _type, int _side, int _no, int _level);
virtual void attack();
};
#endif // MINIONPRIEST_H
| [
"ds282547@mail.ncku.edu.tw"
] | ds282547@mail.ncku.edu.tw |
c5ffb1daf471de8b356956f3eea204a037e65e0d | 6f874ccb136d411c8ec7f4faf806a108ffc76837 | /code/Windows-classic-samples/Samples/Win7Samples/winui/speech/engines/samplesrengine/srengui.cpp | f8b0e2b062bf7668a9d5f79a6da09d22bbc7053d | [
"MIT"
] | permissive | JetAr/ZDoc | c0f97a8ad8fd1f6a40e687b886f6c25bb89b6435 | e81a3adc354ec33345e9a3303f381dcb1b02c19d | refs/heads/master | 2022-07-26T23:06:12.021611 | 2021-07-11T13:45:57 | 2021-07-11T13:45:57 | 33,112,803 | 8 | 8 | null | null | null | null | UTF-8 | C++ | false | false | 3,409 | cpp | // THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF
// ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO
// THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A
// PARTICULAR PURPOSE.
//
// Copyright © Microsoft Corporation. All rights reserved
/******************************************************************************
* srengui.cpp
* This file contains the implementation of the CSrEngineUI class.
* This implements ISpTokenUI. This is used by the app to display UI.
* The methods here can either be called by the app directly from ISpObjectToken,
* or they can be called from the reco instance, in which case the methods
* are able to make a private call back to the main engine object.
******************************************************************************/
#include "stdafx.h"
#include "SampleSrEngine.h"
#include "srengui.h"
/****************************************************************************
* CSrEngineUI::IsUISupported *
*----------------------------*
* Description:
* Determine if the UI is supported. A reference to the main SR engine
* object (if it has been created), can be obtained from punkObject.
* If none-NULL this may be an ISpRecoContext, from which an engine
* extension interface can be obtained.
*
* Return:
* S_OK on success
* E_INVALIDARG on invalid arguments
*****************************************************************************/
STDMETHODIMP CSrEngineUI::IsUISupported(const WCHAR * pszTypeOfUI, void * pvExtraData, ULONG cbExtraData, IUnknown * punkObject, BOOL *pfSupported)
{
*pfSupported = FALSE;
// We can do both engine specific properties as well as default settings (defaults when punkObject == NULL)
if (wcscmp(pszTypeOfUI, SPDUI_EngineProperties) == 0)
*pfSupported = TRUE;
// We can only do user training if we get passed an engine
if (wcscmp(pszTypeOfUI, SPDUI_UserTraining) == 0 && punkObject != NULL)
*pfSupported = TRUE;
// We can only do mic training if we get passed an engine
if (wcscmp(pszTypeOfUI, SPDUI_MicTraining) == 0 && punkObject != NULL)
*pfSupported = TRUE;
return S_OK;
}
/****************************************************************************
* CSrEngineUI::DisplayUI *
*------------------------*
* Description:
* Display the UI requested
*
* Return:
* S_OK on success
*****************************************************************************/
STDMETHODIMP CSrEngineUI::DisplayUI(HWND hwndParent, const WCHAR * pszTitle, const WCHAR * pszTypeOfUI, void * pvExtraData, ULONG cbExtraData, ISpObjectToken * pToken, IUnknown * punkObject)
{
if (wcscmp(pszTypeOfUI, SPDUI_EngineProperties) == 0)
{
if (punkObject)
{
MessageBoxW(hwndParent, L"Developer Sample Engine: Replace this with real engine properties dialog.", pszTitle, MB_OK);
}
}
if (wcscmp(pszTypeOfUI, SPDUI_UserTraining) == 0)
{
MessageBoxW(hwndParent, L"Developer Sample Engine: Replace this with real user training wizard / dialog.", pszTitle, MB_OK);
}
if (wcscmp(pszTypeOfUI, SPDUI_MicTraining) == 0)
{
MessageBoxW(hwndParent, L"Developer Sample Engine: Replace this with real microphone training wizard / dialog.", pszTitle, MB_OK);
}
return S_OK;
}
| [
"126.org@gmail.com"
] | 126.org@gmail.com |
2aeda4994d52ed21727ed55240d49d7df2219a46 | 64463108ccefe785c5458f2d2940024c03c38b26 | /LibGUI/GMenuBar.h | 4fc4d905546ea8911ac97da9cde9577a5a286210 | [
"BSD-2-Clause"
] | permissive | Alxgee77/serenity | 0e4d4aea85703819cf49d1c3cbc64baea117e29e | 7aebda2ca3980aebf5c1882bd284e83dfbabf781 | refs/heads/master | 2020-05-27T14:36:14.799299 | 2019-06-06T21:45:06 | 2019-06-06T21:45:06 | 188,663,158 | 1 | 0 | null | 2019-05-26T09:23:41 | 2019-05-26T09:23:40 | null | UTF-8 | C++ | false | false | 460 | h | #pragma once
#include <LibGUI/GMenu.h>
#include <AK/Badge.h>
#include <AK/Vector.h>
class GApplication;
class GMenuBar {
public:
GMenuBar();
~GMenuBar();
void add_menu(OwnPtr<GMenu>&&);
void notify_added_to_application(Badge<GApplication>);
void notify_removed_from_application(Badge<GApplication>);
private:
int realize_menubar();
void unrealize_menubar();
int m_menubar_id { -1 };
Vector<OwnPtr<GMenu>> m_menus;
};
| [
"awesomekling@gmail.com"
] | awesomekling@gmail.com |
2d1955e9a22c1143047ad7677d27691d39787dba | 05f0cab2f3c7426a0ae3bbe38e42e261c03ca49b | /prebuilt/include/osal/windows_thread.h | 9902d8dd100c590e234671e9fb3e3df95e0a9f61 | [] | no_license | JammyWei/ver30 | 199719eb7904db0b5d764a413e0ea6b7e8a26f6f | 2e1fe0eeb6cef5c6e35a16e30226874a14b86f7d | refs/heads/master | 2020-04-03T13:01:17.982783 | 2014-03-05T09:38:58 | 2014-03-05T09:38:58 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,025 | h | #pragma once
#include "base_thread.h"
class WindowsThread : public BaseThread
{
public:
WindowsThread(void);
virtual ~WindowsThread(void);
#if defined( _WIN32 )
virtual GMI_RESULT Create( const char_t *Name, size_t StackSize, TRHEAD_FUNCTION Function, void_t *Argument );
virtual GMI_RESULT Destroy();
virtual GMI_RESULT Start();
virtual GMI_RESULT Pause();
virtual GMI_RESULT Resume();
virtual GMI_RESULT Stop();
static long_t GetCurrentId();
private:
static DWORD WINAPI ThreadProc( LPVOID lpParameter )
{
WindowsThread *Thread = reinterpret_cast<WindowsThread*>(lpParameter);
void_t *ReturnValue = Thread->m_ThreadFunction( Thread->m_ThreadFunctionArgument );
size_t ReturnInteger = (size_t) ReturnValue;
return (DWORD) ReturnInteger;
}
private:
HANDLE m_Thread;
size_t m_StackSize;
TRHEAD_FUNCTION m_ThreadFunction;
void_t *m_ThreadFunctionArgument;
#endif
};
| [
"admin_lgq@dd879d07-adaa-4757-b7d0-008d00b626b4"
] | admin_lgq@dd879d07-adaa-4757-b7d0-008d00b626b4 |
3fd5b73cf62951c79ef9cca172980411ab536246 | 674f772acb48675e2e6efe5e4ade1bab7b826e42 | /input.h | 48f3f4e0be4fd117ed1cdfde16c432c3466f1887 | [] | no_license | dooks/employee-management | 0726b53afd3ec865fc4c7f09a0750e34c9904c1d | c4e9f327e098a6819ffd7f99e384c2a5632ddd40 | refs/heads/master | 2021-06-18T08:50:05.561141 | 2017-04-02T23:13:13 | 2017-04-02T23:13:13 | 31,029,115 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 89 | h | #pragma once
class Input {
public:
char getCh(); // Wait for user input and return
};
| [
"dook@stardust.red"
] | dook@stardust.red |
a8a6e62739c1cdfce3e9483c46180fb7ee13e82a | 181539218635be823d8491742d3056a4b45ceeb9 | /weak-pointers.cpp | 3ef0cd7638db81748d9fc29036b1d22904703fea | [] | no_license | taemini/programming-book-cpp-part-2 | 9f82d67464bf63f5cac3cce097a1afc4c7ef0984 | a296188b0b025989278232adb955590b4aeebacd | refs/heads/main | 2023-04-07T19:24:02.668262 | 2021-04-15T11:19:26 | 2021-04-15T11:19:26 | 352,287,136 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,003 | cpp | #define CATCH_CONFIG_MAIN
#include <memory>
#include "catch.hpp"
struct DeadMenOfDunharrow {
DeadMenOfDunharrow(const char* m = "") : message{m} { oaths_to_fulfill++; }
~DeadMenOfDunharrow() { oaths_to_fulfill--; }
const char* message;
static int oaths_to_fulfill;
};
int DeadMenOfDunharrow::oaths_to_fulfill{};
// obtaining temporary ownership
TEST_CASE("WeakPtr lock() yields") {
auto message = "The way is shut.";
SECTION("a shared pointer when tracked object is alive") {
auto aragorn = std::make_shared<DeadMenOfDunharrow>(message);
std::weak_ptr<DeadMenOfDunharrow> legolas{ aragorn };
auto sh_ptr = legolas.lock();
REQUIRE(sh_ptr->message == message);
REQUIRE(sh_ptr.use_count() == 2);
}
SECTION("empty when shared pointer empty") {
std::weak_ptr<DeadMenOfDunharrow> legolas;
{
auto aragorn = std::make_shared<DeadMenOfDunharrow>(message);
legolas = aragorn;
}
auto sh_ptr = legolas.lock();
REQUIRE(nullptr == sh_ptr);
}
}
| [
"tamini.kim@gmail.com"
] | tamini.kim@gmail.com |
be5813f423066673446080c5f38315a1ee9bc8c9 | 2ff4ca7688546882d00415c8d857e8855f5fc81e | /ai/llvm/AI/AITolerate.cc | 11c8161e6427bfd0fbdc93c5f55f1338430f9783 | [] | no_license | junho0901/AI | 449fbddb9a811b7680277214f382930ded23024e | 27b783590756963b114f47c98839ee14a7e86c79 | refs/heads/master | 2021-12-02T19:13:06.986423 | 2014-03-14T14:14:32 | 2014-03-14T14:14:32 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,687 | cc | #include "instrumentation/Function.h"
#include "common.hpp"
#include "stdio.h"
#include <map>
#include <set>
using namespace std;
using namespace llvm;
using namespace llvm_instrumentation;
static cl::opt<std::string> AISanitizedBSetFile("AISanitizedBSetFile", cl::init("sanitized-bset.txt"),
cl::desc("Sanitized BSet File"), cl::Hidden);
static cl::opt<std::string> AIInsGroupFile("AIInsGroupFile", cl::init(""),
cl::desc("Instruction Group File"), cl::Hidden);
static cl::opt<double> AIInsGroupThreshold("AIInsGroupThreshold", cl::init(0.4),
cl::desc("Threshold of Instruction Group"), cl::Hidden);
static cl::opt<int> AIRelax("AIRelax", cl::init(0),
cl::desc("AI Relax"), cl::Hidden);
namespace {
struct AITolerate : public ModulePass {
static char ID;
AITolerate() : ModulePass(ID) {}
InstrumentFunctionMonitor iFMonitor;
Function *AITolerateMemoryAccess;
map<AI_ACCESS_ID, AI_ACCESS_ID> IDMap;
set<AI_ACCESS_ID> blackList, whiteList;
bool runOnModule(Module &M);
bool instrumentLoadOrStore(Instruction *I);
}; // struct AITolerate
} // namespace
char AITolerate::ID = 0;
static RegisterPass<AITolerate> X("AITolerate", "AI Tolerate Pass");
bool AITolerate::runOnModule(Module &M) {
IRBuilder<> IRB(M.getContext());
// Function *pthreadCreate = M.getFunction("pthread_create");
// if (pthreadCreate) {
// iFMonitor.RegisterFunctionReplacement(M, pthreadCreate, "__ai_wrapper_pthread_create");
// }
// Module::FunctionListType &functions = M.getFunctionList();
// for (Module::FunctionListType::iterator it = functions.begin(), it_end = functions.end(); it != it_end; ++it) {
// iFMonitor.Instrument(*it);
// }
FILE *whiteListFile = fopen("whitelist.ins", "r");
if (whiteListFile) {
AI_ACCESS_ID ID;
while (fscanf(whiteListFile, "%lu", &ID) != EOF)
whiteList.insert(ID);
}
FILE *f = fopen(AISanitizedBSetFile.c_str(), "r");
size_t sz;
assert(fscanf(f, "%zu", &sz) != EOF);
AI_ACCESS_ID a,b;
while (sz--) {
assert(fscanf(f, "%lu%lu", &a, &b) != EOF);
IDMap[a] = b;
}
fclose(f);
blackList.clear();
if (AIInsGroupFile != "") {
FILE *g = fopen(AIInsGroupFile.c_str(), "r");
int tot;
while (fscanf(g, "%d", &tot) != EOF) {
AI_ACCESS_ID ins;
vector<AI_ACCESS_ID> v;
while (tot--) {
assert(fscanf(g, "%lu", &ins) != EOF);
v.push_back(ins);
}
double p, p2;
assert(fscanf(g, "%lf%lf", &p, &p2) != EOF);
// fprintf(stderr, "%lf %lf\n", p, (double)AIInsGroupThreshold);
if (p > AIInsGroupThreshold) {
// fprintf(stderr, "Bloack!\n");
blackList.insert(v.begin(), v.end());
}
}
}
bool is_changed = false;
if (AIRelax == 0) {
AITolerateMemoryAccess = checkInterfaceFunction(M.getOrInsertFunction("__ai_tolerate_memory_access", IRB.getVoidTy(),
IRB.getInt64Ty(), IRB.getInt8PtrTy(), NULL));
} else {
AITolerateMemoryAccess = checkInterfaceFunction(M.getOrInsertFunction("__ai_relax_memory_access", IRB.getVoidTy(),
IRB.getInt64Ty(), IRB.getInt8PtrTy(), NULL));
}
for (Module::iterator MI = M.begin(), ME = M.end(); MI != ME; ++MI) {
Function &F =*MI;
for (Function::iterator FI = F.begin(), FE = F.end(); FI != FE; ++FI) {
BasicBlock &BB = *FI;
for (BasicBlock::iterator BI = BB.begin(), BE = BB.end(); BI != BE; ++BI) {
if (isa<LoadInst>(BI) || isa<StoreInst>(BI))
is_changed |= instrumentLoadOrStore(BI);
}
}
}
if (is_changed) {
iFMonitor.addToGlobalCtors(M, "__ai_tolerate_init", IRB.getVoidTy(), NULL);
iFMonitor.addToGlobalDtors(M, "__ai_tolerate_destroy", IRB.getVoidTy(), NULL);
}
return is_changed;
}
bool AITolerate::instrumentLoadOrStore(Instruction *I) {
IRBuilder<> IRB(I);
MDNode *Node = I->getMetadata("AIMemoryAccessID");
if (!Node) {
// HACK: Do not instrument instruction that has no AIMemoryAccessID
return false;
}
Value *ID = Node->getOperand(0);
ConstantInt *CI = dyn_cast<ConstantInt>(ID);
if (!CI) {
report_fatal_error("Error AIMemoryAccessID!");
}
AI_ACCESS_ID id = CI->getZExtValue();
if (IDMap.count(id) == 0) return false;
if (blackList.count(id) != 0 && whiteList.count(id) == 0) return false;
AI_ACCESS_ID _id = IDMap[id];
// Add a Call Before it
bool IsWrite = isa<StoreInst>(*I);
Value *Addr = IsWrite
? cast<StoreInst>(I)->getPointerOperand()
: cast<LoadInst>(I)->getPointerOperand();
IRB.CreateCall2(AITolerateMemoryAccess,
ConstantInt::get(IRB.getInt64Ty(), _id),
IRB.CreatePointerCast(Addr, IRB.getInt8PtrTy()));
return true;
} | [
"james0zan@gmail.com"
] | james0zan@gmail.com |
ff08899730e43581c499126d5bd8807b1202a055 | ec76c1297252070d72fd194baebca3146bafac59 | /damBreak_laminar/damBreak/6.95/phi | 24baf1c4d20424922ebfd2bb39be0a6a9d7e603b | [] | no_license | Shivam-IITKGP/CFD_InterFoam_BottleFill | 413cdb5536cf71d95da882821fa36c7bd138e17e | be711e0f19a5331bb1094b8e54982c9ad101da5c | refs/heads/main | 2023-04-13T12:58:09.332312 | 2021-04-15T16:24:42 | 2021-04-15T16:24:42 | 358,315,309 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 226,842 | /*--------------------------------*- C++ -*----------------------------------*\
========= |
\\ / F ield | OpenFOAM: The Open Source CFD Toolbox
\\ / O peration | Website: https://openfoam.org
\\ / A nd | Version: 8
\\/ M anipulation |
\*---------------------------------------------------------------------------*/
FoamFile
{
version 2.0;
format ascii;
class surfaceScalarField;
location "6.95";
object phi;
}
// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
dimensions [0 3 -1 0 0 0 0];
internalField nonuniform List<scalar>
18095
(
1.99772e-08
-1.72113e-07
1.52136e-07
2.3174e-08
-1.97483e-07
1.94286e-07
1.99682e-08
-2.06091e-07
2.09296e-07
1.08602e-08
-2.10936e-07
2.20044e-07
-8.66649e-10
-2.13237e-07
2.24964e-07
-1.233e-08
-2.13208e-07
2.24671e-07
-2.06143e-08
-2.11231e-07
2.19516e-07
-2.3275e-08
-2.06214e-07
2.08874e-07
-1.99932e-08
-1.9746e-07
1.94178e-07
-1.72028e-07
1.52034e-07
1.55222e-08
-1.87635e-07
1.6175e-08
-1.98136e-07
1.19914e-08
-2.01907e-07
6.23766e-09
-2.05182e-07
-2.02238e-10
-2.06797e-07
-6.22787e-09
-2.07182e-07
-1.1881e-08
-2.05578e-07
-1.61967e-08
-2.01898e-07
-1.55705e-08
-1.98086e-07
-1.87598e-07
6.78729e-09
-1.94423e-07
8.38564e-09
-1.99734e-07
7.39945e-09
-2.00921e-07
4.61627e-09
-2.02399e-07
5.15906e-10
-2.02697e-07
-4.01649e-09
-2.0265e-07
-7.45285e-09
-2.02142e-07
-8.44897e-09
-2.00902e-07
-6.80888e-09
-1.99726e-07
-1.94407e-07
4.50912e-09
-1.98932e-07
4.71648e-09
-1.99942e-07
3.64884e-09
-1.99853e-07
1.6039e-09
-2.00354e-07
-3.52489e-10
-2.00741e-07
-2.07018e-09
-2.00932e-07
-3.72834e-09
-2.00484e-07
-4.75466e-09
-1.99876e-07
-4.52283e-09
-1.99958e-07
-1.9893e-07
1.06832e-09
1.1268e-09
1.27364e-09
9.19851e-10
1.7924e-10
-7.52899e-10
-1.23658e-09
-1.11214e-09
-1.07006e-09
-2.88266e-08
-1.95829e-07
2.24656e-07
-3.13262e-08
-1.99085e-07
2.01585e-07
-2.57122e-08
-2.01111e-07
1.95497e-07
-1.4395e-08
-2.01666e-07
1.90349e-07
1.73889e-10
-2.02071e-07
1.87502e-07
1.45932e-08
-2.02084e-07
1.87664e-07
2.56905e-08
-2.01801e-07
1.90704e-07
3.10989e-08
-2.01111e-07
1.95702e-07
2.85545e-08
-1.99274e-07
2.01819e-07
-1.95967e-07
2.24522e-07
-9.53685e-09
-1.86292e-07
-1.55144e-08
-1.93108e-07
-1.34447e-08
-2.03181e-07
-7.28912e-09
-2.07822e-07
-1.35839e-09
-2.08002e-07
4.85346e-09
-2.08296e-07
1.19717e-08
-2.08919e-07
1.51217e-08
-2.04261e-07
9.45332e-09
-1.93606e-07
-1.86514e-07
-9.73161e-09
-1.7656e-07
-7.49286e-09
-1.95347e-07
-5.64327e-09
-2.0503e-07
-2.95207e-09
-2.10513e-07
2.24905e-09
-2.13203e-07
7.21692e-09
-2.13263e-07
7.9703e-09
-2.09673e-07
8.27431e-09
-2.04565e-07
9.93632e-09
-1.95268e-07
-1.76578e-07
-6.41871e-09
-1.70142e-07
-8.35956e-09
-1.93406e-07
-8.21282e-09
-2.05177e-07
-3.93054e-09
-2.14795e-07
-6.94654e-10
-2.16439e-07
2.48555e-09
-2.16444e-07
7.25859e-09
-2.14446e-07
8.13486e-09
-2.05441e-07
6.43384e-09
-1.93567e-07
-1.70144e-07
-1.80059e-08
-1.71256e-08
-1.30061e-08
-7.75764e-09
7.67758e-10
8.99528e-09
1.40649e-08
1.74984e-08
1.81092e-08
3.52728e-08
-1.59302e-07
1.2403e-07
4.09629e-08
-2.00036e-07
1.94346e-07
3.58375e-08
-2.11621e-07
2.16746e-07
2.28682e-08
-2.16527e-07
2.29496e-07
5.23223e-09
-2.17484e-07
2.3512e-07
-1.31741e-08
-2.16878e-07
2.35284e-07
-2.95955e-08
-2.15112e-07
2.31534e-07
-3.97734e-08
-2.09662e-07
2.1984e-07
-3.73328e-08
-1.96994e-07
1.94554e-07
-1.56383e-07
1.1905e-07
1.63085e-08
-1.75611e-07
1.81173e-08
-2.01845e-07
1.45489e-08
-2.08052e-07
7.20797e-09
-2.09186e-07
-2.14416e-09
-2.08132e-07
-1.15683e-08
-2.07454e-07
-1.88137e-08
-2.07867e-07
-2.15848e-08
-2.06891e-07
-1.80189e-08
-2.0056e-07
-1.74402e-07
7.70556e-09
-1.83316e-07
8.05842e-09
-2.02198e-07
6.58036e-09
-2.06574e-07
1.35679e-09
-2.03963e-07
-1.88761e-09
-2.04888e-07
-4.80812e-09
-2.04533e-07
-8.13808e-09
-2.04537e-07
-9.09503e-09
-2.05934e-07
-8.26621e-09
-2.01389e-07
-1.82668e-07
7.47977e-09
-1.90796e-07
4.88867e-09
-1.99606e-07
5.9111e-09
-2.07597e-07
2.17142e-09
-2.00223e-07
6.45679e-10
-2.03362e-07
-1.09274e-09
-2.02795e-07
-6.59863e-09
-1.99031e-07
-5.73744e-09
-2.06795e-07
-7.75578e-09
-1.99371e-07
-1.90424e-07
3.38594e-08
3.58379e-08
2.3738e-08
1.38641e-08
-1.99585e-09
-1.71262e-08
-2.54534e-08
-3.65461e-08
-3.4098e-08
4.21143e-07
-1.95572e-08
-4.01586e-07
4.36895e-07
-1.57473e-08
4.53709e-07
-1.6814e-08
4.71582e-07
-1.78732e-08
4.90383e-07
-1.88008e-08
5.09894e-07
-1.9511e-08
5.27625e-07
-1.77305e-08
5.4087e-07
-1.32455e-08
5.46202e-07
-5.33186e-09
3.11424e-09
5.43088e-07
4.25565e-07
-4.96678e-08
-3.95455e-07
4.49164e-07
-3.93473e-08
4.67322e-07
-3.49731e-08
4.83471e-07
-3.40228e-08
4.96943e-07
-3.22734e-08
5.0608e-07
-2.86479e-08
5.13104e-07
-2.47554e-08
5.14647e-07
-1.47883e-08
5.09065e-07
2.4921e-10
9.48743e-09
5.02692e-07
3.99971e-07
-6.95494e-08
-3.8009e-07
4.20959e-07
-6.03348e-08
4.39996e-07
-5.40105e-08
4.57597e-07
-5.16242e-08
4.7089e-07
-4.55663e-08
4.77913e-07
-3.56712e-08
4.81841e-07
-2.86834e-08
4.81628e-07
-1.45752e-08
4.775e-07
4.37672e-09
1.70063e-08
4.69981e-07
4.05981e-07
-8.82601e-08
-3.8727e-07
4.24336e-07
-7.86909e-08
4.41719e-07
-7.13933e-08
4.54161e-07
-6.40659e-08
4.62318e-07
-5.37239e-08
4.66887e-07
-4.02401e-08
4.68159e-07
-2.99553e-08
4.68518e-07
-1.49344e-08
4.65533e-07
7.36126e-09
2.56504e-08
4.56889e-07
3.50764e-07
-9.8729e-08
-3.40295e-07
3.61488e-07
-8.94153e-08
3.68832e-07
-7.87371e-08
3.67362e-07
-6.2596e-08
3.66961e-07
-5.33234e-08
3.70936e-07
-4.42148e-08
3.78886e-07
-3.79057e-08
3.92319e-07
-2.83676e-08
3.92283e-07
7.39782e-09
4.6644e-08
3.71289e-07
2.21383e-07
-9.53218e-08
-2.2479e-07
2.13676e-07
-8.17086e-08
1.99279e-07
-6.4341e-08
1.88028e-07
-5.13442e-08
1.94534e-07
-5.98301e-08
2.09911e-07
-5.95915e-08
2.15368e-07
-4.33634e-08
2.11098e-07
-2.4097e-08
1.92371e-07
2.6125e-08
7.80752e-08
1.60939e-07
6.45758e-08
-7.57389e-08
-8.41587e-08
5.09779e-08
-6.81108e-08
4.5313e-08
-5.86763e-08
4.86394e-08
-5.46706e-08
4.46082e-08
-5.5799e-08
2.23882e-08
-3.73716e-08
-1.35586e-08
-7.41653e-09
-6.08849e-08
2.32292e-08
-9.55539e-08
6.07939e-08
9.61627e-08
-1.13641e-07
-2.34838e-08
-6.84313e-08
1.61762e-08
-3.67563e-08
-5.48384e-08
-4.82586e-08
-4.7174e-08
-7.19855e-08
-3.09437e-08
-1.14203e-07
-1.35813e-08
-1.58227e-07
6.65205e-09
-1.94045e-07
2.84012e-08
-2.22915e-07
5.20999e-08
-2.42264e-07
8.01427e-08
1.01841e-07
-2.47943e-07
-9.84272e-08
-6.78149e-08
9.78108e-08
-1.17546e-07
-3.5719e-08
-1.46319e-07
-1.84018e-08
-1.80492e-07
3.22927e-09
-2.03402e-07
9.32965e-09
-2.17366e-07
2.06158e-08
-2.30041e-07
4.1076e-08
-2.40247e-07
6.23056e-08
-2.44293e-07
8.41886e-08
9.29932e-08
-2.35445e-07
-1.41797e-07
-6.4555e-08
1.38537e-07
-1.58776e-07
-1.87392e-08
-1.76449e-07
-7.28923e-10
-1.93919e-07
2.06993e-08
-2.09575e-07
2.49856e-08
-2.18496e-07
2.95371e-08
-2.08766e-07
3.13453e-08
-1.89982e-07
4.3522e-08
-1.70117e-07
6.43235e-08
6.43162e-08
-1.4144e-07
-1.52102e-07
-7.4564e-08
1.62111e-07
-1.47561e-07
-2.32803e-08
-1.44566e-07
-3.72339e-09
-1.44088e-07
2.02211e-08
-1.42053e-07
2.2951e-08
-1.3486e-07
2.23436e-08
-1.19619e-07
1.61049e-08
-1.01768e-07
2.56713e-08
-7.94036e-08
4.19589e-08
4.28401e-08
-5.79274e-08
-1.66654e-07
-5.92285e-08
1.51319e-07
-1.60207e-07
-2.97267e-08
-1.43894e-07
-2.00369e-08
-1.19425e-07
-4.24762e-09
-1.00598e-07
4.12439e-09
-8.72759e-08
9.02126e-09
-8.57265e-08
1.45555e-08
-8.60992e-08
2.6044e-08
-7.98598e-08
3.57197e-08
4.595e-08
-8.29697e-08
-2.63599e-07
-5.28634e-08
2.57234e-07
-2.55978e-07
-3.73471e-08
-2.43948e-07
-3.20671e-08
-2.20615e-07
-2.75808e-08
-1.96872e-07
-1.96188e-08
-1.80988e-07
-6.8622e-09
-1.74922e-07
8.48943e-09
-1.73382e-07
2.45042e-08
-1.78944e-07
4.12816e-08
6.2118e-08
-1.95112e-07
-3.09017e-07
-5.13519e-08
3.07506e-07
-3.02784e-07
-4.35804e-08
-2.9405e-07
-4.0801e-08
-2.83208e-07
-3.84232e-08
-2.70481e-07
-3.2345e-08
-2.55745e-07
-2.15988e-08
-2.42497e-07
-4.7582e-09
-2.37208e-07
1.92152e-08
-2.40684e-07
4.47575e-08
6.96302e-08
-2.48196e-07
-3.14791e-07
-4.80999e-08
3.11539e-07
-3.14617e-07
-4.37544e-08
-3.12749e-07
-4.26686e-08
-3.12778e-07
-3.83937e-08
-3.09946e-07
-3.5177e-08
-3.01361e-07
-3.01837e-08
-2.85379e-07
-2.07403e-08
-2.67463e-07
1.29934e-09
-2.5659e-07
3.38841e-08
6.59032e-08
-2.52863e-07
-2.75049e-07
-5.06242e-08
2.77574e-07
-2.69943e-07
-4.8861e-08
-2.69796e-07
-4.28148e-08
-2.69544e-07
-3.8646e-08
-2.69991e-07
-3.47301e-08
-2.77126e-07
-2.30492e-08
-2.78847e-07
-1.90187e-08
-2.75892e-07
-1.65594e-09
-2.60335e-07
1.8327e-08
4.19568e-08
-2.36388e-07
-2.30987e-07
-5.66063e-08
2.36969e-07
-2.264e-07
-5.34479e-08
-2.20969e-07
-4.82458e-08
-2.16168e-07
-4.34468e-08
-2.12432e-07
-3.84662e-08
-1.92706e-07
-4.27757e-08
-1.92916e-07
-1.88082e-08
-1.94395e-07
-1.77624e-10
-1.82257e-07
6.18936e-09
1.12368e-08
-1.51537e-07
-2.22028e-07
-6.42457e-08
2.29667e-07
-2.15705e-07
-5.97711e-08
-2.07197e-07
-5.67535e-08
-1.97183e-07
-5.34605e-08
-1.86393e-07
-4.92562e-08
-1.85021e-07
-4.41477e-08
-1.7333e-07
-3.04994e-08
-1.4821e-07
-2.52975e-08
-1.17529e-07
-2.44924e-08
-1.77195e-09
-1.0452e-07
-2.06239e-07
-6.81512e-08
2.10144e-07
-2.00867e-07
-6.51426e-08
-1.95246e-07
-6.23752e-08
-1.90946e-07
-5.776e-08
-1.86583e-07
-5.36193e-08
-1.80175e-07
-5.05557e-08
-1.65693e-07
-4.49815e-08
-1.5031e-07
-4.06806e-08
-1.39861e-07
-3.49417e-08
-1.99884e-08
-1.21644e-07
-1.89275e-07
-7.90527e-08
2.00177e-07
-1.79543e-07
-7.48752e-08
-1.72401e-07
-6.9517e-08
-1.67735e-07
-6.24254e-08
-1.64633e-07
-5.67214e-08
-1.61646e-07
-5.35427e-08
-1.56157e-07
-5.04708e-08
-1.51188e-07
-4.56494e-08
-1.4606e-07
-4.00698e-08
-3.13021e-08
-1.34747e-07
-1.70985e-07
-9.48256e-08
1.86758e-07
-1.60653e-07
-8.52075e-08
-1.50121e-07
-8.00482e-08
-1.41616e-07
-7.09312e-08
-1.30357e-07
-6.79796e-08
-1.22873e-07
-6.10269e-08
-1.15094e-07
-5.825e-08
-1.06341e-07
-5.44019e-08
-9.7365e-08
-4.90462e-08
-3.73908e-08
-9.12762e-08
-1.36425e-07
-1.11992e-07
1.53591e-07
-1.28507e-07
-9.31249e-08
-1.20749e-07
-8.7806e-08
-1.0867e-07
-8.30107e-08
-9.97396e-08
-7.69097e-08
-9.22955e-08
-6.8471e-08
-8.54853e-08
-6.50601e-08
-7.87028e-08
-6.11844e-08
-7.23274e-08
-5.54215e-08
-4.24715e-08
-6.72467e-08
-5.78076e-08
-1.27921e-07
7.37365e-08
-5.17423e-08
-9.91899e-08
-6.03658e-08
-7.91824e-08
-6.51467e-08
-7.82297e-08
-6.4133e-08
-7.79234e-08
-6.22362e-08
-7.03677e-08
-6.13004e-08
-6.59959e-08
-5.70869e-08
-6.53978e-08
-5.42225e-08
-5.82858e-08
-4.25096e-08
-5.41844e-08
-1.45597e-08
-1.51441e-07
3.80795e-08
-6.86121e-09
-1.06888e-07
4.30518e-09
-9.03487e-08
5.85246e-09
-7.97769e-08
-4.36729e-09
-6.77036e-08
-1.69025e-08
-5.78324e-08
-2.40695e-08
-5.88288e-08
-2.3517e-08
-6.59503e-08
-2.23074e-08
-5.94954e-08
-4.22422e-08
-2.25748e-08
-2.55636e-08
-1.80291e-07
5.44136e-08
3.26444e-09
-1.35716e-07
2.66589e-08
-1.13743e-07
3.30172e-08
-8.6135e-08
3.46534e-08
-6.93397e-08
3.33831e-08
-5.6562e-08
2.84187e-08
-5.38643e-08
2.11166e-08
-5.86481e-08
1.76483e-08
-5.6027e-08
-4.27592e-08
1.81653e-08
-1.74817e-08
-1.93252e-07
3.0443e-08
7.28253e-09
-1.6048e-07
2.96216e-08
-1.36082e-07
5.07084e-08
-1.07222e-07
6.25397e-08
-8.11709e-08
6.23763e-08
-5.63985e-08
5.92408e-08
-5.07287e-08
5.16249e-08
-5.10322e-08
4.12708e-08
-4.56728e-08
-3.43367e-08
3.28485e-08
5.39823e-09
-1.99426e-07
7.76186e-10
2.64862e-08
-1.81568e-07
3.5451e-08
-1.45047e-07
4.14613e-08
-1.13232e-07
5.07306e-08
-9.04402e-08
6.09134e-08
-6.65811e-08
6.25214e-08
-5.23367e-08
5.73886e-08
-4.58993e-08
4.73221e-08
-3.56062e-08
-2.40661e-08
3.70516e-08
1.73937e-09
-1.93889e-07
-7.27671e-09
2.90215e-09
-1.82731e-07
8.42328e-09
-1.50568e-07
1.17183e-08
-1.16527e-07
1.55331e-08
-9.42549e-08
2.52756e-08
-7.63235e-08
3.16036e-08
-5.86645e-08
2.95685e-08
-4.38642e-08
2.29851e-08
-2.90227e-08
-1.95002e-08
1.84191e-08
-1.94183e-08
-1.91045e-07
1.65745e-08
-2.14149e-08
-1.80734e-07
-3.99599e-08
-1.32023e-07
-5.85039e-08
-9.79828e-08
-6.03452e-08
-9.24136e-08
-5.16307e-08
-8.50381e-08
-4.08154e-08
-6.94798e-08
-3.29197e-08
-5.17601e-08
-2.50701e-08
-3.68724e-08
-2.60391e-08
-1.85313e-08
-5.81391e-08
-1.86559e-07
5.36529e-08
-7.0672e-08
-1.68201e-07
-9.74632e-08
-1.05232e-07
-1.14415e-07
-8.10308e-08
-1.16357e-07
-9.04719e-08
-1.08435e-07
-9.29608e-08
-9.20669e-08
-8.58477e-08
-7.32684e-08
-7.05587e-08
-5.86541e-08
-5.14867e-08
-3.55764e-08
-4.91168e-08
-9.32273e-08
-1.7112e-07
7.77882e-08
-1.09448e-07
-1.5198e-07
-1.15103e-07
-9.95771e-08
-1.15832e-07
-8.03015e-08
-1.23022e-07
-8.32826e-08
-1.22682e-07
-9.33009e-08
-1.11843e-07
-9.66859e-08
-1.06717e-07
-7.56848e-08
-1.12944e-07
-4.52599e-08
-2.81847e-08
-1.20335e-07
-1.12904e-07
-1.45237e-07
8.70223e-08
-1.24684e-07
-1.40201e-07
-1.22679e-07
-1.01582e-07
-1.24833e-07
-7.81468e-08
-1.36285e-07
-7.18306e-08
-1.58405e-07
-7.11814e-08
-1.79957e-07
-7.51335e-08
-2.02719e-07
-5.29222e-08
-2.16462e-07
-3.15173e-08
-2.46738e-08
-2.19973e-07
-1.31735e-07
-1.19669e-07
1.06167e-07
-1.47493e-07
-1.24444e-07
-1.43212e-07
-1.05863e-07
-1.61479e-07
-5.98794e-08
-1.88979e-07
-4.43306e-08
-2.23078e-07
-3.70828e-08
-2.63127e-07
-3.50844e-08
-2.83323e-07
-3.27261e-08
-2.81836e-07
-3.3004e-08
-3.52614e-08
-2.71249e-07
-8.98383e-08
-9.61404e-08
6.63102e-08
-1.14854e-07
-9.94289e-08
-1.434e-07
-7.73165e-08
-1.72699e-07
-3.05801e-08
-2.09035e-07
-7.99499e-09
-2.3575e-07
-1.03675e-08
-2.5384e-07
-1.69943e-08
-2.58944e-07
-2.7623e-08
-2.59308e-07
-3.26398e-08
-4.12929e-08
-2.53276e-07
-1.13054e-07
-8.89108e-08
1.05824e-07
-1.32381e-07
-8.01017e-08
-1.62996e-07
-4.67017e-08
-1.80706e-07
-1.28694e-08
-2.01015e-07
1.23135e-08
-2.26901e-07
1.55191e-08
-2.30149e-07
-1.37464e-08
-2.2006e-07
-3.77115e-08
-2.10478e-07
-4.22222e-08
-4.74096e-08
-2.04361e-07
-1.17946e-07
-6.1431e-08
9.04664e-08
-1.65315e-07
-3.27329e-08
-2.06802e-07
-5.21553e-09
-2.23093e-07
3.42234e-09
-2.21625e-07
1.08453e-08
-2.11265e-07
5.15846e-09
-1.91073e-07
-3.39372e-08
-1.73788e-07
-5.49972e-08
-1.64671e-07
-5.13386e-08
-5.63968e-08
-1.55684e-07
-3.47608e-07
3.92902e-08
2.46887e-07
-4.0854e-07
2.81989e-08
-4.06681e-07
-7.07416e-09
-3.73322e-07
-2.99375e-08
-3.17706e-07
-4.47704e-08
-2.33166e-07
-7.93813e-08
-1.66812e-07
-1.00292e-07
-1.24698e-07
-9.71111e-08
-9.73874e-08
-7.86495e-08
-7.6691e-08
-7.70934e-08
-4.56789e-07
4.92817e-08
4.46797e-07
-4.43087e-07
1.44964e-08
-3.97201e-07
-5.29605e-08
-3.28207e-07
-9.89308e-08
-2.48551e-07
-1.24426e-07
-1.88027e-07
-1.39906e-07
-1.54454e-07
-1.33864e-07
-1.27232e-07
-1.24333e-07
-9.71786e-08
-1.08703e-07
-9.66248e-08
-7.72449e-08
-4.71151e-07
1.14e-08
5.09033e-07
-4.05131e-07
-5.1525e-08
-3.36795e-07
-1.21296e-07
-2.73418e-07
-1.62309e-07
-2.25107e-07
-1.72738e-07
-1.97688e-07
-1.67324e-07
-1.84602e-07
-1.4695e-07
-1.89392e-07
-1.19543e-07
-2.02789e-07
-9.53063e-08
-8.28297e-08
-2.16584e-07
-4.37748e-07
5.89381e-09
4.43254e-07
-4.00353e-07
-8.8918e-08
-3.52439e-07
-1.69211e-07
-3.25071e-07
-1.89676e-07
-3.13669e-07
-1.8414e-07
-3.31264e-07
-1.49729e-07
-3.86857e-07
-9.13565e-08
-4.60084e-07
-4.6316e-08
-5.08317e-07
-4.7073e-08
-7.71285e-08
-5.14018e-07
-3.52887e-07
2.01761e-08
3.38605e-07
-3.45585e-07
-9.62182e-08
-3.5801e-07
-1.56786e-07
-3.85507e-07
-1.6218e-07
-4.41107e-07
-1.2854e-07
-5.38327e-07
-5.25088e-08
-6.29614e-07
-6.92948e-11
-6.7071e-07
-5.21913e-09
-6.5864e-07
-5.91424e-08
-9.13759e-08
-6.44392e-07
-3.10784e-07
2.03287e-08
3.10632e-07
-3.225e-07
-8.45003e-08
-3.64712e-07
-1.14575e-07
-4.20531e-07
-1.06361e-07
-4.89162e-07
-5.99083e-08
-5.62894e-07
2.12236e-08
-6.17054e-07
5.40917e-08
-6.35987e-07
1.37149e-08
-6.38077e-07
-5.70525e-08
-8.30213e-08
-6.46432e-07
-2.63721e-07
-7.48447e-09
2.91534e-07
-2.90316e-07
-5.79058e-08
-3.40926e-07
-6.39645e-08
-3.99844e-07
-4.74418e-08
-4.5033e-07
-9.42192e-09
-4.88774e-07
5.96671e-08
-5.52561e-07
1.17879e-07
-6.03435e-07
6.45889e-08
-6.19883e-07
-4.06045e-08
-6.79593e-08
-6.34945e-07
-2.59651e-07
-3.16634e-08
2.8383e-07
-2.65637e-07
-5.19198e-08
-2.82753e-07
-4.68481e-08
-3.08336e-07
-2.18584e-08
-3.40618e-07
2.28604e-08
-3.76716e-07
9.57655e-08
-4.48437e-07
1.896e-07
-5.62724e-07
1.78876e-07
-6.16364e-07
1.30342e-08
-5.84636e-08
-6.2586e-07
-2.26365e-07
-3.91696e-08
2.33872e-07
-2.1304e-07
-6.52445e-08
-1.98318e-07
-6.1569e-08
-1.98581e-07
-2.15951e-08
-2.25529e-07
4.98078e-08
-2.70814e-07
1.41051e-07
-2.88067e-07
2.06853e-07
-3.06234e-07
1.97043e-07
-3.85911e-07
9.27111e-08
2.91639e-09
-4.47291e-07
-2.69296e-07
-5.91974e-08
2.89324e-07
-2.30797e-07
-1.03744e-07
-1.90745e-07
-1.0162e-07
-1.79426e-07
-3.29142e-08
-2.12705e-07
8.30878e-08
-2.37939e-07
1.66283e-07
-2.26467e-07
1.9538e-07
-2.12465e-07
1.8304e-07
-2.31409e-07
1.11655e-07
4.65248e-08
-2.75017e-07
-2.36077e-07
-6.25721e-08
2.39452e-07
-2.37315e-07
-1.02506e-07
-2.31973e-07
-1.06962e-07
-2.66938e-07
2.05063e-09
-2.87649e-07
1.038e-07
-2.49564e-07
1.28197e-07
-1.95848e-07
1.41664e-07
-1.78569e-07
1.65761e-07
-1.52889e-07
8.59751e-08
4.87428e-08
-1.55108e-07
-1.70345e-07
-7.15291e-08
1.79302e-07
-2.07424e-07
-6.54255e-08
-2.58853e-07
-5.55334e-08
-2.59536e-07
2.73365e-09
-3.24652e-07
1.68915e-07
-3.83496e-07
1.87041e-07
-3.42282e-07
1.00451e-07
-2.2624e-07
4.97197e-08
-1.38123e-07
-2.14247e-09
-1.19881e-09
-8.81818e-08
-1.76995e-07
-9.14946e-08
1.9696e-07
-1.9559e-07
-4.68302e-08
-1.87765e-07
-6.33584e-08
-1.04931e-07
-8.01001e-08
-6.66544e-08
1.30639e-07
-1.2115e-07
2.41537e-07
-1.54829e-07
1.34129e-07
-1.29121e-07
2.40122e-08
-5.67349e-08
-7.45283e-08
-7.72943e-08
1.93601e-08
-1.79233e-07
-4.74318e-08
1.3517e-07
-2.05329e-07
-2.07339e-08
-2.17083e-07
-5.1604e-08
-1.75214e-07
-1.21968e-07
-3.38257e-08
-1.07497e-08
9.27102e-08
1.15001e-07
1.88907e-07
3.79324e-08
2.13789e-07
-8.70081e-10
2.24327e-07
-8.50662e-08
-1.27235e-07
2.74268e-07
-3.65869e-08
2.68998e-08
-3.77445e-08
-8.44916e-08
2.71709e-08
-1.23114e-07
-1.29818e-08
-1.76467e-07
-6.86148e-08
-1.06688e-07
-8.05267e-08
7.55679e-08
-6.72535e-08
2.68013e-07
-1.54511e-07
3.94482e-07
-1.27339e-07
4.38525e-07
-1.2911e-07
-1.58618e-07
4.69909e-07
2.09585e-07
3.84438e-08
-2.21129e-07
2.30584e-07
6.17337e-09
2.54623e-07
-3.70211e-08
2.77593e-07
-9.15844e-08
3.26157e-07
-1.29091e-07
4.16201e-07
-1.57297e-07
4.38224e-07
-1.76534e-07
5.01994e-07
-1.91109e-07
5.67788e-07
-1.94905e-07
-2.19825e-07
6.28994e-07
4.93595e-07
3.32536e-08
-4.88405e-07
5.01218e-07
-1.44809e-09
5.02391e-07
-3.81925e-08
5.11697e-07
-1.00889e-07
5.43541e-07
-1.60934e-07
5.86181e-07
-1.99937e-07
6.14931e-07
-2.05284e-07
6.50627e-07
-2.26805e-07
7.00825e-07
-2.45103e-07
-2.70245e-07
7.51244e-07
4.9437e-07
-1.71294e-08
-4.43987e-07
5.22807e-07
-2.98847e-08
5.53983e-07
-6.93689e-08
5.68849e-07
-1.15755e-07
5.93623e-07
-1.85708e-07
6.26805e-07
-2.3312e-07
6.7894e-07
-2.5742e-07
7.22284e-07
-2.7015e-07
7.60332e-07
-2.8315e-07
-2.89145e-07
7.79232e-07
3.21437e-07
-9.47467e-08
-2.4382e-07
4.06428e-07
-1.14874e-07
4.8589e-07
-1.48832e-07
5.62448e-07
-1.92312e-07
6.09232e-07
-2.32493e-07
6.39506e-07
-2.63394e-07
6.68365e-07
-2.86279e-07
6.97485e-07
-2.9927e-07
7.18075e-07
-3.03739e-07
-3.04011e-07
7.32942e-07
4.40466e-07
-1.35192e-07
-4.00022e-07
4.8782e-07
-1.62229e-07
5.34384e-07
-1.95395e-07
5.72613e-07
-2.3054e-07
6.01216e-07
-2.61096e-07
6.23495e-07
-2.85674e-07
6.38568e-07
-3.01352e-07
6.47428e-07
-3.08129e-07
6.51317e-07
-3.07629e-07
-3.06483e-07
6.53789e-07
4.60661e-07
-1.52892e-07
-4.42961e-07
4.81526e-07
-1.83095e-07
5.04798e-07
-2.18667e-07
5.25903e-07
-2.51645e-07
5.43271e-07
-2.78464e-07
5.56386e-07
-2.98789e-07
5.64901e-07
-3.09866e-07
5.69943e-07
-3.13171e-07
5.80285e-07
-3.17971e-07
-3.26235e-07
6.00038e-07
4.68913e-07
-1.45089e-07
-4.76716e-07
4.68664e-07
-1.82847e-07
4.77163e-07
-2.27165e-07
4.85895e-07
-2.60378e-07
4.91328e-07
-2.83896e-07
4.93983e-07
-3.01443e-07
4.98556e-07
-3.14439e-07
5.11098e-07
-3.25713e-07
5.45018e-07
-3.51892e-07
-4.05387e-07
6.24169e-07
4.57709e-07
-1.15103e-07
-4.87696e-07
4.46452e-07
-1.71591e-07
4.48099e-07
-2.28813e-07
4.48061e-07
-2.60338e-07
4.41913e-07
-2.77748e-07
4.32115e-07
-2.91646e-07
4.36894e-07
-3.19219e-07
4.85058e-07
-3.73878e-07
5.91292e-07
-4.58126e-07
-5.36445e-07
7.2235e-07
4.20947e-07
-9.64854e-08
-4.39565e-07
4.18165e-07
-1.6881e-07
4.1134e-07
-2.21989e-07
3.88042e-07
-2.37039e-07
3.42856e-07
-2.32562e-07
3.09055e-07
-2.57845e-07
3.76093e-07
-3.86257e-07
5.42375e-07
-5.40159e-07
7.07284e-07
-6.23035e-07
-6.58358e-07
8.29197e-07
3.64045e-07
-1.16601e-07
-3.4393e-07
3.60273e-07
-1.65039e-07
3.27632e-07
-1.89347e-07
2.67693e-07
-1.771e-07
2.11843e-07
-1.76711e-07
2.62102e-07
-3.08105e-07
4.58483e-07
-5.82638e-07
6.37694e-07
-7.19371e-07
7.43751e-07
-7.29092e-07
-6.86714e-07
7.72107e-07
2.70107e-07
-1.09706e-07
-2.77003e-07
2.37182e-07
-1.32114e-07
2.02033e-07
-1.54196e-07
1.59727e-07
-1.34793e-07
1.36452e-07
-1.53436e-07
3.23007e-07
-4.9466e-07
5.05679e-07
-7.6531e-07
5.77885e-07
-7.91577e-07
5.89201e-07
-7.40407e-07
-6.27279e-07
5.29767e-07
1.90852e-07
-6.73284e-08
-2.3323e-07
1.81386e-07
-1.22649e-07
1.77952e-07
-1.50761e-07
1.51035e-07
-1.07877e-07
1.83983e-07
-1.86383e-07
3.77421e-07
-6.88099e-07
4.507e-07
-8.38591e-07
4.7421e-07
-8.15085e-07
4.11352e-07
-6.7755e-07
-5.78924e-07
3.62996e-07
1.73901e-07
-1.43617e-08
-2.26867e-07
1.55892e-07
-1.04641e-07
1.461e-07
-1.40969e-07
1.33379e-07
-9.51546e-08
2.30365e-07
-2.8337e-07
3.54905e-07
-8.12639e-07
3.99516e-07
-8.83203e-07
4.06436e-07
-8.22005e-07
3.37597e-07
-6.0871e-07
-5.40507e-07
2.99181e-07
2.38033e-07
1.43716e-08
-2.66767e-07
1.96706e-07
-6.33126e-08
1.47408e-07
-9.16711e-08
1.56404e-07
-1.04149e-07
3.07441e-07
-4.34407e-07
3.80978e-07
-8.86176e-07
3.93179e-07
-8.95403e-07
3.64222e-07
-7.93048e-07
3.32507e-07
-5.76995e-07
-5.09204e-07
3.01205e-07
2.58215e-07
4.52129e-08
-2.89056e-07
1.89349e-07
5.55487e-09
1.62101e-07
-6.44229e-08
1.92839e-07
-1.34886e-07
3.46983e-07
-5.88552e-07
3.92757e-07
-9.31951e-07
4.18137e-07
-9.20784e-07
3.67151e-07
-7.42062e-07
2.86785e-07
-4.96631e-07
-4.46211e-07
2.23792e-07
2.17146e-07
8.40932e-08
-2.56026e-07
1.7434e-07
4.83606e-08
1.79049e-07
-6.91314e-08
1.93884e-07
-1.49721e-07
3.07735e-07
-7.02402e-07
3.18689e-07
-9.42905e-07
3.08421e-07
-9.10516e-07
1.77249e-07
-6.1089e-07
1.52652e-07
-4.72034e-07
-4.39599e-07
1.46039e-07
1.04827e-07
1.07218e-07
-1.27952e-07
1.0997e-07
4.322e-08
1.5012e-07
-1.09281e-07
1.74353e-07
-1.73955e-07
2.27818e-07
-7.55868e-07
2.29517e-07
-9.44604e-07
1.65506e-07
-8.46506e-07
3.74416e-08
-4.82826e-07
-3.81925e-09
-4.30773e-07
-3.90746e-07
-5.26723e-08
1.58267e-07
8.92624e-08
-1.40311e-07
1.71366e-07
3.01199e-08
1.66521e-07
-1.04437e-07
1.53382e-07
-1.60815e-07
2.00272e-07
-8.02757e-07
1.9793e-07
-9.42262e-07
9.66011e-08
-7.45177e-07
-5.59883e-09
-3.80626e-07
-7.93006e-08
-3.5707e-07
-3.5392e-07
-1.16126e-07
2.17582e-07
8.12612e-08
-2.09581e-07
1.96812e-07
5.08869e-08
1.13586e-07
-2.12114e-08
1.0884e-07
-1.56068e-07
1.69605e-07
-8.63523e-07
1.47668e-07
-9.20326e-07
2.03131e-08
-6.17821e-07
-4.45797e-08
-3.15733e-07
-7.56255e-08
-3.26025e-07
-3.30161e-07
-9.93861e-08
1.766e-07
9.97377e-08
-1.95077e-07
1.10356e-07
1.17131e-07
2.89365e-08
6.02085e-08
1.23973e-07
-2.51105e-07
1.46651e-07
-8.862e-07
1.3478e-07
-9.08454e-07
-6.61716e-10
-4.82379e-07
-2.78644e-08
-2.8853e-07
-4.05057e-08
-3.13384e-07
-3.22412e-07
-4.82545e-08
1.2549e-07
1.27169e-07
-1.52922e-07
1.02123e-07
1.40498e-07
-2.80223e-09
1.65134e-07
1.06478e-07
-3.60386e-07
1.07219e-07
-8.8694e-07
9.14652e-08
-8.92699e-07
1.09528e-08
-4.01867e-07
-3.09131e-08
-2.46664e-07
-4.74598e-08
-2.96837e-07
-2.69126e-07
-1.00747e-07
-1.35439e-07
1.40493e-07
1.22115e-07
-1.56012e-07
1.61071e-07
-1.27353e-07
1.36474e-07
5.23715e-08
-5.40109e-07
1.83981e-08
-8.52967e-07
-2.61593e-08
-8.48141e-07
-1.7307e-07
-2.54956e-07
-2.25548e-07
-1.94184e-07
-3.13475e-07
-2.0891e-07
-2.25391e-07
-3.57209e-07
-2.5737e-07
1.17753e-07
2.8011e-07
-2.5753e-07
1.61228e-07
-1.08619e-07
-1.24373e-08
-5.19374e-08
-5.96791e-07
-3.32288e-08
-8.71676e-07
-3.28933e-08
-8.48477e-07
-5.18241e-08
-2.36025e-07
-1.91874e-07
-5.41337e-08
-3.00121e-07
-1.00663e-07
-9.97074e-08
-4.25804e-07
-9.23805e-08
8.92469e-08
1.20886e-07
-7.06231e-08
1.3947e-07
-8.8672e-08
5.61097e-09
-2.58304e-08
-6.59633e-07
-2.39002e-08
-8.73607e-07
-3.42634e-08
-8.38114e-07
-1.4213e-08
-2.56074e-07
-1.37513e-07
6.9167e-08
-2.87032e-07
4.8856e-08
-5.46156e-09
-3.81277e-07
5.4393e-08
-2.86017e-08
6.34556e-08
1.45287e-07
4.85759e-08
4.29479e-08
1.0795e-07
1.65495e-08
-6.33234e-07
7.70946e-09
-8.64768e-07
3.1785e-08
-8.6219e-07
2.53977e-07
-4.78266e-07
1.52774e-07
1.70371e-07
-1.30301e-08
2.1466e-07
1.41976e-07
-1.60467e-07
-3.26052e-08
-6.41601e-08
6.81634e-08
-4.43244e-08
6.02946e-08
-1.26605e-07
1.90229e-07
-6.0282e-08
-6.99557e-07
-1.84379e-08
-9.06612e-07
-3.55716e-09
-8.7707e-07
9.4226e-08
-5.76048e-07
1.49546e-07
1.15052e-07
1.57846e-07
2.06361e-07
2.09711e-07
9.01103e-08
-3.91806e-08
-4.90792e-08
2.40999e-08
-3.98942e-08
6.10082e-08
-9.51341e-08
2.45472e-07
5.83463e-08
-8.53039e-07
2.88995e-08
-8.77165e-07
2.44946e-08
-8.72665e-07
3.88664e-08
-5.9042e-07
2.49514e-07
-9.55959e-08
2.75651e-07
1.80224e-07
2.32081e-07
2.53281e-07
-2.86044e-07
4.61996e-08
1.90763e-07
-2.29196e-07
4.15816e-09
-7.87317e-08
9.50082e-08
-7.49986e-09
-9.2427e-07
-8.10166e-09
-8.76564e-07
5.43749e-09
-8.86204e-07
3.71012e-08
-6.22083e-07
6.77415e-08
-1.26236e-07
1.40932e-07
1.07034e-07
1.5026e-07
2.22753e-07
-5.84665e-07
-3.93014e-08
6.70192e-07
-4.5468e-07
-1.25863e-07
1.53987e-09
-3.61212e-07
-5.50268e-09
-9.17227e-07
-3.5767e-08
-8.463e-07
-7.0007e-08
-8.51963e-07
-4.09743e-08
-6.51115e-07
-1.59663e-07
-7.5451e-09
-6.61996e-08
1.35714e-08
3.43352e-08
4.9726e-08
-3.91021e-07
-6.11346e-08
4.12847e-07
-2.40621e-07
-2.7626e-07
5.90769e-08
-6.60913e-07
-6.70733e-09
-8.5144e-07
-2.60469e-08
-8.2696e-07
-5.54443e-08
-8.22566e-07
8.0175e-09
-7.14575e-07
-1.35961e-08
1.40695e-08
1.14809e-07
-1.14833e-07
2.10251e-08
1.2812e-07
-9.76218e-11
-7.99867e-08
1.89656e-08
-1.77168e-08
-2.58588e-07
-1.35544e-08
-6.65097e-07
-2.20085e-08
-8.42997e-07
-2.01939e-08
-8.28774e-07
-1.84932e-08
-8.24266e-07
1.14471e-07
-8.47539e-07
1.40464e-07
-1.19234e-08
2.92533e-07
-2.66903e-07
2.2789e-08
2.90777e-07
9.63173e-08
-1.14569e-07
-6.1736e-08
8.83891e-08
-2.50583e-07
4.55071e-08
-6.22183e-07
1.60396e-08
-8.13509e-07
-1.06259e-08
-8.02109e-07
-3.56945e-08
-7.99198e-07
-3.5391e-08
-8.47842e-07
2.00852e-07
-2.48168e-07
4.86663e-08
-1.14739e-07
3.10545e-08
4.03753e-08
9.35253e-08
-2.16314e-07
8.22399e-09
9.57093e-08
-2.52802e-07
3.42462e-08
-5.60759e-07
1.42054e-08
-7.93477e-07
-1.40546e-08
-7.73849e-07
-4.27671e-08
-7.70485e-07
-9.97178e-08
-7.9089e-07
1.76838e-07
-5.24709e-07
1.49616e-07
-8.75066e-08
1.11948e-07
6.87802e-08
3.99972e-08
-2.88003e-07
3.17016e-08
4.31834e-08
-2.55946e-07
3.22206e-08
-5.49783e-07
6.69068e-09
-7.67933e-07
-1.32599e-08
-7.53898e-07
-3.29449e-08
-7.508e-07
-6.05497e-08
-7.63279e-07
-4.08519e-08
-5.4445e-07
-1.60004e-07
3.16091e-08
2.04088e-07
-2.52173e-07
-3.21372e-08
-3.03072e-07
4.72073e-08
1.29008e-08
-3.01007e-07
6.42308e-08
-6.0112e-07
3.72077e-08
-7.40912e-07
4.37068e-09
-7.21061e-07
-2.7537e-08
-7.18892e-07
-5.3841e-08
-7.36975e-07
-8.78483e-08
-5.10437e-07
-1.47294e-07
9.10866e-08
2.7492e-07
-2.18127e-07
2.1487e-08
-3.29063e-07
4.50443e-09
5.32524e-08
-3.32768e-07
6.38785e-08
-6.11727e-07
3.9788e-08
-7.16816e-07
2.07242e-08
-7.01997e-07
4.10098e-09
-7.02269e-07
-1.97518e-08
-7.13128e-07
-4.21466e-08
-4.88056e-07
-9.98364e-08
1.48776e-07
3.14393e-07
-1.39315e-07
6.18489e-08
-3.31186e-07
-5.97291e-08
9.00586e-08
-3.61013e-07
6.96928e-08
-5.91402e-07
4.37753e-08
-6.90912e-07
1.10786e-08
-6.69301e-07
-2.76595e-08
-6.63531e-07
-5.20647e-08
-6.88725e-07
-4.33911e-08
-4.96724e-07
-5.45026e-08
1.59891e-07
2.69889e-07
-9.97666e-09
8.80353e-08
-2.99173e-07
-1.20047e-07
8.68406e-08
-3.59756e-07
4.14538e-08
-5.45991e-07
1.40894e-08
-6.63545e-07
-1.23207e-09
-6.5398e-07
-1.99622e-08
-6.44801e-07
-5.20985e-08
-6.56587e-07
-4.63079e-08
-5.02521e-07
-1.79199e-08
1.31502e-07
1.88056e-07
6.39232e-08
1.1e-07
-2.60348e-07
-1.48834e-07
1.00067e-07
-3.49885e-07
7.74138e-08
-5.23348e-07
4.52127e-08
-6.31344e-07
-3.80728e-09
-6.04959e-07
-3.02602e-08
-6.18348e-07
-5.87218e-08
-6.2812e-07
-6.20001e-08
-4.99243e-07
2.23544e-08
4.71418e-08
1.53501e-07
5.68958e-08
1.02861e-07
-2.08532e-07
-1.54678e-07
6.05419e-08
-3.07612e-07
5.54119e-08
-5.18248e-07
1.90579e-08
-5.94995e-07
2.95906e-10
-5.86197e-07
-3.84999e-08
-5.79552e-07
-6.8687e-08
-5.97931e-07
-6.90151e-08
-4.98913e-07
2.47395e-08
-4.66074e-08
1.11864e-07
6.63773e-08
1.03864e-07
-1.52318e-07
-1.60091e-07
5.84616e-08
-2.62162e-07
7.80759e-08
-5.37878e-07
4.70644e-08
-5.63984e-07
2.51052e-08
-5.64238e-07
-1.12009e-08
-5.43246e-07
-5.19021e-08
-5.5723e-07
-4.21556e-08
-5.08664e-07
3.85996e-08
-1.27361e-07
6.60979e-08
8.43676e-08
1.29649e-07
-1.03236e-07
-1.78739e-07
1.0998e-07
-2.42445e-07
1.02044e-07
-5.29939e-07
7.0527e-08
-5.32467e-07
2.75381e-08
-5.21249e-07
1.52139e-08
-5.30922e-07
-2.03731e-08
-5.21643e-07
2.15088e-08
-5.50544e-07
3.15633e-08
-1.37408e-07
6.75395e-08
3.01307e-08
1.33901e-07
-6.65404e-08
-1.70601e-07
1.29068e-07
-2.37625e-07
8.4557e-08
-4.85436e-07
4.08391e-08
-4.88749e-07
3.20903e-09
-4.83619e-07
-3.39627e-08
-4.9375e-07
-6.17369e-08
-4.93868e-07
-1.28e-07
-4.84278e-07
-9.51823e-08
-1.7022e-07
3.91173e-08
-6.67497e-08
1.4018e-07
-4.31145e-08
-1.63594e-07
1.1294e-07
-2.10378e-07
6.71162e-08
-4.39615e-07
2.651e-08
-4.48143e-07
-4.4931e-09
-4.52616e-07
-4.01085e-08
-4.58135e-07
-8.45643e-08
-4.49413e-07
-1.26637e-07
-4.42204e-07
-1.36401e-07
-1.60456e-07
3.20976e-08
-1.29379e-07
1.21498e-07
-5.29182e-08
-1.117e-07
1.39872e-07
-2.28766e-07
8.63242e-08
-3.86068e-07
3.80686e-08
-3.99887e-07
-4.38195e-09
-4.10166e-07
-4.99508e-08
-4.12566e-07
-9.0297e-08
-4.09066e-07
-1.4532e-07
-3.87181e-07
-1.24168e-07
-1.81608e-07
2.84842e-08
-1.20557e-07
5.34404e-08
-6.99922e-08
-3.63717e-08
1.15667e-07
-2.91007e-07
8.18947e-08
-3.52295e-07
5.00065e-08
-3.67999e-07
8.67412e-09
-3.68833e-07
-4.1686e-08
-3.62206e-07
-9.99641e-08
-3.50788e-07
-1.48827e-07
-3.38319e-07
-7.97711e-08
-2.50665e-07
-1.01906e-08
-4.10985e-08
1.41318e-07
-9.80397e-08
-1.13261e-07
1.31208e-07
-2.80862e-07
8.29428e-08
-3.04029e-07
2.67198e-08
-3.11776e-07
-2.51003e-08
-3.17013e-07
-6.98256e-08
-3.17481e-07
-1.05162e-07
-3.15452e-07
-1.40349e-07
-3.03132e-07
-1.08802e-07
-2.82212e-07
-6.77477e-08
-5.12454e-08
2.07115e-07
-1.97844e-07
-1.07311e-07
1.52966e-07
-2.26713e-07
1.08714e-07
-2.59776e-07
6.52381e-08
-2.683e-07
1.70585e-08
-2.68834e-07
-3.57717e-08
-2.6465e-07
-9.55885e-08
-2.55635e-07
-1.49876e-07
-2.48844e-07
-2.12638e-07
-2.1945e-07
-1.83548e-07
-9.68364e-08
1.25127e-07
-1.98941e-07
9.27602e-08
4.97301e-08
1.0926e-08
-2.27878e-08
-5.21538e-08
-7.62556e-08
-1.0526e-07
-1.30156e-07
-1.94654e-07
5.26099e-07
1.69882e-08
4.98159e-07
2.79397e-08
4.57766e-07
4.0393e-08
4.06514e-07
5.12525e-08
3.4919e-07
5.73234e-08
2.91699e-07
5.74904e-08
2.46431e-07
4.52685e-08
2.12276e-07
3.41546e-08
1.85638e-07
2.66375e-08
1.67256e-07
1.83823e-08
1.5044e-07
1.68153e-08
1.21371e-07
2.90692e-08
8.61304e-08
3.52404e-08
6.57415e-08
2.03886e-08
5.1804e-08
1.39373e-08
3.77521e-08
1.40517e-08
2.84827e-08
9.26916e-09
2.18185e-08
6.66393e-09
1.67166e-08
5.10168e-09
1.17371e-08
4.97924e-09
5.69183e-09
6.04498e-09
-2.46355e-11
5.7162e-09
-1.11153e-08
1.10904e-08
-3.84064e-08
2.72908e-08
-8.58481e-08
4.74415e-08
-1.33486e-07
4.76379e-08
-1.41826e-07
8.33956e-09
-1.31705e-07
-1.01218e-08
-1.21302e-07
-1.04026e-08
-1.21583e-07
2.80338e-10
-1.30762e-07
9.1791e-09
-1.40611e-07
9.84888e-09
-1.4534e-07
4.7285e-09
-1.38845e-07
-6.49576e-09
-1.16991e-07
-2.18542e-08
-8.48671e-08
-3.21238e-08
-5.13012e-08
-3.35661e-08
-2.13154e-08
-2.99861e-08
-3.20535e-10
-2.09951e-08
-3.20803e-10
4.90561e-07
2.91185e-08
4.72994e-07
4.55065e-08
4.52967e-07
6.04197e-08
4.23626e-07
8.0593e-08
3.82573e-07
9.83767e-08
3.35389e-07
1.04673e-07
2.87608e-07
9.30492e-08
2.43926e-07
7.78366e-08
2.05312e-07
6.5251e-08
1.7474e-07
4.89545e-08
1.52233e-07
3.93215e-08
1.32186e-07
4.9116e-08
1.03691e-07
6.37352e-08
7.48233e-08
4.92556e-08
5.52981e-08
3.3462e-08
3.85899e-08
3.07594e-08
2.69022e-08
2.09564e-08
1.73883e-08
1.61774e-08
1.12821e-08
1.12073e-08
7.15142e-09
9.10948e-09
1.34898e-09
1.18469e-08
-7.16097e-09
1.42257e-08
-2.43493e-08
2.82782e-08
-5.00067e-08
5.29477e-08
-8.26014e-08
8.00357e-08
-1.14178e-07
7.92137e-08
-1.18708e-07
1.28691e-08
-1.01158e-07
-2.76717e-08
-8.09721e-08
-3.05893e-08
-7.07144e-08
-9.97774e-09
-7.55045e-08
1.39687e-08
-8.83637e-08
2.27076e-08
-1.02955e-07
1.93193e-08
-1.09752e-07
3.01381e-10
-9.71685e-08
-3.44387e-08
-7.66428e-08
-5.265e-08
-5.27862e-08
-5.74233e-08
-2.75606e-08
-5.52122e-08
-5.74445e-09
-4.28118e-08
-6.06544e-09
4.59995e-07
3.91042e-08
4.4712e-07
5.83812e-08
4.30596e-07
7.6944e-08
4.09101e-07
1.02087e-07
3.81841e-07
1.25636e-07
3.42725e-07
1.43789e-07
2.91259e-07
1.44515e-07
2.4366e-07
1.25435e-07
2.07888e-07
1.01023e-07
1.77877e-07
7.89652e-08
1.48216e-07
6.89828e-08
1.17065e-07
8.02663e-08
8.8737e-08
9.20631e-08
6.4628e-08
7.33643e-08
3.90684e-08
5.90213e-08
1.56705e-08
5.41571e-08
-8.93465e-10
3.752e-08
-1.2539e-08
2.78226e-08
-2.12257e-08
1.98937e-08
-2.39179e-08
1.18013e-08
-1.9864e-08
7.79266e-09
-1.99522e-08
1.43136e-08
-3.42201e-08
4.25457e-08
-4.67479e-08
6.54751e-08
-4.35736e-08
7.6861e-08
-4.06462e-08
7.6286e-08
-5.54892e-08
2.77117e-08
-5.27558e-08
-3.04055e-08
-4.91087e-08
-3.42368e-08
-5.07336e-08
-8.35329e-09
-5.76017e-08
2.08365e-08
-6.90398e-08
3.41453e-08
-8.21518e-08
3.24309e-08
-8.52419e-08
3.391e-09
-7.53387e-08
-4.43422e-08
-6.22414e-08
-6.57477e-08
-4.44745e-08
-7.51905e-08
-2.73421e-08
-7.2345e-08
-1.35388e-08
-5.66154e-08
-1.96044e-08
4.42903e-07
5.30903e-08
4.26473e-07
7.48109e-08
4.02045e-07
1.01372e-07
3.67183e-07
1.36949e-07
3.17273e-07
1.75546e-07
2.67402e-07
1.9366e-07
2.30825e-07
1.81092e-07
2.00514e-07
1.55746e-07
1.73018e-07
1.28518e-07
1.45237e-07
1.06746e-07
1.09439e-07
1.04781e-07
7.66628e-08
1.13042e-07
5.3158e-08
1.15568e-07
3.68446e-08
8.96774e-08
1.44105e-08
8.14553e-08
-9.48728e-09
7.80545e-08
-2.76578e-08
5.56903e-08
-4.00797e-08
4.02443e-08
-5.14996e-08
3.13133e-08
-5.86145e-08
1.89159e-08
-5.88683e-08
8.04621e-09
-5.67962e-08
1.22412e-08
-5.02256e-08
3.59748e-08
-3.85286e-08
5.37777e-08
-2.33079e-08
6.164e-08
-7.58942e-09
6.05671e-08
-1.52238e-08
3.53458e-08
-3.92115e-08
-6.41809e-09
-5.66098e-08
-1.68388e-08
-6.56366e-08
6.73179e-10
-6.55486e-08
2.07481e-08
-6.08553e-08
2.94517e-08
-5.89278e-08
3.0503e-08
-5.35497e-08
-1.98739e-09
-5.25712e-08
-4.53211e-08
-4.19397e-08
-7.63795e-08
-2.45988e-08
-9.25317e-08
-1.38122e-08
-8.31319e-08
-9.70503e-09
-6.07229e-08
-2.93095e-08
3.53895e-07
7.04839e-08
3.35012e-07
9.36934e-08
2.77545e-07
1.58839e-07
1.85891e-07
2.28603e-07
1.27738e-07
2.33699e-07
1.12833e-07
2.08565e-07
1.1921e-07
1.74715e-07
1.18674e-07
1.56281e-07
1.05265e-07
1.41927e-07
8.57594e-08
1.26252e-07
6.49209e-08
1.2562e-07
4.61806e-08
1.31782e-07
3.45382e-08
1.2721e-07
2.34401e-08
1.00775e-07
8.02617e-09
9.6869e-08
-7.74601e-09
9.38265e-08
-2.35957e-08
7.15398e-08
-4.03475e-08
5.69959e-08
-5.55625e-08
4.65281e-08
-7.02939e-08
3.3647e-08
-8.19812e-08
1.97333e-08
-8.81568e-08
1.84166e-08
-7.68494e-08
2.46671e-08
-5.75471e-08
3.44752e-08
-2.92468e-08
3.33394e-08
-4.11359e-09
3.54336e-08
1.70526e-09
2.95267e-08
-1.81851e-08
1.3472e-08
-3.76841e-08
2.65994e-09
-4.1848e-08
4.83679e-09
-3.868e-08
1.75797e-08
-3.28215e-08
2.3593e-08
-2.55457e-08
2.32269e-08
-2.92895e-08
1.75612e-09
-4.03368e-08
-3.4274e-08
-2.96394e-08
-8.70771e-08
-1.1194e-08
-1.10977e-07
-2.36954e-09
-9.19566e-08
-4.73815e-09
-5.83545e-08
-3.40478e-08
1.23477e-07
1.07947e-07
6.49395e-08
1.5223e-07
6.6946e-09
2.17083e-07
-2.66973e-08
2.61995e-07
-5.65323e-09
2.12655e-07
3.15392e-08
1.71372e-07
5.26288e-08
1.53626e-07
5.69904e-08
1.5192e-07
5.08516e-08
1.48066e-07
3.97423e-08
1.37361e-07
2.9162e-08
1.362e-07
1.8516e-08
1.42428e-07
1.80208e-08
1.27705e-07
8.57431e-09
1.10222e-07
-1.55962e-09
1.07003e-07
-9.76828e-09
1.02035e-07
-1.69837e-08
7.8755e-08
-2.5494e-08
6.5506e-08
-3.41337e-08
5.51678e-08
-4.32257e-08
4.27388e-08
-5.17231e-08
2.82305e-08
-5.59248e-08
2.26181e-08
-5.15866e-08
2.03287e-08
-3.69759e-08
1.98643e-08
-7.87505e-09
4.23841e-09
3.31194e-08
-5.56104e-09
6.65057e-08
-3.8599e-09
9.09405e-08
-1.09631e-08
9.75634e-08
-3.96318e-09
9.57689e-08
6.63107e-09
8.74446e-08
2.59038e-08
6.62381e-08
4.47992e-08
4.01384e-08
4.93263e-08
1.4873e-09
4.0407e-08
-2.99304e-08
-2.8565e-09
-3.3483e-08
-8.35247e-08
-2.35926e-08
-1.20868e-07
-8.50819e-09
-1.07041e-07
-1.75241e-09
-6.51105e-08
-3.58003e-08
-1.44351e-07
1.38656e-07
-1.66342e-07
1.74221e-07
-1.55784e-07
2.06525e-07
-9.56724e-08
2.01884e-07
-3.85929e-08
1.55575e-07
-5.83324e-09
1.38612e-07
8.98628e-09
1.38806e-07
1.5088e-08
1.45818e-07
1.53493e-08
1.47804e-07
7.42958e-09
1.4528e-07
-3.27082e-09
1.469e-07
-1.04239e-08
1.49581e-07
-1.1666e-08
1.28947e-07
-1.93068e-08
1.17862e-07
-2.53033e-08
1.12999e-07
-2.33763e-08
1.00108e-07
-2.21678e-08
7.75464e-08
-2.05849e-08
6.39229e-08
-1.7167e-08
5.17497e-08
-9.86639e-09
3.5438e-08
-8.76223e-09
2.71262e-08
-1.58803e-08
2.9736e-08
-1.87741e-08
2.32224e-08
-1.25876e-08
1.36777e-08
5.64902e-10
-8.91429e-09
2.61689e-08
-3.11652e-08
6.14082e-08
-3.90993e-08
8.93494e-08
-3.89045e-08
1.08801e-07
-2.34151e-08
1.04712e-07
1.07198e-08
9.50851e-08
3.55308e-08
7.90807e-08
6.08035e-08
5.25558e-08
7.5851e-08
1.69813e-08
7.59813e-08
-1.3975e-08
2.80996e-08
-3.09609e-08
-6.6539e-08
-3.57815e-08
-1.16048e-07
-3.73554e-08
-1.05468e-07
-1.25759e-08
-8.98902e-08
-4.83763e-08
-2.47475e-07
1.38188e-07
-2.15596e-07
1.42342e-07
-1.56797e-07
1.47726e-07
-8.17132e-08
1.268e-07
-3.83095e-08
1.12171e-07
-2.13028e-08
1.21606e-07
-1.36041e-08
1.31107e-07
-8.50484e-09
1.40719e-07
-1.23856e-08
1.51685e-07
-2.56665e-08
1.58561e-07
-4.06871e-08
1.6192e-07
-4.22935e-08
1.51187e-07
-4.66832e-08
1.33337e-07
-5.3002e-08
1.24181e-07
-5.24126e-08
1.1241e-07
-4.37944e-08
9.14896e-08
-3.4612e-08
6.8364e-08
-2.74303e-08
5.67411e-08
-1.59879e-08
4.03072e-08
-4.07646e-09
2.35265e-08
4.79921e-09
1.82505e-08
6.88185e-09
2.76532e-08
8.15679e-09
2.19473e-08
1.28709e-08
8.96349e-09
1.878e-08
-1.48236e-08
3.54678e-08
-4.78532e-08
6.08226e-08
-6.44542e-08
8.49952e-08
-6.30773e-08
9.08228e-08
-2.92429e-08
8.26841e-08
1.88584e-08
6.21377e-08
5.60772e-08
4.54403e-08
7.75008e-08
3.91246e-08
8.21666e-08
3.80191e-08
7.70867e-08
3.21233e-08
3.39952e-08
7.10937e-09
-4.15252e-08
-1.11396e-08
-9.77988e-08
-2.24343e-08
-9.41731e-08
-1.61119e-08
-9.62128e-08
-6.44884e-08
-1.97707e-07
1.0045e-07
-1.44447e-07
8.90821e-08
-8.71787e-08
9.04577e-08
-5.09692e-08
9.05904e-08
-3.95496e-08
1.00752e-07
-3.78834e-08
1.19939e-07
-4.38317e-08
1.37055e-07
-5.62159e-08
1.53103e-07
-7.07487e-08
1.66217e-07
-8.36984e-08
1.71511e-07
-8.85453e-08
1.66767e-07
-8.98472e-08
1.52489e-07
-9.16449e-08
1.35134e-07
-8.71466e-08
1.19683e-07
-7.51849e-08
1.00448e-07
-5.94869e-08
7.57916e-08
-5.01422e-08
5.90192e-08
-4.13015e-08
4.79004e-08
-3.129e-08
3.02957e-08
-2.05563e-08
1.27927e-08
-1.0768e-08
8.46201e-09
-2.01499e-10
1.70867e-08
5.34801e-09
1.63977e-08
1.04431e-08
3.86835e-09
1.11669e-08
-1.55476e-08
7.64041e-09
-4.43267e-08
5.02212e-09
-6.1836e-08
5.40995e-09
-6.34652e-08
1.32689e-08
-3.71019e-08
2.16496e-08
1.04777e-08
3.34455e-08
4.42812e-08
2.39591e-08
8.69872e-08
2.17979e-08
8.43277e-08
1.88733e-08
8.00112e-08
2.11302e-08
3.17382e-08
1.04113e-08
-3.08064e-08
1.37393e-09
-8.87615e-08
-7.23122e-10
-9.20762e-08
-3.89764e-09
-9.30384e-08
-6.83861e-08
-9.77909e-08
5.68011e-08
-6.85417e-08
5.98329e-08
-5.25851e-08
7.45011e-08
-5.09881e-08
8.89934e-08
-5.99069e-08
1.09671e-07
-8.05973e-08
1.4063e-07
-1.08363e-07
1.64821e-07
-1.29591e-07
1.74331e-07
-1.36876e-07
1.73502e-07
-1.34035e-07
1.68669e-07
-1.30218e-07
1.62951e-07
-1.23465e-07
1.45736e-07
-1.12913e-07
1.24582e-07
-9.72196e-08
1.03989e-07
-7.95298e-08
8.27578e-08
-6.09654e-08
5.72272e-08
-4.88882e-08
4.69419e-08
-4.37033e-08
4.27154e-08
-4.2367e-08
2.89593e-08
-4.13032e-08
1.17289e-08
-3.66302e-08
3.78901e-09
-2.60112e-08
6.46769e-09
-2.30765e-08
1.34629e-08
-2.22052e-08
2.99693e-09
-2.62858e-08
-1.1467e-08
-3.4649e-08
-3.59636e-08
-4.41864e-08
-5.22987e-08
-5.19894e-08
-5.56623e-08
-5.0511e-08
-3.85804e-08
-4.01705e-08
1.3717e-10
-2.44395e-08
2.85501e-08
-1.48619e-08
7.74096e-08
-8.6041e-09
7.80698e-08
-1.43187e-08
8.57258e-08
-1.71029e-08
3.45224e-08
-6.66093e-09
-4.12485e-08
-7.70459e-09
-8.7718e-08
-5.82389e-09
-9.3957e-08
-4.38187e-09
-9.44806e-08
-7.2768e-08
-5.18985e-08
5.07723e-08
-5.97997e-08
6.77341e-08
-7.47551e-08
8.94565e-08
-9.92881e-08
1.13526e-07
-1.32068e-07
1.4245e-07
-1.59281e-07
1.67843e-07
-1.72181e-07
1.77721e-07
-1.75795e-07
1.77945e-07
-1.70809e-07
1.68516e-07
-1.62605e-07
1.60466e-07
-1.48107e-07
1.48453e-07
-1.31291e-07
1.2892e-07
-1.08543e-07
1.01835e-07
-8.28875e-08
7.83335e-08
-5.97566e-08
5.96269e-08
-4.44637e-08
4.19342e-08
-3.23902e-08
3.48685e-08
-2.42824e-08
3.46075e-08
-2.78101e-08
3.2487e-08
-3.84503e-08
2.23692e-08
-4.11593e-08
6.498e-09
-3.48095e-08
1.17883e-10
-2.91703e-08
7.82376e-09
-3.02054e-08
4.03196e-09
-3.68408e-08
-4.83159e-09
-5.06355e-08
-2.2169e-08
-6.62869e-08
-3.66473e-08
-8.31654e-08
-3.87838e-08
-9.79022e-08
-2.38437e-08
-9.28368e-08
-4.92829e-09
-8.44365e-08
2.01498e-08
-7.82406e-08
7.12137e-08
-8.88477e-08
8.86769e-08
-6.53556e-08
6.22335e-08
-3.90155e-08
8.18217e-09
-1.20918e-08
-6.81723e-08
-9.82776e-09
-8.99821e-08
-5.40053e-09
-9.83844e-08
-2.84124e-09
-9.704e-08
-7.56092e-08
-1.03303e-07
7.11062e-08
-1.31896e-07
9.63272e-08
-1.63722e-07
1.21282e-07
-1.91978e-07
1.41782e-07
-2.04387e-07
1.5486e-07
-2.04058e-07
1.67514e-07
-2.00166e-07
1.73828e-07
-1.92771e-07
1.7055e-07
-1.83063e-07
1.58808e-07
-1.63472e-07
1.40875e-07
-1.42938e-07
1.27918e-07
-1.11813e-07
9.77951e-08
-7.58749e-08
6.5896e-08
-4.24605e-08
4.49191e-08
-2.00362e-08
3.72025e-08
-7.14318e-09
2.90412e-08
2.04594e-09
2.56794e-08
7.09498e-09
2.95585e-08
4.89741e-09
3.46846e-08
-1.1808e-08
3.90746e-08
-2.94092e-08
2.40992e-08
-2.99703e-08
6.7895e-10
-1.88235e-08
-3.32298e-09
-1.7665e-08
2.87345e-09
-2.16178e-08
-8.7889e-10
-2.96056e-08
-1.41812e-08
-4.02679e-08
-2.5985e-08
-5.03564e-08
-2.86954e-08
-6.58394e-08
-8.36077e-09
-8.53094e-08
1.45416e-08
-9.73804e-08
3.22206e-08
-8.7073e-08
6.09061e-08
-6.75245e-08
6.91282e-08
-5.39493e-08
4.86582e-08
-2.46782e-08
-2.10891e-08
-1.3454e-08
-7.93967e-08
-9.98979e-09
-9.34465e-08
-5.79555e-09
-1.02579e-07
-3.34406e-09
-9.94916e-08
-7.89534e-08
-2.20826e-07
9.68205e-08
-2.40589e-07
1.1609e-07
-2.46639e-07
1.27332e-07
-2.45533e-07
1.40677e-07
-2.38351e-07
1.47678e-07
-2.2702e-07
1.56182e-07
-2.08223e-07
1.55031e-07
-1.8718e-07
1.49507e-07
-1.66342e-07
1.3797e-07
-1.39655e-07
1.14188e-07
-1.06536e-07
9.47996e-08
-6.65299e-08
5.77887e-08
-3.10744e-08
3.04405e-08
-2.70005e-09
1.65446e-08
1.95878e-08
1.49146e-08
2.95123e-08
1.91166e-08
3.46744e-08
2.05171e-08
4.22755e-08
2.19572e-08
4.74072e-08
2.95528e-08
3.37265e-08
5.27551e-08
9.80111e-09
4.80246e-08
-3.20869e-09
1.36887e-08
-2.08159e-09
-4.45013e-09
-9.73956e-09
1.05314e-08
-1.91375e-08
8.519e-09
-3.14523e-08
-1.86643e-09
-4.78584e-08
-9.57901e-09
-6.3032e-08
-1.3522e-08
-7.50796e-08
3.68668e-09
-8.59634e-08
2.54252e-08
-8.63034e-08
3.25604e-08
-7.13288e-08
4.59313e-08
-5.29677e-08
5.07668e-08
-3.05012e-08
2.61915e-08
-1.30399e-08
-3.85507e-08
-1.38012e-08
-7.86356e-08
-1.19537e-08
-9.52941e-08
-9.12106e-09
-1.05412e-07
-4.02559e-09
-1.04587e-07
-8.29791e-08
-2.56978e-07
1.05602e-07
-2.59511e-07
1.18624e-07
-2.55978e-07
1.23799e-07
-2.47541e-07
1.3224e-07
-2.37126e-07
1.37263e-07
-2.17037e-07
1.36094e-07
-1.94127e-07
1.32121e-07
-1.71684e-07
1.27064e-07
-1.48571e-07
1.14858e-07
-1.19198e-07
8.48153e-08
-8.1737e-08
5.73382e-08
-3.89519e-08
1.50036e-08
-2.57583e-09
-5.93568e-09
2.36742e-08
-9.70555e-09
4.31588e-08
-4.57005e-09
5.28921e-08
9.38314e-09
5.31345e-08
2.02746e-08
5.12058e-08
2.38858e-08
4.8702e-08
3.20565e-08
4.15657e-08
5.98913e-08
2.80931e-08
6.1497e-08
1.13257e-08
3.0456e-08
-4.87254e-10
7.3628e-09
-1.20792e-08
2.21233e-08
-2.20586e-08
1.84984e-08
-3.46825e-08
1.07573e-08
-5.19889e-08
7.72738e-09
-7.05277e-08
5.01674e-09
-7.86749e-08
1.18337e-08
-7.53148e-08
2.20649e-08
-6.42941e-08
2.15395e-08
-5.11951e-08
3.2832e-08
-3.72084e-08
3.67799e-08
-1.52393e-08
4.22213e-09
-1.47695e-08
-3.90207e-08
-2.35633e-08
-6.98422e-08
-2.44077e-08
-9.445e-08
-1.97395e-08
-1.1008e-07
-1.12062e-08
-1.13121e-07
-9.41855e-08
-2.47204e-07
9.99429e-08
-2.40474e-07
1.11894e-07
-2.32359e-07
1.15683e-07
-2.16553e-07
1.16434e-07
-1.92075e-07
1.12784e-07
-1.62376e-07
1.06395e-07
-1.35536e-07
1.05281e-07
-1.12965e-07
1.04493e-07
-8.92626e-08
9.11553e-08
-6.02786e-08
5.58312e-08
-1.66077e-08
1.36674e-08
2.10851e-08
-2.26892e-08
5.06208e-08
-3.54714e-08
7.04623e-08
-2.9547e-08
7.56891e-08
-9.79692e-09
7.40269e-08
1.10454e-08
6.73278e-08
2.69737e-08
5.74676e-08
3.3746e-08
4.60712e-08
4.34529e-08
3.98765e-08
6.6086e-08
3.26805e-08
6.86929e-08
2.56539e-08
3.74825e-08
9.0083e-09
2.40084e-08
-7.87129e-09
3.90028e-08
-1.92271e-08
2.98542e-08
-2.61605e-08
1.76907e-08
-3.46818e-08
1.62487e-08
-4.89316e-08
1.92664e-08
-6.20139e-08
2.49159e-08
-7.09268e-08
3.09777e-08
-7.78833e-08
2.84959e-08
-7.87549e-08
3.37034e-08
-7.37944e-08
3.18192e-08
-6.20372e-08
-7.53527e-09
-5.97159e-08
-4.13422e-08
-5.81058e-08
-7.14525e-08
-5.26584e-08
-9.98976e-08
-3.98295e-08
-1.22909e-07
-2.25623e-08
-1.30388e-07
-1.16748e-07
-2.12244e-07
7.57987e-08
-1.94168e-07
9.38184e-08
-1.74244e-07
9.57593e-08
-1.47485e-07
8.96753e-08
-1.15372e-07
8.06717e-08
-8.82847e-08
7.93074e-08
-6.62874e-08
8.32843e-08
-3.27855e-08
7.09909e-08
4.39215e-09
5.39778e-08
4.05785e-08
1.9645e-08
6.45738e-08
-1.03278e-08
8.13863e-08
-3.95016e-08
9.89932e-08
-5.30781e-08
1.11075e-07
-4.16282e-08
1.10621e-07
-9.34371e-09
9.04315e-08
3.12355e-08
7.62158e-08
4.11894e-08
6.44859e-08
4.5476e-08
5.38903e-08
5.40486e-08
4.01595e-08
7.98168e-08
3.13195e-08
7.7533e-08
2.07371e-08
4.8065e-08
-1.56654e-09
4.6312e-08
-1.30038e-08
5.04401e-08
-1.9185e-08
3.60354e-08
-1.95208e-08
1.80264e-08
-1.94413e-08
1.61692e-08
-2.85152e-08
2.83402e-08
-5.07873e-08
4.7188e-08
-5.90738e-08
3.92641e-08
-6.74641e-08
3.68861e-08
-7.61643e-08
4.24034e-08
-7.09435e-08
2.65983e-08
-7.4786e-08
-3.69297e-09
-7.17474e-08
-4.43809e-08
-6.26546e-08
-8.05454e-08
-5.4052e-08
-1.085e-07
-4.05539e-08
-1.36407e-07
-2.33029e-08
-1.47639e-07
-1.40051e-07
-1.27862e-07
5.21234e-08
-1.09026e-07
7.49825e-08
-8.8401e-08
7.51345e-08
-6.33603e-08
6.46347e-08
-3.86193e-08
5.59307e-08
-2.35818e-08
6.427e-08
-8.05688e-09
6.77594e-08
1.01197e-08
5.28145e-08
2.97918e-08
3.43057e-08
3.99891e-08
9.44779e-09
4.28146e-08
-1.31532e-08
5.87626e-08
-5.54494e-08
7.70499e-08
-7.13653e-08
8.91886e-08
-5.37667e-08
7.82581e-08
1.58702e-09
5.50477e-08
5.4446e-08
4.96429e-08
4.65944e-08
4.50024e-08
5.01167e-08
3.37423e-08
6.53089e-08
1.10661e-08
1.02493e-07
1.51688e-09
8.70823e-08
-1.16161e-08
6.1198e-08
-2.03696e-08
5.50656e-08
-1.57754e-08
4.58458e-08
-6.78545e-09
2.70454e-08
-4.7787e-09
1.60196e-08
-1.63975e-09
1.30302e-08
-5.05353e-10
2.72058e-08
-2.41494e-08
7.08319e-08
-4.87215e-08
6.38362e-08
-5.77657e-08
4.59301e-08
-6.19364e-08
4.65741e-08
-5.67415e-08
2.14034e-08
-5.23722e-08
-8.06233e-09
-4.82822e-08
-4.84709e-08
-4.29971e-08
-8.58305e-08
-3.79074e-08
-1.1359e-07
-3.16591e-08
-1.42656e-07
-1.69484e-08
-1.6235e-07
-1.56999e-07
-8.44029e-08
3.20063e-08
-6.02136e-08
5.07931e-08
-4.0018e-08
5.49388e-08
-2.52809e-08
4.98976e-08
-1.50872e-08
4.5737e-08
-1.0174e-09
5.02001e-08
9.2134e-09
5.75286e-08
1.21812e-08
4.98467e-08
7.26609e-09
3.92209e-08
-4.69015e-09
2.14041e-08
-1.87931e-08
9.49802e-10
-2.17349e-08
-5.25075e-08
-2.62935e-08
-6.68067e-08
-1.85225e-08
-6.15376e-08
2.90315e-09
-1.98385e-08
4.90525e-08
8.29673e-09
6.64835e-08
2.91636e-08
4.83332e-08
6.82671e-08
1.74252e-08
9.6217e-08
3.19586e-09
1.16722e-07
-8.13431e-09
9.84126e-08
-2.93012e-08
8.23649e-08
-4.03477e-08
6.61121e-08
-3.37254e-08
3.92235e-08
-2.40128e-08
1.73328e-08
-1.73812e-08
9.38787e-09
-1.402e-08
9.66891e-09
-2.28687e-09
1.54724e-08
4.46921e-09
6.40757e-08
-7.94583e-09
7.6251e-08
-1.75801e-08
5.55643e-08
-1.32579e-08
4.22518e-08
-8.2498e-09
1.63952e-08
-1.71662e-09
-1.45955e-08
7.22075e-09
-5.74082e-08
1.01019e-08
-8.87115e-08
5.62295e-09
-1.09111e-07
-3.63142e-09
-1.33401e-07
-5.20908e-09
-1.60772e-07
-1.62208e-07
-8.13586e-08
-8.27934e-09
-5.22786e-08
2.17131e-08
-3.88777e-08
4.15378e-08
-2.73629e-08
3.83828e-08
-2.06789e-08
3.9053e-08
-1.12918e-08
4.08131e-08
2.45747e-09
4.37794e-08
1.09477e-08
4.13564e-08
7.53778e-09
4.26309e-08
-2.11976e-09
3.10616e-08
-1.80979e-08
1.6928e-08
-4.1025e-08
-2.95804e-08
-4.61043e-08
-6.17273e-08
-3.88103e-08
-6.88315e-08
-5.24086e-09
-5.3408e-08
4.10426e-08
-3.79866e-08
7.81935e-08
-7.98726e-09
8.46804e-08
6.17803e-08
5.05293e-08
1.30368e-07
3.38339e-08
1.33418e-07
2.7696e-08
1.0455e-07
-1.78022e-09
1.11841e-07
-4.06907e-08
1.05023e-07
-5.79617e-08
5.64945e-08
-5.12737e-08
1.06447e-08
-3.97371e-08
-2.14888e-09
-2.95542e-08
-5.14179e-10
-1.5912e-08
1.83001e-09
1.99687e-08
2.81948e-08
4.45828e-08
5.16368e-08
5.90553e-08
4.10916e-08
7.27198e-08
2.85873e-08
8.17837e-08
7.33128e-09
8.60554e-08
-1.88671e-08
8.42256e-08
-5.55782e-08
7.8691e-08
-8.31767e-08
6.30401e-08
-9.34597e-08
3.98438e-08
-1.10204e-07
1.74285e-08
-1.38356e-07
-1.44779e-07
-1.21275e-07
-2.17512e-08
-9.34459e-08
-6.11595e-09
-5.5769e-08
3.86096e-09
-3.75098e-08
2.01235e-08
-2.53455e-08
2.68887e-08
-1.33959e-08
2.88636e-08
2.06533e-09
2.83182e-08
1.27361e-08
3.06857e-08
1.66014e-08
3.87657e-08
2.43723e-08
2.32909e-08
4.084e-08
4.60421e-10
4.43538e-08
-3.30941e-08
4.14629e-08
-5.88364e-08
3.25172e-08
-5.98856e-08
3.35101e-08
-5.44007e-08
3.88712e-08
-4.33477e-08
5.76248e-08
-2.67408e-08
8.68567e-08
3.25484e-08
7.99994e-08
1.37225e-07
6.53789e-08
1.48038e-07
5.91907e-08
1.10739e-07
5.19632e-08
1.19069e-07
3.16719e-08
1.25314e-07
3.71925e-09
8.44471e-08
-1.28251e-08
2.71889e-08
-1.67682e-08
1.79408e-09
-8.97588e-09
-8.3066e-09
1.87725e-09
-9.02324e-09
3.2112e-08
-2.04001e-09
6.65549e-08
1.71938e-08
9.19056e-08
1.57409e-08
1.07153e-07
1.33401e-08
1.18651e-07
-4.16661e-09
1.28827e-07
-2.90433e-08
1.17753e-07
-4.4504e-08
9.70575e-08
-6.24808e-08
7.26796e-08
-6.90815e-08
4.74598e-08
-8.49842e-08
2.40918e-08
-1.14988e-07
-1.20687e-07
-8.62582e-08
-2.67692e-08
-7.64745e-08
-1.58996e-08
-6.47139e-08
-7.89961e-09
-5.37372e-08
9.14697e-09
-3.29998e-08
6.15142e-09
-1.22023e-08
8.06617e-09
8.58897e-09
7.52718e-09
1.87786e-08
2.04963e-08
3.98931e-08
1.76514e-08
5.79702e-08
5.21399e-09
7.28463e-08
-1.44155e-08
7.7035e-08
-3.72826e-08
6.86762e-08
-5.04773e-08
6.02163e-08
-5.14255e-08
5.1983e-08
-4.61673e-08
4.43581e-08
-3.57226e-08
3.96172e-08
-2.19998e-08
6.17646e-08
1.04011e-08
8.75848e-08
1.11405e-07
1.01821e-07
1.33802e-07
8.94654e-08
1.23094e-07
9.28609e-08
1.15673e-07
1.08316e-07
1.09859e-07
1.08763e-07
8.39996e-08
8.32403e-08
5.27118e-08
6.15091e-08
2.35253e-08
5.31488e-08
5.37073e-11
5.26014e-08
-8.47583e-09
6.08432e-08
-1.02817e-08
8.59674e-08
-7.93028e-09
1.10315e-07
-8.60606e-09
1.31402e-07
-7.74666e-09
1.41083e-07
-1.38478e-08
1.33805e-07
-2.17651e-08
1.1551e-07
-2.62083e-08
8.92643e-08
-3.62347e-08
6.12985e-08
-4.11154e-08
3.7514e-08
-6.11994e-08
1.64094e-08
-9.38828e-08
-1.04278e-07
-6.03743e-08
-3.36416e-08
-5.54303e-08
-2.08436e-08
-5.6554e-08
-6.77583e-09
-4.97447e-08
2.33778e-09
-4.40647e-08
4.71598e-10
-3.24737e-08
-3.52474e-09
-1.77473e-08
-7.19898e-09
4.66459e-09
-1.91546e-09
2.92209e-08
-6.90471e-09
5.24428e-08
-1.80077e-08
6.88103e-08
-3.07828e-08
7.27708e-08
-4.12428e-08
6.96233e-08
-4.73297e-08
6.448e-08
-4.6282e-08
5.82969e-08
-3.9984e-08
4.97636e-08
-2.71891e-08
3.69895e-08
-9.22547e-09
3.77035e-08
9.6871e-09
7.37308e-08
7.5378e-08
9.71951e-08
1.10338e-07
1.14524e-07
1.05765e-07
1.22595e-07
1.07602e-07
1.45377e-07
8.70769e-08
1.6106e-07
6.83166e-08
1.58471e-07
5.53003e-08
1.50911e-07
3.10856e-08
1.39248e-07
1.17168e-08
1.25281e-07
5.49146e-09
1.16883e-07
-1.88398e-09
1.19758e-07
-1.08042e-08
1.26236e-07
-1.50844e-08
1.33251e-07
-1.47608e-08
1.33971e-07
-1.45682e-08
1.24842e-07
-1.26357e-08
1.07569e-07
-8.93501e-09
8.4761e-08
-1.3426e-08
6.01802e-08
-1.65343e-08
4.20061e-08
-4.30249e-08
2.21396e-08
-7.40159e-08
-8.21379e-08
-5.23926e-08
-3.54332e-08
-5.01412e-08
-2.3095e-08
-4.59072e-08
-1.10098e-08
-3.90159e-08
-4.55343e-09
-3.40185e-08
-4.52574e-09
-2.86205e-08
-8.92261e-09
-2.1446e-08
-1.43734e-08
-4.97573e-09
-1.83856e-08
1.26201e-08
-2.45004e-08
2.49722e-08
-3.03596e-08
3.1231e-08
-3.70413e-08
3.98643e-08
-4.98759e-08
4.88499e-08
-5.63152e-08
5.4643e-08
-5.20748e-08
5.55257e-08
-4.08665e-08
4.5031e-08
-1.66942e-08
2.73939e-08
8.41173e-09
1.59006e-08
2.11804e-08
4.27342e-08
4.85444e-08
7.97354e-08
7.33364e-08
9.66263e-08
8.88744e-08
1.19498e-07
8.47306e-08
1.54929e-07
5.16458e-08
1.74052e-07
4.91929e-08
1.75993e-07
5.33594e-08
1.74937e-07
3.21418e-08
1.62694e-07
2.396e-08
1.43834e-07
2.4351e-08
1.34959e-07
6.99186e-09
1.3465e-07
-1.04954e-08
1.35053e-07
-1.54866e-08
1.34223e-07
-1.39311e-08
1.25868e-07
-6.21249e-09
1.08203e-07
5.02916e-09
8.68775e-08
1.23911e-08
6.36598e-08
9.79194e-09
3.52946e-08
1.18311e-08
2.81553e-08
-3.58854e-08
1.57022e-08
-6.15626e-08
-6.6436e-08
-3.05791e-08
-2.7429e-08
-3.59996e-08
-1.76744e-08
-4.04053e-08
-6.60419e-09
-4.1724e-08
-3.23472e-09
-3.93303e-08
-6.91951e-09
-3.71565e-08
-1.10963e-08
-3.49459e-08
-1.6584e-08
-3.32626e-08
-2.00687e-08
-2.99235e-08
-2.78394e-08
-2.09007e-08
-3.93823e-08
-7.69128e-09
-5.02507e-08
1.17521e-08
-6.93192e-08
2.74904e-08
-7.20533e-08
3.42182e-08
-5.88025e-08
3.80656e-08
-4.47137e-08
2.68947e-08
-5.52316e-09
8.45223e-09
2.68543e-08
-3.92025e-10
3.00247e-08
1.32871e-08
3.48653e-08
3.87632e-08
4.78601e-08
6.64198e-08
6.12177e-08
9.85635e-08
5.25866e-08
1.31388e-07
1.88207e-08
1.54142e-07
2.64391e-08
1.71676e-07
3.58257e-08
1.59825e-07
4.39926e-08
1.38919e-07
4.48665e-08
1.3749e-07
2.57799e-08
1.44043e-07
4.39149e-10
1.44061e-07
-1.05128e-08
1.38218e-07
-9.64344e-09
1.27272e-07
-2.98484e-09
1.10043e-07
1.10166e-08
9.24722e-08
2.26001e-08
7.397e-08
3.08935e-08
3.5555e-08
4.82071e-08
1.0002e-08
3.73842e-08
1.17171e-08
-3.76005e-08
5.98209e-09
-5.58279e-08
-6.04544e-08
1.18102e-08
-2.10739e-08
-9.92075e-10
-4.87215e-09
-1.72022e-08
9.60597e-09
-3.00117e-08
9.57474e-09
-3.65338e-08
-3.97427e-10
-4.10422e-08
-6.58784e-09
-4.60741e-08
-1.1552e-08
-4.70812e-08
-1.90615e-08
-4.29286e-08
-3.1992e-08
-2.91e-08
-5.32108e-08
-6.51554e-09
-7.2835e-08
1.44251e-08
-9.02598e-08
2.3281e-08
-8.09092e-08
1.95611e-08
-5.50826e-08
1.52128e-08
-4.03653e-08
5.04576e-09
4.64393e-09
2.23806e-09
2.96621e-08
1.0412e-08
2.18507e-08
1.85675e-08
2.67097e-08
1.75425e-08
4.8885e-08
6.7882e-09
7.19718e-08
2.66749e-08
3.26998e-08
5.38988e-08
-8.40335e-09
7.67815e-08
3.55638e-09
8.90966e-08
2.35106e-08
8.94984e-08
4.3591e-08
9.66208e-08
3.77444e-08
1.10172e-07
1.22289e-08
1.12966e-07
-2.35421e-09
1.02565e-07
-1.11987e-10
8.868e-08
4.24152e-09
7.4512e-08
1.11832e-08
6.41507e-08
2.13779e-08
5.94649e-08
2.7286e-08
4.14399e-08
4.89186e-08
-1.12914e-09
9.07762e-08
-9.65807e-09
4.59131e-08
-1.42388e-09
-4.5835e-08
-9.75633e-10
-5.62768e-08
-6.14304e-08
3.30989e-08
-2.13242e-08
2.3416e-08
4.81079e-09
7.69003e-09
2.5332e-08
-8.33884e-09
2.56037e-08
-2.38159e-08
1.50796e-08
-3.04512e-08
4.74433e-11
-3.87087e-08
-3.29456e-09
-4.28856e-08
-1.48846e-08
-4.02771e-08
-3.46005e-08
-3.07155e-08
-6.27723e-08
-1.66962e-08
-8.68543e-08
-5.8044e-09
-1.01152e-07
-2.73874e-09
-8.39749e-08
-1.10007e-08
-4.68207e-08
-2.70604e-08
-2.43057e-08
-1.97379e-08
-2.67855e-09
-1.31415e-08
2.30656e-08
-1.82928e-08
2.7002e-08
-3.69e-08
4.53169e-08
-5.92291e-08
7.12139e-08
-5.99834e-08
7.27259e-08
-4.55477e-08
1.8264e-08
-5.91523e-08
5.20107e-09
-4.55354e-08
-1.00605e-08
-2.20053e-08
-1.94171e-11
3.15452e-09
1.84314e-08
2.67001e-08
1.41991e-08
3.84392e-08
4.89989e-10
3.33402e-08
2.74498e-09
2.53851e-08
7.84314e-09
1.97718e-08
9.85467e-09
1.72292e-08
1.37258e-08
1.61786e-08
2.24285e-08
1.07733e-08
3.26914e-08
-7.20039e-09
6.68924e-08
-1.84163e-08
1.01992e-07
-1.12009e-09
2.86168e-08
7.40667e-09
-5.43621e-08
1.76316e-09
-5.06338e-08
-5.9667e-08
3.44772e-08
-1.87497e-08
3.43919e-08
4.89611e-09
2.93139e-08
3.04101e-08
1.56893e-08
3.92283e-08
3.81755e-09
2.69513e-08
-3.99429e-09
7.85925e-09
-1.09088e-08
3.61992e-09
-1.9531e-08
-6.26243e-09
-2.93074e-08
-2.4824e-08
-3.8431e-08
-5.36487e-08
-4.51338e-08
-8.01515e-08
-5.72608e-08
-8.90246e-08
-7.09049e-08
-7.03309e-08
-8.24616e-08
-3.52641e-08
-8.37912e-08
-2.29763e-08
-7.97433e-08
-6.72658e-09
-8.37909e-08
2.71131e-08
-1.03293e-07
4.65044e-08
-1.18903e-07
6.09267e-08
-1.14972e-07
6.72824e-08
-9.37425e-08
5.14962e-08
-9.13948e-08
1.59161e-08
-9.41799e-08
7.98611e-09
-9.18908e-08
-1.23495e-08
-8.8691e-08
-3.21912e-09
-7.65289e-08
6.26959e-09
-6.16496e-08
-6.79965e-10
-4.92454e-08
-1.1914e-08
-3.58423e-08
-1.0658e-08
-3.25814e-08
4.58228e-09
-3.20996e-08
9.37275e-09
-3.34924e-08
1.51185e-08
-2.93395e-08
1.82756e-08
-2.40479e-08
2.73999e-08
-1.56861e-08
5.85309e-08
1.88152e-08
6.7491e-08
5.10338e-08
-3.60183e-09
3.66432e-08
-3.99716e-08
1.29657e-08
-2.69563e-08
-4.67007e-08
1.3431e-08
-1.37616e-08
1.01626e-08
8.16446e-09
8.17486e-09
3.23977e-08
9.30256e-09
3.81006e-08
9.9222e-09
2.63317e-08
5.32142e-09
1.24601e-08
3.74168e-09
5.19966e-09
-9.62225e-10
-1.55855e-09
-1.0189e-08
-1.55972e-08
-2.80892e-08
-3.57486e-08
-5.33139e-08
-5.49268e-08
-7.86539e-08
-6.36848e-08
-9.37832e-08
-5.52018e-08
-1.04725e-07
-2.43229e-08
-1.1663e-07
-1.10715e-08
-1.27522e-07
4.16575e-09
-1.28313e-07
2.79042e-08
-1.20692e-07
3.88834e-08
-1.10277e-07
5.05109e-08
-1.02876e-07
5.98821e-08
-9.51585e-08
4.37783e-08
-9.43788e-08
1.51365e-08
-9.03684e-08
3.9758e-09
-9.86885e-08
-4.02916e-09
-9.99612e-08
-1.9462e-09
-9.2274e-08
-1.41737e-09
-8.3603e-08
-9.35065e-09
-8.05596e-08
-1.49572e-08
-7.63736e-08
-1.48438e-08
-6.72351e-08
-4.55612e-09
-6.27397e-08
4.8775e-09
-5.91137e-08
1.14926e-08
-5.18822e-08
1.10443e-08
-3.8045e-08
1.35629e-08
-6.86673e-09
2.73528e-08
3.87895e-08
2.18349e-08
5.28573e-08
-1.76696e-08
2.5435e-08
-1.2549e-08
6.10956e-09
-7.63024e-09
-4.05907e-08
-1.66166e-08
-1.56764e-08
-2.32892e-08
1.4837e-08
-2.83772e-08
3.74856e-08
-2.53178e-08
3.50411e-08
-1.52184e-08
1.62324e-08
-5.3357e-09
2.57731e-09
6.79083e-09
-6.92698e-09
1.56473e-08
-1.04152e-08
1.30304e-08
-1.29805e-08
-1.08213e-09
-2.16363e-08
-2.83247e-08
-2.76844e-08
-6.15636e-08
-3.04461e-08
-8.65949e-08
-3.01708e-08
-9.79835e-08
-1.29346e-08
-1.11366e-07
2.31063e-09
-1.25397e-07
1.81968e-08
-1.25719e-07
2.82256e-08
-1.12539e-07
2.57035e-08
-9.49037e-08
3.28759e-08
-8.68076e-08
5.17861e-08
-8.88954e-08
4.58663e-08
-9.52975e-08
2.15387e-08
-9.69451e-08
5.62363e-09
-1.00342e-07
-6.32503e-10
-9.98361e-08
-2.45158e-09
-9.63977e-08
-4.85568e-09
-9.576e-08
-9.98829e-09
-9.67691e-08
-1.39482e-08
-9.58435e-08
-1.57693e-08
-8.58331e-08
-1.45665e-08
-7.14772e-08
-9.47834e-09
-5.49801e-08
-5.00435e-09
-4.13287e-08
-2.60692e-09
-3.1251e-08
3.48533e-09
-1.1049e-08
7.15076e-09
1.41272e-08
-3.34124e-09
9.96816e-09
-1.35105e-08
2.96302e-09
-5.54354e-09
1.17004e-08
-1.63669e-08
-2.88905e-08
-5.22607e-08
-1.25325e-08
-6.45945e-08
2.71707e-08
-7.43376e-08
4.72285e-08
-8.03099e-08
4.10133e-08
-7.09227e-08
6.84496e-09
-5.08329e-08
-1.75127e-08
-2.57748e-08
-3.19853e-08
-4.32878e-09
-3.18615e-08
5.65525e-09
-2.29648e-08
4.58588e-09
-2.05671e-08
-5.91659e-09
-1.71822e-08
-2.8743e-08
-7.61991e-09
-5.57496e-08
-3.16458e-09
-6.73503e-08
-1.33417e-09
-7.83943e-08
1.33543e-08
-9.01002e-08
2.99024e-08
-9.61632e-08
3.42885e-08
-1.04585e-07
3.41249e-08
-1.05548e-07
3.38399e-08
-9.46873e-08
4.09253e-08
-8.49015e-08
3.60807e-08
-8.78942e-08
2.45317e-08
-9.10762e-08
8.80588e-09
-9.38649e-08
2.15631e-09
-9.54058e-08
-9.10725e-10
-9.77795e-08
-2.48217e-09
-1.01578e-07
-6.18996e-09
-1.05185e-07
-1.03421e-08
-1.07873e-07
-1.30811e-08
-1.08612e-07
-1.38275e-08
-1.00502e-07
-1.75885e-08
-8.25369e-08
-2.29696e-08
-6.59295e-08
-1.92143e-08
-5.6003e-08
-6.4412e-09
-4.30983e-08
-5.75407e-09
-2.82356e-08
-1.82042e-08
-1.65512e-08
-2.51949e-08
-5.66486e-09
-1.64296e-08
3.18832e-09
-2.52199e-08
-2.57024e-08
-1.28755e-07
-4.11282e-09
-1.31123e-07
2.9538e-08
-1.19511e-07
3.56164e-08
-1.01692e-07
2.31944e-08
-8.98735e-08
-4.97383e-09
-7.31207e-08
-3.42656e-08
-5.17049e-08
-5.34012e-08
-3.18884e-08
-5.16783e-08
-2.07296e-08
-3.41237e-08
-1.3977e-08
-2.73198e-08
-1.7276e-08
-1.38832e-08
-3.48809e-08
9.98493e-09
-5.47693e-08
1.67237e-08
-7.42256e-08
1.81219e-08
-8.77175e-08
2.6846e-08
-9.09519e-08
3.31366e-08
-9.34127e-08
3.67493e-08
-9.35326e-08
3.42448e-08
-8.86636e-08
2.89711e-08
-7.8226e-08
3.0488e-08
-6.9322e-08
2.7177e-08
-6.54528e-08
2.06628e-08
-6.87791e-08
1.21323e-08
-7.40857e-08
7.46296e-09
-7.91889e-08
4.19232e-09
-8.54392e-08
3.76784e-09
-9.46715e-08
3.04189e-09
-1.02477e-07
-2.53678e-09
-1.05907e-07
-9.65228e-09
-1.06023e-07
-1.3711e-08
-1.02518e-07
-2.10943e-08
-9.94801e-08
-2.6007e-08
-9.06622e-08
-2.80321e-08
-7.09902e-08
-2.61132e-08
-4.86657e-08
-2.80787e-08
-3.16815e-08
-3.51885e-08
-2.1447e-08
-3.54293e-08
-1.02993e-08
-2.75771e-08
-6.11772e-09
-2.94017e-08
-3.18199e-08
-2.05045e-07
-1.90402e-08
-1.73524e-07
-1.98331e-09
-1.40852e-07
2.94412e-09
-1.11201e-07
-6.45728e-09
-1.00369e-07
-1.58053e-08
-1.04854e-07
-2.97807e-08
-1.07285e-07
-5.09707e-08
-1.02864e-07
-5.60997e-08
-9.0493e-08
-4.64946e-08
-8.00347e-08
-3.77783e-08
-7.47681e-08
-1.91498e-08
-7.53374e-08
1.05541e-08
-7.78717e-08
1.9258e-08
-8.3551e-08
2.3801e-08
-8.62916e-08
2.95864e-08
-8.36283e-08
3.04731e-08
-8.43523e-08
3.74733e-08
-7.85538e-08
2.84464e-08
-6.46883e-08
1.51058e-08
-5.83112e-08
2.4111e-08
-4.96676e-08
1.85335e-08
-4.80113e-08
1.90064e-08
-5.05974e-08
1.47183e-08
-5.6024e-08
1.28894e-08
-6.30594e-08
1.12275e-08
-7.01538e-08
1.08619e-08
-7.89827e-08
1.18703e-08
-8.94242e-08
7.90427e-09
-9.81532e-08
-9.23707e-10
-1.04617e-07
-7.2472e-09
-1.07811e-07
-1.79004e-08
-1.06491e-07
-2.73272e-08
-9.84456e-08
-3.60778e-08
-8.06706e-08
-4.38882e-08
-5.99277e-08
-4.88216e-08
-4.38217e-08
-5.12944e-08
-2.98018e-08
-4.94492e-08
-1.57851e-08
-4.15939e-08
-7.84314e-09
-3.73438e-08
-3.96628e-08
-2.48303e-07
-4.19851e-08
-2.12239e-07
-3.80479e-08
-1.80511e-07
-2.87832e-08
-1.6349e-07
-2.34788e-08
-1.55643e-07
-2.36515e-08
-1.50527e-07
-3.48968e-08
-1.45087e-07
-5.64104e-08
-1.35862e-07
-6.53249e-08
-1.1735e-07
-6.50071e-08
-1.00997e-07
-5.41312e-08
-9.68352e-08
-2.33117e-08
-9.04992e-08
4.21816e-09
-9.04262e-08
1.91848e-08
-9.76445e-08
3.10192e-08
-9.92003e-08
3.1142e-08
-9.3148e-08
2.44207e-08
-8.05736e-08
2.48988e-08
-6.76689e-08
1.55419e-08
-5.60233e-08
3.46045e-09
-4.67655e-08
1.48534e-08
-3.16854e-08
3.45344e-09
-2.81307e-08
1.54515e-08
-3.52211e-08
2.18084e-08
-4.33942e-08
2.10622e-08
-5.09118e-08
1.87447e-08
-5.68524e-08
1.68022e-08
-6.007e-08
1.50879e-08
-6.36908e-08
1.15249e-08
-6.97281e-08
5.11355e-09
-7.66706e-08
-3.04933e-10
-8.17644e-08
-1.28068e-08
-8.37639e-08
-2.53279e-08
-8.20367e-08
-3.78052e-08
-7.61697e-08
-4.97555e-08
-6.55615e-08
-5.943e-08
-5.25433e-08
-6.43127e-08
-3.76238e-08
-6.43688e-08
-2.09359e-08
-5.8282e-08
-8.35033e-09
-4.99293e-08
-4.80132e-08
-2.31713e-07
-6.35483e-08
-2.05297e-07
-6.44637e-08
-1.8439e-07
-4.96899e-08
-1.72249e-07
-3.56197e-08
-1.61269e-07
-3.46311e-08
-1.53325e-07
-4.28407e-08
-1.50179e-07
-5.9556e-08
-1.51027e-07
-6.44776e-08
-1.51554e-07
-6.44805e-08
-1.54326e-07
-5.13584e-08
-1.50016e-07
-2.76226e-08
-1.36831e-07
-8.96623e-09
-1.25005e-07
7.35862e-09
-1.12906e-07
1.89202e-08
-9.34952e-08
1.17309e-08
-6.81016e-08
-9.7317e-10
-4.61731e-08
2.97016e-09
-4.49828e-08
1.43517e-08
-3.7612e-08
-3.91015e-09
-6.90998e-09
-1.58482e-08
8.53651e-09
-1.19928e-08
1.51016e-08
8.88651e-09
6.65743e-09
3.02525e-08
-1.29386e-08
4.0658e-08
-3.19955e-08
3.78014e-08
-4.42484e-08
2.9055e-08
-4.88841e-08
1.97236e-08
-5.11065e-08
1.37475e-08
-5.30149e-08
7.02216e-09
-5.51685e-08
1.84871e-09
-5.92909e-08
-8.68469e-09
-6.29115e-08
-2.17076e-08
-6.52797e-08
-3.54374e-08
-6.57681e-08
-4.92674e-08
-6.15461e-08
-6.36522e-08
-5.2434e-08
-7.3425e-08
-4.00557e-08
-7.67474e-08
-2.37116e-08
-7.46264e-08
-8.47605e-09
-6.51647e-08
-5.64894e-08
-1.90509e-07
-7.74004e-08
-1.71476e-07
-8.3496e-08
-1.52484e-07
-6.86818e-08
-1.50551e-07
-3.75522e-08
-1.57769e-07
-2.74133e-08
-1.62689e-07
-3.79213e-08
-1.6326e-07
-5.8985e-08
-1.62708e-07
-6.50298e-08
-1.62704e-07
-6.44845e-08
-1.64294e-07
-4.97683e-08
-1.66597e-07
-2.53198e-08
-1.6078e-07
-1.47834e-08
-1.4577e-07
-7.65118e-09
-1.21965e-07
-4.88492e-09
-9.14422e-08
-1.8792e-08
-6.25234e-08
-2.98922e-08
-3.36148e-08
-2.59386e-08
3.70119e-09
-2.29642e-08
3.74667e-08
-3.76755e-08
5.44738e-08
-3.28549e-08
5.32102e-08
-1.07289e-08
5.10739e-08
1.1023e-08
4.8914e-08
3.24124e-08
3.72974e-08
5.22744e-08
1.20549e-08
6.30437e-08
-1.18277e-08
5.29376e-08
-2.9209e-08
3.7105e-08
-3.85031e-08
2.30418e-08
-4.48196e-08
1.3339e-08
-4.79502e-08
4.97937e-09
-5.16427e-08
-4.9925e-09
-5.54936e-08
-1.78573e-08
-5.84111e-08
-3.25204e-08
-5.98959e-08
-4.77829e-08
-5.84803e-08
-6.50678e-08
-5.07151e-08
-8.11903e-08
-3.85414e-08
-8.89213e-08
-2.3407e-08
-8.9761e-08
-7.26596e-09
-8.13062e-08
-6.37555e-08
-1.38185e-07
-9.4899e-08
-1.21914e-07
-9.97669e-08
-1.04805e-07
-8.57906e-08
-9.7426e-08
-4.49313e-08
-1.00074e-07
-2.47651e-08
-1.11053e-07
-2.6942e-08
-1.21954e-07
-4.80848e-08
-1.27795e-07
-5.91882e-08
-1.34908e-07
-5.73723e-08
-1.36008e-07
-4.86682e-08
-1.40594e-07
-2.07348e-08
-1.50504e-07
-4.87282e-09
-1.4968e-07
-8.47552e-09
-1.29966e-07
-2.45991e-08
-1.04816e-07
-4.39415e-08
-8.19666e-08
-5.27416e-08
-5.78777e-08
-5.00273e-08
-2.70281e-08
-5.38137e-08
5.82189e-09
-7.05255e-08
3.46586e-08
-6.16918e-08
3.85519e-08
-1.46224e-08
3.85653e-08
1.10095e-08
4.14665e-08
2.9511e-08
5.04002e-08
4.33405e-08
5.15343e-08
6.19092e-08
3.59524e-08
6.85189e-08
1.18649e-08
6.11922e-08
-1.00352e-08
4.49418e-08
-2.5724e-08
2.90277e-08
-3.70258e-08
1.62809e-08
-4.50897e-08
3.07078e-09
-5.01584e-08
-1.27893e-08
-5.35618e-08
-2.91176e-08
-5.52568e-08
-4.60882e-08
-5.42208e-08
-6.61039e-08
-4.72686e-08
-8.81425e-08
-3.40651e-08
-1.02125e-07
-1.88705e-08
-1.04956e-07
-5.95642e-09
-9.42206e-08
-6.97123e-08
-7.5824e-08
-9.61684e-08
-8.26916e-08
-9.28996e-08
-8.8561e-08
-7.99215e-08
-8.05756e-08
-5.29169e-08
-7.41545e-08
-3.11863e-08
-7.08815e-08
-3.02149e-08
-8.3554e-08
-3.54122e-08
-9.86255e-08
-4.41169e-08
-1.16362e-07
-3.96361e-08
-1.18935e-07
-4.60959e-08
-1.11069e-07
-2.86013e-08
-1.24491e-07
8.54904e-09
-1.4069e-07
7.72369e-09
-1.25979e-07
-3.93106e-08
-9.97868e-08
-7.01333e-08
-7.44221e-08
-7.81062e-08
-5.94146e-08
-6.50345e-08
-5.16516e-08
-6.15765e-08
-4.05102e-08
-8.16668e-08
-2.74795e-08
-7.47228e-08
-1.47044e-08
-2.7398e-08
5.10072e-10
-4.20559e-09
2.19223e-08
8.09827e-09
4.45486e-08
2.07138e-08
6.29607e-08
4.34967e-08
5.7456e-08
7.40231e-08
4.37589e-08
7.48888e-08
2.94842e-08
5.92162e-08
1.43886e-08
4.41232e-08
-1.28686e-09
3.19561e-08
-1.56869e-08
1.74703e-08
-2.85862e-08
1.092e-10
-3.88931e-08
-1.88113e-08
-4.29829e-08
-4.19987e-08
-4.3491e-08
-6.55959e-08
-3.9157e-08
-9.24767e-08
-2.70496e-08
-1.14233e-07
-1.3313e-08
-1.18693e-07
-5.34063e-09
-1.02193e-07
-7.50534e-08
-7.72189e-08
-9.61944e-08
-8.43239e-08
-8.57948e-08
-9.11421e-08
-7.31032e-08
-9.05419e-08
-5.35169e-08
-9.07882e-08
-3.09401e-08
-9.38404e-08
-2.71627e-08
-1.03908e-07
-2.53452e-08
-1.21429e-07
-2.65955e-08
-1.34208e-07
-2.68576e-08
-1.44415e-07
-3.58886e-08
-1.34372e-07
-3.86448e-08
-1.20908e-07
-4.91439e-09
-1.1297e-07
-2.14552e-10
-1.05797e-07
-4.64837e-08
-8.89387e-08
-8.69913e-08
-7.10877e-08
-9.59573e-08
-7.05765e-08
-6.55455e-08
-8.71281e-08
-4.50244e-08
-9.37872e-08
-7.50073e-08
-9.37542e-08
-7.47558e-08
-7.60136e-08
-4.51391e-08
-4.58729e-08
-3.43468e-08
-1.2905e-08
-2.48702e-08
1.75884e-08
-9.77995e-09
3.79424e-08
2.31425e-08
4.67328e-08
6.52323e-08
4.87944e-08
7.28269e-08
4.75008e-08
6.05096e-08
4.5043e-08
4.65809e-08
4.31522e-08
3.38467e-08
3.82603e-08
2.23618e-08
2.98121e-08
8.55688e-09
1.75036e-08
-6.50325e-09
2.85592e-09
-2.73514e-08
-1.16827e-08
-5.10575e-08
-2.14119e-08
-8.27477e-08
-1.80055e-08
-1.17639e-07
-1.00518e-08
-1.26647e-07
-6.19159e-09
-1.06054e-07
-8.12452e-08
-2.21875e-07
-9.09036e-08
-2.15372e-07
-9.22971e-08
-2.05257e-07
-8.32185e-08
-1.94277e-07
-6.44973e-08
-1.82891e-07
-4.23258e-08
-1.82111e-07
-2.7943e-08
-1.83069e-07
-2.43875e-08
-1.87522e-07
-2.21431e-08
-1.87953e-07
-2.64268e-08
-1.85971e-07
-3.78711e-08
-1.82365e-07
-4.22506e-08
-1.5149e-07
-3.57883e-08
-1.22644e-07
-2.90602e-08
-1.13684e-07
-5.54435e-08
-1.07525e-07
-9.3151e-08
-1.08065e-07
-9.5417e-08
-1.24238e-07
-4.93729e-08
-1.39958e-07
-2.93049e-08
-1.44871e-07
-7.00938e-08
-1.4082e-07
-7.88069e-08
-1.23997e-07
-6.19631e-08
-1.04456e-07
-5.38879e-08
-7.93895e-08
-4.99373e-08
-4.7676e-08
-4.14937e-08
-1.29919e-08
-1.15417e-08
1.41832e-08
3.80569e-08
3.48583e-08
5.21515e-08
4.65378e-08
4.88298e-08
5.02279e-08
4.28906e-08
5.26598e-08
3.14148e-08
5.78785e-08
1.7143e-08
6.49016e-08
1.5336e-09
6.7649e-08
-9.25087e-09
6.01192e-08
-1.98215e-08
4.24984e-08
-3.34367e-08
1.63094e-08
-5.65586e-08
2.89973e-09
-1.0423e-07
-1.38579e-09
-1.22361e-07
-4.77681e-09
-1.02663e-07
-8.60221e-08
-5.0445e-07
-1.00471e-07
-4.87231e-07
-1.09516e-07
-4.63379e-07
-1.0707e-07
-4.37938e-07
-8.99395e-08
-4.10454e-07
-6.98097e-08
-3.82696e-07
-5.5701e-08
-3.5092e-07
-5.61634e-08
-3.10548e-07
-6.25157e-08
-2.68452e-07
-6.85227e-08
-2.29386e-07
-7.69375e-08
-1.95354e-07
-7.62815e-08
-1.74741e-07
-5.64016e-08
-1.60273e-07
-4.35281e-08
-1.59241e-07
-5.64745e-08
-1.66292e-07
-8.61003e-08
-1.75367e-07
-8.63423e-08
-1.89067e-07
-3.56727e-08
-1.95399e-07
-2.29735e-08
-1.89105e-07
-7.63874e-08
-1.76731e-07
-9.11814e-08
-1.6e-07
-7.86944e-08
-1.50741e-07
-6.31479e-08
-1.36499e-07
-6.41791e-08
-1.06971e-07
-7.10219e-08
-6.12096e-08
-5.73035e-08
-1.39861e-08
-9.1668e-09
1.16589e-08
2.65063e-08
2.97559e-08
3.07327e-08
4.24453e-08
3.02012e-08
4.97075e-08
2.41527e-08
5.87637e-08
8.0871e-09
7.08223e-08
-1.05249e-08
8.03222e-08
-1.87509e-08
8.27779e-08
-2.22774e-08
7.18434e-08
-2.25024e-08
4.6711e-08
-3.14263e-08
2.5906e-08
-8.34245e-08
1.08955e-08
-1.07351e-07
8.31573e-10
-9.26e-08
-8.51905e-08
-6.32339e-07
-1.12525e-07
-6.26433e-07
-1.15422e-07
-6.18392e-07
-1.15113e-07
-5.97452e-07
-1.1088e-07
-5.59244e-07
-1.08018e-07
-5.04981e-07
-1.09963e-07
-4.43497e-07
-1.17648e-07
-3.80036e-07
-1.25976e-07
-3.20361e-07
-1.28197e-07
-2.7436e-07
-1.22939e-07
-2.51836e-07
-9.88056e-08
-2.40241e-07
-6.79959e-08
-2.20748e-07
-6.30218e-08
-2.04567e-07
-7.26552e-08
-2.18242e-07
-7.24255e-08
-2.41677e-07
-6.2907e-08
-2.39451e-07
-3.78986e-08
-2.15147e-07
-4.72776e-08
-2.01526e-07
-9.00089e-08
-1.91257e-07
-1.0145e-07
-1.73974e-07
-9.59778e-08
-1.52298e-07
-8.48241e-08
-1.31256e-07
-8.52216e-08
-1.11543e-07
-9.07351e-08
-8.5633e-08
-8.3213e-08
-4.71328e-08
-4.7667e-08
-1.40573e-08
-6.56951e-09
9.96393e-09
6.71124e-09
2.88e-08
1.13652e-08
5.03128e-08
2.64002e-09
7.16992e-08
-1.32992e-08
8.31688e-08
-2.19947e-08
8.87208e-08
-2.43034e-08
8.31522e-08
-1.67093e-08
6.46268e-08
-3.97718e-09
4.75308e-08
-1.43304e-08
3.7987e-08
-7.38809e-08
2.29821e-08
-9.23466e-08
1.27292e-08
-8.23474e-08
-7.24615e-08
-6.53579e-07
-1.05378e-07
-6.59728e-07
-1.09273e-07
-6.61149e-07
-1.13692e-07
-6.46305e-07
-1.25724e-07
-6.15606e-07
-1.38716e-07
-5.79859e-07
-1.45711e-07
-5.49254e-07
-1.48254e-07
-5.23214e-07
-1.52016e-07
-4.93503e-07
-1.57908e-07
-4.58695e-07
-1.57748e-07
-4.23437e-07
-1.34063e-07
-3.9176e-07
-9.96737e-08
-3.69132e-07
-8.56497e-08
-3.50181e-07
-9.16066e-08
-3.15757e-07
-1.0685e-07
-2.77957e-07
-1.00706e-07
-2.32698e-07
-8.31584e-08
-2.00577e-07
-7.93988e-08
-1.95703e-07
-9.48822e-08
-1.96304e-07
-1.0085e-07
-1.90249e-07
-1.02033e-07
-1.69511e-07
-1.05562e-07
-1.47619e-07
-1.07114e-07
-1.35054e-07
-1.033e-07
-1.2512e-07
-9.31469e-08
-9.72119e-08
-7.55753e-08
-6.82623e-08
-3.55192e-08
-4.39728e-08
-1.75785e-08
-1.13365e-08
-2.12715e-08
2.95489e-08
-3.82457e-08
6.007e-08
-4.38204e-08
6.3068e-08
-2.49929e-08
5.73511e-08
-1.8587e-08
4.20913e-08
-1.45001e-09
3.67356e-08
1.37823e-09
5.18675e-08
-2.94623e-08
5.58298e-08
-7.78434e-08
4.23207e-08
-7.88378e-08
2.81016e-08
-6.81284e-08
-4.43598e-08
-6.53217e-07
-8.71065e-08
-6.70436e-07
-9.20549e-08
-6.8078e-07
-1.03348e-07
-6.73563e-07
-1.32942e-07
-6.55967e-07
-1.56312e-07
-6.40721e-07
-1.60957e-07
-6.31982e-07
-1.56993e-07
-6.25438e-07
-1.5856e-07
-6.0833e-07
-1.75015e-07
-5.84639e-07
-1.81439e-07
-5.53233e-07
-1.65469e-07
-5.17467e-07
-1.35439e-07
-4.70091e-07
-1.33026e-07
-4.09208e-07
-1.52489e-07
-3.46523e-07
-1.69535e-07
-2.91315e-07
-1.55915e-07
-2.51661e-07
-1.22812e-07
-2.30954e-07
-1.00106e-07
-2.29645e-07
-9.61907e-08
-2.33788e-07
-9.67064e-08
-2.35506e-07
-1.00316e-07
-2.2917e-07
-1.11899e-07
-2.13283e-07
-1.23e-07
-1.92914e-07
-1.23669e-07
-1.66435e-07
-1.19626e-07
-1.35598e-07
-1.06412e-07
-9.76095e-08
-7.35086e-08
-5.99936e-08
-5.51949e-08
-2.69594e-08
-5.4306e-08
-1.92551e-09
-6.32799e-08
9.59826e-09
-5.53445e-08
1.07642e-08
-2.61593e-08
6.8731e-09
-1.46965e-08
1.62054e-08
-1.07829e-08
4.86397e-08
-3.10564e-08
7.21233e-08
-5.29461e-08
6.87712e-08
-7.44915e-08
5.54575e-08
-6.55241e-08
3.79381e-08
-5.0609e-08
-6.42156e-09
-6.26187e-07
-8.67794e-08
-6.39749e-07
-7.84928e-08
-6.63027e-07
-8.0069e-08
-6.61737e-07
-1.34231e-07
-6.43758e-07
-1.74291e-07
-6.27674e-07
-1.77042e-07
-6.27458e-07
-1.5721e-07
-6.37302e-07
-1.48715e-07
-6.37301e-07
-1.75017e-07
-6.16039e-07
-2.02701e-07
-5.86383e-07
-1.95124e-07
-5.61681e-07
-1.60141e-07
-5.34527e-07
-1.60181e-07
-4.80436e-07
-2.0658e-07
-4.21974e-07
-2.27997e-07
-3.68698e-07
-2.0919e-07
-3.27782e-07
-1.63728e-07
-3.03157e-07
-1.24731e-07
-2.97521e-07
-1.01827e-07
-2.87776e-07
-1.06452e-07
-2.71218e-07
-1.16874e-07
-2.47022e-07
-1.36095e-07
-2.19433e-07
-1.50589e-07
-1.93689e-07
-1.49413e-07
-1.71348e-07
-1.41967e-07
-1.47241e-07
-1.30518e-07
-1.10819e-07
-1.09931e-07
-7.84559e-08
-8.75577e-08
-5.22272e-08
-8.05352e-08
-3.06465e-08
-8.48612e-08
-2.27351e-08
-6.32563e-08
-1.28204e-08
-3.60743e-08
-3.39509e-09
-2.41222e-08
1.35791e-08
-2.77572e-08
3.90186e-08
-5.64959e-08
5.90785e-08
-7.30061e-08
5.98798e-08
-7.52931e-08
4.10706e-08
-4.67151e-08
2.02655e-08
-2.98038e-08
1.38439e-08
-4.82555e-07
-5.15156e-08
-5.225e-07
-3.8548e-08
-5.65689e-07
-3.68795e-08
-5.83812e-07
-1.16108e-07
-5.5388e-07
-2.04224e-07
-5.17222e-07
-2.13699e-07
-5.20716e-07
-1.53716e-07
-5.75602e-07
-9.38301e-08
-6.25433e-07
-1.25185e-07
-6.05095e-07
-2.23039e-07
-5.6864e-07
-2.31579e-07
-5.5028e-07
-1.78501e-07
-5.27989e-07
-1.82472e-07
-4.74576e-07
-2.59993e-07
-4.19437e-07
-2.83136e-07
-3.70215e-07
-2.58413e-07
-3.39333e-07
-1.94611e-07
-3.09948e-07
-1.54116e-07
-2.73058e-07
-1.38717e-07
-2.3698e-07
-1.42531e-07
-2.11197e-07
-1.42657e-07
-1.89436e-07
-1.57856e-07
-1.69653e-07
-1.70371e-07
-1.55609e-07
-1.63457e-07
-1.47734e-07
-1.49842e-07
-1.35941e-07
-1.4231e-07
-1.17623e-07
-1.28249e-07
-9.41093e-08
-1.11072e-07
-7.17172e-08
-1.02927e-07
-5.96061e-08
-9.69725e-08
-5.14795e-08
-7.13829e-08
-3.00169e-08
-5.75368e-08
-6.29575e-09
-4.78434e-08
2.95045e-09
-3.70035e-08
2.57751e-09
-5.6123e-08
-2.83404e-09
-6.75947e-08
-2.28124e-08
-5.53152e-08
-4.565e-08
-2.38779e-08
-4.56878e-08
-2.97663e-08
-3.1844e-08
-3.24059e-07
-2.47331e-09
-3.29338e-07
-3.32685e-08
-3.12552e-07
-5.36665e-08
-3.31093e-07
-9.75679e-08
-3.34814e-07
-2.00504e-07
-3.45444e-07
-2.0307e-07
-3.584e-07
-1.4076e-07
-3.72845e-07
-7.9386e-08
-4.15893e-07
-8.21367e-08
-4.63254e-07
-1.75678e-07
-4.70718e-07
-2.24116e-07
-4.39303e-07
-2.09917e-07
-3.82347e-07
-2.39429e-07
-3.27523e-07
-3.14815e-07
-2.77944e-07
-3.32714e-07
-2.37523e-07
-2.98835e-07
-1.92054e-07
-2.40082e-07
-1.53839e-07
-1.92332e-07
-1.00953e-07
-1.91602e-07
-5.75053e-08
-1.85978e-07
-3.89212e-08
-1.61241e-07
-4.44422e-08
-1.52336e-07
-5.08327e-08
-1.6398e-07
-6.01412e-08
-1.54147e-07
-8.47657e-08
-1.25218e-07
-1.01395e-07
-1.25681e-07
-1.05726e-07
-1.23917e-07
-1.01935e-07
-1.14863e-07
-9.35006e-08
-1.11362e-07
-7.8588e-08
-1.11885e-07
-4.74806e-08
-1.0249e-07
-1.40135e-08
-9.1004e-08
-3.54908e-09
-5.83076e-08
7.29089e-09
-4.78431e-08
-1.98976e-09
-4.68421e-08
-1.65153e-08
-5.30692e-08
-2.94326e-08
-4.23982e-08
-3.91199e-08
-1.41909e-08
-3.76778e-08
-3.12086e-08
-6.95218e-08
-1.71485e-07
1.39039e-08
-1.63417e-07
-4.13375e-08
-1.07243e-07
-1.09841e-07
-7.45264e-08
-1.30285e-07
-1.256e-07
-1.4943e-07
-1.76276e-07
-1.52394e-07
-2.27654e-07
-8.93823e-08
-2.30814e-07
-7.62265e-08
-2.13007e-07
-9.99439e-08
-2.4174e-07
-1.46944e-07
-2.57255e-07
-2.08601e-07
-2.23733e-07
-2.43439e-07
-1.82142e-07
-2.8102e-07
-1.64028e-07
-3.32929e-07
-1.56942e-07
-3.398e-07
-1.46319e-07
-3.09458e-07
-7.32494e-08
-3.13153e-07
4.51348e-08
-3.10717e-07
1.39254e-07
-2.85722e-07
1.95935e-07
-2.42659e-07
1.92469e-07
-1.57775e-07
1.42854e-07
-1.02721e-07
9.70843e-08
-1.18209e-07
7.29883e-08
-1.30051e-07
3.66217e-08
-8.88502e-08
-2.74634e-08
-6.15965e-08
-6.46784e-08
-8.67021e-08
-8.29855e-08
-9.6556e-08
-9.09589e-08
-1.03389e-07
-8.90224e-08
-1.13822e-07
-7.48012e-08
-1.16712e-07
-5.86567e-08
-1.07148e-07
-3.13941e-08
-8.557e-08
2.64503e-09
-8.1882e-08
1.43991e-08
-5.85962e-08
1.5532e-08
-5.42023e-08
1.50527e-08
-4.19195e-08
1.63251e-08
-1.54635e-08
1.59546e-08
-3.08381e-08
-5.35668e-08
-7.59679e-08
1.68909e-09
-8.2104e-08
-3.52021e-08
-5.02173e-08
-1.41728e-07
-1.6372e-09
-1.78866e-07
9.73491e-09
-1.60803e-07
1.39283e-08
-1.56587e-07
3.65461e-08
-1.12e-07
7.46984e-08
-1.14379e-07
1.06082e-07
-1.31328e-07
1.25358e-07
-1.6622e-07
1.49457e-07
-2.327e-07
1.69689e-07
-2.6367e-07
1.8005e-07
-2.91381e-07
1.42353e-07
-2.95234e-07
8.84813e-08
-2.85929e-07
6.75844e-08
-2.88562e-07
1.06241e-07
-3.51811e-07
1.98875e-07
-4.0335e-07
2.98015e-07
-3.84861e-07
3.80198e-07
-3.24843e-07
4.29e-07
-2.06576e-07
3.8552e-07
-5.92413e-08
2.92415e-07
-2.51027e-08
2.19632e-07
-5.72674e-08
2.07596e-07
-7.68145e-08
1.69123e-07
-2.31241e-08
7.54569e-08
6.96266e-09
-1.64369e-08
-4.66269e-09
-6.20421e-08
-5.77839e-08
-7.90651e-08
-9.6799e-08
-8.25969e-08
-1.1318e-07
-8.02972e-08
-1.09448e-07
-6.41654e-08
-1.01702e-07
-6.05972e-08
-8.54502e-08
-5.54173e-08
-6.37762e-08
-4.1573e-08
-6.8047e-08
-2.81647e-08
-5.53283e-08
-1.15054e-08
-3.21232e-08
8.29172e-09
-5.06351e-08
-4.52747e-08
1.07111e-07
-8.60627e-08
1.77886e-07
-1.05976e-07
2.07429e-07
-1.71269e-07
2.35332e-07
-2.0677e-07
2.82135e-07
-2.07605e-07
3.22456e-07
-1.96908e-07
3.9718e-07
-1.86723e-07
4.68728e-07
-1.85927e-07
5.25265e-07
-1.87867e-07
5.67748e-07
-2.08702e-07
5.83486e-07
-2.48437e-07
5.93929e-07
-2.74113e-07
6.02432e-07
-2.99885e-07
6.04773e-07
-2.97573e-07
6.01574e-07
-2.82731e-07
5.98871e-07
-2.85859e-07
5.56239e-07
-3.0918e-07
5.17722e-07
-3.64833e-07
4.9942e-07
-3.66559e-07
5.23452e-07
-3.48874e-07
5.95349e-07
-2.78473e-07
6.63943e-07
-1.27835e-07
6.65701e-07
-2.68604e-08
5.48086e-07
6.03475e-08
4.11228e-07
6.00441e-08
3.43739e-07
4.43651e-08
2.95162e-07
5.55393e-08
2.17448e-07
7.30504e-08
1.2701e-07
3.26534e-08
4.72936e-08
-1.70823e-08
-1.95103e-09
-6.39347e-08
-3.59519e-08
-7.54464e-08
-6.28189e-08
-7.48345e-08
-6.80941e-08
-8.01751e-08
-6.30285e-08
-6.88421e-08
-6.18769e-08
-6.91987e-08
-4.31187e-08
-7.40866e-08
-3.75491e-09
-7.14872e-08
8.65582e-09
-6.30456e-08
-3.6619e-08
3.97476e-07
-2.0927e-07
5.16679e-07
-2.2518e-07
5.41465e-07
-1.96055e-07
5.71422e-07
-2.36726e-07
6.37823e-07
-2.74006e-07
6.96754e-07
-2.55839e-07
7.28156e-07
-2.18125e-07
7.41216e-07
-1.98986e-07
7.49079e-07
-1.9573e-07
7.50421e-07
-2.10046e-07
7.67667e-07
-2.65684e-07
7.86444e-07
-2.9289e-07
7.89544e-07
-3.02986e-07
7.90946e-07
-2.98976e-07
8.00979e-07
-2.92764e-07
8.18704e-07
-3.03583e-07
8.2234e-07
-3.12814e-07
8.06019e-07
-3.48512e-07
7.91685e-07
-3.52224e-07
7.73834e-07
-3.31023e-07
7.61179e-07
-2.65818e-07
7.89381e-07
-1.56037e-07
8.33907e-07
-7.13872e-08
7.56022e-07
1.38233e-07
5.6349e-07
2.52575e-07
4.08771e-07
1.99084e-07
3.20518e-07
1.43792e-07
2.4046e-07
1.53109e-07
2.06234e-07
6.68792e-08
1.54142e-07
3.50091e-08
1.08457e-07
-1.82501e-08
6.7851e-08
-3.48412e-08
2.53791e-08
-3.23628e-08
-3.85927e-09
-5.0937e-08
-1.21608e-08
-6.05408e-08
-1.05835e-08
-7.07762e-08
1.02092e-09
-8.56911e-08
1.36153e-08
-8.40817e-08
3.67077e-09
-5.31006e-08
-3.29486e-08
5.12963e-07
-2.52324e-07
5.57418e-07
-2.69636e-07
6.40627e-07
-2.79265e-07
7.05833e-07
-3.01932e-07
7.42469e-07
-3.10641e-07
7.79641e-07
-2.93011e-07
8.05741e-07
-2.44226e-07
8.25923e-07
-2.19167e-07
8.4382e-07
-2.13627e-07
8.55154e-07
-2.2138e-07
8.52065e-07
-2.62595e-07
8.70279e-07
-3.11104e-07
8.92813e-07
-3.2552e-07
9.18977e-07
-3.2514e-07
9.42011e-07
-3.15798e-07
9.47315e-07
-3.08888e-07
9.57522e-07
-3.23021e-07
9.44272e-07
-3.35262e-07
9.24737e-07
-3.32689e-07
9.09494e-07
-3.15779e-07
9.12345e-07
-2.68669e-07
9.07294e-07
-1.50985e-07
8.65432e-07
-2.9525e-08
8.53337e-07
1.50327e-07
7.32501e-07
3.73412e-07
4.96241e-07
4.35344e-07
2.89862e-07
3.50169e-07
2.11163e-07
2.31808e-07
1.59911e-07
1.18132e-07
1.15362e-07
7.95579e-08
9.81349e-08
-1.02357e-09
9.17082e-08
-2.84148e-08
6.97897e-08
-1.04446e-08
3.82692e-08
-1.94165e-08
2.43277e-08
-4.6599e-08
2.91842e-08
-7.56325e-08
1.57394e-08
-7.22466e-08
1.38816e-08
-8.22243e-08
9.33906e-09
-4.85583e-08
-2.36097e-08
6.64491e-07
-2.8782e-07
7.04801e-07
-3.09946e-07
7.45286e-07
-3.1975e-07
7.68164e-07
-3.2481e-07
7.79647e-07
-3.22124e-07
7.92524e-07
-3.05888e-07
8.20676e-07
-2.72378e-07
8.55197e-07
-2.53689e-07
8.81741e-07
-2.4017e-07
9.0393e-07
-2.43568e-07
9.30478e-07
-2.89144e-07
9.70267e-07
-3.50894e-07
1.00454e-06
-3.59787e-07
1.02254e-06
-3.43144e-07
1.03507e-06
-3.28334e-07
1.0542e-06
-3.28017e-07
1.05796e-06
-3.26773e-07
1.0418e-06
-3.19106e-07
1.00833e-06
-2.99217e-07
9.64636e-07
-2.72088e-07
9.2409e-07
-2.28123e-07
8.90718e-07
-1.17614e-07
8.35322e-07
2.58712e-08
8.22829e-07
1.6282e-07
8.06442e-07
3.89797e-07
6.95371e-07
5.46415e-07
4.83974e-07
5.61566e-07
2.79467e-07
4.36315e-07
1.46841e-07
2.50757e-07
9.05666e-08
1.35832e-07
5.0475e-08
3.90674e-08
3.49781e-08
-1.29182e-08
2.85419e-08
-4.00846e-09
2.18576e-08
-1.27319e-08
1.89697e-08
-4.37103e-08
2.44648e-08
-8.11272e-08
2.54336e-08
-7.32156e-08
9.72627e-09
-6.65172e-08
1.8194e-09
-4.0652e-08
-2.17904e-08
7.79324e-07
-3.159e-07
7.94119e-07
-3.24741e-07
8.01753e-07
-3.27384e-07
8.02251e-07
-3.25307e-07
7.99607e-07
-3.19481e-07
8.0135e-07
-3.0763e-07
8.23205e-07
-2.94232e-07
8.73083e-07
-3.03566e-07
9.31388e-07
-2.98475e-07
1.01713e-06
-3.29315e-07
1.0817e-06
-3.53712e-07
1.11215e-06
-3.8134e-07
1.1152e-06
-3.62843e-07
1.10354e-06
-3.31484e-07
1.1034e-06
-3.28193e-07
1.10069e-06
-3.25304e-07
1.09414e-06
-3.20231e-07
1.07713e-06
-3.02091e-07
1.04099e-06
-2.63074e-07
9.87693e-07
-2.18794e-07
9.33637e-07
-1.74066e-07
8.85371e-07
-6.93492e-08
8.12867e-07
9.83749e-08
7.69556e-07
2.06131e-07
7.88806e-07
3.70548e-07
7.77835e-07
5.57384e-07
7.00716e-07
6.38684e-07
5.21599e-07
6.15432e-07
3.08016e-07
4.64339e-07
1.80902e-07
2.62944e-07
1.24558e-07
9.54109e-08
1.00873e-07
1.07675e-08
8.66318e-08
1.02327e-08
5.76185e-08
1.62822e-08
4.76408e-08
-3.37316e-08
4.18331e-08
-7.53191e-08
2.31099e-08
-5.44926e-08
-8.69699e-09
-3.47106e-08
-1.3948e-08
-3.54015e-08
-3.57381e-08
7.9352e-07
-3.30188e-07
8.00888e-07
-3.32109e-07
8.03192e-07
-3.29687e-07
8.01141e-07
-3.23256e-07
7.93995e-07
-3.12336e-07
8.17538e-07
-3.31173e-07
8.62462e-07
-3.39156e-07
9.25746e-07
-3.6685e-07
1.00275e-06
-3.75477e-07
1.08786e-06
-4.14424e-07
1.1528e-06
-4.18654e-07
1.16496e-06
-3.93494e-07
1.14798e-06
-3.45872e-07
1.135e-06
-3.18503e-07
1.1265e-06
-3.1969e-07
1.11661e-06
-3.15417e-07
1.09431e-06
-2.97927e-07
1.05902e-06
-2.66801e-07
1.01875e-06
-2.22803e-07
9.76328e-07
-1.76375e-07
9.14323e-07
-1.12061e-07
8.48081e-07
-3.10826e-09
7.69349e-07
1.77106e-07
6.90514e-07
2.84966e-07
6.87998e-07
3.73064e-07
7.27754e-07
5.17629e-07
7.16668e-07
6.4977e-07
6.61656e-07
6.70443e-07
4.97648e-07
6.28347e-07
2.92731e-07
4.67861e-07
1.76044e-07
2.12097e-07
1.0647e-07
8.03424e-08
5.15957e-08
6.51071e-08
4.06117e-09
6.38176e-08
-1.07253e-08
-1.89445e-08
-2.102e-08
-6.50241e-08
-3.22122e-08
-4.33003e-08
-2.94832e-08
-3.74398e-08
-1.6625e-08
-4.82596e-08
-5.23624e-08
7.41735e-07
-3.38981e-07
7.43871e-07
-3.34244e-07
7.40125e-07
-3.2594e-07
7.55626e-07
-3.38756e-07
7.91563e-07
-3.48272e-07
8.47786e-07
-3.87396e-07
9.20571e-07
-4.11941e-07
1.00674e-06
-4.53019e-07
1.09198e-06
-4.60718e-07
1.12984e-06
-4.52285e-07
1.13622e-06
-4.25035e-07
1.13056e-06
-3.8783e-07
1.1256e-06
-3.40916e-07
1.1291e-06
-3.22002e-07
1.12743e-06
-3.18021e-07
1.11931e-06
-3.07296e-07
1.09572e-06
-2.74342e-07
1.06019e-06
-2.31266e-07
1.01388e-06
-1.7649e-07
9.58403e-07
-1.209e-07
8.88963e-07
-4.26214e-08
7.62421e-07
1.23433e-07
6.57417e-07
2.82112e-07
5.95901e-07
3.46481e-07
5.7128e-07
3.97685e-07
6.18151e-07
4.70758e-07
6.47553e-07
6.20368e-07
6.13033e-07
7.04962e-07
5.46294e-07
6.95085e-07
3.92055e-07
6.22099e-07
2.66934e-07
3.37218e-07
1.88217e-07
1.59059e-07
1.39648e-07
1.13676e-07
9.88126e-08
1.04653e-07
1.91875e-08
6.06805e-08
-4.97567e-08
3.91968e-09
-6.94056e-08
-2.36519e-08
-3.47616e-08
-7.20843e-08
-1.4308e-09
-8.159e-08
-5.37931e-08
6.56995e-07
-3.42187e-07
6.71858e-07
-3.49106e-07
7.21236e-07
-3.75318e-07
7.88682e-07
-4.062e-07
8.75336e-07
-4.34927e-07
9.66518e-07
-4.78579e-07
1.05127e-06
-4.96693e-07
1.09258e-06
-4.94332e-07
1.11303e-06
-4.81162e-07
1.07982e-06
-4.19072e-07
1.03734e-06
-3.8256e-07
1.0203e-06
-3.70793e-07
1.02028e-06
-3.40898e-07
1.02944e-06
-3.31155e-07
1.03118e-06
-3.19763e-07
1.01993e-06
-2.9605e-07
1.00578e-06
-2.60188e-07
9.96104e-07
-2.21593e-07
9.58556e-07
-1.38944e-07
8.09126e-07
2.85305e-08
5.98539e-07
1.67965e-07
4.27788e-07
2.94183e-07
3.54282e-07
3.55618e-07
3.37939e-07
3.62826e-07
3.55931e-07
3.79693e-07
4.08532e-07
4.18157e-07
4.72784e-07
5.56117e-07
4.6324e-07
7.14505e-07
4.20949e-07
7.37376e-07
3.3691e-07
7.06138e-07
2.35414e-07
4.38715e-07
1.80969e-07
2.13504e-07
1.44354e-07
1.50292e-07
1.00811e-07
1.48197e-07
3.24042e-08
1.29087e-07
-3.85071e-08
7.4831e-08
-5.963e-08
-2.52878e-09
-5.97843e-08
-7.19298e-08
-3.6385e-08
-1.04988e-07
-9.01785e-08
6.38755e-07
-3.80904e-07
6.95534e-07
-4.05884e-07
7.95301e-07
-4.75084e-07
9.05841e-07
-5.1674e-07
1.00705e-06
-5.36134e-07
1.06305e-06
-5.34583e-07
1.09071e-06
-5.24354e-07
1.08037e-06
-4.83989e-07
1.00386e-06
-4.04651e-07
9.43431e-07
-3.58642e-07
8.97498e-07
-3.36626e-07
8.6691e-07
-3.40206e-07
8.69495e-07
-3.43484e-07
8.76491e-07
-3.38152e-07
8.7696e-07
-3.20232e-07
8.65452e-07
-2.84542e-07
8.55809e-07
-2.50545e-07
7.96387e-07
-1.62171e-07
5.38886e-07
1.18559e-07
2.12153e-07
3.55264e-07
5.66446e-08
3.23474e-07
4.22733e-08
3.08555e-07
8.53461e-08
3.12545e-07
1.27665e-07
3.20506e-07
1.69341e-07
3.38018e-07
2.11467e-07
3.76032e-07
2.32895e-07
5.34688e-07
2.41208e-07
7.06192e-07
2.29125e-07
7.49458e-07
2.08264e-07
7.26998e-07
1.73642e-07
4.73335e-07
1.43597e-07
2.4355e-07
1.00078e-07
1.93811e-07
6.61328e-08
1.82143e-07
2.97491e-08
1.65471e-07
-2.30026e-08
1.27582e-07
-6.47295e-08
3.9198e-08
-8.88597e-08
-4.77993e-08
-4.40621e-08
-1.49786e-07
-1.34241e-07
7.27557e-07
-4.84292e-07
8.47648e-07
-5.25975e-07
9.55605e-07
-5.83039e-07
1.02684e-06
-5.87972e-07
1.05908e-06
-5.68383e-07
1.0626e-06
-5.38094e-07
1.00528e-06
-4.67045e-07
8.81193e-07
-3.59899e-07
7.71506e-07
-2.94964e-07
7.05518e-07
-2.92654e-07
6.98616e-07
-3.29726e-07
7.10474e-07
-3.52065e-07
7.20048e-07
-3.53056e-07
7.35379e-07
-3.53483e-07
7.56638e-07
-3.41492e-07
7.49058e-07
-2.76962e-07
6.25418e-07
-1.26905e-07
4.16481e-07
4.67635e-08
1.38465e-07
3.96573e-07
-4.19883e-08
5.35717e-07
-6.0331e-08
3.41817e-07
-3.87451e-08
2.86969e-07
-8.17735e-09
2.81979e-07
2.39212e-08
2.88408e-07
4.83545e-08
3.13584e-07
5.22738e-08
3.72113e-07
6.4494e-08
5.22468e-07
9.63424e-08
6.74343e-07
1.19364e-07
7.26437e-07
1.42218e-07
7.04144e-07
1.51639e-07
4.63915e-07
1.32013e-07
2.63176e-07
9.22921e-08
2.33532e-07
8.3444e-08
1.9099e-07
7.5392e-08
1.73522e-07
5.85325e-08
1.44441e-07
3.63919e-08
6.13385e-08
-1.54792e-08
4.0721e-09
-1.38987e-08
-1.51367e-07
-1.4814e-07
8.56734e-07
-6.18676e-07
9.6036e-07
-6.29601e-07
1.01281e-06
-6.35486e-07
1.03079e-06
-6.05951e-07
9.96161e-07
-5.33758e-07
8.81606e-07
-4.23539e-07
7.2708e-07
-3.12518e-07
6.0021e-07
-2.33031e-07
5.63295e-07
-2.58048e-07
5.77412e-07
-3.0677e-07
6.0585e-07
-3.58164e-07
6.22521e-07
-3.68737e-07
6.29008e-07
-3.59544e-07
6.12681e-07
-3.37155e-07
5.2841e-07
-2.57221e-07
4.24908e-07
-1.73459e-07
3.02207e-07
-4.2045e-09
1.04949e-07
2.44024e-07
-4.90449e-08
5.50566e-07
-6.5263e-08
5.51934e-07
-3.84947e-08
3.15049e-07
-3.55535e-08
2.84028e-07
-3.1725e-08
2.7815e-07
-2.45173e-08
2.81201e-07
-2.33157e-08
3.12382e-07
-4.1341e-08
3.90138e-07
-4.12967e-08
5.22422e-07
-2.75962e-09
6.35804e-07
7.29063e-08
6.5077e-07
1.43231e-07
6.3382e-07
1.73452e-07
4.33694e-07
1.5627e-07
2.80358e-07
1.29826e-07
2.59977e-07
7.95124e-08
2.41304e-07
2.68309e-08
2.26203e-07
-9.05482e-09
1.80327e-07
-4.52912e-08
9.75748e-08
-1.88537e-08
-2.23657e-08
-1.75725e-08
-1.52649e-07
-1.65712e-07
9.05695e-07
-6.95173e-07
9.35994e-07
-6.59899e-07
9.11437e-07
-6.10929e-07
8.34296e-07
-5.2881e-07
7.04173e-07
-4.03635e-07
5.6353e-07
-2.82898e-07
4.57674e-07
-2.06661e-07
4.43545e-07
-2.18901e-07
4.57897e-07
-2.724e-07
4.8595e-07
-3.34824e-07
4.93143e-07
-3.65357e-07
4.68158e-07
-3.43753e-07
3.94586e-07
-2.85973e-07
2.93138e-07
-2.35708e-07
1.58632e-07
-1.22717e-07
2.29281e-08
-3.77551e-08
-6.62139e-08
8.49359e-08
-1.67758e-07
3.45569e-07
-1.36369e-07
5.19179e-07
-6.58592e-08
4.81425e-07
-4.40778e-08
2.93267e-07
-4.55852e-08
2.85534e-07
-5.44817e-08
2.87046e-07
-6.07525e-08
2.87471e-07
-6.34268e-08
3.15056e-07
-7.2342e-08
3.99053e-07
-7.17927e-08
5.21872e-07
-3.47416e-08
5.98753e-07
6.85658e-08
5.47464e-07
1.62888e-07
5.39498e-07
1.8622e-07
4.10362e-07
1.59893e-07
3.06685e-07
1.24138e-07
2.95731e-07
6.97472e-08
2.95695e-07
3.46732e-08
2.61277e-07
8.96049e-09
2.0604e-07
-3.97201e-08
1.46256e-07
-2.2255e-08
-3.98307e-08
-2.52708e-08
-1.49633e-07
-1.90983e-07
7.56489e-07
-6.79556e-07
6.80004e-07
-5.83414e-07
5.73179e-07
-5.04104e-07
4.96179e-07
-4.51812e-07
4.2809e-07
-3.35546e-07
3.78471e-07
-2.3328e-07
3.52055e-07
-1.80246e-07
3.61473e-07
-2.28318e-07
3.49071e-07
-2.59997e-07
3.09459e-07
-2.95212e-07
2.36437e-07
-2.92335e-07
1.33152e-07
-2.40469e-07
3.73037e-08
-1.90125e-07
-6.89635e-08
-1.29441e-07
-1.99288e-07
7.60564e-09
-2.96502e-07
5.94569e-08
-3.57743e-07
1.46174e-07
-3.39945e-07
3.27771e-07
-2.42769e-07
4.22005e-07
-1.51374e-07
3.90033e-07
-1.15113e-07
2.57007e-07
-1.0192e-07
2.72342e-07
-1.05038e-07
2.90165e-07
-9.47457e-08
2.77178e-07
-7.46442e-08
2.94954e-07
-5.90943e-08
3.83503e-07
-2.07568e-08
4.83534e-07
4.18964e-08
5.36099e-07
9.80303e-08
4.9133e-07
1.59257e-07
4.78272e-07
1.69932e-07
3.99688e-07
1.30048e-07
3.46569e-07
8.92419e-08
3.36538e-07
6.22461e-08
3.2269e-07
4.62252e-08
2.77298e-07
-6.49559e-09
2.5876e-07
-8.81119e-08
2.27872e-07
-9.01494e-08
-3.77936e-08
-5.43803e-08
-1.85402e-07
-2.45364e-07
4.63475e-07
-6.13264e-07
4.269e-07
-5.46839e-07
4.02994e-07
-4.80198e-07
3.6886e-07
-4.17677e-07
3.36344e-07
-3.0303e-07
2.40638e-07
-1.37573e-07
2.5496e-07
-1.94567e-07
2.28325e-07
-2.01683e-07
1.76991e-07
-2.08664e-07
1.1729e-07
-2.35511e-07
1.63079e-08
-1.91354e-07
-9.50763e-08
-1.29085e-07
-1.70425e-07
-1.14777e-07
-2.65553e-07
-3.4313e-08
-3.08088e-07
5.01414e-08
-3.58591e-07
1.09959e-07
-4.14731e-07
2.02314e-07
-3.72404e-07
2.85441e-07
-2.79325e-07
3.28922e-07
-2.12696e-07
3.23401e-07
-2.26436e-07
2.70746e-07
-1.7602e-07
2.21927e-07
-1.22428e-07
2.36572e-07
-7.79732e-08
2.32723e-07
-5.54156e-08
2.72396e-07
-3.13679e-08
3.59455e-07
1.38611e-08
4.38305e-07
6.89425e-08
4.81018e-07
9.10354e-08
4.69237e-07
1.27763e-07
4.41545e-07
1.26255e-07
4.01196e-07
8.16002e-08
3.91224e-07
5.75742e-08
3.60563e-07
5.47862e-08
3.25478e-07
2.85888e-08
3.03496e-07
-2.41862e-08
3.11536e-07
-5.06567e-08
2.54343e-07
-9.23963e-08
3.94579e-09
-6.51439e-08
-2.12655e-07
-3.10507e-07
3.40887e-07
-5.91155e-07
3.40148e-07
-5.461e-07
3.63869e-07
-5.03918e-07
2.98398e-07
-3.52207e-07
1.43207e-07
-1.4784e-07
1.42186e-07
-1.36553e-07
1.01088e-07
-1.53469e-07
2.57093e-08
-1.26304e-07
-4.30847e-08
-1.3987e-07
-1.06622e-07
-1.71975e-07
-1.38532e-07
-1.59445e-07
-1.61807e-07
-1.0581e-07
-2.10857e-07
-6.57276e-08
-2.26612e-07
-1.85588e-08
-2.41724e-07
6.52526e-08
-2.5311e-07
1.21345e-07
-2.40379e-07
1.89585e-07
-2.00705e-07
2.45769e-07
-1.25384e-07
2.53603e-07
-1.00773e-07
2.98791e-07
-1.20869e-07
2.90842e-07
-9.88141e-08
1.99873e-07
-4.92321e-08
1.86989e-07
-2.92499e-08
2.1274e-07
-3.13792e-08
2.74524e-07
-2.44062e-08
3.52482e-07
-3.99728e-09
4.17896e-07
2.72919e-08
4.49729e-07
5.11017e-08
4.45427e-07
6.61379e-08
4.26508e-07
2.72698e-08
4.40064e-07
1.48188e-08
4.03675e-07
2.10644e-08
3.54317e-07
1.62928e-08
3.3025e-07
2.07858e-08
2.99004e-07
4.02621e-08
2.92061e-07
5.33724e-08
2.41233e-07
-5.17554e-08
1.09074e-07
-2.8227e-08
-2.36183e-07
-3.38734e-07
2.77332e-07
-5.69307e-07
2.87402e-07
-5.5617e-07
1.27649e-07
-3.44166e-07
-1.33721e-07
-9.08378e-08
-2.25137e-07
-5.64256e-08
-2.35833e-07
-1.25857e-07
-2.55769e-07
-1.33532e-07
-2.47984e-07
-1.34089e-07
-2.3061e-07
-1.57243e-07
-2.34463e-07
-1.68121e-07
-2.45507e-07
-1.48401e-07
-2.54075e-07
-9.72428e-08
-2.63449e-07
-5.63539e-08
-2.58517e-07
-2.34923e-08
-2.33545e-07
4.02803e-08
-2.12704e-07
1.00503e-07
-1.81475e-07
1.58354e-07
-1.47415e-07
2.11707e-07
-1.20074e-07
2.26262e-07
-7.02757e-08
2.48992e-07
-2.32212e-08
2.43787e-07
-2.64912e-08
2.03143e-07
-3.38689e-08
1.94368e-07
-3.7529e-08
2.164e-07
-4.96777e-08
2.86672e-07
-6.06239e-08
3.63428e-07
-5.50352e-08
4.12307e-07
-3.60066e-08
4.307e-07
-3.21061e-08
4.41527e-07
-6.05626e-08
4.54965e-07
-9.69833e-08
4.76484e-07
-8.87804e-08
3.95472e-07
-8.65436e-08
3.52081e-07
-5.78318e-08
3.01539e-07
9.30297e-09
2.31869e-07
8.95985e-08
2.11765e-07
1.48591e-07
1.8224e-07
7.85591e-08
1.79106e-07
5.71516e-08
-2.14776e-07
-2.81583e-07
2.72779e-07
-5.40882e-07
1.12535e-07
-3.95927e-07
-1.85365e-07
-4.62686e-08
-3.82344e-07
1.06138e-07
-4.20393e-07
-1.83774e-08
-4.51813e-07
-9.44372e-08
-4.54858e-07
-1.30487e-07
-4.26226e-07
-1.62721e-07
-3.89166e-07
-1.94303e-07
-3.67881e-07
-1.89406e-07
-3.60901e-07
-1.55382e-07
-3.64269e-07
-9.38742e-08
-3.62581e-07
-5.80426e-08
-3.58654e-07
-2.74186e-08
-3.42243e-07
2.38689e-08
-3.18424e-07
7.66849e-08
-2.85458e-07
1.25388e-07
-2.53385e-07
1.79635e-07
-2.46348e-07
2.19225e-07
-2.35737e-07
2.3838e-07
-1.6072e-07
1.68769e-07
-8.37734e-08
1.26196e-07
-4.82429e-08
1.58837e-07
-6.29395e-08
2.31097e-07
-9.59329e-08
3.19665e-07
-1.21395e-07
3.88889e-07
-1.3632e-07
4.27233e-07
-1.56586e-07
4.50965e-07
-1.92503e-07
4.77444e-07
-2.27646e-07
4.90108e-07
-2.20659e-07
4.69498e-07
-2.09414e-07
3.84227e-07
-2.00889e-07
3.43557e-07
-1.42009e-07
2.42659e-07
-6.7409e-08
1.57269e-07
8.42404e-09
1.35932e-07
-5.99842e-09
1.96663e-07
2.77569e-09
1.70333e-07
2.6275e-08
-2.38273e-07
-2.55308e-07
1.19685e-07
-4.36775e-07
-1.17321e-07
-1.5892e-07
-2.46232e-07
8.26392e-08
-3.13258e-07
1.7316e-07
-3.63499e-07
3.18636e-08
-4.10186e-07
-4.77512e-08
-4.56024e-07
-8.4649e-08
-5.22352e-07
-9.63923e-08
-5.11168e-07
-2.05486e-07
-4.85187e-07
-2.15387e-07
-4.5733e-07
-1.83239e-07
-4.49461e-07
-1.01743e-07
-4.44496e-07
-6.30092e-08
-4.34152e-07
-3.77634e-08
-4.07345e-07
-2.93816e-09
-3.63822e-07
3.31616e-08
-3.09742e-07
7.13069e-08
-2.74177e-07
1.4407e-07
-2.56384e-07
2.01433e-07
-2.23086e-07
2.05084e-07
-1.66826e-07
1.12509e-07
-1.35886e-07
9.52546e-08
-1.21093e-07
1.44045e-07
-1.30123e-07
2.40127e-07
-1.71975e-07
3.61517e-07
-2.18033e-07
4.34947e-07
-2.59659e-07
4.68859e-07
-3.04084e-07
4.95391e-07
-3.29929e-07
5.03289e-07
-3.24631e-07
4.84809e-07
-2.77292e-07
4.22159e-07
-2.65161e-07
3.72095e-07
-2.16873e-07
2.95269e-07
-1.27227e-07
1.53013e-07
-7.13938e-08
1.01437e-07
-6.06542e-08
1.25192e-07
-6.58296e-08
2.01837e-07
6.61745e-08
3.83276e-08
4.62651e-08
-2.18364e-07
-2.09043e-07
1.78502e-08
-3.08586e-07
-7.67224e-08
-6.4351e-08
-8.81479e-08
9.40624e-08
-1.59968e-07
2.44978e-07
-2.71754e-07
1.4365e-07
-3.35475e-07
1.59697e-08
-4.16262e-07
-3.86154e-09
-5.47175e-07
3.4521e-08
-5.6105e-07
-1.91613e-07
-5.36021e-07
-2.40416e-07
-5.12064e-07
-2.07196e-07
-4.91008e-07
-1.22799e-07
-4.79439e-07
-7.45785e-08
-4.65076e-07
-5.21258e-08
-4.32512e-07
-3.5501e-08
-3.83609e-07
-1.57405e-08
-3.25279e-07
1.29765e-08
-2.77378e-07
9.61673e-08
-2.21052e-07
1.45105e-07
-1.55034e-07
1.39064e-07
-1.4218e-07
9.96556e-08
-1.6706e-07
1.20134e-07
-2.18785e-07
1.95769e-07
-2.8798e-07
3.09322e-07
-3.53032e-07
4.26568e-07
-3.89197e-07
4.71113e-07
-4.11595e-07
4.91256e-07
-4.15905e-07
4.99701e-07
-3.85343e-07
4.72728e-07
-3.17275e-07
4.16741e-07
-2.61838e-07
3.66722e-07
-2.28736e-07
3.38994e-07
-1.54596e-07
2.21128e-07
-9.92545e-08
9.76713e-08
-1.1373e-07
1.15912e-07
-1.71606e-07
1.83069e-07
-1.59278e-07
1.8951e-07
1.31907e-08
-1.3414e-07
7.17681e-09
-2.12351e-07
-2.01866e-07
-1.37851e-07
-2.23409e-07
-1.23409e-07
-7.87973e-08
-1.04859e-07
7.55121e-08
-9.15325e-08
2.31654e-07
-6.0042e-08
1.1216e-07
-6.70977e-08
2.30259e-08
-2.07459e-07
1.365e-07
-3.56751e-07
1.83814e-07
-5.86194e-07
3.78314e-08
-5.47777e-07
-2.78833e-07
-5.28727e-07
-2.26247e-07
-5.00526e-07
-1.50999e-07
-4.85978e-07
-8.91274e-08
-4.72998e-07
-6.51062e-08
-4.54725e-07
-5.37743e-08
-4.28586e-07
-4.1879e-08
-3.9308e-07
-2.25292e-08
-3.33818e-07
3.69071e-08
-2.75581e-07
8.68677e-08
-2.41043e-07
1.04525e-07
-2.73805e-07
1.32416e-07
-3.51023e-07
1.97352e-07
-4.45983e-07
2.90728e-07
-5.28778e-07
3.92118e-07
-5.55519e-07
4.5331e-07
-5.55244e-07
4.70838e-07
-5.32937e-07
4.68949e-07
-4.67562e-07
4.34326e-07
-3.48864e-07
3.5403e-07
-2.4015e-07
3.08028e-07
-1.71854e-07
2.98426e-07
-1.08533e-07
2.75673e-07
-4.99306e-08
1.62526e-07
-7.57511e-08
1.23492e-07
-1.23415e-07
1.63575e-07
-1.07704e-07
1.67357e-07
9.751e-09
7.20546e-08
3.26051e-08
-1.56994e-07
1.0955e-08
-1.90701e-07
-1.90911e-07
-1.27662e-07
-2.11873e-07
-1.13377e-07
-9.30855e-08
-1.00123e-07
6.22578e-08
-7.54905e-09
1.3908e-07
6.09437e-08
4.36665e-08
5.11678e-08
3.28015e-08
7.28325e-09
1.80385e-07
-1.39599e-07
3.30696e-07
-3.0451e-07
2.02744e-07
-4.67651e-07
-1.15692e-07
-5.08996e-07
-1.84902e-07
-4.8803e-07
-1.71965e-07
-4.66262e-07
-1.10895e-07
-4.60108e-07
-7.12597e-08
-4.57317e-07
-5.65648e-08
-4.57052e-07
-4.2144e-08
-4.51132e-07
-2.8449e-08
-4.21397e-07
7.17235e-09
-3.91331e-07
5.68022e-08
-3.99236e-07
1.1243e-07
-4.51713e-07
1.84893e-07
-5.22532e-07
2.68169e-07
-5.79749e-07
3.47944e-07
-6.06049e-07
4.18418e-07
-6.0304e-07
4.503e-07
-5.88971e-07
4.56768e-07
-5.38931e-07
4.18909e-07
-3.95524e-07
2.90919e-07
-2.47342e-07
2.05848e-07
-1.63116e-07
2.23801e-07
-1.31062e-07
2.66372e-07
-7.1091e-08
2.15702e-07
-8.97437e-08
1.81178e-07
-1.55991e-07
1.89739e-07
-1.57049e-07
1.64632e-07
-7.93212e-08
8.96275e-08
3.61088e-08
-4.33758e-08
2.49477e-08
-1.45834e-07
7.27622e-09
-1.73029e-07
-1.83634e-07
-8.94548e-08
-2.21803e-07
-1.21205e-07
-6.13356e-08
-1.27711e-07
6.87635e-08
-1.15587e-07
1.26955e-07
-8.3289e-08
1.13685e-08
-4.01052e-08
-1.03819e-08
-7.83736e-08
2.18653e-07
-1.76317e-07
4.28641e-07
-2.84026e-07
3.10456e-07
-3.85918e-07
-1.37997e-08
-4.39845e-07
-1.30975e-07
-4.47777e-07
-1.64033e-07
-4.29639e-07
-1.29033e-07
-4.16093e-07
-8.48056e-08
-4.24133e-07
-4.85245e-08
-4.40265e-07
-2.60124e-08
-4.55857e-07
-1.28568e-08
-4.55493e-07
6.80729e-09
-4.5518e-07
5.6488e-08
-4.82047e-07
1.39296e-07
-5.2324e-07
2.26086e-07
-5.5822e-07
3.03148e-07
-5.80351e-07
3.70076e-07
-5.80926e-07
4.18992e-07
-5.62651e-07
4.32026e-07
-5.21267e-07
4.15384e-07
-4.41308e-07
3.38951e-07
-3.52406e-07
2.02017e-07
-2.83749e-07
1.37191e-07
-1.81569e-07
1.21621e-07
-7.06832e-08
1.55486e-07
-3.13792e-08
1.76398e-07
-4.24676e-08
1.92267e-07
-5.46614e-08
2.01933e-07
-3.00473e-08
1.40019e-07
7.18401e-09
5.23967e-08
1.79127e-08
-5.41046e-08
1.34612e-08
-1.41383e-07
9.93474e-09
-1.69502e-07
-1.737e-07
-5.19988e-08
-2.18059e-07
-6.38044e-08
-4.95305e-08
-2.87653e-08
3.37231e-08
2.98243e-08
6.83666e-08
-4.44712e-08
8.56646e-08
-1.19832e-07
6.4979e-08
-1.66914e-07
2.65737e-07
-1.30196e-07
3.91924e-07
-1.69839e-07
3.50098e-07
-2.82955e-07
9.93158e-08
-3.96603e-07
-1.73264e-08
-4.50197e-07
-1.10438e-07
-4.14358e-07
-1.64871e-07
-3.90181e-07
-1.08983e-07
-3.86879e-07
-5.18258e-08
-3.9984e-07
-1.30514e-08
-4.3155e-07
1.8853e-08
-4.59611e-07
3.48693e-08
-4.84797e-07
8.1672e-08
-5.10012e-07
1.6451e-07
-5.3058e-07
2.46654e-07
-5.3496e-07
3.07527e-07
-5.25092e-07
3.60206e-07
-4.91496e-07
3.85395e-07
-4.26783e-07
3.67312e-07
-3.36268e-07
3.24869e-07
-2.57077e-07
2.59759e-07
-2.18191e-07
1.63131e-07
-1.47761e-07
6.67612e-08
-6.74453e-08
4.13051e-08
1.91294e-08
6.8911e-08
7.92365e-08
1.16291e-07
1.33656e-07
1.37848e-07
1.93774e-07
1.41814e-07
2.09728e-07
1.24064e-07
1.87531e-07
7.45939e-08
1.43308e-07
-9.88219e-09
9.99377e-08
-9.8012e-08
5.04094e-08
-1.19974e-07
-1.2329e-07
-1.64262e-07
-1.54544e-07
-1.84385e-07
-2.94086e-08
-1.66194e-07
1.55313e-08
-1.21197e-07
2.3372e-08
-8.71203e-08
5.15899e-08
-1.00084e-07
7.7944e-08
-5.03251e-08
2.15978e-07
4.48242e-08
2.96774e-07
1.31848e-07
2.63074e-07
1.03456e-07
1.27707e-07
-5.74499e-08
1.4358e-07
-2.27707e-07
5.98203e-08
-3.29658e-07
-6.29201e-08
-3.68882e-07
-6.97584e-08
-3.83988e-07
-3.67204e-08
-3.97393e-07
3.52857e-10
-4.24621e-07
4.6081e-08
-4.6718e-07
7.74284e-08
-5.00087e-07
1.14579e-07
-5.29169e-07
1.93592e-07
-5.30656e-07
2.48141e-07
-4.97604e-07
2.74475e-07
-4.36372e-07
2.98975e-07
-3.61573e-07
3.10595e-07
-2.90252e-07
2.95992e-07
-2.06456e-07
2.41073e-07
-1.23888e-07
1.77192e-07
-7.3297e-08
1.12541e-07
-2.27192e-08
1.61829e-08
2.27475e-08
-4.16227e-09
8.30423e-08
8.61592e-09
1.17059e-07
8.22741e-08
1.68924e-07
8.59835e-08
2.21162e-07
8.95749e-08
2.44843e-07
1.00382e-07
2.62234e-07
5.72022e-08
2.5286e-07
-5.08401e-10
1.88376e-07
-3.35274e-08
1.02899e-07
-3.44962e-08
-2.03914e-08
-3.7774e-07
-1.34013e-07
-3.4664e-07
-6.05082e-08
-3.02673e-07
-2.8435e-08
-2.64313e-07
-1.49858e-08
-2.10937e-07
-1.78374e-09
-1.36295e-07
3.30376e-09
1.17747e-08
6.79085e-08
1.34518e-07
1.74029e-07
1.95417e-07
2.02173e-07
2.09155e-07
1.13968e-07
2.19307e-07
1.33425e-07
1.03796e-07
1.75331e-07
-9.32546e-08
1.34131e-07
-2.47227e-07
8.42136e-08
-3.05105e-07
2.11581e-08
-3.42347e-07
3.75956e-08
-3.91372e-07
9.51064e-08
-4.49112e-07
1.35168e-07
-4.93652e-07
1.59119e-07
-5.22433e-07
2.22373e-07
-5.27907e-07
2.53614e-07
-5.10238e-07
2.56805e-07
-4.62188e-07
2.50923e-07
-4.08359e-07
2.56767e-07
-3.32654e-07
2.20286e-07
-2.71239e-07
1.79657e-07
-2.25202e-07
1.31155e-07
-1.53639e-07
4.09784e-08
-8.58746e-08
-5.1581e-08
-1.05099e-09
-8.89858e-08
1.10325e-07
-1.02761e-07
2.07113e-07
-1.4514e-08
2.15926e-07
7.71706e-08
2.05398e-07
1.00102e-07
2.36011e-07
6.97701e-08
2.61413e-07
3.18006e-08
2.65112e-07
-4.20719e-09
2.18579e-07
1.30047e-08
1.31246e-07
5.28362e-08
1.10855e-07
-4.65083e-07
-9.4734e-08
-4.45913e-07
-7.96772e-08
-3.94487e-07
-7.98598e-08
-3.18921e-07
-9.05524e-08
-2.53342e-07
-6.73628e-08
-2.06708e-07
-4.33314e-08
-9.50108e-08
-4.37901e-08
8.53262e-08
-6.31012e-09
2.38276e-07
4.92216e-08
2.54541e-07
9.77024e-08
2.09675e-07
1.78291e-07
1.28557e-07
2.56449e-07
1.37068e-07
1.25619e-07
-3.93576e-08
2.60639e-07
-2.10578e-07
1.92378e-07
-2.58847e-07
8.58653e-08
-2.98508e-07
1.34768e-07
-3.63107e-07
1.99767e-07
-4.24585e-07
2.20597e-07
-4.45067e-07
2.42856e-07
-4.49068e-07
2.57614e-07
-4.52736e-07
2.60472e-07
-4.39894e-07
2.38082e-07
-3.96119e-07
2.12993e-07
-3.51612e-07
1.75779e-07
-3.17942e-07
1.45987e-07
-2.94229e-07
1.07441e-07
-2.44629e-07
-8.62141e-09
-1.86136e-07
-1.10073e-07
-9.8405e-08
-1.76716e-07
-8.47965e-09
-1.92686e-07
8.45142e-08
-1.07508e-07
7.60995e-08
8.55848e-08
5.00952e-08
1.26106e-07
2.07467e-08
9.91189e-08
1.01817e-08
4.23655e-08
3.14242e-08
-2.54499e-08
4.388e-08
5.49192e-10
1.55299e-08
8.11865e-08
1.26384e-07
-4.4138e-07
-3.4631e-08
-4.65502e-07
-5.55546e-08
-4.75497e-07
-6.98648e-08
-4.69265e-07
-9.67845e-08
-4.25873e-07
-1.10754e-07
-3.54838e-07
-1.14367e-07
-2.88274e-07
-1.10354e-07
-2.07744e-07
-8.68406e-08
-8.06525e-08
-7.78698e-08
7.36067e-09
9.69005e-09
5.95073e-08
1.26145e-07
1.29184e-07
1.86774e-07
1.11144e-07
1.4366e-07
6.53148e-08
3.06469e-07
-6.97693e-08
3.27462e-07
-1.63396e-07
1.79492e-07
-1.67223e-07
1.38595e-07
-1.59236e-07
1.91781e-07
-2.14557e-07
2.75917e-07
-2.45698e-07
2.73997e-07
-2.51047e-07
2.62964e-07
-2.40883e-07
2.50308e-07
-2.23745e-07
2.20944e-07
-1.95475e-07
1.84722e-07
-1.67331e-07
1.47636e-07
-1.25285e-07
1.03942e-07
-6.30565e-08
4.52128e-08
-4.39424e-08
-2.77355e-08
-2.31915e-08
-1.30824e-07
-2.95047e-08
-1.70403e-07
-3.97144e-08
-1.82477e-07
-8.41283e-09
-1.3881e-07
-9.15109e-09
8.63229e-08
-3.04047e-08
1.47359e-07
-4.85068e-08
1.17221e-07
-7.42903e-08
6.81487e-08
-7.09446e-08
-2.87957e-08
-4.25554e-08
-2.78399e-08
-2.19657e-08
6.05968e-08
1.04419e-07
-2.61381e-07
6.62818e-08
-3.07456e-07
-9.48011e-09
-3.57035e-07
-2.02855e-08
-3.84735e-07
-6.90843e-08
-3.81733e-07
-1.13757e-07
-3.58215e-07
-1.37884e-07
-3.22463e-07
-1.46105e-07
-2.73942e-07
-1.35362e-07
-2.12929e-07
-1.38882e-07
-1.16034e-07
-8.72051e-08
2.23667e-08
-1.22553e-08
1.37084e-07
7.20593e-08
1.14903e-07
1.65839e-07
1.28852e-07
2.92521e-07
1.20307e-07
3.36008e-07
6.07638e-08
2.39035e-07
6.09509e-08
1.38407e-07
7.27927e-08
1.7994e-07
8.17986e-08
2.66911e-07
8.10913e-08
2.74704e-07
8.2882e-08
2.61174e-07
1.16833e-07
2.16358e-07
1.70852e-07
1.66925e-07
2.20096e-07
1.35479e-07
2.60051e-07
1.07682e-07
3.25889e-07
3.81057e-08
4.21869e-07
-5.07661e-08
4.73552e-07
-7.94178e-08
4.56954e-07
-1.14229e-07
4.08568e-07
-1.22017e-07
2.7655e-07
-5.04603e-08
1.31579e-07
6.16152e-09
9.559e-08
1.22312e-07
9.06241e-08
1.52325e-07
7.92529e-08
1.28592e-07
3.85002e-08
1.08901e-07
-4.71265e-08
5.68309e-08
-8.90884e-08
1.41218e-08
-4.70244e-08
1.85324e-08
5.73946e-08
2.85263e-08
1.27866e-07
-2.89717e-08
4.80176e-08
-1.04418e-07
5.516e-08
-1.56305e-07
-1.71978e-08
-1.38803e-07
-1.31259e-07
-1.04579e-07
-1.72108e-07
-8.43701e-08
-1.66314e-07
-1.00873e-07
-1.18858e-07
-1.57352e-07
-8.24035e-08
-1.85994e-07
-5.85623e-08
-1.6172e-07
-3.65299e-08
-1.21841e-07
3.21805e-08
-8.22783e-08
1.26277e-07
4.38548e-08
1.66388e-07
2.06413e-07
1.7345e-07
2.26595e-07
2.18854e-07
1.90506e-07
1.74496e-07
1.81774e-07
1.88671e-07
2.12336e-07
2.3635e-07
2.46667e-07
2.40374e-07
2.82167e-07
2.25675e-07
3.04606e-07
1.93919e-07
3.17997e-07
1.53535e-07
3.44503e-07
1.08974e-07
4.12981e-07
3.9203e-08
4.88539e-07
-3.74529e-08
5.23772e-07
-8.59996e-08
5.52654e-07
-1.08299e-07
5.98719e-07
-1.60293e-07
7.07696e-07
-2.30994e-07
5.18368e-07
1.38866e-07
2.35121e-07
2.89409e-07
1.36231e-07
2.21202e-07
2.10088e-07
7.84673e-08
2.78385e-07
6.0296e-08
2.65578e-07
1.21708e-07
1.94431e-07
1.27978e-07
1.10184e-07
9.83697e-08
4.50007e-08
8.37156e-08
1.02395e-07
2.32776e-07
1.48371e-07
2.1653e-07
6.42633e-08
2.07509e-07
6.41807e-08
1.64827e-07
2.54853e-08
1.24112e-07
-9.05429e-08
7.62007e-08
-1.24196e-07
4.54534e-08
-1.35567e-07
2.24031e-08
-9.58078e-08
-1.72438e-08
-4.27564e-08
-4.83891e-08
-2.74166e-08
-7.00289e-08
-1.48901e-08
-5.93783e-08
2.15302e-08
-1.89022e-08
8.58004e-08
4.02776e-08
1.07209e-07
8.3896e-08
1.29832e-07
1.43329e-07
1.59421e-07
1.69845e-07
1.4798e-07
1.82055e-07
1.76462e-07
2.26815e-07
1.9159e-07
2.73037e-07
1.94151e-07
3.21587e-07
1.77124e-07
3.47877e-07
1.67631e-07
3.51241e-07
1.50172e-07
3.57625e-07
1.0259e-07
4.13641e-07
-1.68133e-08
4.51753e-07
-7.55646e-08
4.39006e-07
-7.32526e-08
4.113e-07
-8.0596e-08
4.1622e-07
-1.6522e-07
3.42283e-07
-1.57053e-07
4.12541e-07
6.86132e-08
3.81232e-07
3.20718e-07
2.9657e-07
3.05864e-07
2.18e-07
1.57038e-07
2.03575e-07
7.47205e-08
2.01709e-07
1.23574e-07
2.33984e-07
9.57028e-08
2.53807e-07
7.8546e-08
1.51585e-07
1.85938e-07
2.5398e-07
2.80712e-07
9.04129e-08
2.97938e-07
4.70374e-08
3.39952e-07
2.21658e-08
3.53931e-07
1.1507e-08
2.85168e-07
-2.17785e-08
2.11447e-07
-5.04743e-08
9.92118e-08
-2.33312e-08
3.06624e-08
-2.72579e-08
-1.24004e-09
-1.08539e-08
-3.33898e-08
4.73366e-09
-7.62148e-08
2.79357e-08
-8.84277e-08
3.37433e-08
-5.02001e-08
4.7573e-08
-1.24469e-08
6.94564e-08
2.13334e-08
9.6052e-08
6.48025e-08
1.15952e-07
8.90446e-08
1.23738e-07
1.13129e-07
1.52378e-07
1.52609e-07
1.52111e-07
1.98296e-07
1.48465e-07
2.38205e-07
1.37216e-07
2.76605e-07
1.29231e-07
3.1821e-07
1.08568e-07
3.71919e-07
4.88815e-08
4.15224e-07
-6.01161e-08
4.76302e-07
-1.36643e-07
6.64067e-07
-2.61029e-07
6.69569e-07
-8.60871e-08
6.01057e-07
-9.67188e-08
5.38814e-07
-9.47867e-08
6.43433e-07
-3.60157e-08
6.91927e-07
2.72221e-07
6.27974e-07
3.69828e-07
4.73992e-07
3.11023e-07
3.70441e-07
1.7827e-07
3.52745e-07
1.41273e-07
2.90553e-07
1.57898e-07
1.88224e-07
1.8088e-07
1.02017e-07
2.72148e-07
3.55997e-07
1.88349e-07
-4.82099e-08
2.83915e-07
-4.85281e-08
3.74137e-07
-6.80558e-08
3.68689e-07
1.69546e-08
2.14084e-07
1.32827e-07
8.10907e-08
8.25189e-08
-3.04694e-08
8.82309e-08
-1.04255e-07
4.65277e-08
-1.25801e-07
1.06923e-08
-1.47164e-07
2.60973e-08
-1.50782e-07
3.15542e-08
-1.4133e-07
2.42916e-08
-1.20774e-07
2.70177e-08
-9.0456e-08
3.91381e-08
-5.4084e-08
5.968e-08
-2.11433e-08
8.30111e-08
6.86041e-09
9.57347e-08
4.44007e-08
1.14838e-07
8.18399e-08
1.14673e-07
1.26941e-07
1.03365e-07
1.88012e-07
7.61452e-08
2.51051e-07
6.61916e-08
3.20652e-07
3.89667e-08
4.10321e-07
-4.07889e-08
5.49377e-07
-1.99174e-07
5.75852e-07
-1.63127e-07
4.81753e-07
-1.66933e-07
5.52316e-07
-1.56634e-07
5.19254e-07
-6.36341e-08
4.85659e-07
-6.11981e-08
4.88642e-07
-3.89773e-08
6.07e-07
1.53873e-07
6.42341e-07
3.34483e-07
6.23903e-07
3.29459e-07
5.57777e-07
2.44401e-07
5.03198e-07
1.95862e-07
4.2184e-07
2.39254e-07
2.94182e-07
3.08545e-07
1.49354e-07
4.16972e-07
5.05349e-07
2.01104e-07
-1.21197e-07
5.19496e-07
-3.66924e-07
3.85056e-07
6.63776e-08
-1.27325e-07
5.29333e-07
-3.69009e-07
3.74508e-07
-3.51882e-07
6.53925e-08
-2.47534e-07
-1.61178e-08
-1.60731e-07
-4.0275e-08
-1.29027e-07
-2.10122e-08
-1.26978e-07
2.40485e-08
-1.24e-07
2.85771e-08
-1.19124e-07
1.94152e-08
-1.10439e-07
1.8333e-08
-9.92727e-08
2.79716e-08
-7.53197e-08
3.57271e-08
-4.48774e-08
5.2569e-08
-6.32022e-09
5.71778e-08
4.45664e-08
6.39515e-08
1.00745e-07
5.84946e-08
1.54992e-07
4.91188e-08
2.00809e-07
3.03282e-08
2.67267e-07
-2.64685e-10
3.77553e-07
-7.13208e-08
5.6157e-07
-2.24811e-07
5.32531e-07
-1.70126e-07
5.201e-07
-1.50709e-07
4.57046e-07
-1.03851e-07
3.41171e-07
-4.07523e-08
2.86441e-07
-8.9254e-09
2.69377e-07
-4.41244e-08
2.70764e-07
-4.03539e-08
3.85356e-07
3.92865e-08
4.60228e-07
2.59608e-07
4.73049e-07
3.16632e-07
4.20547e-07
2.9691e-07
3.31511e-07
2.84912e-07
2.25854e-07
3.44912e-07
1.0282e-07
4.31582e-07
1.82133e-08
5.01573e-07
5.23562e-07
1.78947e-07
-9.36373e-09
-1.86472e-07
-1.47599e-09
-6.7761e-07
5.57562e-07
-5.4692e-07
3.98661e-07
-3.88112e-07
2.15706e-07
-2.15803e-07
-1.06918e-07
-1.53411e-07
-7.85072e-08
-2.09613e-07
1.59281e-08
-1.90039e-07
-4.05858e-08
-1.23363e-07
-4.26269e-08
-7.82113e-08
-1.65745e-08
-6.36558e-08
4.85991e-09
-5.30797e-08
7.75697e-09
-4.13624e-08
1.62543e-08
-2.63046e-08
2.06696e-08
1.99932e-09
2.42658e-08
3.68426e-08
2.23351e-08
7.92455e-08
2.15488e-08
1.42346e-07
-4.60627e-09
2.39186e-07
-4.7723e-08
4.41716e-07
-1.722e-07
9.07583e-07
-4.66142e-07
7.89423e-07
4.68502e-08
6.82763e-07
-1.1814e-07
6.16213e-07
-1.03593e-07
4.98484e-07
-3.29488e-08
3.83325e-07
1.13246e-08
3.10875e-07
3.16861e-08
2.9867e-07
3.287e-09
2.83902e-07
-2.93388e-08
2.6751e-07
-2.39639e-08
2.12565e-07
9.42211e-08
1.72601e-07
2.99575e-07
1.39606e-07
3.4964e-07
9.72584e-08
3.39258e-07
3.8371e-08
3.43798e-07
-1.51657e-08
3.98462e-07
-6.25166e-08
4.78921e-07
-7.29036e-08
5.11962e-07
4.5066e-07
-9.04998e-08
1.21445e-07
-4.50321e-07
3.58279e-07
-4.48328e-07
5.55485e-07
-4.47077e-07
3.97409e-07
-4.44554e-07
2.1318e-07
-3.98786e-07
-1.52683e-07
-4.4082e-07
-3.64769e-08
-4.38253e-07
1.33598e-08
-4.49473e-07
-2.93658e-08
-3.65378e-07
-1.26721e-07
-2.14132e-07
-1.67821e-07
-1.09996e-07
-9.92748e-08
-6.00404e-08
-4.21963e-08
-1.98432e-08
-2.39402e-08
1.15698e-08
-1.07414e-08
5.63376e-08
-2.05013e-08
1.19014e-07
-4.03419e-08
2.60132e-07
-1.1957e-07
4.58059e-07
-2.02536e-07
3.9198e-07
1.83586e-08
2.95731e-07
-7.59542e-08
6.34729e-08
-2.3386e-07
7.83861e-08
3.19088e-08
1.82299e-08
-5.798e-08
1.2705e-09
-8.66126e-08
7.20864e-08
-1.03781e-07
1.74223e-07
-9.08351e-08
2.38467e-07
-3.25484e-08
2.52316e-07
-1.05444e-08
2.17611e-07
5.3726e-09
1.37925e-07
5.57141e-08
1.99804e-08
2.12154e-07
-3.76416e-08
3.57208e-07
-6.78926e-08
3.79911e-07
-9.88498e-08
3.70221e-07
-1.28164e-07
3.73104e-07
-1.38601e-07
4.08894e-07
-1.32269e-07
4.72589e-07
-1.03081e-07
4.82769e-07
3.47582e-07
-1.21648e-07
3.11906e-07
-2.74331e-07
5.10981e-07
-2.4893e-07
5.3013e-07
-2.52035e-07
4.00511e-07
-2.44437e-07
2.05581e-07
-3.65688e-07
-3.14324e-08
-3.93769e-07
-8.39184e-09
-3.97626e-07
1.72197e-08
-4.06453e-07
-2.05391e-08
-4.17696e-07
-1.1548e-07
-4.51959e-07
-1.33559e-07
-4.36922e-07
-1.14311e-07
-3.81578e-07
-9.75389e-08
-3.15972e-07
-8.95425e-08
-2.5686e-07
-6.98526e-08
-1.94625e-07
-8.27363e-08
-1.28781e-07
-1.0618e-07
-1.01742e-07
-1.46602e-07
-1.52911e-07
-1.51366e-07
-8.66662e-08
-4.78767e-08
-6.84713e-08
-9.41446e-08
-1.89069e-07
-1.13282e-07
-8.30623e-08
-7.40643e-08
-7.65312e-08
-6.45092e-08
-3.0753e-08
-1.32415e-07
3.90716e-08
-1.73603e-07
1.07243e-07
-1.58985e-07
1.38428e-07
-6.3723e-08
1.11519e-07
1.63606e-08
1.88635e-08
9.80163e-08
-1.02777e-07
1.77351e-07
-1.76903e-07
2.86291e-07
-1.73528e-07
3.53843e-07
-1.66198e-07
3.72582e-07
-1.69504e-07
3.73519e-07
-1.69271e-07
3.72868e-07
-1.59791e-07
3.99407e-07
-1.2478e-07
4.37577e-07
-7.48015e-08
4.32787e-07
2.72781e-07
-2.97185e-07
3.56886e-07
-2.83181e-07
4.96977e-07
-2.32193e-07
4.7914e-07
-1.69643e-07
3.37959e-07
-1.8991e-07
2.25846e-07
-3.27682e-07
1.06337e-07
-4.3532e-07
9.92493e-08
-5.0449e-07
8.63975e-08
-5.56329e-07
3.13026e-08
-6.041e-07
-6.77088e-08
-6.16522e-07
-1.21135e-07
-5.89925e-07
-1.40904e-07
-5.25211e-07
-1.62254e-07
-4.53897e-07
-1.60863e-07
-3.77638e-07
-1.46124e-07
-3.12972e-07
-1.4741e-07
-2.65e-07
-1.54148e-07
-2.31972e-07
-1.7963e-07
-2.25794e-07
-1.57547e-07
-1.51144e-07
-1.22531e-07
-1.27676e-07
-1.17605e-07
-1.31203e-07
-1.09744e-07
-1.28557e-07
-7.67289e-08
-1.32148e-07
-6.0938e-08
-1.46566e-07
-1.17988e-07
-1.22308e-07
-1.97846e-07
-1.04787e-07
-1.76502e-07
-1.08458e-07
-6.00619e-08
-1.4255e-07
5.04424e-08
-1.78186e-07
1.33656e-07
-2.1339e-07
2.12564e-07
-2.16981e-07
2.89892e-07
-1.9692e-07
3.33786e-07
-1.79342e-07
3.54998e-07
-1.68348e-07
3.62516e-07
-1.53355e-07
3.57869e-07
-1.26914e-07
3.72958e-07
-8.54201e-08
3.96088e-07
-4.11517e-08
3.88521e-07
2.31627e-07
-2.7112e-07
4.09899e-07
-2.63041e-07
4.88909e-07
-2.17273e-07
4.33376e-07
-1.65943e-07
2.8663e-07
-2.60545e-07
3.20448e-07
-3.89678e-07
2.35468e-07
-4.80734e-07
1.90306e-07
-5.34474e-07
1.40137e-07
-5.80512e-07
7.73382e-08
-6.02617e-07
-4.56057e-08
-6.01934e-07
-1.21812e-07
-5.74136e-07
-1.68694e-07
-5.2327e-07
-2.13115e-07
-4.54192e-07
-2.2994e-07
-3.67936e-07
-2.32378e-07
-3.00867e-07
-2.14472e-07
-2.63391e-07
-1.91626e-07
-2.56885e-07
-1.86142e-07
-2.39551e-07
-1.74862e-07
-2.00525e-07
-1.61545e-07
-1.66225e-07
-1.51918e-07
-1.38328e-07
-1.37643e-07
-1.03203e-07
-1.1185e-07
-9.41936e-08
-6.99344e-08
-1.30971e-07
-8.1206e-08
-1.66414e-07
-1.62407e-07
-1.85153e-07
-1.5777e-07
-2.07903e-07
-3.73211e-08
-2.33014e-07
7.55507e-08
-2.4144e-07
1.42085e-07
-2.26498e-07
1.97625e-07
-2.00214e-07
2.63608e-07
-1.69227e-07
3.02791e-07
-1.46747e-07
3.32504e-07
-1.27927e-07
3.43686e-07
-1.09967e-07
3.39903e-07
-8.75365e-08
3.50527e-07
-6.79524e-08
3.76508e-07
-3.70274e-08
3.57599e-07
1.94596e-07
-1.82975e-07
4.53558e-07
-1.88579e-07
4.94517e-07
-1.43494e-07
3.8829e-07
-1.28639e-07
2.71776e-07
-2.2233e-07
4.14135e-07
-3.54541e-07
3.67683e-07
-4.24856e-07
2.60622e-07
-4.54972e-07
1.70252e-07
-4.73025e-07
9.53897e-08
-4.99711e-07
-1.89204e-08
-5.15275e-07
-1.06248e-07
-5.05496e-07
-1.78472e-07
-4.72986e-07
-2.45628e-07
-4.16662e-07
-2.86271e-07
-3.51451e-07
-2.97592e-07
-2.86528e-07
-2.79384e-07
-2.41981e-07
-2.36163e-07
-2.17607e-07
-2.10513e-07
-1.9571e-07
-1.96754e-07
-1.72668e-07
-1.84588e-07
-1.46656e-07
-1.77929e-07
-1.18863e-07
-1.65418e-07
-1.09559e-07
-1.21142e-07
-1.11292e-07
-6.82084e-08
-1.53543e-07
-3.89695e-08
-2.47004e-07
-6.89542e-08
-3.11455e-07
-9.33185e-08
-3.01641e-07
-4.71267e-08
-2.75092e-07
4.90076e-08
-2.52818e-07
1.19813e-07
-2.19553e-07
1.64353e-07
-1.81817e-07
2.25863e-07
-1.45792e-07
2.66755e-07
-1.17494e-07
3.04202e-07
-9.95529e-08
3.25747e-07
-8.81157e-08
3.28465e-07
-7.51601e-08
3.3757e-07
-6.12178e-08
3.62566e-07
-4.00447e-08
3.36428e-07
1.54551e-07
-7.79886e-09
4.51386e-07
-1.05925e-08
4.97305e-07
7.51136e-09
3.7018e-07
-3.3763e-08
3.13048e-07
-5.98661e-08
4.40236e-07
-1.52139e-07
4.59955e-07
-2.48699e-07
3.57181e-07
-3.05636e-07
2.27188e-07
-3.2838e-07
1.18137e-07
-3.58451e-07
1.11577e-08
-3.82922e-07
-8.17694e-08
-3.94064e-07
-1.67326e-07
-3.9162e-07
-2.48072e-07
-3.65138e-07
-3.12752e-07
-3.16946e-07
-3.45781e-07
-2.62959e-07
-3.3337e-07
-2.18747e-07
-2.80383e-07
-1.83048e-07
-2.46212e-07
-1.63206e-07
-2.16584e-07
-1.53322e-07
-1.94461e-07
-1.48927e-07
-1.82318e-07
-1.43064e-07
-1.71281e-07
-1.41671e-07
-1.22542e-07
-1.60784e-07
-4.91047e-08
-1.86761e-07
-1.2999e-08
-2.62415e-07
6.69967e-09
-3.29263e-07
-2.64691e-08
-3.38355e-07
-3.80329e-08
-2.95598e-07
6.24793e-09
-2.43167e-07
6.73732e-08
-2.18024e-07
1.39201e-07
-1.93472e-07
2.01305e-07
-1.78471e-07
2.51751e-07
-1.48158e-07
2.7389e-07
-1.21754e-07
2.99349e-07
-1.06185e-07
3.129e-07
-9.87785e-08
3.30163e-07
-8.06799e-08
3.44465e-07
-3.85588e-08
2.94306e-07
1.15993e-07
1.13941e-07
4.01366e-07
1.6024e-07
4.50999e-07
1.34883e-07
3.9554e-07
9.65666e-08
3.51375e-07
1.15528e-07
4.21283e-07
1.02892e-07
4.72592e-07
4.01986e-08
4.19871e-07
-3.15805e-08
2.98961e-07
-8.03459e-08
1.66899e-07
-1.20935e-07
5.17482e-08
-1.52336e-07
-5.03632e-08
-1.77442e-07
-1.42215e-07
-2.04484e-07
-2.21032e-07
-2.26659e-07
-2.90582e-07
-2.17035e-07
-3.55406e-07
-1.93422e-07
-3.56978e-07
-1.60134e-07
-3.13668e-07
-1.2586e-07
-2.80479e-07
-1.04454e-07
-2.3798e-07
-9.02609e-08
-2.08654e-07
-8.41189e-08
-1.88466e-07
-9.29619e-08
-1.62444e-07
-9.8073e-08
-1.17432e-07
-8.77073e-08
-5.94672e-08
-8.30895e-08
-1.7614e-08
-1.43942e-07
6.7553e-08
-2.12405e-07
4.19921e-08
-2.321e-07
-1.83429e-08
-2.02825e-07
-2.30321e-08
-1.82754e-07
4.72978e-08
-2.08879e-07
1.65323e-07
-2.09053e-07
2.01477e-07
-2.01714e-07
2.44412e-07
-1.88254e-07
2.60431e-07
-1.60766e-07
2.71865e-07
-1.32086e-07
2.84224e-07
-1.02746e-07
3.00824e-07
-6.63561e-08
3.08074e-07
-2.38678e-08
2.51817e-07
9.21275e-08
1.19453e-07
3.388e-07
1.66522e-07
4.03926e-07
1.78709e-07
3.83358e-07
1.73049e-07
3.57047e-07
2.01091e-07
3.9325e-07
2.34572e-07
4.39117e-07
2.39399e-07
4.15046e-07
2.04873e-07
3.33488e-07
1.60953e-07
2.10821e-07
1.1823e-07
9.44732e-08
7.15092e-08
-3.6416e-09
3.49336e-08
-1.05641e-07
2.71826e-09
-1.88819e-07
-1.7178e-08
-2.70687e-07
-2.9485e-08
-3.43096e-07
-5.32156e-08
-3.33245e-07
-5.58836e-08
-3.11005e-07
-5.92898e-08
-2.77081e-07
-6.09052e-08
-2.36371e-07
-6.44653e-08
-2.05097e-07
-6.34425e-08
-1.8949e-07
-6.72469e-08
-1.58638e-07
-6.91112e-08
-1.15562e-07
-6.8932e-08
-5.96418e-08
-1.00977e-07
1.44321e-08
-1.06317e-07
7.28908e-08
-1.36822e-07
7.24926e-08
-1.83122e-07
2.79508e-08
-2.31233e-07
2.50756e-08
-2.45951e-07
6.20142e-08
-2.3483e-07
1.54205e-07
-2.26254e-07
1.92905e-07
-2.0559e-07
2.23749e-07
-1.80468e-07
2.35309e-07
-1.42694e-07
2.34091e-07
-1.04815e-07
2.46348e-07
-6.22581e-08
2.5827e-07
-3.13452e-08
2.77162e-07
-2.90936e-09
2.23381e-07
8.92186e-08
1.22556e-07
2.82626e-07
1.6468e-07
3.6181e-07
1.83262e-07
3.64787e-07
1.84799e-07
3.55518e-07
2.05759e-07
3.72295e-07
2.49271e-07
3.95607e-07
2.84581e-07
3.79736e-07
2.93763e-07
3.24304e-07
2.75913e-07
2.2867e-07
2.44252e-07
1.26137e-07
2.10223e-07
3.03889e-08
1.67746e-07
-6.31663e-08
1.31204e-07
-1.52288e-07
1.08835e-07
-2.48331e-07
7.15588e-08
-3.05831e-07
4.43419e-08
-3.06039e-07
2.42623e-08
-2.90936e-07
8.46646e-09
-2.61294e-07
-9.24831e-09
-2.18659e-07
-2.79289e-08
-1.86416e-07
-4.77633e-08
-1.69655e-07
-6.70799e-08
-1.39321e-07
-8.36028e-08
-9.9042e-08
-1.00243e-07
-4.30079e-08
-9.19554e-08
6.13859e-09
-3.85819e-08
1.95119e-08
-4.01811e-08
7.40879e-08
-1.08415e-07
9.6182e-08
-1.81628e-07
9.8288e-08
-2.23445e-07
1.03831e-07
-2.20613e-07
1.51373e-07
-2.16938e-07
1.89231e-07
-1.89416e-07
1.96226e-07
-1.59086e-07
2.04976e-07
-1.24936e-07
1.99938e-07
-8.62424e-08
2.07653e-07
-5.55542e-08
2.27583e-07
-6.34241e-09
2.27952e-07
1.73014e-08
1.99738e-07
1.06518e-07
1.36774e-07
2.30225e-07
1.63906e-07
3.3469e-07
1.75356e-07
3.53349e-07
1.82886e-07
3.47999e-07
2.02179e-07
3.53009e-07
2.39143e-07
3.58647e-07
2.75062e-07
3.43817e-07
2.97953e-07
3.01411e-07
3.00749e-07
2.25872e-07
2.90771e-07
1.36112e-07
2.70603e-07
5.05535e-08
2.41784e-07
-3.4353e-08
2.12079e-07
-1.22592e-07
1.81391e-07
-2.17652e-07
1.40319e-07
-2.64764e-07
1.15626e-07
-2.81348e-07
9.14459e-08
-2.66762e-07
6.86945e-08
-2.38549e-07
4.43466e-08
-1.94318e-07
1.82482e-08
-1.60325e-07
-6.92146e-09
-1.44493e-07
-2.96645e-08
-1.16585e-07
-3.62396e-08
-9.24735e-08
-3.07117e-08
-4.85407e-08
-8.70424e-09
-1.58706e-08
-6.23656e-09
1.70456e-08
-1.50263e-08
8.28804e-08
-3.23581e-08
1.13516e-07
-5.17002e-08
1.17629e-07
-8.24536e-08
1.34581e-07
-1.17221e-07
1.86138e-07
-1.49856e-07
2.21863e-07
-1.38368e-07
1.84735e-07
-1.22884e-07
1.89488e-07
-1.17868e-07
1.94919e-07
-1.06227e-07
1.96009e-07
-6.20394e-08
1.83394e-07
-1.54789e-08
1.81391e-07
5.14499e-09
1.79112e-07
1.11659e-07
7.92691e-08
1.81093e-07
1.20284e-07
2.93686e-07
1.41978e-07
3.31664e-07
1.59651e-07
3.30332e-07
1.80779e-07
3.31886e-07
2.10715e-07
3.28714e-07
2.43546e-07
3.10986e-07
2.71931e-07
2.73023e-07
2.84897e-07
2.12902e-07
2.85107e-07
1.359e-07
2.77879e-07
5.7779e-08
2.62845e-07
-1.9322e-08
2.49831e-07
-1.09583e-07
2.25269e-07
-1.93097e-07
1.95906e-07
-2.3541e-07
1.60422e-07
-2.45872e-07
1.26772e-07
-2.33124e-07
8.81439e-08
-1.99935e-07
5.53417e-08
-1.61531e-07
3.07958e-08
-1.35792e-07
9.62387e-09
-1.23331e-07
-1.13506e-08
-9.56162e-08
-3.18627e-08
-7.19639e-08
-3.17022e-08
-4.87013e-08
-2.49167e-08
-2.26551e-08
-3.92813e-08
3.14116e-08
-3.66936e-08
8.02931e-08
-2.64576e-08
1.03279e-07
-3.05012e-08
1.21669e-07
-4.7487e-08
1.51561e-07
-8.04949e-08
2.19139e-07
-8.88436e-08
2.30207e-07
-9.48478e-08
1.90737e-07
-9.04346e-08
1.85074e-07
-9.79178e-08
2.024e-07
-9.39891e-08
1.92078e-07
-7.93997e-08
1.688e-07
-5.98017e-08
1.61787e-07
-2.87994e-08
1.48103e-07
8.28552e-08
-2.73721e-08
1.41725e-07
2.74317e-08
2.38891e-07
7.05834e-08
2.88517e-07
1.06119e-07
2.94799e-07
1.38145e-07
2.99862e-07
1.72781e-07
2.94079e-07
2.07505e-07
2.76262e-07
2.37475e-07
2.43054e-07
2.58367e-07
1.92011e-07
2.69338e-07
1.2493e-07
2.67647e-07
5.94713e-08
2.63799e-07
-1.5475e-08
2.55129e-07
-1.00917e-07
2.25774e-07
-1.63749e-07
1.86326e-07
-1.95972e-07
1.37858e-07
-1.97413e-07
8.70736e-08
-1.8235e-07
4.32313e-08
-1.56102e-07
1.35199e-08
-1.31828e-07
-1.28263e-08
-1.09453e-07
-4.6906e-08
-8.92548e-08
-7.71348e-08
-6.53883e-08
-1.01093e-07
-4.8005e-08
-1.14564e-07
-3.52299e-08
-1.2999e-07
-7.23084e-09
-1.30353e-07
3.17701e-08
-1.13104e-07
6.30398e-08
-1.01366e-07
9.15365e-08
-9.76557e-08
1.17955e-07
-1.16065e-07
1.69967e-07
-1.16195e-07
2.19266e-07
-1.10571e-07
2.24581e-07
-9.96307e-08
1.79797e-07
-9.05912e-08
1.76035e-07
-8.37157e-08
1.95525e-07
-8.14427e-08
1.89802e-07
-7.58594e-08
1.63212e-07
-5.95769e-08
1.45498e-07
-3.08472e-08
1.19367e-07
5.20065e-08
-1.0748e-07
1.19831e-07
-6.81533e-08
1.99567e-07
-1.46433e-08
2.35008e-07
3.46886e-08
2.45467e-07
7.5467e-08
2.59084e-07
1.13423e-07
2.56124e-07
1.4775e-07
2.41935e-07
1.79723e-07
2.1108e-07
2.09429e-07
1.62305e-07
2.28294e-07
1.06066e-07
2.38307e-07
4.9459e-08
2.45593e-07
-2.27607e-08
2.30213e-07
-8.5539e-08
1.86017e-07
-1.19558e-07
1.27828e-07
-1.3779e-07
6.82493e-08
-1.3784e-07
1.43183e-08
-1.28423e-07
-2.70275e-08
-1.1476e-07
-6.50462e-08
-9.38127e-08
-1.05799e-07
-6.87035e-08
-1.46633e-07
-4.84241e-08
-1.71175e-07
-4.08504e-08
-1.87016e-07
-3.21679e-08
-2.12984e-07
-9.26654e-09
-2.36543e-07
1.63221e-08
-2.37111e-07
3.23316e-08
-2.1951e-07
4.54344e-08
-1.96604e-07
6.86281e-08
-1.91216e-07
1.12567e-07
-1.93495e-07
1.72248e-07
-1.65812e-07
1.91584e-07
-1.25698e-07
1.84469e-07
-1.0377e-07
1.57868e-07
-9.09555e-08
1.6322e-07
-7.49141e-08
1.79482e-07
-6.0013e-08
1.74899e-07
-4.83764e-08
1.51572e-07
-3.572e-08
1.32838e-07
-1.72647e-08
1.00909e-07
3.47435e-08
-1.16014e-07
1.15285e-07
-9.34479e-08
1.77e-07
-6.15915e-08
2.03152e-07
-2.8038e-08
2.11915e-07
7.71747e-09
2.23331e-07
4.22001e-08
2.21644e-07
8.81178e-08
1.96019e-07
1.31624e-07
1.67574e-07
1.66819e-07
1.27108e-07
1.92245e-07
8.06379e-08
2.18842e-07
2.28605e-08
2.25286e-07
-2.92048e-08
1.87794e-07
-4.8048e-08
1.25499e-07
-5.72655e-08
5.53453e-08
-6.76401e-08
-8.59917e-09
-7.39007e-08
-6.18232e-08
-7.52038e-08
-1.09043e-07
-6.75452e-08
-1.51837e-07
-5.10246e-08
-1.87041e-07
-3.35078e-08
-2.07243e-07
-2.82316e-08
-2.12835e-07
-3.52683e-08
-2.21624e-07
-2.3388e-08
-2.42974e-07
1.20741e-08
-2.58284e-07
3.16243e-08
-2.63915e-07
3.79577e-08
-2.54335e-07
3.58515e-08
-2.3505e-07
4.93427e-08
-2.09696e-07
8.72167e-08
-1.67695e-07
1.30251e-07
-1.25082e-07
1.48976e-07
-8.69502e-08
1.46339e-07
-6.9729e-08
1.40648e-07
-5.89601e-08
1.52451e-07
-4.32217e-08
1.63743e-07
-2.86414e-08
1.60319e-07
-2.13553e-08
1.44287e-07
-1.49527e-08
1.26437e-07
-7.11952e-09
9.30775e-08
2.76267e-08
-6.99904e-08
1.44176e-07
-6.09918e-08
1.68002e-07
-4.51845e-08
1.87348e-07
-2.24221e-08
1.89156e-07
3.94915e-09
1.96963e-07
3.82059e-08
1.8739e-07
7.40181e-08
1.60208e-07
1.00309e-07
1.41282e-07
1.21221e-07
1.0619e-07
1.42795e-07
5.90583e-08
1.5187e-07
1.37809e-08
1.23012e-07
-3.50903e-10
7.76633e-08
-2.70303e-09
3.3916e-08
-1.35222e-08
-6.36857e-09
-2.73603e-08
-4.34615e-08
-3.68134e-08
-8.07143e-08
-3.79574e-08
-1.18667e-07
-2.95994e-08
-1.51845e-07
-1.78552e-08
-1.76478e-07
-8.883e-09
-1.96649e-07
-8.07032e-09
-2.18333e-07
-1.35931e-08
-2.36205e-07
-5.52353e-09
-2.38963e-07
1.48248e-08
-2.36033e-07
2.86899e-08
-2.25501e-07
2.74217e-08
-2.11536e-07
2.1884e-08
-1.92441e-07
3.02474e-08
-1.67744e-07
6.25191e-08
-1.26646e-07
8.91549e-08
-8.67927e-08
1.09124e-07
-6.25252e-08
1.22073e-07
-5.13096e-08
1.29434e-07
-4.1279e-08
1.42421e-07
-2.67499e-08
1.49216e-07
-1.311e-08
1.46681e-07
-5.40182e-09
1.36581e-07
-1.09759e-09
1.22136e-07
9.59773e-10
9.10238e-08
2.85881e-08
-3.47613e-08
1.27692e-07
-2.40321e-08
1.57275e-07
-1.18806e-08
1.752e-07
-1.1896e-08
1.89174e-07
-8.80865e-09
1.93876e-07
1.89381e-08
1.59641e-07
3.83824e-08
1.40758e-07
6.41488e-08
1.15507e-07
8.19312e-08
8.83982e-08
7.33751e-08
6.76043e-08
3.67689e-08
5.03777e-08
-2.18879e-09
3.85993e-08
-3.25057e-08
2.76083e-08
-4.78028e-08
1.77139e-09
-5.96057e-08
-1.55604e-08
-7.34548e-08
-2.29679e-08
-8.98717e-08
-2.1545e-08
-1.1269e-07
-6.78628e-09
-1.37884e-07
7.33269e-09
-1.58406e-07
1.16325e-08
-1.83071e-07
1.65896e-08
-2.10114e-07
1.34445e-08
-2.22806e-07
7.16312e-09
-2.11251e-07
3.26752e-09
-1.90414e-07
7.85027e-09
-1.70057e-07
7.06327e-09
-1.55563e-07
7.3881e-09
-1.49312e-07
2.39946e-08
-1.35963e-07
4.91678e-08
-1.13627e-07
6.68177e-08
-8.95522e-08
8.50484e-08
-6.91921e-08
1.01713e-07
-5.37791e-08
1.14022e-07
-3.84886e-08
1.27132e-07
-2.21367e-08
1.32866e-07
-7.56848e-09
1.32115e-07
1.95792e-09
1.27057e-07
7.75976e-09
1.16337e-07
7.81841e-09
9.09676e-08
3.64065e-08
9.6345e-10
2.98962e-08
2.25508e-08
1.35692e-07
3.06309e-08
1.6712e-07
2.32517e-08
1.96549e-07
-5.82393e-08
2.75362e-07
-5.78092e-08
1.59205e-07
-4.06039e-08
1.23547e-07
-2.66611e-08
1.01559e-07
-2.28067e-08
8.45389e-08
-2.8527e-08
7.33208e-08
-4.40225e-08
6.58705e-08
-6.90608e-08
6.36364e-08
-8.8628e-08
4.7176e-08
-7.992e-08
-6.93485e-09
-7.20648e-08
-2.34136e-08
-6.84855e-08
-2.65459e-08
-6.73445e-08
-2.26856e-08
-6.4567e-08
-9.56431e-09
-6.51987e-08
7.96325e-09
-8.7769e-08
3.42015e-08
-1.82273e-07
1.11092e-07
-2.20233e-07
5.14015e-08
-2.03098e-07
-9.97318e-09
-1.74477e-07
-2.53552e-08
-1.46143e-07
-2.04851e-08
-1.28563e-07
-1.05175e-08
-1.21936e-07
7.60509e-10
-1.17977e-07
2.00338e-08
-1.0991e-07
4.1099e-08
-9.99118e-08
5.68174e-08
-8.65548e-08
7.16897e-08
-7.07186e-08
8.58762e-08
-5.43881e-08
9.76911e-08
-3.55128e-08
1.08258e-07
-1.70411e-08
1.14395e-07
-8.68935e-10
1.15944e-07
1.19231e-08
1.14267e-07
2.05597e-08
1.07701e-07
2.19487e-08
8.95793e-08
5.83549e-08
-6.09304e-08
2.44604e-08
8.62107e-08
1.09043e-07
-1.63787e-07
-2.45312e-07
-1.87031e-07
-1.35275e-07
-9.22109e-08
-6.40499e-08
-4.99039e-08
-6.14275e-08
-8.68506e-08
-6.52878e-08
-4.35169e-08
-2.64789e-08
-1.27242e-08
3.99844e-09
2.33242e-08
1.1004e-08
-1.32548e-07
-1.74614e-07
-1.44639e-07
-1.16394e-07
-9.57588e-08
-8.57386e-08
-8.15362e-08
-7.83142e-08
-7.35757e-08
-6.72969e-08
-5.91155e-08
-4.86575e-08
-3.63909e-08
-2.18912e-08
-6.57769e-09
7.76825e-09
2.03441e-08
3.14547e-08
3.67874e-08
-1.30644e-08
1.30644e-08
-2.76913e-08
1.4627e-08
-5.27882e-08
2.5097e-08
-8.28974e-08
3.01093e-08
-9.63628e-08
1.34656e-08
-8.19181e-08
-1.44447e-08
-6.01195e-08
-2.17985e-08
-4.32743e-08
-1.68451e-08
-3.84693e-08
-4.80492e-09
-4.86509e-08
1.01817e-08
-7.14719e-08
2.2821e-08
-1.01263e-07
2.97917e-08
-1.29574e-07
2.83105e-08
-1.53003e-07
2.34291e-08
-1.77152e-07
2.41494e-08
-2.06266e-07
2.91142e-08
-2.39145e-07
3.28786e-08
-2.70936e-07
3.17907e-08
-3.02043e-07
3.11078e-08
-3.05475e-07
3.43141e-09
-2.72213e-07
-3.32615e-08
-2.31378e-07
-4.08347e-08
-1.96447e-07
-3.49312e-08
-1.70434e-07
-2.60128e-08
-1.58641e-07
-1.17928e-08
-1.48879e-07
-9.76251e-09
-1.31315e-07
-1.75637e-08
-1.01911e-07
-2.9404e-08
-5.98744e-08
-4.20364e-08
-5.07796e-09
-5.47965e-08
5.08172e-08
-5.58952e-08
1.09709e-07
-5.88916e-08
1.64978e-07
-5.52691e-08
2.17079e-07
-5.21013e-08
2.60907e-07
-4.38289e-08
2.90145e-07
-2.92376e-08
3.15446e-07
-2.53021e-08
3.42892e-07
-2.74463e-08
3.7169e-07
-2.87989e-08
-2.99013e-08
-2.22447e-08
3.53092e-08
-4.68149e-08
3.91974e-08
-7.31305e-08
5.14127e-08
-8.71636e-08
4.41426e-08
-7.86798e-08
4.98192e-09
-6.75636e-08
-2.55607e-08
-5.9269e-08
-3.00929e-08
-5.59306e-08
-2.01834e-08
-7.1201e-08
1.04657e-08
-1.03339e-07
4.232e-08
-1.33539e-07
5.30212e-08
-1.57976e-07
5.42288e-08
-1.70306e-07
4.06408e-08
-1.75888e-07
2.90108e-08
-1.80407e-07
2.86687e-08
-1.84222e-07
3.29293e-08
-1.92493e-07
4.11493e-08
-1.97858e-07
3.71565e-08
-1.94004e-07
2.72541e-08
-1.92026e-07
1.45318e-09
-1.88871e-07
-3.64164e-08
-1.8577e-07
-4.39357e-08
-1.77457e-07
-4.32441e-08
-1.67687e-07
-3.57827e-08
-1.54038e-07
-2.54414e-08
-1.40447e-07
-2.33535e-08
-1.17874e-07
-4.01364e-08
-9.05566e-08
-5.67214e-08
-5.20363e-08
-8.05566e-08
-1.28122e-08
-9.40205e-08
2.93987e-08
-9.81059e-08
6.89713e-08
-9.84641e-08
1.11662e-07
-9.79596e-08
1.55221e-07
-9.56602e-08
1.97426e-07
-8.60338e-08
2.41989e-07
-7.37991e-08
2.83216e-07
-6.6529e-08
3.21155e-07
-6.53839e-08
3.5812e-07
-6.57616e-08
-6.72366e-08
-3.22274e-08
6.75368e-08
-6.01893e-08
6.71595e-08
-8.64325e-08
7.76561e-08
-1.05783e-07
6.34931e-08
-1.12204e-07
1.14037e-08
-1.23731e-07
-1.40344e-08
-1.4349e-07
-1.03336e-08
-1.76782e-07
1.31087e-08
-2.08969e-07
4.26534e-08
-2.33188e-07
6.65385e-08
-2.54028e-07
7.38617e-08
-2.66581e-07
6.67814e-08
-2.62117e-07
3.61774e-08
-2.48589e-07
1.54825e-08
-2.31147e-07
1.12277e-08
-2.03364e-07
5.14611e-09
-1.55209e-07
-7.0056e-09
-1.25921e-07
7.86817e-09
-1.06376e-07
7.70967e-09
-1.1445e-07
9.5275e-09
-1.22659e-07
-2.82079e-08
-1.22686e-07
-4.39081e-08
-1.21117e-07
-4.48137e-08
-1.16511e-07
-4.03881e-08
-1.18501e-07
-2.34514e-08
-1.22338e-07
-1.95165e-08
-1.24208e-07
-3.82662e-08
-1.12376e-07
-6.85534e-08
-7.65658e-08
-1.16367e-07
-2.409e-08
-1.46496e-07
3.21056e-08
-1.54302e-07
8.84522e-08
-1.54811e-07
1.45774e-07
-1.55281e-07
1.93987e-07
-1.43874e-07
2.34653e-07
-1.267e-07
2.72019e-07
-1.11165e-07
3.08073e-07
-1.02584e-07
3.37962e-07
-9.52735e-08
3.61745e-07
-8.95447e-08
-8.55818e-08
-2.33716e-08
9.09084e-08
-4.9521e-08
9.33091e-08
-7.96113e-08
1.07747e-07
-1.18736e-07
1.02618e-07
-1.666e-07
5.92674e-08
-2.08253e-07
2.76188e-08
-2.44375e-07
2.57883e-08
-2.7185e-07
4.05847e-08
-2.81167e-07
5.19699e-08
-2.75119e-07
6.04908e-08
-2.65343e-07
6.40863e-08
-2.62372e-07
6.38099e-08
-2.77057e-07
5.08628e-08
-2.74915e-07
1.33404e-08
-2.51716e-07
-1.19709e-08
-1.94644e-07
-5.19261e-08
-1.10503e-07
-9.11466e-08
-3.6432e-08
-6.62025e-08
1.91207e-08
-4.7843e-08
3.31724e-08
-4.52417e-09
2.12455e-08
-1.6281e-08
2.15978e-08
-4.42603e-08
3.41164e-08
-5.73323e-08
5.07043e-08
-5.6976e-08
6.26591e-08
-3.54062e-08
3.77273e-08
5.41534e-09
-4.80973e-09
4.27085e-09
-4.13319e-08
-3.20312e-08
-1.99178e-08
-1.37781e-07
4.15602e-08
-2.07974e-07
1.04447e-07
-2.17188e-07
1.59984e-07
-2.10349e-07
2.04301e-07
-1.99597e-07
2.33975e-07
-1.73548e-07
2.57879e-07
-1.50604e-07
2.82875e-07
-1.36162e-07
3.09909e-07
-1.29617e-07
3.37154e-07
-1.22519e-07
3.63696e-07
-1.16086e-07
-1.09156e-07
-1.52282e-08
1.06137e-07
-3.16049e-08
1.09686e-07
-4.63338e-08
1.22476e-07
-7.17296e-08
1.28014e-07
-1.18975e-07
1.06512e-07
-1.65682e-07
7.43268e-08
-1.98391e-07
5.84968e-08
-2.16016e-07
5.82103e-08
-2.22819e-07
5.87726e-08
-2.22615e-07
6.02873e-08
-2.24678e-07
6.61496e-08
-2.281e-07
6.72321e-08
-2.33596e-07
5.63583e-08
-2.21783e-07
1.52823e-09
-2.01821e-07
-3.1933e-08
-1.6939e-07
-8.43568e-08
-1.32101e-07
-1.28436e-07
-6.67125e-08
-1.31591e-07
-2.14969e-08
-9.30586e-08
8.09692e-09
-3.4118e-08
2.19026e-08
-3.00867e-08
5.19312e-08
-7.42889e-08
7.97072e-08
-8.51083e-08
1.30704e-07
-1.07973e-07
1.8094e-07
-8.5642e-08
1.90957e-07
-4.602e-09
1.82964e-07
1.22639e-08
1.72433e-07
-2.14997e-08
1.68891e-07
-1.3424e-07
1.79477e-07
-2.18561e-07
1.93499e-07
-2.3121e-07
2.09305e-07
-2.26155e-07
2.22215e-07
-2.12508e-07
2.28138e-07
-1.79471e-07
2.38728e-07
-1.61195e-07
2.58633e-07
-1.56067e-07
2.80724e-07
-1.51709e-07
3.03104e-07
-1.44899e-07
3.23973e-07
-1.36956e-07
-1.25479e-07
-1.13366e-08
1.17473e-07
-2.21494e-08
1.20499e-07
-2.78859e-08
1.28212e-07
-3.1603e-08
1.31731e-07
-5.04715e-08
1.25381e-07
-8.13425e-08
1.05198e-07
-1.06801e-07
8.39559e-08
-1.15885e-07
6.72936e-08
-1.14257e-07
5.71449e-08
-1.04283e-07
5.03135e-08
-9.90348e-08
6.09016e-08
-9.11219e-08
5.93193e-08
-1.0647e-07
7.17066e-08
-1.40004e-07
3.50623e-08
-1.80966e-07
9.02891e-09
-1.88481e-07
-7.6842e-08
-1.72888e-07
-1.44028e-07
-1.51918e-07
-1.52561e-07
-1.34831e-07
-1.10146e-07
-1.07086e-07
-6.18627e-08
-6.86153e-08
-6.85576e-08
-1.64162e-08
-1.26488e-07
1.93006e-08
-1.20825e-07
3.72897e-08
-1.25962e-07
4.65205e-08
-9.4873e-08
9.96612e-08
-5.77427e-08
1.55786e-07
-4.38607e-08
2.14402e-07
-8.0116e-08
2.43441e-07
-1.63278e-07
2.44232e-07
-2.19353e-07
2.39229e-07
-2.26207e-07
2.31914e-07
-2.18839e-07
2.17815e-07
-1.98409e-07
1.85297e-07
-1.46953e-07
1.77343e-07
-1.53241e-07
1.91316e-07
-1.7004e-07
2.05829e-07
-1.66221e-07
2.18206e-07
-1.57276e-07
2.24918e-07
-1.43668e-07
-1.25351e-07
1.52073e-09
1.15953e-07
2.80681e-09
1.19213e-07
1.03592e-08
1.2066e-07
1.9548e-08
1.22543e-07
2.14413e-08
1.23488e-07
1.5546e-08
1.11093e-07
8.13895e-09
9.1363e-08
5.02491e-09
7.04077e-08
7.87106e-09
5.42988e-08
2.54672e-08
3.27175e-08
6.14811e-08
2.48878e-08
9.45808e-08
2.62196e-08
9.75495e-08
6.8738e-08
4.1104e-08
9.15079e-08
-4.01692e-08
9.03022e-08
-1.26863e-07
9.8517e-09
-1.85314e-07
-8.55769e-08
-2.09077e-07
-1.28798e-07
-1.93963e-07
-1.2526e-07
-1.30147e-07
-1.25679e-07
-6.55474e-08
-1.33157e-07
-4.52313e-08
-1.46804e-07
-3.03892e-08
-1.35667e-07
-1.22497e-08
-1.44102e-07
1.58138e-08
-1.22937e-07
7.61497e-08
-1.18079e-07
1.4948e-07
-1.17191e-07
2.26137e-07
-1.56773e-07
2.65733e-07
-2.02874e-07
2.60685e-07
-2.14304e-07
2.45737e-07
-2.1126e-07
2.12675e-07
-1.85777e-07
1.26371e-07
-1.12105e-07
5.61908e-08
-7.67732e-08
6.24571e-08
-1.59507e-07
8.36045e-08
-1.91188e-07
9.10676e-08
-1.73684e-07
9.14271e-08
-1.57635e-07
9.05537e-08
-1.42795e-07
-1.18956e-07
1.10213e-08
1.04932e-07
2.25365e-08
1.07698e-07
3.98488e-08
1.03348e-07
6.22469e-08
1.00145e-07
8.48559e-08
1.00879e-07
9.68918e-08
9.90574e-08
1.02843e-07
8.54119e-08
9.95604e-08
7.36904e-08
8.74539e-08
6.64054e-08
7.58603e-08
4.43111e-08
7.93124e-08
2.14359e-08
7.85438e-08
2.69883e-08
7.64024e-08
7.08795e-08
7.96803e-08
8.82301e-08
7.44282e-08
9.55545e-08
1.57786e-08
6.85013e-08
-3.69471e-08
-3.28512e-08
-8.33837e-08
-8.23616e-08
-9.11111e-08
-1.17533e-07
-6.98242e-08
-1.46966e-07
-5.77661e-08
-1.45215e-07
-5.37236e-08
-1.50847e-07
-2.68324e-08
-1.62559e-07
9.04233e-10
-1.71839e-07
3.75448e-08
-1.59577e-07
7.88472e-08
-1.59381e-07
1.43799e-07
-1.82144e-07
1.9325e-07
-2.06224e-07
2.04728e-07
-2.14353e-07
1.90493e-07
-2.00069e-07
1.36456e-07
-1.57222e-07
5.33641e-08
-1.02686e-07
-2.03038e-08
-3.84367e-08
-2.64894e-08
-7.05876e-08
-9.72555e-09
-1.76271e-07
-1.47521e-08
-1.86161e-07
-2.90255e-08
-1.59411e-07
-3.5826e-08
-1.50835e-07
-2.94986e-08
-1.49122e-07
-1.32278e-07
1.16953e-08
9.32364e-08
2.42338e-08
9.51593e-08
4.75009e-08
8.00808e-08
7.86856e-08
6.896e-08
1.11214e-07
6.83503e-08
1.38507e-07
7.1765e-08
1.53387e-07
7.05318e-08
1.49801e-07
7.72759e-08
1.25161e-07
9.10462e-08
8.96379e-08
7.98338e-08
7.47973e-08
3.62765e-08
6.31201e-08
3.86656e-08
6.9204e-08
6.47956e-08
8.59701e-08
7.1464e-08
9.87814e-08
8.27432e-08
1.04032e-07
6.32511e-08
8.56879e-08
-1.45074e-08
6.73202e-08
-6.39939e-08
5.67807e-08
-1.06993e-07
4.86774e-08
-1.38862e-07
4.34494e-08
-1.39987e-07
4.16365e-08
-1.49034e-07
4.46162e-08
-1.65538e-07
4.41473e-08
-1.7137e-07
5.31072e-08
-1.68537e-07
7.91029e-08
-1.85377e-07
1.06031e-07
-2.09072e-07
1.10805e-07
-2.10997e-07
8.99559e-08
-1.93504e-07
2.88731e-08
-1.38987e-07
-4.35898e-08
-8.47594e-08
-8.95954e-08
-5.66799e-08
-8.27836e-08
-4.52485e-08
-4.93253e-08
-1.04046e-07
-5.94211e-08
-1.66175e-07
-8.09252e-08
-1.64657e-07
-9.7763e-08
-1.42573e-07
-1.04931e-07
-1.43667e-07
-1.02376e-07
-1.51678e-07
-1.36843e-07
1.66183e-08
7.66181e-08
3.59337e-08
7.58439e-08
6.20393e-08
5.39751e-08
9.36346e-08
3.73647e-08
1.22433e-07
3.95522e-08
1.44063e-07
5.0135e-08
1.58886e-07
5.5708e-08
1.64711e-07
7.14514e-08
1.53406e-07
1.02352e-07
1.3277e-07
1.0047e-07
1.06477e-07
6.25694e-08
9.76557e-08
4.74864e-08
1.0133e-07
6.11209e-08
1.08268e-07
6.45264e-08
1.32088e-07
5.89232e-08
1.58922e-07
3.64169e-08
1.6434e-07
-1.99252e-08
1.61715e-07
-6.13685e-08
1.50089e-07
-9.53671e-08
1.34385e-07
-1.23159e-07
1.2506e-07
-1.30661e-07
1.04261e-07
-1.28235e-07
8.27975e-08
-1.44074e-07
6.41472e-08
-1.52719e-07
6.44241e-08
-1.68814e-07
7.48698e-08
-1.95822e-07
6.9729e-08
-2.03931e-07
5.12137e-08
-1.92482e-07
-1.74409e-09
-1.40546e-07
-6.53565e-08
-7.53741e-08
-9.40476e-08
-5.60682e-08
-9.63476e-08
-5.438e-08
-7.7134e-08
-6.44621e-08
-7.38864e-08
-1.07293e-07
-9.41848e-08
-1.45877e-07
-1.08324e-07
-1.50518e-07
-1.20077e-07
-1.3082e-07
-1.33585e-07
-1.30159e-07
-1.38939e-07
-1.46323e-07
-1.37245e-07
3.53651e-08
4.1253e-08
6.97453e-08
4.14638e-08
9.19745e-08
3.17459e-08
1.12137e-07
1.72025e-08
1.32814e-07
1.88746e-08
1.52686e-07
3.02631e-08
1.63155e-07
4.52392e-08
1.74961e-07
5.96453e-08
1.97728e-07
7.95846e-08
2.09809e-07
8.83883e-08
1.96727e-07
7.56515e-08
1.86924e-07
5.72894e-08
1.91856e-07
5.61894e-08
2.033e-07
5.30823e-08
2.21762e-07
4.04616e-08
2.45468e-07
1.27106e-08
2.50532e-07
-2.49895e-08
2.33895e-07
-4.47307e-08
2.06357e-07
-6.78291e-08
1.75952e-07
-9.27538e-08
1.40937e-07
-9.56464e-08
1.09181e-07
-9.64789e-08
8.15046e-08
-1.16398e-07
5.40094e-08
-1.25224e-07
4.63469e-08
-1.61151e-07
3.31653e-08
-1.82641e-07
9.35774e-09
-1.80124e-07
-2.12379e-08
-1.61886e-07
-7.34772e-08
-8.83063e-08
-9.52694e-08
-5.35818e-08
-9.9643e-08
-5.16946e-08
-9.51764e-08
-5.88465e-08
-8.30535e-08
-7.6585e-08
-8.29489e-08
-1.07398e-07
-1.03502e-07
-1.25324e-07
-1.2488e-07
-1.2914e-07
-1.32942e-07
-1.22757e-07
-1.40363e-07
-1.22738e-07
-1.51135e-07
-1.35551e-07
-1.26269e-07
4.3767e-08
-2.51405e-09
8.52674e-08
-3.6629e-11
1.1125e-07
5.76304e-09
1.41183e-07
-1.27306e-08
1.84602e-07
-2.45438e-08
2.276e-07
-1.27348e-08
2.54221e-07
1.86179e-08
2.76372e-07
3.74946e-08
3.05612e-07
5.03445e-08
3.28004e-07
6.59964e-08
3.38528e-07
6.51273e-08
3.43448e-07
5.23691e-08
3.4886e-07
5.07778e-08
3.53195e-07
4.87466e-08
3.49616e-07
4.40408e-08
3.31801e-07
3.05261e-08
3.06567e-07
2.4459e-10
2.80717e-07
-1.88815e-08
2.4937e-07
-3.64821e-08
2.03552e-07
-4.69354e-08
1.37121e-07
-2.92159e-08
8.10784e-08
-4.04358e-08
3.37648e-08
-6.90844e-08
1.07755e-08
-1.02235e-07
-5.41813e-09
-1.44958e-07
-3.33659e-08
-1.54693e-07
-5.30197e-08
-1.6047e-07
-8.27081e-08
-1.32198e-07
-1.07952e-07
-6.30627e-08
-1.13171e-07
-4.83623e-08
-1.15078e-07
-4.97876e-08
-1.11968e-07
-6.19568e-08
-1.05406e-07
-8.3147e-08
-1.12325e-07
-1.00479e-07
-1.2957e-07
-1.08078e-07
-1.38265e-07
-1.20446e-07
-1.33591e-07
-1.27431e-07
-1.31778e-07
-1.24551e-07
-1.40576e-07
-1.26753e-07
-1.15526e-07
5.91033e-08
-6.16173e-08
1.09482e-07
-5.04155e-08
1.55772e-07
-4.05267e-08
2.08068e-07
-6.50263e-08
2.5802e-07
-7.44954e-08
3.09544e-07
-6.42593e-08
3.60085e-07
-3.19228e-08
4.07418e-07
-9.83909e-09
4.51145e-07
6.61828e-09
4.81642e-07
3.54995e-08
5.01349e-07
4.54201e-08
5.04724e-07
4.89939e-08
4.98735e-07
5.67664e-08
4.88537e-07
5.89447e-08
4.62187e-07
7.03913e-08
4.06687e-07
8.60256e-08
3.39117e-07
6.78153e-08
2.84582e-07
3.56529e-08
2.2303e-07
2.50701e-08
1.43855e-07
3.22401e-08
9.01638e-08
2.44749e-08
4.14372e-08
8.29072e-09
-9.06515e-09
-1.85821e-08
-2.94332e-08
-8.18667e-08
-5.97884e-08
-1.14602e-07
-8.36429e-08
-1.30838e-07
-1.09658e-07
-1.34455e-07
-1.35533e-07
-1.06323e-07
-1.4132e-07
-5.72758e-08
-1.42127e-07
-4.75549e-08
-1.42232e-07
-4.96833e-08
-1.42178e-07
-6.20101e-08
-1.48931e-07
-7.63946e-08
-1.67448e-07
-8.19622e-08
-1.78575e-07
-9.6952e-08
-1.832e-07
-1.15821e-07
-1.95212e-07
-1.15419e-07
-2.09567e-07
-1.10195e-07
-2.30992e-07
-1.05329e-07
-8.92841e-08
8.89184e-08
-1.50536e-07
1.74097e-07
-1.35594e-07
2.54756e-07
-1.21186e-07
2.96969e-07
-1.07239e-07
3.16429e-07
-9.39553e-08
3.47179e-07
-9.50095e-08
4.02977e-07
-8.77209e-08
4.32373e-07
-3.92353e-08
4.44009e-07
-5.01751e-09
4.63508e-07
1.60013e-08
4.70395e-07
3.85324e-08
4.60766e-07
5.86236e-08
4.32656e-07
8.48767e-08
4.03787e-07
8.78129e-08
3.75219e-07
9.89602e-08
3.37904e-07
1.2334e-07
2.71896e-07
1.33824e-07
1.94644e-07
1.12904e-07
1.12973e-07
1.06741e-07
4.07491e-08
1.04464e-07
-1.38671e-08
7.90911e-08
-6.51328e-08
5.95563e-08
-8.2191e-08
-1.52388e-09
-1.12536e-07
-5.15222e-08
-1.46848e-07
-8.02899e-08
-1.71232e-07
-1.06454e-07
-1.95647e-07
-1.1004e-07
-2.05045e-07
-9.69245e-08
-1.98725e-07
-6.35967e-08
-1.94245e-07
-5.20347e-08
-1.92101e-07
-5.18269e-08
-1.9543e-07
-5.86814e-08
-2.07245e-07
-6.45801e-08
-2.2199e-07
-6.7217e-08
-2.35651e-07
-8.32914e-08
-2.54121e-07
-9.73505e-08
-2.71745e-07
-9.7795e-08
-2.84491e-07
-9.74488e-08
-2.97288e-07
-9.25319e-08
-7.90659e-08
9.43078e-08
-2.44843e-07
1.99476e-07
-2.40763e-07
2.77139e-07
-1.98848e-07
2.81125e-07
-1.11225e-07
2.37504e-07
-5.03334e-08
1.571e-07
-1.46053e-08
1.30029e-07
-6.06502e-08
1.41783e-07
-5.09889e-08
1.50471e-07
-1.37063e-08
1.55257e-07
1.12159e-08
1.73014e-07
2.07759e-08
1.80608e-07
5.10293e-08
1.67862e-07
9.76228e-08
1.33552e-07
1.22123e-07
1.00696e-07
1.31817e-07
7.11117e-08
1.52924e-07
3.49037e-08
1.70032e-07
-7.52659e-09
1.55335e-07
-4.13039e-08
1.40519e-07
-7.72725e-08
1.40433e-07
-1.22704e-07
1.24523e-07
-1.37763e-07
7.46149e-08
-1.42814e-07
3.5266e-09
-1.72649e-07
-2.16865e-08
-1.98383e-07
-5.45564e-08
-2.20558e-07
-8.42793e-08
-2.39758e-07
-9.08407e-08
-2.51318e-07
-8.53644e-08
-2.46839e-07
-6.80753e-08
-2.44831e-07
-5.40427e-08
-2.44818e-07
-5.18404e-08
-2.4369e-07
-5.98093e-08
-2.44451e-07
-6.38191e-08
-2.50182e-07
-6.14861e-08
-2.61725e-07
-7.1748e-08
-2.73914e-07
-8.51619e-08
-2.82564e-07
-8.91444e-08
-2.89413e-07
-9.06004e-08
-3.01455e-07
-8.04896e-08
-6.89822e-08
7.74726e-08
-3.22316e-07
1.49016e-07
-3.12306e-07
1.38068e-07
-1.879e-07
3.25661e-08
-5.72295e-09
-9.75992e-08
7.9832e-08
-1.45438e-07
3.32337e-08
-1.16251e-07
-8.98375e-08
-5.92734e-08
-1.07966e-07
-1.07007e-08
-6.22789e-08
-4.84351e-10
9.99721e-10
-2.89006e-08
4.91923e-08
-7.10162e-08
9.31451e-08
-1.0954e-07
1.36147e-07
-1.51948e-07
1.64531e-07
-1.8013e-07
1.59999e-07
-1.79309e-07
1.52103e-07
-1.49818e-07
1.40541e-07
-1.4211e-07
1.47626e-07
-1.56911e-07
1.55319e-07
-1.70474e-07
1.53996e-07
-1.71336e-07
1.25385e-07
-1.55157e-07
5.84352e-08
-1.7293e-07
2.12996e-08
-1.99448e-07
4.83139e-09
-2.23692e-07
-3.03124e-08
-2.44186e-07
-6.37855e-08
-2.6145e-07
-7.35769e-08
-2.72845e-07
-7.39687e-08
-2.72853e-07
-6.80677e-08
-2.6615e-07
-6.07456e-08
-2.60269e-07
-5.77215e-08
-2.59058e-07
-6.10204e-08
-2.6038e-07
-6.24965e-08
-2.60388e-07
-6.14782e-08
-2.69301e-07
-6.28349e-08
-2.74742e-07
-7.97216e-08
-2.74432e-07
-8.94539e-08
-2.7583e-07
-8.9203e-08
-2.75879e-07
-8.04399e-08
-6.72881e-08
1.28094e-08
-3.35125e-07
-6.56627e-09
-2.9293e-07
-8.40116e-08
-1.10454e-07
-1.47222e-07
5.74874e-08
-1.56314e-07
8.89241e-08
-1.0854e-07
-1.45395e-08
-8.82352e-08
-1.10143e-07
-9.30723e-08
-1.03129e-07
-1.58137e-07
2.78575e-09
-2.33526e-07
7.63895e-08
-3.10417e-07
1.26083e-07
-3.60971e-07
1.43698e-07
-3.66154e-07
1.4133e-07
-3.36035e-07
1.34412e-07
-2.9125e-07
1.15214e-07
-2.52885e-07
1.13738e-07
-2.33084e-07
1.20741e-07
-2.16483e-07
1.31024e-07
-2.00777e-07
1.39614e-07
-1.84979e-07
1.38198e-07
-1.62796e-07
1.03201e-07
-1.61875e-07
5.75139e-08
-1.82226e-07
4.16505e-08
-2.04753e-07
2.73582e-08
-2.25602e-07
-9.46282e-09
-2.42579e-07
-4.68087e-08
-2.56173e-07
-5.99834e-08
-2.65324e-07
-6.48173e-08
-2.65472e-07
-6.792e-08
-2.57738e-07
-6.84796e-08
-2.48495e-07
-6.69636e-08
-2.42582e-07
-6.69336e-08
-2.41549e-07
-6.35293e-08
-2.44022e-07
-5.90057e-08
-2.47472e-07
-5.93842e-08
-2.57454e-07
-6.97399e-08
-2.56469e-07
-9.04386e-08
-2.51161e-07
-9.45117e-08
-2.43424e-07
-8.8177e-08
-7.37428e-08
-4.28833e-08
-2.92242e-07
-9.36966e-08
-2.42116e-07
-1.70845e-07
-3.33056e-08
-1.80904e-07
6.75466e-08
-1.77321e-07
8.53414e-08
-1.95371e-07
3.51012e-09
-2.60355e-07
-4.51584e-08
-3.46218e-07
-1.72648e-08
-4.15497e-07
7.20649e-08
-4.49025e-07
1.09918e-07
-4.51134e-07
1.28192e-07
-4.37552e-07
1.30117e-07
-4.12509e-07
1.16287e-07
-3.66984e-07
8.88871e-08
-3.23047e-07
7.12769e-08
-2.81079e-07
7.17699e-08
-2.41335e-07
8.09972e-08
-2.13015e-07
1.02704e-07
-1.87642e-07
1.14241e-07
-1.58903e-07
1.09459e-07
-1.34016e-07
7.83135e-08
-1.39885e-07
6.33837e-08
-1.57525e-07
5.92899e-08
-1.78526e-07
4.83592e-08
-2.02637e-07
1.46479e-08
-2.24459e-07
-2.49864e-08
-2.44494e-07
-3.99481e-08
-2.63024e-07
-4.62874e-08
-2.73644e-07
-5.72992e-08
-2.73291e-07
-6.88333e-08
-2.65965e-07
-7.42895e-08
-2.55369e-07
-7.75291e-08
-2.43074e-07
-7.58247e-08
-2.30517e-07
-7.15625e-08
-2.21739e-07
-6.81623e-08
-2.18377e-07
-7.31018e-08
-2.2791e-07
-8.09052e-08
-2.36014e-07
-8.64078e-08
-2.37587e-07
-8.6604e-08
-8.1663e-08
-5.22051e-08
-2.40037e-07
-9.58957e-08
-1.98426e-07
-1.40409e-07
1.12076e-08
-1.60241e-07
8.73792e-08
-1.70209e-07
9.53088e-08
-2.22595e-07
5.58964e-08
-2.98091e-07
3.03376e-08
-3.80532e-07
6.51768e-08
-4.12189e-07
1.03722e-07
-4.19794e-07
1.17522e-07
-4.08951e-07
1.17349e-07
-3.84434e-07
1.056e-07
-3.42628e-07
7.44801e-08
-3.00939e-07
4.7198e-08
-2.70412e-07
4.07503e-08
-2.41109e-07
4.2467e-08
-2.12335e-07
5.2223e-08
-1.8649e-07
7.68583e-08
-1.57161e-07
8.4912e-08
-1.26042e-07
7.83402e-08
-1.13317e-07
6.55892e-08
-1.15731e-07
6.57974e-08
-1.31668e-07
7.52274e-08
-1.64725e-07
8.14153e-08
-2.0206e-07
5.19836e-08
-2.28514e-07
1.46737e-09
-2.52997e-07
-1.54653e-08
-2.76805e-07
-2.24786e-08
-2.98396e-07
-3.57088e-08
-3.0824e-07
-5.89887e-08
-3.10506e-07
-7.20236e-08
-3.07587e-07
-8.04476e-08
-2.96134e-07
-8.72779e-08
-2.73421e-07
-9.42752e-08
-2.46926e-07
-9.4657e-08
-2.31877e-07
-8.81511e-08
-2.26761e-07
-8.60214e-08
-2.23754e-07
-8.94146e-08
-2.1679e-07
-9.35684e-08
-8.83085e-08
-4.95294e-08
-1.90507e-07
-8.77286e-08
-1.60226e-07
-1.19431e-07
4.29103e-08
-1.47219e-07
1.15167e-07
-1.81315e-07
1.29405e-07
-2.48818e-07
1.23399e-07
-3.28508e-07
1.10028e-07
-3.6896e-07
1.05628e-07
-3.82433e-07
1.17195e-07
-3.63839e-07
9.89282e-08
-3.17328e-07
7.08383e-08
-2.70332e-07
5.86041e-08
-2.38176e-07
4.23236e-08
-2.27045e-07
3.60674e-08
-2.22496e-07
3.62016e-08
-2.21036e-07
4.10066e-08
-2.17203e-07
4.83903e-08
-1.92595e-07
5.22496e-08
-1.58123e-07
5.04402e-08
-1.26647e-07
4.68649e-08
-1.07729e-07
4.66703e-08
-9.55323e-08
5.36012e-08
-9.67536e-08
7.64487e-08
-1.31452e-07
1.16114e-07
-1.94043e-07
1.14574e-07
-2.33504e-07
4.09286e-08
-2.5243e-07
3.46051e-09
-2.7095e-07
-3.95853e-09
-2.95285e-07
-1.13729e-08
-3.15805e-07
-3.84693e-08
-3.30041e-07
-5.77869e-08
-3.38755e-07
-7.1734e-08
-3.43485e-07
-8.25472e-08
-3.331e-07
-1.04661e-07
-3.05717e-07
-1.22039e-07
-2.7101e-07
-1.22859e-07
-2.42594e-07
-1.14438e-07
-2.23304e-07
-1.08704e-07
-2.0979e-07
-1.07083e-07
-9.79215e-08
-4.56827e-08
-1.44825e-07
-7.41723e-08
-1.31737e-07
-9.03906e-08
5.91286e-08
-1.3264e-07
1.57417e-07
-1.83809e-07
1.80574e-07
-2.38625e-07
1.78215e-07
-2.72555e-07
1.43958e-07
-2.83083e-07
1.16156e-07
-2.75621e-07
1.09734e-07
-2.59926e-07
8.32331e-08
-2.3643e-07
4.73415e-08
-2.1781e-07
3.99846e-08
-2.13676e-07
3.81894e-08
-2.15364e-07
3.77553e-08
-2.18292e-07
3.91299e-08
-2.1835e-07
4.10644e-08
-2.10907e-07
4.09476e-08
-1.95891e-07
3.72333e-08
-1.73001e-07
2.75503e-08
-1.48096e-07
2.19595e-08
-1.2794e-07
2.65147e-08
-1.21544e-07
4.72054e-08
-1.31301e-07
8.6206e-08
-1.48939e-07
1.33752e-07
-1.76236e-07
1.41871e-07
-2.09078e-07
7.37716e-08
-2.40311e-07
3.46936e-08
-2.66201e-07
2.19317e-08
-2.84568e-07
6.9942e-09
-3.06375e-07
-1.66629e-08
-3.28236e-07
-3.59253e-08
-3.46158e-07
-5.38118e-08
-3.61039e-07
-6.76665e-08
-3.59969e-07
-1.0573e-07
-3.40644e-07
-1.41364e-07
-3.10507e-07
-1.52996e-07
-2.72929e-07
-1.52015e-07
-2.34032e-07
-1.47601e-07
-2.05957e-07
-1.35158e-07
-1.17121e-07
-2.80326e-08
-1.16792e-07
-6.1555e-08
-9.82141e-08
-6.78447e-08
6.54184e-08
-1.11729e-07
2.01301e-07
-1.59434e-07
2.28279e-07
-2.03147e-07
2.21929e-07
-2.24151e-07
1.64961e-07
-2.24142e-07
1.16148e-07
-2.1588e-07
1.01471e-07
-2.14372e-07
8.1725e-08
-2.15026e-07
4.79953e-08
-2.16662e-07
4.16208e-08
-2.18968e-07
4.0495e-08
-2.2405e-07
4.28375e-08
-2.29947e-07
4.50265e-08
-2.34658e-07
4.57756e-08
-2.35204e-07
4.14941e-08
-2.28888e-07
3.09164e-08
-2.21308e-07
1.99711e-08
-2.14338e-07
1.49896e-08
-2.08259e-07
2.04354e-08
-2.08125e-07
4.70717e-08
-2.11181e-07
8.92614e-08
-1.97902e-07
1.20474e-07
-1.771e-07
1.21069e-07
-1.96393e-07
9.30645e-08
-2.34382e-07
7.26829e-08
-2.67932e-07
5.54811e-08
-2.87936e-07
2.69986e-08
-3.16561e-07
1.19621e-08
-3.41301e-07
-1.11845e-08
-3.42741e-07
-5.23722e-08
-3.35242e-07
-7.51652e-08
-3.22732e-07
-1.1824e-07
-3.11947e-07
-1.52149e-07
-2.86587e-07
-1.78355e-07
-2.51164e-07
-1.87439e-07
-2.13736e-07
-1.85028e-07
-1.79728e-07
-1.69166e-07
-1.43257e-07
-2.86281e-08
-8.81639e-08
-5.95179e-08
-6.73242e-08
-4.62837e-08
5.21841e-08
-6.0657e-08
2.15674e-07
-9.16002e-08
2.59222e-07
-1.27641e-07
2.5797e-07
-1.6001e-07
1.97331e-07
-1.68472e-07
1.24609e-07
-1.8033e-07
1.13329e-07
-1.98033e-07
9.94286e-08
-2.17751e-07
6.7713e-08
-2.28897e-07
5.27671e-08
-2.36707e-07
4.83046e-08
-2.44347e-07
5.04774e-08
-2.51953e-07
5.26327e-08
-2.58371e-07
5.2193e-08
-2.62665e-07
4.57888e-08
-2.63687e-07
3.19377e-08
-2.7042e-07
2.67049e-08
-2.89806e-07
3.43754e-08
-3.12411e-07
4.30404e-08
-3.28044e-07
6.27053e-08
-3.24904e-07
8.61206e-08
-3.03346e-07
9.89169e-08
-2.85909e-07
1.03631e-07
-2.88089e-07
9.52445e-08
-3.04342e-07
8.89356e-08
-3.24571e-07
7.57106e-08
-3.49152e-07
5.15797e-08
-3.62874e-07
2.56844e-08
-3.47478e-07
-2.65807e-08
-3.29117e-07
-7.07331e-08
-2.90157e-07
-1.14125e-07
-2.66392e-07
-1.42005e-07
-2.43996e-07
-1.74544e-07
-2.16062e-07
-2.06289e-07
-1.80565e-07
-2.22935e-07
-1.40655e-07
-2.24938e-07
-1.01426e-07
-2.08396e-07
-1.70946e-07
-4.1962e-08
-4.62019e-08
-7.28767e-08
-3.64095e-08
-5.08305e-08
3.01379e-08
-1.41249e-08
1.78968e-07
-3.25358e-09
2.4835e-07
-1.58925e-08
2.70608e-07
-5.76896e-08
2.39128e-07
-9.46154e-08
1.61535e-07
-1.22486e-07
1.41199e-07
-1.6118e-07
1.38123e-07
-2.01922e-07
1.08455e-07
-2.32089e-07
8.29342e-08
-2.47335e-07
6.355e-08
-2.53022e-07
5.6165e-08
-2.59279e-07
5.88893e-08
-2.69332e-07
6.22453e-08
-2.82722e-07
5.91796e-08
-2.98275e-07
4.74904e-08
-3.11311e-07
3.9741e-08
-3.21496e-07
4.45609e-08
-3.3135e-07
5.2894e-08
-3.48669e-07
8.00241e-08
-3.67959e-07
1.05411e-07
-3.8279e-07
1.13748e-07
-3.77882e-07
9.87237e-08
-3.55826e-07
7.31882e-08
-3.37002e-07
7.01116e-08
-3.16629e-07
5.5338e-08
-3.03625e-07
3.85755e-08
-2.86836e-07
8.8961e-09
-2.77389e-07
-3.60271e-08
-2.6676e-07
-8.13627e-08
-2.57984e-07
-1.22901e-07
-2.44473e-07
-1.55516e-07
-2.23079e-07
-1.95938e-07
-1.9635e-07
-2.33018e-07
-1.59102e-07
-2.60184e-07
-1.13124e-07
-2.70916e-07
-7.0156e-08
-2.51363e-07
-2.03023e-07
-4.66603e-08
4.58446e-10
-7.91212e-08
-3.94866e-09
-6.69807e-08
1.79974e-08
1.31117e-08
9.88762e-08
7.02568e-08
1.91205e-07
1.14561e-07
2.26304e-07
1.13285e-07
2.40404e-07
4.95111e-08
2.25309e-07
-7.03199e-09
1.97743e-07
-4.62887e-08
1.7738e-07
-9.5227e-08
1.57394e-07
-1.47577e-07
1.35284e-07
-1.92967e-07
1.08941e-07
-2.23287e-07
8.64848e-08
-2.40903e-07
7.65049e-08
-2.45138e-07
6.64804e-08
-2.57186e-07
7.12282e-08
-2.80367e-07
7.06711e-08
-3.04186e-07
6.35597e-08
-3.19816e-07
6.01913e-08
-3.35152e-07
6.82301e-08
-3.51496e-07
9.63682e-08
-3.53183e-07
1.07098e-07
-3.4262e-07
1.03184e-07
-3.29821e-07
8.59247e-08
-3.18935e-07
6.23024e-08
-2.94329e-07
4.55059e-08
-2.62348e-07
2.33565e-08
-2.2386e-07
8.82172e-11
-1.97718e-07
-1.72456e-08
-1.68946e-07
-6.47995e-08
-1.45352e-07
-1.04957e-07
-1.32414e-07
-1.35838e-07
-1.28575e-07
-1.59355e-07
-1.50169e-07
-1.74344e-07
-1.70484e-07
-2.12703e-07
-1.62615e-07
-2.68052e-07
-1.30291e-07
-3.0324e-07
-9.2348e-08
-2.89306e-07
-2.40957e-07
-3.10397e-08
3.14982e-08
-6.28041e-08
2.78157e-08
-7.10654e-08
2.62587e-08
-9.81411e-09
3.76248e-08
7.63548e-08
1.05036e-07
1.35087e-07
1.67572e-07
2.02901e-07
1.7259e-07
2.01047e-07
2.27162e-07
1.55964e-07
2.42826e-07
1.13918e-07
2.19425e-07
7.58422e-08
1.9547e-07
4.03268e-08
1.70799e-07
3.04512e-09
1.46222e-07
-4.66818e-08
1.36212e-07
-1.08868e-07
1.38691e-07
-1.6455e-07
1.22163e-07
-1.88114e-07
9.47928e-08
-1.92544e-07
7.51009e-08
-2.06771e-07
7.77861e-08
-2.3533e-07
8.87506e-08
-2.62793e-07
9.56932e-08
-2.68595e-07
1.02171e-07
-2.61245e-07
9.97479e-08
-2.42881e-07
8.48207e-08
-2.05939e-07
4.89824e-08
-1.71897e-07
2.82603e-08
-1.39103e-07
1.27118e-08
-1.12383e-07
-3.36315e-09
-7.99208e-08
-3.23743e-08
-3.08317e-08
-6.63347e-08
1.43315e-08
-1.09963e-07
4.51911e-08
-1.35816e-07
6.93099e-08
-1.59957e-07
7.63451e-08
-1.6639e-07
4.44924e-08
-1.42491e-07
-1.66118e-08
-1.51599e-07
-6.36367e-08
-2.21027e-07
-6.39018e-08
-3.02975e-07
-4.8145e-08
-3.05063e-07
-2.58658e-07
-1.47754e-08
4.62737e-08
-3.59236e-08
4.89638e-08
-3.68514e-08
2.71864e-08
-2.07537e-08
2.15269e-08
3.81733e-08
4.61092e-08
1.15032e-07
9.07128e-08
1.69253e-07
1.18369e-07
2.19003e-07
1.77411e-07
2.71443e-07
1.90386e-07
2.85088e-07
2.0578e-07
2.65103e-07
2.15455e-07
2.20323e-07
2.15579e-07
1.72784e-07
1.93761e-07
1.49149e-07
1.59847e-07
1.24222e-07
1.63618e-07
3.20277e-08
2.14357e-07
-8.10949e-08
2.07916e-07
-1.28382e-07
1.22388e-07
-1.19675e-07
6.90787e-08
-1.03776e-07
7.28522e-08
-8.52115e-08
7.71285e-08
-6.52406e-08
8.21997e-08
-4.63461e-08
8.08534e-08
-2.70429e-08
6.55175e-08
-1.34368e-08
3.53763e-08
-1.81868e-09
1.66423e-08
1.30256e-08
-2.1324e-09
2.88882e-08
-1.92258e-08
3.85363e-08
-4.20224e-08
9.27525e-08
-1.20551e-07
1.22101e-07
-1.39311e-07
1.27062e-07
-1.40778e-07
1.34206e-07
-1.671e-07
1.43919e-07
-1.76104e-07
1.39007e-07
-1.37579e-07
1.26159e-07
-1.3875e-07
7.7128e-08
-1.71996e-07
4.21109e-08
-2.67958e-07
1.3161e-08
-2.76113e-07
-2.44721e-07
-3.19454e-08
7.82191e-08
-4.56338e-08
6.26521e-08
-3.23865e-08
1.39389e-08
5.54986e-09
-1.64095e-08
5.22926e-08
-6.33673e-10
9.26039e-08
5.04013e-08
1.49618e-07
6.13549e-08
2.40989e-07
8.60408e-08
3.03685e-07
1.2769e-07
3.49588e-07
1.59878e-07
3.54674e-07
2.10368e-07
3.35594e-07
2.34659e-07
3.04323e-07
2.25032e-07
2.66246e-07
1.97924e-07
2.38145e-07
1.91719e-07
2.3404e-07
2.18462e-07
1.61386e-07
2.80569e-07
4.87325e-08
2.35042e-07
-2.0427e-08
1.38238e-07
-2.65693e-08
7.89946e-08
-8.80822e-09
5.93675e-08
6.76452e-09
6.66269e-08
1.59259e-08
7.1692e-08
1.69494e-08
6.44939e-08
1.1111e-08
4.12145e-08
1.41665e-08
1.35868e-08
2.89596e-08
-1.69255e-08
4.40359e-08
-3.43021e-08
6.40705e-08
-6.20573e-08
5.80935e-08
-1.14574e-07
7.56992e-08
-1.56917e-07
1.11075e-07
-1.76153e-07
1.31296e-07
-1.87321e-07
1.39371e-07
-1.84179e-07
1.40579e-07
-1.38787e-07
1.32367e-07
-1.30538e-07
1.10929e-07
-1.50557e-07
7.45027e-08
-2.31532e-07
3.16525e-08
-2.33263e-07
-2.20345e-07
-4.0085e-08
1.18304e-07
-5.3349e-08
7.59157e-08
-4.05693e-08
1.15909e-09
-1.06395e-08
-4.63395e-08
4.36977e-08
-5.4971e-08
7.33793e-08
2.07196e-08
1.09382e-07
2.53516e-08
1.69273e-07
2.61503e-08
2.50025e-07
4.69369e-08
3.00278e-07
1.09625e-07
3.27238e-07
1.83408e-07
3.44832e-07
2.17065e-07
3.54638e-07
2.15227e-07
3.57002e-07
1.9556e-07
3.47352e-07
2.01369e-07
3.45253e-07
2.20561e-07
3.57284e-07
2.68538e-07
3.26782e-07
2.65544e-07
2.24066e-07
2.40954e-07
1.36951e-07
1.6611e-07
9.60932e-08
1.00225e-07
8.8612e-08
7.41082e-08
9.15824e-08
6.87217e-08
9.47355e-08
6.13407e-08
9.25659e-08
4.3384e-08
8.95976e-08
1.65549e-08
8.94583e-08
-1.67863e-08
8.2249e-08
-2.70931e-08
5.50134e-08
-3.48218e-08
4.32589e-08
-1.0282e-07
6.74761e-08
-1.81134e-07
9.54172e-08
-2.04094e-07
1.12935e-07
-2.0484e-07
1.16968e-07
-1.88212e-07
1.10972e-07
-1.3279e-07
6.32053e-08
-8.27711e-08
6.20151e-08
-1.49367e-07
3.75814e-08
-2.07098e-07
-1.44269e-09
-1.94239e-07
-2.05214e-07
-6.92108e-09
1.25225e-07
-2.16291e-08
9.06235e-08
-5.51329e-08
3.46627e-08
-5.64993e-08
-4.49733e-08
-5.74659e-09
-1.05724e-07
5.82344e-08
-4.32615e-08
8.92976e-08
-5.71164e-09
8.07535e-08
3.46943e-08
1.01906e-07
2.57842e-08
1.64215e-07
4.73163e-08
2.42417e-07
1.05206e-07
3.07736e-07
1.51746e-07
3.54911e-07
1.68051e-07
3.81365e-07
1.69107e-07
4.00039e-07
1.82695e-07
4.0205e-07
2.1855e-07
4.12215e-07
2.58373e-07
4.15855e-07
2.61904e-07
4.02359e-07
2.54451e-07
3.35769e-07
2.327e-07
2.66104e-07
1.69889e-07
2.29915e-07
1.10298e-07
2.18373e-07
8.02629e-08
2.22648e-07
5.70655e-08
2.29694e-07
3.6338e-08
2.28931e-07
1.73175e-08
2.21025e-07
-8.87961e-09
2.04742e-07
-1.08105e-08
1.76047e-07
-6.12725e-09
1.39636e-07
-6.64091e-08
1.36721e-07
-1.78219e-07
1.4376e-07
-2.11134e-07
1.45868e-07
-2.06947e-07
1.18801e-07
-1.61145e-07
3.46997e-08
-4.86896e-08
-1.54775e-09
-4.65235e-08
1.95446e-08
-1.70459e-07
-1.3486e-08
-1.74067e-07
-4.79768e-08
-1.59748e-07
-1.99537e-07
6.43905e-08
6.08342e-08
8.619e-08
6.88238e-08
5.3545e-08
6.73075e-08
3.77441e-09
4.79719e-09
-6.09547e-09
-9.58541e-08
5.3506e-08
-1.02863e-07
1.08407e-07
-6.06126e-08
1.72491e-07
-2.93897e-08
1.64552e-07
3.37231e-08
1.42756e-07
6.91126e-08
1.77359e-07
7.06026e-08
2.23399e-07
1.05706e-07
2.71293e-07
1.20157e-07
3.14166e-07
1.26233e-07
3.53229e-07
1.43632e-07
3.75483e-07
1.96296e-07
3.99688e-07
2.34168e-07
4.06397e-07
2.55194e-07
4.11125e-07
2.49722e-07
4.09547e-07
2.34278e-07
3.87143e-07
1.92292e-07
3.39565e-07
1.57876e-07
3.00453e-07
1.19375e-07
2.82303e-07
7.52158e-08
2.80815e-07
3.78257e-08
2.86237e-07
1.18957e-08
2.81452e-07
-4.09543e-09
2.7396e-07
-3.31879e-09
2.7478e-07
-6.94706e-09
2.5317e-07
-4.47994e-08
2.27718e-07
-1.52767e-07
2.13195e-07
-1.96611e-07
1.86447e-07
-1.80199e-07
1.24185e-07
-9.88837e-08
4.15581e-08
3.39378e-08
5.55663e-08
-6.05315e-08
2.80813e-08
-1.42974e-07
-1.61726e-08
-1.29813e-07
-5.33846e-08
-1.22536e-07
-1.75134e-07
4.98755e-08
1.09586e-08
6.79725e-08
5.07266e-08
8.82833e-08
4.69967e-08
1.01737e-07
-8.65654e-09
1.13481e-07
-1.07599e-07
1.20223e-07
-1.09605e-07
1.552e-07
-9.55894e-08
1.94441e-07
-6.86309e-08
2.21153e-07
7.01166e-09
2.46746e-07
4.35193e-08
2.24118e-07
9.3231e-08
1.94308e-07
1.35516e-07
1.89409e-07
1.25055e-07
2.05256e-07
1.10386e-07
2.20529e-07
1.28359e-07
2.57805e-07
1.5902e-07
2.98594e-07
1.93379e-07
3.3926e-07
2.14528e-07
3.68064e-07
2.20918e-07
3.99278e-07
2.03063e-07
4.25559e-07
1.66012e-07
4.30308e-07
1.53127e-07
4.21999e-07
1.27684e-07
4.0982e-07
8.73945e-08
3.93719e-07
5.39271e-08
3.75688e-07
2.99258e-08
3.53168e-07
1.84247e-08
3.34739e-07
1.51104e-08
3.26882e-07
9.09793e-10
3.22574e-07
-4.04917e-08
3.0776e-07
-1.37954e-07
2.7245e-07
-1.61301e-07
2.07005e-07
-1.14753e-07
7.32507e-08
3.48701e-08
5.2387e-08
5.48016e-08
7.25066e-08
-8.06509e-08
4.50772e-08
-1.15545e-07
1.26793e-08
-9.74152e-08
-3.66894e-08
-7.31669e-08
-1.24801e-07
9.73311e-09
1.22533e-09
6.32207e-08
-2.76111e-09
1.33967e-07
-2.37496e-08
1.98842e-07
-7.35318e-08
2.03845e-07
-1.12602e-07
2.0681e-07
-1.12569e-07
2.05512e-07
-9.42914e-08
2.07477e-07
-7.05957e-08
2.30156e-07
-1.56669e-08
2.53014e-07
2.06606e-08
2.77191e-07
6.90542e-08
2.78739e-07
1.33969e-07
2.5176e-07
1.52034e-07
2.0871e-07
1.53436e-07
1.87492e-07
1.49577e-07
2.13664e-07
1.32847e-07
2.40879e-07
1.66163e-07
2.83025e-07
1.72382e-07
3.18101e-07
1.85842e-07
3.5757e-07
1.63594e-07
3.97938e-07
1.25643e-07
4.24505e-07
1.26561e-07
4.3274e-07
1.19449e-07
4.25021e-07
9.5113e-08
4.1417e-07
6.47785e-08
3.95398e-07
4.86972e-08
3.76041e-07
3.77824e-08
3.62702e-07
2.84495e-08
3.5307e-07
1.05417e-08
3.59383e-07
-4.68044e-08
3.1385e-07
-9.24207e-08
2.1809e-07
-6.55414e-08
8.60289e-08
1.73077e-08
3.36632e-08
8.72358e-08
9.64515e-08
-7.98646e-09
1.04497e-07
-8.8696e-08
8.31008e-08
-9.41486e-08
5.47188e-08
-6.90332e-08
-7.0818e-09
-1.13666e-08
-2.57165e-08
3.0989e-08
-2.97637e-08
1.0024e-07
-7.20121e-08
1.72732e-07
-9.62418e-08
2.18199e-07
-1.18999e-07
2.30936e-07
-1.25338e-07
2.32464e-07
-1.14097e-07
2.1985e-07
-8.16774e-08
2.09752e-07
-6.04981e-08
2.18149e-07
-2.40632e-08
2.42096e-07
-3.28699e-09
2.66698e-07
4.44519e-08
2.87508e-07
1.13158e-07
2.87514e-07
1.52028e-07
2.73905e-07
1.67045e-07
2.57848e-07
1.65634e-07
2.29535e-07
1.61161e-07
2.38061e-07
1.57637e-07
2.62589e-07
1.47854e-07
3.10283e-07
1.38148e-07
3.45082e-07
1.28794e-07
3.54335e-07
1.16391e-07
3.72331e-07
1.08565e-07
3.89879e-07
1.01901e-07
3.91465e-07
9.35271e-08
3.83782e-07
7.24617e-08
3.67907e-07
6.45723e-08
3.41071e-07
6.4618e-08
3.23266e-07
4.62547e-08
3.32583e-07
1.225e-09
3.20753e-07
-3.49741e-08
2.23239e-07
5.09322e-09
1.17214e-07
4.0484e-08
6.80131e-08
6.65086e-08
1.24262e-07
3.09865e-08
1.65861e-07
-4.95848e-08
1.52351e-07
-7.51865e-08
1.32887e-07
-7.46841e-08
7.57672e-08
-1.19138e-08
1.73736e-09
6.2663e-08
4.2331e-08
4.22992e-08
-7.2063e-08
9.27067e-08
-1.2242e-07
1.42098e-07
-1.45633e-07
1.74295e-07
-1.51196e-07
1.96267e-07
-1.4731e-07
2.16538e-07
-1.34368e-07
2.25267e-07
-9.04061e-08
2.22514e-07
-5.77452e-08
2.18806e-07
-2.03554e-08
2.02829e-07
1.26904e-08
2.02427e-07
4.48539e-08
2.18884e-07
9.67013e-08
2.33106e-07
1.37806e-07
2.41779e-07
1.58372e-07
2.57024e-07
1.50388e-07
2.73898e-07
1.44286e-07
2.88087e-07
1.43448e-07
3.07581e-07
1.2836e-07
3.24226e-07
1.21502e-07
3.30217e-07
1.22803e-07
3.25649e-07
1.20959e-07
3.16661e-07
1.17554e-07
3.01378e-07
1.17184e-07
2.8443e-07
1.10475e-07
2.71266e-07
8.56264e-08
2.63326e-07
7.25125e-08
2.4526e-07
8.26846e-08
2.52134e-07
3.93805e-08
2.38694e-07
1.46659e-08
1.48205e-07
5.55147e-08
7.39649e-08
7.9333e-08
8.00732e-08
3.43758e-08
1.29398e-07
1.71838e-08
1.90406e-07
-3.00215e-08
1.92668e-07
-5.18466e-08
1.61199e-07
-4.37184e-08
5.62116e-08
3.03034e-08
-6.23216e-08
1.06619e-07
-1.35961e-07
1.36303e-07
1.21936e-08
5.48118e-08
-1.26875e-07
1.09754e-07
-1.77362e-07
1.55155e-07
-1.91034e-07
1.84901e-07
-1.80942e-07
2.0346e-07
-1.6587e-07
2.19169e-07
-1.50076e-07
2.3436e-07
-1.05598e-07
2.34909e-07
-5.82942e-08
2.16945e-07
-2.39119e-09
1.71784e-07
5.78508e-08
1.41481e-07
7.51569e-08
1.45883e-07
9.22998e-08
1.70931e-07
1.12758e-07
1.97962e-07
1.3134e-07
2.29629e-07
1.18721e-07
2.66451e-07
1.07464e-07
2.98774e-07
1.11126e-07
3.1365e-07
1.13484e-07
3.13867e-07
1.21285e-07
3.03037e-07
1.33633e-07
2.84638e-07
1.39358e-07
2.60409e-07
1.41783e-07
2.24891e-07
1.52702e-07
1.88452e-07
1.46914e-07
1.6027e-07
1.13809e-07
1.6539e-07
6.73933e-08
1.93945e-07
5.41297e-08
1.54478e-07
7.88478e-08
6.9066e-08
1.00078e-07
6.07339e-08
6.3847e-08
9.98151e-08
4.02518e-08
1.47282e-07
-1.30914e-08
1.9714e-07
-3.26743e-08
1.93056e-07
-2.59379e-08
1.44143e-07
-2.9331e-09
2.81478e-08
7.22761e-08
-1.07814e-07
1.66265e-07
-1.71233e-07
1.70037e-07
-1.36784e-07
1.01854e-07
-3.41237e-08
8.06e-08
-2.07475e-07
1.3383e-07
-2.30593e-07
1.6362e-07
-2.20824e-07
1.78139e-07
-1.95462e-07
1.9057e-07
-1.78301e-07
2.01175e-07
-1.60682e-07
2.1632e-07
-1.20743e-07
2.32543e-07
-7.45169e-08
2.39312e-07
-9.16098e-09
2.33153e-07
6.40105e-08
2.02245e-07
1.06064e-07
1.85974e-07
1.08571e-07
1.93772e-07
1.0496e-07
2.28133e-07
9.69786e-08
2.61303e-07
8.55496e-08
2.83622e-07
8.51453e-08
2.96771e-07
9.79766e-08
2.85803e-07
1.24452e-07
2.58279e-07
1.48808e-07
2.1145e-07
1.80463e-07
1.50533e-07
2.00274e-07
9.27318e-08
1.99585e-07
7.50936e-08
1.7034e-07
8.20523e-08
1.39956e-07
8.70883e-08
1.08773e-07
3.41729e-08
1.20309e-07
-1.14109e-08
9.97135e-08
-1.71871e-08
8.46241e-08
1.22836e-08
7.06074e-08
5.4203e-08
2.19278e-08
1.12626e-07
-1.81712e-08
1.32077e-07
-3.25422e-08
1.23026e-07
-2.36234e-08
5.93076e-08
3.77799e-08
-7.40704e-08
1.30445e-07
-1.91453e-07
1.89658e-07
-2.15668e-07
1.9048e-07
-1.83804e-07
1.38173e-07
-1.7289e-07
9.09394e-08
3.98736e-08
6.7762e-08
-2.75237e-07
9.76849e-08
-2.60516e-07
1.05306e-07
-2.28446e-07
1.14145e-07
-2.04301e-07
1.34813e-07
-1.98969e-07
1.51958e-07
-1.77827e-07
1.68338e-07
-1.37124e-07
1.87198e-07
-9.33769e-08
2.16394e-07
-3.83567e-08
2.54484e-07
2.59204e-08
2.64926e-07
9.56219e-08
2.70199e-07
1.03298e-07
2.87122e-07
8.80361e-08
3.07109e-07
7.69915e-08
3.15338e-07
7.73208e-08
3.00781e-07
9.97021e-08
2.26783e-07
1.71975e-07
1.35413e-07
2.15822e-07
5.5996e-08
2.28226e-07
-6.49868e-09
2.42958e-07
-2.77434e-08
2.21519e-07
-2.16316e-08
1.93474e-07
-6.43484e-09
1.55144e-07
-6.70458e-09
1.40226e-07
-5.7341e-08
1.59409e-07
-8.91866e-08
1.52155e-07
-7.90161e-08
8.95431e-08
-5.70103e-08
6.26184e-08
-4.35988e-09
1.79572e-08
2.38987e-08
-6.3306e-09
2.71469e-08
-2.14192e-08
8.92772e-09
-1.4323e-08
-4.94887e-08
3.47928e-08
-1.47902e-07
1.36193e-07
-2.51492e-07
2.34033e-07
-3.07959e-07
2.46126e-07
-3.10722e-07
1.93244e-07
-3.34193e-07
1.61643e-07
-3.87039e-07
1.43786e-07
9.96317e-08
1.79081e-08
-2.93146e-07
1.44636e-08
-2.57072e-07
2.44095e-08
-2.38392e-07
5.79654e-08
-2.37857e-07
1.00764e-07
-2.41768e-07
1.42758e-07
-2.19821e-07
1.81555e-07
-1.7592e-07
2.13532e-07
-1.25354e-07
2.43213e-07
-6.80378e-08
2.44715e-07
2.44179e-08
2.07688e-07
1.32648e-07
2.15805e-07
9.51815e-08
2.45801e-07
5.80393e-08
2.45336e-07
7.74573e-08
1.92977e-07
1.29679e-07
7.1745e-08
2.20935e-07
-5.85659e-08
3.02286e-07
-1.15199e-07
2.72456e-07
-1.36653e-07
2.49679e-07
-1.21665e-07
2.2797e-07
-9.47195e-08
1.94574e-07
-8.98895e-08
1.88644e-07
-1.34292e-07
1.99546e-07
-1.85606e-07
1.9154e-07
-1.97091e-07
1.70895e-07
-1.43793e-07
9.88562e-08
-1.00444e-07
4.61949e-08
-6.8462e-08
3.06362e-08
-7.08397e-08
2.0335e-08
-7.62586e-08
-9.11508e-10
-8.02002e-08
-1.74774e-08
-1.20569e-07
2.60458e-08
-2.04797e-07
1.19021e-07
-2.87301e-07
2.18697e-07
-3.26642e-07
2.73375e-07
-3.62024e-07
2.81508e-07
-3.57179e-07
1.88399e-07
-3.81953e-07
1.86418e-07
-4.679e-07
2.29732e-07
1.40766e-07
-2.31422e-08
-2.70004e-07
-3.10588e-08
-2.49155e-07
5.03906e-09
-2.7449e-07
5.45695e-08
-2.87388e-07
1.04315e-07
-2.91514e-07
1.46337e-07
-2.61843e-07
1.71603e-07
-2.01187e-07
1.56956e-07
-1.10707e-07
7.50324e-08
1.38851e-08
-1.82333e-08
1.17684e-07
-4.21213e-08
1.56536e-07
-3.94327e-08
9.24926e-08
-4.81247e-08
6.6731e-08
-1.09054e-07
1.38386e-07
-2.10159e-07
2.30785e-07
-2.77234e-07
2.8801e-07
-2.70529e-07
2.9558e-07
-2.51018e-07
2.52945e-07
-2.16966e-07
2.15627e-07
-1.89071e-07
2.00075e-07
-2.03846e-07
2.0935e-07
-2.44086e-07
2.28884e-07
-2.65885e-07
2.21345e-07
-2.5598e-07
1.81636e-07
-1.95559e-07
1.10473e-07
-1.41273e-07
4.45705e-08
-1.14114e-07
1.90366e-08
-8.81106e-08
4.63267e-09
-6.98536e-08
2.07834e-09
-7.70911e-08
6.32612e-09
-1.40473e-07
4.59051e-08
-2.27307e-07
1.1288e-07
-2.92522e-07
1.84236e-07
-3.25887e-07
2.52063e-07
-3.4053e-07
2.88019e-07
-3.39454e-07
2.80432e-07
-3.60874e-07
2.0982e-07
-4.07925e-07
2.33469e-07
-4.34969e-07
2.56775e-07
1.4905e-07
-4.27101e-08
-2.27294e-07
-4.02376e-08
-2.51628e-07
-1.0265e-08
-3.04463e-07
1.83964e-08
-3.16049e-07
2.22881e-08
-2.95406e-07
-2.05956e-08
-2.18959e-07
-9.87943e-08
-1.22989e-07
-1.83548e-07
-2.59533e-08
-2.63975e-07
9.43112e-08
-2.91487e-07
1.45196e-07
-2.70214e-07
1.35264e-07
-2.78264e-07
1.00543e-07
-3.24909e-07
1.13376e-07
-3.87936e-07
2.01413e-07
-4.23174e-07
2.66023e-07
-4.15007e-07
2.79844e-07
-3.92326e-07
2.729e-07
-3.67741e-07
2.2836e-07
-3.52105e-07
1.99992e-07
-3.61295e-07
2.09264e-07
-3.74404e-07
2.22459e-07
-3.59063e-07
2.13543e-07
-3.14303e-07
1.76586e-07
-2.76311e-07
1.43644e-07
-2.38836e-07
7.29979e-08
-2.08114e-07
1.38488e-08
-1.72884e-07
-1.6193e-08
-1.30662e-07
-3.75897e-08
-1.16643e-07
-1.19395e-08
-1.77131e-07
6.68136e-08
-2.84001e-07
1.52776e-07
-3.51878e-07
1.80757e-07
-3.6719e-07
1.99548e-07
-3.72227e-07
2.571e-07
-3.62202e-07
2.77994e-07
-3.37401e-07
2.55631e-07
-3.54934e-07
2.27354e-07
-3.58497e-07
2.37032e-07
-3.35802e-07
2.34081e-07
1.51852e-07
-4.63971e-08
-1.80897e-07
-6.75097e-08
-2.30515e-07
-8.60894e-08
-2.85883e-07
-1.14714e-07
-2.87424e-07
-1.79608e-07
-2.30512e-07
-2.68847e-07
-1.2972e-07
-3.36465e-07
-5.53708e-08
-3.70645e-07
8.22665e-09
-3.61548e-07
8.52137e-08
-3.55956e-07
1.39604e-07
-3.65482e-07
1.44789e-07
-4.09894e-07
1.44954e-07
-4.81409e-07
1.84892e-07
-5.05267e-07
2.25271e-07
-4.85561e-07
2.46317e-07
-4.70782e-07
2.65065e-07
-4.60908e-07
2.63026e-07
-4.66368e-07
2.33821e-07
-4.64993e-07
1.98616e-07
-4.357e-07
1.79972e-07
-3.91068e-07
1.77827e-07
-3.52177e-07
1.74652e-07
-3.28639e-07
1.53048e-07
-2.97514e-07
1.12518e-07
-3.10548e-07
8.60326e-08
-3.16076e-07
1.93766e-08
-2.89898e-07
-4.23707e-08
-2.78044e-07
-4.94436e-08
-2.64117e-07
-2.58662e-08
-2.8618e-07
8.88757e-08
-3.09235e-07
1.75831e-07
-3.35541e-07
2.07062e-07
-3.64761e-07
2.28768e-07
-3.61703e-07
2.54041e-07
-3.43629e-07
2.5992e-07
-3.33288e-07
2.45289e-07
-3.35438e-07
2.29504e-07
-3.29245e-07
2.30839e-07
-3.11996e-07
2.16833e-07
1.50486e-07
-5.47929e-08
-1.26104e-07
-1.2263e-07
-1.62677e-07
-1.82421e-07
-2.26091e-07
-2.3932e-07
-2.30524e-07
-3.0535e-07
-1.64482e-07
-3.55925e-07
-7.91458e-08
-3.90262e-07
-2.10338e-08
-3.97511e-07
1.54756e-08
-4.03245e-07
9.09484e-08
-4.26458e-07
1.62816e-07
-4.66117e-07
1.84448e-07
-5.08336e-07
1.87172e-07
-5.44689e-07
2.21245e-07
-5.39012e-07
2.19594e-07
-5.10176e-07
2.17481e-07
-4.97385e-07
2.52273e-07
-4.92033e-07
2.57674e-07
-4.87388e-07
2.29175e-07
-4.52443e-07
1.63671e-07
-4.14124e-07
1.41654e-07
-3.90606e-07
1.54309e-07
-3.67794e-07
1.5184e-07
-3.56163e-07
1.41417e-07
-3.71883e-07
1.28239e-07
-3.86757e-07
1.00907e-07
-3.82858e-07
1.54771e-08
-3.944e-07
-3.08285e-08
-4.03114e-07
-4.07298e-08
-4.00695e-07
-2.82854e-08
-3.64063e-07
5.22434e-08
-3.39303e-07
1.51072e-07
-3.33982e-07
2.01741e-07
-3.28916e-07
2.23702e-07
-3.17306e-07
2.42432e-07
-3.20423e-07
2.63037e-07
-3.35957e-07
2.60824e-07
-3.51652e-07
2.45199e-07
-3.51816e-07
2.31003e-07
-3.31345e-07
1.96363e-07
1.10677e-07
-5.13462e-08
-7.47571e-08
-1.67439e-07
-4.65832e-08
-2.48605e-07
-1.44925e-07
-3.14393e-07
-1.64736e-07
-3.51873e-07
-1.27001e-07
-3.7662e-07
-5.43985e-08
-4.00281e-07
2.6272e-09
-4.12456e-07
2.765e-08
-4.13184e-07
9.16771e-08
-4.38039e-07
1.8767e-07
-4.70034e-07
2.16443e-07
-4.98638e-07
2.15776e-07
-5.07204e-07
2.29811e-07
-5.16983e-07
2.29373e-07
-5.27604e-07
2.28101e-07
-5.12463e-07
2.37132e-07
-4.84978e-07
2.30189e-07
-4.48657e-07
1.92854e-07
-4.27036e-07
1.42051e-07
-4.18662e-07
1.3328e-07
-3.93329e-07
1.28975e-07
-3.70044e-07
1.28555e-07
-3.69177e-07
1.4055e-07
-3.91372e-07
1.50433e-07
-4.27305e-07
1.3684e-07
-4.55966e-07
4.41375e-08
-4.77561e-07
-9.23341e-09
-4.98315e-07
-1.99763e-08
-5.14867e-07
-1.17338e-08
-4.89946e-07
2.73219e-08
-4.36357e-07
9.74828e-08
-3.93439e-07
1.58823e-07
-3.81335e-07
2.11597e-07
-4.07321e-07
2.68418e-07
-4.13602e-07
2.69317e-07
-4.15008e-07
2.6223e-07
-4.03425e-07
2.33616e-07
-3.83964e-07
2.11541e-07
-3.36121e-07
1.4852e-07
5.83867e-08
-5.8407e-09
-6.8916e-08
-1.3226e-07
7.98374e-08
-2.52621e-07
-2.45642e-08
-3.1854e-07
-9.8816e-08
-3.33786e-07
-1.11755e-07
-3.37234e-07
-5.09511e-08
-3.49241e-07
1.46341e-08
-3.7003e-07
4.84383e-08
-3.79299e-07
1.00946e-07
-3.98855e-07
2.07225e-07
-4.24937e-07
2.42524e-07
-4.49058e-07
2.39896e-07
-4.60528e-07
2.41282e-07
-4.75354e-07
2.44199e-07
-4.89402e-07
2.42149e-07
-4.84519e-07
2.3225e-07
-4.62902e-07
2.08572e-07
-4.37342e-07
1.67294e-07
-4.23692e-07
1.284e-07
-4.02287e-07
1.11875e-07
-3.72859e-07
9.95472e-08
-3.45881e-07
1.01577e-07
-3.32594e-07
1.27262e-07
-3.51259e-07
1.69098e-07
-3.99421e-07
1.85001e-07
-4.65663e-07
1.1038e-07
-4.96356e-07
2.14593e-08
-5.1192e-07
-4.41317e-09
-5.1911e-07
-4.54369e-09
-5.06113e-07
1.43247e-08
-4.74941e-07
6.63107e-08
-4.5947e-07
1.43351e-07
-4.58846e-07
2.10973e-07
-4.3445e-07
2.44022e-07
-4.29446e-07
2.64313e-07
-4.19157e-07
2.51941e-07
-4.17387e-07
2.31846e-07
-3.64813e-07
1.58967e-07
-2.84362e-07
6.80694e-08
7.89654e-09
-2.96238e-09
-6.5953e-08
-5.88555e-08
1.35731e-07
-1.77811e-07
9.43918e-08
-2.89417e-07
1.27907e-08
-3.79182e-07
-2.19898e-08
-3.87016e-07
-4.31171e-08
-3.63433e-07
-8.94905e-09
-3.39441e-07
2.44456e-08
-3.17184e-07
7.86882e-08
-2.92005e-07
1.82046e-07
-3.09489e-07
2.60007e-07
-3.54809e-07
2.85216e-07
-3.86716e-07
2.73189e-07
-4.02661e-07
2.60144e-07
-4.14098e-07
2.53586e-07
-4.17742e-07
2.35894e-07
-4.09539e-07
2.00369e-07
-3.98122e-07
1.55877e-07
-3.93096e-07
1.23374e-07
-3.90165e-07
1.08943e-07
-3.78072e-07
8.74548e-08
-3.35291e-07
5.87954e-08
-2.75226e-07
6.71969e-08
-2.35932e-07
1.29804e-07
-2.8481e-07
2.33879e-07
-4.07618e-07
2.33188e-07
-4.77813e-07
9.16548e-08
-5.04228e-07
2.20015e-08
-5.19807e-07
1.10356e-08
-5.25393e-07
1.99103e-08
-5.21014e-07
6.19314e-08
-5.1647e-07
1.38808e-07
-4.9773e-07
1.92232e-07
-4.7882e-07
2.25113e-07
-4.5841e-07
2.43903e-07
-4.44752e-07
2.38282e-07
-3.93905e-07
1.80999e-07
-3.32617e-07
9.76785e-08
-3.07156e-07
4.26084e-08
-9.93382e-09
-4.97679e-08
-1.61846e-08
-3.03195e-08
1.16284e-07
-3.28674e-08
9.69402e-08
-7.1489e-08
5.14128e-08
-1.42574e-07
4.90956e-08
-2.47502e-07
6.1811e-08
-2.68661e-07
1.221e-08
-2.76662e-07
3.24455e-08
-2.52137e-07
5.41633e-08
-2.0368e-07
1.33589e-07
-1.32572e-07
1.889e-07
-1.0989e-07
2.62534e-07
-1.53748e-07
3.17047e-07
-2.14189e-07
3.20584e-07
-2.56785e-07
2.96182e-07
-2.73823e-07
2.52932e-07
-2.73971e-07
2.00517e-07
-2.5174e-07
1.33646e-07
-2.47061e-07
1.18694e-07
-2.85135e-07
1.47016e-07
-3.35988e-07
1.38308e-07
-3.32069e-07
5.48766e-08
-2.71377e-07
6.50463e-09
-1.70322e-07
2.87482e-08
-1.26497e-07
1.90055e-07
-2.04365e-07
3.11055e-07
-3.30675e-07
2.17965e-07
-4.08848e-07
1.00175e-07
-4.4477e-07
4.69577e-08
-4.67292e-07
4.24329e-08
-4.9783e-07
9.2469e-08
-5.34461e-07
1.75439e-07
-5.39508e-07
1.9728e-07
-5.32156e-07
2.1776e-07
-5.05068e-07
2.16814e-07
-4.65989e-07
1.99203e-07
-3.98433e-07
1.13444e-07
-3.23284e-07
2.25293e-08
-2.74284e-07
-6.3919e-09
-4.4764e-08
-5.7785e-08
4.16008e-08
-4.48736e-08
1.03373e-07
-3.43801e-08
8.64469e-08
-5.77568e-08
7.47896e-08
-9.33751e-08
8.47136e-08
-1.06288e-07
7.4723e-08
-1.44622e-07
5.05444e-08
-1.74472e-07
6.22951e-08
-1.67729e-07
4.74196e-08
-1.28316e-07
9.41756e-08
-7.88709e-08
1.39455e-07
4.06933e-10
1.83257e-07
7.98244e-08
2.3763e-07
1.13299e-07
2.8711e-07
1.2111e-07
2.88372e-07
1.08938e-07
2.65104e-07
7.02543e-08
2.392e-07
2.37281e-08
1.80172e-07
-1.65878e-08
1.59009e-07
-4.50142e-08
1.75443e-07
-7.93186e-08
1.72612e-07
-1.1312e-07
8.86782e-08
-1.18719e-07
1.21036e-08
-9.93998e-08
9.42948e-09
-3.13954e-08
1.2205e-07
-2.61956e-08
3.05856e-07
-1.07806e-07
2.99576e-07
-2.14069e-07
2.06437e-07
-2.94003e-07
1.26891e-07
-3.52796e-07
1.01226e-07
-3.91284e-07
1.30958e-07
-4.19711e-07
2.03865e-07
-4.65356e-07
2.42925e-07
-4.80687e-07
2.33091e-07
-4.60145e-07
1.96272e-07
-3.95034e-07
1.34092e-07
-3.16918e-07
3.53272e-08
-2.68685e-07
-2.5704e-08
-2.13848e-07
-6.12284e-08
-7.93099e-08
-7.877e-08
1.20371e-07
-8.33577e-08
1.0796e-07
-9.52539e-08
9.83425e-08
-1.03418e-07
8.2954e-08
-1.19153e-07
1.00448e-07
-1.00767e-07
5.6337e-08
-1.27529e-07
7.73058e-08
-1.22226e-07
5.69923e-08
-1.18495e-07
4.36894e-08
-1.03577e-07
7.92576e-08
-7.84137e-08
1.14291e-07
-1.21665e-08
1.1701e-07
8.90599e-08
1.36403e-07
1.78907e-07
1.97263e-07
2.70787e-07
1.96491e-07
3.0525e-07
2.3064e-07
3.12565e-07
2.31885e-07
2.85062e-07
2.07675e-07
2.52502e-07
1.91569e-07
2.23876e-07
2.04068e-07
1.92342e-07
2.04145e-07
1.16555e-07
1.64465e-07
2.98137e-08
9.88447e-08
-5.30374e-08
9.22807e-08
-4.44081e-08
1.13421e-07
3.53521e-09
2.57912e-07
6.458e-09
2.96653e-07
-3.73102e-08
2.50206e-07
-1.22389e-07
2.1197e-07
-1.80703e-07
1.59541e-07
-2.04282e-07
1.54537e-07
-1.84675e-07
1.84259e-07
-1.70599e-07
2.28849e-07
-1.8802e-07
2.50512e-07
-2.28184e-07
2.36436e-07
-2.83554e-07
1.89462e-07
-3.17268e-07
6.90418e-08
-3.12598e-07
-3.03734e-08
-2.60384e-07
-1.13443e-07
-1.42733e-07
-2.75077e-08
1.47879e-07
-3.22624e-08
1.12715e-07
-4.14004e-08
1.0748e-07
-6.42682e-08
1.05821e-07
-7.77409e-08
1.13921e-07
-1.03571e-07
8.2167e-08
-1.01123e-07
7.48577e-08
-1.08673e-07
6.45416e-08
-1.02955e-07
3.7972e-08
-7.83592e-08
5.46619e-08
-2.02521e-08
5.61844e-08
1.28591e-08
8.38988e-08
6.86835e-08
8.05788e-08
1.2543e-07
1.40516e-07
1.80739e-07
1.41183e-07
2.30207e-07
1.81173e-07
2.82652e-07
1.7944e-07
3.19009e-07
1.71318e-07
3.01871e-07
2.08706e-07
2.54375e-07
2.51564e-07
2.03567e-07
2.54953e-07
1.63932e-07
2.04101e-07
7.33072e-08
1.8947e-07
-1.75283e-08
1.83116e-07
-5.48516e-08
1.50745e-07
-4.70923e-09
2.0777e-07
3.01363e-08
2.61807e-07
5.86586e-08
2.21683e-07
4.17754e-08
2.28854e-07
-1.11239e-09
2.02429e-07
-1.98377e-08
1.73263e-07
1.74244e-08
1.46996e-07
1.06845e-07
1.39428e-07
1.98272e-07
1.59084e-07
2.34095e-07
2.00613e-07
1.74542e-07
2.49015e-07
1.98118e-08
2.23771e-07
-1.11562e-07
1.01e-07
-1.35084e-07
-8.99218e-08
-1.42646e-07
1.70341e-08
1.30845e-07
3.05765e-08
9.91729e-08
2.54653e-08
1.12591e-07
2.02085e-08
1.11078e-07
1.8353e-08
1.15776e-07
2.72672e-08
7.32527e-08
3.26546e-08
6.94703e-08
3.45336e-08
6.26626e-08
3.23251e-08
4.01804e-08
4.9894e-08
3.70929e-08
6.79618e-08
3.81165e-08
1.04666e-07
4.71951e-08
1.20823e-07
6.44211e-08
1.64007e-07
9.7332e-08
1.91186e-07
1.14003e-07
2.36889e-07
1.3547e-07
2.58678e-07
1.57651e-07
2.73829e-07
1.56167e-07
2.79725e-07
2.02811e-07
2.60593e-07
2.70696e-07
2.41515e-07
2.74031e-07
2.20479e-07
2.25138e-07
1.95176e-07
2.14773e-07
1.45155e-07
2.33137e-07
6.94777e-08
2.26422e-07
6.10413e-08
2.16207e-07
8.28504e-08
2.39998e-07
9.3176e-08
2.11358e-07
9.43164e-08
2.27714e-07
8.35658e-08
2.1318e-07
8.22204e-08
1.74608e-07
1.08259e-07
1.20958e-07
1.70508e-07
7.7179e-08
2.69035e-07
6.0556e-08
3.82425e-07
8.72232e-08
4.63755e-07
1.67686e-07
4.57211e-07
2.30315e-07
3.47143e-07
2.11068e-07
1.70033e-07
8.7188e-08
-1.03571e-08
1.74566e-08
1.13388e-07
1.5052e-08
1.01577e-07
1.97831e-08
1.0786e-07
2.55442e-08
1.05317e-07
5.63208e-08
8.49993e-08
7.71968e-08
5.23766e-08
9.20885e-08
5.45783e-08
1.064e-07
4.83511e-08
1.27312e-07
1.92681e-08
1.68207e-07
-3.80227e-09
2.03782e-07
2.54162e-09
2.36046e-07
1.49318e-08
2.61082e-07
3.93849e-08
2.93858e-07
6.45568e-08
3.15204e-07
9.26577e-08
3.22024e-07
1.2865e-07
3.24068e-07
1.55607e-07
3.11493e-07
1.68742e-07
3.23439e-07
1.90866e-07
3.43986e-07
2.50149e-07
3.48207e-07
2.69809e-07
3.08211e-07
2.65134e-07
2.64871e-07
2.58113e-07
2.20155e-07
2.77852e-07
1.67407e-07
2.7917e-07
1.31631e-07
2.51983e-07
1.26136e-07
2.45493e-07
1.09148e-07
2.28347e-07
1.13334e-07
2.23527e-07
1.16187e-07
2.10327e-07
1.16306e-07
1.74488e-07
1.2347e-07
1.13794e-07
1.64412e-07
3.62362e-08
2.32402e-07
-7.43454e-09
3.25585e-07
-5.9596e-09
4.22106e-07
7.11644e-08
4.62957e-07
1.89465e-07
4.54157e-07
2.19868e-07
3.52655e-07
1.8869e-07
1.21169e-07
4.12172e-08
7.21711e-08
6.46875e-08
7.81074e-08
5.98012e-08
1.12747e-07
5.10836e-08
1.14035e-07
5.0928e-08
8.51548e-08
5.62096e-08
4.70947e-08
8.60483e-08
2.47393e-08
1.14481e-07
1.99184e-08
1.38953e-07
-5.20391e-09
1.93649e-07
-5.84983e-08
2.59003e-07
-6.28126e-08
3.03634e-07
-2.96988e-08
3.38281e-07
4.73795e-09
3.46871e-07
5.59678e-08
3.40895e-07
9.86337e-08
3.37051e-07
1.32494e-07
3.32287e-07
1.6037e-07
3.26307e-07
1.74721e-07
3.33928e-07
1.83245e-07
3.55392e-07
2.28684e-07
3.61487e-07
2.63714e-07
3.40947e-07
2.85675e-07
3.10084e-07
2.88976e-07
2.9247e-07
2.95466e-07
2.6577e-07
3.05871e-07
2.06574e-07
3.1118e-07
1.72178e-07
2.79889e-07
1.51816e-07
2.48709e-07
1.41411e-07
2.33933e-07
1.34345e-07
2.17392e-07
1.22006e-07
1.86827e-07
1.01466e-07
1.34334e-07
1.02121e-07
3.55814e-08
1.263e-07
-3.16139e-08
1.68016e-07
-4.76755e-08
2.24808e-07
1.43721e-08
3.04722e-07
1.09551e-07
3.8696e-07
1.37631e-07
4.49273e-07
1.26378e-07
8.20384e-08
8.2437e-08
-1.02657e-08
1.19754e-07
4.07906e-08
1.93145e-07
3.93564e-08
2.38936e-07
6.82436e-08
2.1774e-07
1.0635e-07
1.81333e-07
8.35016e-08
1.74416e-07
3.16555e-08
1.8205e-07
1.22844e-08
1.99272e-07
-2.24267e-08
2.30936e-07
-9.01616e-08
2.52289e-07
-8.41657e-08
2.55071e-07
-3.248e-08
2.46329e-07
1.34801e-08
2.48469e-07
5.38278e-08
2.60666e-07
8.64372e-08
2.81177e-07
1.11983e-07
3.03023e-07
1.38525e-07
3.16153e-07
1.61591e-07
3.20087e-07
1.7931e-07
3.40179e-07
2.08592e-07
3.54288e-07
2.49605e-07
3.54382e-07
2.85581e-07
3.38363e-07
3.04995e-07
3.20356e-07
3.13474e-07
3.02966e-07
3.23261e-07
2.81698e-07
3.32447e-07
2.4391e-07
3.17677e-07
2.02351e-07
2.90269e-07
1.76815e-07
2.59469e-07
1.58107e-07
2.361e-07
1.30849e-07
2.14086e-07
9.39282e-08
1.71254e-07
3.71081e-08
9.24016e-08
-2.12214e-08
2.67159e-08
-4.12343e-08
-2.76624e-08
2.07772e-09
-2.89397e-08
1.07167e-07
4.46207e-09
2.32781e-07
1.20174e-08
3.51857e-07
7.30282e-09
-1.00886e-08
5.17078e-08
-6.1973e-08
1.6315e-07
-7.0652e-08
2.75591e-07
-7.30847e-08
3.58225e-07
-1.43901e-08
3.89366e-07
7.52082e-08
3.99304e-07
7.35629e-08
3.63828e-07
6.71314e-08
3.11931e-07
6.4181e-08
2.77925e-07
1.15795e-08
2.4023e-07
-5.24659e-08
2.05556e-07
-4.94922e-08
1.59174e-07
1.39026e-08
1.25858e-07
4.6796e-08
1.21296e-07
5.83898e-08
1.39898e-07
6.78349e-08
1.77139e-07
7.47413e-08
2.21407e-07
9.42573e-08
2.62115e-07
1.20883e-07
2.95898e-07
1.45528e-07
3.23725e-07
1.80764e-07
3.40974e-07
2.32357e-07
3.44161e-07
2.82394e-07
3.41443e-07
3.07714e-07
3.38735e-07
3.16181e-07
3.37663e-07
3.24333e-07
3.44896e-07
3.25215e-07
3.4098e-07
3.21594e-07
3.14146e-07
3.17103e-07
2.71341e-07
3.02275e-07
2.29961e-07
2.7748e-07
1.98043e-07
2.46004e-07
1.65504e-07
2.03793e-07
1.23016e-07
1.3489e-07
6.84313e-08
8.13006e-08
1.94865e-08
2.12825e-08
9.12938e-09
-1.85827e-08
4.65703e-08
-3.29791e-08
1.06015e-07
-4.74272e-08
1.73671e-07
-6.03532e-08
-8.02376e-08
3.19085e-08
-9.38815e-08
8.10615e-08
-1.19805e-07
1.28363e-07
-1.20387e-07
1.80655e-07
-6.66831e-08
2.52872e-07
2.9905e-09
3.00991e-07
2.54437e-08
3.37378e-07
3.07436e-08
3.79915e-07
2.1644e-08
3.70662e-07
2.08325e-08
3.10045e-07
8.15126e-09
2.36546e-07
2.40071e-08
1.8988e-07
6.05686e-08
1.59191e-07
7.74848e-08
1.35991e-07
8.15899e-08
1.26538e-07
7.72875e-08
1.29561e-07
7.17176e-08
1.45906e-07
7.79121e-08
1.82919e-07
8.38701e-08
2.2847e-07
9.99775e-08
2.70305e-07
1.38929e-07
3.0016e-07
2.02502e-07
3.19554e-07
2.63e-07
3.32323e-07
2.94944e-07
3.44076e-07
3.04429e-07
3.65151e-07
3.03258e-07
3.92456e-07
2.9791e-07
4.21107e-07
2.92944e-07
4.39352e-07
2.98858e-07
4.43015e-07
2.98612e-07
4.27372e-07
2.93123e-07
3.93878e-07
2.79499e-07
3.52098e-07
2.45573e-07
3.28143e-07
1.58845e-07
3.29241e-07
8.02025e-08
3.15748e-07
3.47755e-08
2.94149e-07
3.01609e-09
2.95067e-07
-3.38968e-08
3.16401e-07
-6.87603e-08
3.54363e-07
-9.83154e-08
-1.25897e-07
1.49934e-08
-1.08875e-07
3.61516e-08
-1.40964e-07
5.20359e-08
-1.36271e-07
1.03612e-07
-1.18259e-07
1.86177e-07
-7.9575e-08
2.52762e-07
-4.11413e-08
3.05144e-07
-2.16389e-08
3.57168e-07
-3.03794e-08
3.94196e-07
-1.61965e-08
3.79256e-07
2.30919e-08
3.21177e-07
8.20853e-08
2.99325e-07
8.24214e-08
2.81369e-07
9.54407e-08
2.4124e-07
1.21719e-07
1.87214e-07
1.31314e-07
1.396e-07
1.19332e-07
1.11016e-07
1.06496e-07
1.04885e-07
9.00015e-08
1.27076e-07
7.77861e-08
1.65993e-07
1.00012e-07
2.10427e-07
1.58069e-07
2.61904e-07
2.11523e-07
3.07735e-07
2.49113e-07
3.44412e-07
2.67752e-07
3.81818e-07
2.65852e-07
4.20594e-07
2.59135e-07
4.56369e-07
2.57169e-07
4.79283e-07
2.75945e-07
4.91179e-07
2.86717e-07
5.01255e-07
2.83047e-07
5.00594e-07
2.8016e-07
4.80757e-07
2.6541e-07
4.44666e-07
1.94936e-07
4.16638e-07
1.0823e-07
3.99673e-07
5.17399e-08
3.97413e-07
5.27566e-09
3.9994e-07
-3.64232e-08
4.08758e-07
-7.75787e-08
4.24677e-07
-1.14234e-07
-1.44181e-07
3.29348e-08
-1.4181e-07
7.25137e-08
-1.80543e-07
1.13791e-07
-1.77549e-07
1.66238e-07
-1.70707e-07
2.3103e-07
-1.44367e-07
2.928e-07
-1.02911e-07
3.35786e-07
-6.46247e-08
3.45254e-07
-3.98472e-08
3.47216e-07
-1.81593e-08
3.59767e-07
1.05412e-08
3.93308e-07
4.85445e-08
4.12728e-07
6.30004e-08
4.29116e-07
7.9053e-08
4.21258e-07
1.29576e-07
3.53937e-07
1.98635e-07
2.36332e-07
2.36937e-07
1.2548e-07
2.17348e-07
6.29863e-08
1.52496e-07
5.43568e-08
8.6416e-08
7.57066e-08
7.86625e-08
1.21394e-07
1.12382e-07
1.84917e-07
1.48e-07
2.44609e-07
1.89421e-07
3.04192e-07
2.0817e-07
3.52961e-07
2.17084e-07
3.95591e-07
2.16506e-07
4.31676e-07
2.21085e-07
4.60346e-07
2.47274e-07
4.74004e-07
2.73059e-07
4.78733e-07
2.78318e-07
4.83683e-07
2.75209e-07
4.8888e-07
2.60213e-07
4.808e-07
2.03016e-07
4.69634e-07
1.19396e-07
4.66711e-07
5.46626e-08
4.67788e-07
4.19866e-09
4.75354e-07
-4.39896e-08
4.78773e-07
-8.09977e-08
4.81024e-07
-1.16486e-07
-1.39873e-07
4.41681e-08
-1.85979e-07
8.34914e-08
-2.19867e-07
1.26085e-07
-2.20143e-07
1.68004e-07
-2.12626e-07
2.12499e-07
-1.88862e-07
2.55368e-07
-1.45779e-07
2.86545e-07
-9.5802e-08
2.9767e-07
-5.09724e-08
3.02066e-07
-2.25544e-08
3.18191e-07
-5.58461e-09
3.57148e-07
9.58817e-09
3.99478e-07
2.06702e-08
4.3066e-07
4.78709e-08
4.44321e-07
1.15914e-07
4.26699e-07
2.16257e-07
3.56693e-07
3.06944e-07
2.40952e-07
3.33089e-07
1.43328e-07
2.5012e-07
7.84463e-08
1.51298e-07
6.09595e-08
9.61495e-08
8.47085e-08
8.8633e-08
1.24573e-07
1.08135e-07
1.79515e-07
1.3448e-07
2.23903e-07
1.63782e-07
2.60561e-07
1.80426e-07
2.94915e-07
1.82152e-07
3.30166e-07
1.85834e-07
3.65916e-07
2.11524e-07
3.9478e-07
2.44195e-07
4.11757e-07
2.61341e-07
4.2388e-07
2.63086e-07
4.36672e-07
2.47421e-07
4.42077e-07
1.9761e-07
4.43006e-07
1.18466e-07
4.54057e-07
4.3612e-08
4.77999e-07
-1.97439e-08
4.96656e-07
-6.26467e-08
5.10998e-07
-9.53402e-08
5.09594e-07
-1.15082e-07
-1.17975e-07
5.45675e-08
-2.40546e-07
1.11907e-07
-2.77207e-07
1.61983e-07
-2.70219e-07
2.03108e-07
-2.53752e-07
2.28123e-07
-2.13876e-07
2.53639e-07
-1.71295e-07
2.81756e-07
-1.23919e-07
2.95682e-07
-6.48991e-08
2.959e-07
-2.27722e-08
2.93057e-07
-2.74144e-09
3.03677e-07
-1.03238e-09
3.24787e-07
-4.39354e-10
3.57717e-07
1.49417e-08
3.91864e-07
8.17672e-08
3.90419e-07
2.17703e-07
3.83846e-07
3.13516e-07
3.8348e-07
3.33456e-07
3.1776e-07
3.1584e-07
2.17767e-07
2.51291e-07
1.46777e-07
1.6714e-07
1.23159e-07
1.12252e-07
1.3263e-07
9.8664e-08
1.44258e-07
1.22851e-07
1.66787e-07
1.41253e-07
1.85965e-07
1.61248e-07
1.92761e-07
1.75356e-07
1.93564e-07
1.85031e-07
2.07422e-07
1.97667e-07
2.30652e-07
2.20964e-07
2.45273e-07
2.4672e-07
2.70399e-07
2.37961e-07
2.95221e-07
2.22599e-07
3.25442e-07
1.67389e-07
3.59365e-07
8.45434e-08
4.02705e-07
2.71936e-10
4.44673e-07
-6.17117e-08
4.73416e-07
-9.13895e-08
4.86292e-07
-1.08216e-07
4.70757e-07
-9.95464e-08
-8.67837e-08
3.92594e-08
-2.79806e-07
1.09974e-07
-3.47921e-07
1.7025e-07
-3.30494e-07
2.0982e-07
-2.93321e-07
2.30128e-07
-2.34184e-07
2.43192e-07
-1.84359e-07
2.67476e-07
-1.48203e-07
2.79031e-07
-7.64538e-08
2.85327e-07
-2.90679e-08
2.81641e-07
9.44201e-10
2.6735e-07
1.32592e-08
2.54633e-07
1.22771e-08
2.53211e-07
1.63647e-08
2.78704e-07
5.62737e-08
3.30841e-07
1.65566e-07
3.64653e-07
2.79704e-07
3.95705e-07
3.02403e-07
4.16473e-07
2.95073e-07
4.02678e-07
2.65087e-07
3.38164e-07
2.31655e-07
2.62674e-07
1.87742e-07
2.00366e-07
1.60971e-07
1.7296e-07
1.50257e-07
1.66777e-07
1.47435e-07
1.74961e-07
1.53064e-07
1.70092e-07
1.80224e-07
1.59644e-07
1.9548e-07
1.58074e-07
1.99238e-07
1.70023e-07
2.09014e-07
1.913e-07
2.25443e-07
2.02134e-07
2.27127e-07
2.27917e-07
1.96815e-07
2.70655e-07
1.24651e-07
3.13292e-07
4.19062e-08
3.50979e-07
-3.7415e-08
3.82381e-07
-9.31128e-08
3.88756e-07
-9.77648e-08
3.63302e-07
-8.2761e-08
3.41725e-07
-7.79692e-08
-8.89894e-08
2.17444e-08
-3.01551e-07
8.0567e-08
-4.06743e-07
1.32267e-07
-3.82194e-07
1.62832e-07
-3.23885e-07
1.90902e-07
-2.62254e-07
2.1008e-07
-2.03536e-07
2.04619e-07
-1.42742e-07
1.90443e-07
-6.22774e-08
1.94572e-07
-3.31967e-08
2.14773e-07
-1.92573e-08
2.17587e-07
1.04458e-08
1.91544e-07
3.83198e-08
1.67673e-07
4.02354e-08
1.66753e-07
5.71933e-08
2.22551e-07
1.09768e-07
3.04462e-07
1.97794e-07
3.85676e-07
2.2119e-07
4.2136e-07
2.59389e-07
4.47013e-07
2.39434e-07
4.56506e-07
2.22162e-07
4.3638e-07
2.07869e-07
3.92708e-07
2.04643e-07
3.29005e-07
2.1396e-07
2.7308e-07
2.03361e-07
2.4177e-07
1.84374e-07
2.28265e-07
1.93729e-07
2.12372e-07
2.11373e-07
2.05815e-07
2.05795e-07
2.20497e-07
1.94331e-07
2.3208e-07
2.13859e-07
2.33203e-07
2.26005e-07
2.57855e-07
1.72162e-07
3.01671e-07
8.08348e-08
3.07722e-07
3.58558e-08
3.00688e-07
-3.03808e-08
2.81089e-07
-7.35131e-08
2.626e-07
-7.9277e-08
2.55359e-07
-7.55196e-08
2.60981e-07
-8.35926e-08
-1.05011e-07
2.35512e-08
-3.25102e-07
5.81848e-08
-4.41377e-07
8.40287e-08
-4.08038e-07
8.14856e-08
-3.21342e-07
7.27857e-08
-2.53554e-07
6.09164e-08
-1.91667e-07
2.54455e-08
-1.07271e-07
1.07963e-08
-4.7628e-08
1.01185e-08
-3.25185e-08
2.17745e-08
-3.09129e-08
2.47899e-08
7.4305e-09
1.70119e-08
4.60976e-08
1.7627e-08
3.96197e-08
3.91633e-08
3.56565e-08
9.72398e-08
5.16906e-08
1.87936e-07
1.07097e-07
2.76466e-07
1.3266e-07
3.68895e-07
1.66961e-07
4.31607e-07
1.76722e-07
4.7306e-07
1.80708e-07
5.07012e-07
1.73917e-07
5.32584e-07
1.79071e-07
5.38634e-07
2.07909e-07
5.24346e-07
2.17649e-07
5.01639e-07
2.07079e-07
4.9202e-07
2.03347e-07
4.87134e-07
2.16259e-07
4.56503e-07
2.36425e-07
4.14459e-07
2.36375e-07
3.98909e-07
2.29409e-07
4.02891e-07
2.22022e-07
3.87166e-07
1.87888e-07
3.62784e-07
1.05218e-07
3.45682e-07
5.29578e-08
3.06753e-07
8.54698e-09
2.64816e-07
-3.15769e-08
2.4677e-07
-6.12308e-08
2.50186e-07
-7.89355e-08
2.52332e-07
-8.57396e-08
-8.591e-08
1.01761e-08
-3.35277e-07
-1.19576e-09
-4.30005e-07
-4.53616e-08
-3.63871e-07
-1.14206e-07
-2.52498e-07
-1.81243e-07
-1.86517e-07
-2.3851e-07
-1.34399e-07
-2.60167e-07
-8.56133e-08
-2.34747e-07
-7.30476e-08
-1.98801e-07
-6.84647e-08
-1.70578e-07
-5.91354e-08
-1.33142e-07
-3.00054e-08
-8.45043e-08
-2.54066e-09
-4.48343e-08
-5.0884e-11
-5.33534e-10
-8.64495e-09
4.69993e-08
4.15733e-09
1.1653e-07
3.75657e-08
1.91771e-07
5.74196e-08
2.75566e-07
8.31653e-08
3.53941e-07
9.83468e-08
4.30446e-07
1.04204e-07
4.93889e-07
1.10474e-07
5.46214e-07
1.26746e-07
5.76867e-07
1.77255e-07
5.91883e-07
2.02632e-07
5.96538e-07
2.02425e-07
5.98503e-07
2.01382e-07
6.01024e-07
2.13737e-07
5.9074e-07
2.46709e-07
5.61576e-07
2.65538e-07
5.3373e-07
2.57255e-07
5.17832e-07
2.3792e-07
5.03384e-07
2.02337e-07
4.77406e-07
1.31196e-07
4.66908e-07
6.34562e-08
4.42669e-07
3.27851e-08
4.05665e-07
5.42646e-09
3.77437e-07
-3.30013e-08
3.49574e-07
-5.10718e-08
3.0231e-07
-3.84755e-08
-1.04689e-08
-2.02816e-08
-3.14996e-07
-7.29525e-08
-3.77334e-07
-1.51726e-07
-2.85098e-07
-1.98126e-07
-2.06098e-07
-2.21067e-07
-1.63577e-07
-2.39078e-07
-1.16388e-07
-2.34239e-07
-9.04512e-08
-2.30729e-07
-7.65573e-08
-2.20706e-07
-7.8488e-08
-2.2514e-07
-5.47012e-08
-2.13441e-07
-4.17051e-08
-1.78263e-07
-3.77182e-08
-1.52696e-07
-2.5619e-08
-1.28946e-07
-3.23953e-08
-1.01204e-07
-2.35841e-08
-5.09718e-08
-1.26667e-08
1.54367e-08
-8.9888e-09
1.03474e-07
-4.87193e-09
2.00834e-07
9.86554e-10
2.91121e-07
1.39168e-08
3.61158e-07
4.04369e-08
4.24828e-07
6.30756e-08
4.84904e-07
1.17179e-07
5.26875e-07
1.60661e-07
5.47685e-07
1.81614e-07
5.59644e-07
1.89423e-07
5.57688e-07
2.15693e-07
5.48833e-07
2.55566e-07
5.41542e-07
2.72828e-07
5.29309e-07
2.69488e-07
5.21757e-07
2.45471e-07
5.06949e-07
2.17146e-07
4.74058e-07
1.64088e-07
4.60186e-07
7.73287e-08
4.56998e-07
3.59733e-08
4.54331e-07
8.09383e-09
4.41263e-07
-1.9933e-08
3.99824e-07
-9.63219e-09
3.27336e-07
3.40126e-08
5.00984e-08
-2.77286e-08
-2.87267e-07
-9.46921e-08
-3.1037e-07
-1.527e-07
-2.2709e-07
-1.7174e-07
-1.87058e-07
-1.71436e-07
-1.63879e-07
-1.74187e-07
-1.13637e-07
-1.74155e-07
-9.04826e-08
-1.70325e-07
-8.03866e-08
-1.87374e-07
-6.14396e-08
-2.40188e-07
-1.88706e-09
-2.70125e-07
-1.17676e-08
-2.57584e-07
-5.02599e-08
-2.35348e-07
-4.78559e-08
-2.29218e-07
-3.85251e-08
-2.16269e-07
-3.65327e-08
-1.86433e-07
-4.25023e-08
-1.32774e-07
-6.2648e-08
-5.99472e-08
-7.76995e-08
1.45507e-08
-7.35116e-08
9.79211e-08
-6.94537e-08
1.81277e-07
-4.29186e-08
2.55543e-07
-1.11913e-08
3.14143e-07
5.85797e-08
3.82525e-07
9.22794e-08
4.3528e-07
1.28859e-07
4.58299e-07
1.66404e-07
4.67474e-07
2.06517e-07
4.69187e-07
2.53852e-07
4.73233e-07
2.68782e-07
4.8259e-07
2.60131e-07
4.81757e-07
2.46303e-07
4.75533e-07
2.2337e-07
4.69127e-07
1.70495e-07
4.74703e-07
7.17537e-08
4.72276e-07
3.84008e-08
4.50865e-07
2.95047e-08
4.03735e-07
2.71973e-08
3.50002e-07
4.41008e-08
3.12077e-07
7.1938e-08
7.31195e-08
-5.03285e-08
-2.36938e-07
-1.08373e-07
-2.52325e-07
-1.44228e-07
-1.91234e-07
-1.82046e-07
-1.4924e-07
-2.20117e-07
-1.25807e-07
-2.09095e-07
-1.24659e-07
-1.65655e-07
-1.33923e-07
-1.45116e-07
-1.00925e-07
-1.67254e-07
-3.93011e-08
-2.02143e-07
3.30013e-08
-2.32874e-07
1.8964e-08
-2.6375e-07
-1.93846e-08
-2.84263e-07
-2.73429e-08
-2.8516e-07
-3.76275e-08
-2.65502e-07
-5.61902e-08
-2.28995e-07
-7.90094e-08
-1.87247e-07
-1.04396e-07
-1.47313e-07
-1.17633e-07
-9.96221e-08
-1.21203e-07
-5.18159e-08
-1.1726e-07
9.67688e-09
-1.04411e-07
6.94893e-08
-7.10033e-08
1.38872e-07
-1.08026e-08
1.79497e-07
5.16551e-08
2.13451e-07
9.49046e-08
2.77528e-07
1.02327e-07
3.16192e-07
1.67852e-07
3.12835e-07
2.57209e-07
3.2959e-07
2.52029e-07
3.80811e-07
2.0891e-07
4.32783e-07
1.94331e-07
4.69674e-07
1.86479e-07
4.93336e-07
1.46833e-07
4.73649e-07
9.14405e-08
4.30716e-07
8.13336e-08
3.74258e-07
8.59632e-08
3.16387e-07
8.50679e-08
2.81563e-07
7.89244e-08
2.69941e-07
8.35619e-08
8.7036e-08
-8.54255e-08
-1.51512e-07
-1.25386e-07
-2.12364e-07
-1.63497e-07
-1.53122e-07
-2.06077e-07
-1.0666e-07
-2.22593e-07
-1.09291e-07
-2.29831e-07
-1.17421e-07
-2.75788e-07
-8.79664e-08
-3.37217e-07
-3.94969e-08
-3.87068e-07
1.05504e-08
-3.93133e-07
3.90659e-08
-4.05026e-07
3.08573e-08
-4.06925e-07
-1.74849e-08
-3.70237e-07
-6.40307e-08
-3.09388e-07
-9.84756e-08
-2.42064e-07
-1.23515e-07
-1.85272e-07
-1.35801e-07
-1.48788e-07
-1.4088e-07
-1.21992e-07
-1.4443e-07
-9.39899e-08
-1.49206e-07
-6.65905e-08
-1.44659e-07
-3.78557e-08
-1.33146e-07
-1.17488e-08
-9.71101e-08
4.56145e-08
-6.8166e-08
1.00202e-07
-2.93297e-09
1.48066e-07
4.70408e-08
1.69126e-07
8.12663e-08
1.87461e-07
1.49516e-07
2.28751e-07
2.15919e-07
2.66681e-07
2.141e-07
2.76188e-07
1.99404e-07
2.85782e-07
1.84737e-07
3.02232e-07
1.70029e-07
3.19772e-07
1.29293e-07
3.10861e-07
1.00352e-07
2.82642e-07
1.09552e-07
2.46583e-07
1.22021e-07
2.19771e-07
1.11879e-07
1.99614e-07
9.90814e-08
1.69695e-07
1.13482e-07
1.28778e-07
-7.50091e-08
-7.65026e-08
-1.21236e-07
-1.66136e-07
-1.42226e-07
-1.32131e-07
-1.89741e-07
-5.91462e-08
-2.49587e-07
-4.94459e-08
-3.1544e-07
-5.15676e-08
-3.72351e-07
-3.10564e-08
-4.08643e-07
-3.20493e-09
-4.04296e-07
6.20314e-09
-3.83515e-07
1.8285e-08
-3.58162e-07
5.50472e-09
-3.16471e-07
-5.91762e-08
-2.5637e-07
-1.24131e-07
-2.01539e-07
-1.53306e-07
-1.54131e-07
-1.70923e-07
-1.19695e-07
-1.70238e-07
-9.26798e-08
-1.67895e-07
-7.10466e-08
-1.66063e-07
-5.87406e-08
-1.61511e-07
-5.46103e-08
-1.48789e-07
-5.65894e-08
-1.31167e-07
-4.19141e-08
-1.11786e-07
-2.48173e-08
-8.52632e-08
1.65081e-08
-4.42589e-08
7.50442e-08
-1.1495e-08
1.30252e-07
2.60597e-08
1.44207e-07
1.35561e-07
1.64046e-07
1.96081e-07
1.62208e-07
2.15938e-07
1.54723e-07
2.06889e-07
1.38649e-07
2.00813e-07
1.51027e-07
1.5765e-07
1.79792e-07
1.00528e-07
1.93721e-07
8.64233e-08
1.87077e-07
1.16196e-07
1.70102e-07
1.38996e-07
1.54438e-07
1.27542e-07
1.39653e-07
1.13868e-07
1.412e-07
1.11936e-07
1.29667e-07
-1.24555e-07
4.80525e-08
-1.73881e-07
-1.1681e-07
-1.7509e-07
-1.30922e-07
-1.94156e-07
-4.00808e-08
-2.72005e-07
2.84018e-08
-3.02598e-07
-2.09748e-08
-3.14789e-07
-1.88647e-08
-3.27073e-07
9.07852e-09
-2.96952e-07
-2.3918e-08
-2.68288e-07
-1.03793e-08
-2.37275e-07
-2.55076e-08
-2.10416e-07
-8.60344e-08
-1.79024e-07
-1.55522e-07
-1.48316e-07
-1.84014e-07
-1.11406e-07
-2.07833e-07
-7.71437e-08
-2.04501e-07
-5.13313e-08
-1.93708e-07
-3.71811e-08
-1.80213e-07
-3.70511e-08
-1.61641e-07
-4.18713e-08
-1.43968e-07
-4.60459e-08
-1.26992e-07
-4.70298e-08
-1.10802e-07
-3.57418e-08
-9.65518e-08
-1.44901e-08
-6.55106e-08
-6.20085e-11
-2.59226e-08
2.27565e-08
3.24097e-09
6.35483e-08
9.47684e-08
9.26571e-08
1.66972e-07
9.41226e-08
2.14473e-07
9.20905e-08
2.08922e-07
9.81049e-08
1.94798e-07
1.12228e-07
1.43527e-07
1.15727e-07
9.70301e-08
9.74507e-08
1.04699e-07
1.20869e-07
9.27775e-08
1.54061e-07
1.05804e-07
2.12982e-07
6.86204e-08
2.22853e-07
1.03997e-07
2.04977e-07
1.29811e-07
1.25062e-07
-1.8225e-07
2.30303e-07
-1.87913e-07
-1.11146e-07
-1.56413e-07
-1.62422e-07
-8.14254e-08
-1.15069e-07
-4.98533e-08
-3.17039e-09
-1.41303e-07
7.04752e-08
-2.21352e-07
6.11839e-08
-2.25932e-07
1.3659e-08
-2.35395e-07
-1.44552e-08
-2.18409e-07
-2.73659e-08
-2.12168e-07
-3.17483e-08
-2.14462e-07
-8.37394e-08
-1.91933e-07
-1.78051e-07
-1.53684e-07
-2.22263e-07
-1.17163e-07
-2.44354e-07
-8.48853e-08
-2.36778e-07
-7.07029e-08
-2.0789e-07
-7.13074e-08
-1.79608e-07
-8.04906e-08
-1.52458e-07
-9.77316e-08
-1.26728e-07
-1.18036e-07
-1.06688e-07
-1.34175e-07
-9.46635e-08
-1.48073e-07
-8.26532e-08
-1.50175e-07
-6.3409e-08
-1.45866e-07
-3.02312e-08
-1.44753e-07
2.12817e-09
-9.95104e-08
4.9526e-08
-6.30198e-08
1.30482e-07
-2.94392e-08
1.80892e-07
-3.43478e-09
1.82919e-07
3.88411e-08
1.52522e-07
7.06532e-08
1.11714e-07
9.78218e-08
6.98623e-08
1.46277e-07
5.62445e-08
1.68273e-07
7.07817e-08
1.95689e-07
7.8388e-08
2.03445e-07
6.08652e-08
2.2734e-07
8.01019e-08
2.09961e-07
1.47189e-07
1.39945e-07
-5.90893e-08
2.89393e-07
-1.69304e-07
-9.30249e-10
-1.19775e-07
-2.11951e-07
-3.85625e-08
-1.96281e-07
7.81608e-08
-1.19893e-07
6.47184e-08
8.39178e-08
-2.7501e-08
1.53403e-07
-1.11762e-07
9.792e-08
-1.36775e-07
1.05583e-08
-1.20541e-07
-4.35994e-08
-1.61384e-07
9.09447e-09
-2.13767e-07
-3.13562e-08
-2.15011e-07
-1.76806e-07
-1.88341e-07
-2.48934e-07
-1.67301e-07
-2.65394e-07
-1.71614e-07
-2.32466e-07
-2.05127e-07
-1.74377e-07
-2.40817e-07
-1.43917e-07
-2.64706e-07
-1.28569e-07
-2.7937e-07
-1.12065e-07
-2.89162e-07
-9.68951e-08
-3.04416e-07
-7.94098e-08
-3.07848e-07
-7.92214e-08
-3.07716e-07
-6.35411e-08
-3.05934e-07
-3.20133e-08
-3.05127e-07
1.3209e-09
-2.97138e-07
4.15384e-08
-2.55532e-07
8.88766e-08
-1.73759e-07
9.91179e-08
-7.59733e-08
8.51335e-08
1.90138e-09
7.46483e-08
5.96436e-08
5.39717e-08
9.4146e-08
3.536e-08
1.14554e-07
3.58361e-08
1.46317e-07
3.9019e-08
1.83543e-07
4.11624e-08
2.02589e-07
4.18193e-08
1.94216e-07
8.84748e-08
1.68085e-07
1.73321e-07
1.55107e-07
1.0102e-07
1.88374e-07
2.80786e-08
7.2012e-08
1.82868e-08
-2.02159e-07
2.05462e-08
-1.98541e-07
5.931e-08
-1.58657e-07
1.55379e-07
-1.21505e-08
1.43708e-07
1.65075e-07
8.95105e-08
1.52117e-07
1.73811e-08
8.26879e-08
-4.52923e-08
1.90742e-08
-1.10802e-07
7.4605e-08
-1.83409e-07
4.12507e-08
-2.27611e-07
-1.32603e-07
-2.52189e-07
-2.24356e-07
-2.86683e-07
-2.30899e-07
-3.56247e-07
-1.62902e-07
-4.17619e-07
-1.13005e-07
-4.38903e-07
-1.22633e-07
-4.32169e-07
-1.35305e-07
-4.0405e-07
-1.40183e-07
-3.81499e-07
-1.19445e-07
-4.07521e-07
-5.33879e-08
-4.48557e-07
-3.81863e-08
-4.65142e-07
-4.6957e-08
-4.73249e-07
-2.39054e-08
-5.03186e-07
3.12587e-08
-5.09588e-07
4.79411e-08
-4.65551e-07
4.48402e-08
-3.92682e-07
2.62482e-08
-3.13786e-07
6.2366e-09
-2.42654e-07
3.51651e-09
-2.14845e-07
2.61618e-08
-1.84239e-07
4.75397e-09
-1.43719e-07
-4.68495e-09
-1.04583e-07
-1.15964e-10
-7.04919e-08
7.07119e-09
-4.25484e-08
1.38759e-08
-4.95383e-08
9.54639e-08
-6.58939e-08
1.89675e-07
2.11328e-07
1.06624e-07
8.175e-08
1.32118e-07
4.65185e-08
8.25136e-08
-1.52554e-07
6.22598e-08
-1.78286e-07
3.9505e-08
-1.35902e-07
7.89294e-08
-5.15745e-08
8.65432e-08
1.57462e-07
7.33652e-08
1.65296e-07
4.68328e-08
1.09221e-07
-1.43273e-08
8.02345e-08
-4.84549e-08
1.08733e-07
-9.76062e-08
9.04021e-08
-1.9919e-07
-3.10191e-08
-2.78502e-07
-1.45044e-07
-3.65471e-07
-1.43929e-07
-4.47862e-07
-8.05097e-08
-5.06076e-07
-5.47914e-08
-5.26169e-07
-1.02541e-07
-5.28806e-07
-1.32667e-07
-5.38161e-07
-1.30827e-07
-5.88381e-07
-6.92251e-08
-6.59952e-07
1.81833e-08
-7.31357e-07
3.32173e-08
-8.08147e-07
2.9832e-08
-8.69524e-07
3.74707e-08
-8.91027e-07
5.27641e-08
-8.99974e-07
5.68887e-08
-9.08876e-07
5.37424e-08
-8.63008e-07
-1.96197e-08
-7.99876e-07
-5.6896e-08
-7.34976e-07
-6.13823e-08
-6.36395e-07
-7.2417e-08
-5.46699e-07
-8.49423e-08
-4.3016e-07
-1.21223e-07
-3.49682e-07
-8.05935e-08
-2.9112e-07
-5.14891e-08
-2.76487e-07
-7.55846e-10
-3.17434e-07
1.3641e-07
-3.03997e-07
1.76238e-07
1.87441e-07
7.43094e-08
7.44112e-09
1.24863e-07
-4.03422e-09
1.22473e-07
-1.50164e-07
8.59952e-08
-1.41808e-07
3.71213e-08
-8.70278e-08
-2.65779e-08
1.2125e-08
-2.01405e-08
1.51025e-07
-1.152e-08
1.56676e-07
-6.97065e-09
1.04672e-07
-1.9047e-08
9.23115e-08
-2.78232e-08
1.17509e-07
-2.87158e-08
9.12946e-08
-9.10283e-08
3.12932e-08
-1.54114e-07
-8.19586e-08
-2.40273e-07
-5.77692e-08
-3.32628e-07
1.18457e-08
-4.49877e-07
6.2458e-08
-5.4725e-07
-5.16676e-09
-5.96332e-07
-8.35842e-08
-6.41018e-07
-8.61422e-08
-7.07285e-07
-2.95823e-09
-7.5556e-07
6.64602e-08
-7.95848e-07
7.35052e-08
-8.43204e-07
7.71874e-08
-8.91986e-07
8.6255e-08
-9.21445e-07
8.22231e-08
-9.3813e-07
7.35713e-08
-9.04383e-07
1.9997e-08
-8.33589e-07
-9.04117e-08
-7.26174e-07
-1.64308e-07
-6.32485e-07
-1.55071e-07
-5.7285e-07
-1.32052e-07
-5.26914e-07
-1.30878e-07
-5.07298e-07
-1.40839e-07
-4.46408e-07
-1.41484e-07
-3.67868e-07
-1.30031e-07
-2.9785e-07
-7.07753e-08
-2.33999e-07
7.25578e-08
-1.66846e-07
1.09084e-07
1.4148e-07
1.8774e-08
-1.13327e-08
8.04224e-08
-6.56822e-08
4.82847e-08
-1.18026e-07
-5.79493e-08
-3.5574e-08
-1.66406e-07
2.14291e-08
-2.51135e-07
9.68543e-08
-1.96297e-07
9.61865e-08
-1.19437e-07
7.98177e-08
-6.39636e-08
4.91989e-08
-6.05838e-09
3.44063e-08
2.6526e-08
8.49246e-08
6.11622e-08
5.6658e-08
2.99713e-08
6.2484e-08
-6.44177e-08
1.24307e-08
-1.26854e-07
4.66711e-09
-1.67267e-07
5.22573e-08
-2.79523e-07
1.74714e-07
-4.59879e-07
1.7519e-07
-5.82636e-07
3.91735e-08
-6.50792e-07
-1.79866e-08
-6.64133e-07
1.03817e-08
-6.6998e-07
7.23062e-08
-6.89596e-07
9.31222e-08
-6.99332e-07
8.69235e-08
-6.70049e-07
5.69714e-08
-6.22664e-07
3.48389e-08
-5.24721e-07
-2.43702e-08
-4.12271e-07
-9.24536e-08
-3.60337e-07
-1.42344e-07
-3.37761e-07
-1.86885e-07
-3.16886e-07
-1.75947e-07
-3.12909e-07
-1.3603e-07
-3.27494e-07
-1.16292e-07
-3.52667e-07
-1.15666e-07
-3.65775e-07
-1.28376e-07
-3.69024e-07
-1.26782e-07
-3.53198e-07
-8.66029e-08
-2.70876e-07
-9.76475e-09
-1.86311e-07
2.45187e-08
1.86235e-08
-1.22618e-07
1.11286e-07
-1.20588e-07
-6.77122e-08
-1.45198e-07
-9.34153e-08
-2.26366e-07
4.55935e-08
-2.92891e-07
8.79543e-08
-2.94798e-07
9.8761e-08
-2.9604e-07
9.74298e-08
-2.26447e-07
1.02254e-08
-1.33715e-07
-4.35339e-08
-4.86983e-08
-5.06108e-08
1.485e-08
2.1375e-08
3.25222e-08
3.89855e-08
1.83835e-08
7.66238e-08
-5.02665e-08
8.10821e-08
-8.05253e-08
3.49259e-08
-1.26001e-07
9.77324e-08
-1.81745e-07
2.30459e-07
-2.60071e-07
2.53515e-07
-3.44075e-07
1.23178e-07
-3.87381e-07
2.532e-08
-3.90052e-07
1.30544e-08
-3.83497e-07
6.57496e-08
-3.88272e-07
9.7898e-08
-3.80925e-07
7.95777e-08
-3.35899e-07
1.19465e-08
-2.55794e-07
-4.52671e-08
-1.83345e-07
-9.68167e-08
-1.3032e-07
-1.45477e-07
-1.20205e-07
-1.52458e-07
-1.39043e-07
-1.68048e-07
-1.45209e-07
-1.6978e-07
-1.5179e-07
-1.29449e-07
-1.65296e-07
-1.02786e-07
-1.94556e-07
-8.6406e-08
-2.18844e-07
-1.04088e-07
-2.22401e-07
-1.23226e-07
-2.23892e-07
-8.51109e-08
-1.80598e-07
-5.30582e-08
-1.22462e-07
-3.36179e-08
-3.5674e-08
-6.49699e-08
1.76256e-07
-1.74558e-07
4.18766e-08
-2.55424e-07
-1.25491e-08
-2.69182e-07
5.93505e-08
-2.12487e-07
3.1259e-08
-1.81053e-07
6.73272e-08
-1.24457e-07
4.08354e-08
-1.21009e-07
6.7776e-09
-1.21401e-07
-4.31424e-08
-1.3213e-07
-3.98822e-08
-1.1938e-07
8.62465e-09
-1.08055e-07
2.76599e-08
-9.1926e-08
6.04958e-08
-1.40632e-07
1.29788e-07
-2.72389e-07
1.66681e-07
-3.75898e-07
2.01241e-07
-3.16385e-07
1.70947e-07
-1.90217e-07
1.27347e-07
-1.48367e-07
8.13284e-08
-1.58718e-07
3.56688e-08
-1.58213e-07
1.2549e-08
-1.25333e-07
3.28726e-08
-1.24398e-07
9.6961e-08
-8.91331e-08
4.4313e-08
-6.5223e-08
-1.19648e-08
-5.63539e-08
-5.41371e-08
-4.75333e-08
-1.05637e-07
-5.85049e-08
-1.34507e-07
-6.80014e-08
-1.42964e-07
-7.59187e-08
-1.60131e-07
-7.24783e-08
-1.7322e-07
-7.0663e-08
-1.31264e-07
-4.08784e-08
-1.3257e-07
-7.81131e-09
-1.19473e-07
1.43707e-08
-1.2627e-07
-1.41968e-08
-9.46587e-08
-4.65939e-08
-5.27138e-08
-2.48913e-08
-7.47614e-08
-1.69205e-09
-5.68172e-08
-1.32658e-08
2.07569e-08
1.55499e-07
-4.44851e-08
1.07119e-07
-5.6817e-08
-2.17393e-10
-1.47416e-08
1.72746e-08
1.90923e-08
-2.57485e-09
7.98178e-08
6.60215e-09
1.36547e-07
-1.58932e-08
1.77163e-07
-3.38386e-08
2.02908e-07
-6.88881e-08
2.17633e-07
-5.46074e-08
2.35417e-07
-9.15853e-09
2.56681e-07
6.39549e-09
2.75449e-07
4.17282e-08
2.52599e-07
1.52637e-07
-2.98234e-08
4.49102e-07
-5.68856e-07
7.40275e-07
-5.59233e-07
1.61332e-07
-1.97312e-07
-2.3457e-07
-3.94543e-08
-7.65439e-08
-4.83244e-08
4.4539e-08
-1.63108e-07
1.27333e-07
-2.32094e-07
1.01861e-07
-2.45141e-07
1.10006e-07
-2.59653e-07
5.88291e-08
-2.38809e-07
-3.28104e-08
-1.91472e-07
-1.01475e-07
-1.49588e-07
-1.47522e-07
-1.52416e-07
-1.3168e-07
-1.37782e-07
-1.57592e-07
-1.18382e-07
-1.7953e-07
-1.05634e-07
-1.85971e-07
-9.48944e-08
-1.42005e-07
-4.86198e-08
-1.78843e-07
3.04383e-08
-1.98529e-07
1.38535e-07
-2.34364e-07
9.89215e-08
-5.50447e-08
5.0976e-08
-4.7695e-09
5.39621e-08
-7.77493e-08
-3.01976e-09
1.65402e-10
1.74475e-07
5.73677e-08
9.81319e-08
1.30026e-07
3.44603e-08
1.7981e-07
-5.00014e-08
2.16158e-07
-1.90733e-08
2.31507e-07
-1.79244e-08
2.52708e-07
-1.45982e-08
3.27015e-07
-9.01994e-08
4.01919e-07
-1.08743e-07
4.35556e-07
-1.02527e-07
4.81236e-07
-1.00286e-07
3.52141e-07
1.19935e-07
2.37319e-07
1.21218e-07
2.95373e-07
-1.63264e-08
4.24655e-07
2.33538e-08
5.78011e-07
2.95746e-07
5.44353e-07
7.73934e-07
2.85035e-08
6.77157e-07
-3.8682e-07
1.80794e-07
-6.51058e-07
1.87692e-07
-7.94394e-07
1.87901e-07
-9.01803e-07
2.34745e-07
-7.32177e-07
-6.77674e-08
-5.85722e-07
-3.64504e-08
-3.94527e-07
-1.32366e-07
-2.42561e-07
-1.84783e-07
-1.59445e-07
-1.84595e-07
-7.66921e-08
-2.3027e-07
1.30481e-08
-2.21411e-07
-3.08562e-08
-1.13695e-07
-1.12692e-07
-9.76831e-08
-1.88204e-07
-1.10455e-07
-2.1218e-07
-1.18032e-07
-2.37188e-07
-1.53836e-07
-2.50387e-07
-1.8532e-07
-3.42106e-07
-1.42643e-07
-4.14123e-07
1.69649e-08
-4.65134e-07
4.62519e-08
-5.75746e-07
3.28577e-08
-7.15769e-07
1.40194e-07
1.28953e-07
7.95766e-08
1.85555e-08
1.36911e-07
-2.28745e-08
1.12256e-07
-2.53462e-08
1.39737e-07
-4.6554e-08
2.42123e-07
-1.2031e-07
4.44437e-07
-2.16913e-07
6.73345e-07
-3.19111e-07
5.95946e-07
-3.13445e-08
6.22276e-07
-1.28858e-07
5.56408e-07
-3.44205e-08
5.85391e-07
9.0955e-08
5.49121e-07
1.57485e-07
4.28684e-07
1.04109e-07
2.83431e-07
1.68602e-07
1.37153e-07
4.42022e-07
4.85466e-08
8.62566e-07
4.90515e-08
6.76588e-07
-1.87208e-07
4.17073e-07
-2.599e-07
2.60323e-07
-2.65237e-07
1.93189e-07
-2.07738e-07
1.77269e-07
-3.20339e-07
4.48487e-08
-3.07842e-07
-4.89467e-08
-2.77512e-07
-1.62708e-07
-3.08989e-07
-1.53308e-07
-3.65703e-07
-1.27894e-07
-5.00058e-07
-9.59167e-08
-6.31002e-07
-9.04648e-08
-6.17768e-07
-1.26958e-07
-5.87387e-07
-1.28079e-07
-5.69573e-07
-1.28269e-07
-5.36848e-07
-1.50758e-07
-5.17994e-07
-1.72693e-07
-5.32079e-07
-1.71245e-07
-5.47417e-07
-1.27314e-07
-4.92096e-07
-3.83581e-08
-4.70281e-07
2.44216e-08
-5.04401e-07
6.69591e-08
-4.62107e-07
9.78805e-08
7.97447e-08
1.49907e-07
-1.31351e-07
1.74492e-07
-4.74589e-08
2.0005e-07
-5.09038e-08
2.0901e-07
-5.55154e-08
1.65928e-07
-7.72279e-08
1.0038e-07
-1.51366e-07
-1.21362e-09
-2.17519e-07
3.03522e-08
-6.29198e-08
4.0021e-08
-1.3852e-07
8.06704e-08
-7.50609e-08
7.96477e-08
9.19759e-08
7.63782e-08
1.60751e-07
-2.75269e-08
2.0803e-07
-2.38972e-07
3.80031e-07
-4.27298e-07
6.30349e-07
-3.42678e-07
7.77986e-07
-1.45179e-07
4.79064e-07
-6.58588e-08
3.37789e-07
-1.41418e-08
2.08565e-07
6.34728e-08
1.15573e-07
8.50724e-08
1.5567e-07
-8.89874e-08
2.18927e-07
-2.56504e-07
1.18577e-07
-3.75873e-07
-4.33215e-08
-4.20204e-07
-1.08975e-07
-4.04474e-07
-1.43629e-07
-4.41931e-07
-5.84647e-08
-5.21924e-07
-1.04552e-08
-5.54939e-07
-9.39213e-08
-5.67434e-07
-1.1559e-07
-5.61737e-07
-1.33962e-07
-5.70935e-07
-1.4154e-07
-5.87585e-07
-1.5603e-07
-5.71159e-07
-1.87676e-07
-5.01446e-07
-1.9703e-07
-3.902e-07
-1.49579e-07
-2.87647e-07
-7.81421e-08
-1.91038e-07
-2.96367e-08
-9.98631e-08
6.71401e-09
-1.1626e-09
-2.77918e-08
-1.03559e-07
-2.23529e-09
-7.29995e-08
-1.18129e-09
-5.19521e-08
-4.61172e-08
-1.05864e-08
-1.31064e-07
7.71356e-09
-2.21281e-07
-6.11481e-08
-3.31887e-07
-1.06924e-07
-3.03429e-07
-9.13835e-08
-3.54293e-07
-8.76581e-08
-4.0383e-07
-2.55277e-08
-4.42772e-07
1.30923e-07
-4.79905e-07
1.97858e-07
-5.60867e-07
2.88982e-07
-5.91432e-07
4.106e-07
-4.95349e-07
5.34222e-07
-2.61651e-07
5.44284e-07
-1.27588e-07
3.44998e-07
-5.50954e-08
2.65236e-07
-3.73628e-08
1.90866e-07
-4.66592e-08
1.24899e-07
-8.34523e-08
1.92441e-07
-2.23263e-07
3.58695e-07
-4.50631e-07
3.45915e-07
-5.98208e-07
1.04237e-07
-7.0545e-07
-1.72978e-09
-8.50565e-07
1.48046e-09
-8.53418e-07
-5.56039e-08
-7.65954e-07
-9.79429e-08
-6.47251e-07
-2.12627e-07
-5.68201e-07
-1.94644e-07
-5.29901e-07
-1.72266e-07
-4.94829e-07
-1.76614e-07
-4.64903e-07
-1.85962e-07
-4.44574e-07
-2.08006e-07
-4.13605e-07
-2.2799e-07
-3.51414e-07
-2.11772e-07
-2.72931e-07
-1.56613e-07
-1.49512e-07
-1.53059e-07
-3.21683e-08
-1.10623e-07
-9.5123e-08
-1.0557e-07
2.01249e-09
-1.49465e-07
-2.90962e-08
-2.16539e-07
1.51284e-08
-2.86078e-07
5.8961e-08
-3.16932e-07
3.85705e-08
-3.66128e-07
-1.19623e-08
-4.55478e-07
-1.75755e-08
-5.15905e-07
-3.0946e-08
-5.68691e-07
-3.48642e-08
-6.25614e-07
3.1413e-08
-6.15832e-07
1.21156e-07
-6.21649e-07
2.03689e-07
-6.10601e-07
2.77913e-07
-5.30344e-07
3.30337e-07
-3.48405e-07
3.52302e-07
-1.23084e-07
3.18962e-07
-4.05021e-08
2.62444e-07
-1.11287e-08
2.35859e-07
-9.06219e-09
1.88814e-07
-3.97358e-08
1.55601e-07
-5.22221e-08
2.04936e-07
-7.213e-08
3.78612e-07
-1.38554e-07
4.12327e-07
-2.37756e-07
2.03439e-07
-2.87127e-07
4.76394e-08
-3.35394e-07
4.97518e-08
-3.42212e-07
-4.87789e-08
-3.04154e-07
-1.36008e-07
-3.37301e-07
-1.79484e-07
-3.59265e-07
-1.72666e-07
-4.076e-07
-1.23923e-07
-4.35978e-07
-1.48235e-07
-4.33076e-07
-1.88874e-07
-4.00192e-07
-2.4089e-07
-3.52768e-07
-2.75399e-07
-2.96297e-07
-2.68248e-07
-2.49758e-07
-2.0314e-07
-2.0036e-07
-2.02448e-07
-1.06172e-07
-2.04779e-07
-1.9301e-07
-6.13344e-08
6.3354e-08
-1.18299e-07
2.78736e-08
-1.6718e-07
6.40043e-08
-2.3101e-07
1.22793e-07
-3.54904e-07
1.62473e-07
-4.69949e-07
1.03077e-07
-5.3533e-07
4.78e-08
-5.77804e-07
1.15339e-08
-6.26821e-07
1.41606e-08
-6.57697e-07
6.22825e-08
-6.5292e-07
1.16347e-07
-5.91109e-07
1.41881e-07
-4.75487e-07
1.62333e-07
-3.30291e-07
1.85097e-07
-1.70837e-07
1.92765e-07
-5.44725e-08
2.02595e-07
2.8717e-09
2.0509e-07
2.3396e-08
2.15303e-07
1.95422e-09
2.10209e-07
-3.17187e-08
1.89249e-07
-3.73743e-08
2.10585e-07
-1.07328e-08
3.5198e-07
-6.97979e-08
4.71381e-07
-2.46367e-07
3.79988e-07
-3.13237e-07
1.14509e-07
-2.55138e-07
-8.34842e-09
-1.25648e-07
-1.7827e-07
-5.72411e-08
-2.04417e-07
-1.44563e-07
-9.21648e-08
-2.16426e-07
-1.00804e-07
-2.88961e-07
-5.13962e-08
-3.56615e-07
-8.05847e-08
-3.8064e-07
-1.64849e-07
-3.43156e-07
-2.78368e-07
-2.96211e-07
-3.22346e-07
-2.70704e-07
-2.93765e-07
-2.25873e-07
-2.47972e-07
-1.78271e-07
-2.50056e-07
-1.09056e-07
-2.74e-07
-2.70375e-07
6.47954e-11
6.32995e-08
-2.81198e-08
5.60803e-08
-5.86739e-08
9.45756e-08
-7.89409e-08
1.43072e-07
-1.45387e-07
2.28921e-07
-2.50437e-07
2.08123e-07
-3.60109e-07
1.57476e-07
-4.59423e-07
1.10854e-07
-5.222e-07
7.69594e-08
-5.27225e-07
6.73478e-08
-4.83833e-07
7.29725e-08
-4.14921e-07
7.29445e-08
-3.31398e-07
7.88138e-08
-2.42914e-07
9.66375e-08
-1.22794e-07
7.26302e-08
-2.96007e-08
1.09418e-07
4.87047e-08
1.26817e-07
9.6874e-08
1.67138e-07
8.85205e-08
2.18542e-07
3.86514e-08
2.39097e-07
3.04096e-08
2.1882e-07
1.03649e-07
2.7874e-07
1.65718e-07
4.09297e-07
1.08617e-07
4.37054e-07
-2.953e-08
2.52644e-07
-7.72505e-08
3.93695e-08
-1.51152e-07
-1.04369e-07
-2.25294e-07
-1.30275e-07
-2.0831e-07
-1.09144e-07
-1.805e-07
-1.28603e-07
-9.40434e-08
-1.37844e-07
-7.3677e-08
-1.00952e-07
-1.23968e-07
-1.1455e-07
-1.80996e-07
-2.21328e-07
-2.06128e-07
-2.97214e-07
-2.07274e-07
-2.92622e-07
-1.84014e-07
-2.71218e-07
-1.43111e-07
-2.90942e-07
-8.59059e-08
-3.31193e-07
-3.09053e-07
9.68166e-09
5.36212e-08
-3.04311e-09
6.87972e-08
-4.65156e-09
9.61793e-08
1.77549e-08
1.20673e-07
6.74162e-08
1.79264e-07
8.47742e-08
1.90764e-07
7.18908e-08
1.70359e-07
3.58974e-08
1.46847e-07
-1.18957e-08
1.24739e-07
-5.05259e-08
1.05948e-07
-7.20048e-08
9.44186e-08
-7.87999e-08
7.9725e-08
-6.83082e-08
6.83207e-08
-3.15821e-08
5.99009e-08
-2.60112e-09
4.36063e-08
5.49405e-08
5.18217e-08
1.20144e-07
6.16008e-08
1.89099e-07
9.82018e-08
2.53752e-07
1.53886e-07
2.48572e-07
2.44258e-07
1.97108e-07
2.70265e-07
2.03335e-07
2.725e-07
3.35203e-07
2.77431e-07
4.68504e-07
3.03753e-07
4.72393e-07
2.4875e-07
3.53466e-07
1.58292e-07
2.27602e-07
2.14994e-08
1.3504e-07
-3.77023e-08
1.03508e-07
-7.76115e-08
7.7919e-08
-1.03011e-07
8.25466e-08
-1.42463e-07
1.27053e-07
-1.45453e-07
1.5662e-07
-1.44113e-07
1.10558e-07
-1.75258e-07
2.47253e-08
-2.11377e-07
-3.0623e-08
-2.37269e-07
-4.52683e-08
-2.56573e-07
-4.45303e-08
-2.91679e-07
-4.95731e-08
-3.26155e-07
-3.54128e-07
-6.40149e-09
6.00406e-08
-2.07386e-08
8.31688e-08
-1.72088e-08
9.26755e-08
6.95353e-10
1.0278e-07
6.25226e-08
1.17433e-07
1.25706e-07
1.2757e-07
1.83664e-07
1.1239e-07
2.31067e-07
9.94465e-08
2.54391e-07
1.01444e-07
2.5574e-07
1.04634e-07
2.6006e-07
9.01074e-08
2.68222e-07
7.15577e-08
2.71261e-07
6.52932e-08
2.78223e-07
5.29408e-08
2.81072e-07
4.07396e-08
2.9117e-07
4.16995e-08
3.03634e-07
4.91305e-08
3.33903e-07
6.79476e-08
3.80069e-07
1.07727e-07
4.25708e-07
1.98603e-07
4.32953e-07
2.62987e-07
4.35487e-07
2.69934e-07
4.45768e-07
2.67135e-07
4.89751e-07
2.59764e-07
4.97638e-07
2.40869e-07
4.74445e-07
1.81501e-07
4.0018e-07
9.57753e-08
3.40285e-07
2.22004e-08
2.94943e-07
-3.2262e-08
2.69536e-07
-7.7597e-08
2.40469e-07
-1.13387e-07
2.26749e-07
-1.31721e-07
2.35685e-07
-1.5303e-07
2.39682e-07
-1.79235e-07
2.26206e-07
-1.97889e-07
2.01646e-07
-2.12696e-07
1.69362e-07
-2.24283e-07
1.1925e-07
-2.4156e-07
7.33341e-08
-2.80239e-07
-3.40491e-07
-2.20473e-09
6.22333e-08
-5.22749e-09
8.61633e-08
-4.03359e-10
8.78468e-08
1.36838e-08
8.87005e-08
6.65414e-08
6.45841e-08
1.45488e-07
4.86337e-08
2.21786e-07
3.60948e-08
2.78914e-07
4.23105e-08
3.18385e-07
6.19633e-08
3.63665e-07
5.93436e-08
4.23595e-07
3.01555e-08
4.55523e-07
3.96003e-08
4.4835e-07
7.24682e-08
4.24703e-07
7.66162e-08
4.11599e-07
5.38607e-08
4.12177e-07
4.11113e-08
4.17667e-07
4.36146e-08
4.23368e-07
6.22291e-08
4.24598e-07
1.06498e-07
4.33615e-07
1.89597e-07
4.45425e-07
2.51179e-07
4.58389e-07
2.56964e-07
4.74965e-07
2.50548e-07
4.96888e-07
2.37824e-07
5.15542e-07
2.22204e-07
5.11389e-07
1.85655e-07
4.71704e-07
1.35472e-07
4.19589e-07
7.43332e-08
3.96852e-07
-9.50557e-09
3.88192e-07
-6.89217e-08
3.70379e-07
-9.55615e-08
3.51121e-07
-1.12451e-07
3.36362e-07
-1.38257e-07
3.20992e-07
-1.63854e-07
2.99798e-07
-1.76685e-07
2.78048e-07
-1.90937e-07
2.55355e-07
-2.01591e-07
2.20945e-07
-2.07159e-07
1.73284e-07
-2.32596e-07
-2.87362e-07
5.39061e-08
8.3524e-09
8.43689e-08
5.57268e-08
8.07863e-08
9.14404e-08
1.19916e-07
4.95716e-08
1.87242e-07
-2.74531e-09
2.70969e-07
-3.51059e-08
3.29465e-07
-2.24217e-08
3.60033e-07
1.17249e-08
3.72359e-07
4.9644e-08
3.91736e-07
3.99876e-08
4.08376e-07
1.35213e-08
4.17957e-07
3.00072e-08
4.08746e-07
8.16631e-08
4.04392e-07
8.09752e-08
4.02601e-07
5.56583e-08
4.14582e-07
2.91277e-08
4.25526e-07
3.26567e-08
4.24962e-07
6.27762e-08
3.99876e-07
1.31573e-07
3.88497e-07
2.00972e-07
3.99865e-07
2.39807e-07
4.1683e-07
2.39999e-07
4.3689e-07
2.30491e-07
4.55114e-07
2.19605e-07
4.69171e-07
2.08154e-07
4.71827e-07
1.83005e-07
4.56645e-07
1.5066e-07
4.39708e-07
9.12796e-08
4.182e-07
1.20133e-08
3.92756e-07
-4.34621e-08
3.75951e-07
-7.87343e-08
3.68223e-07
-1.047e-07
3.57575e-07
-1.27594e-07
3.40866e-07
-1.47135e-07
3.23901e-07
-1.59709e-07
2.98984e-07
-1.66008e-07
2.68497e-07
-1.71093e-07
2.37316e-07
-1.75966e-07
2.02057e-07
-1.97315e-07
-2.34127e-07
6.91305e-09
1.41651e-09
3.45155e-08
2.81155e-08
9.2121e-08
3.38405e-08
1.36917e-07
4.7701e-09
1.60052e-07
-2.58696e-08
1.65415e-07
-4.04602e-08
1.77799e-07
-3.48106e-08
2.11062e-07
-2.15484e-08
2.68688e-07
-7.97765e-09
3.22674e-07
-1.39777e-08
3.5444e-07
-1.82367e-08
3.77443e-07
6.98847e-09
4.02927e-07
5.61448e-08
4.09831e-07
7.40597e-08
4.00497e-07
6.50025e-08
3.97027e-07
3.26093e-08
3.83432e-07
4.62582e-08
3.37644e-07
1.08565e-07
2.90806e-07
1.78411e-07
2.6209e-07
2.29688e-07
2.58364e-07
2.43529e-07
2.67483e-07
2.30874e-07
2.99318e-07
1.98651e-07
3.3111e-07
1.87813e-07
3.56564e-07
1.82707e-07
3.69601e-07
1.69979e-07
3.77125e-07
1.43148e-07
3.79715e-07
8.87004e-08
3.65381e-07
2.63565e-08
3.45816e-07
-2.38858e-08
3.30454e-07
-6.33557e-08
3.22368e-07
-9.65949e-08
3.17738e-07
-1.22953e-07
3.11193e-07
-1.40588e-07
3.01453e-07
-1.4997e-07
2.87394e-07
-1.51954e-07
2.6398e-07
-1.47683e-07
2.36507e-07
-1.48505e-07
2.02165e-07
-1.62977e-07
-1.8663e-07
-9.63671e-09
1.10603e-08
1.68572e-08
1.60122e-09
6.41638e-08
-1.34729e-08
9.93781e-08
-3.04556e-08
1.18473e-07
-4.49513e-08
1.35132e-07
-5.71035e-08
1.54804e-07
-5.4484e-08
1.82887e-07
-4.9647e-08
2.20074e-07
-4.51749e-08
2.56208e-07
-5.01017e-08
2.8665e-07
-4.86622e-08
3.04924e-07
-1.12754e-08
3.29183e-07
3.18779e-08
3.38801e-07
6.44321e-08
3.26005e-07
7.77979e-08
2.89891e-07
6.87323e-08
2.29415e-07
1.06739e-07
1.368e-07
2.0118e-07
8.74788e-08
2.27727e-07
1.07401e-07
2.09761e-07
1.3057e-07
2.20355e-07
1.44969e-07
2.16467e-07
1.50626e-07
1.92986e-07
1.68362e-07
1.70072e-07
1.98355e-07
1.52713e-07
2.33484e-07
1.34855e-07
2.71184e-07
1.05456e-07
2.97762e-07
6.2131e-08
3.11396e-07
1.27276e-08
3.17165e-07
-2.96519e-08
3.20028e-07
-6.6213e-08
3.19635e-07
-9.61919e-08
3.15215e-07
-1.1852e-07
3.07717e-07
-1.33079e-07
2.97925e-07
-1.40175e-07
2.84816e-07
-1.38847e-07
2.68357e-07
-1.31219e-07
2.47066e-07
-1.27226e-07
2.11532e-07
-1.27464e-07
-1.35265e-07
4.90442e-09
6.16089e-09
2.41866e-08
-1.76619e-08
4.9828e-08
-3.9135e-08
7.31662e-08
-5.38042e-08
9.55713e-08
-6.7359e-08
1.07563e-07
-6.90923e-08
1.1495e-07
-6.18692e-08
1.18641e-07
-5.33427e-08
1.31096e-07
-5.7632e-08
1.44285e-07
-6.3282e-08
1.47732e-07
-5.20939e-08
1.56631e-07
-2.0157e-08
1.79833e-07
8.68597e-09
2.01633e-07
4.26307e-08
2.10586e-07
6.88383e-08
1.65283e-07
1.1403e-07
9.05149e-08
1.81505e-07
4.58552e-08
2.45836e-07
3.18072e-08
2.41769e-07
5.87536e-08
1.82816e-07
9.52315e-08
1.83885e-07
1.18533e-07
1.93173e-07
1.34248e-07
1.77271e-07
1.54371e-07
1.49942e-07
1.86498e-07
1.20575e-07
2.31149e-07
9.01936e-08
2.79554e-07
5.70439e-08
3.20077e-07
2.16032e-08
3.49698e-07
-1.68974e-08
3.70481e-07
-5.04402e-08
3.8105e-07
-7.67863e-08
3.79864e-07
-9.50084e-08
3.67998e-07
-1.06652e-07
3.51744e-07
-1.16822e-07
3.33394e-07
-1.21819e-07
3.10309e-07
-1.15759e-07
2.85485e-07
-1.06393e-07
2.56175e-07
-9.79031e-08
2.17507e-07
-8.87819e-08
-9.65613e-08
6.71589e-09
-5.81199e-10
1.72918e-08
-2.82348e-08
2.54399e-08
-4.73305e-08
2.93341e-08
-5.77004e-08
3.08027e-08
-6.88231e-08
2.98898e-08
-6.81761e-08
2.91396e-08
-6.11175e-08
3.2557e-08
-5.67666e-08
3.57066e-08
-6.07933e-08
4.23955e-08
-6.99789e-08
5.74984e-08
-6.71963e-08
7.74207e-08
-4.007e-08
9.40356e-08
-7.91366e-09
9.86871e-08
3.79952e-08
1.02424e-07
6.51105e-08
8.58294e-08
1.30626e-07
6.54027e-08
2.01929e-07
6.40388e-08
2.47194e-07
6.86188e-08
2.37181e-07
7.99949e-08
1.71436e-07
1.12801e-07
1.51079e-07
1.50915e-07
1.55065e-07
1.90481e-07
1.37708e-07
2.32469e-07
1.07951e-07
2.77447e-07
7.55891e-08
3.23175e-07
4.44556e-08
3.64355e-07
1.58554e-08
3.96972e-07
-1.10192e-08
4.14763e-07
-3.46939e-08
4.2113e-07
-5.6812e-08
4.20028e-07
-7.56905e-08
4.11624e-07
-8.6608e-08
3.96361e-07
-9.1392e-08
3.76769e-07
-9.72333e-08
3.51846e-07
-9.6899e-08
3.20993e-07
-8.48992e-08
2.88989e-07
-7.43903e-08
2.53959e-07
-6.28656e-08
2.14649e-07
-4.94448e-08
-5.2493e-08
4.6226e-09
-5.19211e-09
7.24203e-09
-3.08501e-08
6.6182e-09
-4.67301e-08
4.00228e-09
-5.50912e-08
-1.81519e-09
-6.30063e-08
-5.05325e-09
-6.49309e-08
-1.01495e-08
-5.60057e-08
-8.70211e-09
-5.82024e-08
-4.05122e-09
-6.54464e-08
-2.36246e-09
-7.16817e-08
-3.24162e-09
-6.63338e-08
1.04813e-08
-5.38032e-08
3.60702e-08
-3.35037e-08
6.12503e-08
1.28232e-08
7.40119e-08
5.23616e-08
9.32823e-08
1.11368e-07
1.1999e-07
1.7523e-07
1.62772e-07
2.04414e-07
2.00686e-07
1.99262e-07
2.12671e-07
1.59445e-07
2.33319e-07
1.3043e-07
2.73207e-07
1.1518e-07
3.13392e-07
9.75286e-08
3.48616e-07
7.27326e-08
3.78532e-07
4.56754e-08
4.02823e-07
2.01618e-08
4.22027e-07
-3.35278e-09
4.34837e-07
-2.38352e-08
4.40472e-07
-4.03358e-08
4.39384e-07
-5.57331e-08
4.31733e-07
-6.80495e-08
4.16684e-07
-7.15656e-08
3.96051e-07
-7.07625e-08
3.66273e-07
-6.74573e-08
3.30745e-07
-6.13774e-08
2.91989e-07
-4.61488e-08
2.52064e-07
-3.44694e-08
2.17329e-07
-2.81437e-08
1.9421e-07
-2.633e-08
-2.18995e-08
2.72421e-09
-7.89741e-09
2.6952e-09
-3.08445e-08
2.9293e-10
-4.43038e-08
-5.45213e-09
-4.93521e-08
-1.50451e-08
-5.34311e-08
-2.3075e-08
-5.69102e-08
-2.73455e-08
-5.17306e-08
-3.00839e-08
-5.54532e-08
-3.09942e-08
-6.45299e-08
-3.56065e-08
-6.70702e-08
-3.88621e-08
-6.30825e-08
-3.79798e-08
-5.46879e-08
-3.0019e-08
-4.14616e-08
-4.36021e-09
-1.28267e-08
3.38573e-08
1.41558e-08
8.52614e-08
5.99764e-08
1.55658e-07
1.04845e-07
2.23226e-07
1.36855e-07
2.69548e-07
1.52944e-07
2.91023e-07
1.37971e-07
3.05878e-07
1.15575e-07
3.24933e-07
9.61265e-08
3.47688e-07
7.47773e-08
3.70472e-07
4.99512e-08
3.90797e-07
2.53487e-08
4.06692e-07
4.26101e-09
4.21245e-07
-1.79157e-08
4.32766e-07
-3.53676e-08
4.36399e-07
-4.39803e-08
4.29524e-07
-4.8868e-08
4.12208e-07
-5.07414e-08
3.85189e-07
-4.45506e-08
3.51182e-07
-3.67566e-08
3.13109e-07
-2.93801e-08
2.74406e-07
-2.26646e-08
2.32981e-07
-4.71429e-09
1.84199e-07
1.43215e-08
1.5919e-07
-3.12961e-09
1.35958e-07
-3.10291e-09
2.35475e-09
2.46223e-09
-1.0349e-08
4.34888e-09
-3.27777e-08
5.08965e-09
-4.5022e-08
3.95803e-09
-4.82267e-08
-3.01076e-09
-4.64859e-08
-1.64571e-08
-4.34853e-08
-2.49697e-08
-4.32292e-08
-3.05813e-08
-4.98431e-08
-3.78057e-08
-5.73015e-08
-4.46638e-08
-6.0204e-08
-4.97899e-08
-5.79442e-08
-5.30463e-08
-5.14164e-08
-5.32319e-08
-4.1261e-08
-4.01283e-08
-2.59174e-08
-1.74696e-08
-8.49431e-09
2.38436e-08
1.86668e-08
8.11814e-08
4.75072e-08
1.4248e-07
7.55541e-08
1.9863e-07
9.67891e-08
2.34358e-07
1.02235e-07
2.58154e-07
9.17728e-08
2.77971e-07
7.63042e-08
2.96197e-07
5.65494e-08
3.14008e-07
3.21397e-08
3.30994e-07
8.36043e-09
3.46794e-07
-1.1544e-08
3.59426e-07
-3.05562e-08
3.68189e-07
-4.41388e-08
3.69927e-07
-4.57255e-08
3.61111e-07
-4.00554e-08
3.41094e-07
-3.07224e-08
3.03288e-07
-6.7385e-09
2.50049e-07
1.64903e-08
1.8816e-07
3.25143e-08
1.30901e-07
3.45998e-08
9.47396e-08
3.14535e-08
6.60006e-08
4.30604e-08
6.12773e-08
1.60116e-09
5.99888e-08
-1.81247e-09
2.59993e-08
3.2392e-09
-1.35972e-08
5.64828e-09
-3.5194e-08
6.28385e-09
-4.5656e-08
5.53986e-09
-4.74799e-08
2.41859e-09
-4.33609e-08
-5.12611e-09
-3.59381e-08
-1.64641e-08
-3.18918e-08
-2.17904e-08
-4.45208e-08
-2.7289e-08
-5.18087e-08
-3.42267e-08
-5.32708e-08
-4.16176e-08
-5.05536e-08
-4.74434e-08
-4.55863e-08
-5.01329e-08
-3.85654e-08
-4.71579e-08
-2.88881e-08
-3.98844e-08
-1.57684e-08
-2.52651e-08
4.04168e-09
-6.05635e-09
2.82892e-08
1.6457e-08
5.303e-08
5.06532e-08
6.25813e-08
8.7144e-08
6.57323e-08
1.20638e-07
5.82676e-08
1.51667e-07
4.52656e-08
1.80613e-07
2.75967e-08
2.04709e-07
8.03938e-09
2.25242e-07
-1.21745e-08
2.46187e-07
-3.24912e-08
2.66585e-07
-5.0955e-08
2.83712e-07
-6.12664e-08
2.95859e-07
-5.78706e-08
2.91873e-07
-3.60651e-08
2.65354e-07
-4.19731e-09
2.27128e-07
3.14936e-08
1.75465e-07
6.81568e-08
1.19661e-07
8.83231e-08
9.15893e-08
6.26782e-08
9.06008e-08
3.24498e-08
1.31718e-07
1.9439e-09
1.29643e-07
3.6697e-09
1.1032e-07
1.75047e-08
2.29787e-08
3.88079e-09
-1.75106e-08
6.28274e-09
-3.75639e-08
6.54636e-09
-4.59129e-08
6.37395e-09
-4.73001e-08
6.65508e-09
-4.36301e-08
3.25537e-09
-3.25281e-08
-1.17943e-08
-1.68396e-08
-1.67621e-08
-3.956e-08
-1.90211e-08
-4.95632e-08
-2.14452e-08
-5.08623e-08
-2.42942e-08
-4.7718e-08
-2.7046e-08
-4.28429e-08
-2.88394e-08
-3.67759e-08
-2.85896e-08
-2.91388e-08
-2.57062e-08
-1.86517e-08
-1.91663e-08
-2.49847e-09
-1.58271e-08
2.49496e-08
-2.67977e-08
6.39998e-08
-1.28302e-08
4.86114e-08
1.21429e-08
4.07545e-08
3.85107e-08
3.18923e-08
6.22402e-08
2.15275e-08
8.22667e-08
7.5629e-09
9.95344e-08
-9.23209e-09
1.16674e-07
-2.93142e-08
1.34454e-07
-5.02665e-08
1.51422e-07
-6.79181e-08
1.67387e-07
-7.72271e-08
1.8482e-07
-7.52986e-08
1.98735e-07
-4.99748e-08
1.79615e-07
1.49305e-08
8.49553e-08
1.26163e-07
-1.77576e-08
1.70878e-07
-6.37673e-09
7.69508e-08
1.73551e-08
3.89538e-08
3.91908e-08
1.06184e-08
5.10196e-08
-9.87125e-09
5.07005e-08
4.00183e-09
5.0939e-08
1.72984e-08
-3.3396e-08
3.60034e-09
4.82252e-09
4.3133e-09
4.06987e-09
5.54121e-09
6.29932e-09
-3.72829e-09
-4.96743e-09
-4.98874e-09
-5.72689e-09
-6.34619e-09
-6.64999e-09
-6.28478e-09
-4.54806e-09
-1.10965e-09
5.23605e-09
5.50538e-09
-2.68914e-08
-2.23245e-08
-8.55641e-09
3.40419e-09
1.27481e-08
1.96488e-08
2.56447e-08
3.08138e-08
3.58143e-08
4.28593e-08
5.63798e-08
7.90033e-08
1.13949e-07
1.33722e-07
2.7227e-08
-1.37035e-07
-8.63457e-08
-2.86491e-08
7.35144e-09
2.81607e-08
6.15775e-08
1.17218e-07
)
;
boundaryField
{
inlet
{
type calculated;
value uniform -2e-07;
}
inletWall
{
type calculated;
value uniform 0;
}
bottleWall
{
type calculated;
value uniform 0;
}
atmosphere
{
type calculated;
value nonuniform List<scalar>
80
(
-1.03824e-07
5.03008e-08
1.05366e-07
1.73712e-07
5.48189e-07
2.40729e-07
6.52677e-08
4.98078e-08
4.14811e-08
4.51664e-08
5.17301e-08
7.5165e-08
7.26043e-08
-2.84913e-08
-4.5177e-08
-4.35755e-08
-3.64319e-08
-2.62795e-08
-1.13566e-08
4.65255e-08
2.54646e-07
9.34663e-08
-3.99524e-08
-5.36043e-08
-4.11249e-08
-2.05409e-08
-3.44389e-09
1.68108e-08
3.636e-08
5.05384e-08
6.3508e-08
7.54179e-08
8.54239e-08
9.37574e-08
9.90812e-08
1.01597e-07
1.01691e-07
9.65909e-08
8.42467e-08
9.51423e-08
-2.11253e-08
-3.88123e-08
-4.54327e-08
-4.70791e-08
-4.51116e-08
-3.32836e-08
-6.7991e-09
-3.83037e-08
-4.95273e-08
-5.01175e-08
-4.71016e-08
-4.25488e-08
-3.71522e-08
-3.08827e-08
-2.20903e-08
-8.83711e-09
2.46924e-08
9.64104e-08
4.40567e-08
2.69946e-08
1.99351e-08
1.21837e-08
6.61527e-10
-1.52273e-08
-3.44804e-08
-5.52623e-08
-7.49565e-08
-9.0739e-08
-9.7912e-08
-8.49106e-08
-4.83584e-09
2.3266e-07
3.35141e-07
2.62609e-08
-1.87452e-08
-2.53885e-08
-3.06804e-08
-2.94217e-08
-3.83387e-08
-1.1512e-07
)
;
}
frontAndBack
{
type empty;
value nonuniform List<scalar> 0();
}
}
// ************************************************************************* //
| [
"shivamshahi12@gmail.com"
] | shivamshahi12@gmail.com | |
c6304719d014ce0b3a1832ca4743ac74f55e5d78 | a5a99f646e371b45974a6fb6ccc06b0a674818f2 | /FWCore/Services/test/test_catch2_ExternalRandomNumberGeneratorService.cc | bd9cac3180438555a4a56d095c59231caf01dc34 | [
"Apache-2.0"
] | permissive | cms-sw/cmssw | 4ecd2c1105d59c66d385551230542c6615b9ab58 | 19c178740257eb48367778593da55dcad08b7a4f | refs/heads/master | 2023-08-23T21:57:42.491143 | 2023-08-22T20:22:40 | 2023-08-22T20:22:40 | 10,969,551 | 1,006 | 3,696 | Apache-2.0 | 2023-09-14T19:14:28 | 2013-06-26T14:09:07 | C++ | UTF-8 | C++ | false | false | 1,948 | cc | #include "FWCore/Services/interface/ExternalRandomNumberGeneratorService.h"
#include "FWCore/Utilities/interface/StreamID.h"
#include "CLHEP/Random/JamesRandom.h"
#include "CLHEP/Random/RanecuEngine.h"
#include "CLHEP/Random/MixMaxRng.h"
//#define CATCH_CONFIG_MAIN
#include "catch.hpp"
namespace {
void test(CLHEP::HepRandomEngine& iRand, CLHEP::HepRandomEngine& iEngine) {
REQUIRE(iRand.flat() == iEngine.flat());
REQUIRE(iRand.flat() == iEngine.flat());
REQUIRE(iRand.flat() == iEngine.flat());
REQUIRE(iRand.flat() == iEngine.flat());
}
} // namespace
TEST_CASE("Test ExternalRandomNumberGeneratorService", "[externalrandomnumbergeneratorservice]") {
SECTION("JamesRandom") {
edm::ExternalRandomNumberGeneratorService service;
CLHEP::HepJamesRandom rand(12345);
service.setState(rand.put(), rand.getSeed());
test(rand, service.getEngine(edm::StreamID::invalidStreamID()));
//advance the one to see how it works
rand.flat();
service.setState(rand.put(), rand.getSeed());
test(rand, service.getEngine(edm::StreamID::invalidStreamID()));
}
SECTION("RanecuEngine") {
edm::ExternalRandomNumberGeneratorService service;
CLHEP::RanecuEngine rand(12345);
service.setState(rand.put(), rand.getSeed());
test(rand, service.getEngine(edm::StreamID::invalidStreamID()));
//advance the one to see how it works
rand.flat();
service.setState(rand.put(), rand.getSeed());
test(rand, service.getEngine(edm::StreamID::invalidStreamID()));
}
SECTION("MixMaxRng") {
edm::ExternalRandomNumberGeneratorService service;
CLHEP::MixMaxRng rand(12345);
service.setState(rand.put(), rand.getSeed());
test(rand, service.getEngine(edm::StreamID::invalidStreamID()));
//advance the one to see how it works
rand.flat();
service.setState(rand.put(), rand.getSeed());
test(rand, service.getEngine(edm::StreamID::invalidStreamID()));
}
}
| [
"chrisdjones15@gmail.com"
] | chrisdjones15@gmail.com |
c9d3c858ae09c7b04438d1be9ad164ee0fb2bab9 | 39a75fe56c2dac6bb7e4e211cbb7217eb2637b48 | /AnalogReadSerial/AnalogReadSerial.ino | f43ecc40dcf973277f40663c83afb1ae81237aca | [] | no_license | avmangu/EE-3-CAR | 1f9c27629f08e81158ee6dd754cd1479fd079825 | 23c67a2be3a9cdf0a343e288f6b3304bb5c002fd | refs/heads/master | 2020-03-21T04:16:21.440486 | 2018-06-21T00:34:16 | 2018-06-21T00:34:16 | 138,100,209 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 757 | ino | /*
AnalogReadSerial
Reads an analog input on pin 0, prints the result to the serial monitor.
Graphical representation is available using serial plotter (Tools > Serial Plotter menu)
Attach the center pin of a potentiometer to pin A0, and the outside pins to +5V and ground.
This example code is in the public domain.
*/
// the setup routine runs once when you press reset:
void setup() {
// initialize serial communication at 9600 bits per second:
Serial.begin(9600);
}
// the loop routine runs over and over again forever:
void loop() {
// read the input on analog pin 0:
int sensorValue = analogRead(A0);
// print out the value you read:
Serial.println(sensorValue);
delay(1); // delay in between reads for stability
}
| [
"you@example.com"
] | you@example.com |
3d4cea9a27e5106920c203a2dc023212f9adb568 | 0451550657cdd3cad37dc2060af0ff15ecfd96a9 | /fskjsdjfhjsdf.cpp | 7772130bb7c5a05835870589532711183150dc3c | [] | no_license | elasticaqanet/qanet2.76 | cc8882addde0a42d57a9ffc71fdb6d1782327c22 | 076a9758dc03cc373dc3dcd2bce3df9e5796ffc4 | refs/heads/master | 2023-04-27T14:45:27.035801 | 2023-04-20T01:03:22 | 2023-04-20T01:03:22 | 72,026,749 | 0 | 0 | null | 2023-04-20T01:03:23 | 2016-10-26T17:21:35 | C++ | UTF-8 | C++ | false | false | 40 | cpp | sfsdfsdfsdfsd
sd
f
sdf
sdf
s
df1432434
| [
"noreply@github.com"
] | noreply@github.com |
862e96c5fec0966a6f2cdd98a89e70dfefdeb345 | 5cd24f65c050a99a02e3ca4936236cfee6c310ca | /python/bindings/mac_controller_python.cc | 2f2fb7d646b25e9f17043178bd360c58bd53aadd | [] | no_license | ant-uni-bremen/gr-tacmac | 509297f12833269513883b54ba5335eb3e4251b2 | ff2a08e8184dfaf4893f3e485a26da97c27ba3be | refs/heads/main | 2023-06-21T19:32:45.633012 | 2023-01-11T11:31:01 | 2023-01-11T11:31:01 | 250,314,414 | 0 | 0 | null | 2023-06-13T09:23:08 | 2020-03-26T16:38:43 | C++ | UTF-8 | C++ | false | false | 1,681 | cc | /*
* Copyright 2020 Free Software Foundation, Inc.
*
* This file is part of GNU Radio
*
* SPDX-License-Identifier: GPL-3.0-or-later
*
*/
/***********************************************************************************/
/* This file is automatically generated using bindtool and can be manually edited */
/* The following lines can be configured to regenerate this file during cmake */
/* If manual edits are made, the following tags should be modified accordingly. */
/* BINDTOOL_GEN_AUTOMATIC(0) */
/* BINDTOOL_USE_PYGCCXML(0) */
/* BINDTOOL_HEADER_FILE(mac_controller.h) */
/* BINDTOOL_HEADER_FILE_HASH(a43d09271ae74415d25bad7e23d34d01) */
/***********************************************************************************/
#include <pybind11/complex.h>
#include <pybind11/pybind11.h>
#include <pybind11/stl.h>
namespace py = pybind11;
#include <tacmac/mac_controller.h>
// pydoc.h is automatically generated in the build directory
#include <mac_controller_pydoc.h>
void bind_mac_controller(py::module& m)
{
using mac_controller = ::gr::tacmac::mac_controller;
py::class_<mac_controller,
gr::sync_block,
gr::block,
gr::basic_block,
std::shared_ptr<mac_controller>>(m, "mac_controller", D(mac_controller))
.def(py::init(&mac_controller::make),
py::arg("destination_id"),
py::arg("source_id"),
py::arg("mtu_size"),
D(mac_controller, make))
;
}
| [
"demel@ant.uni-bremen.de"
] | demel@ant.uni-bremen.de |
349d1543b0942b34e3f53b85470ce05e85eaeee6 | 1fba4d7e5a6d9a09753fb4df439184871a8085dd | /include/Camera.h | 7b861a04836149f278b5dcfdbe46ac3c6b5ddb0e | [] | no_license | rcedermalm/OpenGL-template | b9e550737869811fefc4b4d12620950590cb588c | 828ac43e53f6ab824a9214bcf31b901808a657b6 | refs/heads/master | 2020-04-03T22:52:04.865951 | 2018-10-31T20:18:37 | 2018-10-31T20:18:37 | 155,611,930 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,310 | h | #include <glm.hpp>
#include <gtc/matrix_transform.hpp>
#include <vector>
// Defines several possible options for camera movement. Used as abstraction to stay away from window-system specific input methods
enum Camera_Movement {
FORWARD,
BACKWARD,
LEFT,
RIGHT
};
// Default camera values
const float YAW = -90.0f;
const float PITCH = 0.0f;
const float SPEED = 2.5f;
const float SENSITIVITY = 0.1f;
const float ZOOM = 45.0f;
// An abstract camera class that processes input and calculates the corresponding Euler Angles, Vectors and Matrices for use in OpenGL
class Camera
{
public:
// Camera Attributes
glm::vec3 Position;
glm::vec3 Front;
glm::vec3 Up;
glm::vec3 Right;
glm::vec3 WorldUp;
// Euler Angles
float Yaw;
float Pitch;
// Camera options
float MovementSpeed;
float MouseSensitivity;
float Zoom;
// Constructor with vectors
Camera(glm::vec3 position = glm::vec3(0.0f, 0.0f, 0.0f), glm::vec3 up = glm::vec3(0.0f, 1.0f, 0.0f), float yaw = YAW, float pitch = PITCH) : Front(glm::vec3(0.0f, 0.0f, -1.0f)), MovementSpeed(SPEED), MouseSensitivity(SENSITIVITY), Zoom(ZOOM)
{
Position = position;
WorldUp = up;
Yaw = yaw;
Pitch = pitch;
updateCameraVectors();
}
// Constructor with scalar values
Camera(float posX, float posY, float posZ, float upX, float upY, float upZ, float yaw, float pitch) : Front(glm::vec3(0.0f, 0.0f, -1.0f)), MovementSpeed(SPEED), MouseSensitivity(SENSITIVITY), Zoom(ZOOM)
{
Position = glm::vec3(posX, posY, posZ);
WorldUp = glm::vec3(upX, upY, upZ);
Yaw = yaw;
Pitch = pitch;
updateCameraVectors();
}
// Returns the view matrix calculated using Euler Angles and the LookAt Matrix
glm::mat4 GetViewMatrix()
{
return glm::lookAt(Position, Position + Front, Up);
}
// Processes input received from any keyboard-like input system. Accepts input parameter in the form of camera defined ENUM (to abstract it from windowing systems)
void ProcessKeyboard(Camera_Movement direction, float deltaTime)
{
float velocity = MovementSpeed * deltaTime;
if (direction == FORWARD)
Position += Front * velocity;
if (direction == BACKWARD)
Position -= Front * velocity;
if (direction == LEFT)
Position -= Right * velocity;
if (direction == RIGHT)
Position += Right * velocity;
}
// Processes input received from a mouse input system. Expects the offset value in both the x and y direction.
void ProcessMouseMovement(float xoffset, float yoffset, GLboolean constrainPitch = true)
{
xoffset *= MouseSensitivity;
yoffset *= MouseSensitivity;
Yaw += xoffset;
Pitch += yoffset;
// Make sure that when pitch is out of bounds, screen doesn't get flipped
if (constrainPitch)
{
if (Pitch > 89.0f)
Pitch = 89.0f;
if (Pitch < -89.0f)
Pitch = -89.0f;
}
// Update Front, Right and Up Vectors using the updated Euler angles
updateCameraVectors();
}
// Processes input received from a mouse scroll-wheel event. Only requires input on the vertical wheel-axis
void ProcessMouseScroll(float yoffset)
{
if (Zoom >= 1.0f && Zoom <= 45.0f)
Zoom -= yoffset;
if (Zoom <= 1.0f)
Zoom = 1.0f;
if (Zoom >= 45.0f)
Zoom = 45.0f;
}
private:
// Calculates the front vector from the Camera's (updated) Euler Angles
void updateCameraVectors()
{
// Calculate the new Front vector
glm::vec3 front;
front.x = cos(glm::radians(Yaw)) * cos(glm::radians(Pitch));
front.y = sin(glm::radians(Pitch));
front.z = sin(glm::radians(Yaw)) * cos(glm::radians(Pitch));
Front = glm::normalize(front);
// Also re-calculate the Right and Up vector
Right = glm::normalize(glm::cross(Front, WorldUp)); // Normalize the vectors, because their length gets closer to 0 the more you look up or down which results in slower movement.
Up = glm::normalize(glm::cross(Right, Front));
}
};
| [
"rebce973@student.liu.se"
] | rebce973@student.liu.se |
cb0e1891ba54668cf969c5d9f46ac9c437223878 | 0562cf42a0680a32fd3a6a3e272f30c12a494b89 | /proto/LcGradLinearDGToFiniteVolumeUpdater.cpp | e5868475981ea48b1ca5afb4b8a7aa397b17afc3 | [] | no_license | ammarhakim/gkeyll1 | 70131876e4a68851a548e4d45e225498911eb2b6 | 59da9591106207e22787d72b9c2f3e7fbdc1a7e4 | refs/heads/master | 2020-09-08T05:23:47.974889 | 2019-02-06T18:09:18 | 2019-02-06T18:09:18 | 221,027,635 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,525 | cpp | /**
* @file LcGradLinearDGToFiniteVolumeUpdater.cpp
*
* @brief Updater to integrate nodal DG/CG field over complete domain
*/
// config stuff
#ifdef HAVE_CONFIG_H
# include <config.h>
#endif
// lucee includes
#include <LcGlobals.h>
#include <LcGradLinearDGToFiniteVolumeUpdater.h>
// loki includes
#include <loki/Singleton.h>
namespace Lucee
{
template <> const char *GradLinearDGToFiniteVolumeUpdater<1>::id = "GradLinearDGToFiniteVolume1D";
template <> const char *GradLinearDGToFiniteVolumeUpdater<2>::id = "GradLinearDGToFiniteVolume2D";
template <> const char *GradLinearDGToFiniteVolumeUpdater<3>::id = "GradLinearDGToFiniteVolume3D";
template <unsigned NDIM>
GradLinearDGToFiniteVolumeUpdater<NDIM>::GradLinearDGToFiniteVolumeUpdater()
: Lucee::UpdaterIfc()
{
}
template <unsigned NDIM>
void
GradLinearDGToFiniteVolumeUpdater<NDIM>::readInput(Lucee::LuaTable& tbl)
{
Lucee::UpdaterIfc::readInput(tbl);
// component to copy
component = 0;
if (tbl.hasNumber("component"))
component = tbl.getNumber("component");
}
template <unsigned NDIM>
Lucee::UpdaterStatus
GradLinearDGToFiniteVolumeUpdater<NDIM>::update(double t)
{
if (NDIM>1)
throw Lucee::Except("GradLinearDGToFiniteVolumeUpdater::update: Only works in 1D at present!");
const Lucee::StructuredGridBase<NDIM>& grid
= this->getGrid<Lucee::StructuredGridBase<NDIM> >();
const Lucee::Field<NDIM, double>& dgFld = this->getInp<Lucee::Field<NDIM, double> >(0);
Lucee::Field<NDIM, double>& fvFld = this->getOut<Lucee::Field<NDIM, double> >(0);
double dx1 = 1/grid.getDx(0);
Lucee::ConstFieldPtr<double> dgPtr = dgFld.createConstPtr();
Lucee::FieldPtr<double> fvPtr = fvFld.createPtr();
Lucee::Region<NDIM, int> localRgn = grid.getLocalRegion();
for (int i=localRgn.getLower(0); i<localRgn.getUpper(0); ++i)
{
fvFld.setPtr(fvPtr, i);
dgFld.setPtr(dgPtr, i);
fvPtr[component] = dx1*(dgPtr[1]-dgPtr[0]); // simple central differences
}
return Lucee::UpdaterStatus();
}
template <unsigned NDIM>
void
GradLinearDGToFiniteVolumeUpdater<NDIM>::declareTypes()
{
this->appendInpVarType(typeid(Lucee::Field<NDIM, double>));
this->appendOutVarType(typeid(Lucee::Field<NDIM, double>));
}
// instantiations
template class Lucee::GradLinearDGToFiniteVolumeUpdater<1>;
template class Lucee::GradLinearDGToFiniteVolumeUpdater<2>;
template class Lucee::GradLinearDGToFiniteVolumeUpdater<3>;
}
| [
"eshi@pppl.gov"
] | eshi@pppl.gov |
98c8cf66c2c31625412fc66c37fbac0b60222279 | fb7e3dceb34e5a0844e114d8e55c61d94edb5ce5 | /src/server/scripts/Kalimdor/CavernsOfTime/CullingOfStratholme/boss_infinite_corruptor.cpp | 52b71928578346e7bef416367664d5dbd67ecfaa | [] | no_license | osleyder85/BFA | 12a6821d237bdeb61e862736bbf625abd3730a46 | 0ea542c730f8834fa250e03a9d590a547b696c9b | refs/heads/main | 2023-08-25T14:09:21.647282 | 2021-01-17T06:30:26 | 2021-01-17T06:30:26 | 303,239,655 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 3,816 | cpp | /*
* Copyright (C) 2020 BfaCore
*
* 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, see <http://www.gnu.org/licenses/>.
*/
#include "ScriptMgr.h"
#include "culling_of_stratholme.h"
#include "ScriptedCreature.h"
enum Spells
{
SPELL_CORRUPTING_BLIGHT = 60588,
SPELL_VOID_STRIKE = 60590,
SPELL_CORRUPTION_OF_TIME_CHANNEL = 60422,
SPELL_CORRUPTION_OF_TIME_TARGET = 60451
};
enum Yells
{
SAY_AGGRO = 0,
SAY_DEATH = 1,
SAY_FAIL = 2
};
enum Events
{
EVENT_CORRUPTING_BLIGHT = 1,
EVENT_VOID_STRIKE
};
class boss_infinite_corruptor : public CreatureScript
{
public:
boss_infinite_corruptor() : CreatureScript("boss_infinite_corruptor") { }
struct boss_infinite_corruptorAI : public BossAI
{
boss_infinite_corruptorAI(Creature* creature) : BossAI(creature, DATA_INFINITE) { }
void Reset() override
{
_Reset();
if (Creature* guardian = me->FindNearestCreature(NPC_GUARDIAN_OF_TIME, 100.0f))
{
DoCast(nullptr, SPELL_CORRUPTION_OF_TIME_CHANNEL, false);
guardian->CastSpell(guardian, SPELL_CORRUPTION_OF_TIME_TARGET, false);
}
}
void EnterCombat(Unit* /*who*/) override
{
Talk(SAY_AGGRO);
_EnterCombat();
events.ScheduleEvent(EVENT_CORRUPTING_BLIGHT, 7000);
events.ScheduleEvent(EVENT_VOID_STRIKE, 5000);
}
void JustDied(Unit* /*killer*/) override
{
Talk(SAY_DEATH);
_JustDied();
if (Creature* guardian = me->FindNearestCreature(NPC_GUARDIAN_OF_TIME, 100.0f))
{
guardian->RemoveAurasDueToSpell(SPELL_CORRUPTION_OF_TIME_TARGET);
guardian->DespawnOrUnsummon(5000);
}
if (Creature* rift = me->FindNearestCreature(NPC_TIME_RIFT, 100.0f))
rift->DespawnOrUnsummon();
}
void ExecuteEvent(uint32 eventId) override
{
switch (eventId)
{
case EVENT_CORRUPTING_BLIGHT:
if (Unit* target = SelectTarget(SELECT_TARGET_RANDOM, 0, 60.0f, true))
DoCast(target, SPELL_CORRUPTING_BLIGHT);
events.ScheduleEvent(EVENT_CORRUPTING_BLIGHT, 17000);
break;
case EVENT_VOID_STRIKE:
DoCastVictim(SPELL_VOID_STRIKE);
events.ScheduleEvent(EVENT_VOID_STRIKE, 5000);
break;
default:
break;
}
}
};
CreatureAI* GetAI(Creature* creature) const override
{
return GetCullingOfStratholmeAI<boss_infinite_corruptorAI>(creature);
}
};
void AddSC_boss_infinite_corruptor()
{
new boss_infinite_corruptor();
}
| [
"70058901+CrimsonDespair@users.noreply.github.com"
] | 70058901+CrimsonDespair@users.noreply.github.com |
63d9e880e5fb529550e435e401aa657bb7f270dd | 5bf83e970431dbc123da48bcd9a009b01f4f72ef | /src/opencv/build/modules/imgproc/smooth.simd_declarations.hpp | 2af79b326278698eff5eab2872c443a0ead39b5d | [] | no_license | ZeyadIbrahim1/rplidar | 2094dc7873d9dba0606a1e010802399d01ed22f3 | b9b100d4fdd434e8dd8952fbf534730effc58eae | refs/heads/master | 2022-12-10T04:59:07.733125 | 2020-08-31T18:56:13 | 2020-08-31T18:56:13 | 291,355,812 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 390 | hpp | #define CV_CPU_SIMD_FILENAME "/home/fayo/test/src/opencv/modules/imgproc/src/smooth.simd.hpp"
#define CV_CPU_DISPATCH_MODE SSE4_1
#include "opencv2/core/private/cv_cpu_include_simd_declarations.hpp"
#define CV_CPU_DISPATCH_MODE AVX2
#include "opencv2/core/private/cv_cpu_include_simd_declarations.hpp"
#define CV_CPU_DISPATCH_MODES_ALL AVX2, SSE4_1, BASELINE
#undef CV_CPU_SIMD_FILENAME
| [
"zeyadibrahim212@gmail.com"
] | zeyadibrahim212@gmail.com |
896c1f9584fdd412fca89428b29c1d0a9d0edf14 | c475e087a0471e1a983e4cb55b50a021f359b42b | /cellular_potts_polarity_motion.cpp | 2cae461a0da05f1b5fe3f3d33d2d4c418705b16e | [] | no_license | kmatsu3/Cellular_Potts | a64df38950cc037f34c95151ebc0eb17177888b4 | e7c6ea55c23e090b1859b3f6224267bfae79e551 | refs/heads/master | 2021-06-24T12:29:39.980384 | 2021-01-08T03:32:13 | 2021-01-08T03:32:13 | 194,646,509 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 13,517 | cpp | #include "cellular_potts_state.hpp"
void polarity_motion_class::initialize_polarities(
const model_parameters_cellular_potts_class & model,
const cell_system_class & cell_system,
const site_system_class & site_system,
const std::vector<double> & input_polarities,
const std::vector<long long int> & input_cell_total_positions,
const std::vector<long long int> & input_cell_volumes,
const std::vector<long long int> & input_cell_origins
)
{
//
long int cell_index;
int direction_index;
//
for(cell_index=0;cell_index<number_of_cells;cell_index++)
{
//
work_vector_double_1=cell_system.calculate_cell_position(
model,
site_system,
input_cell_origins,
input_cell_total_positions,
input_cell_volumes,
cell_index
);
//
for(direction_index=0;direction_index<space_dimension;direction_index++)
{
memorized_positions[cell_index*space_dimension+direction_index]
=work_vector_double_1[direction_index];
};
//
};
};
//
void polarity_motion_class::get_displacements(
const model_parameters_cellular_potts_class & model,
const cell_system_class & cell_system,
const site_system_class & site_system,
const std::vector<long long int> & input_cell_total_positions,
const std::vector<long long int> & input_cell_volumes,
const std::vector<long long int> & input_cell_origins,
std::vector<double> & cell_displacements
)
{
long int cell_index;
int component_index;
/* Calculate Cell positions with a origin set at a site in cell*/
for(cell_index=0;cell_index<number_of_cells;cell_index++)
{
//
work_vector_double_1=cell_system.calculate_cell_position(
model,
site_system,
input_cell_origins,
input_cell_total_positions,
input_cell_volumes,
cell_index
);
for(component_index=0;component_index<space_dimension;component_index++)
{
cell_displacements[cell_index*space_dimension+component_index]
=work_vector_double_1[component_index];
};
};
//
for(cell_index=0;cell_index<number_of_cells;cell_index++)
{
for(component_index=0;component_index<space_dimension;component_index++)
{
cell_displacements[cell_index*space_dimension+component_index]
=cell_displacements[cell_index*space_dimension+component_index]
-memorized_positions[cell_index*space_dimension+component_index];
};
};
};
//
void polarity_motion_class::update_polarities(
const model_parameters_cellular_potts_class & model,
const cell_system_class & cell_system,
const site_system_class & site_system,
const std::vector<long long int> & input_cell_total_positions,
const std::vector<long long int> & input_cell_volumes,
const std::vector<long long int> & input_cell_origins,
const std::vector<double> & adhesion_field,
std::vector<double> & polarities
)
{
//
std::string message="";
//
std::vector<double> work_vector_local_double(space_dimension);
/* Calculate Cell positions with a origin set at a site in cell*/
for(long int cell_index=0;cell_index<number_of_cells;cell_index++)
{
//
work_vector_local_double=cell_system.calculate_cell_position(
model,
site_system,
input_cell_origins,
input_cell_total_positions,
input_cell_volumes,
cell_index
);
for(int component_index=0;component_index<space_dimension;component_index++)
{
work_vector_double[cell_index*space_dimension+component_index]
=work_vector_local_double[component_index];
};
};
//
for(long int cell_index=0;cell_index<number_of_cells;cell_index++)
{
// debug
//if(cell_index==43)
//
for(int component_index=0;component_index<space_dimension;component_index++)
{
difference_polarities[cell_index*space_dimension+component_index]
=(work_vector_double[cell_index*space_dimension+component_index]
-memorized_positions[cell_index*space_dimension+component_index])
/persistent_time[cell_types[cell_index]]
+adhesion_sensitivity[cell_types[cell_index]]
*adhesion_field[cell_index*space_dimension+component_index];
// if(cell_index==43)message+= io_method.double_to_string(difference_polarities[cell_index*space_dimension+component_index])+',';
//if(cell_index==43)message+= io_method.double_to_string(adhesion_field[cell_index*space_dimension+component_index])+',';
};
// debug
//if(cell_index==43)
//{
// for(int direction_index=0;
// direction_index<space_dimension;
// direction_index++)
// {
// if(std::isnan(difference_polarities[cell_index*space_dimension+direction_index]))
// io_method.error_output("B0"+io_method.longint_to_string(direction_index),"",message);
// }
// debug
// for(int direction_index=0;
// direction_index<space_dimension;
// direction_index++)
// {
// if(std::isnan(adhesion_field[cell_index*space_dimension+direction_index]))
// / io_method.error_output("B1"+io_method.longint_to_string(direction_index),"",message);
// }
// for(int direction_index=0;
// direction_index<space_dimension;
// direction_index++)
// if(std::isnan(difference_polarities[cell_index*space_dimension+direction_index]))
// {
// message = io_method.longint_to_string(cell_index)+',';
// message+= io_method.int_to_string(direction_index)+',';
// message+= io_method.double_to_string(difference_polarities[cell_index*space_dimension+direction_index]);
// message+= io_method.double_to_string(adhesion_field[cell_index*space_dimension+direction_index]);
// io_method.standard_output(message);
// };
//};
// debug
};
//
for(long int cell_index=0;cell_index<number_of_cells;cell_index++)
{
for(int component_index=0;component_index<space_dimension;component_index++)
{
//
work_vector_double_1[component_index]=polarities[cell_index*space_dimension+component_index];
work_vector_double_2[component_index]=difference_polarities[cell_index*space_dimension+component_index];
//
};
//
projection_to_parpendicular_direction
=std::inner_product(
work_vector_double_1.begin(),
work_vector_double_1.end(),
work_vector_double_2.begin(),
0.0
)/
std::inner_product(
work_vector_double_1.begin(),
work_vector_double_1.end(),
work_vector_double_1.begin(),
0.0
);
//
for(int component_index=0;component_index<space_dimension;component_index++)
{
//
difference_polarities[cell_index*space_dimension+component_index]
=difference_polarities[cell_index*space_dimension+component_index]
-projection_to_parpendicular_direction
*polarities[cell_index*space_dimension+component_index];
//
};
};
//
// fprintf(stderr,"bug is in hereafter");
//
if(space_dimension!=2)
{
for(long int cell_index=0;cell_index<number_of_cells;cell_index++)
{
for(int component_index=0;component_index<space_dimension;component_index++)
{
//
work_vector_double_1[component_index]=polarities[cell_index*space_dimension+component_index]
+difference_polarities[cell_index*space_dimension+component_index];
//
};
// fprintf(stderr,"(%f,%f,%f)::"
// ,polarities[cell_index*space_dimension+0]
// ,polarities[cell_index*space_dimension+1]
// ,polarities[cell_index*space_dimension+2]
// );
// fprintf(stderr,"(%f,%f,%f)::"
// ,work_vector_double_1[0]
// ,work_vector_double_1[1]
// ,work_vector_double_1[2]
// );
work_vector_double_2=tool.normalized_vector(work_vector_double_1);
// debug
//fprintf(stderr,"(%f,%f,%f)/(%f,%f)\n"
// ,work_vector_double_2[0]/work_vector_double_1[0]
// ,work_vector_double_2[1]/work_vector_double_1[1]
// ,work_vector_double_2[2]/work_vector_double_1[2]
// ,tool.norm(work_vector_double_1)
// ,tool.norm(work_vector_double_2)
// );
// debug
for(int component_index=0;component_index<space_dimension;component_index++)
{
//
polarities[cell_index*space_dimension+component_index]
=work_vector_double_2[component_index];
//
};
};
}
else
{
// for(cell_index=0;cell_index<number_of_cells;cell_index++)
// {
// fprintf(
// stderr,
// "(%ld,%f,%f)\n",
// cell_index,
// polarities[cell_index*2+0]+difference_polarities[cell_index*2+0],
// polarities[cell_index*2+1]+difference_polarities[cell_index*2+1]
// );
// }
for(long int cell_index=0;cell_index<number_of_cells;cell_index++)
{
for(int component_index=0;component_index<space_dimension;component_index++)
{
//
work_vector_double_1[component_index]=polarities[cell_index*space_dimension+component_index];
work_vector_double_2[component_index]=difference_polarities[cell_index*space_dimension+component_index];
//
};
angle=tool.norm(work_vector_double_2)
/tool.norm(work_vector_double_1)
*external_product_sign(work_vector_double_1,work_vector_double_2);
work_vector_double_1[0]
=polarities[cell_index*space_dimension+0]*cos(angle)
-polarities[cell_index*space_dimension+1]*sin(angle);
work_vector_double_1[1]
=polarities[cell_index*space_dimension+0]*sin(angle)
+polarities[cell_index*space_dimension+1]*cos(angle);
polarities[cell_index*space_dimension+0]= work_vector_double_1[0];
polarities[cell_index*space_dimension+1]= work_vector_double_1[1];
};
};
//
// for(long int cell_index=0;cell_index<number_of_cells;cell_index++)
// {
// fprintf(stderr,"(%ld,%f,%f)\n",cell_index,polarities[cell_index*2],polarities[cell_index*2+1]);
// }
};
//
/*
const std::vector<double> polarity_motion_class:: rotation_2d(
const std::vector<double> vectors,
const std::vector<double> difference_vectors,
const long int array_size
)
const {
std::vector<double> return_vector(vectors.size(),0.0);
long int vector_index;
std::vector<double> work;
for (vector_index=0;vector_index<array_size;vector_index++)
{
rotation_angles[vector_index]
=vectors[vector_index*2+1]*difference_vectors[vector_index*2+2]
-vectors[vector_index*2+2]*difference_vectors[vector_index*2+1];
rotation_angles[vector_index]
=rotation_angles[vector_index]/fabs(rotation_angles[vector_index])
*sqrt(difference_vectors[vector_index*2+1]*difference_vectors[vector_index*2+1]
+difference_vectors[vector_index*2+2]*difference_vectors[vector_index*2+2]);
return_vector[vector_index*2+1]=cos(rotation_angles[vector_index])
-sin(rotation_angles[vector_index]);
return_vector[vector_index*2+2]=sin(rotation_angles[vector_index])
+cos(rotation_angles[vector_index]);
}
return return_vector;
};
*/
//
inline double polarity_motion_class::external_product_sign(
const std::vector<double> & vector_1,
const std::vector<double> & vector_2
)
{
//
double external_product_12=0.0;
if(space_dimension==2)
{
external_product_12 =vector_1[0]*vector_2[1]-vector_1[1]*vector_2[0];
}
else
{
io_cellular_potts io_method;
io_method.error_output(
"state_system_class",
"product_sign",
"due to under construction!"
);
}
return copysign(1.0,external_product_12);
//
};
//
polarity_motion_class::polarity_motion_class(
const model_parameters_cellular_potts_class & model,
const cell_system_class & cell_system,
const type_system_class & cell_type_system
)
{
long int cell_index;
space_dimension=model.get_space_dimension();
number_of_cells=model.get_number_of_cells();
number_of_cell_types=model.get_number_of_cell_types();
int direction_index;
//
for(direction_index=0;direction_index<space_dimension;direction_index++)
{
work_vector_double_1.push_back(0.0);
work_vector_double_2.push_back(0.0);
};
//
number_of_cells=model.get_number_of_cells();
//
cell_types.clear();
for(cell_index=0;cell_index<number_of_cells;cell_index++)
{
// rotaion_angles.push_back(0.0);
cell_types.push_back(cell_system.get_type(cell_index));
for(direction_index=0;direction_index<space_dimension;direction_index++)
{
work_vector_double.push_back(0.0);
memorized_positions.push_back(0.0);
difference_polarities.push_back(0.0);
// rotation_axes.push_back(0.0);
};
};
//
number_of_cell_types=model.get_number_of_cell_types();
//
persistent_time.clear();
adhesion_sensitivity.clear();
int type_index;
for(type_index=0;type_index<number_of_cell_types;type_index++)
{
persistent_time.push_back(0.0);
adhesion_sensitivity.push_back(0.0);
};
cell_type_system.get_persistent_times(persistent_time);
cell_type_system.get_adhesion_sensitivities(adhesion_sensitivity);
//
};
| [
"kmatsu@cp.cmc.osaka-u.ac.jp"
] | kmatsu@cp.cmc.osaka-u.ac.jp |
0c116ba0669eefa598d39151930da5b0dd560f5a | 21ede326b6cfcf5347ca6772d392d3acca80cfa0 | /chrome/browser/web_applications/policy/web_app_policy_constants.h | de5c1df3db89e28c84454dec8058efe672666764 | [
"BSD-3-Clause"
] | permissive | csagan5/kiwi | 6eaab0ab4db60468358291956506ad6f889401f8 | eb2015c28925be91b4a3130b3c2bee2f5edc91de | refs/heads/master | 2020-04-04T17:06:54.003121 | 2018-10-24T08:20:01 | 2018-10-24T08:20:01 | 156,107,399 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 654 | h | // Copyright 2018 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#ifndef CHROME_BROWSER_WEB_APPLICATIONS_POLICY_WEB_APP_POLICY_CONSTANTS_H_
#define CHROME_BROWSER_WEB_APPLICATIONS_POLICY_WEB_APP_POLICY_CONSTANTS_H_
namespace web_app {
// Keys and values for the WebAppInstallForceList preference.
extern const char kUrlKey[];
extern const char kLaunchTypeKey[];
extern const char kLaunchTypeWindowValue[];
extern const char kLaunchTypeTabValue[];
} // namespace web_app
#endif // CHROME_BROWSER_WEB_APPLICATIONS_POLICY_WEB_APP_POLICY_CONSTANTS_H_
| [
"team@geometry.ee"
] | team@geometry.ee |
ac49afb04ba75e5ea6887c65368d89fa4fa9ffbb | 5a6659e3c7966b3e7114dbc0208fb1ce3f9b00e7 | /Rendu/Exercice2_photoresistor_/Exercice2_photoresistor_.ino | 2fd4fa9e20871e6139eacc75192f513be2166920 | [] | no_license | IoTClassroom/hei-2018-2019-lab-sigfox-renaux-romain | 08f3f3e334e90c5b502ebab0c2135180140de4f6 | 3a76ecbad67a9b0b51ee790f71414387b6ba2e83 | refs/heads/master | 2020-04-06T23:27:03.424496 | 2018-11-16T15:48:22 | 2018-11-16T15:48:22 | 157,869,445 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,388 | ino | //Set to 0 if you don't need to see the messages in the console
#define DEBUG 1
//Message buffer
uint8_t msg[12];
// the setup function runs once when you press reset or power the board
void setup() {
// initialize digital pin LED_BUILTIN as an output.
pinMode(LED_BUILTIN, OUTPUT);
if(DEBUG){
Serial.begin(9600);
}
// open Wisol communication
Serial1.begin(9600);
delay(100);
getID();
delay(100);
getPAC();
}
// the loop function runs over and over again forever
void loop() {
msg[0]=0xC0;
msg[1]=0xFF;
msg[2]=0xEE;
sendMessage(msg, 3);
// In the ETSI zone, due to the reglementation, an object cannot emit more than 1% of the time hourly
// So, 1 hour = 3600 sec
// 1% of 3600 sec = 36 sec
// A Sigfox message takes 6 seconds to emit
// 36 sec / 6 sec = 6 messages per hours -> 1 every 10 minutes
delay(10*60*1000);
}
void blink(){
digitalWrite(LED_BUILTIN, HIGH); // turn the LED on (HIGH is the voltage level)
delay(1000); // wait for a second
digitalWrite(LED_BUILTIN, LOW); // turn the LED off by making the voltage LOW
delay(1000);
}
//Get Sigfox ID
String getID(){
String id = "";
char output;
Serial1.print("AT$I=10\r");
while (!Serial1.available()){
blink();
}
while(Serial1.available()){
output = Serial1.read();
id += output;
delay(10);
}
if(DEBUG){
Serial.println("Sigfox Device ID: ");
Serial.println(id);
}
return id;
}
//Get PAC number
String getPAC(){
String pac = "";
char output;
Serial1.print("AT$I=11\r");
while (!Serial1.available()){
blink();
}
while(Serial1.available()){
output = Serial1.read();
pac += "X";
delay(10);
}
if(DEBUG){
Serial.println("PAC number: ");
Serial.println(pac);
}
return pac;
}
//Send Sigfox Message
void sendMessage(uint8_t msg[], int size){
String status = "";
char output;
Serial1.print("AT$SF=");
for(int i= 0;i<size;i++){
Serial1.print(String(msg[i], HEX));
if(DEBUG){
Serial.print("Byte:");
Serial.println(msg[i], HEX);
}
}
Serial1.print("\r");
while (!Serial1.available()){
blink();
}
while(Serial1.available()){
output = (char)Serial1.read();
status += output;
delay(10);
}
if(DEBUG){
Serial.println();
Serial.print("Status \t");
Serial.println(status);
}
}
| [
"arthur.renaux@hei.yncrea.fr"
] | arthur.renaux@hei.yncrea.fr |
5d3fbc3216da7e6c5c90728f22806d051d11b187 | 2083070b7799082a084e3094e386de8d29dbfe27 | /compil/src/generator/cpp/format/initialization.h | 5faa0db39a8202b3cb03a3011fdca22b5bdcc0a6 | [] | no_license | ggeorgiev/compil | 939a8320ad14e0d4d6fd86ce9b29c57bd3f068b0 | 42b91209c65a11a935b81a64cb15337c9501baa4 | refs/heads/master | 2021-01-10T21:01:24.235578 | 2014-06-29T02:47:17 | 2014-06-29T02:47:17 | 2,500,018 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,996 | h | // CompIL - Component Interface Language
// Copyright 2011 George Georgiev. All rights reserved.
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions are
// met:
//
// * Redistributions of source code must retain the above copyright
// notice, this list of conditions and the following disclaimer.
// * Redistributions in binary form must reproduce the above
// copyright notice, this list of conditions and the following disclaimer
// in the documentation and/or other materials provided with the
// distribution.
// * The name of George Georgiev can not be used to endorse or
// promote products derived from this software without specific prior
// written permission.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
// "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
// LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
// A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
// OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
// LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
// DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
// OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
// Author: george.georgiev@hotmail.com (George Georgiev)
//
// Boost C++ Smart Pointers
#include <boost/make_shared.hpp>
#include <boost/shared_ptr.hpp>
#include <boost/weak_ptr.hpp>
#ifndef __GENERATOR_SELF_GENERATOR_CPP_FORMAT_INITIALIZATION_COMPIL_H_
#define __GENERATOR_SELF_GENERATOR_CPP_FORMAT_INITIALIZATION_COMPIL_H_
#include "constructor_name.h"
#include "initialization.h"
#include "parameter_value.h"
#include "variable_name.h"
namespace cpp
{
namespace frm
{
class Initialization
{
public:
// Default constructor
Initialization ();
// Destructor
/*lax*/ ~Initialization ();
// Getter method for the data field constructorName
const ConstructorNameSPtr& constructorName () const;
// Setter method for the data field constructorName
Initialization& set_constructorName(const ConstructorNameSPtr& constructorName);
// Store operator for the data field constructorName
Initialization& operator<< (const ConstructorNameSPtr& constructorName);
// Getter method for the data field variableName
const VariableNameSPtr& variableName () const;
// Setter method for the data field variableName
Initialization& set_variableName (const VariableNameSPtr& variableName);
// Store operator for the data field variableName
Initialization& operator<< (const VariableNameSPtr& variableName);
// Getter method for the data field parameter
const ParameterValueSPtr& parameter () const;
// Setter method for the data field parameter
Initialization& set_parameter (const ParameterValueSPtr& parameter);
// Store operator for the data field parameter
Initialization& operator<< (const ParameterValueSPtr& parameter);
private:
// variable for the data field constructorName
ConstructorNameSPtr mConstructorName;
// variable for the data field variableName
VariableNameSPtr mVariableName;
// variable for the data field parameter
ParameterValueSPtr mParameter;
};
// Reference store operator for the data field constructorName
const InitializationSPtr& operator<<(const InitializationSPtr& , const ConstructorNameSPtr& );
// Reference store operator for the data field variableName
const InitializationSPtr& operator<<(const InitializationSPtr& , const VariableNameSPtr& );
// Reference store operator for the data field parameter
const InitializationSPtr& operator<<(const InitializationSPtr& , const ParameterValueSPtr& );
inline InitializationSPtr initializationRef()
{
return boost::make_shared<Initialization>();
}
}
}
#else // __GENERATOR_SELF_GENERATOR_CPP_FORMAT_INITIALIZATION_COMPIL_H_
namespace cpp
{
namespace frm
{
// Forward declarations
class Initialization;
typedef Initialization* InitializationRPtr;
typedef boost::shared_ptr<Initialization> InitializationSPtr;
typedef boost::shared_ptr<const Initialization> InitializationSCPtr;
typedef boost::weak_ptr<Initialization> InitializationWPtr;
}
}
#endif // __GENERATOR_SELF_GENERATOR_CPP_FORMAT_INITIALIZATION_COMPIL_H_
| [
"george.georgiev@hotmail.com"
] | george.georgiev@hotmail.com |
a59bd0c9ccd1201d281d6cc7039e81dd40751375 | 527739ed800e3234136b3284838c81334b751b44 | /include/RED4ext/Types/generated/anim/CurvePathControllersSetup.hpp | 33fafa08a951a7598f5bbb9e8fd899b0e033dbfd | [
"MIT"
] | permissive | 0xSombra/RED4ext.SDK | 79ed912e5b628ef28efbf92d5bb257b195bfc821 | 218b411991ed0b7cb7acd5efdddd784f31c66f20 | refs/heads/master | 2023-07-02T11:03:45.732337 | 2021-04-15T16:38:19 | 2021-04-15T16:38:19 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 608 | hpp | #pragma once
// This file is generated from the Game's Reflection data
#include <cstdint>
#include <RED4ext/Common.hpp>
#include <RED4ext/REDhash.hpp>
#include <RED4ext/CName.hpp>
namespace RED4ext
{
namespace anim {
struct CurvePathControllersSetup
{
static constexpr const char* NAME = "animCurvePathControllersSetup";
static constexpr const char* ALIAS = NAME;
CName name; // 00
CName startControllerName; // 08
CName mainControllerName; // 10
CName stopControllerName; // 18
};
RED4EXT_ASSERT_SIZE(CurvePathControllersSetup, 0x20);
} // namespace anim
} // namespace RED4ext
| [
"expired6978@gmail.com"
] | expired6978@gmail.com |
805d837b776c4ffe097f5a1994c07babf5373e5a | 87192091631c8f22ef6dc97975d11decb5676edb | /test_for_exec/test_for_CLMutex_SharePThread/test.cpp | fd20888ba50b9a11c0e9efc9aace65a7c7bdcdd3 | [] | no_license | BlackWaters/Linux-API-Kernel-Code | 92e684bd7b5eb89be0616c76881a1a53f645b653 | 24d0131aaa53f9f1a132b55eb83c886ecafe9539 | refs/heads/master | 2020-04-26T12:51:41.994149 | 2019-04-16T07:23:36 | 2019-04-16T07:23:36 | 173,563,280 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,085 | cpp | #include <iostream>
#include <fcntl.h>
#include "LibExecutive.h"
using namespace std;
int count = 100000;
static void *thread_for_shared_mutex_bypthread(void *arg)
{
long *pg = (long *)arg;
for(int i = 0; i < count; i++)
{
CLMutex mutex("mutex_for_CLMutex_SharedMutexByPthread", MUTEX_USE_SHARED_PTHREAD);
CLCriticalSection cs(&mutex);
(*pg) = (*pg) + 1;
}
return 0;
}
int main(int argc, char* argv[])
{
if(!CLLibExecutiveInitializer::Initialize().IsSuccess())
{
cout << "in test initialize error" << endl;
return 0;
}
try
{
CLSharedMemory *psm = new CLSharedMemory("test_for_CLMutex_SharedMutexByPthread", 8);
long *pg = (long *)(psm->GetAddress());
pthread_t tid;
pthread_create(&tid, 0, thread_for_shared_mutex_bypthread, pg);
thread_for_shared_mutex_bypthread(pg);
pthread_join(tid, 0);
delete psm;
throw CLStatus(0, 0);
}
catch(CLStatus& s)
{
{
CLEvent event("test_for_event_auto");
event.Set();
}
if(!CLLibExecutiveInitializer::Destroy().IsSuccess())
cout << "in test destroy error" << endl;
}
return 0;
} | [
"lilin@uestc.edu.cn"
] | lilin@uestc.edu.cn |
5a5f767451f043659e4cd6417e846b982cb9b11f | 95cdafa634c175d6aaa0cada4638001503767a8f | /freertos/packet/can_packet/ps_packet_can_rtos.hpp | a4d7a0b7d3511972ea5a9f298f5cadb468f38407 | [] | no_license | wda2945/Plumbing | 4c3dd0aedb0c3fd90ee1c187132a1dd31b1291d1 | fb527962c39056829dc07f5341525704c95eb4b7 | refs/heads/master | 2021-01-20T09:51:34.234351 | 2017-08-28T06:47:26 | 2017-08-28T06:47:26 | 101,612,736 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 1,300 | hpp | //
// ps_packet_can_rtos.hpp
// RobotFramework
//
// Created by Martin Lane-Smith on 5/19/16.
// Copyright © 2016 Martin Lane-Smith. All rights reserved.
//
#ifndef ps_packet_can_rtos_hpp
#define ps_packet_can_rtos_hpp
#include <map>
#include "packet/can_packet/ps_packet_can_module.hpp"
#include "ps_config.h"
#define _SUPPRESS_PLIB_WARNING
#define _DISABLE_OPENADC10_CONFIGPORT_WARNING
#include <plib.h>
#define CHANNELS_IN_USE (TRANSMIT_CHANNELS + RECEIVE_CHANNELS)
#define BUFFER_SIZE (((TRANSMIT_CHANNELS * TRANSMIT_FIFO) + (RECEIVE_CHANNELS * RECEIVE_FIFO)) * 4) //words
class ps_packet_can_rtos : public ps_packet_can_module {
public:
ps_packet_can_rtos(CAN_MODULE _can);
~ps_packet_can_rtos();
//specify the mask to apply to all filters
int can_set_filter_mask(can_address_t mask) override;
//send a packet
ps_result_enum can_send_packet(can_packet_t *packet, int priority) override;
protected:
//associate a channel with a filter address pattern
int add_can_filter(can_address_t address) override;
//wait for received packet
can_packet_t *get_next_can_packet() override;
uint32_t can_buffer[BUFFER_SIZE];
CAN_MODULE myModule;
int next_receive_channel {0};
};
#endif /* ps_packet_can_rtos_hpp */
| [
"mlanesmith@yahoo.com"
] | mlanesmith@yahoo.com |
522fa44b5278e09f6e855c428145cdbc229eb9f4 | b7f3edb5b7c62174bed808079c3b21fb9ea51d52 | /chrome/common/channel_info.h | 221573dba8b4d29e3b4f98c213ca5b9d21deef86 | [
"BSD-3-Clause"
] | permissive | otcshare/chromium-src | 26a7372773b53b236784c51677c566dc0ad839e4 | 64bee65c921db7e78e25d08f1e98da2668b57be5 | refs/heads/webml | 2023-03-21T03:20:15.377034 | 2020-11-16T01:40:14 | 2020-11-16T01:40:14 | 209,262,645 | 18 | 21 | BSD-3-Clause | 2023-03-23T06:20:07 | 2019-09-18T08:52:07 | null | UTF-8 | C++ | false | false | 2,779 | h | // Copyright (c) 2011 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#ifndef CHROME_COMMON_CHANNEL_INFO_H_
#define CHROME_COMMON_CHANNEL_INFO_H_
#include <string>
#include "build/build_config.h"
namespace base {
class Environment;
}
namespace version_info {
enum class Channel;
}
namespace chrome {
// Returns a version string to be displayed in "About Chromium" dialog.
std::string GetVersionString();
// Returns a human-readable modifier for the version string. For a branded
// build, this modifier is the channel ("canary", "dev", or "beta", but ""
// for stable). On Windows, this may be modified with additional information
// after a hyphen. For multi-user installations, it will return "canary-m",
// "dev-m", "beta-m", and for a stable channel multi-user installation, "m".
// In branded builds, when the channel cannot be determined, "unknown" will
// be returned. In unbranded builds, the modifier is usually an empty string
// (""), although on Linux, it may vary in certain distributions.
// GetChannelName() is intended to be used for display purposes.
// To simply test the channel, use GetChannel().
std::string GetChannelName();
// Returns the channel for the installation. In branded builds, this will be
// version_info::Channel::{STABLE,BETA,DEV,CANARY}. In unbranded builds, or
// in branded builds when the channel cannot be determined, this will be
// version_info::Channel::UNKNOWN.
version_info::Channel GetChannel();
#if defined(OS_MACOSX)
// Maps the name of the channel to version_info::Channel, always returning
// Channel::UNKNOWN for unbranded builds. For branded builds defaults to
// Channel::STABLE, if channel is empty, else matches the name and returns
// {STABLE,BETA,DEV,CANARY, UNKNOWN}.
version_info::Channel GetChannelByName(const std::string& channel);
// Returns whether this is a side-by-side capable copy of Chromium. For
// unbranded builds, this is always true. For branded builds, this may not be
// true for old copies of beta and dev channels that share the same user data
// dir as the stable channel.
bool IsSideBySideCapable();
#endif
#if defined(OS_POSIX)
// Returns a channel-specific suffix to use when constructing the path of the
// default user data directory, allowing multiple channels to run side-by-side.
// In the stable channel and in unbranded builds, this returns the empty string.
std::string GetChannelSuffixForDataDir();
#endif
#if defined(OS_LINUX) && !defined(OS_CHROMEOS)
// Returns the channel-specific filename of the desktop shortcut used to launch
// the browser.
std::string GetDesktopName(base::Environment* env);
#endif
} // namespace chrome
#endif // CHROME_COMMON_CHANNEL_INFO_H_
| [
"commit-bot@chromium.org"
] | commit-bot@chromium.org |
274b5c7ce30a62fed75a9da14d93399074e19d88 | bb95cdcbe30fc2883fb97c6476f35f9abb3d45d1 | /Test 1 Revision/Extra/Linked List/demo2.cpp | e0970b33b61e1a5ea8f8db9e51d9106de49f19e6 | [] | no_license | hwennnn/DSA-Practical | e82196bde0d00129931cc9b6d062e0a1aadb2ca5 | 6c663a4b1c5dead6eed405167564bbf747a0047f | refs/heads/main | 2023-02-11T06:55:25.103654 | 2021-01-03T14:50:17 | 2021-01-03T14:50:17 | 306,692,353 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 304 | cpp | #include "List.h"
typedef char ItemType;
using namespace std;
// g++ --std=c++17 demo2.cpp List.cpp -o ./output.out && ./output.out
int main()
{
List *nameList = new List;
nameList->add('a');
nameList->add('b');
nameList->add('c');
cout << nameList->retrieveLength2() << endl;
}
| [
"whman63@gmail.com"
] | whman63@gmail.com |
1f57f232017dc9ae380c0fc83e7a433410112b25 | 5ec24c3062a57b63337659c4f9ee9eb4144ba248 | /catkin_ws/src/smc_grippers/src/smcService.cpp | 40a483307f8b9ebbc5ca6ee4494d85a1f1f87fde | [] | no_license | luismeier/VT2_ROS | 29eb7306454b3012fc7da9f177726d0f22b3dd96 | 3dadf4d0e0719126804afe1c0bd29843a3492173 | refs/heads/master | 2022-12-08T07:24:33.236700 | 2020-08-26T16:46:22 | 2020-08-26T16:46:22 | 87,046,075 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,876 | cpp | #include <smc_grippers/smcService.h>
smcService::smcService()
{
}
smcService::~smcService()
{
}
/*
bool smcService::gripperCallback(smc_grippers::gripper_service::Request &req, smc_grippers::gripper_service::Response &res)
{
gripper->enable();
int pos = req.position;
gripper->setTargetPosition(pos);
gripper->disable();
return 1;
}
bool smcService::pressCallback(smc_grippers::press_service::Request &req, smc_grippers::press_service::Response &res)
{
press->enable();
int pos = req.position;
press->setTargetPosition(pos);
press->disable();
return 1;
}
bool smcService::BgripperCallback(smc_grippers::Bgripper_service::Request &req, smc_grippers::Bgripper_service::Response &res)
{
Bgripper->enable();
int pos = req.position;
Bgripper->setTargetPosition(pos);
Bgripper->disable();
return 1;
} */
int main(int argc, char **argv)
{
ros::init(argc, argv, "smcService");
ros::NodeHandle nh;
ros::AsyncSpinner spinner(0); // Define Multithreadedspinner
spinner.start();
smcService ss;
// Advertising all Services
/* ros::ServiceServer gripperService = nh.advertiseService("/smcService/gripper", &smcService::gripperCallback, &ss);
ros::ServiceServer BgripperService = nh.advertiseService("/smcService/3bGripper", &smcService::BgripperCallback, &ss);
ros::ServiceServer pressService = nh.advertiseService("/smcService/press", &smcService::pressCallback, &ss); */
// Establish ethercat Communication
EtherCAT etherCAT("10.0.0.2");
CoE coe(etherCAT, 0.005);
try
{
SMCServoJXCE1 gripper(etherCAT, coe, 0x0000);
/* SMCServoJXCE1 press(etherCAT, coe, 0xFFFF);
SMCServoJXCE1 Bgripper(etherCAT, coe, 0xFFFE); */
}
catch (exception &e)
{
std::cout << e.what() << endl;
}
ros::waitForShutdown();
return 0;
} | [
"meierluis@hotmail.de"
] | meierluis@hotmail.de |
3b99eba445374dfd7c7d3a29fbc5906d6b1797bb | 64b008ca7d2f2291e7a0094a3f9f22db48099168 | /ios/versioned-react-native/ABI37_0_0/ReactNative/ReactCommon/turbomodule/core/platform/android/ABI37_0_0JavaTurboModule.h | 1a5bd45e62e14cf06c22260290add25b2c92d13b | [
"MIT",
"BSD-3-Clause",
"Apache-2.0"
] | permissive | kojoYeboah53i/expo | bb971d566cd54750030dc431030a8d3045adff82 | 75d1b44ed4c4bbd05d7ec109757a017628c43415 | refs/heads/master | 2021-05-19T04:19:26.747650 | 2020-03-31T05:05:26 | 2020-03-31T05:05:26 | 251,520,515 | 5 | 0 | NOASSERTION | 2020-03-31T06:37:14 | 2020-03-31T06:37:13 | null | UTF-8 | C++ | false | false | 2,156 | h | /**
* Copyright (c) Facebook, Inc. and its affiliates.
*
* This source code is licensed under the MIT license found in the
* LICENSE file in the root directory of this source tree.
*/
#pragma once
#include <string>
#include <unordered_set>
#include <ABI37_0_0ReactCommon/ABI37_0_0TurboModule.h>
#include <ABI37_0_0ReactCommon/ABI37_0_0TurboModuleUtils.h>
#include <fb/fbjni.h>
#include <ABI37_0_0jsi/ABI37_0_0jsi.h>
#include <ABI37_0_0React/jni/JCallback.h>
namespace ABI37_0_0facebook {
namespace ABI37_0_0React {
struct JTurboModule : jni::JavaClass<JTurboModule> {
static auto constexpr kJavaDescriptor =
"Lcom/facebook/ABI37_0_0React/turbomodule/core/interfaces/TurboModule;";
};
class JSI_EXPORT JavaTurboModule : public TurboModule {
public:
JavaTurboModule(
const std::string &name,
jni::alias_ref<JTurboModule> instance,
std::shared_ptr<JSCallInvoker> jsInvoker);
jsi::Value invokeJavaMethod(
jsi::Runtime &runtime,
TurboModuleMethodValueKind valueKind,
const std::string &methodName,
const std::string &methodSignature,
const jsi::Value *args,
size_t count);
/**
* This dtor must be called from the JS Thread, since it accesses
* callbackWrappers_, which createJavaCallbackFromJSIFunction also accesses
* from the JS Thread.
*/
virtual ~JavaTurboModule();
private:
jni::global_ref<JTurboModule> instance_;
std::unordered_set<std::shared_ptr<CallbackWrapper>> callbackWrappers_;
/**
* This method must be called from the JS Thread, since it accesses
* callbackWrappers_.
*/
jni::local_ref<JCxxCallbackImpl::JavaPart> createJavaCallbackFromJSIFunction(
jsi::Function &function,
jsi::Runtime &rt,
std::shared_ptr<JSCallInvoker> jsInvoker);
std::vector<jvalue> convertJSIArgsToJNIArgs(
JNIEnv *env,
jsi::Runtime &rt,
std::string methodName,
std::vector<std::string> methodArgTypes,
const jsi::Value *args,
size_t count,
std::shared_ptr<JSCallInvoker> jsInvoker,
TurboModuleMethodValueKind valueKind);
};
} // namespace ABI37_0_0React
} // namespace ABI37_0_0facebook
| [
"noreply@github.com"
] | noreply@github.com |
2d51e894effeed41fba5ccb5d8b0111932353841 | dc980bbd2bd6078f1e49004afcc710a89ed12565 | /src/qt/intro.h | 75266af5c24e97121c05be460922e1f536a278c9 | [
"MIT"
] | permissive | frankjardel/isocoin | c21408225399b33f941c303d0e66e0db264a03c2 | 36e3ce6d64839a37c45b6e17aedfb2238c3a5257 | refs/heads/master | 2020-03-28T10:11:59.484529 | 2019-07-17T17:06:11 | 2019-07-17T17:06:11 | 148,090,292 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,969 | h | // Copyright (c) 2011-2018 The Bitcoin Core developers
// Distributed under the MIT software license, see the accompanying
// file COPYING or http://www.opensource.org/licenses/mit-license.php.
#ifndef ISOCOIN_QT_INTRO_H
#define ISOCOIN_QT_INTRO_H
#include <QDialog>
#include <QMutex>
#include <QThread>
static const bool DEFAULT_CHOOSE_DATADIR = false;
class FreespaceChecker;
namespace interfaces {
class Node;
}
namespace Ui {
class Intro;
}
/** Introduction screen (pre-GUI startup).
Allows the user to choose a data directory,
in which the wallet and block chain will be stored.
*/
class Intro : public QDialog
{
Q_OBJECT
public:
explicit Intro(QWidget *parent = 0);
~Intro();
QString getDataDirectory();
void setDataDirectory(const QString &dataDir);
/**
* Determine data directory. Let the user choose if the current one doesn't exist.
*
* @returns true if a data directory was selected, false if the user cancelled the selection
* dialog.
*
* @note do NOT call global GetDataDir() before calling this function, this
* will cause the wrong path to be cached.
*/
static bool pickDataDirectory(interfaces::Node& node);
/**
* Determine default data directory for operating system.
*/
static QString getDefaultDataDirectory();
Q_SIGNALS:
void requestCheck();
void stopThread();
public Q_SLOTS:
void setStatus(int status, const QString &message, quint64 bytesAvailable);
private Q_SLOTS:
void on_dataDirectory_textChanged(const QString &arg1);
void on_ellipsisButton_clicked();
void on_dataDirDefault_clicked();
void on_dataDirCustom_clicked();
private:
Ui::Intro *ui;
QThread *thread;
QMutex mutex;
bool signalled;
QString pathToCheck;
void startThread();
void checkPath(const QString &dataDir);
QString getPathToCheck();
friend class FreespaceChecker;
};
#endif // ISOCOIN_QT_INTRO_H
| [
"jardelfrank42@gmail.com"
] | jardelfrank42@gmail.com |
1f4ff5754728c9a445ede0067a5be34b6b51e2fc | 150f7430e94049e7210fc079d4cd447c7854197f | /Map Editor/Map Editor/SideBar.h | 9534faff50073b3969fd6d2239d9e5db1dbd57ca | [] | no_license | ferrolho/allegro-rakos | b3bb4865201ef12a31e48ba912bc7edcb82faf85 | 8a5970e6c64bfeadcef090841904b120c6e43fe2 | refs/heads/master | 2021-01-25T08:32:22.316690 | 2014-05-18T01:34:50 | 2014-05-18T01:34:50 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,003 | h | #pragma once
#include "stdIncludes.h"
#include "Button.h"
#include "SideBarTileSet.h"
class SideBar {
public:
SideBar(ALLEGRO_BITMAP **tileSet, unsigned int numberOfTiles);
void InitializeButtons();
void Update(string &MapBeingEdited, string &tileSetPath, vector<vector<int> > &worldMap, vector<vector<int> > &worldMapLevel2);
void Draw();
unsigned int X() { return x; }
unsigned int Y() { return y; }
unsigned int Width() { return width; }
unsigned int Height() { return height; }
bool DraggingIsEnabled() { return dragging; }
SideBarTileSet *GetTileSet() { return tileSet; }
~SideBar(void);
private:
unsigned int x, y;
unsigned int width, height;
bool displayingTilesNotMobs;
bool dragging;
SideBarTileSet *tileSet;
unsigned int spaceBetweenButtons;
vector<Button*> buttons;
Button *Tiles;
Button *Mobs;
Button *PreviousPage;
Button *NextPage;
Button *EditMap;
Button *DragMap;
Button *IncreaseMapWidth;
Button *IncreaseMapHeight;
Button *Save;
Button *Quit;
}; | [
"henriqueferrolho@gmail.com"
] | henriqueferrolho@gmail.com |
ce93d3a9823c97cdb2b1bde2f2cb800866ebfc12 | bf266e522372e3270e378a53416cf14a84ad0c20 | /Libraries/Base/Source/List.cc | fb75854a3e13e6459eda5e626fb48d9edfd3852d | [
"BSD-2-Clause"
] | permissive | hung0913208/Base | fc725a083f487f741a86b9e9ba71f55c86437837 | 420b4ce8e08f9624b4e884039218ffd233b88335 | refs/heads/master | 2022-12-31T02:26:39.257392 | 2020-09-11T03:44:39 | 2020-09-11T03:49:28 | 263,223,894 | 0 | 2 | null | null | null | null | UTF-8 | C++ | false | false | 17,187 | cc | #include <Atomic.h>
#include <List.h>
#include <Logcat.h>
#include <Vertex.h>
#include <iostream>
#include <thread>
#define DEV 0
#define IMMUTABLE 0
#define SWITCHING -1
#define REUSEABLE -2
#define ALLOCATED -3
using TimeSpec = struct timespec;
namespace Base {
namespace Internal {
void Idle(TimeSpec *spec);
Int Random(Int min, Int max);
} // namespace Internal
List::List
#if NDEBUG
(Int retry) {
#else
(Int retry, Bool dumpable) {
_Dumpable = dumpable;
#endif
ABI::Memset(_Head, 0, 2 * sizeof(Node *));
_Count = 0;
_Size[0] = 0;
_Size[1] = 0;
_Head[1] = Allocate(None);
_Head[0] = Allocate(None);
_Last = Allocate(None);
/* @NOTE: since these nodes are immutable so it should be best to set their
* index as zero to avoid accessing */
_Head[0]->Index = 0;
_Last->Index = 0;
/* @NOTE: these nodes are set to be immutable so we could avoid
* unexpected behaviour causes */
_Head[0]->State = False;
_Last->State = False;
/* @NOTE: do this would help our list to be linkeable and easy to detach or
* attach without consuming so much CPU */
_Head[0]->Next = _Last;
_Last->Prev[0] = _Head[0];
/* @NOTE: here is the explanation of how the nodes connect each-other:
* - We have 2 node A and B, A->Next --> B while B->Prev[0] --> A while
* A->PNext --> &(B->Next) and B->PPrev --> &(A->Prev[0]). For more detail
* please check the image below.
*
* +---------------+ +---------------+
* | A | | B |
* | | | |
* | | | |
* ----|Prev&<-+ |<----|Prev&<-+ |<---
* | | | | | |
* --->| | &Next|---->| | &Next|----
* | | ^ | | | ^ |
* -------+ | +-------------+ | +---------
* | | | | | | | |
* |PNext | PPrev| |PNext | PPrev|
* +-------|----|--+ +-------|----|--+
* | | | |
* ------------+ +----------------+ +-------
*
* - With this designation, it can be easily to remove a node on parallel
* using our atomic operators. To do that, we just use MCOPY to write Next
* to PNext and Prev[0] to PPrev. Doing that would cause rewrite the
* parameters Next of the previous node and Prev[0] of the next node
* respectively and the middle node will be detached before we do removing it.
*
* - When a node is deleted, it doesn't actually remove from our list. Instead
* this node will be moved to deleted stack so we could reuse it later. When
* it happens, we will see the node's structure is changed like this.
*
* +-------------+ +--------------+
* | A | | B |
* | | | |
* | | | |
* ----|Prev[1] |<----|Prev[1] |<---
* | | | |
* | | | |
* | | | |
* | | | |
* | | | |
* | | | |
* +-------------+ +--------------+
*
* - Since we use dynamic queue to manage reuseable nodes, we only need one
* pointer to indicate where is the queue's head and one pointer for queue's
* tail. Queue should be a better solution since we can reuse dead nodes
* so we could reduce using malloc/free too much. This design intends to
* overcome the race condition issue when a node is going to be deleted, it
* could be accessed by so many thread at the same time. If we delete this
* node during handling accessing on another threads.
* ------------------------------------------------------------------------ */
_Head[0]->PPrev = &_Last->Prev[0];
_Last->PNext = &_Head[0]->Next;
if (retry > 0) {
_Retry = retry;
} else {
_Retry = 1; // 10 * std::thread::hardware_concurrency();
}
}
List::~List() {
/* @NOTE: this destructor is unsafe since it's call by os and we can't
* control it. The user should know that their thread should be done
* before this method is called. Everything is handled easily by WatchStopper
* but i can't control daemon threads since they are out of my scope */
Node *node = _Head[1]->Prev[0];
while (node != _Head[1]) {
Node *temp{node};
node = node->Prev[0];
delete temp;
}
delete _Head[1];
}
void List::Idle(Long nanosec) {
TimeSpec spec{.tv_sec = 0, .tv_nsec = nanosec};
Internal::Idle(&spec);
}
ULong List::Size(Bool type) { return _Size[type]; }
Int List::Exist(ULong key) {
ErrorCodeE error = ENoError;
Node *node = None;
if ((node = Access(key, True, &error))) {
goto done;
}
return error == ENotFound ? 0 : -error;
done:
return 1;
}
Int List::Exist(Void *pointer) {
ErrorCodeE error = IndexOf(pointer, None);
if (error) {
return error == ENotFound ? 0 : -error;
} else {
return 1;
}
}
ErrorCodeE List::IndexOf(Void *pointer, ULong *result) {
ErrorCodeE error = ENoError;
Node *node = None;
if ((node = Access(pointer, &error))) {
if (result) {
*result = node->Index;
}
} else {
node = None;
}
return error;
}
Long List::Add(Void *pointer, Int retry) {
Node *node{None};
ULong result{0};
Long nsec{1};
node = Allocate(pointer);
#if !DEV
do {
#endif
if ((result = Attach(node))) {
INC(&_Size[0]);
goto finish;
}
#if !DEV
if (retry > 0) {
retry--;
}
/* @NOTE: normally, we don't need this solution to cooldown our CPU but i
* put it here to make everything slow abit so the CPU will have enough
* time to handle everything with the hope that adding will work if we wait
* enough time, when everything slow enough */
List::Idle((nsec = (nsec * Internal::Random(1, 10) % ULong(100))));
} while (retry != 0);
#endif
#if !NDEBUG
if (_Dumpable) {
ABI::KillMe();
}
#endif
WRITE_ONCE(node->State, False);
finish:
return result;
}
ErrorCodeE List::Add(ULong index, Void *pointer, Int retry) {
ErrorCodeE error{EDoNothing};
Node *node{None};
Long nsec{1};
node = Allocate(pointer);
node->Index = index;
#if !DEV
do {
#endif
ULong result = Attach(node, &error);
if (result) {
INC(&_Size[0]);
goto finish;
}
#if !DEV
if (error != EDoAgain) {
break;
}
if (retry > 0) {
retry--;
}
/* @NOTE: normally, we don't need this solution to cooldown our CPU but i
* put it here to make everything slow abit so the CPU will have enough
* time to handle everything with the hope that adding will work if we wait
* enough time, when everything slow enough */
List::Idle((nsec = (nsec * Internal::Random(1, 10) % ULong(100))));
} while (retry != 0);
#endif
#if !NDEBUG
if (_Dumpable) {
ABI::KillMe();
}
#endif
WRITE_ONCE(node->State, False);
finish:
return error;
}
Long List::Attach(Node *node, ErrorCodeE *error) {
Int retry = _Retry;
ULong result = 0;
/* @NOTE: as i have said before, the node could be detached and reattach again
* using this function. During this time, the node's index is defined so we
* don't need to check it. We should make sure that its head and last are same
* with our list to make sure it's created by our list. */
if (node->Index == 0) {
node->Index = INC(&_Count);
} else if (node->PHead != &_Head[0]) {
return -1; // <-- We detect a wrong node which isn't created by this list
} else if (!error || *error != ENotFound) {
/* @NOTE: this tricky way helps to reduce the number of using method Access
* which might causes heavy load to the List itself with the asumption that
* we never add same key to the list or add same key but on different
* threads which might cause unexpected behavious.
* Anyway, don't do thing without thinking since i can't cover everything
* while keep everything works with high performance */
if (Access(node->Index, True, error)) {
return 0;
}
}
result = node->Index;
/* @NOTE: request adding our node to the end of our list, this should be done
* after several attempts or we should return 0 so we could request user wait
* a bit more since the CPU is on highload and couldn't handle our request
* gently in a limit time */
#if !DEV
while (retry > 0) {
#endif
Node *last = node;
retry--;
/* @NOTE: here is the theory of how to build this list with the RCU
* mechanism:
*
* +------+ +------+
* | head | | last | <- While this guy will become the normal node
* +------+ +------+
* ^ | ^ |
* | | | | +------+
* | v | | | wait | <- this guy will become the `last` node
* ........ | | +------+
* ^ | | |
* | | | |
* | v | |
* +------+ | |
* | node | ---+ |
* +------+ |
* ^ |
* +------------+
*
* - The node `wait` will become the new `last` node while the old `last`
* node will turn into a normal node with small swaping here. This would
* make everything run faster while maintaining the chain stable.
* - The _Head and _Last can't be deleted so we could use them as starting
* point easily. They will be deleted by the List's destructor only
*
* ---------------------------------------------------------------------- */
/* @NOTE: build our new `last` node on parallel, since it's still a local
* node so we don't need to care anyone touch it when we are prepare this
* node */
last->Index = 0;
last->Next = None;
last->Prev[0] = _Last;
last->State = False;
last->PPrev = None;
last->PNext = &_Last->Next;
if (CMPXCHG(&_Last->Index, 0, result)) {
Node *curr = _Last;
/* @NOTE: replicate data of our new node to the current `last` node so we
* could easy control adding new node to our list while keep our chain
* stable, even if we are dealing with the high-loaded systems */
WRITE_ONCE(_Last->Ptr, last->Ptr);
WRITE_ONCE(_Last->PPrev, &last->Prev[0]);
WRITE_ONCE(_Last->Next, last);
WRITE_ONCE(_Last->State, True);
/* @NOTE: everything is done now, we instruct to every node to know that
* now we are applying the new `last` node while the old one will be used
* as a normal node */
if (!CMPXCHG(&_Last, curr, last)) {
Bug(EBadLogic, "Can't announce a new `last` node");
}
#if !DEV
} else {
goto again;
#endif
}
if (error) {
*error = ENoError;
}
return result;
#if !DEV
again:
BARRIER();
}
#endif
return 0;
}
List::Node *List::Detach(Node *node) {
if (node && !CMP(&node, _Head[0]) && !CMP(&node, _Last)) {
auto next = node->Next;
auto prev = node->Prev[0];
auto pprev = node->PPrev;
auto pnext = node->PNext;
if (next) {
WRITE_ONCE(*pnext, next);
}
if (prev) {
WRITE_ONCE(*pprev, prev);
}
WRITE_ONCE(next->PNext, pnext);
WRITE_ONCE(prev->PPrev, pprev);
}
return node;
}
List::Node *List::Detach(ULong index) {
Node *node = None;
Long nsec = 1;
#if !DEV
for (auto retry = _Retry; retry > 0; --retry) {
#endif
if ((node = Access(index, true))) {
return Detach(node);
#if !DEV
break;
}
Idle((nsec = (nsec * Internal::Random(1, 10) % ULong(100))));
#endif
}
return None;
}
Bool List::Del(ULong index, Void *ptr, ErrorCodeE *code, Bool failable) {
ErrorCodeE error = ENoError;
Node *node = None;
if (index == 0) {
return False;
}
/* @NOTE: This is my theory of how to delete a node. When a node is deleted,
* this node will be moved to the second queue. We will use backing pointers
* to handle this.
*
* +------+
* | head | <-- This node should be created but we don't use it.
* +------+
* | ^
* | . +------+
* v +.........| wait |
* ........ +------+
* | ^
* | .
* v .
* +------+ .
* | last |...........+ <-- This link happens during a deleted node is mocked
* +------+ to this list. This node is effected when we update
* the pointer _Head[1]
*
* - These deleted nodes still allow another threads to be pass throught since
* we only use pointer Prev[0] while method `Access` only use pointer Next
* ------------------------------------------------------------------------ */
if ((node = Access(index, True, failable ? code : (&error)))) {
if (ptr == node->Ptr) {
if (!Detach(node)) {
if (code) {
*code = BadAccess("can't detach node as it should be").code();
}
goto reattach;
} else {
goto preserve;
}
}
}
fail:
#if !NDEBUG
if (_Dumpable || failable) {
if (error || (code && *code) || failable) {
ABI::KillMe();
}
}
#endif
return False;
reattach:
if (UNLIKELY(Attach(node), Long(node->Index))) {
Bug(EBadLogic, "Can't reattach node");
}
goto fail;
preserve:
DEC(&_Size[0]);
return True;
}
List::Node *List::Access(ULong &number, Bool is_index, ErrorCodeE *code) {
Node *node{_Head[0]};
while ((!is_index && number > 0) ||
(is_index && number != READ_ONCE(node->Index))) {
/* @NOTE: try to consult the permision to the next node within a certain
* attempts, hopfully we can gain it before the */
node = READ_ONCE(node->Next);
if (CMP(&node, _Last)) {
if (code) {
*code = ENotFound;
}
goto fail;
}
if (!is_index) {
--number;
}
}
/* @NOTE: we have the right node recently so now able update the real
* priviledge of this node */
return node;
fail:
return None;
}
List::Node *List::Access(Void *pointer, ErrorCodeE *code) {
Node *node{_Head[0]};
while (node && node->Ptr != pointer) {
/* @NOTE: try to consult the permision to the next node within a certain
* attempts, hopfully we can gain it before the*/
if (node->Next && !CMP(&node->Next, _Last)) {
/* @NOTE: try to acquire the next one, we are inquired to do that
* so we could gain the priviledge to manipulate this node before
* the timeout excess */
goto done;
} else {
if (code) {
*code = ENotFound;
}
goto fail;
}
done:
node = node->Next;
}
/* @NOTE: we have the right node recently so now able update the real
* priviledge of this node */
if (node) {
return node;
}
fail:
return None;
}
List::Node *List::Allocate(Void *pointer) {
Node *result = _Head[1] ? _Head[1]->Prev[1] : None;
if (result) {
while (!CMP(&result, _Head[1])) {
Node *next = result ? result->Prev[1] : None;
if (!next) {
break;
} else if (CMPXCHG(&result->State, False, True)) {
goto finish;
} else {
BARRIER();
}
result = result->Prev[1];
}
}
result = new Node(pointer, &_Head[0], &_Last);
INC(&_Size[1]);
/* @NOTE: even if we face high-loaded issue, we can't face any crash
* because we are maintaining a circuling queue so we might at least
* hiting to the _Head before the node is fully switch to the newest
* dead node. Like this:
*
* +------+
* | head |<-+ <- This node should be created but we don't use it.
* +------+ |
* | |
* | |
* v |
* ........ | <- Even if switching is slow, we still safe becasue
* | | these threads will hit back to the head which is
* | | never killed, i call it a backing link.
* v |
* +------+ |
* | last |--+
* +------+
* . +-----------+
* +.........>| switching |
* +-----------+
*
* - The backing link will be configured after the last node is fully
* switched so in theory there is no exception here and we would see
* the circular queue is expanded, even if we are dealing with high
* loaded issues.
*
* -------------------------------------------------------------------- */
if (_Head[1]) {
result->Prev[1] = _Head[1];
WRITE_ONCE(*_Head[1]->PNext, result);
}
finish:
result->Ptr = pointer;
result->PHead = &_Head[0];
result->PLast = &_Last;
result->Index = 0;
if (!_Head[1]) {
_Head[1] = result;
/* @NOTE: by default, this node should be Imutable so user can't use it */
_Head[1]->Index = 0;
_Head[1]->State = False;
/* @NOTE: do this would make a circular queue so we can prevent from
* touching undefined addresses */
_Head[1]->Prev[0] = _Head[1];
_Head[1]->Next = _Head[1];
_Head[1]->PPrev = &_Head[1]->Prev[0];
_Head[1]->PNext = &_Head[1]->Next;
}
return result;
}
} // namespace Base
| [
"hung0913208@gmail.com"
] | hung0913208@gmail.com |
9ad5a4dd89527a19e815ace0bf981ce3ac006566 | 8236f500ddcd7250557412938a66f96040e9489a | /Code/Maple/src/Scene/Entity/EntityGroup.h | 7455dee9e88c07494734d5be6b2907172c907ebb | [] | no_license | colorstheforce/MapleEngine | 9a449b356d31372a7f972a3be4d949bf45639952 | cceb9c7f852e19e249e2159c025fe4f327c18044 | refs/heads/main | 2023-08-19T01:37:41.207387 | 2021-09-23T16:18:37 | 2021-09-23T16:18:37 | 422,219,600 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,245 | h | //////////////////////////////////////////////////////////////////////////////
// This file is part of the Maple Game Engine //
//////////////////////////////////////////////////////////////////////////////
#pragma once
#include "Scene/Entity/Entity.h"
#include "Engine/Core.h"
namespace Maple
{
template<typename T>
class EntityView
{
class iterator;
public:
EntityView(Scene* scene)
: scene(scene), view(scene->getRegistry().view<T>())
{
}
inline auto operator[](int32_t i) { MAPLE_ASSERT(i < view.size(), "Index out of range on Entity View"); return Entity(view[i], scene); }
inline auto empty() const { return view.empty(); }
inline auto size() const { return view.size(); }
inline auto front() { return Entity(view[0], scene); }
private:
class iterator : public std::iterator<std::output_iterator_tag, Entity>
{
public:
explicit iterator(EntityView<T>& view, size_t index = 0)
:view(view)
, nIndex(index)
{
}
Entity operator*() const
{
return view[int32_t(nIndex)];
}
iterator& operator++()
{
nIndex++;
return *this;
}
iterator operator++(int)
{
return ++(*this);
}
bool operator!=(const iterator& rhs) const
{
return nIndex != rhs.nIndex;
}
private:
size_t nIndex = 0;
EntityView<T>& view;
};
Scene* scene = nullptr;
entt::basic_view<entt::entity, entt::exclude_t<>, T> view;
public:
iterator begin();
iterator end();
};
template<typename T>
typename EntityView<T>::iterator EntityView<T>::begin()
{
return EntityView<T>::iterator(*this, 0);
};
template<typename T>
typename EntityView<T>::iterator EntityView<T>::end()
{
return EntityView<T>::iterator(*this, Size());
};
template<typename... Components>
class EntityGroup
{
public:
EntityGroup(Scene* scene)
: scene(scene)
, group(scene->GetRegistry().group<Components...>())
{
}
inline auto operator[](int i) { MAPLE_ASSERT(i < Size(), "Index out of range on Entity View"); return Entity(group[i], scene); }
inline auto size() const { return group.size(); }
inline auto front() { return Entity(group[0], scene); }
private:
Scene* scene = nullptr;
entt::group<Components...> group;
};
};
| [
"zhunbeifang2@outlook.com"
] | zhunbeifang2@outlook.com |
d7294437589b39963bae4abe6e4e148d055fda22 | 24004e1c3b8005af26d5890091d3c207427a799e | /Win32/NXOPEN/NXOpen/Formboard_FormboardLayoutBuilder.hxx | 495d5c664cd81294532d07fa88cebe28b834e13e | [] | no_license | 15831944/PHStart | 068ca6f86b736a9cc857d7db391b2f20d2f52ba9 | f79280bca2ec7e5f344067ead05f98b7d592ae39 | refs/heads/master | 2022-02-20T04:07:46.994182 | 2019-09-29T06:15:37 | 2019-09-29T06:15:37 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 16,109 | hxx | #ifndef NXOpen_FORMBOARD_FORMBOARDLAYOUTBUILDER_HXX_INCLUDED
#define NXOpen_FORMBOARD_FORMBOARDLAYOUTBUILDER_HXX_INCLUDED
//--------------------------------------------------------------------------
// Header for C++ interface to JA API
//--------------------------------------------------------------------------
//
// Source File:
// Formboard_FormboardLayoutBuilder.ja
//
// Generated by:
// apiwrap
//
// WARNING:
// This file is automatically generated - do not edit by hand
//
#ifdef _MSC_VER
#pragma once
#endif
#include <NXOpen/NXDeprecation.hxx>
#include <vector>
#include <NXOpen/NXString.hxx>
#include <NXOpen/Callback.hxx>
#include <NXOpen/Builder.hxx>
#include <NXOpen/Expression.hxx>
#include <NXOpen/Formboard_FormboardLayoutBuilder.hxx>
#include <NXOpen/SelectObject.hxx>
#include <NXOpen/libnxopencpp_formboard_exports.hxx>
#ifdef _MSC_VER
#pragma warning(push)
#pragma warning(disable:4996)
#endif
#ifdef __GNUC__
#pragma GCC diagnostic ignored "-Wdeprecated-declarations"
#endif
namespace NXOpen
{
namespace Formboard
{
class FormboardLayoutBuilder;
}
class Builder;
class Expression;
namespace Formboard
{
class LayoutLengthOptions;
}
class Point;
namespace Routing
{
class SelectControlPoint;
}
namespace Formboard
{
class _FormboardLayoutBuilderBuilder;
class FormboardLayoutBuilderImpl;
/** Class that performs the "layout" of Formboard geometry. Creates all geometry
chosen by the user to flatten into a drawing and orients the geometry to
match the criteria specified in this builder class. This builder must only
be instantiated and used after the harnesses have been specified and stored
using the @link Formboard::FormboardManager::StoreHarnessesToFlatten Formboard::FormboardManager::StoreHarnessesToFlatten@endlink method. <br> To create a new instance of this class, use @link Formboard::FormboardManager::CreateLayoutBuilder Formboard::FormboardManager::CreateLayoutBuilder@endlink <br>
<br> Created in NX7.5.0. <br>
*/
class NXOPENCPP_FORMBOARDEXPORT FormboardLayoutBuilder : public Builder
{
/** Selection method for the set of segments that define the main
run of the formboard geometry. */
public: enum MainRunType
{
MainRunTypeLongest/** Path of longest wire. */,
MainRunTypeThickest/** Path of longest wire contained within the
thickest bundle. */,
MainRunTypeUserSelection/** Manual selection of path. */
};
/** Methods for determining which angles to apply at each branch of the Formboard. */
public: enum BranchAngle
{
BranchAngleAsDesigned/** Use the angle equal to the 3D angle
of the branch in the 3D harness. */,
BranchAngleStandardAngles/** Apply a standard angle to the branch,
the level of the branch determines
which angle to apply. */,
BranchAngleMaximumAngles/** Apply the largest possible angle values
at every branch to force the harness
to spread out. */,
BranchAngleRandomAngles/** Randomly choose an angle for each
branch. */
};
/** Shape option for the branches. */
public: enum BranchShape
{
BranchShapeStraight/** Each branch forms a straight line. */,
BranchShapeAngled/** Branch becomes angled at each location
that forms a new branch. */
};
private: FormboardLayoutBuilderImpl * m_formboardlayoutbuilder_impl;
private: friend class _FormboardLayoutBuilderBuilder;
protected: FormboardLayoutBuilder();
public: ~FormboardLayoutBuilder();
/**Returns the main run method.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Formboard::FormboardLayoutBuilder::MainRunType MainRunMethod
(
);
/**Sets the main run method.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void SetMainRunMethod
(
NXOpen::Formboard::FormboardLayoutBuilder::MainRunType mainRunType /** mainruntype */
);
/**Returns the start of the main run. Contains the starting control point
that defines the main run of the Formboard if the
@link Formboard::FormboardLayoutBuilder::MainRunType Formboard::FormboardLayoutBuilder::MainRunType@endlink is
@link Formboard::FormboardLayoutBuilder::MainRunTypeUserSelection Formboard::FormboardLayoutBuilder::MainRunTypeUserSelection@endlink .
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Routing::SelectControlPoint * MainRunStartSelection
(
);
/**Returns the end of the main run. Contains the ending control point
that defines the main run of the Formboard if the
@link Formboard::FormboardLayoutBuilder::MainRunType Formboard::FormboardLayoutBuilder::MainRunType@endlink is
@link Formboard::FormboardLayoutBuilder::MainRunTypeUserSelection Formboard::FormboardLayoutBuilder::MainRunTypeUserSelection@endlink .
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Routing::SelectControlPoint * MainRunEndSelection
(
);
/**Returns the flag that determines whether the main run is "reversed" or not. If true then
the direction and order of the main run path is reversed. The end of the main
run becomes the start and vice-versa. The list of path segments is not
modified or re-ordered, only the order in which the path segments is evaluated
when laying out the geometry.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: bool ReverseMainRun
(
);
/**Sets the flag that determines whether the main run is "reversed" or not. If true then
the direction and order of the main run path is reversed. The end of the main
run becomes the start and vice-versa. The list of path segments is not
modified or re-ordered, only the order in which the path segments is evaluated
when laying out the geometry.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void SetReverseMainRun
(
bool reverseMainRun /** reversemainrun */
);
/**Returns the main run origin. The location in modeling space of the start
of the main run. The layout operation translates the main run such
that it start RCP is located at this location.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Point * MainRunOrigin
(
);
/**Sets the main run origin. The location in modeling space of the start
of the main run. The layout operation translates the main run such
that it start RCP is located at this location.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void SetMainRunOrigin
(
NXOpen::Point * mainRunOrigin /** mainrunorigin */
);
/**Returns the length options for the layout operation. The length options only have
any effect if this is the first time that the Formboard geometry is being
created in the drawing.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Formboard::LayoutLengthOptions * LengthOptions
(
);
/**Returns the branch angle type. Specifies how the layout algorithm determines the angle
between each child branch and its parent branch.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Formboard::FormboardLayoutBuilder::BranchAngle BranchAngleMethod
(
);
/**Sets the branch angle type. Specifies how the layout algorithm determines the angle
between each child branch and its parent branch.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void SetBranchAngleMethod
(
NXOpen::Formboard::FormboardLayoutBuilder::BranchAngle branchAngle /** branchangle */
);
/**Returns the primary standard angle. The layout algorithm snaps the angle of the
branch to a multiple of this angle.
Only used when the
@link Formboard::FormboardLayoutBuilder::BranchAngleMethod Formboard::FormboardLayoutBuilder::BranchAngleMethod@endlink is
@link Formboard::FormboardLayoutBuilder::BranchAngleStandardAngles Formboard::FormboardLayoutBuilder::BranchAngleStandardAngles@endlink .
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Expression * PrimaryStandardAngle
(
);
/**Returns the secondary standard angle. The layout algorithm snaps the angle of the
branch to a multiple of this angle when all multiples of the primary angle
have been used.
Only used when the
@link Formboard::FormboardLayoutBuilder::BranchAngle Formboard::FormboardLayoutBuilder::BranchAngle@endlink is
@link Formboard::FormboardLayoutBuilder::BranchAngleStandardAngles Formboard::FormboardLayoutBuilder::BranchAngleStandardAngles@endlink .
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Expression * SecondaryStandardAngle
(
);
/**Returns the tertiary standard angle. The layout algorithm snaps the angle of the
branch to a multiple of this angle when all multiples of the primary and secondary
angles have been used.
Only used when the
@link Formboard::FormboardLayoutBuilder::BranchAngle Formboard::FormboardLayoutBuilder::BranchAngle@endlink is
@link Formboard::FormboardLayoutBuilder::BranchAngleStandardAngles Formboard::FormboardLayoutBuilder::BranchAngleStandardAngles@endlink .
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Expression * TertiaryStandardAngle
(
);
/**Returns the minimum random angle. Used when
@link Formboard::FormboardLayoutBuilder::BranchAngle Formboard::FormboardLayoutBuilder::BranchAngle@endlink is
@link Formboard::FormboardLayoutBuilder::BranchAngleRandomAngles Formboard::FormboardLayoutBuilder::BranchAngleRandomAngles@endlink .
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Expression * MinimumRandomAngle
(
);
/**Returns the maximum random angle. Used when
@link Formboard::FormboardLayoutBuilder::BranchAngle Formboard::FormboardLayoutBuilder::BranchAngle@endlink is
@link Formboard::FormboardLayoutBuilder::BranchAngleRandomAngles Formboard::FormboardLayoutBuilder::BranchAngleRandomAngles@endlink .
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Expression * MaximumRandomAngle
(
);
/**Returns the branch shape type.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: NXOpen::Formboard::FormboardLayoutBuilder::BranchShape BranchShapeType
(
);
/**Sets the branch shape type.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void SetBranchShapeType
(
NXOpen::Formboard::FormboardLayoutBuilder::BranchShape branchShape /** branchshape */
);
/** Creates the initial set of formboard geometry using the current
default values stored in the builder. This geometry is necessary for the
UI to allow the user to see and select formboard geometry, for example to define
a Main Run. Does nothing if the work part already contains formboard
geometry.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void CreateDefaultGeometry
(
);
/** Updates the orientation and placement of the formboard geometry to match
the current set of layout options stored within the builder.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void UpdateLayout
(
);
/** Translates the formboard geometry so that it matches the new main run origin, this is a more
lightweight operation than the full UpdateLayout operation. The assumption here
is that the only change to the builder is with the main run origin.
<br> Created in NX7.5.0. <br>
<br> License requirements : routing_harness ("Routing Harness") */
public: void TranslateToNewOrigin
(
);
};
}
}
#ifdef _MSC_VER
#pragma warning(pop)
#endif
#ifdef __GNUC__
#ifndef NX_NO_GCC_DEPRECATION_WARNINGS
#pragma GCC diagnostic warning "-Wdeprecated-declarations"
#endif
#endif
#undef EXPORTLIBRARY
#endif
| [
"1075087594@qq.com"
] | 1075087594@qq.com |
b1fe5d751d3098af2a1a61743b053ff046f307a3 | f271c46bb77d70c81354f550b3004976541ba12b | /src/Label.cpp | 25053e83a39306dcd9d84c5f62ea2891cde451ec | [] | no_license | yearling/YYUI | 4baa2b2f5a7cb0a61120a0404e9ed3afe7c4e73f | 3984776c5878f48851c4e7814789d403a15b1114 | refs/heads/master | 2021-01-10T01:06:10.881411 | 2015-06-10T12:40:34 | 2015-06-10T12:40:34 | 36,545,444 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 13,660 | cpp | #include "YUI.h"
#include "Label.h"
#include "UIUtility.h"
#include <atlconv.h>
#include "ControlUI.h"
#include "ControlManager.h"
#include "WindowProperty.h"
#include "Canvas2D.h"
namespace YUI
{
Label::Label()
:m_uTextStyle(DT_VCENTER)
,m_dwTextColor(0)
,m_dwDisabledTextColor(0)
,m_bShowHtml(false)
,m_EnableEffect(false)
,m_TransShadow(60)
,m_TransText(168)
,m_TransShadow1(60)
,m_TransText1(168)
,m_hAlign(DT_LEFT)
,m_vAlign(DT_CENTER)
,m_dwTextColor1(-1)
,m_dwTextShadowColorA(0xff000000)
,m_dwTextShadowColorB(-1)
,m_GradientAngle(0)
,m_EnabledStroke(false)
,m_TransStroke(255)
,m_dwStrokeColor(0)
,m_EnabledShadow(false)
,m_GradientLength(0)
{
::ZeroMemory(&m_rcTextPadding, sizeof(m_rcTextPadding));
AddHander();
}
Label::~Label()
{
}
LPCTSTR Label::GetClass() const
{
return _T("LabelUI");
}
void Label::SetTextStyle(UINT uStyle)
{
m_uTextStyle = uStyle;
Invalidate();
}
UINT Label::GetTextStyle() const
{
return m_uTextStyle;
}
void Label::SetTextColor(DWORD dwTextColor)
{
m_dwTextColor = dwTextColor;
Invalidate();
}
DWORD Label::GetTextColor() const
{
return m_dwTextColor;
}
void Label::SetDisabledTextColor(DWORD dwTextColor)
{
m_dwDisabledTextColor = dwTextColor;
Invalidate();
}
DWORD Label::GetDisabledTextColor() const
{
return m_dwDisabledTextColor;
}
void Label::SetFont(const YString &fontid)
{
m_Fontid = fontid;
Invalidate();
}
YString Label::GetFont() const
{
return m_Fontid;
}
YUI::YYRECT Label::GetTextPadding() const
{
return m_rcTextPadding;
}
void Label::SetTextPadding(YYRECT rc)
{
m_rcTextPadding = rc;
Invalidate();
}
bool Label::IsShowHtml()
{
return m_bShowHtml;
}
void Label::SetShowHtml(bool bShowHtml /*= true*/)
{
if( m_bShowHtml == bShowHtml ) return;
m_bShowHtml = bShowHtml;
Invalidate();
}
YUI::YYSIZE Label::EstimateSize(YYSIZE szAvailable)
{
//if( m_cXYFixed.cy == 0 ) return YSize(m_cXYFixed.cx, m_pManager->GetFontInfo((HFONT)_ttoi(GetFont().c_str()))->m_tm.tmHeight + 4);
return ControlUI::EstimateSize(szAvailable);
}
void Label::SetAttribute(const std::string &strName, const std::string& strValue)
{
LPCSTR pstrName = strName.c_str();
LPCSTR pstrValue = strValue.c_str();
if( strcmp(pstrName, ("align")) == 0 ) {
if( strstr(pstrValue, ("left")) != NULL ) {
m_uTextStyle &= ~(DT_CENTER | DT_RIGHT | DT_VCENTER | DT_SINGLELINE);
m_uTextStyle |= DT_LEFT;
}
if( strstr(pstrValue, ("center")) != NULL ) {
m_uTextStyle &= ~(DT_LEFT | DT_RIGHT );
m_uTextStyle |= DT_CENTER;
}
if( strstr(pstrValue, ("right")) != NULL ) {
m_uTextStyle &= ~(DT_LEFT | DT_CENTER | DT_VCENTER | DT_SINGLELINE);
m_uTextStyle |= DT_RIGHT;
}
if( strstr(pstrValue, ("top")) != NULL ) {
m_uTextStyle &= ~(DT_BOTTOM | DT_VCENTER | DT_VCENTER);
m_uTextStyle |= (DT_TOP | DT_SINGLELINE);
}
if( strstr(pstrValue, ("vcenter")) != NULL ) {
m_uTextStyle &= ~(DT_TOP | DT_BOTTOM );
m_uTextStyle |= (DT_CENTER | DT_VCENTER | DT_SINGLELINE);
}
if( strstr(pstrValue, ("bottom")) != NULL ) {
m_uTextStyle &= ~(DT_TOP | DT_VCENTER | DT_VCENTER);
m_uTextStyle |= (DT_BOTTOM | DT_SINGLELINE);
}
}
else if( strcmp(pstrName, ("endellipsis")) == 0 ) {
if( strcmp(pstrValue, ("true")) == 0 ) m_uTextStyle |= DT_END_ELLIPSIS;
else m_uTextStyle &= ~DT_END_ELLIPSIS;
}
else if( strcmp(pstrName, ("font")) == 0 ) SetFont(UTF8ToGBK(pstrValue));
else if( strcmp(pstrName, ("textcolor")) == 0 ) {
if( *pstrValue == ('#')) pstrValue = ::CharNextA(pstrValue);
LPSTR pstr = NULL;
DWORD clrColor = strtoul(pstrValue, &pstr, 16);
SetTextColor(clrColor);
}
else if( strcmp(pstrName, ("disabledtextcolor")) == 0 ) {
if( *pstrValue == ('#')) pstrValue = ::CharNextA(pstrValue);
LPSTR pstr = NULL;
DWORD clrColor = strtoul(pstrValue, &pstr, 16);
SetDisabledTextColor(clrColor);
}
else if( strcmp(pstrName, ("textpadding")) == 0 ) {
YYRECT rcTextPadding ;
LPSTR pstr = NULL;
rcTextPadding.left = (float)strtol(pstrValue, &pstr, 10); assert(pstr);
rcTextPadding.top = (float)strtol(pstr + 1, &pstr, 10); assert(pstr);
rcTextPadding.right = (float)strtol(pstr + 1, &pstr, 10); assert(pstr);
rcTextPadding.bottom = (float)strtol(pstr + 1, &pstr, 10); assert(pstr);
SetTextPadding(rcTextPadding);
}
else if( strcmp(pstrName, ("showhtml")) == 0 ) SetShowHtml(strcmp(pstrValue, ("true")) == 0);
else if( strcmp(pstrName, ("enabledeffect")) == 0 ) SetEnabledEffect(strcmp(pstrValue, ("true")) == 0);
else if( strcmp(pstrName, ("rhaa")) == 0 ) SetTextRenderingHintAntiAlias((float)atoi(pstrValue));
else if( strcmp(pstrName, ("transshadow")) == 0 ) SetTransShadow((float)atoi(pstrValue));
else if( strcmp(pstrName, ("transtext")) == 0 ) SetTransText((float)atoi(pstrValue));
else if( strcmp(pstrName, ("transshadow1")) == 0 ) SetTransShadow1((float)atoi(pstrValue));
else if( strcmp(pstrName, ("transtext1")) == 0 ) SetTransText1((float)atoi(pstrValue));
else if( strcmp(pstrName, ("gradientangle")) == 0 ) SetGradientAngle((float)atoi(pstrValue));
else if( strcmp(pstrName, ("enabledstroke")) == 0 ) SetEnabledStroke(strcmp(pstrValue, ("true")) == 0);
else if( strcmp(pstrName, ("enabledshadow")) == 0 ) SetEnabledShadow(strcmp(pstrValue, ("true")) == 0);
else if( strcmp(pstrName, ("transstroke")) == 0 ) SetTransStroke((float)atoi(pstrValue));
else if( strcmp(pstrName, ("gradientlength")) == 0 ) SetGradientLength((float)atoi(pstrValue));
else if( strcmp(pstrName, ("shadowoffset")) == 0 ){
LPSTR pstr = NULL;
float offsetx = (float)strtol(pstrValue, &pstr, 10); assert(pstr);
float offsety = (float)strtol(pstr + 1, &pstr, 10); assert(pstr);
SetShadowOffset(offsetx,offsety);
}
else if( strcmp(pstrName, ("textcolor1")) == 0 ) {
if( *pstrValue == ('#')) pstrValue = ::CharNextA(pstrValue);
LPSTR pstr = NULL;
DWORD clrColor = strtoul(pstrValue, &pstr, 16);
SetTextColor1(clrColor);
}
else if( strcmp(pstrName, ("textshadowcolora")) == 0 ) {
if( *pstrValue == ('#')) pstrValue = ::CharNextA(pstrValue);
LPSTR pstr = NULL;
DWORD clrColor = strtoul(pstrValue, &pstr, 16);
SetTextShadowColorA(clrColor);
}
else if( strcmp(pstrName, ("textshadowcolorb")) == 0 ) {
if( *pstrValue == ('#')) pstrValue = ::CharNextA(pstrValue);
LPSTR pstr = NULL;
DWORD clrColor = strtoul(pstrValue, &pstr, 16);
SetTextShadowColorB(clrColor);
}
else if( strcmp(pstrName, ("strokecolor")) == 0 ) {
if( *pstrValue == ('#')) pstrValue = ::CharNextA(pstrValue);
LPSTR pstr = NULL;
DWORD clrColor = strtoul(pstrValue, &pstr, 16);
SetStrokeColor(clrColor);
}
else ControlUI::SetAttribute(pstrName, pstrValue);
}
void Label::PaintText()
{
if( m_dwTextColor == 0 )
m_dwTextColor= m_pManager->GetWindowProperty()->GetDefaultFontColor();
if( m_dwDisabledTextColor == 0 )
m_dwDisabledTextColor = m_pManager->GetWindowProperty()->GetDefaultDisabledColor();
YYRECT rc = m_rcItem;
rc.left += m_rcTextPadding.left;
rc.right -= m_rcTextPadding.right;
rc.top += m_rcTextPadding.top;
rc.bottom -= m_rcTextPadding.bottom;
Canvas2D canvas(m_pManager->GetHWND());
FontD2D font(_T("Verdana"),20);
canvas.DrawSolidText(m_strText,font,rc,m_dwTextColor);
}
void Label::SetEnabledEffect(bool _EnabledEffect)
{
m_EnableEffect = _EnabledEffect;
}
bool Label::GetEnabledEffect()
{
return m_EnableEffect;
}
void Label::SetText(LPCTSTR pstrText)
{
if(!GetEnabledEffect())
return ControlUI::SetText(pstrText);
m_TextValue = pstrText;
}
YUI::YString Label::GetText() const
{
if(!m_EnableEffect)
return ControlUI::GetText();
return m_TextValue;
}
void Label::SetTransShadow(float _TransShadow)
{
m_TransShadow = _TransShadow;
}
float Label::GetTransShadow()
{
return m_TransShadow;
}
void Label::SetTransShadow1(float _TransShadow)
{
m_TransShadow1 = _TransShadow;
}
float Label::GetTransShadow1()
{
return m_TransShadow1;
}
void Label::SetTransText(float _TransText)
{
m_TransText = _TransText;
}
float Label::GetTransText()
{
return m_TransText;
}
void Label::SetTransText1(float _TransText)
{
m_TransText1 = _TransText;
}
float Label::GetTransText1()
{
return m_TransText1;
}
void Label::SetTransStroke(float _TransStroke)
{
m_TransStroke = _TransStroke;
}
float Label::GetTransStroke()
{
return m_TransStroke;
}
void Label::SetGradientLength(float _GradientLength)
{
m_GradientLength = _GradientLength;
}
float Label::GetGradientLength()
{
return m_GradientLength;
}
void Label::SetTextRenderingHintAntiAlias(float _TextRenderingHintAntiAlias)
{
if(_TextRenderingHintAntiAlias < 0 || _TextRenderingHintAntiAlias > 5)
_TextRenderingHintAntiAlias = 0;
//m_TextRenderingHintAntiAlias = (TextRenderingHint)extRenderingHintAntiAlias;
}
float Label::GetTextRenderingHintAntiAlias()
{
//return m_TextRenderingHintAntiAlias;
return 1;
}
void Label::SetShadowOffset(float _offset,float _angle)
{
if(_angle > 180 || _angle < -180)
return;
YYRECT rc = m_rcItem;
if(_angle >= 0 && _angle <= 180)
rc.top -= _offset;
else if(_angle > -180 && _angle < 0)
rc.top += _offset;
if(_angle > -90 && _angle <= 90)
rc.left -= _offset;
else if( _angle > 90 || _angle < -90)
rc.left += _offset;
m_ShadowOffset.top = (float)rc.top;
m_ShadowOffset.left = (float)rc.left;
}
YYRECT Label::GetShadowOffset()
{
return m_ShadowOffset;
}
void Label::SetTextColor1(DWORD extColor1)
{
m_dwTextColor1 = extColor1;
}
DWORD Label::GetTextColor1()
{
return m_dwTextColor1;
}
void Label::SetTextShadowColorA(DWORD extShadowColorA)
{
m_dwTextShadowColorA = extShadowColorA;
}
DWORD Label::GetTextShadowColorA()
{
return m_dwTextShadowColorA;
}
void Label::SetTextShadowColorB(DWORD extShadowColorB)
{
m_dwTextShadowColorB = extShadowColorB;
}
DWORD Label::GetTextShadowColorB()
{
return m_dwTextShadowColorB;
}
void Label::SetStrokeColor(DWORD _StrokeColor)
{
m_dwStrokeColor = _StrokeColor;
}
DWORD Label::GetStrokeColor()
{
return m_dwStrokeColor;
}
void Label::SetGradientAngle(float _SetGradientAngle)
{
m_GradientAngle = _SetGradientAngle;
}
float Label::GetGradientAngle()
{
return m_GradientAngle;
}
void Label::SetEnabledStroke(bool _EnabledStroke)
{
m_EnabledStroke = _EnabledStroke;
}
bool Label::GetEnabledStroke()
{
return m_EnabledStroke;
}
void Label::SetEnabledShadow(bool _EnabledShadowe)
{
m_EnabledShadow = _EnabledShadowe;
}
bool Label::GetEnabledShadow()
{
return m_EnabledShadow;
}
void Label::AddHander()
{
m_LabelMsgHandler.SetSuccessor(&m_ControlMsgHandler);
m_LabelMsgHandler.AddEntry(UIMSG_SETFOCUS,[&](const MsgWrap &msg)
{
m_bFocused = true;
Invalidate();
});
m_LabelMsgHandler.AddEntry(UIMSG_KILLFOCUS,[&](const MsgWrap &msg)
{
m_bFocused = false;
Invalidate();
});
}
void Label::HandleMsg(const MsgWrap & msg) throw()
{
m_LabelMsgHandler.HandleMsg(msg);
}
} | [
"yearlingwes@gmail.com"
] | yearlingwes@gmail.com |
4a5e9041e573cb4a67c6020bdffed80205531575 | 48d5dbf4475448f5df6955f418d7c42468d2a165 | /SDK/SoT_HarbourFramework_functions.cpp | da7aebaa088366f31e9164ee5acf729d6c1c2131 | [] | no_license | Outshynd/SoT-SDK-1 | 80140ba84fe9f2cdfd9a402b868099df4e8b8619 | 8c827fd86a5a51f3d4b8ee34d1608aef5ac4bcc4 | refs/heads/master | 2022-11-21T04:35:29.362290 | 2020-07-10T14:50:55 | 2020-07-10T14:50:55 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 359 | cpp | // Sea of Thieves (1.4.16) SDK
#ifdef _MSC_VER
#pragma pack(push, 0x8)
#endif
#include "SoT_HarbourFramework_parameters.hpp"
namespace SDK
{
//---------------------------------------------------------------------------
//Functions
//---------------------------------------------------------------------------
}
#ifdef _MSC_VER
#pragma pack(pop)
#endif
| [
"53855178+Shat-sky@users.noreply.github.com"
] | 53855178+Shat-sky@users.noreply.github.com |
382765a5fac379a4d65614af712678b223cb5d66 | d75ec2ceb9d1a3fc9e4f5d79212e9dc0c739fd7a | /InterviewBit/Two Pointers/3 Sum.cpp | 5c7456b5a9b1651774c7b8174a026f68fb16bdae | [] | no_license | aryan-harsh/DS-Algo-Codes | bc949d1c3a77d53c8c73804b0a3543cb9b569c0e | e20cdd742870c8da89792543e7b4f91e2b43ac0f | refs/heads/master | 2023-02-12T13:57:51.656903 | 2020-12-09T23:33:24 | 2020-12-09T23:33:24 | 138,578,481 | 5 | 5 | null | 2021-01-14T05:43:50 | 2018-06-25T10:16:44 | C++ | UTF-8 | C++ | false | false | 782 | cpp | #define ll long long int
int Solution::threeSumClosest(vector<int> &A, int B)
{
int n = A.size();
sort(A.begin(), A.end());
ll sum = 0, sumt = 0;
ll diff = LLONG_MAX;
bool flag=true;
for (int i = 0; i < n && flag; i++)
{
int l = i + 1, r = n - 1;
while (l < r)
{
sumt = 1LL * A[i] + A[l] + A[r];
if (llabs(sumt - B) < diff)
{
diff = llabs(sumt - B);
sum = sumt;
}
if (sumt < B)
{
l++;
}
else if(sumt > B)
{
r--;
}
else
{
flag=false;
break;
}
}
}
return sum;
} | [
"mishraprateekaries@gmail.com"
] | mishraprateekaries@gmail.com |
70e505669d7d79211dceb37ae154688e82dc92ed | 1e1b3f702bdf6c0544ae27a321c8ebe605434ee4 | /Chapter6/Sample124/FileDlgDemo/FileDlgDemoDlg.cpp | f98f9f435e7ef4ae4b55f7d63eb667c2ec7d5c7b | [] | no_license | Aque1228556367/Visual_Cpp_By_Example | 63e3d67e734b7d95385a329e4a1641e7b1727084 | 41f903d8c9938e7800d89fcff31b182bfc1c4f45 | refs/heads/master | 2021-03-12T20:36:56.780300 | 2015-05-08T02:05:46 | 2015-05-08T02:05:46 | 35,171,152 | 2 | 2 | null | null | null | null | GB18030 | C++ | false | false | 4,766 | cpp | // FileDlgDemoDlg.cpp : implementation file
//
#include "stdafx.h"
#include "FileDlgDemo.h"
#include "FileDlgDemoDlg.h"
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
/////////////////////////////////////////////////////////////////////////////
// CAboutDlg dialog used for App About
class CAboutDlg : public CDialog
{
public:
CAboutDlg();
// Dialog Data
//{{AFX_DATA(CAboutDlg)
enum { IDD = IDD_ABOUTBOX };
//}}AFX_DATA
// ClassWizard generated virtual function overrides
//{{AFX_VIRTUAL(CAboutDlg)
protected:
virtual void DoDataExchange(CDataExchange* pDX); // DDX/DDV support
//}}AFX_VIRTUAL
// Implementation
protected:
//{{AFX_MSG(CAboutDlg)
//}}AFX_MSG
DECLARE_MESSAGE_MAP()
};
CAboutDlg::CAboutDlg() : CDialog(CAboutDlg::IDD)
{
//{{AFX_DATA_INIT(CAboutDlg)
//}}AFX_DATA_INIT
}
void CAboutDlg::DoDataExchange(CDataExchange* pDX)
{
CDialog::DoDataExchange(pDX);
//{{AFX_DATA_MAP(CAboutDlg)
//}}AFX_DATA_MAP
}
BEGIN_MESSAGE_MAP(CAboutDlg, CDialog)
//{{AFX_MSG_MAP(CAboutDlg)
// No message handlers
//}}AFX_MSG_MAP
END_MESSAGE_MAP()
/////////////////////////////////////////////////////////////////////////////
// CFileDlgDemoDlg dialog
CFileDlgDemoDlg::CFileDlgDemoDlg(CWnd* pParent /*=NULL*/)
: CDialog(CFileDlgDemoDlg::IDD, pParent)
{
//{{AFX_DATA_INIT(CFileDlgDemoDlg)
// NOTE: the ClassWizard will add member initialization here
//}}AFX_DATA_INIT
// Note that LoadIcon does not require a subsequent DestroyIcon in Win32
m_hIcon = AfxGetApp()->LoadIcon(IDR_MAINFRAME);
}
void CFileDlgDemoDlg::DoDataExchange(CDataExchange* pDX)
{
CDialog::DoDataExchange(pDX);
//{{AFX_DATA_MAP(CFileDlgDemoDlg)
DDX_Control(pDX, IDC_EDIT1, m_ctlEdit);
//}}AFX_DATA_MAP
}
BEGIN_MESSAGE_MAP(CFileDlgDemoDlg, CDialog)
//{{AFX_MSG_MAP(CFileDlgDemoDlg)
ON_WM_SYSCOMMAND()
ON_WM_PAINT()
ON_WM_QUERYDRAGICON()
ON_BN_CLICKED(IDC_FILE, OnFile)
//}}AFX_MSG_MAP
END_MESSAGE_MAP()
/////////////////////////////////////////////////////////////////////////////
// CFileDlgDemoDlg message handlers
BOOL CFileDlgDemoDlg::OnInitDialog()
{
CDialog::OnInitDialog();
// Add "About..." menu item to system menu.
// IDM_ABOUTBOX must be in the system command range.
ASSERT((IDM_ABOUTBOX & 0xFFF0) == IDM_ABOUTBOX);
ASSERT(IDM_ABOUTBOX < 0xF000);
CMenu* pSysMenu = GetSystemMenu(FALSE);
if (pSysMenu != NULL)
{
CString strAboutMenu;
strAboutMenu.LoadString(IDS_ABOUTBOX);
if (!strAboutMenu.IsEmpty())
{
pSysMenu->AppendMenu(MF_SEPARATOR);
pSysMenu->AppendMenu(MF_STRING, IDM_ABOUTBOX, strAboutMenu);
}
}
// Set the icon for this dialog. The framework does this automatically
// when the application's main window is not a dialog
SetIcon(m_hIcon, TRUE); // Set big icon
SetIcon(m_hIcon, FALSE); // Set small icon
// TODO: Add extra initialization here
return TRUE; // return TRUE unless you set the focus to a control
}
void CFileDlgDemoDlg::OnSysCommand(UINT nID, LPARAM lParam)
{
if ((nID & 0xFFF0) == IDM_ABOUTBOX)
{
CAboutDlg dlgAbout;
dlgAbout.DoModal();
}
else
{
CDialog::OnSysCommand(nID, lParam);
}
}
// If you add a minimize button to your dialog, you will need the code below
// to draw the icon. For MFC applications using the document/view model,
// this is automatically done for you by the framework.
void CFileDlgDemoDlg::OnPaint()
{
if (IsIconic())
{
CPaintDC dc(this); // device context for painting
SendMessage(WM_ICONERASEBKGND, (WPARAM) dc.GetSafeHdc(), 0);
// Center icon in client rectangle
int cxIcon = GetSystemMetrics(SM_CXICON);
int cyIcon = GetSystemMetrics(SM_CYICON);
CRect rect;
GetClientRect(&rect);
int x = (rect.Width() - cxIcon + 1) / 2;
int y = (rect.Height() - cyIcon + 1) / 2;
// Draw the icon
dc.DrawIcon(x, y, m_hIcon);
}
else
{
CDialog::OnPaint();
}
}
// The system calls this to obtain the cursor to display while the user drags
// the minimized window.
HCURSOR CFileDlgDemoDlg::OnQueryDragIcon()
{
return (HCURSOR) m_hIcon;
}
void CFileDlgDemoDlg::OnFile()
{
// TODO: Add your control notification handler code here
CString szFilters="MyType Files (*.my)|*.my|All Files (*.*)|*.*||"; //定义文件过滤器
//创建打开文件对话框对象，默认的文件扩展名为 ".my".
CFileDialog fileDlg (TRUE, "my", "*.my",OFN_FILEMUSTEXIST| OFN_HIDEREADONLY, szFilters, this);
//调用DoModal()函数显示打开文件对话框
if( fileDlg.DoModal ()==IDOK )
{
CString pathName = fileDlg.GetPathName();
// 进行文件的相关操作
m_ctlEdit.SetWindowText(pathName);
//将当前窗口的标题设置为打开文件的名字
CString fileName = fileDlg.GetFileTitle ();
SetWindowText(fileName);
}
}
| [
"1228556367@qq.com"
] | 1228556367@qq.com |
1c5aa081e27ae54454dbb28dd2a777886384ed78 | a33b7e5815f6ac385ca9c455754e0c0b6efd0829 | /函数/f1.cpp | af0351fc53f27fa5904ce4ab7168433a0fc9f23f | [] | no_license | yangdongzju1976/c_language | aa557f2e99e1adc93cb9c8181110516a55ea3fa0 | 3037097d66d23ac41a3de62e026cbce939b0ecc4 | refs/heads/master | 2023-02-22T08:08:25.074619 | 2021-01-31T09:39:20 | 2021-01-31T09:39:20 | 334,620,019 | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 558 | cpp | #include <stdio.h>
#include "windows.h"
void print_star();
int main(int argc, char *argv[])
{
system("color 70");
//1.库函数
printf("1.库函数调用\n");
printf("\tHello, world\n\t");
//2.自定义函数
printf("\t2.自定义函数调用\n");
print_star();
printf("\n\tHello, world\n");
print_star();
printf("\n\n");
//3.循环调用自定义函数
printf("\t3.循环调用自定义函数\n");
for (int i=0; i<10;i++ )
{
print_star();
printf("\n");
}
return 0;
}
void print_star()
{
printf("*******************************");
}
| [
"66078117@qq.com"
] | 66078117@qq.com |
811320debd7677aaf7b755a9d176a30821e54e41 | dfcd5648f59de3c83dd75df0a77132d9be7e9599 | /utils/print.cpp | 8a6d45a5f8d5718c8cd0f46640531d4893ff95fa | [] | no_license | denbilyk/altaris-hw-avr | 0b06ed8caa3830da369d6f973dec397c1f60ec7a | a8e4fe4ff3195a219cfe63eda2c3b91c11184353 | HEAD | 2016-09-06T18:05:12.481980 | 2016-02-16T14:18:50 | 2016-02-16T14:18:50 | 41,568,452 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,228 | cpp | //
// Created by Denis Bilyk on 8/23/15.
//
#include "print.h"
/* default implementation: may be overridden */
size_t Print::write(const uint8_t *buffer, size_t size) {
size_t n = 0;
while (size--) {
n += write(*buffer++);
}
return n;
}
size_t Print::print(const char str[]) {
return write(str);
}
size_t Print::print(char c) {
return write(c);
}
size_t Print::print(unsigned char b, int base) {
return print((unsigned long) b, base);
}
size_t Print::print(int n, int base) {
return print((long) n, base);
}
size_t Print::print(unsigned int n, int base) {
return print((unsigned long) n, base);
}
size_t Print::print(long n, int base) {
if (base == 0) {
return write(n);
} else if (base == 10) {
if (n < 0) {
int t = print('-');
n = -n;
return printNumber(n, 10) + t;
}
return printNumber(n, 10);
} else {
return printNumber(n, base);
}
}
size_t Print::print(unsigned long n, int base) {
if (base == 0) return write(n);
else return printNumber(n, base);
}
size_t Print::print(double n, int digits) {
return printFloat(n, digits);
}
size_t Print::print(String &string) {
return print(string.c_str());
}
size_t Print::print(const String &string) {
return print(string.c_str());
}
size_t Print::println(void) {
size_t n = print('\r');
n += print('\n');
return n;
}
size_t Print::println(const char c[]) {
size_t n = print(c);
n += println();
return n;
}
size_t Print::println(char c) {
size_t n = print(c);
n += println();
return n;
}
size_t Print::println(unsigned char b, int base) {
size_t n = print(b, base);
n += println();
return n;
}
size_t Print::println(int num, int base) {
size_t n = print(num, base);
n += println();
return n;
}
size_t Print::println(unsigned int num, int base) {
size_t n = print(num, base);
n += println();
return n;
}
size_t Print::println(long num, int base) {
size_t n = print(num, base);
n += println();
return n;
}
size_t Print::println(unsigned long num, int base) {
size_t n = print(num, base);
n += println();
return n;
}
size_t Print::println(double num, int digits) {
size_t n = print(num, digits);
n += println();
return n;
}
// Private Methods /////////////////////////////////////////////////////////////
size_t Print::printNumber(unsigned long n, uint8_t base) {
char buf[8 * sizeof(long) + 1]; // Assumes 8-bit chars plus zero byte.
char *str = &buf[sizeof(buf) - 1];
*str = '\0';
// prevent crash if called with base == 1
if (base < 2) base = 10;
do {
unsigned long m = n;
n /= base;
char c = m - base * n;
*--str = c < 10 ? c + '0' : c + 'A' - 10;
} while (n);
return write(str);
}
size_t Print::printFloat(double number, uint8_t digits) {
size_t n = 0;
if (isnan(number)) return print("nan");
if (isinf(number)) return print("inf");
if (number > 4294967040.0) return print("ovf"); // constant determined empirically
if (number < -4294967040.0) return print("ovf"); // constant determined empirically
// Handle negative numbers
if (number < 0.0) {
n += print('-');
number = -number;
}
// Round correctly so that print(1.999, 2) prints as "2.00"
double rounding = 0.5;
for (uint8_t i = 0; i < digits; ++i)
rounding /= 10.0;
number += rounding;
// Extract the integer part of the number and print it
unsigned long int_part = (unsigned long) number;
double remainder = number - (double) int_part;
n += print(int_part);
// Print the decimal point, but only if there are digits beyond
if (digits > 0) {
n += print(".");
}
// Extract digits from the remainder one at a time
while (digits-- > 0) {
remainder *= 10.0;
int toPrint = int(remainder);
n += print(toPrint);
remainder -= toPrint;
}
return n;
}
size_t Print::println(String &string) {
return println(string.c_str());
}
size_t Print::println(const String &string) {
return println(string.c_str());
}
| [
"denis.bilyk@bonial.com"
] | denis.bilyk@bonial.com |
2101a4e995e07f979a852da2bcf4abcffc90ea28 | 447be6d71898f33ebbf3b71db8c4fdaaf670bc0b | /source/libraries/DistMesh/triangulation.cpp | a60fea4f129bee6b02c3f0b04d4298cf4d3788f0 | [] | no_license | CST-Modelling-Tools/TonatiuhPP | 35bc1b6f4067364875471a5be99053df01df5883 | 664250e8ef38e7d6dab3ed35d6fab7f732edec19 | refs/heads/master | 2023-04-13T03:12:14.843634 | 2022-08-26T12:09:02 | 2022-08-26T12:09:02 | 380,948,961 | 3 | 2 | null | null | null | null | UTF-8 | C++ | false | false | 3,054 | cpp | // --------------------------------------------------------------------
// This file is part of libDistMesh.
//
// libDistMesh 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.
//
// libDistMesh 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 libDistMesh. If not, see <http://www.gnu.org/licenses/>.
//
// Copyright (C) 2015 Patrik Gebhardt
// Contact: patrik.gebhardt@rub.de
// --------------------------------------------------------------------
#include <stdio.h>
//// qhull library used to calculate delaunay triangulation
//extern "C" {
// #define qh_QHimport
// #include <qhull/qhull_a.h>
//}
#include "DistMesh/distmesh.h"
#include "DistMesh/triangulation.h"
#include "DistMesh/delaunator.h"
Eigen::ArrayXXi distmesh::triangulation::delaunay(
Eigen::Ref<Eigen::ArrayXXd const> const points)
{
std::vector<double> coords;
for (int n = 0; n < points.rows(); ++n) {
coords.push_back(points(n, 0));
coords.push_back(points(n, 1));
}
delaunator::Delaunator d(coords);
int nMax = d.triangles.size()/3;
Eigen::ArrayXXi triangulation(nMax, 3);
for (int n = 0; n < nMax; ++n) {
triangulation(n, 0) = d.triangles[3*n];
triangulation(n, 1) = d.triangles[3*n + 1];
triangulation(n, 2) = d.triangles[3*n + 2];
}
return triangulation;
// // reset qhull
// if (qh_qh) {
// qh_save_qhull();
// }
// // convert points array to row major format
// Eigen::Array<double, Eigen::Dynamic, Eigen::Dynamic,
// Eigen::RowMajor> pointsRowMajor = points;
// // calculate delaunay triangulation
// std::string flags = "qhull d Qt Qbb Qc Qz";
// qh_new_qhull(points.cols(), points.rows(), pointsRowMajor.data(), False,
// (char*)flags.c_str(), nullptr, stderr);
// qh_triangulate();
// // count all upper delaunay facets
// unsigned facetCount = 0;
// facetT* facet;
// FORALLfacets {
// if (!facet->upperdelaunay) {
// facetCount++;
// }
// }
// // extract point ids from delaunay triangulation
// Eigen::ArrayXXi triangulation(facetCount, points.cols() + 1);
// unsigned facetId = 0;
// unsigned vertexId = 0;
// vertexT* vertex, **vertexp;
// FORALLfacets {
// vertexId = 0;
// if (!facet->upperdelaunay) {
// qh_setsize(facet->vertices);
// FOREACHvertex_(facet->vertices) {
// triangulation(facetId, vertexId) = qh_pointid(vertex->point);
// vertexId++;
// }
// facetId++;
// }
// }
// return triangulation;
}
| [
"v.grigoriev@cyi.ac.cy"
] | v.grigoriev@cyi.ac.cy |
310666c321aa7fe083b0d18df23e2202a3123360 | 9239ce416eb9dd4eb0a80fa1e7edc9cd4dcc8821 | /Graphics/Group.hpp | aa17f55e4334f86e5ccaf9d6b799fba08f3f10c4 | [] | no_license | GKaszewski/Brick-Engine | c7b49ee171d432dff28439dcc0d885af71763201 | 4055c71cd06e54877a3755d680bc13fc567cd26d | refs/heads/master | 2022-06-13T14:28:38.119529 | 2021-08-14T14:11:25 | 2021-08-14T14:11:25 | 228,939,536 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 490 | hpp | #pragma once
#include <SFML/Graphics.hpp>
#include <vector>
#include <functional>
class Group : public sf::Drawable {
public:
Group();
virtual ~Group() = default;
virtual void draw(sf::RenderTarget & target, sf::RenderStates states) const;
const sf::Drawable& operator[](std::size_t index);
std::size_t push_back(const sf::Drawable & drawable);
const sf::Drawable& pop_back();
private:
std::vector<std::reference_wrapper<const sf::Drawable>> m_drawables;
};
| [
"gabrielkaszewski@gmail.com"
] | gabrielkaszewski@gmail.com |
fd4710ae5ee982fc7281cb44ebbde8dc4ae14dfd | 63b62d6a788a31c5585e581ba2cb4f04fce00bc3 | /random_upperlower.cpp | 0d39d2bb823312d25be6beb5a31ec1426dcdc2cb | [] | no_license | divyansingh/CPP-sample | 345bca7881bc60ce69b6f8521393692cf4e0464b | 42b3d3bf56cd78ecb769d6b4acdf04202a89096c | refs/heads/master | 2020-08-06T21:42:44.575331 | 2019-11-02T07:44:49 | 2019-11-02T07:44:49 | 213,166,928 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 344 | cpp | #include<iostream>
using namespace std;
int main()
{
char ch;
cin>>ch;
if(ch>='a'&&ch<='z')
{
cout<<"lowecase";
}
else
if(ch>='A'&&ch<='Z')
{
cout<<"UPPERCASE";
}
else
{
cout<<"Invalid";
}
return 0;
}
| [
"divyansingh.21@gmail.com"
] | divyansingh.21@gmail.com |
2b48703f5095146f9d661460ddf257714abde083 | 43ac944cedfd4976e905f99236b024df1c8e6426 | /socket/sockClient/process/sockCient_test.cpp | 778d40de21eb1e1100a0aff37a25785166799e0c | [] | no_license | eason826/jni | 5498339b8a9ff71f4df365e6029409fcac3dc330 | 9712d721cbf44804f0eb335598756027d4640652 | refs/heads/master | 2021-01-21T12:35:36.304091 | 2019-07-01T15:30:05 | 2019-07-01T15:30:05 | 102,088,291 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 151 | cpp | #include "SockClient.h"
int main(int argc,char **argv)
{
SockClient *client = new SockClient(PORTNUM,(char*)"192.168.53.108");
client->Process();
}
| [
"liyuxiangwhu@126.com"
] | liyuxiangwhu@126.com |
c42d1bed944d75674a7b5605d95a449d004535bd | 938929b6eeba99ed3bc0ffe358150910640822f8 | /src/wowmodelviewer/app.h | 8ad28981f9ec5d6a01da4c60c95c81c96cb5e8bc | [] | no_license | freadblangks/wowmodelviewer-1 | eb20dbadda53855f98b31cec4db664cf5aa918ac | 57cde0652e4e2656f880ad5ae0c26b81c9747ad2 | refs/heads/master | 2023-03-15T19:02:05.091765 | 2017-12-09T13:20:56 | 2017-12-09T13:20:56 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,346 | h | #ifndef APP_H
#define APP_H
#include <wx/wxprec.h>
#ifndef WX_PRECOMP
#include <wx/wx.h>
#endif
#ifndef _WINDOWS
#include "../../bin_support/Icons/wmv.xpm"
#endif
// headers
#include "util.h"
#include "globalvars.h"
#include "modelviewer.h"
#include "logger/Logger.h"
// vars
static wxString langNames[] =
{
wxT("English"),
wxT("Korean"),
wxT("French"),
wxT("German"),
wxT("Simplified Chinese"),
wxT("Traditional Chinese"),
wxT("Spanish (EU)"),
wxT("Spanish (Latin American)"),
wxT("Russian"),
};
static const wxLanguage langIds[] =
{
wxLANGUAGE_ENGLISH,
wxLANGUAGE_KOREAN,
wxLANGUAGE_FRENCH,
wxLANGUAGE_GERMAN,
wxLANGUAGE_CHINESE_SIMPLIFIED,
wxLANGUAGE_CHINESE_TRADITIONAL,
wxLANGUAGE_SPANISH,
wxLANGUAGE_SPANISH,
wxLANGUAGE_RUSSIAN,
};
class WowModelViewApp : public wxApp
{
public:
virtual bool OnInit();
virtual int OnExit();
virtual void OnUnhandledException();
virtual void OnFatalException();
void setInterfaceLocale();
//virtual bool OnExceptionInMainLoop();
//virtual void HandleEvent(wxEvtHandler *handler, wxEventFunction func, wxEvent& event) const ;
void LoadSettings();
void SaveSettings();
ModelViewer *frame;
wxLocale locale;
bool useNewCamera;
};
void searchMPQs(bool firstTime);
#endif
| [
"Jeromnimo@localhost"
] | Jeromnimo@localhost |
a31fbebdc285dce550e395185b4cf4345ec06bcd | 26ba18f15532023552cf9523feb84a317b47beb0 | /JUCE/modules/juce_box2d/box2d/Dynamics/b2Body.cpp | dbc8beabbd74b7fc82002cb9d515e217ce3e8432 | [
"MIT",
"GPL-1.0-or-later",
"GPL-3.0-only",
"ISC",
"LicenseRef-scancode-unknown-license-reference",
"LicenseRef-scancode-proprietary-license"
] | permissive | Ultraschall/ultraschall-soundboard | d3fdaf92061f9eacc65351b7b4bc937311f9e7fc | 8a7a538831d8dbf7689b47611d218560762ae869 | refs/heads/main | 2021-12-14T20:19:24.170519 | 2021-03-17T22:34:11 | 2021-03-17T22:34:11 | 27,304,678 | 27 | 3 | MIT | 2021-02-16T20:49:08 | 2014-11-29T14:36:19 | C++ | UTF-8 | C++ | false | false | 11,238 | cpp | /*
* Copyright (c) 2006-2007 Erin Catto http://www.box2d.org
*
* This software is provided 'as-is', without any express or implied
* warranty. In no event will the authors be held liable for any damages
* arising from the use of this software.
* Permission is granted to anyone to use this software for any purpose,
* including commercial applications, and to alter it and redistribute it
* freely, subject to the following restrictions:
* 1. The origin of this software must not be misrepresented; you must not
* claim that you wrote the original software. If you use this software
* in a product, an acknowledgment in the product documentation would be
* appreciated but is not required.
* 2. Altered source versions must be plainly marked as such, and must not be
* misrepresented as being the original software.
* 3. This notice may not be removed or altered from any source distribution.
*/
#include "b2Body.h"
#include "b2Fixture.h"
#include "b2World.h"
#include "Contacts/b2Contact.h"
#include "Joints/b2Joint.h"
b2Body::b2Body(const b2BodyDef* bd, b2World* world)
{
b2Assert(bd->position.IsValid());
b2Assert(bd->linearVelocity.IsValid());
b2Assert(b2IsValid(bd->angle));
b2Assert(b2IsValid(bd->angularVelocity));
b2Assert(b2IsValid(bd->angularDamping) && bd->angularDamping >= 0.0f);
b2Assert(b2IsValid(bd->linearDamping) && bd->linearDamping >= 0.0f);
m_flags = 0;
if (bd->bullet)
{
m_flags |= e_bulletFlag;
}
if (bd->fixedRotation)
{
m_flags |= e_fixedRotationFlag;
}
if (bd->allowSleep)
{
m_flags |= e_autoSleepFlag;
}
if (bd->awake)
{
m_flags |= e_awakeFlag;
}
if (bd->active)
{
m_flags |= e_activeFlag;
}
m_world = world;
m_xf.p = bd->position;
m_xf.q.Set(bd->angle);
m_sweep.localCenter.SetZero();
m_sweep.c0 = m_xf.p;
m_sweep.c = m_xf.p;
m_sweep.a0 = bd->angle;
m_sweep.a = bd->angle;
m_sweep.alpha0 = 0.0f;
m_jointList = NULL;
m_contactList = NULL;
m_prev = NULL;
m_next = NULL;
m_linearVelocity = bd->linearVelocity;
m_angularVelocity = bd->angularVelocity;
m_linearDamping = bd->linearDamping;
m_angularDamping = bd->angularDamping;
m_gravityScale = bd->gravityScale;
m_force.SetZero();
m_torque = 0.0f;
m_sleepTime = 0.0f;
m_type = bd->type;
if (m_type == b2_dynamicBody)
{
m_mass = 1.0f;
m_invMass = 1.0f;
}
else
{
m_mass = 0.0f;
m_invMass = 0.0f;
}
m_I = 0.0f;
m_invI = 0.0f;
m_userData = bd->userData;
m_fixtureList = NULL;
m_fixtureCount = 0;
}
b2Body::~b2Body()
{
// shapes and joints are destroyed in b2World::Destroy
}
void b2Body::SetType(b2BodyType type)
{
b2Assert(m_world->IsLocked() == false);
if (m_world->IsLocked() == true)
{
return;
}
if (m_type == type)
{
return;
}
m_type = type;
ResetMassData();
if (m_type == b2_staticBody)
{
m_linearVelocity.SetZero();
m_angularVelocity = 0.0f;
m_sweep.a0 = m_sweep.a;
m_sweep.c0 = m_sweep.c;
SynchronizeFixtures();
}
SetAwake(true);
m_force.SetZero();
m_torque = 0.0f;
// Since the body type changed, we need to flag contacts for filtering.
for (b2Fixture* f = m_fixtureList; f; f = f->m_next)
{
f->Refilter();
}
}
b2Fixture* b2Body::CreateFixture(const b2FixtureDef* def)
{
b2Assert(m_world->IsLocked() == false);
if (m_world->IsLocked() == true)
{
return NULL;
}
b2BlockAllocator* allocator = &m_world->m_blockAllocator;
void* memory = allocator->Allocate(sizeof(b2Fixture));
b2Fixture* fixture = new (memory) b2Fixture;
fixture->Create(allocator, this, def);
if (m_flags & e_activeFlag)
{
b2BroadPhase* broadPhase = &m_world->m_contactManager.m_broadPhase;
fixture->CreateProxies(broadPhase, m_xf);
}
fixture->m_next = m_fixtureList;
m_fixtureList = fixture;
++m_fixtureCount;
fixture->m_body = this;
// Adjust mass properties if needed.
if (fixture->m_density > 0.0f)
{
ResetMassData();
}
// Let the world know we have a new fixture. This will cause new contacts
// to be created at the beginning of the next time step.
m_world->m_flags |= b2World::e_newFixture;
return fixture;
}
b2Fixture* b2Body::CreateFixture(const b2Shape* shape, float32 density)
{
b2FixtureDef def;
def.shape = shape;
def.density = density;
return CreateFixture(&def);
}
void b2Body::DestroyFixture(b2Fixture* fixture)
{
b2Assert(m_world->IsLocked() == false);
if (m_world->IsLocked() == true)
{
return;
}
b2Assert(fixture->m_body == this);
// Remove the fixture from this body's singly linked list.
b2Assert(m_fixtureCount > 0);
b2Fixture** node = &m_fixtureList;
bool found = false;
while (*node != NULL)
{
if (*node == fixture)
{
*node = fixture->m_next;
found = true;
break;
}
node = &(*node)->m_next;
}
// You tried to remove a shape that is not attached to this body.
b2Assert(found);
juce::ignoreUnused (found);
// Destroy any contacts associated with the fixture.
b2ContactEdge* edge = m_contactList;
while (edge)
{
b2Contact* c = edge->contact;
edge = edge->next;
b2Fixture* fixtureA = c->GetFixtureA();
b2Fixture* fixtureB = c->GetFixtureB();
if (fixture == fixtureA || fixture == fixtureB)
{
// This destroys the contact and removes it from
// this body's contact list.
m_world->m_contactManager.Destroy(c);
}
}
b2BlockAllocator* allocator = &m_world->m_blockAllocator;
if (m_flags & e_activeFlag)
{
b2BroadPhase* broadPhase = &m_world->m_contactManager.m_broadPhase;
fixture->DestroyProxies(broadPhase);
}
fixture->Destroy(allocator);
fixture->m_body = NULL;
fixture->m_next = NULL;
fixture->~b2Fixture();
allocator->Free(fixture, sizeof(b2Fixture));
--m_fixtureCount;
// Reset the mass data.
ResetMassData();
}
void b2Body::ResetMassData()
{
// Compute mass data from shapes. Each shape has its own density.
m_mass = 0.0f;
m_invMass = 0.0f;
m_I = 0.0f;
m_invI = 0.0f;
m_sweep.localCenter.SetZero();
// Static and kinematic bodies have zero mass.
if (m_type == b2_staticBody || m_type == b2_kinematicBody)
{
m_sweep.c0 = m_xf.p;
m_sweep.c = m_xf.p;
m_sweep.a0 = m_sweep.a;
return;
}
b2Assert(m_type == b2_dynamicBody);
// Accumulate mass over all fixtures.
b2Vec2 localCenter = b2Vec2_zero;
for (b2Fixture* f = m_fixtureList; f; f = f->m_next)
{
if (f->m_density == 0.0f)
{
continue;
}
b2MassData massData;
f->GetMassData(&massData);
m_mass += massData.mass;
localCenter += massData.mass * massData.center;
m_I += massData.I;
}
// Compute center of mass.
if (m_mass > 0.0f)
{
m_invMass = 1.0f / m_mass;
localCenter *= m_invMass;
}
else
{
// Force all dynamic bodies to have a positive mass.
m_mass = 1.0f;
m_invMass = 1.0f;
}
if (m_I > 0.0f && (m_flags & e_fixedRotationFlag) == 0)
{
// Center the inertia about the center of mass.
m_I -= m_mass * b2Dot(localCenter, localCenter);
b2Assert(m_I > 0.0f);
m_invI = 1.0f / m_I;
}
else
{
m_I = 0.0f;
m_invI = 0.0f;
}
// Move center of mass.
b2Vec2 oldCenter = m_sweep.c;
m_sweep.localCenter = localCenter;
m_sweep.c0 = m_sweep.c = b2Mul(m_xf, m_sweep.localCenter);
// Update center of mass velocity.
m_linearVelocity += b2Cross(m_angularVelocity, m_sweep.c - oldCenter);
}
void b2Body::SetMassData(const b2MassData* massData)
{
b2Assert(m_world->IsLocked() == false);
if (m_world->IsLocked() == true)
{
return;
}
if (m_type != b2_dynamicBody)
{
return;
}
m_invMass = 0.0f;
m_I = 0.0f;
m_invI = 0.0f;
m_mass = massData->mass;
if (m_mass <= 0.0f)
{
m_mass = 1.0f;
}
m_invMass = 1.0f / m_mass;
if (massData->I > 0.0f && (m_flags & b2Body::e_fixedRotationFlag) == 0)
{
m_I = massData->I - m_mass * b2Dot(massData->center, massData->center);
b2Assert(m_I > 0.0f);
m_invI = 1.0f / m_I;
}
// Move center of mass.
b2Vec2 oldCenter = m_sweep.c;
m_sweep.localCenter = massData->center;
m_sweep.c0 = m_sweep.c = b2Mul(m_xf, m_sweep.localCenter);
// Update center of mass velocity.
m_linearVelocity += b2Cross(m_angularVelocity, m_sweep.c - oldCenter);
}
bool b2Body::ShouldCollide(const b2Body* other) const
{
// At least one body should be dynamic.
if (m_type != b2_dynamicBody && other->m_type != b2_dynamicBody)
{
return false;
}
// Does a joint prevent collision?
for (b2JointEdge* jn = m_jointList; jn; jn = jn->next)
{
if (jn->other == other)
{
if (jn->joint->m_collideConnected == false)
{
return false;
}
}
}
return true;
}
void b2Body::SetTransform(const b2Vec2& position, float32 angle)
{
b2Assert(m_world->IsLocked() == false);
if (m_world->IsLocked() == true)
{
return;
}
m_xf.q.Set(angle);
m_xf.p = position;
m_sweep.c = b2Mul(m_xf, m_sweep.localCenter);
m_sweep.a = angle;
m_sweep.c0 = m_sweep.c;
m_sweep.a0 = angle;
b2BroadPhase* broadPhase = &m_world->m_contactManager.m_broadPhase;
for (b2Fixture* f = m_fixtureList; f; f = f->m_next)
{
f->Synchronize(broadPhase, m_xf, m_xf);
}
m_world->m_contactManager.FindNewContacts();
}
void b2Body::SynchronizeFixtures()
{
b2Transform xf1;
xf1.q.Set(m_sweep.a0);
xf1.p = m_sweep.c0 - b2Mul(xf1.q, m_sweep.localCenter);
b2BroadPhase* broadPhase = &m_world->m_contactManager.m_broadPhase;
for (b2Fixture* f = m_fixtureList; f; f = f->m_next)
{
f->Synchronize(broadPhase, xf1, m_xf);
}
}
void b2Body::SetActive(bool flag)
{
b2Assert(m_world->IsLocked() == false);
if (flag == IsActive())
{
return;
}
if (flag)
{
m_flags |= e_activeFlag;
// Create all proxies.
b2BroadPhase* broadPhase = &m_world->m_contactManager.m_broadPhase;
for (b2Fixture* f = m_fixtureList; f; f = f->m_next)
{
f->CreateProxies(broadPhase, m_xf);
}
// Contacts are created the next time step.
}
else
{
m_flags &= ~e_activeFlag;
// Destroy all proxies.
b2BroadPhase* broadPhase = &m_world->m_contactManager.m_broadPhase;
for (b2Fixture* f = m_fixtureList; f; f = f->m_next)
{
f->DestroyProxies(broadPhase);
}
// Destroy the attached contacts.
b2ContactEdge* ce = m_contactList;
while (ce)
{
b2ContactEdge* ce0 = ce;
ce = ce->next;
m_world->m_contactManager.Destroy(ce0->contact);
}
m_contactList = NULL;
}
}
void b2Body::Dump()
{
int32 bodyIndex = m_islandIndex;
b2Log("{\n");
b2Log(" b2BodyDef bd;\n");
b2Log(" bd.type = b2BodyType(%d);\n", m_type);
b2Log(" bd.position.Set(%.15lef, %.15lef);\n", m_xf.p.x, m_xf.p.y);
b2Log(" bd.angle = %.15lef;\n", m_sweep.a);
b2Log(" bd.linearVelocity.Set(%.15lef, %.15lef);\n", m_linearVelocity.x, m_linearVelocity.y);
b2Log(" bd.angularVelocity = %.15lef;\n", m_angularVelocity);
b2Log(" bd.linearDamping = %.15lef;\n", m_linearDamping);
b2Log(" bd.angularDamping = %.15lef;\n", m_angularDamping);
b2Log(" bd.allowSleep = bool(%d);\n", m_flags & e_autoSleepFlag);
b2Log(" bd.awake = bool(%d);\n", m_flags & e_awakeFlag);
b2Log(" bd.fixedRotation = bool(%d);\n", m_flags & e_fixedRotationFlag);
b2Log(" bd.bullet = bool(%d);\n", m_flags & e_bulletFlag);
b2Log(" bd.active = bool(%d);\n", m_flags & e_activeFlag);
b2Log(" bd.gravityScale = %.15lef;\n", m_gravityScale);
b2Log(" bodies[%d] = m_world->CreateBody(&bd);\n", m_islandIndex);
b2Log("\n");
for (b2Fixture* f = m_fixtureList; f; f = f->m_next)
{
b2Log(" {\n");
f->Dump(bodyIndex);
b2Log(" }\n");
}
b2Log("}\n");
}
| [
"daniel@lindenfelser.de"
] | daniel@lindenfelser.de |
261e78bfe94562bb28641a250aa716b1c682362f | 543ac50e0a15fb89e75808ecc50a0b74d229382b | /include/CppMonad/Class/Monoid.hpp | 3bb943fed11d7ece41414a23b7f097b02c99b494 | [
"MIT"
] | permissive | 303248153/CppMonad | 0848d36e472f32ebf5358ff2f86a2c77035d558f | e3171fa83a230663f41fb5872f1bcc22f1309a11 | refs/heads/master | 2021-08-29T14:25:13.812833 | 2017-12-14T03:46:59 | 2017-12-14T03:46:59 | 103,738,770 | 3 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 195 | hpp | #pragma once
namespace CppMonad {
template <class T>
struct Monoid {
static T mempty() {
return T();
}
};
template <class T>
static T mempty() {
return Monoid<T>::mempty();
}
}
| [
"303248153@qq.com"
] | 303248153@qq.com |
82ab04da0fc7febf64c883d80438bb8ac7b5a11d | 2b8b8c680165cdf5539af31232ae08e480fe0a12 | /ConsoleApplication2/person.cpp | 507bd5820d9bd3484737a8df14f8e2a3b55dc9f8 | [] | no_license | PandemicProject/Pandemic | 545e4e04fe9cad75fe2fe05e3d7429e7d7c98521 | 3d7f58cebf08aba64818295010befe3dd31e1b4e | refs/heads/master | 2022-09-03T02:26:52.992794 | 2020-05-24T14:40:14 | 2020-05-24T14:40:14 | 258,185,451 | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 5,891 | cpp | #include "person.h"
#include <random>
#include <graphics.h>
using namespace std;
default_random_engine e;
//position in quarantine zone
uniform_int_distribution<int> xPos(0, 600);
uniform_int_distribution<int> yPos(640, 800);
//degree of cooperation (stay in quarantine)
uniform_int_distribution<int> cooperation(0, 9);
//die or recover
uniform_int_distribution<int> state(0, 9);
//move
uniform_int_distribution<int> step(-20, 20);
//init
normal_distribution<double> normal(300, 100);
uniform_int_distribution<int> cond(0, 1999);
uniform_int_distribution<int> lurkDay(2, 14);
uniform_int_distribution<int> disturbance(-5, 5); //随机扰动
const int WINDOW = 600;
extern int population, healthy, exposed, infected, dead, quarantine, threshold;
extern int bedTotal, bedConsumption, hospitalResponse;
extern double moveWill, broadRate;
extern bool quarantineCommandOn;
extern Person pool[2000];
//判断坐标是否超出边界
bool Check(int x, int y)
{
return (x > (WINDOW - 5) || y > (WINDOW - 5));
}
void _Move(int *arr, int flag)
{
//判断是否死亡或隔离
if (flag)
{
return;
}
int dx = 0, dy = 0;
do
{
dx = lround(step(e) * moveWill);
dy = lround(step(e) * moveWill);
} while (Check(*arr + dx, *(arr + 1) + dy));
*arr += dx;
*(arr + 1) += dy;
return;
}
void InitPerson()
{
int _x = 0, _y = 0;
for (int i = 0; i < 2000; i++)
{
//initialize people's position
do
{
_x = lround(normal(e));
_y = lround(normal(e));
} while (Check(_x, _y));
Person p = { {_x, _y}, 0, 0.2, 0, lurkDay(e), 0, 0, 0, 0, 0, 10 + disturbance(e), _Move }; //PARAMETER: deathRate, recoverThreshold
pool[i] = p;
}
//initialize infected and exposed people
int initCount;
initCount = infected;
while (initCount--)
{
int index = cond(e);
if (pool[index].condition != 2)
{
pool[index].condition = 2;
}
else
{
initCount++;
}
}
initCount = exposed;
while (initCount--)
{
int index = cond(e);
if (pool[index].condition != 2 && pool[index].condition != 1)
{
pool[index].condition = 1;
}
else
{
initCount++;
}
}
}
/*change the condition to "exposed"
if a healthy person physically contacts an exposed or an infected person closely*/
void Contact()
{
double distance;
int i, j, tmp;
uniform_int_distribution<int> uniform(0, 9);
for (i = 0; i < population - 1; i++)
{
//不考虑死亡/隔离的人
if (pool[i].condition == 3 || pool[i].quarantine == 1)
{
continue;
}
for (j = i + 1; j < population; j++)
{
distance = sqrt(pow((pool[i].position[0] - pool[j].position[0]), 2) + pow((pool[i].position[1] - pool[j].position[1]), 2)); //distance between two people
if (distance <= threshold)
{
if (pool[i].condition == 0)
{
if (pool[j].condition == 1 || pool[j].condition == 2)
{
tmp = uniform(e);
if (tmp <= 10 * broadRate)
{
pool[i].condition = 1;
exposed++;
healthy--;
}
}
}
else if (pool[j].condition == 0)
{
if (pool[i].condition == 1 || pool[i].condition == 2)
{
tmp = uniform(e);
if (tmp <= 10 * broadRate)
{
pool[j].condition = 1;
exposed++;
healthy--;
}
}
}
}
}
}
return;
}
//from exposed to infected
void UpdateLurk(Person *person)
{
person->lurkDayCnt++;
if (person->lurkDayCnt == person->lurkThreshold)
{
person->condition = 2;
person->lurkDayCnt = 0;
person->infectedDayCnt = 0;
exposed--;
infected++;
}
}
//some people recover and are discharged from the hospital
void UpdateInHospital(Person *person)
{
if (person->inHospital)
{
person->hospitalReceptionCnt++;
}
}
void UpdateInfected(Person *person)
{
person->infectedDayCnt++;
}
//of all infected people
void UpdateDeathAndRecovery(Person *person)
{
int flag;
uniform_int_distribution<int> uniform(0, 999);
flag = uniform(e);
if (!person->inHospital)
{
if (person->infectedDayCnt >= person->recoverThreshold)
{
if (flag < 1000 * person->deathRate) //die
{
person->condition = 3;
dead++;
infected--;
}
else //recover
{
person->condition = 0;
person->infectedDayCnt = 0;
healthy++;
infected--;
//康复后不再隔离
if (person->quarantine)
{
person->quarantine = 0;
quarantine--;
}
}
}
}
else
{
if (person->hospitalReceptionCnt >= person->outOfHospitalThreshold)
{
if (flag < 1000 * person->deathRate)
{
person->condition = 3;
dead++;
infected--;
}
else
{
person->condition = 0;
person->inHospital = 0;
person->quarantine = 0;
person->infectedDayCnt = 0;
person->hospitalReceptionCnt = 0;
quarantine--;
healthy++;
infected--;
}
bedConsumption--;
}
}
}
//infected people are recepted into the hospital
void HospitalReception(Person *p)
{
int flag;
if ((p->infectedDayCnt >= hospitalResponse && bedConsumption < bedTotal) && !p->inHospital) //入院条件
{
flag = state(e);
if (flag < 2) //重症
{
p->outOfHospitalThreshold = 25;
p->deathRate *= 2; //PARAMETER
}
else //轻症
{
p->outOfHospitalThreshold = 14;
}
bedConsumption++;
if (!p->quarantine) //exclude those who are already kept in quarantine
{
quarantine++;
p->quarantine = 1;
}
p->inHospital = 1;
p->deathRate /= 5; //PARAMETER
}
}
void Quarantine(bool commandOn, Person *person)
{
if (!commandOn) //解除隔离
{
if (person->quarantine && !person->inHospital)
{
person->quarantine = 0;
quarantine--;
}
}
else
{
int flag = 0;
if (person->quarantine)
{
return;
}
if (!person->inHospital) //infected but not recepted into hospital
{
flag = cooperation(e);
//90% of these people will stay in quarantine under the "quarantine" command
//PARAMETER
if (flag < 9)
{
person->quarantine = 1;
quarantine++;
}
}
}
} | [
"gyr19@mails.tsinghua.edu.cn"
] | gyr19@mails.tsinghua.edu.cn |
c8ad83d7167c3eca7950e5c9ef29460e51c25b56 | 40f252876075a7b3687553f27a696d9a10096fae | /1124 Raffle for Weibo Followers (20分).cpp | 4417afa90d055e00daae80b0f08d22d4015e5b57 | [] | no_license | yifang0-0/pat- | 12f972b436f8257e3d5d28afddd8dcd60c96bdf4 | a1b949954b519e234ea84002ce579b958dd01838 | refs/heads/master | 2022-12-13T20:40:16.083696 | 2020-09-02T05:25:29 | 2020-09-02T05:25:29 | 287,754,174 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 892 | cpp | //14:47-15:16
#include <map>
#include <set>
#include <vector>
#include <iostream>
#include <string>
#include <stdio.h>
using namespace std;
//M (≤ 1000), N and S
// being the total number of forwards,
//the skip number of winners
//the index of the first winner (the indices start from 1).
int main(){
int m,n,s;
string name;
cin>>m>>n>>s;
// map<string,int>mapinfo;
set<string>setinfo;
vector<string>vecinfo;
for(int i=0;i<m;i++){
cin>>name;
vecinfo.push_back(name);
}
int count=0;
int i=0;
i=s-1;
while(i<vecinfo.size()){
if(setinfo.find(vecinfo[i])!=setinfo.end()){
i+=1;
continue;
}
else{
cout<<vecinfo[i]<<endl;
setinfo.insert(vecinfo[i]);
i+=(n);
count++;
}
}
if(count==0)
cout<<"Keep going..."<<endl;
} | [
"51746239+yifang0-0@users.noreply.github.com"
] | 51746239+yifang0-0@users.noreply.github.com |
fac1510d259ed93105fb5d28ada9c1dc6839eaaa | 34382bac2cd600407e0873cf73e1babd6a3149ad | /leq2020/0710/F.cpp | 8502d048244dc0d0ba4055e1b5d8d6d92a664cc9 | [] | no_license | windring/CppAlgorithms | a5a2f199e04e66db2dc5e4b8e7b01fad07747b03 | 3a1489c07bf363cf730c446828515065733fe484 | refs/heads/master | 2021-01-02T09:19:03.702868 | 2020-10-21T04:46:01 | 2020-10-21T04:46:01 | 99,191,191 | 0 | 0 | null | 2020-10-21T04:46:02 | 2017-08-03T04:37:57 | C++ | UTF-8 | C++ | false | false | 1,380 | cpp | #include <bits/stdc++.h>
using namespace std;
const int len=1e4+4;
int n,m,k;
set<int> link[len];
int maxlen[len];
vector<int> childs[len];
int works[len];
bool red[len];
void sink(int i,int j){
maxlen[i]=max(maxlen[i],j);
if(link[i].size()!=1)return;
red[i]=true;
int next=*(link[i].begin());
link[next].erase(i);
childs[next].push_back(i);
sink(next,maxlen[i]+1);
}
void solve(){
int a,b;
cin>>n>>m>>k;
memset(red,0,sizeof(red));
memset(works,0,sizeof(works));
memset(maxlen,0,sizeof(maxlen));
for(int i=0;i<n;i++){
childs[i].clear();
link[i].clear();
}
for(int i=0;i<m;i++){
cin>>a>>b;
a--;b--;
link[a].insert(b);
link[b].insert(a);
}
for(int i=0;i<n;i++){
if(link[i].size()>1)continue;
if(maxlen[i]>0)continue;
sink(i,1);
}
int willSink=0;
for(int i=0;i<n;i++){
if(red[i]){
works[willSink++]=i;
}
}
sort(works,works+willSink,[&](const int &l,const int &r){return maxlen[l]<maxlen[r];});
for(int now=willSink-1;now>=0&&k>0;now--){
int i=works[now];
if(maxlen[i]==0)continue;
k--;
int d=maxlen[i];
willSink-=d;
for(d--;;d--){
maxlen[i]=0;
if(d==0)break;
int j;
for(j=0;maxlen[childs[i][j]]!=d;j++);
i=childs[i][j];
}
}
cout<<willSink<<endl;
}
int main(){
int cases;
cin>>cases;
while(cases--)solve();
return 0;
} | [
"baitieyi@163.com"
] | baitieyi@163.com |
cf4a4cec446d267eab775263588156fd9400cdf5 | 6f49cc2d5112a6b97f82e7828f59b201ea7ec7b9 | /wdbecmbd/CrdWdbeMod/QryWdbeModMge1NSignal_blks.cpp | 40399a48377c699c1e5a7443756d6ee342fe6eb5 | [
"MIT"
] | permissive | mpsitech/wdbe-WhizniumDBE | d3702800d6e5510e41805d105228d8dd8b251d7a | 89ef36b4c86384429f1e707e5fa635f643e81240 | refs/heads/master | 2022-09-28T10:27:03.683192 | 2022-09-18T22:04:37 | 2022-09-18T22:04:37 | 282,705,449 | 5 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,805 | cpp | /**
* \file QryWdbeModMge1NSignal_blks.cpp
* job handler for job QryWdbeModMge1NSignal (implementation of blocks)
* \copyright (C) 2016-2020 MPSI Technologies GmbH
* \author Alexander Wirthmueller (auto-generation)
* \date created: 28 Nov 2020
*/
// IP header --- ABOVE
using namespace std;
using namespace Sbecore;
using namespace Xmlio;
/******************************************************************************
class QryWdbeModMge1NSignal::StatApp
******************************************************************************/
void QryWdbeModMge1NSignal::StatApp::writeJSON(
Json::Value& sup
, string difftag
, const uint firstcol
, const uint jnumFirstdisp
, const uint ncol
, const uint ndisp
) {
if (difftag.length() == 0) difftag = "StatAppQryWdbeModMge1NSignal";
Json::Value& me = sup[difftag] = Json::Value(Json::objectValue);
me["firstcol"] = firstcol;
me["jnumFirstdisp"] = jnumFirstdisp;
me["ncol"] = ncol;
me["ndisp"] = ndisp;
};
void QryWdbeModMge1NSignal::StatApp::writeXML(
xmlTextWriter* wr
, string difftag
, bool shorttags
, const uint firstcol
, const uint jnumFirstdisp
, const uint ncol
, const uint ndisp
) {
if (difftag.length() == 0) difftag = "StatAppQryWdbeModMge1NSignal";
string itemtag;
if (shorttags) itemtag = "Si";
else itemtag = "StatitemAppQryWdbeModMge1NSignal";
xmlTextWriterStartElement(wr, BAD_CAST difftag.c_str());
writeUintAttr(wr, itemtag, "sref", "firstcol", firstcol);
writeUintAttr(wr, itemtag, "sref", "jnumFirstdisp", jnumFirstdisp);
writeUintAttr(wr, itemtag, "sref", "ncol", ncol);
writeUintAttr(wr, itemtag, "sref", "ndisp", ndisp);
xmlTextWriterEndElement(wr);
};
/******************************************************************************
class QryWdbeModMge1NSignal::StatShr
******************************************************************************/
QryWdbeModMge1NSignal::StatShr::StatShr(
const uint ntot
, const uint jnumFirstload
, const uint nload
) :
Block()
{
this->ntot = ntot;
this->jnumFirstload = jnumFirstload;
this->nload = nload;
mask = {NTOT, JNUMFIRSTLOAD, NLOAD};
};
void QryWdbeModMge1NSignal::StatShr::writeJSON(
Json::Value& sup
, string difftag
) {
if (difftag.length() == 0) difftag = "StatShrQryWdbeModMge1NSignal";
Json::Value& me = sup[difftag] = Json::Value(Json::objectValue);
me["ntot"] = ntot;
me["jnumFirstload"] = jnumFirstload;
me["nload"] = nload;
};
void QryWdbeModMge1NSignal::StatShr::writeXML(
xmlTextWriter* wr
, string difftag
, bool shorttags
) {
if (difftag.length() == 0) difftag = "StatShrQryWdbeModMge1NSignal";
string itemtag;
if (shorttags) itemtag = "Si";
else itemtag = "StatitemShrQryWdbeModMge1NSignal";
xmlTextWriterStartElement(wr, BAD_CAST difftag.c_str());
writeUintAttr(wr, itemtag, "sref", "ntot", ntot);
writeUintAttr(wr, itemtag, "sref", "jnumFirstload", jnumFirstload);
writeUintAttr(wr, itemtag, "sref", "nload", nload);
xmlTextWriterEndElement(wr);
};
set<uint> QryWdbeModMge1NSignal::StatShr::comm(
const StatShr* comp
) {
set<uint> items;
if (ntot == comp->ntot) insert(items, NTOT);
if (jnumFirstload == comp->jnumFirstload) insert(items, JNUMFIRSTLOAD);
if (nload == comp->nload) insert(items, NLOAD);
return(items);
};
set<uint> QryWdbeModMge1NSignal::StatShr::diff(
const StatShr* comp
) {
set<uint> commitems;
set<uint> diffitems;
commitems = comm(comp);
diffitems = {NTOT, JNUMFIRSTLOAD, NLOAD};
for (auto it = commitems.begin(); it != commitems.end(); it++) diffitems.erase(*it);
return(diffitems);
};
/******************************************************************************
class QryWdbeModMge1NSignal::StgIac
******************************************************************************/
QryWdbeModMge1NSignal::StgIac::StgIac(
const uint jnum
, const uint jnumFirstload
, const uint nload
) :
Block()
{
this->jnum = jnum;
this->jnumFirstload = jnumFirstload;
this->nload = nload;
mask = {JNUM, JNUMFIRSTLOAD, NLOAD};
};
bool QryWdbeModMge1NSignal::StgIac::readJSON(
const Json::Value& sup
, bool addbasetag
) {
clear();
bool basefound;
const Json::Value& me = [&]{if (!addbasetag) return sup; return sup["StgIacQryWdbeModMge1NSignal"];}();
basefound = (me != Json::nullValue);
if (basefound) {
if (me.isMember("jnum")) {jnum = me["jnum"].asUInt(); add(JNUM);};
if (me.isMember("jnumFirstload")) {jnumFirstload = me["jnumFirstload"].asUInt(); add(JNUMFIRSTLOAD);};
if (me.isMember("nload")) {nload = me["nload"].asUInt(); add(NLOAD);};
};
return basefound;
};
bool QryWdbeModMge1NSignal::StgIac::readXML(
xmlXPathContext* docctx
, string basexpath
, bool addbasetag
) {
clear();
bool basefound;
if (addbasetag)
basefound = checkUclcXPaths(docctx, basexpath, basexpath, "StgIacQryWdbeModMge1NSignal");
else
basefound = checkXPath(docctx, basexpath);
string itemtag = "StgitemIacQryWdbeModMge1NSignal";
if (basefound) {
if (extractUintAttrUclc(docctx, basexpath, itemtag, "Si", "sref", "jnum", jnum)) add(JNUM);
if (extractUintAttrUclc(docctx, basexpath, itemtag, "Si", "sref", "jnumFirstload", jnumFirstload)) add(JNUMFIRSTLOAD);
if (extractUintAttrUclc(docctx, basexpath, itemtag, "Si", "sref", "nload", nload)) add(NLOAD);
};
return basefound;
};
void QryWdbeModMge1NSignal::StgIac::writeJSON(
Json::Value& sup
, string difftag
) {
if (difftag.length() == 0) difftag = "StgIacQryWdbeModMge1NSignal";
Json::Value& me = sup[difftag] = Json::Value(Json::objectValue);
me["jnum"] = jnum;
me["jnumFirstload"] = jnumFirstload;
me["nload"] = nload;
};
void QryWdbeModMge1NSignal::StgIac::writeXML(
xmlTextWriter* wr
, string difftag
, bool shorttags
) {
if (difftag.length() == 0) difftag = "StgIacQryWdbeModMge1NSignal";
string itemtag;
if (shorttags) itemtag = "Si";
else itemtag = "StgitemIacQryWdbeModMge1NSignal";
xmlTextWriterStartElement(wr, BAD_CAST difftag.c_str());
writeUintAttr(wr, itemtag, "sref", "jnum", jnum);
writeUintAttr(wr, itemtag, "sref", "jnumFirstload", jnumFirstload);
writeUintAttr(wr, itemtag, "sref", "nload", nload);
xmlTextWriterEndElement(wr);
};
set<uint> QryWdbeModMge1NSignal::StgIac::comm(
const StgIac* comp
) {
set<uint> items;
if (jnum == comp->jnum) insert(items, JNUM);
if (jnumFirstload == comp->jnumFirstload) insert(items, JNUMFIRSTLOAD);
if (nload == comp->nload) insert(items, NLOAD);
return(items);
};
set<uint> QryWdbeModMge1NSignal::StgIac::diff(
const StgIac* comp
) {
set<uint> commitems;
set<uint> diffitems;
commitems = comm(comp);
diffitems = {JNUM, JNUMFIRSTLOAD, NLOAD};
for (auto it = commitems.begin(); it != commitems.end(); it++) diffitems.erase(*it);
return(diffitems);
};
| [
"aw@mpsitech.com"
] | aw@mpsitech.com |
18291a08c768ad2a7b662954a1c0ccbfd1607dbc | fb656ab415f3b5ca54c3fa20a3318aaaeef9d92c | /src/ai/GameLogic.cpp | 8f085276752f0150912191112b865c7a0cb04bc8 | [] | no_license | xieren58/doudizhu-1 | da30e82977dd59af882bb53e37f250327e1841c5 | 5e623158bfe2d3e1e4293087eb9c2f8903c65060 | refs/heads/master | 2020-07-10T22:27:46.219618 | 2014-05-10T15:21:06 | 2014-05-10T15:21:06 | null | 0 | 0 | null | null | null | null | GB18030 | C++ | false | false | 289,525 | cpp | #include "StdAfx.h"
#include "GameLogic.h"
//////////////////////////////////////////////////////////////////////////
//静态变量
//扑克数据
const BYTE CGameLogic::m_cbCardData[FULL_COUNT]=
{
0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,0x09,0x0A,0x0B,0x0C,0x0D, //方块 A - K
0x11,0x12,0x13,0x14,0x15,0x16,0x17,0x18,0x19,0x1A,0x1B,0x1C,0x1D, //梅花 A - K
0x21,0x22,0x23,0x24,0x25,0x26,0x27,0x28,0x29,0x2A,0x2B,0x2C,0x2D, //红桃 A - K
0x31,0x32,0x33,0x34,0x35,0x36,0x37,0x38,0x39,0x3A,0x3B,0x3C,0x3D, //黑桃 A - K
0x4E,0x4F,
};
//扑克数据
const BYTE CGameLogic::m_cbHpCardData[FULL_COUNT]=
{
0x01,0x11,0x21,0x31,0x02,0x12,0x22,0x32,0x03,0x13,0x23,0x33,
0x04,0x14,0x24,0x34,0x05,0x15,0x25,0x35,0x06,0x16,0x26,0x36,
0x07,0x17,0x27,0x37,0x08,0x18,0x28,0x38,0x09,0x19,0x29,0x39,
0x0A,0x1A,0x2A,0x3A,0x0B,0x1B,0x2B,0x3B,0x0C,0x1C,0x2C,0x3C,
0x0D,0x1D,0x2D, 0x3D,0x4E,0x4F,
};
const BYTE CGameLogic::m_cbGoodcardData[GOOD_CARD_COUTN]=
{
0x01,0x02,
0x11,0x12,
0x21,0x22,
0x31,0x32,
0x4E,0x4F,
0x07,0x08,0x09,
0x17,0x18,0x19,
0x27,0x28,0x29,
0x37,0x38,0x39,
0x0A,0x0B,0x0C,0x0D,
0x1A,0x1B,0x1C,0x1D,
0x2A,0x2B,0x2C,0x2D,
0x3A,0x3B,0x3C,0x3D
};
//////////////////////////////////////////////////////////////////////////
//构造函数
CGameLogic::CGameLogic()
{
//AI变量
m_lBankerOutCardCount = 0 ;
}
//析构函数
CGameLogic::~CGameLogic()
{
#ifdef _CHECK_DUG
file.Close() ;
#endif
}
//获取类型
BYTE CGameLogic::GetCardType(const BYTE cbCardData[], BYTE cbCardCount)
{
if ( IsHaveChangeThree( cbCardData,cbCardCount ) )
{
BYTE byTempCard[18] = {0};
CopyMemory(byTempCard,cbCardData,sizeof(BYTE)*cbCardCount);
SortCardList(byTempCard,cbCardCount,ST_ORDER);
if ( cbCardCount == 5 ) //判断是否深水炸弹或者深水火箭
{
BYTE byCountCard[18] = {0};
for ( int i=0; i<cbCardCount; i++ )
{
byCountCard[GetCardLogicValue(byTempCard[i])]++;
}
for ( int i=0; i<18; i++ )
{
if ( 4 == byCountCard[i] )
{
return CT_SHEN_BOMBCARD;
}
}
}
if ( cbCardCount == 3 )
{
if ( byTempCard[0] == 0x4F && byTempCard[1] == 0x4e && byTempCard[2] == 0x03 )
{
return CT_SHEN_MISSILE_CARD;
}
}
}
if ( !IsHaveChangeThree(cbCardData,cbCardCount) || 1 == cbCardCount )
{
return GetNoShanThreeCardType(cbCardData,cbCardCount);
}
BYTE byCardType[14] ={0};
BYTE byCountCardType;
BYTE byCardThreeData[18] = {0};
if ( GetShanCardType(cbCardData,cbCardCount,byCardType,byCountCardType,byCardThreeData) )
{
return byCardType[0];
}
return CT_ERROR;
}
//没有听用的牌型 add by ljl 2010-10-18
BYTE CGameLogic::GetNoShanThreeCardType(const BYTE cbCardData[], BYTE cbCardCount)
{
//简单牌型
switch (cbCardCount)
{
case 0: //空牌
{
return CT_ERROR;
}
case 1: //单牌
{
return CT_SINGLE;
}
case 2: //对牌火箭
{
//牌型判断
if ((cbCardData[0]==0x4F)&&(cbCardData[1]==0x4E)) return CT_MISSILE_CARD;
if (GetCardLogicValue(cbCardData[0])==GetCardLogicValue(cbCardData[1])) return CT_DOUBLE;
return CT_ERROR;
}
}
//分析扑克
tagAnalyseResult AnalyseResult;
if(!AnalysebCardData(cbCardData,cbCardCount,AnalyseResult))
return CT_ERROR ;
//四牌判断
if (AnalyseResult.cbFourCount>0)
{
//牌型判断
if ((AnalyseResult.cbFourCount==1)&&(cbCardCount==4)) return CT_BOMB_CARD;
// if ((AnalyseResult.cbFourCount==1)&&(AnalyseResult.cbSignedCount==2)&&(cbCardCount==6)) return CT_FOUR_LINE_TAKE_ONE;
if ((AnalyseResult.cbFourCount==1)&&(AnalyseResult.cbSignedCount==2)&&(cbCardCount==6)) return CT_FOUR_LINE_TAKE_ONE;
if ((AnalyseResult.cbFourCount==1)&&(AnalyseResult.cbDoubleCount==2)&&(cbCardCount==8)) return CT_FOUR_LINE_TAKE_TWO;
return CT_ERROR;
}
//三牌判断
if (AnalyseResult.cbThreeCount>0)
{
//三条类型
if(AnalyseResult.cbThreeCount==1 && cbCardCount==3) return CT_THREE ;
//连牌判断
if (AnalyseResult.cbThreeCount>1)
{
//变量定义
BYTE cbCardData=AnalyseResult.cbThreeCardData[0];
BYTE cbFirstLogicValue=GetCardLogicValue(cbCardData);
//错误过虑
if (cbFirstLogicValue>=15) return CT_ERROR;
//连牌判断
for (BYTE i=1;i<AnalyseResult.cbThreeCount;i++)
{
BYTE cbCardData=AnalyseResult.cbThreeCardData[i*3];
if (cbFirstLogicValue!=(GetCardLogicValue(cbCardData)+i)) return CT_ERROR;
}
}
//牌形判断
// if (AnalyseResult.cbThreeCount*3==cbCardCount) return CT_THREE_LINE;
if(AnalyseResult.cbThreeCount>1 && (AnalyseResult.cbThreeCount*3==cbCardCount ||
AnalyseResult.cbThreeCount*4==cbCardCount ||
((AnalyseResult.cbThreeCount*5==cbCardCount)&&(AnalyseResult.cbDoubleCount==AnalyseResult.cbThreeCount))))
return CT_THREE_LINE;
if (AnalyseResult.cbThreeCount*4==cbCardCount) return CT_THREE_LINE_TAKE_ONE;
if ((AnalyseResult.cbThreeCount*5==cbCardCount)&&(AnalyseResult.cbDoubleCount==AnalyseResult.cbThreeCount)) return CT_THREE_LINE_TAKE_TWO;
return CT_ERROR;
}
//两张类型
if (AnalyseResult.cbDoubleCount>=3)
{
//变量定义
BYTE cbCardData=AnalyseResult.cbDoubleCardData[0];
BYTE cbFirstLogicValue=GetCardLogicValue(cbCardData);
//错误过虑
if (cbFirstLogicValue>=15) return CT_ERROR;
//连牌判断
for (BYTE i=1;i<AnalyseResult.cbDoubleCount;i++)
{
BYTE cbCardData=AnalyseResult.cbDoubleCardData[i*2];
if (cbFirstLogicValue!=(GetCardLogicValue(cbCardData)+i)) return CT_ERROR;
}
//二连判断
if ((AnalyseResult.cbDoubleCount*2)==cbCardCount) return CT_DOUBLE_LINE;
return CT_ERROR;
}
//单张判断
if ((AnalyseResult.cbSignedCount>=5)&&(AnalyseResult.cbSignedCount==cbCardCount))
{
//变量定义
BYTE cbCardData=AnalyseResult.cbSignedCardData[0];
BYTE cbFirstLogicValue=GetCardLogicValue(cbCardData);
//错误过虑
if (cbFirstLogicValue>=15) return CT_ERROR;
//连牌判断
for (BYTE i=1;i<AnalyseResult.cbSignedCount;i++)
{
BYTE cbCardData=AnalyseResult.cbSignedCardData[i];
if (cbFirstLogicValue!=(GetCardLogicValue(cbCardData)+i)) return CT_ERROR;
}
return CT_SINGLE_LINE;
}
return CT_ERROR;
}
//是否有听用3 add by ljl 2010-10-18
bool CGameLogic::IsHaveChangeThree(const BYTE cbCardData[],BYTE cbCardCount)
{
for ( int i=0; i<cbCardCount; i++ )
{
if ( 3 == GetCardLogicValue(cbCardData[i]) )
{
return true;
}
}
return false;
}
//add by ljl 2010-10-18
//得到听用3在哪个位置,在保证有听用三的情况下使用，方便变牌
BYTE CGameLogic::GetWeiZhiChangeThree( const BYTE cbCardData[], BYTE cbCardCount)
{
for ( int i=0; i<cbCardCount; i++ )
{
if ( 3 == GetCardLogicValue(cbCardData[i]) )
{
return i;
}
}
return 255;
}
//有听用的牌型
bool CGameLogic::GetShanCardType( const BYTE cbCardData[], BYTE cbCardCount,BYTE byType[], BYTE &byCountType ,BYTE byThreeCardData[] )
{
int iGetChangThree = GetWeiZhiChangeThree(cbCardData,cbCardCount);
if ( 255 == iGetChangThree )
{
return CT_ERROR;
}
byCountType = 0;
BYTE byCardTypeSham = CT_ERROR;
BYTE cbTempCardData[16] = {0};
for ( int i=37; i<=48; i++ )
{
::CopyMemory(cbTempCardData,cbCardData,sizeof(BYTE)*cbCardCount);
cbTempCardData[iGetChangThree] = m_cbCardData[i];
byCardTypeSham = GetNoShanThreeCardType(cbTempCardData,cbCardCount);
if ( byCardTypeSham != CT_ERROR )
{
byThreeCardData[byCountType] = m_cbCardData[i];
byType[byCountType++] = byCardTypeSham;
}
}
if ( byCountType >= 1 )
{
return true;
}
return false;
}
//排列扑克
void CGameLogic::SortCardList(BYTE cbCardData[], BYTE cbCardCount, BYTE cbSortType)
{
//数目过虑
if (cbCardCount==0) return;
//转换数值
BYTE cbSortValue[MAX_COUNT];
for (BYTE i=0;i<cbCardCount;i++) cbSortValue[i]=GetCardLogicValue(cbCardData[i]);
//排序操作
bool bSorted=true;
BYTE cbThreeCount,cbLast=cbCardCount-1;
do
{
bSorted=true;
for (BYTE i=0;i<cbLast;i++)
{
if ((cbSortValue[i]<cbSortValue[i+1])||
((cbSortValue[i]==cbSortValue[i+1])&&(cbCardData[i]<cbCardData[i+1])))
{
//交换位置
cbThreeCount=cbCardData[i];
cbCardData[i]=cbCardData[i+1];
cbCardData[i+1]=cbThreeCount;
cbThreeCount=cbSortValue[i];
cbSortValue[i]=cbSortValue[i+1];
cbSortValue[i+1]=cbThreeCount;
bSorted=false;
}
}
cbLast--;
} while(bSorted==false);
//数目排序
if (cbSortType==ST_COUNT)
{
//分析扑克
BYTE cbIndex=0;
tagAnalyseResult AnalyseResult;
AnalysebCardData(cbCardData,cbCardCount,AnalyseResult);
//拷贝四牌
CopyMemory(&cbCardData[cbIndex],AnalyseResult.cbFourCardData,sizeof(BYTE)*AnalyseResult.cbFourCount*4);
cbIndex+=AnalyseResult.cbFourCount*4;
//拷贝三牌
CopyMemory(&cbCardData[cbIndex],AnalyseResult.cbThreeCardData,sizeof(BYTE)*AnalyseResult.cbThreeCount*3);
cbIndex+=AnalyseResult.cbThreeCount*3;
//拷贝对牌
CopyMemory(&cbCardData[cbIndex],AnalyseResult.cbDoubleCardData,sizeof(BYTE)*AnalyseResult.cbDoubleCount*2);
cbIndex+=AnalyseResult.cbDoubleCount*2;
//拷贝单牌
CopyMemory(&cbCardData[cbIndex],AnalyseResult.cbSignedCardData,sizeof(BYTE)*AnalyseResult.cbSignedCount);
cbIndex+=AnalyseResult.cbSignedCount;
}
return;
}
//得到好牌
void CGameLogic::GetGoodCardData(BYTE cbGoodCardData[NORMAL_COUNT])
{
//混乱准备
BYTE cbCardData[CountArray(m_cbGoodcardData)];
BYTE cbCardBuffer[CountArray(m_cbGoodcardData)];
CopyMemory(cbCardData,m_cbGoodcardData,sizeof(m_cbGoodcardData));
static long int dwRandCount=0L;
srand(GetTickCount()+dwRandCount++);
//混乱扑克
BYTE cbRandCount=0,cbPosition=0;
BYTE cbBufferCount=CountArray(m_cbGoodcardData);
do
{
cbPosition=rand()%(cbBufferCount-cbRandCount);
cbCardBuffer[cbRandCount++]=cbCardData[cbPosition];
cbCardData[cbPosition]=cbCardData[cbBufferCount-cbRandCount];
} while (cbRandCount<cbBufferCount);
//复制好牌
CopyMemory(cbGoodCardData, cbCardBuffer, NORMAL_COUNT) ;
}
//删除好牌
bool CGameLogic::RemoveGoodCardData(BYTE cbGoodcardData[NORMAL_COUNT], BYTE cbGoodCardCount, BYTE cbCardData[FULL_COUNT], BYTE cbCardCount)
{
//检验数据
ASSERT(cbGoodCardCount<=cbCardCount);
if(cbGoodCardCount>cbCardCount)
return false ;
//定义变量
BYTE cbDeleteCount=0,cbTempCardData[FULL_COUNT];
if (cbCardCount>CountArray(cbTempCardData)) return false;
CopyMemory(cbTempCardData,cbCardData,cbCardCount*sizeof(cbCardData[0]));
//置零扑克
for (BYTE i=0;i<cbGoodCardCount;i++)
{
for (BYTE j=0;j<cbCardCount;j++)
{
if (cbGoodcardData[i]==cbTempCardData[j])
{
cbDeleteCount++;
cbTempCardData[j]=0;
break;
}
}
}
ASSERT(cbDeleteCount==cbGoodCardCount) ;
if (cbDeleteCount!=cbGoodCardCount) return false;
//清理扑克
BYTE cbCardPos=0;
for (BYTE i=0;i<cbCardCount;i++)
{
if (cbTempCardData[i]!=0) cbCardData[cbCardPos++]=cbTempCardData[i];
}
return true;
}
//混乱扑克
void CGameLogic::RandCardList(BYTE cbCardBuffer[], BYTE cbBufferCount)
{
#ifdef DDZ_HP
//混乱准备
BYTE cbCardData[CountArray(m_cbCardData)];
CopyMemory(cbCardData,m_cbHpCardData,sizeof(m_cbCardData));
static long int dwRandCount=0L;
srand(GetTickCount()+dwRandCount++);
BYTE bBombNum[GAME_PLAYER];
ZeroMemory(bBombNum,sizeof(bBombNum));
bBombNum[0]=rand()%3+1;
bBombNum[1]=rand()%3+1;
bBombNum[2]=rand()%3+1;
BYTE cbRandCount=0,cbPosition=0;
BYTE cbBombNum=0;
BYTE cbNum=0;
for(BYTE n=0; n<GAME_PLAYER; n++)
{
cbRandCount=0;
for(BYTE i=0; i<bBombNum[n]; i++)
{
cbPosition=rand()%(13-cbBombNum);
cbBombNum++;
for(BYTE j=0; j<4; j++)
{
cbNum++;
cbCardBuffer[(cbRandCount++)+n*17]=cbCardData[cbPosition*4+j];
cbCardData[cbPosition*4+j]=cbCardData[cbBufferCount-cbNum-2];//-2 排除大小王
}
}
}
cbCardData[cbBufferCount-cbNum-1]=cbCardData[cbBufferCount-1];//加进大小王
cbCardData[cbBufferCount-cbNum-2]=cbCardData[cbBufferCount-2];
for(BYTE i=0; i<GAME_PLAYER; i++)
{
BYTE cbCardNum=NORMAL_COUNT*(i+1);
if(i==GAME_PLAYER-1)
cbCardNum+=3;
for(BYTE j=bBombNum[i]*4+NORMAL_COUNT*i; j<cbCardNum; j++)
{
cbPosition=rand()%(cbBufferCount-cbNum);
cbCardBuffer[j]=cbCardData[cbPosition];
cbNum++;
cbCardData[cbPosition]=cbCardData[cbBufferCount-cbNum];
}
}
#else
//混乱准备
BYTE cbCardData[CountArray(m_cbCardData)];
CopyMemory(cbCardData,m_cbCardData,sizeof(m_cbCardData));
static long int dwRandCount=0L;
srand(GetTickCount()+dwRandCount++);
//混乱扑克
BYTE cbRandCount=0,cbPosition=0/*,id=0*/;
do
{
cbPosition=rand()%(cbBufferCount-cbRandCount);
cbCardBuffer[cbRandCount++]=cbCardData[cbPosition];
cbCardData[cbPosition]=cbCardData[cbBufferCount-cbRandCount];
/*cbCardData[cbPosition]=cbCardData[id/4+1+(id%4)*13];
id++;*/
} while (cbRandCount<cbBufferCount);
#endif
return;
}
//删除扑克
bool CGameLogic::RemoveCard(const BYTE cbRemoveCard[], BYTE cbRemoveCount, BYTE cbCardData[], BYTE cbCardCount)
{
//检验数据
ASSERT(cbRemoveCount<=cbCardCount);
if(cbRemoveCount>cbCardCount)
return false ;
//定义变量
BYTE cbDeleteCount=0,cbTempCardData[MAX_COUNT];
if (cbCardCount>CountArray(cbTempCardData)) return false;
CopyMemory(cbTempCardData,cbCardData,cbCardCount*sizeof(cbCardData[0]));
//置零扑克
for (BYTE i=0;i<cbRemoveCount;i++)
{
for (BYTE j=0;j<cbCardCount;j++)
{
if (cbRemoveCard[i]==cbTempCardData[j])
{
cbDeleteCount++;
cbTempCardData[j]=0;
break;
}
}
}
if (cbDeleteCount!=cbRemoveCount) return false;
//清理扑克
BYTE cbCardPos=0;
for (BYTE i=0;i<cbCardCount;i++)
{
if (cbTempCardData[i]!=0) cbCardData[cbCardPos++]=cbTempCardData[i];
}
return true;
}
//有效判断
bool CGameLogic::IsValidCard(BYTE cbCardData)
{
//获取属性
BYTE cbCardColor=GetCardColor(cbCardData);
BYTE cbCardValue=GetCardValue(cbCardData);
//有效判断
if ((cbCardData==0x4E)||(cbCardData==0x4F)) return true;
if ((cbCardColor<=0x30)&&(cbCardValue>=0x01)&&(cbCardValue<=0x0D)) return true;
return false;
}
//逻辑数值
BYTE CGameLogic::GetCardLogicValue(BYTE cbCardData)
{
//扑克属性
BYTE cbCardColor=GetCardColor(cbCardData);
BYTE cbCardValue=GetCardValue(cbCardData);
#ifdef _DEBUG
if(cbCardValue<=0 || cbCardValue>(MASK_VALUE&0x4f))
return 0 ;
#endif
//ASSERT(cbCardValue>0 && cbCardValue<=(MASK_VALUE&0x4f)) ;
//转换数值
if (cbCardColor==0x40) return cbCardValue+2;
return (cbCardValue<=2)?(cbCardValue+13):cbCardValue;
}
//对比扑克
bool CGameLogic::CompareCard(const BYTE cbFirstCard[], const BYTE cbNextCard[], BYTE cbFirstCount, BYTE cbNextCount)
{
//获取类型
BYTE cbNextType=GetCardType(cbNextCard,cbNextCount);
BYTE cbFirstType=GetCardType(cbFirstCard,cbFirstCount);
//类型判断
if (cbNextType==CT_ERROR) return false;
if (cbNextType==CT_SHEN_MISSILE_CARD) return true;
if (cbFirstType==CT_SHEN_MISSILE_CARD)
{
return false ;
}
////炸弹判断
//if ((cbFirstType!=CT_BOMB_CARD)&&(cbNextType==CT_BOMB_CARD)) return true;
//if ((cbFirstType==CT_BOMB_CARD)&&(cbNextType!=CT_BOMB_CARD)) return false;
if ((cbFirstType!=CT_SHEN_BOMBCARD)&&(cbNextType==CT_SHEN_BOMBCARD)) return true;
if ((cbFirstType==CT_SHEN_BOMBCARD)&&(cbNextType!=CT_SHEN_BOMBCARD))
{
return false;
}
if ((cbFirstType!=CT_MISSILE_CARD) && (cbNextType==CT_MISSILE_CARD)) return true;
if ((cbFirstType==CT_MISSILE_CARD)&&(cbNextType!=CT_MISSILE_CARD))
{
return false;
}
if ((cbFirstType!=CT_BOMB_CARD) && (cbNextType==CT_BOMB_CARD)) return true;
if ((cbFirstType==CT_BOMB_CARD)&&(cbNextType!=CT_BOMB_CARD))
{
return false;
}
//规则判断
if ((cbFirstType!=cbNextType)||(cbFirstCount!=cbNextCount))
{
return false;
}
//开始对比
switch (cbNextType)
{
case CT_SINGLE:
case CT_DOUBLE:
case CT_THREE:
case CT_SINGLE_LINE:
case CT_DOUBLE_LINE:
case CT_BOMB_CARD:
case CT_SHEN_MISSILE_CARD:
{
//获取数值
BYTE cbNextLogicValue=GetCardLogicValue(cbNextCard[0]);
BYTE cbFirstLogicValue=GetCardLogicValue(cbFirstCard[0]);
//对比扑克
return cbNextLogicValue>cbFirstLogicValue;
}
case CT_THREE_LINE:
case CT_THREE_LINE_TAKE_ONE:
case CT_THREE_LINE_TAKE_TWO:
{
//分析扑克
tagAnalyseResult NextResult;
tagAnalyseResult FirstResult;
AnalysebCardData(cbNextCard,cbNextCount,NextResult);
AnalysebCardData(cbFirstCard,cbFirstCount,FirstResult);
//获取数值
BYTE cbNextLogicValue=GetCardLogicValue(NextResult.cbThreeCardData[0]);
BYTE cbFirstLogicValue=GetCardLogicValue(FirstResult.cbThreeCardData[0]);
//对比扑克
return cbNextLogicValue>cbFirstLogicValue;
}
case CT_FOUR_LINE_TAKE_ONE:
case CT_FOUR_LINE_TAKE_TWO:
{
//分析扑克
tagAnalyseResult NextResult;
tagAnalyseResult FirstResult;
AnalysebCardData(cbNextCard,cbNextCount,NextResult);
AnalysebCardData(cbFirstCard,cbFirstCount,FirstResult);
//获取数值
BYTE cbNextLogicValue=GetCardLogicValue(NextResult.cbFourCardData[0]);
BYTE cbFirstLogicValue=GetCardLogicValue(FirstResult.cbFourCardData[0]);
//对比扑克
return cbNextLogicValue>cbFirstLogicValue;
}
}
return false;
}
//分析扑克
bool CGameLogic::AnalysebCardData(const BYTE cbCardData[], BYTE cbCardCount, tagAnalyseResult & AnalyseResult)
{
//设置结果
ZeroMemory(&AnalyseResult,sizeof(AnalyseResult));
//扑克分析
for (BYTE i=0;i<cbCardCount;i++)
{
//变量定义
BYTE cbSameCount=1;
BYTE cbLogicValue=GetCardLogicValue(cbCardData[i]);
if(cbLogicValue<=0)
return false;
//搜索同牌
for (BYTE j=i+1;j<cbCardCount;j++)
{
//获取扑克
if (GetCardLogicValue(cbCardData[j])!=cbLogicValue) break;
//设置变量
cbSameCount++;
}
//设置结果
switch (cbSameCount)
{
case 1: //单张
{
BYTE cbIndex=AnalyseResult.cbSignedCount++;
AnalyseResult.cbSignedCardData[cbIndex*cbSameCount]=cbCardData[i];
break;
}
case 2: //两张
{
BYTE cbIndex=AnalyseResult.cbDoubleCount++;
AnalyseResult.cbDoubleCardData[cbIndex*cbSameCount]=cbCardData[i];
AnalyseResult.cbDoubleCardData[cbIndex*cbSameCount+1]=cbCardData[i+1];
break;
}
case 3: //三张
{
BYTE cbIndex=AnalyseResult.cbThreeCount++;
AnalyseResult.cbThreeCardData[cbIndex*cbSameCount]=cbCardData[i];
AnalyseResult.cbThreeCardData[cbIndex*cbSameCount+1]=cbCardData[i+1];
AnalyseResult.cbThreeCardData[cbIndex*cbSameCount+2]=cbCardData[i+2];
break;
}
case 4: //四张
{
BYTE cbIndex=AnalyseResult.cbFourCount++;
AnalyseResult.cbFourCardData[cbIndex*cbSameCount]=cbCardData[i];
AnalyseResult.cbFourCardData[cbIndex*cbSameCount+1]=cbCardData[i+1];
AnalyseResult.cbFourCardData[cbIndex*cbSameCount+2]=cbCardData[i+2];
AnalyseResult.cbFourCardData[cbIndex*cbSameCount+3]=cbCardData[i+3];
break;
}
}
//设置索引
i+=cbSameCount-1;
}
return true;
}
//随机扑克
BYTE CGameLogic::GetRandomCard(void)
{
static long int dwRandCount=0L;
srand(GetTickCount()+dwRandCount++);
size_t cbIndex = rand()%(sizeof(m_cbCardData)) ;
return m_cbCardData[cbIndex] ;
}
//查找某张牌在哪个位置
int CGameLogic::GetCardCueID(const BYTE cbCardData[],BYTE cbCardCount,BYTE byFindData)
{
for ( int i=0; i<cbCardCount; i++ )
{
if ( cbCardData[i] == byFindData )
{
return i;
}
}
return 255;
}
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////以下为AI函数
//出牌搜索
bool CGameLogic::SearchOutCard(const BYTE cbHandCardData[], BYTE cbHandCardCount, const BYTE cbTurnCardData[], BYTE cbTurnCardCount, WORD wOutCardUser, WORD wMeChairID, tagOutCardResult & OutCardResult)
{
//玩家判断
WORD wUndersideOfBanker = (m_wBankerUser+1)%GAME_PLAYER ; //地主下家
WORD wUpsideOfBanker = (wUndersideOfBanker+1)%GAME_PLAYER ; //地主上家
//初始变量
ZeroMemory(&OutCardResult, sizeof(OutCardResult)) ;
//先出牌
if(cbTurnCardCount==0)
{
//地主出牌
if(wMeChairID==m_wBankerUser) BankerOutCard(cbHandCardData, cbHandCardCount, OutCardResult) ;
//地主下家
else if(wMeChairID==wUndersideOfBanker) UndersideOfBankerOutCard(cbHandCardData, cbHandCardCount,wMeChairID, OutCardResult) ;
//地主上家
else if(wMeChairID==wUpsideOfBanker) UpsideOfBankerOutCard(cbHandCardData, cbHandCardCount, wMeChairID, OutCardResult) ;
//错误 ID
else ASSERT(false) ;
}
//压牌
else
{
//地主出牌
if(wMeChairID==m_wBankerUser) BankerOutCard(cbHandCardData, cbHandCardCount, wOutCardUser, cbTurnCardData, cbTurnCardCount, OutCardResult) ;
//地主下家
else if(wMeChairID==wUndersideOfBanker) UndersideOfBankerOutCard(cbHandCardData, cbHandCardCount, wOutCardUser, cbTurnCardData, cbTurnCardCount, OutCardResult) ;
//地主上家
else if(wMeChairID==wUpsideOfBanker) UpsideOfBankerOutCard(cbHandCardData, cbHandCardCount, wOutCardUser, cbTurnCardData, cbTurnCardCount, OutCardResult) ;
//错误 ID
else ASSERT(false) ;
//反春天判断
if (GetCardType(m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser]) != CT_ERROR && m_lBankerOutCardCount == 1 && (OutCardResult.cbCardCount <= 0 ||
!CompareCard(cbTurnCardData, OutCardResult.cbResultCard , cbTurnCardCount , OutCardResult.cbCardCount)))
{
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//出牌类型
AnalyseOutCardType(cbHandCardData,cbHandCardCount,cbTurnCardData,cbTurnCardCount, CardTypeResult) ;
BYTE cbOutCardType = GetCardType(cbTurnCardData, cbTurnCardCount) ;
if (CardTypeResult[cbOutCardType].cbCardTypeCount > 0 && cbOutCardType != CT_THREE)
{
BYTE cbIndex = CardTypeResult[cbOutCardType].cbCardTypeCount - 1 ;
BYTE cbCardCount = CardTypeResult[cbOutCardType].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbOutCardType].cbCardData[cbIndex], cbCardCount) ;
OutCardResult.cbCardCount = cbCardCount ;
}
//出炸弹
else if (CardTypeResult[CT_BOMB_CARD].cbCardTypeCount > 0)
{
BYTE cbIndex = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount - 1 ;
BYTE cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData[cbIndex], cbCardCount) ;
OutCardResult.cbCardCount = cbCardCount ;
}
else if (CardTypeResult[CT_MISSILE_CARD].cbCardTypeCount > 0)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4F ;
OutCardResult.cbResultCard[1] = 0x4E ;
}
}
//春天判断
if (GetCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser]) != CT_ERROR && (OutCardResult.cbCardCount <= 0 ||
!CompareCard(cbTurnCardData, OutCardResult.cbResultCard , cbTurnCardCount , OutCardResult.cbCardCount)) &&
m_cbUserCardCount[(1 + m_wBankerUser) % GAME_PLAYER] == NORMAL_COUNT && m_cbUserCardCount[(2 + m_wBankerUser) % GAME_PLAYER] == NORMAL_COUNT)
{
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//出牌类型
AnalyseOutCardType(cbHandCardData,cbHandCardCount,cbTurnCardData,cbTurnCardCount, CardTypeResult) ;
BYTE cbOutCardType = GetCardType(cbTurnCardData, cbTurnCardCount) ;
if (CardTypeResult[cbOutCardType].cbCardTypeCount > 0 && cbOutCardType != CT_THREE)
{
BYTE cbIndex = CardTypeResult[cbOutCardType].cbCardTypeCount - 1 ;
BYTE cbCardCount = CardTypeResult[cbOutCardType].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbOutCardType].cbCardData[cbIndex], cbCardCount) ;
OutCardResult.cbCardCount = cbCardCount ;
}
//出炸弹
else if (CardTypeResult[CT_BOMB_CARD].cbCardTypeCount > 0)
{
BYTE cbIndex = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount - 1 ;
BYTE cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData[cbIndex], cbCardCount) ;
OutCardResult.cbCardCount = cbCardCount ;
}
else if (CardTypeResult[CT_MISSILE_CARD].cbCardTypeCount > 0)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4F ;
OutCardResult.cbResultCard[1] = 0x4E ;
}
}
}
//出牌次数
if (m_wBankerUser == wMeChairID && OutCardResult.cbCardCount > 0) ++m_lBankerOutCardCount ;
return true ;
}
//分析炸弹
void CGameLogic::GetAllBomCard(BYTE const cbHandCardData[], BYTE const cbHandCardCount, BYTE cbBomCardData[], BYTE &cbBomCardCount)
{
BYTE cbTmpCardData[MAX_COUNT] ;
CopyMemory(cbTmpCardData, cbHandCardData, cbHandCardCount) ;
//大小排序
SortCardList(cbTmpCardData, cbHandCardCount, ST_ORDER);
cbBomCardCount = 0 ;
if(cbHandCardCount<2) return ;
//双王炸弹
if(0x4F==cbTmpCardData[0] && 0x4E==cbTmpCardData[1])
{
cbBomCardData[cbBomCardCount++] = cbTmpCardData[0] ;
cbBomCardData[cbBomCardCount++] = cbTmpCardData[1] ;
}
//扑克分析
for (BYTE i=0;i<cbHandCardCount;i++)
{
//变量定义
BYTE cbSameCount=1;
BYTE cbLogicValue=GetCardLogicValue(cbTmpCardData[i]);
//搜索同牌
for (BYTE j=i+1;j<cbHandCardCount;j++)
{
//获取扑克
if (GetCardLogicValue(cbTmpCardData[j])!=cbLogicValue) break;
//设置变量
cbSameCount++;
}
if(4==cbSameCount)
{
cbBomCardData[cbBomCardCount++] = cbTmpCardData[i] ;
cbBomCardData[cbBomCardCount++] = cbTmpCardData[i+1] ;
cbBomCardData[cbBomCardCount++] = cbTmpCardData[i+2] ;
cbBomCardData[cbBomCardCount++] = cbTmpCardData[i+3] ;
}
//设置索引
i+=cbSameCount-1;
}
}
//分析顺子
void CGameLogic::GetAllLineCard(BYTE const cbHandCardData[], BYTE const cbHandCardCount, BYTE cbLineCardData[], BYTE &cbLineCardCount)
{
BYTE cbTmpCard[MAX_COUNT] ;
CopyMemory(cbTmpCard, cbHandCardData, cbHandCardCount) ;
//大小排序
SortCardList(cbTmpCard, cbHandCardCount, ST_ORDER) ;
cbLineCardCount = 0 ;
//数据校验
if(cbHandCardCount<5) return ;
BYTE cbFirstCard = 0 ;
//去除2和王
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardLogicValue(cbTmpCard[i])<15) {cbFirstCard = i ; break ;}
BYTE cbSingleLineCard[12] ;
BYTE cbSingleLineCount=0 ;
BYTE cbLeftCardCount = cbHandCardCount ;
bool bFindSingleLine = true ;
//连牌判断
while (cbLeftCardCount>=5 && bFindSingleLine)
{
cbSingleLineCount=1 ;
bFindSingleLine = false ;
BYTE cbLastCard = cbTmpCard[cbFirstCard] ;
cbSingleLineCard[cbSingleLineCount-1] = cbTmpCard[cbFirstCard] ;
for (BYTE i=cbFirstCard+1; i<cbLeftCardCount; i++)
{
BYTE cbCardData=cbTmpCard[i];
//连续判断
if (1!=(GetCardLogicValue(cbLastCard)-GetCardLogicValue(cbCardData)) && GetCardValue(cbLastCard)!=GetCardValue(cbCardData))
{
cbLastCard = cbTmpCard[i] ;
if(cbSingleLineCount<5)
{
cbSingleLineCount = 1 ;
cbSingleLineCard[cbSingleLineCount-1] = cbTmpCard[i] ;
continue ;
}
else break ;
}
//同牌判断
else if(GetCardValue(cbLastCard)!=GetCardValue(cbCardData))
{
cbLastCard = cbCardData ;
cbSingleLineCard[cbSingleLineCount] = cbCardData ;
++cbSingleLineCount ;
}
}
//保存数据
if(cbSingleLineCount>=5)
{
if(!RemoveCard(cbSingleLineCard, cbSingleLineCount, cbTmpCard, cbLeftCardCount)) return;
memcpy(cbLineCardData+cbLineCardCount , cbSingleLineCard, sizeof(BYTE)*cbSingleLineCount) ;
cbLineCardCount += cbSingleLineCount ;
cbLeftCardCount -= cbSingleLineCount ;
bFindSingleLine = true ;
}
}
}
//分析三条
void CGameLogic::GetAllThreeCard(BYTE const cbHandCardData[], BYTE const cbHandCardCount, BYTE cbThreeCardData[], BYTE &cbThreeCardCount)
{
BYTE cbTmpCardData[MAX_COUNT] ;
CopyMemory(cbTmpCardData, cbHandCardData, cbHandCardCount) ;
//大小排序
SortCardList(cbTmpCardData, cbHandCardCount, ST_ORDER);
cbThreeCardCount = 0 ;
//扑克分析
for (BYTE i=0;i<cbHandCardCount;i++)
{
//变量定义
BYTE cbSameCount=1;
BYTE cbLogicValue=GetCardLogicValue(cbTmpCardData[i]);
//搜索同牌
for (BYTE j=i+1;j<cbHandCardCount;j++)
{
//获取扑克
if (GetCardLogicValue(cbTmpCardData[j])!=cbLogicValue) break;
//设置变量
cbSameCount++;
}
if(cbSameCount>=3)
{
cbThreeCardData[cbThreeCardCount++] = cbTmpCardData[i] ;
cbThreeCardData[cbThreeCardCount++] = cbTmpCardData[i+1] ;
cbThreeCardData[cbThreeCardCount++] = cbTmpCardData[i+2] ;
}
//设置索引
i+=cbSameCount-1;
}
}
//分析对子
void CGameLogic::GetAllDoubleCard(BYTE const cbHandCardData[], BYTE const cbHandCardCount, BYTE cbDoubleCardData[], BYTE &cbDoubleCardCount)
{
BYTE cbTmpCardData[MAX_COUNT] ;
CopyMemory(cbTmpCardData, cbHandCardData, cbHandCardCount) ;
//大小排序
SortCardList(cbTmpCardData, cbHandCardCount, ST_ORDER);
cbDoubleCardCount = 0 ;
//扑克分析
for (BYTE i=0;i<cbHandCardCount;i++)
{
//变量定义
BYTE cbSameCount=1;
BYTE cbLogicValue=GetCardLogicValue(cbTmpCardData[i]);
//搜索同牌
for (BYTE j=i+1;j<cbHandCardCount;j++)
{
//获取扑克
if (GetCardLogicValue(cbTmpCardData[j])!=cbLogicValue) break;
//设置变量
cbSameCount++;
}
if(cbSameCount>=2)
{
cbDoubleCardData[cbDoubleCardCount++] = cbTmpCardData[i] ;
cbDoubleCardData[cbDoubleCardCount++] = cbTmpCardData[i+1] ;
}
//设置索引
i+=cbSameCount-1;
}
}
//分析单牌
void CGameLogic::GetAllSingleCard(BYTE const cbHandCardData[], BYTE const cbHandCardCount, BYTE cbSingleCardData[], BYTE &cbSingleCardCount)
{
cbSingleCardCount =0 ;
BYTE cbTmpCardData[MAX_COUNT] ;
CopyMemory(cbTmpCardData, cbHandCardData, cbHandCardCount) ;
//大小排序
SortCardList(cbTmpCardData, cbHandCardCount, ST_ORDER);
//扑克分析
for (BYTE i=0;i<cbHandCardCount;i++)
{
//变量定义
BYTE cbSameCount=1;
BYTE cbLogicValue=GetCardLogicValue(cbTmpCardData[i]);
//搜索同牌
for (BYTE j=i+1;j<cbHandCardCount;j++)
{
//获取扑克
if (GetCardLogicValue(cbTmpCardData[j])!=cbLogicValue) break;
//设置变量
cbSameCount++;
}
if(cbSameCount==1)
{
cbSingleCardData[cbSingleCardCount++] = cbTmpCardData[i] ;
}
//设置索引
i+=cbSameCount-1;
}
}
//分析出牌
void CGameLogic::AnalyseOutCardType(BYTE const cbHandCardData[], BYTE const cbHandCardCount, tagOutCardTypeResult CardTypeResult[12+1])
{
ZeroMemory(CardTypeResult, sizeof(CardTypeResult[0])*12) ;
BYTE cbTmpCardData[MAX_COUNT] ;
//保留扑克，防止分析时改变扑克
BYTE cbReserveCardData[MAX_COUNT] ;
CopyMemory(cbReserveCardData, cbHandCardData, cbHandCardCount) ;
SortCardList(cbReserveCardData, cbHandCardCount, ST_ORDER) ;
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
//单牌类型
for(BYTE i=0; i<cbHandCardCount; ++i)
{
BYTE Index = CardTypeResult[CT_SINGLE].cbCardTypeCount ;
CardTypeResult[CT_SINGLE].cbCardType = CT_SINGLE ;
CardTypeResult[CT_SINGLE].cbCardData[Index][0] = cbTmpCardData[i] ;
CardTypeResult[CT_SINGLE].cbEachHandCardCount[Index] = 1 ;
CardTypeResult[CT_SINGLE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_SINGLE].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
//对牌类型
{
BYTE cbDoubleCardData[MAX_COUNT] ;
BYTE cbDoubleCardcount=0;
GetAllDoubleCard(cbTmpCardData, cbHandCardCount, cbDoubleCardData, cbDoubleCardcount) ;
for(BYTE i=0; i<cbDoubleCardcount; i+=2)
{
BYTE Index = CardTypeResult[CT_DOUBLE].cbCardTypeCount ;
CardTypeResult[CT_DOUBLE].cbCardType = CT_DOUBLE ;
CardTypeResult[CT_DOUBLE].cbCardData[Index][0] = cbDoubleCardData[i] ;
CardTypeResult[CT_DOUBLE].cbCardData[Index][1] = cbDoubleCardData[i+1] ;
CardTypeResult[CT_DOUBLE].cbEachHandCardCount[Index] = 2 ;
CardTypeResult[CT_DOUBLE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_DOUBLE].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
}
//三条类型
{
BYTE cbThreeCardData[MAX_COUNT];
BYTE cbThreeCardCount=0 ;
GetAllThreeCard(cbTmpCardData, cbHandCardCount, cbThreeCardData, cbThreeCardCount) ;
for(BYTE i=0; i<cbThreeCardCount; i+=3)
{
BYTE Index = CardTypeResult[CT_THREE].cbCardTypeCount ;
CardTypeResult[CT_THREE].cbCardType = CT_THREE ;
CardTypeResult[CT_THREE].cbCardData[Index][0] = cbThreeCardData[i] ;
CardTypeResult[CT_THREE].cbCardData[Index][1] = cbThreeCardData[i+1] ;
CardTypeResult[CT_THREE].cbCardData[Index][2] = cbThreeCardData[i+2] ;
CardTypeResult[CT_THREE].cbEachHandCardCount[Index] = 3 ;
CardTypeResult[CT_THREE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_THREE].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
}
//炸弹类型
{
BYTE cbFourCardData[MAX_COUNT];
BYTE cbFourCardCount=0 ;
if(cbHandCardCount>=2 && 0x4F==cbTmpCardData[0] && 0x4E==cbTmpCardData[1])
{
BYTE Index = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount ;
CardTypeResult[CT_BOMB_CARD].cbCardType = CT_BOMB_CARD ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][0] = cbTmpCardData[0] ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][1] = cbTmpCardData[1] ;
CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index] = 2 ;
CardTypeResult[CT_BOMB_CARD].cbCardTypeCount++ ;
GetAllBomCard(cbTmpCardData+2, cbHandCardCount-2, cbFourCardData, cbFourCardCount) ;
}
else GetAllBomCard(cbTmpCardData, cbHandCardCount, cbFourCardData, cbFourCardCount) ;
for (BYTE i=0; i<cbFourCardCount; i+=4)
{
BYTE Index = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount ;
CardTypeResult[CT_BOMB_CARD].cbCardType = CT_BOMB_CARD ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][0] = cbFourCardData[i] ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][1] = cbFourCardData[i+1] ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][2] = cbFourCardData[i+2] ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][3] = cbFourCardData[i+3] ;
CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index] = 4 ;
CardTypeResult[CT_BOMB_CARD].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
}
//单连类型
{
//恢复扑克，防止分析时改变扑克
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
BYTE cbFirstCard = 0 ;
//去除2和王
for(BYTE i=0 ; i<cbHandCardCount ; ++i)
{
if(GetCardLogicValue(cbTmpCardData[i])<15)
{
cbFirstCard = i ;
break ;
}
}
BYTE cbSingleLineCard[12] ;
BYTE cbSingleLineCount=1 ;
BYTE cbLeftCardCount = cbHandCardCount ;
bool bFindSingleLine = true ;
//连牌判断
while (cbLeftCardCount>=5 && bFindSingleLine)
{
cbSingleLineCount=1 ;
bFindSingleLine = false ;
BYTE cbLastCard = cbTmpCardData[cbFirstCard] ;
cbSingleLineCard[cbSingleLineCount-1] = cbTmpCardData[cbFirstCard] ;
for (BYTE i=cbFirstCard+1; i<cbLeftCardCount; i++)
{
BYTE cbCardData=cbTmpCardData[i];
//连续判断
if (1!=(GetCardLogicValue(cbLastCard)-GetCardLogicValue(cbCardData)) && GetCardValue(cbLastCard)!=GetCardValue(cbCardData))
{
cbLastCard = cbTmpCardData[i] ;
//是否合法
if(cbSingleLineCount<5)
{
cbSingleLineCount = 1 ;
cbSingleLineCard[cbSingleLineCount-1] = cbTmpCardData[i] ;
continue ;
}
else break ;
}
//同牌判断
else if(GetCardValue(cbLastCard)!=GetCardValue(cbCardData))
{
cbLastCard = cbCardData ;
cbSingleLineCard[cbSingleLineCount] = cbCardData ;
++cbSingleLineCount ;
}
}
BYTE cbTempCard[20]={0};
CopyMemory(cbTempCard,cbSingleLineCard,sizeof(BYTE)*cbSingleLineCount);
SortCardList(cbTempCard, cbSingleLineCount, ST_ORDER);
//保存数据
if(cbSingleLineCount>=5 && GetCardType(cbTempCard,cbSingleLineCount)==CT_SINGLE_LINE)
{
BYTE Index ;
//所有连牌
int nStart = 0 ;
//从大到小
nStart = cbSingleLineCount - 5 ;
while ( 0 < nStart )
{
Index = CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount ;
BYTE cbThisLineCount = cbSingleLineCount-nStart ;
CardTypeResult[CT_SINGLE_LINE].cbCardType = CT_SINGLE_LINE ;
CopyMemory(CardTypeResult[CT_SINGLE_LINE].cbCardData[Index], cbSingleLineCard, sizeof(BYTE)*(cbThisLineCount));
CardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[Index] = cbThisLineCount;
CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount<MAX_TYPE_COUNT) ;
nStart-- ;
}
//从小到大
nStart = cbSingleLineCount - 5;
while ( 0 <= nStart )
{
Index = CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount ;
BYTE cbThisLineCount = cbSingleLineCount-nStart ;
CardTypeResult[CT_SINGLE_LINE].cbCardType = CT_SINGLE_LINE ;
CopyMemory(CardTypeResult[CT_SINGLE_LINE].cbCardData[Index], cbSingleLineCard+nStart, sizeof(BYTE)*(cbThisLineCount));
CardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[Index] = cbThisLineCount;
CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount<MAX_TYPE_COUNT) ;
nStart-- ;
}
if(RemoveCard(cbSingleLineCard, cbSingleLineCount, cbTmpCardData, cbLeftCardCount)==true)
{
cbLeftCardCount -= cbSingleLineCount ;
bFindSingleLine = true ;
}
}
}
}
//对连类型
{
//恢复扑克，防止分析时改变扑克
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
//连牌判断
BYTE cbFirstCard = 0 ;
//去除2和王
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardLogicValue(cbTmpCardData[i])<15) {cbFirstCard = i ; break ;}
BYTE cbLeftCardCount = cbHandCardCount-cbFirstCard ;
bool bFindDoubleLine = true ;
BYTE cbDoubleLineCount = 0 ;
BYTE cbDoubleLineCard[24] ;
//开始判断
while (cbLeftCardCount>=6 && bFindDoubleLine)
{
BYTE cbLastCard = cbTmpCardData[cbFirstCard] ;
BYTE cbSameCount = 1 ;
cbDoubleLineCount = 0 ;
bFindDoubleLine=false ;
for(BYTE i=cbFirstCard+1 ; i<cbLeftCardCount+cbFirstCard ; ++i)
{
//搜索同牌
while (GetCardLogicValue(cbLastCard)==GetCardLogicValue(cbTmpCardData[i]) && i<cbLeftCardCount+cbFirstCard)
{
++cbSameCount;
++i ;
}
BYTE cbLastDoubleCardValue ;
if(cbDoubleLineCount>0) cbLastDoubleCardValue = GetCardLogicValue(cbDoubleLineCard[cbDoubleLineCount-1]) ;
//重新开始
if((cbSameCount<2 || (cbDoubleLineCount>0 && (cbLastDoubleCardValue-GetCardLogicValue(cbLastCard))!=1)) && i<=cbLeftCardCount+cbFirstCard)
{
if(cbDoubleLineCount>=6) break ;
//回退
if(cbSameCount>=2) i-=cbSameCount ;
cbLastCard = cbTmpCardData[i] ;
cbDoubleLineCount = 0 ;
}
//保存数据
else if(cbSameCount>=2)
{
cbDoubleLineCard[cbDoubleLineCount] = cbTmpCardData[i-cbSameCount] ;
cbDoubleLineCard[cbDoubleLineCount+1] = cbTmpCardData[i-cbSameCount+1] ;
cbDoubleLineCount += 2 ;
//结尾判断
if(i==(cbLeftCardCount+cbFirstCard-2))
if((GetCardLogicValue(cbLastCard)-GetCardLogicValue(cbTmpCardData[i]))==1 && (GetCardLogicValue(cbTmpCardData[i])==GetCardLogicValue(cbTmpCardData[i+1])))
{
cbDoubleLineCard[cbDoubleLineCount] = cbTmpCardData[i] ;
cbDoubleLineCard[cbDoubleLineCount+1] = cbTmpCardData[i+1] ;
cbDoubleLineCount += 2 ;
break ;
}
}
cbLastCard = cbTmpCardData[i] ;
cbSameCount = 1 ;
}
BYTE cbTempCard[20]={0};
CopyMemory(cbTempCard,cbDoubleLineCard,sizeof(BYTE)*cbDoubleLineCount);
SortCardList(cbTempCard, cbDoubleLineCount, ST_ORDER);
//保存数据
if(cbDoubleLineCount>=6 && GetCardType(cbTempCard,cbDoubleLineCount)==CT_DOUBLE_LINE)
{
BYTE Index ;
//所有连牌
BYTE cbCurrentDoubleLineCount = 6 ;
while ( cbCurrentDoubleLineCount < cbDoubleLineCount )
{
Index = CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount ;
CardTypeResult[CT_DOUBLE_LINE].cbCardType = CT_DOUBLE_LINE ;
CopyMemory(CardTypeResult[CT_DOUBLE_LINE].cbCardData[Index], cbDoubleLineCard, sizeof(BYTE)*cbCurrentDoubleLineCount);
CardTypeResult[CT_DOUBLE_LINE].cbEachHandCardCount[Index] = cbCurrentDoubleLineCount;
CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount++ ;
cbCurrentDoubleLineCount += 2 ;
ASSERT(CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
//从小到大
if ( cbDoubleLineCount >= 6 )
{
//所有连牌
int cbLeftLen = cbDoubleLineCount - 6 ;
while ( cbLeftLen >= 0 )
{
Index = CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount ;
CardTypeResult[CT_DOUBLE_LINE].cbCardType = CT_DOUBLE_LINE ;
CopyMemory(CardTypeResult[CT_DOUBLE_LINE].cbCardData[Index], cbDoubleLineCard + cbLeftLen, sizeof( BYTE ) * ( cbDoubleLineCount - cbLeftLen ));
CardTypeResult[CT_DOUBLE_LINE].cbEachHandCardCount[Index] = cbDoubleLineCount - cbLeftLen;
CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount++ ;
cbLeftLen -= 2 ;
ASSERT(CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
}
if(RemoveCard(cbDoubleLineCard, cbDoubleLineCount, cbTmpCardData, cbFirstCard+cbLeftCardCount)==true)
{
bFindDoubleLine=true ;
cbLeftCardCount -= cbDoubleLineCount ;
}
}
}
}
//三连类型
{
//恢复扑克，防止分析时改变扑克
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
//连牌判断
BYTE cbFirstCard = 0 ;
//去除2和王
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardLogicValue(cbTmpCardData[i])<15) {cbFirstCard = i ; break ;}
BYTE cbLeftCardCount = cbHandCardCount-cbFirstCard ;
bool bFindThreeLine = true ;
BYTE cbThreeLineCount = 0 ;
BYTE cbThreeLineCard[MAX_COUNT] ;
//开始判断
while (cbLeftCardCount>=6 && bFindThreeLine)
{
BYTE cbLastCard = cbTmpCardData[cbFirstCard] ;
BYTE cbSameCount = 1 ;
cbThreeLineCount = 0 ;
bFindThreeLine = false ;
for(BYTE i=cbFirstCard+1 ; i<cbLeftCardCount+cbFirstCard ; ++i)
{
//搜索同牌
while (GetCardLogicValue(cbLastCard)==GetCardLogicValue(cbTmpCardData[i]) && i<cbLeftCardCount+cbFirstCard)
{
++cbSameCount;
++i ;
}
BYTE cbLastThreeCardValue ;
if(cbThreeLineCount>0) cbLastThreeCardValue = GetCardLogicValue(cbThreeLineCard[cbThreeLineCount-1]) ;
//重新开始
if((cbSameCount<3 || (cbThreeLineCount>0&&(cbLastThreeCardValue-GetCardLogicValue(cbLastCard))!=1)) && i<=cbLeftCardCount+cbFirstCard)
{
if(cbThreeLineCount>=6) break ;
if(cbSameCount>=3) i-=cbSameCount ;
cbLastCard = cbTmpCardData[i] ;
cbThreeLineCount = 0 ;
}
//保存数据
else if(cbSameCount>=3)
{
cbThreeLineCard[cbThreeLineCount] = cbTmpCardData[i-cbSameCount] ;
cbThreeLineCard[cbThreeLineCount+1] = cbTmpCardData[i-cbSameCount+1] ;
cbThreeLineCard[cbThreeLineCount+2] = cbTmpCardData[i-cbSameCount+2] ;
cbThreeLineCount += 3 ;
//结尾判断
if(i==(cbLeftCardCount+cbFirstCard-3))
if((GetCardLogicValue(cbLastCard)-GetCardLogicValue(cbTmpCardData[i]))==1 && (GetCardLogicValue(cbTmpCardData[i])==GetCardLogicValue(cbTmpCardData[i+1])) && (GetCardLogicValue(cbTmpCardData[i])==GetCardLogicValue(cbTmpCardData[i+2])))
{
cbThreeLineCard[cbThreeLineCount] = cbTmpCardData[i] ;
cbThreeLineCard[cbThreeLineCount+1] = cbTmpCardData[i+1] ;
cbThreeLineCard[cbThreeLineCount+2] = cbTmpCardData[i+2] ;
cbThreeLineCount += 3 ;
break ;
}
}
cbLastCard = cbTmpCardData[i] ;
cbSameCount = 1 ;
}
BYTE cbTempCard[20]={0};
CopyMemory(cbTempCard,cbThreeLineCard,sizeof(BYTE)*cbThreeLineCount);
SortCardList(cbTempCard, cbThreeLineCount, ST_ORDER);
//保存数据
if(cbThreeLineCount>=6 && GetCardType(cbTempCard,cbThreeLineCount)==CT_THREE_LINE)
{
BYTE Index ;
Index = CardTypeResult[CT_THREE_LINE].cbCardTypeCount ;
CardTypeResult[CT_THREE_LINE].cbCardType = CT_THREE_LINE ;
CopyMemory(CardTypeResult[CT_THREE_LINE].cbCardData[Index], cbThreeLineCard, sizeof(BYTE)*cbThreeLineCount);
CardTypeResult[CT_THREE_LINE].cbEachHandCardCount[Index] = cbThreeLineCount;
CardTypeResult[CT_THREE_LINE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_THREE_LINE].cbCardTypeCount<MAX_TYPE_COUNT) ;
if(RemoveCard(cbThreeLineCard, cbThreeLineCount, cbTmpCardData, cbFirstCard+cbLeftCardCount) ==true)
{
bFindThreeLine=true ;
cbLeftCardCount -= cbThreeLineCount ;
}
}
}
}
//三带一单
{
//恢复扑克，防止分析时改变扑克
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
BYTE cbHandThreeCard[MAX_COUNT];
BYTE cbHandThreeCount=0 ;
//移除炸弹
BYTE cbAllBomCardData[MAX_COUNT] ;
BYTE cbAllBomCardCount=0 ;
GetAllBomCard(cbTmpCardData, cbHandCardCount, cbAllBomCardData, cbAllBomCardCount) ;
RemoveCard(cbAllBomCardData, cbAllBomCardCount, cbTmpCardData, cbHandCardCount) ;
GetAllThreeCard(cbTmpCardData, cbHandCardCount-cbAllBomCardCount, cbHandThreeCard, cbHandThreeCount) ;
{
BYTE Index ;
//去掉三条
BYTE cbRemainCardData[MAX_COUNT] ;
CopyMemory(cbRemainCardData, cbTmpCardData, cbHandCardCount-cbAllBomCardCount) ;
BYTE cbRemainCardCount=cbHandCardCount-cbAllBomCardCount-cbHandThreeCount ;
RemoveCard(cbHandThreeCard, cbHandThreeCount, cbRemainCardData, cbHandCardCount-cbAllBomCardCount) ;
//三条带一张
for(BYTE i=0; i<cbHandThreeCount; i+=3)
{
//三条带一张
for(BYTE j=0; j<cbRemainCardCount; ++j)
{
BYTE cbTempCard[4]={0};
cbTempCard[0]=cbHandThreeCard[i];
cbTempCard[1]=cbHandThreeCard[i+1];
cbTempCard[2]=cbHandThreeCard[i+2];
cbTempCard[3]=cbRemainCardData[j];
if(GetCardType(cbTempCard,4)==CT_THREE_LINE_TAKE_ONE)
{
Index = CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardType = CT_THREE_LINE_TAKE_ONE ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index][0] = cbHandThreeCard[i] ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index][1] = cbHandThreeCard[i+1] ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index][2] = cbHandThreeCard[i+2] ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index][3] = cbRemainCardData[j] ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbEachHandCardCount[Index] = 4 ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount++ ;
}
}
}
}
}
//三连带单
// BYTE cbLeftThreeCardCount=cbHandThreeCount ;
// bool bFindThreeLine=true ;
// BYTE cbLastIndex=0 ;
// if(GetCardLogicValue(cbHandThreeCard[0])==15) cbLastIndex=3 ;
// while (cbLeftThreeCardCount>=6 && bFindThreeLine)
// {
// BYTE cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[cbLastIndex]);
// BYTE cbThreeLineCard[MAX_COUNT];
// BYTE cbThreeLineCardCount=3;
// cbThreeLineCard[0]=cbHandThreeCard[cbLastIndex];
// cbThreeLineCard[1]=cbHandThreeCard[cbLastIndex+1];
// cbThreeLineCard[2]=cbHandThreeCard[cbLastIndex+2];
// bFindThreeLine = false ;
// for(BYTE j=3+cbLastIndex; j<cbLeftThreeCardCount; j+=3)
// {
// //连续判断
// if(1!=(cbLastLogicCard-(GetCardLogicValue(cbHandThreeCard[j]))))
// {
// cbLastIndex = j ;
// if(cbLeftThreeCardCount-j>=6) bFindThreeLine = true ;
// break;
// }
// cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[j]);
// cbThreeLineCard[cbThreeLineCardCount]=cbHandThreeCard[j];
// cbThreeLineCard[cbThreeLineCardCount+1]=cbHandThreeCard[j+1];
// cbThreeLineCard[cbThreeLineCardCount+2]=cbHandThreeCard[j+2];
// cbThreeLineCardCount += 3;
// }
// if(cbThreeLineCardCount>3)
// {
// BYTE Index ;
// BYTE cbRemainCard[MAX_COUNT];
// BYTE cbRemainCardCount=cbHandCardCount-cbAllBomCardCount-cbHandThreeCount ;
// //移除三条（还应该移除炸弹王等）
// CopyMemory(cbRemainCard, cbTmpCardData, (cbHandCardCount-cbAllBomCardCount)*sizeof(BYTE));
// RemoveCard(cbHandThreeCard, cbHandThreeCount, cbRemainCard, cbHandCardCount-cbAllBomCardCount) ;
// for(BYTE start=0; start<cbThreeLineCardCount-3; start+=3)
// {
// //本顺数目
// BYTE cbThisTreeLineCardCount = cbThreeLineCardCount-start ;
// //单牌个数
// BYTE cbSingleCardCount=(cbThisTreeLineCardCount)/3;
// //单牌不够
// if(cbRemainCardCount<cbSingleCardCount) continue ;
// //单牌组合
// BYTE cbComCard[5];
// BYTE cbComResCard[254][5] ;
// BYTE cbComResLen=0 ;
// Combination(cbComCard, 0, cbComResCard, cbComResLen, cbRemainCard, cbSingleCardCount, cbRemainCardCount, cbSingleCardCount);
// for(BYTE i=0; i<cbComResLen; ++i)
// {
// Index = CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount ;
// CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardType = CT_THREE_LINE_TAKE_ONE ;
// //保存三条
// CopyMemory(CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index], cbThreeLineCard+start, sizeof(BYTE)*cbThisTreeLineCardCount);
// //保存单牌
// CopyMemory(CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index]+cbThisTreeLineCardCount, cbComResCard[i], cbSingleCardCount) ;
// CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbEachHandCardCount[Index] = cbThisTreeLineCardCount+cbSingleCardCount ;
// CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount++ ;
// ASSERT(CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount<MAX_TYPE_COUNT) ;
// }
// }
// //移除三连
// if(RemoveCard(cbThreeLineCard, cbThreeLineCardCount, cbHandThreeCard, cbLeftThreeCardCount)==true)
// {
// bFindThreeLine = true ;
// cbLeftThreeCardCount -= cbThreeLineCardCount ;
// }
// }
// }
//}
//三带一对
//{
//恢复扑克，防止分析时改变扑克
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
BYTE cbHandThreeCard[MAX_COUNT];
BYTE cbHandThreeCount=0 ;
BYTE cbRemainCarData[MAX_COUNT] ;
BYTE cbRemainCardCount=0 ;
//抽取三条
GetAllThreeCard(cbTmpCardData, cbHandCardCount, cbHandThreeCard, cbHandThreeCount) ;
//移除三条（还应该移除炸弹王等）
CopyMemory(cbRemainCarData, cbTmpCardData, cbHandCardCount) ;
RemoveCard(cbHandThreeCard, cbHandThreeCount, cbRemainCarData, cbHandCardCount);
cbRemainCardCount = cbHandCardCount-cbHandThreeCount ;
//抽取对牌
BYTE cbAllDoubleCardData[MAX_COUNT] ;
BYTE cbAllDoubleCardCount=0 ;
GetAllDoubleCard(cbRemainCarData, cbRemainCardCount, cbAllDoubleCardData, cbAllDoubleCardCount) ;
//三条带一对
for(BYTE i=0; i<cbHandThreeCount; i+=3)
{
BYTE Index ;
//三条带一张
for(BYTE j=0; j<cbAllDoubleCardCount; j+=2)
{
BYTE cbTempCard[5]={0};
cbTempCard[0]=cbHandThreeCard[i];
cbTempCard[1]=cbHandThreeCard[i+1];
cbTempCard[2]=cbHandThreeCard[i+2];
cbTempCard[3]=cbAllDoubleCardData[j];
cbTempCard[4]=cbAllDoubleCardData[j+1];
if(GetCardType(cbTempCard,5)==CT_THREE_LINE_TAKE_TWO)
{
Index = CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardType = CT_THREE_LINE_TAKE_TWO ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][0] = cbHandThreeCard[i] ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][1] = cbHandThreeCard[i+1] ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][2] = cbHandThreeCard[i+2] ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][3] = cbAllDoubleCardData[j] ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][4] = cbAllDoubleCardData[j+1] ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbEachHandCardCount[Index] = 5 ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount++ ;
}
}
}
// //三连带对
// BYTE cbLeftThreeCardCount=cbHandThreeCount ;
// bool bFindThreeLine=true ;
// BYTE cbLastIndex=0 ;
// if(GetCardLogicValue(cbHandThreeCard[0])==15) cbLastIndex=3 ;
// while (cbLeftThreeCardCount>=6 && bFindThreeLine)
// {
// BYTE cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[cbLastIndex]);
// BYTE cbThreeLineCard[MAX_COUNT];
// BYTE cbThreeLineCardCount=3;
// cbThreeLineCard[0]=cbHandThreeCard[cbLastIndex];
// cbThreeLineCard[1]=cbHandThreeCard[cbLastIndex+1];
// cbThreeLineCard[2]=cbHandThreeCard[cbLastIndex+2];
// bFindThreeLine=false ;
// for(BYTE j=3+cbLastIndex; j<cbLeftThreeCardCount; j+=3)
// {
// //连续判断
// if(1!=(cbLastLogicCard-(GetCardLogicValue(cbHandThreeCard[j]))))
// {
// cbLastIndex = j ;
// if(cbLeftThreeCardCount-j>=6) bFindThreeLine = true ;
// break;
// }
// cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[j]);
// cbThreeLineCard[cbThreeLineCardCount]=cbHandThreeCard[j];
// cbThreeLineCard[cbThreeLineCardCount+1]=cbHandThreeCard[j+1];
// cbThreeLineCard[cbThreeLineCardCount+2]=cbHandThreeCard[j+2];
// cbThreeLineCardCount += 3;
// }
// if(cbThreeLineCardCount>3)
// {
// BYTE Index ;
// for(BYTE start=0; start<cbThreeLineCardCount-3; start+=3)
// {
// //本顺数目
// BYTE cbThisTreeLineCardCount = cbThreeLineCardCount-start ;
// //对牌张数
// BYTE cbDoubleCardCount=((cbThisTreeLineCardCount)/3);
// //对牌不够
// if(cbRemainCardCount<cbDoubleCardCount) continue ;
// BYTE cbDoubleCardIndex[10]; //对牌下标
// for(BYTE i=0, j=0; i<cbAllDoubleCardCount; i+=2, ++j)
// cbDoubleCardIndex[j]=i ;
// //对牌组合
// BYTE cbComCard[5];
// BYTE cbComResCard[254][5] ;
// BYTE cbComResLen=0 ;
// //利用对牌的下标做组合，再根据下标提取出对牌
// Combination(cbComCard, 0, cbComResCard, cbComResLen, cbDoubleCardIndex, cbDoubleCardCount, cbAllDoubleCardCount/2, cbDoubleCardCount);
// ASSERT(cbComResLen<=254) ;
// for(BYTE i=0; i<cbComResLen; ++i)
// {
// Index = CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount ;
// CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardType = CT_THREE_LINE_TAKE_TWO ;
// //保存三条
// CopyMemory(CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index], cbThreeLineCard+start, sizeof(BYTE)*cbThisTreeLineCardCount);
// //保存对牌
// for(BYTE j=0, k=0; j<cbDoubleCardCount; ++j, k+=2)
// {
// CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][cbThisTreeLineCardCount+k] = cbAllDoubleCardData[cbComResCard[i][j]];
// CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][cbThisTreeLineCardCount+k+1] = cbAllDoubleCardData[cbComResCard[i][j]+1];
// }
// CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbEachHandCardCount[Index] = cbThisTreeLineCardCount+2*cbDoubleCardCount ;
// CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount++ ;
// ASSERT(CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount<MAX_TYPE_COUNT) ;
// }
// }
// //移除三连
// if(RemoveCard(cbThreeLineCard, cbThreeLineCardCount, cbHandThreeCard, cbLeftThreeCardCount)==true)
// {
// bFindThreeLine = true ;
// cbLeftThreeCardCount -= cbThreeLineCardCount ;
// }
// }
// }
//}
//四带两单
/*
{
//恢复扑克，防止分析时改变扑克
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
BYTE cbFirstCard = 0 ;
//去除王牌
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardColor(cbTmpCardData[i])!=0x40) {cbFirstCard = i ; break ;}
BYTE cbHandAllFourCardData[MAX_COUNT] ;
BYTE cbHandAllFourCardCount=0;
//抽取四张
GetAllBomCard(cbTmpCardData+cbFirstCard, cbHandCardCount-cbFirstCard, cbHandAllFourCardData, cbHandAllFourCardCount) ;
//移除四条
BYTE cbRemainCard[MAX_COUNT];
BYTE cbRemainCardCount=cbHandCardCount-cbHandAllFourCardCount ;
CopyMemory(cbRemainCard, cbTmpCardData, cbHandCardCount*sizeof(BYTE));
RemoveCard(cbHandAllFourCardData, cbHandAllFourCardCount, cbRemainCard, cbHandCardCount) ;
for(BYTE Start=0; Start<cbHandAllFourCardCount; Start += 4)
{
BYTE Index ;
//单牌组合
BYTE cbComCard[5];
BYTE cbComResCard[254][5] ;
BYTE cbComResLen=0 ;
//单牌组合
Combination(cbComCard, 0, cbComResCard, cbComResLen, cbRemainCard, 2, cbRemainCardCount, 2);
for(BYTE i=0; i<cbComResLen; ++i)
{
//不能带对
if(GetCardValue(cbComResCard[i][0])==GetCardValue(cbComResCard[i][1])) continue ;
Index=CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardTypeCount ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardType = CT_FOUR_LINE_TAKE_ONE ;
CopyMemory(CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardData[Index], cbHandAllFourCardData+Start, 4) ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardData[Index][4] = cbComResCard[i][0] ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardData[Index][4+1] = cbComResCard[i][1] ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbEachHandCardCount[Index] = 6 ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
}
}*/
//四带两对
/*
{
//恢复扑克，防止分析时改变扑克
CopyMemory(cbTmpCardData, cbReserveCardData, cbHandCardCount) ;
BYTE cbFirstCard = 0 ;
//去除王牌
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardColor(cbTmpCardData[i])!=0x40) {cbFirstCard = i ; break ;}
BYTE cbHandAllFourCardData[MAX_COUNT] ;
BYTE cbHandAllFourCardCount=0;
//抽取四张
GetAllBomCard(cbTmpCardData+cbFirstCard, cbHandCardCount-cbFirstCard, cbHandAllFourCardData, cbHandAllFourCardCount) ;
//移除四条
BYTE cbRemainCard[MAX_COUNT];
BYTE cbRemainCardCount=cbHandCardCount-cbHandAllFourCardCount ;
CopyMemory(cbRemainCard, cbTmpCardData, cbHandCardCount*sizeof(BYTE));
RemoveCard(cbHandAllFourCardData, cbHandAllFourCardCount, cbRemainCard, cbHandCardCount) ;
for(BYTE Start=0; Start<cbHandAllFourCardCount; Start += 4)
{
//抽取对牌
BYTE cbAllDoubleCardData[MAX_COUNT] ;
BYTE cbAllDoubleCardCount=0 ;
GetAllDoubleCard(cbRemainCard, cbRemainCardCount, cbAllDoubleCardData, cbAllDoubleCardCount) ;
BYTE cbDoubleCardIndex[10]; //对牌下标
for(BYTE i=0, j=0; i<cbAllDoubleCardCount; i+=2, ++j)
cbDoubleCardIndex[j]=i ;
//对牌组合
BYTE cbComCard[5];
BYTE cbComResCard[255][5] ;
BYTE cbComResLen=0 ;
//利用对牌的下标做组合，再根据下标提取出对牌
Combination(cbComCard, 0, cbComResCard, cbComResLen, cbDoubleCardIndex, 2, cbAllDoubleCardCount/2, 2);
for(BYTE i=0; i<cbComResLen; ++i)
{
BYTE Index = CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardTypeCount ;
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardType = CT_FOUR_LINE_TAKE_TWO ;
CopyMemory(CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardData[Index], cbHandAllFourCardData+Start, 4) ;
//保存对牌
for(BYTE j=0, k=0; j<4; ++j, k+=2)
{
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardData[Index][4+k] = cbAllDoubleCardData[cbComResCard[i][j]];
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardData[Index][4+k+1] = cbAllDoubleCardData[cbComResCard[i][j]+1];
}
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbEachHandCardCount[Index] = 8 ;
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardTypeCount<MAX_TYPE_COUNT) ;
}
}
}*/
}
//分析牌型
void CGameLogic::AnalyseOutCardType(BYTE const cbHandCardData[], BYTE const cbHandCardCount, BYTE const cbTurnCardData[], BYTE const cbTurnCardCount,tagOutCardTypeResult CardTypeResult[12+1])
{
ZeroMemory(CardTypeResult, sizeof(CardTypeResult[0])*12) ;
BYTE cbTmpCard[MAX_COUNT];
CopyMemory(cbTmpCard, cbHandCardData, cbHandCardCount) ;
BYTE cbTmpTurnCard[MAX_COUNT]={0};
CopyMemory(cbTmpTurnCard, cbTurnCardData, cbTurnCardCount) ;
SortCardList(cbTmpCard, cbHandCardCount, ST_ORDER) ;
SortCardList(cbTmpTurnCard, cbTurnCardCount, ST_ORDER) ;
BYTE cbTurnCardType = GetCardType(cbTmpTurnCard, cbTurnCardCount) ;
//ASSERT(cbTurnCardType!=CT_ERROR) ;
if(cbTurnCardType==CT_ERROR)
return ;
if(cbTurnCardType!=CT_MISSILE_CARD && cbTurnCardType!=CT_BOMB_CARD)
{
//双王炸弹
if(cbHandCardCount>=2 && 0x4F==cbTmpCard[0] && 0x4E==cbTmpCard[1])
{
BYTE Index = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount;
CardTypeResult[CT_BOMB_CARD].cbCardType = CT_BOMB_CARD ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][0] = cbTmpCard[0] ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][1] = cbTmpCard[1] ;
CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index] = 2 ;
CardTypeResult[CT_BOMB_CARD].cbCardTypeCount++;
BYTE cbBomCardData[MAX_COUNT];
BYTE cbBomCardCount=0;
GetAllBomCard(cbTmpCard+2, cbHandCardCount-2, cbBomCardData, cbBomCardCount) ;
for(BYTE i=0; i<cbBomCardCount/4; ++i)
{
Index = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount;
CardTypeResult[CT_BOMB_CARD].cbCardType = CT_BOMB_CARD ;
CopyMemory(CardTypeResult[CT_BOMB_CARD].cbCardData[Index], cbBomCardData+4*i, 4) ;
CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index] = 4;
CardTypeResult[CT_BOMB_CARD].cbCardTypeCount++;
ASSERT(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
}
//炸弹牌型
else
{
BYTE cbBomCardData[MAX_COUNT];
BYTE cbBomCardCount=0;
GetAllBomCard(cbTmpCard, cbHandCardCount, cbBomCardData, cbBomCardCount) ;
for(BYTE i=0; i<cbBomCardCount/4; ++i)
{
BYTE Index = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount;
CardTypeResult[CT_BOMB_CARD].cbCardType = CT_BOMB_CARD ;
CopyMemory(CardTypeResult[CT_BOMB_CARD].cbCardData[Index], cbBomCardData+4*i, 4) ;
CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index] = 4;
CardTypeResult[CT_BOMB_CARD].cbCardTypeCount++;
ASSERT(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
}
}
switch(cbTurnCardType)
{
case CT_SINGLE: //单牌类型
{
for(BYTE i=0; i<cbHandCardCount; ++i)
if(GetCardLogicValue(cbTmpCard[i])>GetCardLogicValue(cbTmpTurnCard[0]))
{
BYTE Index = CardTypeResult[CT_SINGLE].cbCardTypeCount ;
CardTypeResult[CT_SINGLE].cbCardType = CT_SINGLE ;
CardTypeResult[CT_SINGLE].cbCardData[Index][0] = cbTmpCard[i];
CardTypeResult[CT_SINGLE].cbEachHandCardCount[Index] = 1;
CardTypeResult[CT_SINGLE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_SINGLE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
break ;
}
case CT_DOUBLE: //对牌类型
{
//扑克分析
for (BYTE i=0;i<cbHandCardCount;i++)
{
//变量定义
BYTE cbSameCount=1;
BYTE cbLogicValue=GetCardLogicValue(cbTmpCard[i]);
//搜索同牌
for (BYTE j=i+1;j<cbHandCardCount;j++)
{
//获取扑克
if (GetCardLogicValue(cbTmpCard[j])!=cbLogicValue) break;
//设置变量
cbSameCount++;
}
if(cbSameCount>=2 && GetCardLogicValue(cbTmpCard[i])>GetCardLogicValue(cbTmpTurnCard[0]))
{
BYTE Index = CardTypeResult[CT_DOUBLE].cbCardTypeCount ;
CardTypeResult[CT_DOUBLE].cbCardType = CT_DOUBLE ;
CardTypeResult[CT_DOUBLE].cbCardData[Index][0] = cbTmpCard[i];
CardTypeResult[CT_DOUBLE].cbCardData[Index][1] = cbTmpCard[i+1];
CardTypeResult[CT_DOUBLE].cbEachHandCardCount[Index] = 2;
CardTypeResult[CT_DOUBLE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_DOUBLE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
//设置索引
i+=cbSameCount-1;
}
break ;
}
case CT_THREE: //三条类型
{
//扑克分析
for (BYTE i=0;i<cbHandCardCount;i++)
{
//变量定义
BYTE cbSameCount=1;
BYTE cbLogicValue=GetCardLogicValue(cbTmpCard[i]);
//搜索同牌
for (BYTE j=i+1;j<cbHandCardCount;j++)
{
//获取扑克
if (GetCardLogicValue(cbTmpCard[j])!=cbLogicValue) break;
//设置变量
cbSameCount++;
}
if(cbSameCount>=3 && GetCardLogicValue(cbTmpCard[i])>GetCardLogicValue(cbTmpTurnCard[0]))
{
BYTE Index = CardTypeResult[CT_THREE].cbCardTypeCount ;
CardTypeResult[CT_THREE].cbCardType = CT_THREE ;
CardTypeResult[CT_THREE].cbCardData[Index][0] = cbTmpCard[i];
CardTypeResult[CT_THREE].cbCardData[Index][1] = cbTmpCard[i+1];
CardTypeResult[CT_THREE].cbCardData[Index][2] = cbTmpCard[i+2];
CardTypeResult[CT_THREE].cbEachHandCardCount[Index] = 3;
CardTypeResult[CT_THREE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_THREE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
//设置索引
i+=cbSameCount-1;
}
break ;
}
case CT_SINGLE_LINE: //单连类型
{
BYTE cbFirstCard = 0 ;
//去除2和王
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardLogicValue(cbTmpCard[i])<15) {cbFirstCard = i ; break ;}
BYTE cbSingleLineCard[12] ;
BYTE cbSingleLineCount=1 ;
BYTE cbLeftCardCount = cbHandCardCount ;
bool bFindSingleLine = true ;
//连牌判断
while (cbLeftCardCount>=cbTurnCardCount && bFindSingleLine)
{
cbSingleLineCount=1 ;
bFindSingleLine = false ;
BYTE cbLastCard = cbTmpCard[cbFirstCard] ;
cbSingleLineCard[cbSingleLineCount-1] = cbTmpCard[cbFirstCard] ;
for (BYTE i=cbFirstCard+1; i<cbLeftCardCount; i++)
{
BYTE cbCardData=cbTmpCard[i];
//连续判断
if (1!=(GetCardLogicValue(cbLastCard)-GetCardLogicValue(cbCardData)) && GetCardValue(cbLastCard)!=GetCardValue(cbCardData))
{
cbLastCard = cbTmpCard[i] ;
//是否合法
if(cbSingleLineCount<cbTurnCardCount)
{
cbSingleLineCount = 1 ;
cbSingleLineCard[cbSingleLineCount-1] = cbTmpCard[i] ;
continue ;
}
else break ;
}
//同牌判断
else if(GetCardValue(cbLastCard)!=GetCardValue(cbCardData))
{
cbLastCard = cbCardData ;
cbSingleLineCard[cbSingleLineCount] = cbCardData ;
++cbSingleLineCount ;
}
}
//保存数据
if(cbSingleLineCount>=cbTurnCardCount && GetCardLogicValue(cbSingleLineCard[0])>GetCardLogicValue(cbTmpTurnCard[0]))
{
BYTE Index ;
BYTE cbStart=0 ;
//所有连牌
while (GetCardLogicValue(cbSingleLineCard[cbStart])>GetCardLogicValue(cbTmpTurnCard[0]) && ((cbSingleLineCount-cbStart)>=cbTurnCardCount))
{
Index = CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount ;
CardTypeResult[CT_SINGLE_LINE].cbCardType = CT_SINGLE_LINE ;
CopyMemory(CardTypeResult[CT_SINGLE_LINE].cbCardData[Index], cbSingleLineCard+cbStart, sizeof(BYTE)*cbTurnCardCount);
CardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[Index] = cbTurnCardCount;
CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount++ ;
cbStart++;
ASSERT(CardTypeResult[CT_SINGLE_LINE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
RemoveCard(cbSingleLineCard, cbSingleLineCount, cbTmpCard, cbLeftCardCount);
cbLeftCardCount -= cbSingleLineCount ;
bFindSingleLine = true ;
}
}
break ;
}
case CT_DOUBLE_LINE: //对连类型
{
//连牌判断
BYTE cbFirstCard = 0 ;
//去除2和王
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardLogicValue(cbTmpCard[i])<15) {cbFirstCard = i ; break ;}
BYTE cbLeftCardCount = cbHandCardCount-cbFirstCard ;
bool bFindDoubleLine = true ;
BYTE cbDoubleLineCount = 0 ;
BYTE cbDoubleLineCard[24] ;
//开始判断
while (cbLeftCardCount>=cbTurnCardCount && bFindDoubleLine)
{
BYTE cbLastCard = cbTmpCard[cbFirstCard] ;
BYTE cbSameCount = 1 ;
cbDoubleLineCount = 0 ;
bFindDoubleLine=false ;
for(BYTE i=cbFirstCard+1 ; i<cbLeftCardCount+cbFirstCard ; ++i)
{
//搜索同牌
while (GetCardValue(cbLastCard)==GetCardValue(cbTmpCard[i]) && i<cbLeftCardCount+cbFirstCard)
{
++cbSameCount;
++i ;
}
BYTE cbLastDoubleCardValue ;
if(cbDoubleLineCount>0) cbLastDoubleCardValue = GetCardLogicValue(cbDoubleLineCard[cbDoubleLineCount-1]) ;
//重新开始
if((cbSameCount<2 || (cbDoubleLineCount>0 && (cbLastDoubleCardValue-GetCardLogicValue(cbLastCard))!=1)) && i<=cbLeftCardCount+cbFirstCard)
{
if(cbDoubleLineCount>=cbTurnCardCount) break ;
if(cbSameCount>=2) i-=cbSameCount ;
cbLastCard = cbTmpCard[i] ;
cbDoubleLineCount = 0 ;
}
//保存数据
else if(cbSameCount>=2)
{
cbDoubleLineCard[cbDoubleLineCount] = cbTmpCard[i-cbSameCount] ;
cbDoubleLineCard[cbDoubleLineCount+1] = cbTmpCard[i-cbSameCount+1] ;
cbDoubleLineCount += 2 ;
//结尾判断
if(i==(cbLeftCardCount+cbFirstCard-2))
if((GetCardLogicValue(cbLastCard)-GetCardLogicValue(cbTmpCard[i]))==1 && (GetCardLogicValue(cbTmpCard[i])==GetCardLogicValue(cbTmpCard[i+1])))
{
cbDoubleLineCard[cbDoubleLineCount] = cbTmpCard[i] ;
cbDoubleLineCard[cbDoubleLineCount+1] = cbTmpCard[i+1] ;
cbDoubleLineCount += 2 ;
break ;
}
}
cbLastCard = cbTmpCard[i] ;
cbSameCount = 1 ;
}
//保存数据
if(cbDoubleLineCount>=cbTurnCardCount)
{
BYTE Index ;
BYTE cbStart=0 ;
//所有连牌
while (GetCardLogicValue(cbDoubleLineCard[cbStart])>GetCardLogicValue(cbTmpTurnCard[0]) && ((cbDoubleLineCount-cbStart)>=cbTurnCardCount))
{
Index = CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount ;
CardTypeResult[CT_DOUBLE_LINE].cbCardType = CT_DOUBLE_LINE ;
CopyMemory(CardTypeResult[CT_DOUBLE_LINE].cbCardData[Index], cbDoubleLineCard+cbStart, sizeof(BYTE)*cbTurnCardCount);
CardTypeResult[CT_DOUBLE_LINE].cbEachHandCardCount[Index] = cbTurnCardCount;
CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount++ ;
cbStart += 2;
ASSERT(CardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
RemoveCard(cbDoubleLineCard, cbDoubleLineCount, cbTmpCard, cbFirstCard+cbLeftCardCount);
bFindDoubleLine=true ;
cbLeftCardCount -= cbDoubleLineCount ;
}
}
break;
}
case CT_THREE_LINE: //三连类型
{
//连牌判断
BYTE cbFirstCard = 0 ;
//去除2和王
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardLogicValue(cbTmpCard[i])<15) {cbFirstCard = i ; break ;}
BYTE cbLeftCardCount = cbHandCardCount-cbFirstCard ;
bool bFindThreeLine = true ;
BYTE cbThreeLineCount = 0 ;
BYTE cbThreeLineCard[MAX_COUNT] ;
//开始判断
while (cbLeftCardCount>=cbTurnCardCount && bFindThreeLine)
{
BYTE cbLastCard = cbTmpCard[cbFirstCard] ;
BYTE cbSameCount = 1 ;
cbThreeLineCount = 0 ;
bFindThreeLine = false ;
for(BYTE i=cbFirstCard+1 ; i<cbLeftCardCount+cbFirstCard ; ++i)
{
//搜索同牌
while (GetCardValue(cbLastCard)==GetCardValue(cbTmpCard[i]) && i<cbLeftCardCount+cbFirstCard)
{
++cbSameCount;
++i ;
}
BYTE cbLastThreeCardValue ;
if(cbThreeLineCount>0) cbLastThreeCardValue = GetCardLogicValue(cbThreeLineCard[cbThreeLineCount-1]) ;
//重新开始
if((cbSameCount<3 || (cbThreeLineCount>0&&(cbLastThreeCardValue-GetCardLogicValue(cbLastCard))!=1)) && i<=cbLeftCardCount+cbFirstCard)
{
if(cbThreeLineCount>=cbTurnCardCount) break ;
if(cbSameCount>=3) i-= 3 ;
cbLastCard = cbTmpCard[i] ;
cbThreeLineCount = 0 ;
}
//保存数据
else if(cbSameCount>=3)
{
cbThreeLineCard[cbThreeLineCount] = cbTmpCard[i-cbSameCount] ;
cbThreeLineCard[cbThreeLineCount+1] = cbTmpCard[i-cbSameCount+1] ;
cbThreeLineCard[cbThreeLineCount+2] = cbTmpCard[i-cbSameCount+2] ;
cbThreeLineCount += 3 ;
//结尾判断
if(i==(cbLeftCardCount+cbFirstCard-3))
if((GetCardLogicValue(cbLastCard)-GetCardLogicValue(cbTmpCard[i]))==1 && (GetCardLogicValue(cbTmpCard[i])==GetCardLogicValue(cbTmpCard[i+1])) && (GetCardLogicValue(cbTmpCard[i])==GetCardLogicValue(cbTmpCard[i+2])))
{
cbThreeLineCard[cbThreeLineCount] = cbTmpCard[i] ;
cbThreeLineCard[cbThreeLineCount+1] = cbTmpCard[i+1] ;
cbThreeLineCard[cbThreeLineCount+2] = cbTmpCard[i+2] ;
cbThreeLineCount += 3 ;
break ;
}
}
cbLastCard = cbTmpCard[i] ;
cbSameCount = 1 ;
}
//保存数据
if(cbThreeLineCount>=cbTurnCardCount)
{
BYTE Index ;
BYTE cbStart=0 ;
//所有连牌
while (GetCardLogicValue(cbThreeLineCard[cbStart])>GetCardLogicValue(cbTmpTurnCard[0]) && ((cbThreeLineCount-cbStart)>=cbTurnCardCount))
{
Index = CardTypeResult[CT_THREE_LINE].cbCardTypeCount ;
CardTypeResult[CT_THREE_LINE].cbCardType = CT_THREE_LINE ;
CopyMemory(CardTypeResult[CT_THREE_LINE].cbCardData[Index], cbThreeLineCard+cbStart, sizeof(BYTE)*cbTurnCardCount);
CardTypeResult[CT_THREE_LINE].cbEachHandCardCount[Index] = cbTurnCardCount;
CardTypeResult[CT_THREE_LINE].cbCardTypeCount++ ;
cbStart += 3;
ASSERT(CardTypeResult[CT_THREE_LINE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
RemoveCard(cbThreeLineCard, cbThreeLineCount, cbTmpCard, cbFirstCard+cbLeftCardCount);
bFindThreeLine=true ;
cbLeftCardCount -= cbThreeLineCount ;
}
}
break;
}
case CT_THREE_LINE_TAKE_ONE://三带一单
{
BYTE cbTurnThreeCard[MAX_COUNT];
BYTE cbTurnThreeCount=0;
BYTE cbHandThreeCard[MAX_COUNT];
BYTE cbHandThreeCount=0 ;
BYTE cbSingleCardCount=cbTurnCardCount/4;
//移除炸弹
BYTE cbAllBomCardData[MAX_COUNT] ;
BYTE cbAllBomCardCount=0 ;
GetAllBomCard(cbTmpCard, cbHandCardCount, cbAllBomCardData, cbAllBomCardCount) ;
RemoveCard(cbAllBomCardData, cbAllBomCardCount, cbTmpCard, cbHandCardCount);
//三条扑克
GetAllThreeCard(cbTmpTurnCard, cbTurnCardCount, cbTurnThreeCard, cbTurnThreeCount) ;
BYTE cbFirstCard = 0 ;
//去除2和王
if(cbTurnThreeCount>3)
for(BYTE i=0 ; i<cbHandCardCount-cbAllBomCardCount ; ++i)
if(GetCardLogicValue(cbTmpCard[i])<15)
{
cbFirstCard = i ;
break ;
}
GetAllThreeCard(cbTmpCard+cbFirstCard, cbHandCardCount-cbFirstCard-cbAllBomCardCount, cbHandThreeCard, cbHandThreeCount) ;
if(cbHandThreeCount<cbTurnThreeCount || (cbHandThreeCount>0&&GetCardLogicValue(cbHandThreeCard[0])<GetCardLogicValue(cbTurnThreeCard[0]))) return ;
for(BYTE i=0; i<cbHandThreeCount; i+=3)
{
BYTE cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[i]);
BYTE cbThreeLineCard[MAX_COUNT];
BYTE cbThreeLineCardCount=3;
cbThreeLineCard[0]=cbHandThreeCard[i];
cbThreeLineCard[1]=cbHandThreeCard[i+1];
cbThreeLineCard[2]=cbHandThreeCard[i+2];
for(BYTE j=i+3; j<cbHandThreeCount; j+=3)
{
//连续判断
if(1!=(cbLastLogicCard-(GetCardLogicValue(cbHandThreeCard[j]))) || cbThreeLineCardCount==cbTurnThreeCount) break;
cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[j]);
cbThreeLineCard[cbThreeLineCardCount]=cbHandThreeCard[j];
cbThreeLineCard[cbThreeLineCardCount+1]=cbHandThreeCard[j+1];
cbThreeLineCard[cbThreeLineCardCount+2]=cbHandThreeCard[j+2];
cbThreeLineCardCount += 3;
}
if(cbThreeLineCardCount==cbTurnThreeCount && GetCardLogicValue(cbThreeLineCard[0])>GetCardLogicValue(cbTurnThreeCard[0]))
{
BYTE Index ;
BYTE cbRemainCard[MAX_COUNT];
CopyMemory(cbRemainCard, cbTmpCard, (cbHandCardCount-cbAllBomCardCount)*sizeof(BYTE));
RemoveCard(cbThreeLineCard, cbTurnThreeCount, cbRemainCard, (cbHandCardCount-cbAllBomCardCount));
//单牌组合
BYTE cbComCard[5];
BYTE cbComResCard[254][5] ;
BYTE cbComResLen=0 ;
Combination(cbComCard, 0, cbComResCard, cbComResLen, cbRemainCard, cbSingleCardCount, (cbHandCardCount-cbAllBomCardCount)-cbTurnThreeCount, cbSingleCardCount);
for(BYTE i=0; i<cbComResLen; ++i)
{
Index = CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardType = CT_THREE_LINE_TAKE_ONE;
//保存三条
CopyMemory(CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index], cbThreeLineCard, sizeof(BYTE)*cbTurnThreeCount);
//保存单牌
CopyMemory(CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardData[Index]+cbTurnThreeCount, cbComResCard[i], cbSingleCardCount) ;
ASSERT(cbTurnThreeCount+cbSingleCardCount==cbTurnCardCount) ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbEachHandCardCount[Index] = cbTurnCardCount ;
CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_THREE_LINE_TAKE_ONE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
}
}
break;
}
case CT_THREE_LINE_TAKE_TWO://三带一对
{
BYTE cbTurnThreeCard[MAX_COUNT];
BYTE cbTurnThreeCount=0;
BYTE cbHandThreeCard[MAX_COUNT];
BYTE cbHandThreeCount=0 ;
BYTE cbDoubleCardCount=cbTurnCardCount/5;
//三条扑克
GetAllThreeCard(cbTmpTurnCard, cbTurnCardCount, cbTurnThreeCard, cbTurnThreeCount) ;
BYTE cbFirstCard = 0 ;
//去除2和王
if(cbTurnThreeCount>3)
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardLogicValue(cbTmpCard[i])<15) {cbFirstCard = i ; break ;}
GetAllThreeCard(cbTmpCard+cbFirstCard, cbHandCardCount-cbFirstCard, cbHandThreeCard, cbHandThreeCount) ;
if(cbHandThreeCount<cbTurnThreeCount || (cbHandThreeCount>0&&GetCardLogicValue(cbHandThreeCard[0])<GetCardLogicValue(cbTurnThreeCard[0]))) return ;
for(BYTE i=0; i<cbHandThreeCount; i+=3)
{
BYTE cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[i]);
BYTE cbThreeLineCard[MAX_COUNT];
BYTE cbThreeLineCardCount=3;
cbThreeLineCard[0]=cbHandThreeCard[i];
cbThreeLineCard[1]=cbHandThreeCard[i+1];
cbThreeLineCard[2]=cbHandThreeCard[i+2];
for(BYTE j=i+3; j<cbHandThreeCount; j+=3)
{
//连续判断
if(1!=(cbLastLogicCard-(GetCardLogicValue(cbHandThreeCard[j]))) || cbThreeLineCardCount==cbTurnThreeCount) break;
cbLastLogicCard=GetCardLogicValue(cbHandThreeCard[j]);
cbThreeLineCard[cbThreeLineCardCount]=cbHandThreeCard[j];
cbThreeLineCard[cbThreeLineCardCount+1]=cbHandThreeCard[j+1];
cbThreeLineCard[cbThreeLineCardCount+2]=cbHandThreeCard[j+2];
cbThreeLineCardCount += 3;
}
if(cbThreeLineCardCount==cbTurnThreeCount && GetCardLogicValue(cbThreeLineCard[0])>GetCardLogicValue(cbTurnThreeCard[0]))
{
BYTE Index ;
BYTE cbRemainCard[MAX_COUNT];
CopyMemory(cbRemainCard, cbTmpCard, cbHandCardCount*sizeof(BYTE));
RemoveCard(cbThreeLineCard, cbTurnThreeCount, cbRemainCard, cbHandCardCount);
BYTE cbAllDoubleCardData[MAX_COUNT] ;
BYTE cbAllDoubleCardCount=0 ;
GetAllDoubleCard(cbRemainCard, cbHandCardCount-cbTurnThreeCount, cbAllDoubleCardData, cbAllDoubleCardCount) ;
BYTE cbDoubleCardIndex[10]; //对牌下标
for(BYTE i=0, j=0; i<cbAllDoubleCardCount; i+=2, ++j)
cbDoubleCardIndex[j]=i ;
//对牌组合
BYTE cbComCard[5];
BYTE cbComResCard[254][5] ;
BYTE cbComResLen=0 ;
//利用对牌的下标做组合，再根据下标提取出对牌
Combination(cbComCard, 0, cbComResCard, cbComResLen, cbDoubleCardIndex, cbDoubleCardCount, cbAllDoubleCardCount/2, cbDoubleCardCount);
for(BYTE i=0; i<cbComResLen; ++i)
{
Index = CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardType = CT_THREE_LINE_TAKE_TWO ;
//保存三条
CopyMemory(CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index], cbThreeLineCard, sizeof(BYTE)*cbTurnThreeCount);
//保存对牌
for(BYTE j=0, k=0; j<cbDoubleCardCount; ++j, k+=2)
{
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][cbTurnThreeCount+k] = cbAllDoubleCardData[cbComResCard[i][j]];
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardData[Index][cbTurnThreeCount+k+1] = cbAllDoubleCardData[cbComResCard[i][j]+1];
}
ASSERT(cbTurnThreeCount+cbDoubleCardCount*2==cbTurnCardCount) ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbEachHandCardCount[Index] = cbTurnCardCount ;
CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_THREE_LINE_TAKE_TWO].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
}
}
break;
}
case CT_FOUR_LINE_TAKE_ONE://四带两单
{
BYTE cbFirstCard = 0 ;
//去除王牌
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardColor(cbTmpCard[i])!=0x40) {cbFirstCard = i ; break ;}
BYTE cbHandAllFourCardData[MAX_COUNT] ;
BYTE cbHandAllFourCardCount=0;
BYTE cbTurnAllFourCardData[MAX_COUNT];
BYTE cbTurnAllFourCardCount=0;
//抽取四张
GetAllBomCard(cbTmpCard+cbFirstCard, cbHandCardCount-cbFirstCard, cbHandAllFourCardData, cbHandAllFourCardCount) ;
GetAllBomCard(cbTmpTurnCard, cbTurnCardCount, cbTurnAllFourCardData, cbTurnAllFourCardCount) ;
if(cbHandAllFourCardCount>0 && GetCardLogicValue(cbHandAllFourCardData[0])<GetCardLogicValue(cbTurnAllFourCardData[0])) return ;
BYTE cbCanOutFourCardData[MAX_COUNT] ;
BYTE cbCanOutFourCardCount=0 ;
//可出的牌
for(BYTE i=0; i<cbHandAllFourCardCount; i+=4)
{
if(GetCardLogicValue(cbHandAllFourCardData[i])>GetCardLogicValue(cbTurnAllFourCardData[0]))
{
cbCanOutFourCardData[cbCanOutFourCardCount] = cbHandAllFourCardData[i] ;
cbCanOutFourCardData[cbCanOutFourCardCount+1] = cbHandAllFourCardData[i+1] ;
cbCanOutFourCardData[cbCanOutFourCardCount+2] = cbHandAllFourCardData[i+2] ;
cbCanOutFourCardData[cbCanOutFourCardCount+3] = cbHandAllFourCardData[i+3] ;
cbCanOutFourCardCount += 4 ;
}
}
if((cbHandCardCount-cbCanOutFourCardCount) < (cbTurnCardCount-cbTurnAllFourCardCount)) return ;
BYTE cbRemainCard[MAX_COUNT];
CopyMemory(cbRemainCard, cbTmpCard, cbHandCardCount*sizeof(BYTE));
RemoveCard(cbCanOutFourCardData, cbCanOutFourCardCount, cbRemainCard, cbHandCardCount);
for(BYTE Start=0; Start<cbCanOutFourCardCount; Start += 4)
{
BYTE Index ;
//单牌组合
BYTE cbComCard[5];
BYTE cbComResCard[254][5] ;
BYTE cbComResLen=0 ;
//单牌组合
Combination(cbComCard, 0, cbComResCard, cbComResLen, cbRemainCard, 2, cbHandCardCount-cbCanOutFourCardCount, 2);
for(BYTE i=0; i<cbComResLen; ++i)
{
//不能带对
if(GetCardValue(cbComResCard[i][0])==GetCardValue(cbComResCard[i][1])) continue ;
Index=CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardTypeCount ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardType = CT_FOUR_LINE_TAKE_ONE ;
CopyMemory(CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardData[Index], cbCanOutFourCardData+Start, 4) ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardData[Index][4] = cbComResCard[i][0] ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardData[Index][4+1] = cbComResCard[i][1] ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbEachHandCardCount[Index] = 6 ;
CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_FOUR_LINE_TAKE_ONE].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
}
break;
}
case CT_FOUR_LINE_TAKE_TWO://四带两对
{
BYTE cbFirstCard = 0 ;
//去除王牌
for(BYTE i=0 ; i<cbHandCardCount ; ++i) if(GetCardColor(cbTmpCard[i])!=0x40) {cbFirstCard = i ; break ;}
BYTE cbHandAllFourCardData[MAX_COUNT] ;
BYTE cbHandAllFourCardCount=0;
BYTE cbTurnAllFourCardData[MAX_COUNT];
BYTE cbTurnAllFourCardCount=0;
//抽取四张
GetAllBomCard(cbTmpCard+cbFirstCard, cbHandCardCount-cbFirstCard, cbHandAllFourCardData, cbHandAllFourCardCount) ;
GetAllBomCard(cbTmpTurnCard, cbTurnCardCount, cbTurnAllFourCardData, cbTurnAllFourCardCount) ;
if(cbHandAllFourCardCount>0 && GetCardLogicValue(cbHandAllFourCardData[0])<GetCardLogicValue(cbTurnAllFourCardData[0])) return ;
BYTE cbCanOutFourCardData[MAX_COUNT] ;
BYTE cbCanOutFourCardCount=0 ;
//可出的牌
for(BYTE i=0; i<cbHandAllFourCardCount; i+=4)
{
if(GetCardLogicValue(cbHandAllFourCardData[i])>GetCardLogicValue(cbTurnAllFourCardData[0]))
{
cbCanOutFourCardData[cbCanOutFourCardCount] = cbHandAllFourCardData[i] ;
cbCanOutFourCardData[cbCanOutFourCardCount+1] = cbHandAllFourCardData[i+1] ;
cbCanOutFourCardData[cbCanOutFourCardCount+2] = cbHandAllFourCardData[i+2] ;
cbCanOutFourCardData[cbCanOutFourCardCount+3] = cbHandAllFourCardData[i+3] ;
cbCanOutFourCardCount += 4 ;
}
}
if((cbHandCardCount-cbCanOutFourCardCount) < (cbTurnCardCount-cbTurnAllFourCardCount)) return ;
BYTE cbRemainCard[MAX_COUNT];
CopyMemory(cbRemainCard, cbTmpCard, cbHandCardCount*sizeof(BYTE));
RemoveCard(cbCanOutFourCardData, cbCanOutFourCardCount, cbRemainCard, cbHandCardCount);
for(BYTE Start=0; Start<cbCanOutFourCardCount; Start += 4)
{
BYTE cbAllDoubleCardData[MAX_COUNT] ;
BYTE cbAllDoubleCardCount=0 ;
GetAllDoubleCard(cbRemainCard, cbHandCardCount-cbCanOutFourCardCount, cbAllDoubleCardData, cbAllDoubleCardCount) ;
BYTE cbDoubleCardIndex[10]; //对牌下标
for(BYTE i=0, j=0; i<cbAllDoubleCardCount; i+=2, ++j)
cbDoubleCardIndex[j]=i ;
//对牌组合
BYTE cbComCard[5];
BYTE cbComResCard[254][5] ;
BYTE cbComResLen=0 ;
//利用对牌的下标做组合，再根据下标提取出对牌
Combination(cbComCard, 0, cbComResCard, cbComResLen, cbDoubleCardIndex, 2, cbAllDoubleCardCount/2, 2);
for(BYTE i=0; i<cbComResLen; ++i)
{
BYTE Index = CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardTypeCount ;
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardType = CT_FOUR_LINE_TAKE_TWO ;
CopyMemory(CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardData[Index], cbCanOutFourCardData+Start, 4) ;
//保存对牌
for(BYTE j=0, k=0; j<4; ++j, k+=2)
{
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardData[Index][4+k] = cbAllDoubleCardData[cbComResCard[i][j]];
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardData[Index][4+k+1] = cbAllDoubleCardData[cbComResCard[i][j]+1];
}
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbEachHandCardCount[Index] = 8 ;
CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_FOUR_LINE_TAKE_TWO].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
}
break;
}
case CT_BOMB_CARD: //炸弹类型
{
BYTE cbAllBomCardData[MAX_COUNT] ;
BYTE cbAllBomCardCount=0 ;
GetAllBomCard(cbTmpCard, cbHandCardCount, cbAllBomCardData, cbAllBomCardCount) ;
BYTE cbFirstBom=0 ;
BYTE Index ;
if(cbAllBomCardCount>0 && cbAllBomCardData[0]==0x4F)
{
Index = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount ;
CardTypeResult[CT_BOMB_CARD].cbCardType = CT_BOMB_CARD ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][0] = 0x4F ;
CardTypeResult[CT_BOMB_CARD].cbCardData[Index][1] = 0x4E ;
CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index] = 2 ;
CardTypeResult[CT_BOMB_CARD].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount<=MAX_TYPE_COUNT) ;
cbFirstBom=2;
}
for(BYTE i=cbFirstBom; i<cbAllBomCardCount; i+=4)
{
if(GetCardLogicValue(cbAllBomCardData[i])>GetCardLogicValue(cbTmpTurnCard[0]))
{
Index = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount ;
CardTypeResult[CT_BOMB_CARD].cbCardType = CT_BOMB_CARD ;
CopyMemory(CardTypeResult[CT_BOMB_CARD].cbCardData[Index], cbAllBomCardData+i, 4) ;
CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index] = 4 ;
CardTypeResult[CT_BOMB_CARD].cbCardTypeCount++ ;
ASSERT(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount<=MAX_TYPE_COUNT) ;
}
}
break;
}
case CT_MISSILE_CARD: //火箭类型
{
//没有比火箭更大的牌了
break;
}
default:
ASSERT(false) ;
break;
}
}
/********************************************************************
函数名：Combination
参数：
cbCombineCardData：存储单个的组合结果
cbResComLen：已得到的组合长度，开始调用时此参数为0
cbResultCardData：存储所有的组合结果
cbResCardLen：cbResultCardData的第一下标的长度，组合结果的个数
cbSrcCardData：需要做组合的数据
cbSrcLen：cbSrcCardData的数据数目
cbCombineLen2，cbCombineLen1：组合的长度，开始调用时两者相等。
*********************************************************************/
//组合算法
void CGameLogic::Combination(BYTE cbCombineCardData[], BYTE cbResComLen, BYTE cbResultCardData[100][5], BYTE &cbResCardLen,BYTE cbSrcCardData[] , BYTE cbCombineLen1, BYTE cbSrcLen, const BYTE cbCombineLen2)
{
if( cbResComLen == cbCombineLen2 )
{
CopyMemory(&cbResultCardData[cbResCardLen], cbCombineCardData, cbResComLen) ;
++cbResCardLen ;
ASSERT(cbResCardLen<255) ;
}
else
{
if(cbCombineLen1 >= 1 && cbSrcLen > 0 && (cbSrcLen+1) >= 0 ){
cbCombineCardData[cbCombineLen2-cbCombineLen1] = cbSrcCardData[0];
++cbResComLen ;
Combination(cbCombineCardData,cbResComLen, cbResultCardData, cbResCardLen, cbSrcCardData+1,cbCombineLen1-1, cbSrcLen-1, cbCombineLen2);
--cbResComLen;
Combination(cbCombineCardData,cbResComLen, cbResultCardData, cbResCardLen, cbSrcCardData+1,cbCombineLen1, cbSrcLen-1, cbCombineLen2);
}
}
}
//排列算法
void CGameLogic::Permutation(BYTE *list, int m, int n, BYTE result[][4], BYTE &len)
{
int j,temp;
if(m == n){
for(j = 0; j < n; j++)
result[len][j]=list[j];
len++ ;
}
else{
for(j = m; j < n; j++){
temp = list[m] ;
list[m] = list[j];
list[j] = temp ;
Permutation(list,m+1,n,result,len);
temp = list[m] ;
list[m] = list[j];
list[j] = temp ;
}
}
}
//单牌个数
BYTE CGameLogic::AnalyseSinleCardCount(BYTE const cbHandCardData[], BYTE const cbHandCardCount, BYTE const cbWantOutCardData[], BYTE const cbWantOutCardCount, BYTE cbSingleCardData[])
{
//参数判断
ASSERT(cbHandCardCount>0) ;
if(cbHandCardCount<=0) return MAX_COUNT + 5 ;
BYTE cbRemainCard[MAX_COUNT] ;
BYTE cbRemainCardCount=0 ;
CopyMemory(cbRemainCard, cbHandCardData, cbHandCardCount) ;
SortCardList(cbRemainCard, cbHandCardCount, ST_ORDER) ;
//移除扑克
if(cbWantOutCardCount!=0) RemoveCard(cbWantOutCardData, cbWantOutCardCount, cbRemainCard, cbHandCardCount);
cbRemainCardCount = cbHandCardCount-cbWantOutCardCount ;
//函数指针
typedef void (CGameLogic::*pGetAllCardFun)(BYTE const [], BYTE const , BYTE[], BYTE &);
//指针数组
pGetAllCardFun GetAllCardFunArray[4] ;
GetAllCardFunArray[0] = &CGameLogic::GetAllBomCard ; //炸弹函数
GetAllCardFunArray[1] = &CGameLogic::GetAllLineCard ; //顺子函数
GetAllCardFunArray[2] = &CGameLogic::GetAllThreeCard ; //三条函数
GetAllCardFunArray[3] = &CGameLogic::GetAllDoubleCard ; //对子函数
//指针数组下标
BYTE cbIndexArray[4] = {0,1,2,3} ;
//排列结果
BYTE cbPermutationRes[24][4] ;
BYTE cbLen=0 ;
//计算排列
Permutation(cbIndexArray, 0, 4, cbPermutationRes, cbLen) ;
ASSERT(cbLen==24) ;
if(cbLen!=24) return MAX_COUNT + 5 ;
//单牌数目
BYTE cbMinSingleCardCount = MAX_COUNT + 5 ;
//计算最小值
for(BYTE i=0; i<24; ++i)
{
//保留数据
BYTE cbTmpCardData[MAX_COUNT] ;
BYTE cbTmpCardCount = cbRemainCardCount ;
CopyMemory(cbTmpCardData, cbRemainCard, cbRemainCardCount) ;
for(BYTE j=0; j<4; ++j)
{
BYTE Index = cbPermutationRes[i][j] ;
//校验下标
ASSERT(Index>=0 && Index<4) ;
if(Index<0 || Index>=4) return MAX_COUNT + 5 ;
pGetAllCardFun pTmpGetAllCardFun = GetAllCardFunArray[Index] ;
//提取扑克
BYTE cbGetCardData[MAX_COUNT] ;
BYTE cbGetCardCount=0 ;
//成员函数
((*this).*pTmpGetAllCardFun)(cbTmpCardData, cbTmpCardCount, cbGetCardData, cbGetCardCount) ;
//删除扑克
if(cbGetCardCount!=0) RemoveCard(cbGetCardData, cbGetCardCount, cbTmpCardData, cbTmpCardCount);
cbTmpCardCount -= cbGetCardCount ;
}
//计算单牌
BYTE cbSingleCard[MAX_COUNT] ;
BYTE cbSingleCardCount=0 ;
GetAllSingleCard(cbTmpCardData, cbTmpCardCount, cbSingleCard, cbSingleCardCount) ;
if(cbMinSingleCardCount> cbSingleCardCount)
{
cbMinSingleCardCount = cbSingleCardCount ;
//保存单牌
if(cbSingleCardData!=NULL)
{
CopyMemory(cbSingleCardData, cbSingleCard, cbSingleCardCount) ;
}
}
}
//带大牌判断
if (cbWantOutCardCount > 0)
{
//出牌类型
BYTE cbCardType = GetCardType(cbWantOutCardData, cbWantOutCardCount) ;
if (cbCardType == CT_THREE_LINE_TAKE_ONE || cbCardType == CT_THREE_LINE_TAKE_TWO)
for (BYTE i = 3; i < cbWantOutCardCount; ++i)
{
if (GetCardLogicValue(cbWantOutCardData[i]) >= 14) cbMinSingleCardCount += 3 ;
}
}
//拆三条判断
if ( GetCardType(cbWantOutCardData, cbWantOutCardCount) == CT_DOUBLE )
{
BYTE cbAllThreeCardData[MAX_COUNT], cbAllThreeCount ;
BYTE cbAllLineCardData[MAX_COUNT], cbAllLineCount ;
GetAllThreeCard(cbHandCardData, cbHandCardCount, cbAllThreeCardData, cbAllThreeCount) ;
GetAllLineCard( cbHandCardData, cbHandCardCount, cbAllLineCardData, cbAllLineCount ) ;
BYTE cbThreeCardValue = 0 ;
for ( BYTE i = 0; i < cbAllThreeCount; ++i)
for ( BYTE j = 0; j < cbWantOutCardCount; ++j)
if ( GetCardLogicValue(cbWantOutCardData[j]) == GetCardLogicValue(cbAllThreeCardData[i]) )
{
cbThreeCardValue = GetCardValue( cbWantOutCardData[j] ) ;
break ;
}
//是否有连牌
bool bInLineCard = false ;
for ( BYTE cbLineCardIndex = 0; cbLineCardIndex < cbAllLineCount; ++cbLineCardIndex )
if ( GetCardValue( cbAllLineCardData[cbLineCardIndex] ) == cbThreeCardValue )
{
bInLineCard = true ;
break ;
}
if ( !bInLineCard && cbThreeCardValue != 0 ) cbMinSingleCardCount += 2 ;
}
//拆炸判断
if(cbWantOutCardCount!=0)
{
//炸弹扑克
BYTE cbBombCard[MAX_COUNT] ;
BYTE cbBombCardCount=0;
GetAllBomCard(cbHandCardData, cbHandCardCount, cbBombCard, cbBombCardCount) ;
//出牌类型
BYTE cbCardType = GetCardType(cbWantOutCardData, cbWantOutCardCount) ;
if(cbBombCardCount>0 && cbCardType<CT_BOMB_CARD)
{
//寻找相同
for(BYTE i = GetCardColor(cbBombCard[0]) == 4 ? 2 : 0; i<cbBombCardCount; i += 4)
for(BYTE j=0; j<cbWantOutCardCount; ++j)
{
if(GetCardValue( cbBombCard[i] ) == GetCardValue( cbWantOutCardData[j] ) && GetCardLogicValue(cbWantOutCardData[j])<15 &&
cbCardType!=CT_SINGLE_LINE && cbCardType!=CT_DOUBLE_LINE)
return MAX_COUNT + 5 ; //不拆炸弹
else if ( GetCardValue( cbBombCard[i] ) == GetCardValue( cbWantOutCardData[j] ) && GetCardLogicValue(cbWantOutCardData[j])<15 &&
( cbCardType == CT_SINGLE_LINE || cbCardType == CT_DOUBLE_LINE) )
cbMinSingleCardCount += 2 ; //不拆炸弹
}
//多个炸弹判断
if (cbCardType == CT_SINGLE_LINE)
{
BYTE cbBombCount = 0 ;
for (BYTE i = GetCardColor(cbBombCard[0]) == 4 ? 2 : 0; i < cbBombCardCount; i += 4)
for (BYTE j=0; j < cbWantOutCardCount; ++j)
if ( GetCardValue( cbBombCard[i] ) == GetCardValue( cbWantOutCardData[j] ) ) ++cbBombCount ;
if (cbBombCount >= 2) return MAX_COUNT ; //不拆炸弹
//三条个数
tagAnalyseResult AnalyseResult;
AnalysebCardData(cbHandCardData, cbHandCardCount,AnalyseResult) ;
BYTE cbThreeCount = 0 ;
for (BYTE i = 0; i < AnalyseResult.cbThreeCount; ++i)
for (BYTE j = 0; j < cbWantOutCardCount; ++j)
if (GetCardValue(cbWantOutCardData[j]) == GetCardValue(AnalyseResult.cbThreeCardData[3 * i])) ++cbThreeCount ;
if (cbThreeCount + cbBombCount >= 2) return MAX_COUNT + 5 ;
}
}
}
return cbMinSingleCardCount ;
}
//设置扑克
void CGameLogic::SetUserCard(WORD wChairID, BYTE cbCardData[], BYTE cbCardCount)
{
CopyMemory(m_cbAllCardData[wChairID], cbCardData, cbCardCount*sizeof(BYTE)) ;
m_cbUserCardCount[wChairID] = cbCardCount ;
//排列扑克
SortCardList(m_cbAllCardData[wChairID], cbCardCount, ST_ORDER) ;
}
//设置底牌
void CGameLogic::SetBackCard(WORD wChairID, BYTE cbBackCardData[], BYTE cbCardCount)
{
BYTE cbTmpCount = m_cbUserCardCount[wChairID] ;
CopyMemory(m_cbAllCardData[wChairID]+cbTmpCount, cbBackCardData, cbCardCount*sizeof(BYTE)) ;
m_cbUserCardCount[wChairID] += cbCardCount ;
//排列扑克
SortCardList(m_cbAllCardData[wChairID], m_cbUserCardCount[wChairID], ST_ORDER) ;
}
//设置庄家
void CGameLogic::SetBanker(WORD wBanker)
{
m_wBankerUser = wBanker ;
m_lBankerOutCardCount = 0 ;
}
//叫牌扑克
void CGameLogic::SetLandScoreCardData(BYTE cbCardData[], BYTE cbCardCount)
{
ASSERT(cbCardCount==MAX_COUNT) ;
if(cbCardCount!=MAX_COUNT) return ;
CopyMemory(m_cbLandScoreCardData, cbCardData, cbCardCount*sizeof(BYTE)) ;
//排列扑克
SortCardList(m_cbLandScoreCardData, cbCardCount, ST_ORDER) ;
}
//删除扑克
void CGameLogic::RemoveUserCardData(WORD wChairID, BYTE cbRemoveCardData[], BYTE cbRemoveCardCount)
{
bool bSuccess = RemoveCard(cbRemoveCardData, cbRemoveCardCount, m_cbAllCardData[wChairID], m_cbUserCardCount[wChairID]) ;
ASSERT(bSuccess) ;
if(!bSuccess) return;
m_cbUserCardCount[wChairID] -= cbRemoveCardCount ;
}
//地主出牌（先出牌）
void CGameLogic::BankerOutCard(const BYTE cbHandCardData[], BYTE cbHandCardCount, tagOutCardResult & OutCardResult)
{
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//初始变量
ZeroMemory(&OutCardResult, sizeof(OutCardResult)) ;
BYTE cbLineCard[MAX_COUNT] ;
BYTE cbThreeLineCard[MAX_COUNT] ;
BYTE cbDoubleLineCard[MAX_COUNT] ;
BYTE cbLineCardCount;
BYTE cbThreeLineCardCount ;
BYTE cbDoubleLineCount ;
GetAllLineCard(cbHandCardData, cbHandCardCount, cbLineCard, cbLineCardCount) ;
GetAllThreeCard(cbHandCardData, cbHandCardCount, cbThreeLineCard, cbThreeLineCardCount) ;
GetAllDoubleCard(cbHandCardData, cbHandCardCount, cbDoubleLineCard, cbDoubleLineCount) ;
WORD wUndersideOfBanker = (m_wBankerUser+1)%GAME_PLAYER ; //地主下家
WORD wUpsideOfBanker = (wUndersideOfBanker+1)%GAME_PLAYER ; //地主上家
//判断可否出完
BYTE cbSingleCardCount = MAX_COUNT+CT_MISSILE_CARD ;
bool bFindBestCard = false ;
AnalyseOutCardType(cbHandCardData, cbHandCardCount, CardTypeResult) ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<CardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
if(TestOutAllCard(m_wBankerUser, CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex], true))
{
//计算单牌
BYTE cbTmpSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//结果判断
if (cbTmpSingleCount >= MAX_COUNT) continue ;
//炸弹优先级排后
BYTE cbBombCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
if (cbBombCardType == CT_BOMB_CARD) cbTmpSingleCount += 4 ;
else if (cbBombCardType == CT_MISSILE_CARD) cbTmpSingleCount += 5 ;
else if ( 15 == GetCardLogicValue( CardTypeResult[ cbCardType ].cbCardData[ lIndex ][ 0 ] ) ) cbTmpSingleCount += 2;
else if ( 15 < GetCardLogicValue( CardTypeResult[ cbCardType ].cbCardData[ lIndex ][ 0 ] ) ) cbTmpSingleCount += 3;
////改变权值
//if (cbBombCardType != CT_ERROR) cbTmpSingleCount += cbBombCardType ;
if (cbTmpSingleCount <= cbSingleCardCount)
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbCardType].cbEachHandCardCount[lIndex];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]*sizeof(BYTE));
cbSingleCardCount = cbTmpSingleCount ;
bFindBestCard = true ;
}
}
}
}
//直接返回
if (bFindBestCard) return ;
//对王和两单
if ( cbHandCardCount == 4 && GetCardLogicValue(cbHandCardData[1]) == 16 && m_cbUserCardCount[wUndersideOfBanker] == 1 &&
GetCardLogicValue(cbHandCardData[2]) < GetCardLogicValue(m_cbAllCardData[wUndersideOfBanker][0]))
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[2] ;
return ;
}
//四带牌型判断
if ( AnalyseFourCardType(cbHandCardData, cbHandCardCount, m_cbAllCardData[wUndersideOfBanker], m_cbUserCardCount[wUndersideOfBanker], OutCardResult ) )
{
return ;
}
//对王和两单
if ( cbHandCardCount == 4 && GetCardLogicValue(cbHandCardData[1]) == 16 && m_cbUserCardCount[wUpsideOfBanker] == 1 &&
GetCardLogicValue(cbHandCardData[2]) < GetCardLogicValue(m_cbAllCardData[wUpsideOfBanker][0]))
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[2] ;
return ;
}
//四带牌型判断
if ( AnalyseFourCardType(cbHandCardData, cbHandCardCount, m_cbAllCardData[wUpsideOfBanker], m_cbUserCardCount[wUpsideOfBanker], OutCardResult ) )
{
return ;
}
//如果只剩顺牌和单只，则先出顺
{
if(cbLineCardCount+1==cbHandCardCount && CT_SINGLE==GetCardType(cbLineCard, cbLineCardCount))
{
OutCardResult.cbCardCount = cbLineCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbLineCard, cbLineCardCount) ;
}
else if(cbThreeLineCardCount+1==cbHandCardCount && CT_THREE_LINE==GetCardType(cbThreeLineCard, cbThreeLineCardCount))
{
OutCardResult.cbCardCount = cbThreeLineCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbThreeLineCard, cbThreeLineCardCount) ;
}
else if(cbDoubleLineCount+1==cbHandCardCount && CT_DOUBLE_LINE==GetCardType(cbDoubleLineCard, cbDoubleLineCount))
{
OutCardResult.cbCardCount = cbDoubleLineCount ;
CopyMemory(OutCardResult.cbResultCard, cbDoubleLineCard, cbDoubleLineCount) ;
}
//双王炸弹和一手
else if(cbHandCardCount>2 && cbHandCardData[0]==0x4f && cbHandCardData[1]==0x4e && CT_ERROR!=GetCardType(cbHandCardData+2, cbHandCardCount-2) &&
GetCardType(cbHandCardData+2, cbHandCardCount-2) !=CT_FOUR_LINE_TAKE_ONE &&
GetCardType(cbHandCardData+2, cbHandCardCount-2) !=CT_FOUR_LINE_TAKE_TWO)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
}
if(OutCardResult.cbCardCount>0)
{
return ;
}
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//只剩一手牌
else if(CT_ERROR!=GetCardType(cbHandCardData, cbHandCardCount) && CT_FOUR_LINE_TAKE_ONE!=GetCardType(cbHandCardData, cbHandCardCount) && CT_FOUR_LINE_TAKE_TWO!=GetCardType(cbHandCardData, cbHandCardCount))
{
OutCardResult.cbCardCount = cbHandCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount) ;
return ;
}
//只剩一张和一手
if(cbHandCardCount>=2)
{
//上家扑克
tagOutCardTypeResult UpsideCanOutCardType1[13] ;
ZeroMemory(UpsideCanOutCardType1, sizeof(UpsideCanOutCardType1)) ;
tagOutCardTypeResult UpsideCanOutCardType2[13] ;
ZeroMemory(UpsideCanOutCardType2, sizeof(UpsideCanOutCardType2)) ;
//下家扑克
tagOutCardTypeResult UndersideCanOutCardType1[13] ;
ZeroMemory(UndersideCanOutCardType1, sizeof(UndersideCanOutCardType1)) ;
tagOutCardTypeResult UndersideCanOutCardType2[13] ;
ZeroMemory(UndersideCanOutCardType2, sizeof(UndersideCanOutCardType2)) ;
BYTE cbFirstHandCardType = GetCardType(cbHandCardData, cbHandCardCount-1) ;
BYTE cbSecondHandCardType = GetCardType(cbHandCardData+1, cbHandCardCount-1) ;
//是否有炸
BYTE cbAllBombCardData[MAX_COUNT], cbAllBombCount=0 ;
GetAllBomCard(cbHandCardData, cbHandCardCount, cbAllBombCardData, cbAllBombCount) ;
//没有炸弹
if (cbAllBombCount <= 0 && cbFirstHandCardType!=CT_THREE_LINE_TAKE_ONE && cbFirstHandCardType!=CT_THREE_LINE_TAKE_TWO)
{
if(CT_ERROR!=cbFirstHandCardType && cbFirstHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbFirstHandCardType!= CT_FOUR_LINE_TAKE_TWO)
{
AnalyseOutCardType(m_cbAllCardData[wUpsideOfBanker], m_cbUserCardCount[wUpsideOfBanker], cbHandCardData, cbHandCardCount-1, UpsideCanOutCardType1) ;
AnalyseOutCardType(m_cbAllCardData[wUndersideOfBanker], m_cbUserCardCount[wUndersideOfBanker], cbHandCardData, cbHandCardCount-1, UndersideCanOutCardType1) ;
}
if(CT_ERROR!=cbSecondHandCardType && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO)
{
AnalyseOutCardType(m_cbAllCardData[wUpsideOfBanker], m_cbUserCardCount[wUpsideOfBanker], cbHandCardData+1, cbHandCardCount-1, UpsideCanOutCardType2) ;
AnalyseOutCardType(m_cbAllCardData[wUndersideOfBanker], m_cbUserCardCount[wUndersideOfBanker], cbHandCardData+1, cbHandCardCount-1, UndersideCanOutCardType2) ;
}
if(cbSecondHandCardType!=CT_ERROR && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO && UpsideCanOutCardType2[cbSecondHandCardType].cbCardTypeCount==0 && UndersideCanOutCardType2[cbSecondHandCardType].cbCardTypeCount==0 &&
UpsideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0 && UndersideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData+1, cbHandCardCount-1) ;
return ;
}
if(cbFirstHandCardType!=CT_ERROR && cbFirstHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbFirstHandCardType!= CT_FOUR_LINE_TAKE_TWO && UpsideCanOutCardType1[cbFirstHandCardType].cbCardTypeCount==0 && UndersideCanOutCardType1[cbFirstHandCardType].cbCardTypeCount==0 &&
UpsideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0 && UndersideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount-1) ;
return ;
}
if(GetCardLogicValue(cbHandCardData[0])>=GetCardLogicValue(m_cbAllCardData[wUpsideOfBanker][0]) &&
GetCardLogicValue(cbHandCardData[0])>=GetCardLogicValue(m_cbAllCardData[wUndersideOfBanker][0]) &&
CT_ERROR!=cbSecondHandCardType && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
UpsideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0 && UndersideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[0] ;
return ;
}
if(CT_ERROR!=cbSecondHandCardType && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
UpsideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0 && UndersideCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData+1, cbHandCardCount-1) ;
return ;
}
}
//还有炸弹
else
{
//除去炸后的牌
BYTE cbRemainCard[MAX_COUNT], cbRemainCount=0 ;
CopyMemory(cbRemainCard, cbHandCardData, cbHandCardCount) ;
cbRemainCount = cbHandCardCount ;
if(!RemoveCard(cbAllBombCardData, cbAllBombCount, cbRemainCard, cbRemainCount)) return ;
cbRemainCount -= cbAllBombCount ;
if (GetCardType(cbRemainCard, cbRemainCount) != CT_ERROR)
{
OutCardResult.cbCardCount = cbRemainCount ;
CopyMemory(OutCardResult.cbResultCard, cbRemainCard, cbRemainCount) ;
return ;
}
}
}
{
{
//分析扑克
tagOutCardTypeResult MeOutCardTypeResult[13] ;
ZeroMemory(MeOutCardTypeResult, sizeof(MeOutCardTypeResult)) ;
AnalyseOutCardType(cbHandCardData, cbHandCardCount, MeOutCardTypeResult) ;
//计算单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbOutcardType[4]={CT_ERROR} ;
BYTE cbMinValue=MAX_COUNT ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
BYTE cbMinCardType=CT_ERROR ;
BYTE cbMinIndex=0 ;
//除炸弹外的牌
for(BYTE cbCardType=CT_DOUBLE; cbCardType<CT_BOMB_CARD; ++cbCardType)
{
tagOutCardTypeResult const &tmpCardResult = MeOutCardTypeResult[cbCardType] ;
//相同牌型，相同长度，单连，对连等相同牌型可能长度不一样
BYTE cbThisHandCardCount = MAX_COUNT ;
//上家扑克
tagOutCardTypeResult UpsideOutCardTypeResult[13] ;
ZeroMemory(UpsideOutCardTypeResult, sizeof(UpsideOutCardTypeResult)) ;
//下家扑克
tagOutCardTypeResult UndersideOutCardTypeResult[13] ;
ZeroMemory(UndersideOutCardTypeResult, sizeof(UndersideOutCardTypeResult)) ;
for(BYTE i=0; i<tmpCardResult.cbCardTypeCount; ++i)
{
//拆三条判断
if ( cbCardType == CT_DOUBLE )
{
tagAnalyseResult AnalyseResult ;
ZeroMemory( &AnalyseResult, sizeof( AnalyseResult ) ) ;
AnalysebCardData( cbHandCardData, cbHandCardCount, AnalyseResult ) ;
if ( AnalyseResult.cbSignedCount + AnalyseResult.cbThreeCount * 3 == cbHandCardCount )
{
bool bContinue = false ;
for ( BYTE cbThreeIndex = 0; cbThreeIndex < AnalyseResult.cbThreeCount; ++cbThreeIndex )
if ( GetCardValue( tmpCardResult.cbCardData[i][0] ) == GetCardValue( AnalyseResult.cbThreeCardData[3 * cbThreeIndex] ) )
{
bContinue = true ;
break ;
}
if ( bContinue ) continue ;
}
}
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i]) ;
//重新分析
if(tmpCardResult.cbEachHandCardCount[i]!=cbThisHandCardCount)
{
cbThisHandCardCount = tmpCardResult.cbEachHandCardCount[i] ;
AnalyseOutCardType(m_cbAllCardData[wUpsideOfBanker], m_cbUserCardCount[wUpsideOfBanker],
tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i] ,UpsideOutCardTypeResult) ;
AnalyseOutCardType(m_cbAllCardData[wUndersideOfBanker], m_cbUserCardCount[wUndersideOfBanker],
tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i] ,UndersideOutCardTypeResult) ;
}
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//针对顺子，三条的大牌
BYTE cbCurrentCardType = GetCardType(tmpCardResult.cbCardData[i], cbThisHandCardCount) ;
if (cbThisHandCardCount != cbHandCardCount && cbCurrentCardType >= CT_SINGLE_LINE && cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO &&
( GetCardLogicValue(tmpCardResult.cbCardData[i][cbThisHandCardCount-1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-2]) ||
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11 ) )
{
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
cbRemainCardCount = cbHandCardCount ;
//移除扑克
RemoveCard(tmpCardResult.cbCardData[i], cbThisHandCardCount, cbRemainCardData, cbRemainCardCount);
cbRemainCardCount -= cbThisHandCardCount ;
//最大扑克
BYTE cbCurrentLargestLogicCard = GetCardLogicValue(tmpCardResult.cbCardData[i][0]) ;
if (GetCardType(cbRemainCardData, cbRemainCardCount) == CT_ERROR && (cbCurrentCardType >= CT_THREE_LINE_TAKE_ONE &&
cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO && cbCurrentLargestLogicCard >= 11 && cbThisHandCardCount <=5 ||
cbCurrentCardType == CT_SINGLE_LINE && cbThisHandCardCount <= 6 && cbCurrentLargestLogicCard >= 12 ||
cbCurrentCardType >= CT_DOUBLE_LINE && cbCurrentCardType <= CT_THREE_LINE && cbCurrentLargestLogicCard >= 12 && cbThisHandCardCount <= 8))
{
//暂时不出
if ( cbCurrentCardType >= CT_SINGLE_LINE && cbCurrentCardType <= CT_THREE_LINE &&
GetCardLogicValue(tmpCardResult.cbCardData[i][cbThisHandCardCount - 1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
if ( cbCurrentCardType >= CT_THREE_LINE_TAKE_ONE && cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
}
}
//针对大对（不可先出）
if (cbCardType == CT_DOUBLE && GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11)
{
BYTE cbAllSingleCardData[MAX_COUNT], cbAllSingleCount ;
cbAllSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbAllSingleCardData) ;
if (cbAllSingleCount >= 2 && GetCardLogicValue(cbAllSingleCardData[cbAllSingleCount-2]) < 10) continue ;
}
//敌方可以压住牌
if(UpsideOutCardTypeResult[cbCardType].cbCardTypeCount>0 || UndersideOutCardTypeResult[cbCardType].cbCardTypeCount>0)
{
//上家跑掉
if(UpsideOutCardTypeResult[cbCardType].cbEachHandCardCount[0] > 0 && m_cbUserCardCount[wUpsideOfBanker]<=UpsideOutCardTypeResult[cbCardType].cbEachHandCardCount[0]+1)
continue ;
//下家跑掉
if(UndersideOutCardTypeResult[cbCardType].cbEachHandCardCount[0] > 0 && m_cbUserCardCount[wUndersideOfBanker]<=UndersideOutCardTypeResult[cbCardType].cbEachHandCardCount[0]+1)
continue ;
//自己不可以再拿回牌权
//if(UpsideOutCardTypeResult[cbCardType].cbCardTypeCount > 0 && GetCardLogicValue(tmpCardResult.cbCardData[0][0]) < GetCardLogicValue(UpsideOutCardTypeResult[cbCardType].cbCardData[0][0]) ||
// UpsideOutCardTypeResult[cbCardType].cbCardTypeCount > 0 && GetCardLogicValue(tmpCardResult.cbCardData[0][0]) < GetCardLogicValue(UpsideOutCardTypeResult[cbCardType].cbCardData[0][0]))
// continue ;
}
//是否有大牌
if(tmpCardResult.cbEachHandCardCount[i] != cbHandCardCount)
{
bool bHaveLargeCard=false ;
for(BYTE j=0; j<tmpCardResult.cbEachHandCardCount[i]; ++j)
{
if(GetCardLogicValue(tmpCardResult.cbCardData[i][j])>=15) bHaveLargeCard=true ;
if(cbCardType!=CT_SINGLE_LINE && cbCardType!=CT_DOUBLE_LINE && GetCardLogicValue(tmpCardResult.cbCardData[i][0])==14) bHaveLargeCard=true ;
}
if(bHaveLargeCard)
continue ;
}
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
cbOutcardType[j] = cbCardType ;
break ;
}
}
//保存最小值
if(cbMinSingleCountInFour>=cbTmpCount)
{
//最小牌型
cbMinCardType = cbCardType ;
//最小牌型中的最小单牌
cbMinSingleCountInFour=cbTmpCount ;
//最小牌型中的最小牌
cbMinIndex=i ;
}
}
}
if(cbMinSingleCountInFour>=AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0)+3 &&
(m_cbUserCardCount[wUndersideOfBanker]>=4 && m_cbUserCardCount[wUpsideOfBanker]>=4))
cbMinSingleCountInFour=MAX_COUNT ;
if(cbMinSingleCountInFour!=MAX_COUNT)
{
BYTE Index = cbMinIndex ;
//选择最小牌
for(BYTE i=0; i<4; ++i)
{
if(cbOutcardType[i]==cbMinCardType && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
GetCardLogicValue(MeOutCardTypeResult[cbMinCardType].cbCardData[cbIndex[i]][0])<GetCardLogicValue(MeOutCardTypeResult[cbMinCardType].cbCardData[Index][0]))
Index = cbIndex[i] ;
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//设置变量
OutCardResult.cbCardCount=MeOutCardTypeResult[cbMinCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,MeOutCardTypeResult[cbMinCardType].cbCardData[Index],MeOutCardTypeResult[cbMinCardType].cbEachHandCardCount[Index]*sizeof(BYTE));
return ;
}
ASSERT(OutCardResult.cbCardCount>0) ;
return ;
}
//还没有找到适合的牌则从大出到小
if(OutCardResult.cbCardCount<=0 && (m_cbUserCardCount[wUndersideOfBanker] == 1 || m_cbUserCardCount[wUpsideOfBanker] == 1))
{
//只有一张牌时不能放走
if(MeOutCardTypeResult[CT_SINGLE].cbCardTypeCount>0)
{
BYTE Index=MAX_COUNT ;
for(BYTE i=0; i<MeOutCardTypeResult[CT_SINGLE].cbCardTypeCount; ++i)
{
if((m_cbUserCardCount[wUndersideOfBanker] == 1 && GetCardLogicValue(MeOutCardTypeResult[CT_SINGLE].cbCardData[i][0])>=GetCardLogicValue(m_cbAllCardData[wUndersideOfBanker][0])) ||
(m_cbUserCardCount[wUpsideOfBanker] == 1 && GetCardLogicValue(MeOutCardTypeResult[CT_SINGLE].cbCardData[i][0])>=GetCardLogicValue(m_cbAllCardData[wUpsideOfBanker][0])))
{
Index=i ;
}
else break ;
}
if(MAX_COUNT!=Index)
{
OutCardResult.cbCardCount = MeOutCardTypeResult[CT_SINGLE].cbEachHandCardCount[Index] ;
CopyMemory(OutCardResult.cbResultCard, MeOutCardTypeResult[CT_SINGLE].cbCardData[Index], OutCardResult.cbCardCount) ;
return ;
}
}
}
}
}
BYTE cbFirstCard=0 ;
//过滤王和2
for(BYTE i=0; i<cbHandCardCount; ++i)
if(GetCardLogicValue(cbHandCardData[i])<15)
{
cbFirstCard = i ;
break ;
}
if(cbFirstCard<cbHandCardCount-1)
AnalyseOutCardType(cbHandCardData+cbFirstCard, cbHandCardCount-cbFirstCard, CardTypeResult) ;
else
AnalyseOutCardType(cbHandCardData, cbHandCardCount, CardTypeResult) ;
//计算单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbOutcardType[4]={CT_ERROR} ;
BYTE cbMinValue=MAX_COUNT ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
BYTE cbMinCardType=CT_ERROR ;
BYTE cbMinIndex=0 ;
//除炸弹外的牌
for(BYTE cbCardType=CT_SINGLE; cbCardType<CT_BOMB_CARD; ++cbCardType)
{
tagOutCardTypeResult const &tmpCardResult = CardTypeResult[cbCardType] ;
for(BYTE i=0; i<tmpCardResult.cbCardTypeCount; ++i)
{
//闲家可以走掉
if ( CompareCard(tmpCardResult.cbCardData[i], m_cbAllCardData[wUndersideOfBanker], tmpCardResult.cbEachHandCardCount[i], m_cbUserCardCount[wUndersideOfBanker]) ||
CompareCard(tmpCardResult.cbCardData[i], m_cbAllCardData[wUpsideOfBanker], tmpCardResult.cbEachHandCardCount[i],m_cbUserCardCount[wUpsideOfBanker]))
continue ;
//针对顺子，三条的大牌
if ( tmpCardResult.cbEachHandCardCount[i] != cbHandCardCount && cbCardType >= CT_SINGLE_LINE && cbCardType <= CT_THREE_LINE_TAKE_TWO &&
( GetCardLogicValue(tmpCardResult.cbCardData[i][tmpCardResult.cbEachHandCardCount[i]-1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-2]) ||
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11 ))
{
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
cbRemainCardCount = cbHandCardCount ;
//移除扑克
RemoveCard(tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i], cbRemainCardData, cbRemainCardCount);
cbRemainCardCount -= tmpCardResult.cbEachHandCardCount[i] ;
//最大扑克
BYTE cbCurrentLargestLogicCard = GetCardLogicValue(tmpCardResult.cbCardData[i][0]) ;
if (GetCardType(cbRemainCardData, cbRemainCardCount) == CT_ERROR && (cbCardType >= CT_THREE_LINE_TAKE_ONE &&
cbCardType <= CT_THREE_LINE_TAKE_TWO && cbCurrentLargestLogicCard >= 11 && tmpCardResult.cbEachHandCardCount[i] <=5 ||
cbCardType == CT_SINGLE_LINE && tmpCardResult.cbEachHandCardCount[i] <= 6 && cbCurrentLargestLogicCard >= 12 ||
cbCardType >= CT_DOUBLE_LINE && cbCardType <= CT_THREE_LINE && cbCurrentLargestLogicCard >= 12 && tmpCardResult.cbEachHandCardCount[i] <= 8))
{
//暂时不出
if ( cbCardType >= CT_SINGLE_LINE && cbCardType <= CT_THREE_LINE &&
GetCardLogicValue(tmpCardResult.cbCardData[i][tmpCardResult.cbEachHandCardCount[i] - 1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
if ( cbCardType >= CT_THREE_LINE_TAKE_ONE && cbCardType <= CT_THREE_LINE_TAKE_TWO &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
}
}
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i]) ;
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
cbOutcardType[j] = cbCardType ;
break ;
}
}
//保存最小值
if(cbMinSingleCountInFour>=cbTmpCount)
{
//最小牌型
cbMinCardType = cbCardType ;
//最小牌型中的最小单牌
cbMinSingleCountInFour=cbTmpCount ;
//最小牌型中的最小牌
cbMinIndex=i ;
}
}
}
if(cbMinSingleCountInFour!=MAX_COUNT)
{
BYTE Index = cbMinIndex ;
//选择最小牌
for(BYTE i=0; i<4; ++i)
{
if(cbOutcardType[i]==cbMinCardType && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
GetCardLogicValue(CardTypeResult[cbMinCardType].cbCardData[cbIndex[i]][0])<GetCardLogicValue(CardTypeResult[cbMinCardType].cbCardData[Index][0]))
Index = cbIndex[i] ;
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbMinCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,CardTypeResult[cbMinCardType].cbCardData[Index],CardTypeResult[cbMinCardType].cbEachHandCardCount[Index]*sizeof(BYTE));
return ;
}
ASSERT(OutCardResult.cbCardCount>0) ;
return ;
}
//如果只剩炸弹
else if (CardTypeResult[CT_BOMB_CARD].cbCardTypeCount > 0)
{
//BYTE Index=0 ;
//BYTE cbLogicCardValue = GetCardLogicValue(0x4F)+1 ;
////最小炸弹
//for(BYTE i=0; i<CardTypeResult[CT_BOMB_CARD].cbCardTypeCount; ++i)
// if(cbLogicCardValue>GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[i][0]))
// {
// cbLogicCardValue = GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[i][0]) ;
// Index = i ;
// }
// //设置变量
// OutCardResult.cbCardCount=CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index];
// CopyMemory(OutCardResult.cbResultCard,CardTypeResult[CT_BOMB_CARD].cbCardData[Index],CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index]*sizeof(BYTE));
// return ;
}
BYTE cbAllSingleCardData[MAX_COUNT], cbAllSingleCardCount ;
cbAllSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbAllSingleCardData) ;
if ( cbAllSingleCardCount > 0 )
{
//如果都没有搜索到就出最小的一张
if ( ( 1 == m_cbUserCardCount[wUndersideOfBanker] || 1 == m_cbUserCardCount[wUpsideOfBanker] ) && cbAllSingleCardCount >= 2 )
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbAllSingleCardData[cbAllSingleCardCount-2] ;
}
else
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbAllSingleCardData[cbAllSingleCardCount-1] ;
}
return ;
}
//如果都没有搜索到就出最小的一张
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[cbHandCardCount-1] ;
return ;
}
//地主出牌（后出牌）
void CGameLogic::BankerOutCard(const BYTE cbHandCardData[], BYTE cbHandCardCount, WORD wOutCardUser, const BYTE cbTurnCardData[], BYTE cbTurnCardCount, tagOutCardResult & OutCardResult)
{
//初始变量
ZeroMemory(&OutCardResult, sizeof(OutCardResult)) ;
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//出牌类型
BYTE cbOutCardType = GetCardType(cbTurnCardData,cbTurnCardCount) ;
AnalyseOutCardType(cbHandCardData,cbHandCardCount,cbTurnCardData,cbTurnCardCount, CardTypeResult) ;
WORD wUndersideUser = (m_wBankerUser+1)%GAME_PLAYER ;
WORD wUpsideUser = (wUndersideUser+1)%GAME_PLAYER ;
//只剩炸弹
if(cbHandCardCount==CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[0] && (cbOutCardType<CT_BOMB_CARD ||
GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[0][0])>GetCardLogicValue(cbTurnCardData[0])))
{
OutCardResult.cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[0] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData, OutCardResult.cbCardCount) ;
return ;
}
//双王炸弹和一手
else if(cbHandCardCount>2 && cbHandCardData[0]==0x4f && cbHandCardData[1]==0x4e && CT_ERROR!=GetCardType(cbHandCardData+2, cbHandCardCount-2) &&
CT_FOUR_LINE_TAKE_ONE != GetCardType(cbHandCardData+2, cbHandCardCount-2) && CT_FOUR_LINE_TAKE_TWO != GetCardType(cbHandCardData+2, cbHandCardCount-2))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//炸弹和一手
BYTE cbRemainCard[MAX_COUNT], cbRemainCount=0;
BYTE cbAllBombCard[MAX_COUNT], cbAllBombCount=0 ;
GetAllBomCard(cbHandCardData, cbHandCardCount, cbAllBombCard, cbAllBombCount) ;
//出炸判断
if(cbAllBombCount>0)
{
//剩余扑克
CopyMemory(cbRemainCard, cbHandCardData, cbHandCardCount) ;
cbRemainCount = cbHandCardCount ;
RemoveCard(cbAllBombCard, cbAllBombCount, cbRemainCard, cbRemainCount);
cbRemainCount -= cbAllBombCount ;
if(CT_ERROR != GetCardType(cbRemainCard, cbRemainCount) ||
(2==cbRemainCount && GetCardLogicValue(cbRemainCard[0])>GetCardLogicValue(m_cbAllCardData[wUndersideUser][0]) &&
GetCardLogicValue(cbRemainCard[0])>GetCardLogicValue(m_cbAllCardData[wUpsideUser][0])))
{
if((cbOutCardType<CT_BOMB_CARD || GetCardLogicValue(cbAllBombCard[0])>GetCardLogicValue(cbTurnCardData[0])) &&
( CardTypeResult[cbOutCardType].cbCardTypeCount <= 0 || CT_ERROR != GetCardType(cbRemainCard, cbRemainCount) ) )
{
//双王炸弹
if(GetCardColor(cbAllBombCard[0])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//分析闲家牌
BYTE cbUnderSideBankerAllBombCard[MAX_COUNT], cbUnderSideBankerAllBombCardCount ;
GetAllBomCard( m_cbAllCardData[wUndersideUser], m_cbUserCardCount[wUndersideUser], cbUnderSideBankerAllBombCard, cbUnderSideBankerAllBombCardCount) ;
BYTE cbUpSideBankerAllBombCard[MAX_COUNT], cbUpSideBankerAllBombCardCount ;
GetAllBomCard( m_cbAllCardData[wUpsideUser], m_cbUserCardCount[wUpsideUser], cbUpSideBankerAllBombCard, cbUpSideBankerAllBombCardCount) ;
if ( !CompareCard( cbTurnCardData, cbRemainCard, cbTurnCardCount, cbRemainCount) || ( cbUnderSideBankerAllBombCardCount <= 0 && cbUpSideBankerAllBombCardCount )||
( GetCardLogicValue( cbAllBombCard[0] ) > GetCardLogicValue( cbUnderSideBankerAllBombCard[0] ) &&
GetCardLogicValue( cbAllBombCard[0] ) > GetCardLogicValue( cbUpSideBankerAllBombCard[0] )) )
{
OutCardResult.cbCardCount = 4 ;
CopyMemory(OutCardResult.cbResultCard, cbAllBombCard, 4) ;
return ;
}
}
}
}
}
//判断可否出完
BYTE cbSingleCardCount = MAX_COUNT+CT_MISSILE_CARD ;
bool bFindBestCard = false ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<CardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
if(TestOutAllCard(m_wBankerUser, CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex], false))
{
//计算单牌
BYTE cbTmpSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//结果判断
if (cbTmpSingleCount >= MAX_COUNT) continue ;
//炸弹优先级排后
BYTE cbBombCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
if (cbBombCardType == CT_BOMB_CARD) cbTmpSingleCount += 4 ;
else if (cbBombCardType == CT_MISSILE_CARD) cbTmpSingleCount += 5 ;
////改变权值
//if (cbBombCardType != CT_ERROR) cbTmpSingleCount += cbBombCardType ;
//不出炸弹
//BYTE cbWantOutCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//if (CardTypeResult[cbOutCardType].cbCardTypeCount > 0 && cbOutCardType < CT_BOMB_CARD && cbWantOutCardType >= CT_BOMB_CARD) continue ;
if (cbTmpSingleCount <= cbSingleCardCount)
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbCardType].cbEachHandCardCount[lIndex];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]*sizeof(BYTE));
cbSingleCardCount = cbTmpSingleCount ;
bFindBestCard = true ;
}
}
}
}
//直接返回
if (bFindBestCard) return ;
//取出四个最小单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
//可出扑克（这里已经过滤掉炸弹了）
tagOutCardTypeResult const &CanOutCard = CardTypeResult[cbOutCardType] ;
for(BYTE i=0; i<CanOutCard.cbCardTypeCount; ++i)
{
//最小单牌
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount,CanOutCard.cbCardData[i], CanOutCard.cbEachHandCardCount[i]) ;
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
break ;
}
}
}
for(BYTE i=0; i<4; ++i)
if(cbMinSingleCountInFour>cbMinSingleCardCount[i]) cbMinSingleCountInFour = cbMinSingleCardCount[i] ;
//原始单牌数
BYTE cbOriginSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount,NULL,0) ;
if(CanOutCard.cbCardTypeCount>0 && cbMinSingleCountInFour < MAX_COUNT)
{
BYTE cbMinLogicCardValue = GetCardLogicValue(0x4F)+1 ;
bool bFindCard = false ;
BYTE cbCanOutIndex=0 ;
for(BYTE i=0; i<4; ++i)
{
BYTE Index = cbIndex[i] ;
if((cbMinSingleCardCount[i]<cbOriginSingleCardCount+3) && (cbMinSingleCardCount[i]<=cbMinSingleCountInFour || cbMinSingleCardCount[i]<=cbMinSingleCountInFour+1 &&
CanOutCard.cbCardType >= CT_THREE_LINE_TAKE_ONE && CanOutCard.cbCardType <= CT_THREE_LINE_TAKE_TWO ) &&
cbMinLogicCardValue>GetCardLogicValue(CanOutCard.cbCardData[Index][0]))
{
//针对大牌
bool bNoLargeCard = true ;
//当出牌玩家手上牌数大于4，而且出的是小于K的牌而且不是出牌手上的最大牌时，不能出2去打
if(m_cbUserCardCount[wOutCardUser]>=4 && cbHandCardCount>=5 && CanOutCard.cbEachHandCardCount[Index]>=2 &&
GetCardLogicValue(CanOutCard.cbCardData[Index][0])>=15 &&
GetCardLogicValue(cbTurnCardData[0])<13 &&
(wOutCardUser==wUndersideUser&&GetCardLogicValue(cbTurnCardData[0])<GetCardLogicValue(m_cbAllCardData[wUndersideUser][0]) || wOutCardUser==wUpsideUser&&GetCardLogicValue(cbTurnCardData[0])<GetCardLogicValue(m_cbAllCardData[wUpsideUser][0])) &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount)
bNoLargeCard=false ;
//搜索有没有大牌（针对飞机带翅膀后面的带牌）
for(BYTE k=3; k<CanOutCard.cbEachHandCardCount[Index]; ++k)
{
if(GetCardLogicValue(CanOutCard.cbCardData[Index][k])>=15 &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount)
bNoLargeCard = false ;
}
if(bNoLargeCard)
{
bFindCard = true ;
cbCanOutIndex = Index ;
cbMinLogicCardValue = GetCardLogicValue(CanOutCard.cbCardData[Index][0]) ;
}
}
}
if(bFindCard)
{
//最大牌
BYTE cbLargestLogicCard ;
if(wOutCardUser==wUndersideUser) cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[wUndersideUser][0]) ;
else if(wOutCardUser==wUpsideUser) cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[wUpsideUser][0]) ;
bool bCanOut=true ;
//王只压2
if(GetCardLogicValue(cbTurnCardData[0])<cbLargestLogicCard)
{
if(GetCardColor(CanOutCard.cbCardData[cbCanOutIndex][0])==0x40 && GetCardLogicValue(cbTurnCardData[0])<=14 && cbHandCardCount>5)
{
bCanOut = false ;
}
}
//双王判断
if(GetCardLogicValue(CanOutCard.cbCardData[cbCanOutIndex][0])>=16 && cbHandCardCount>=2 && cbHandCardData[0]==0x4F && cbHandCardData[1]==0x4E)
{
bool bOutMissileCard = false ;
//一手牌和一个炸弹
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount=cbHandCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
RemoveCard(cbRemainCardData, 2, cbRemainCardData, cbRemainCardCount);
cbRemainCardCount -= 2 ;
if(CT_ERROR!=GetCardType(cbRemainCardData, cbRemainCardCount)) bOutMissileCard = true;
//只剩少量牌
BYTE cbRemainLargestCard = GetCardLogicValue(cbRemainCardData[0]) ;
if(cbRemainCardCount<5 && cbRemainCardCount>0 && GetCardLogicValue(cbRemainCardData[0])>=14) bOutMissileCard = true;
//炸后单牌数
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CanOutCard.cbCardData[cbCanOutIndex],
CanOutCard.cbEachHandCardCount[cbCanOutIndex]) ;
if(cbSingleCardCount<=1 && GetCardLogicValue(cbRemainCardData[0])>=11) bOutMissileCard = true;
//还有小牌
if (GetCardLogicValue(cbRemainCardData[0]) <= 10 && CT_ERROR == GetCardType(cbRemainCardData, cbRemainCardCount) &&
(GetCardLogicValue(m_cbAllCardData[(1+m_wBankerUser) % GAME_PLAYER][0]) > 10 || GetCardLogicValue(m_cbAllCardData[(2+m_wBankerUser) % GAME_PLAYER][0]) > 10))
bOutMissileCard = false ;
//火箭扑克
if(bOutMissileCard)
{
//优先其他炸弹
BYTE cbIndex = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount - 1 ;
OutCardResult.cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData[cbIndex], OutCardResult.cbCardCount) ;
return ;
}
}
if(bCanOut)
{
//设置变量
OutCardResult.cbCardCount=CanOutCard.cbEachHandCardCount[cbCanOutIndex];
CopyMemory(OutCardResult.cbResultCard,CanOutCard.cbCardData[cbCanOutIndex],CanOutCard.cbEachHandCardCount[cbCanOutIndex]*sizeof(BYTE));
return ;
}
}
if(cbOutCardType==CT_SINGLE)
{
//闲家的最大牌
BYTE cbLargestLogicCard ;
if(wOutCardUser==wUndersideUser) cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[wUndersideUser][0]) ;
else if(wOutCardUser==wUpsideUser) cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[wUpsideUser][0]) ;
if(GetCardLogicValue(cbTurnCardData[0])==14 ||
GetCardLogicValue(cbTurnCardData[0])>=cbLargestLogicCard ||
(GetCardLogicValue(cbTurnCardData[0])<cbLargestLogicCard-1) ||
(wOutCardUser==wUndersideUser&&m_cbUserCardCount[wUndersideUser]<=5 || wOutCardUser==wUpsideUser&&m_cbUserCardCount[wUpsideUser]<=5))
{
//取一张大于等于2而且要比闲家出的牌大的牌，
BYTE cbIndex=MAX_COUNT ;
for(BYTE i=0; i<cbHandCardCount; ++i)
if(GetCardLogicValue(cbHandCardData[i])>GetCardLogicValue(cbTurnCardData[0]) &&
GetCardLogicValue(cbHandCardData[i])>=15)
{
cbIndex = i ;
}
if(cbIndex!=MAX_COUNT)
{
//设置变量
OutCardResult.cbCardCount=1;
OutCardResult.cbResultCard[0] = cbHandCardData[cbIndex] ;
return ;
}
}
}
BYTE cbMinSingleCount=MAX_COUNT ;
BYTE Index=0 ;
for(BYTE i=0; i<CardTypeResult[cbOutCardType].cbCardTypeCount; ++i)
{
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbOutCardType].cbCardData[i], CardTypeResult[cbOutCardType].cbEachHandCardCount[i]) ;
if(cbMinSingleCount>=cbTmpCount)
{
cbMinSingleCount = cbTmpCount ;
Index = i ;
}
}
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbOutCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbOutCardType].cbCardData[Index], OutCardResult.cbCardCount) ;
return ;
}
//还要考虑炸弹
if(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount>0)
{
tagOutCardTypeResult const &BomCard = CardTypeResult[CT_BOMB_CARD] ;
BYTE cbMinLogicValue = GetCardLogicValue(BomCard.cbCardData[0][0]) ;
BYTE Index = 0 ;
for(BYTE i=0; i<BomCard.cbCardTypeCount; ++i)
{
if(cbMinLogicValue>GetCardLogicValue(BomCard.cbCardData[i][0]))
{
cbMinLogicValue = GetCardLogicValue(BomCard.cbCardData[i][0]) ;
Index = i ;
}
}
bool bOutBomb=false ;
//另一闲家
//WORD wOtherUser=INVALID_CHAIR ;
//for(WORD wUser=0; wUser<GAME_PLAYER; ++wUser)
// if(wUser!=wOutCardUser && wUser!=m_wBankerUser) wOtherUser=wOtherUser ;
//一手牌和一个炸弹
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount=cbHandCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
RemoveCard(BomCard.cbCardData[Index], BomCard.cbEachHandCardCount[Index], cbRemainCardData, cbRemainCardCount);
cbRemainCardCount -= BomCard.cbEachHandCardCount[Index] ;
if(CT_ERROR!=GetCardType(cbRemainCardData, cbRemainCardCount)) bOutBomb = true ;
//炸后单牌数
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, BomCard.cbCardData[Index],BomCard.cbEachHandCardCount[Index]) ;
if(cbSingleCardCount==0 && GetCardLogicValue(cbRemainCardData[0]) >
GetCardLogicValue(m_cbAllCardData[wUpsideUser == wOutCardUser ? wUndersideUser : wUpsideUser][0])) bOutBomb = true ;
//只剩一手
BYTE cbRemainCardType = GetCardType(m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser]) ;
if(cbRemainCardType>CT_ERROR && cbRemainCardType<CT_FOUR_LINE_TAKE_ONE && GetCardLogicValue(m_cbAllCardData[wOutCardUser][0])<15 &&
cbSingleCardCount < 2 && (GetCardLogicValue(cbRemainCardData[0]) >= GetCardLogicValue(m_cbAllCardData[wUndersideUser][0]) &&
GetCardLogicValue(cbRemainCardData[0]) >= GetCardLogicValue(m_cbAllCardData[wUpsideUser][0]))) bOutBomb = true ;
//反春天
if (cbRemainCardType != CT_ERROR && m_lBankerOutCardCount == 1) bOutBomb = true ;
//只剩少量牌
BYTE cbRemainLargestCard = GetCardLogicValue(cbRemainCardData[0]) ;
if(cbRemainCardCount<5 && cbRemainCardCount>0 && (cbRemainLargestCard!=GetCardLogicValue(BomCard.cbCardData[Index][0])) &&
cbRemainLargestCard>GetCardLogicValue(m_cbAllCardData[wOutCardUser][0]) && cbRemainLargestCard > 14) bOutBomb = true ;
//分析扑克
tagAnalyseResult AnalyseResult ;
AnalysebCardData(cbRemainCardData, cbRemainCardCount, AnalyseResult) ;
if (m_cbUserCardCount[wOutCardUser] == 1 && (AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbThreeCount * 3 + AnalyseResult.cbFourCount * 4 + 1 >= cbRemainCardCount)) bOutBomb = true ;
//设置变量
if(bOutBomb)
{
OutCardResult.cbCardCount=BomCard.cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,BomCard.cbCardData[Index],BomCard.cbEachHandCardCount[Index]*sizeof(BYTE));
}
return ;
}
return ;
}
//地主上家（先出牌）
void CGameLogic::UpsideOfBankerOutCard(const BYTE cbHandCardData[], BYTE cbHandCardCount, WORD wMeChairID, tagOutCardResult & OutCardResult)
{
//初始变量
ZeroMemory(&OutCardResult, sizeof(OutCardResult)) ;
//地主只有一张，从大到小出牌
if (m_cbUserCardCount[m_wBankerUser] == 1)
{
BYTE cbSingleCardData[MAX_COUNT] ;
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbSingleCardData) ;
//只剩单牌
if (cbSingleCardCount == cbHandCardCount)
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[0] ;
return ;
}
}
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
BYTE cbLineCard[MAX_COUNT] ;
BYTE cbThreeLineCard[MAX_COUNT] ;
BYTE cbDoubleLineCard[MAX_COUNT] ;
BYTE cbLineCardCount;
BYTE cbThreeLineCardCount ;
BYTE cbDoubleLineCount ;
GetAllLineCard(cbHandCardData, cbHandCardCount, cbLineCard, cbLineCardCount) ;
GetAllThreeCard(cbHandCardData, cbHandCardCount, cbThreeLineCard, cbThreeLineCardCount) ;
GetAllDoubleCard(cbHandCardData, cbHandCardCount, cbDoubleLineCard, cbDoubleLineCount) ;
//判断可否出完
BYTE cbSingleCardCount = MAX_COUNT+CT_MISSILE_CARD ;
bool bFindBestCard = false ;
AnalyseOutCardType(cbHandCardData, cbHandCardCount, CardTypeResult) ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<CardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
WORD wMeChairID = (m_wBankerUser+2)%GAME_PLAYER ;
if(TestOutAllCard(wMeChairID, CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex], true))
{
//计算单牌
BYTE cbTmpSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//结果判断
if (cbTmpSingleCount >= MAX_COUNT) continue ;
//炸弹优先级排后
BYTE cbBombCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
if (cbBombCardType == CT_BOMB_CARD) cbTmpSingleCount += 4 ;
else if (cbBombCardType == CT_MISSILE_CARD) cbTmpSingleCount += 5 ;
else if ( 15 == GetCardLogicValue( CardTypeResult[ cbCardType ].cbCardData[ lIndex ][ 0 ] ) ) cbTmpSingleCount += 2;
else if ( 15 < GetCardLogicValue( CardTypeResult[ cbCardType ].cbCardData[ lIndex ][ 0 ] ) ) cbTmpSingleCount += 3;
////改变权值
//if (cbBombCardType != CT_ERROR) cbTmpSingleCount += cbBombCardType ;
if(cbTmpSingleCount <= cbSingleCardCount)
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbCardType].cbEachHandCardCount[lIndex];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]*sizeof(BYTE));
cbSingleCardCount = cbTmpSingleCount ;
bFindBestCard = true ;
}
}
}
}
//直接返回
if (bFindBestCard) return ;
//对王和两单
if ( cbHandCardCount == 4 && GetCardLogicValue(cbHandCardData[1]) == 16 && m_cbUserCardCount[m_wBankerUser] == 1 &&
GetCardLogicValue(cbHandCardData[2]) < GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]))
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[2] ;
return ;
}
//四带牌型判断
if ( AnalyseFourCardType(cbHandCardData, cbHandCardCount, m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], OutCardResult ) )
{
return ;
}
//如果有顺牌和单只或一对，而且单只或对比地主的小，则先出顺
{
if(cbLineCardCount+1==cbHandCardCount && CT_SINGLE==GetCardType(cbLineCard, cbLineCardCount))
{
OutCardResult.cbCardCount = cbLineCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbLineCard, cbLineCardCount) ;
}
else if(cbThreeLineCardCount+1==cbHandCardCount && CT_THREE_LINE==GetCardType(cbThreeLineCard, cbThreeLineCardCount))
{
OutCardResult.cbCardCount = cbThreeLineCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbThreeLineCard, cbThreeLineCardCount) ;
}
else if(cbDoubleLineCount+1==cbHandCardCount && CT_DOUBLE_LINE==GetCardType(cbDoubleLineCard, cbDoubleLineCount))
{
OutCardResult.cbCardCount = cbDoubleLineCount ;
CopyMemory(OutCardResult.cbResultCard, cbDoubleLineCard, cbDoubleLineCount) ;
}
//双王炸弹和一手
else if(cbHandCardCount>2 && cbHandCardData[0]==0x4f && cbHandCardData[1]==0x4e && CT_ERROR!=GetCardType(cbHandCardData+2, cbHandCardCount-2) &&
CT_FOUR_LINE_TAKE_ONE != GetCardType(cbHandCardData+2, cbHandCardCount-2) && CT_FOUR_LINE_TAKE_TWO != GetCardType(cbHandCardData+2, cbHandCardCount-2))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
}
if(OutCardResult.cbCardCount>0)
{
return ;
}
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//只剩一手牌
else if(CT_ERROR!=GetCardType(cbHandCardData, cbHandCardCount) && CT_FOUR_LINE_TAKE_ONE!=GetCardType(cbHandCardData, cbHandCardCount) && CT_FOUR_LINE_TAKE_TWO!=GetCardType(cbHandCardData, cbHandCardCount))
{
OutCardResult.cbCardCount = cbHandCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount) ;
return ;
}
//只剩一张和一手
if(cbHandCardCount>=2)
{
//地主扑克
tagOutCardTypeResult BankerCanOutCardType1[13] ;
ZeroMemory(BankerCanOutCardType1, sizeof(BankerCanOutCardType1)) ;
tagOutCardTypeResult BankerCanOutCardType2[13] ;
ZeroMemory(BankerCanOutCardType2, sizeof(BankerCanOutCardType2)) ;
BYTE cbFirstHandCardType = GetCardType(cbHandCardData, cbHandCardCount-1) ;
BYTE cbSecondHandCardType = GetCardType(cbHandCardData+1, cbHandCardCount-1) ;
//是否有炸
BYTE cbAllBombCardData[MAX_COUNT], cbAllBombCount=0 ;
GetAllBomCard(cbHandCardData, cbHandCardCount, cbAllBombCardData, cbAllBombCount) ;
//没有炸弹
if (cbAllBombCount <= 0 && cbFirstHandCardType!=CT_THREE_LINE_TAKE_ONE && cbFirstHandCardType!=CT_THREE_LINE_TAKE_TWO)
{
//地主可以出的牌
if(cbFirstHandCardType!=CT_ERROR)
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbHandCardData, cbHandCardCount-1, BankerCanOutCardType1) ;
if(cbSecondHandCardType!=CT_ERROR)
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbHandCardData+1, cbHandCardCount-1, BankerCanOutCardType2) ;
if(cbSecondHandCardType!=CT_ERROR && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType2[cbSecondHandCardType].cbCardTypeCount==0 && BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData+1, cbHandCardCount-1) ;
return ;
}
if(cbFirstHandCardType!=CT_ERROR && cbFirstHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbFirstHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType1[cbFirstHandCardType].cbCardTypeCount==0 && BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount-1) ;
return ;
}
if(GetCardLogicValue(cbHandCardData[0])>=GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) &&
CT_ERROR!=cbSecondHandCardType && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[0] ;
return ;
}
if(CT_ERROR!=cbSecondHandCardType && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData+1, cbHandCardCount-1) ;
return ;
}
}
//还有炸弹
else
{
//除去炸后的牌
BYTE cbRemainCard[MAX_COUNT], cbRemainCount=0 ;
CopyMemory(cbRemainCard, cbHandCardData, cbHandCardCount) ;
cbRemainCount = cbHandCardCount ;
RemoveCard(cbAllBombCardData, cbAllBombCount, cbRemainCard, cbRemainCount);
cbRemainCount -= cbAllBombCount ;
if (GetCardType(cbRemainCard, cbRemainCount) != CT_ERROR)
{
OutCardResult.cbCardCount = cbRemainCount ;
CopyMemory(OutCardResult.cbResultCard, cbRemainCard, cbRemainCount) ;
return ;
}
}
}
//对牌接牌判断
WORD wFriendID = (m_wBankerUser + 1) % GAME_PLAYER ;
if (1 == m_cbUserCardCount[m_wBankerUser] && cbHandCardCount >= 2 && m_cbUserCardCount[wFriendID] >= 2)
{
tagAnalyseResult MeAnalyseResult ;
ZeroMemory(&MeAnalyseResult, sizeof(MeAnalyseResult)) ;
//分析扑克
AnalysebCardData(cbHandCardData, cbHandCardCount, MeAnalyseResult) ;
tagAnalyseResult FriendAnalyseResult ;
ZeroMemory(&FriendAnalyseResult, sizeof(FriendAnalyseResult)) ;
//分析扑克
AnalysebCardData(m_cbAllCardData[wFriendID], m_cbUserCardCount[wFriendID], FriendAnalyseResult) ;
//对牌判断
if ((m_cbUserCardCount[wFriendID] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
m_cbUserCardCount[wFriendID] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1)) &&
MeAnalyseResult.cbDoubleCount > 0 && FriendAnalyseResult.cbDoubleCount > 0)
{
//最小对子
BYTE cbMeLeastDoubleCardLogic = GetCardLogicValue(MeAnalyseResult.cbDoubleCardData[MeAnalyseResult.cbDoubleCount*2-2]) ;
//最大对子
BYTE cbFriendLargestDoublecardLogic = GetCardLogicValue(FriendAnalyseResult.cbDoubleCardData[0]) ;
//出对判断
if (cbMeLeastDoubleCardLogic < 14 && cbMeLeastDoubleCardLogic < cbFriendLargestDoublecardLogic)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = MeAnalyseResult.cbDoubleCardData[MeAnalyseResult.cbDoubleCount*2-2] ;
OutCardResult.cbResultCard[1] = MeAnalyseResult.cbDoubleCardData[MeAnalyseResult.cbDoubleCount*2-1] ;
return ;
}
}
}
//下家为地主，而且地主扑克少于5张
// if(m_cbUserCardCount[m_wBankerUser]<=5)
{
//分析扑克
tagOutCardTypeResult MeOutCardTypeResult[13] ;
ZeroMemory(MeOutCardTypeResult, sizeof(MeOutCardTypeResult)) ;
AnalyseOutCardType(cbHandCardData, cbHandCardCount, MeOutCardTypeResult) ;
//对家扑克
WORD wFriendID ;
for(WORD wChairID=0; wChairID<GAME_PLAYER; ++wChairID)
if(wChairID!=m_wBankerUser && wMeChairID!=wChairID) wFriendID = wChairID ;
//计算单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbOutcardType[4]={CT_ERROR} ;
BYTE cbMinValue=MAX_COUNT ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
BYTE cbMinCardType=CT_ERROR ;
BYTE cbMinIndex=0 ;
//分析地主对牌
BYTE cbBankerDoubleCardData[MAX_COUNT], cbBankerDoubleCardCount ;
GetAllDoubleCard(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbBankerDoubleCardData, cbBankerDoubleCardCount) ;
//除炸弹外的牌
for(BYTE cbCardType=CT_DOUBLE; cbCardType<CT_BOMB_CARD; ++cbCardType)
{
tagOutCardTypeResult const &tmpCardResult = MeOutCardTypeResult[cbCardType] ;
//相同牌型，相同长度，单连，对连等相同牌型可能长度不一样
BYTE cbThisHandCardCount = MAX_COUNT ;
//地主扑克
tagOutCardTypeResult BankerCanOutCard[13] ;
ZeroMemory(BankerCanOutCard, sizeof(BankerCanOutCard)) ;
tagOutCardTypeResult FriendOutCardTypeResult[13] ;
ZeroMemory(FriendOutCardTypeResult, sizeof(FriendOutCardTypeResult)) ;
for(BYTE i=0; i<tmpCardResult.cbCardTypeCount; ++i)
{
//拆三条判断
if ( cbCardType == CT_DOUBLE )
{
tagAnalyseResult AnalyseResult ;
ZeroMemory( &AnalyseResult, sizeof( AnalyseResult ) ) ;
AnalysebCardData( cbHandCardData, cbHandCardCount, AnalyseResult ) ;
if ( AnalyseResult.cbSignedCount + AnalyseResult.cbThreeCount * 3 == cbHandCardCount )
{
bool bContinue = false ;
for ( BYTE cbThreeIndex = 0; cbThreeIndex < AnalyseResult.cbThreeCount; ++cbThreeIndex )
if ( GetCardValue( tmpCardResult.cbCardData[i][0] ) == GetCardValue( AnalyseResult.cbThreeCardData[3 * cbThreeIndex] ) )
{
bContinue = true ;
break ;
}
if ( bContinue ) continue ;
}
}
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i]) ;
//拦截对牌
if (cbCardType == CT_DOUBLE && cbBankerDoubleCardCount > 0 && GetCardLogicValue(cbBankerDoubleCardData[cbBankerDoubleCardCount-1]) < 10 &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) < GetCardLogicValue(cbBankerDoubleCardData[cbBankerDoubleCardCount-1]) &&
GetCardLogicValue(tmpCardResult.cbCardData[0][0]) >= 10 && GetCardLogicValue(tmpCardResult.cbCardData[0][0]) < 14) continue ;
//重新分析
if(tmpCardResult.cbEachHandCardCount[i]!=cbThisHandCardCount)
{
cbThisHandCardCount = tmpCardResult.cbEachHandCardCount[i] ;
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser],
tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i] ,BankerCanOutCard) ;
AnalyseOutCardType(m_cbAllCardData[wFriendID], m_cbUserCardCount[wFriendID],
tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i] ,FriendOutCardTypeResult) ;
}
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//针对顺子，三条的大牌
BYTE cbCurrentCardType = GetCardType(tmpCardResult.cbCardData[i], cbThisHandCardCount) ;
if (cbThisHandCardCount != cbHandCardCount && cbCurrentCardType >= CT_SINGLE_LINE && cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO &&
( GetCardLogicValue(tmpCardResult.cbCardData[i][cbThisHandCardCount-1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-2]) ||
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11 ))
{
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
cbRemainCardCount = cbHandCardCount ;
//移除扑克
RemoveCard(tmpCardResult.cbCardData[i], cbThisHandCardCount, cbRemainCardData, cbRemainCardCount);
cbRemainCardCount -= cbThisHandCardCount ;
//最大扑克
BYTE cbCurrentLargestLogicCard = GetCardLogicValue(tmpCardResult.cbCardData[i][0]) ;
if (GetCardType(cbRemainCardData, cbRemainCardCount) == CT_ERROR && (cbCurrentCardType >= CT_THREE_LINE_TAKE_ONE &&
cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO && cbCurrentLargestLogicCard >= 11 && cbThisHandCardCount <=5 ||
cbCurrentCardType == CT_SINGLE_LINE && cbThisHandCardCount <= 6 && cbCurrentLargestLogicCard >= 12 ||
cbCurrentCardType >= CT_DOUBLE_LINE && cbCurrentCardType <= CT_THREE_LINE && cbCurrentLargestLogicCard >= 12 && cbThisHandCardCount <= 8))
{
//暂时不出
if ( cbCurrentCardType >= CT_SINGLE_LINE && cbCurrentCardType <= CT_THREE_LINE &&
GetCardLogicValue(tmpCardResult.cbCardData[i][cbThisHandCardCount - 1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
if ( cbCurrentCardType >= CT_THREE_LINE_TAKE_ONE && cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
}
}
//地主可以压牌，而且队友不可以压地主
if((BankerCanOutCard[cbCardType].cbCardTypeCount>0&&FriendOutCardTypeResult[cbCardType].cbCardTypeCount==0) || (BankerCanOutCard[cbCardType].cbCardTypeCount>0 && FriendOutCardTypeResult[cbCardType].cbCardTypeCount>0 &&
GetCardLogicValue(FriendOutCardTypeResult[cbCardType].cbCardData[0][0])<=GetCardLogicValue(BankerCanOutCard[cbCardType].cbCardData[0][0])))
{
//地主跑掉
if( BankerCanOutCard[cbCardType].cbEachHandCardCount[0] > 0 && m_cbUserCardCount[m_wBankerUser]<=BankerCanOutCard[cbCardType].cbEachHandCardCount[0]+1)
continue ;
//自己不可以再拿回牌权
if(GetCardLogicValue(tmpCardResult.cbCardData[0][0]) < GetCardLogicValue(BankerCanOutCard[cbCardType].cbCardData[0][0]) &&
BankerCanOutCard[cbCardType].cbCardTypeCount > 0)
continue ;
}
//是否有大牌
if(tmpCardResult.cbEachHandCardCount[i] != cbHandCardCount)
{
bool bHaveLargeCard=false ;
for(BYTE j=0; j<tmpCardResult.cbEachHandCardCount[i]; ++j)
if(GetCardLogicValue(tmpCardResult.cbCardData[i][j])>=15) bHaveLargeCard=true ;
if(cbCardType!=CT_SINGLE_LINE && cbCardType!=CT_DOUBLE_LINE && GetCardLogicValue(tmpCardResult.cbCardData[i][0])==14) bHaveLargeCard=true ;
if(bHaveLargeCard) continue ;
}
//地主是否可以走掉，这里都没有考虑炸弹
if(tmpCardResult.cbEachHandCardCount[i]==m_cbUserCardCount[m_wBankerUser] && cbCardType==GetCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser]) &&
GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0])>GetCardLogicValue(tmpCardResult.cbCardData[i][0])) continue ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
cbOutcardType[j] = cbCardType ;
break ;
}
}
//保存最小值
if(cbMinSingleCountInFour>=cbTmpCount)
{
//最小牌型
cbMinCardType = cbCardType ;
//最小牌型中的最小单牌
cbMinSingleCountInFour=cbTmpCount ;
//最小牌型中的最小牌
cbMinIndex=i ;
}
}
}
if(cbMinSingleCountInFour>=AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0)+3 &&
m_cbUserCardCount[m_wBankerUser]>4)
cbMinSingleCountInFour=MAX_COUNT ;
if(cbMinSingleCountInFour!=MAX_COUNT)
{
BYTE Index = cbMinIndex ;
//选择最小牌
for(BYTE i=0; i<4; ++i)
{
if(cbOutcardType[i]==cbMinCardType && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
GetCardLogicValue(MeOutCardTypeResult[cbMinCardType].cbCardData[cbIndex[i]][0])<GetCardLogicValue(MeOutCardTypeResult[cbMinCardType].cbCardData[Index][0]))
Index = cbIndex[i] ;
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//设置变量
OutCardResult.cbCardCount=MeOutCardTypeResult[cbMinCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,MeOutCardTypeResult[cbMinCardType].cbCardData[Index],MeOutCardTypeResult[cbMinCardType].cbEachHandCardCount[Index]*sizeof(BYTE));
return ;
}
ASSERT(OutCardResult.cbCardCount>0) ;
return ;
}
//如果地主扑克少于5，还没有找到适合的牌则从大出到小
if(OutCardResult.cbCardCount<=0 && m_cbUserCardCount[m_wBankerUser]<=5)
{
//只有一张牌时不能放地主走
if(m_cbUserCardCount[m_wBankerUser]==1 && MeOutCardTypeResult[CT_SINGLE].cbCardTypeCount>0)
{
BYTE Index=MAX_COUNT ;
for(BYTE i=0; i<MeOutCardTypeResult[CT_SINGLE].cbCardTypeCount; ++i)
{
if(GetCardLogicValue(MeOutCardTypeResult[CT_SINGLE].cbCardData[i][0])>=GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]))
{
Index=i ;
}
else break ;
}
if(MAX_COUNT!=Index)
{
OutCardResult.cbCardCount = MeOutCardTypeResult[CT_SINGLE].cbEachHandCardCount[Index] ;
CopyMemory(OutCardResult.cbResultCard, MeOutCardTypeResult[CT_SINGLE].cbCardData[Index], OutCardResult.cbCardCount) ;
return ;
}
}
}
}
BYTE cbFirstCard=0 ;
//过滤王和2
for(BYTE i=0; i<cbHandCardCount; ++i)
if(GetCardLogicValue(cbHandCardData[i])<15)
{
cbFirstCard = i ;
break ;
}
if(cbFirstCard<cbHandCardCount-1)
AnalyseOutCardType(cbHandCardData+cbFirstCard, cbHandCardCount-cbFirstCard, CardTypeResult) ;
else
AnalyseOutCardType(cbHandCardData, cbHandCardCount, CardTypeResult) ;
//计算单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbOutcardType[4]={CT_ERROR} ;
BYTE cbMinValue=MAX_COUNT ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
BYTE cbMinCardType=CT_ERROR ;
BYTE cbMinIndex=0 ;
//分析地主单牌
BYTE cbBankerSingleCardData[MAX_COUNT] ;
BYTE cbBankerSingleCardCount=AnalyseSinleCardCount(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], NULL, 0, cbBankerSingleCardData) ;
BYTE cbBankerSingleCardLogic = 0 ;
if(cbBankerSingleCardCount>=2 && GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-2])<=10) cbBankerSingleCardLogic = GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-2]) ;
else if(cbBankerSingleCardCount>=2 && GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-1])<=10) cbBankerSingleCardLogic = GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-1]) ;
else if(cbBankerSingleCardCount>0 && GetCardLogicValue(cbBankerSingleCardData[0])<=10) cbBankerSingleCardLogic = GetCardLogicValue(cbBankerSingleCardData[0]) ;
//分析地主对牌
BYTE cbBankerDoubleCardData[MAX_COUNT], cbBankerDoubleCardCount ;
GetAllDoubleCard(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbBankerDoubleCardData, cbBankerDoubleCardCount) ;
//除炸弹外的牌
for(BYTE cbCardType=CT_SINGLE; cbCardType<CT_BOMB_CARD; ++cbCardType)
{
tagOutCardTypeResult const &tmpCardResult = CardTypeResult[cbCardType] ;
for(BYTE i=0; i<tmpCardResult.cbCardTypeCount; ++i)
{
//不能放走地主小牌
if(cbCardType==CT_SINGLE && cbBankerSingleCardCount > 0 && GetCardLogicValue(tmpCardResult.cbCardData[i][0])<cbBankerSingleCardLogic) continue ;
//拦截对牌
if (cbCardType == CT_DOUBLE && cbBankerDoubleCardCount > 0 && GetCardLogicValue(cbBankerDoubleCardData[cbBankerDoubleCardCount-1]) < 10 &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) < GetCardLogicValue(cbBankerDoubleCardData[cbBankerDoubleCardCount-1]) &&
GetCardLogicValue(tmpCardResult.cbCardData[0][0]) >= 10 && GetCardLogicValue(tmpCardResult.cbCardData[0][0]) < 14) continue ;
//针对顺子，三条的大牌
if ( tmpCardResult.cbEachHandCardCount[i] != cbHandCardCount && cbCardType >= CT_SINGLE_LINE && cbCardType <= CT_THREE_LINE_TAKE_TWO &&
( GetCardLogicValue(tmpCardResult.cbCardData[i][tmpCardResult.cbEachHandCardCount[i]-1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-2]) ||
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11 ))
{
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
cbRemainCardCount = cbHandCardCount ;
//移除扑克
RemoveCard(tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i], cbRemainCardData, cbRemainCardCount);
cbRemainCardCount -= tmpCardResult.cbEachHandCardCount[i] ;
//最大扑克
BYTE cbCurrentLargestLogicCard = GetCardLogicValue(tmpCardResult.cbCardData[i][0]) ;
if (GetCardType(cbRemainCardData, cbRemainCardCount) == CT_ERROR && (cbCardType >= CT_THREE_LINE_TAKE_ONE &&
cbCardType <= CT_THREE_LINE_TAKE_TWO && cbCurrentLargestLogicCard >= 11 && tmpCardResult.cbEachHandCardCount[i] <=5 ||
cbCardType == CT_SINGLE_LINE && tmpCardResult.cbEachHandCardCount[i] <= 6 && cbCurrentLargestLogicCard >= 12 ||
cbCardType >= CT_DOUBLE_LINE && cbCardType <= CT_THREE_LINE && cbCurrentLargestLogicCard >= 12 && tmpCardResult.cbEachHandCardCount[i] <= 8))
{
//暂时不出
if ( cbCardType >= CT_SINGLE_LINE && cbCardType <= CT_THREE_LINE &&
GetCardLogicValue(tmpCardResult.cbCardData[i][tmpCardResult.cbEachHandCardCount[i] - 1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
if ( cbCardType >= CT_THREE_LINE_TAKE_ONE && cbCardType <= CT_THREE_LINE_TAKE_TWO &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
}
}
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i]) ;
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
cbOutcardType[j] = cbCardType ;
break ;
}
}
//保存最小值
if(cbMinSingleCountInFour>=cbTmpCount)
{
//最小牌型
cbMinCardType = cbCardType ;
//最小牌型中的最小单牌
cbMinSingleCountInFour=cbTmpCount ;
//最小牌型中的最小牌
cbMinIndex=i ;
}
}
}
if(cbMinSingleCountInFour!=MAX_COUNT)
{
BYTE Index = cbMinIndex ;
//选择最小牌
for(BYTE i=0; i<4; ++i)
{
if(cbOutcardType[i]==cbMinCardType && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
GetCardLogicValue(CardTypeResult[cbMinCardType].cbCardData[cbIndex[i]][0])<GetCardLogicValue(CardTypeResult[cbMinCardType].cbCardData[Index][0]))
Index = cbIndex[i] ;
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbMinCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,CardTypeResult[cbMinCardType].cbCardData[Index],CardTypeResult[cbMinCardType].cbEachHandCardCount[Index]*sizeof(BYTE));
return ;
}
ASSERT(OutCardResult.cbCardCount>0) ;
return ;
}
//如果只剩炸弹
else if (CardTypeResult[CT_BOMB_CARD].cbCardTypeCount > 0)
{
//BYTE Index=0 ;
//BYTE cbLogicCardValue = GetCardLogicValue(0x4F)+1 ;
////最小炸弹
//for(BYTE i=0; i<CardTypeResult[CT_BOMB_CARD].cbCardTypeCount; ++i)
// if(cbLogicCardValue>GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[i][0]))
// {
// cbLogicCardValue = GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[i][0]) ;
// Index = i ;
// }
// //设置变量
// OutCardResult.cbCardCount=CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index];
// CopyMemory(OutCardResult.cbResultCard,CardTypeResult[CT_BOMB_CARD].cbCardData[Index],CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index]*sizeof(BYTE));
// return ;
}
BYTE cbAllSingleCardData[MAX_COUNT], cbAllSingleCardCount ;
cbAllSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbAllSingleCardData) ;
if ( cbAllSingleCardCount > 0 )
{
//如果都没有搜索到就出最小的一张
if ( 1 == m_cbUserCardCount[m_wBankerUser] )
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbAllSingleCardData[0] ;
}
else
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbAllSingleCardData[cbAllSingleCardCount-1] ;
}
return ;
}
//如果都没有搜索到就出最小的一张
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[cbHandCardCount-1] ;
return ;
}
//地主上家（后出牌）
void CGameLogic::UpsideOfBankerOutCard(const BYTE cbHandCardData[], BYTE cbHandCardCount, WORD wOutCardUser, const BYTE cbTurnCardData[], BYTE cbTurnCardCount, tagOutCardResult & OutCardResult)
{
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//初始变量
ZeroMemory(&OutCardResult, sizeof(OutCardResult)) ;
//出牌类型
BYTE cbOutCardType = GetCardType(cbTurnCardData, cbTurnCardCount) ;
//地主只有一张，从大到小出牌
if (m_cbUserCardCount[m_wBankerUser] == 1 && wOutCardUser != m_wBankerUser && CT_SINGLE == cbOutCardType)
{
BYTE cbSingleCardData[MAX_COUNT] ;
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbSingleCardData) ;
WORD wFriendID = (m_wBankerUser+1) % GAME_PLAYER ;
WORD wMeID = (wFriendID+1) % GAME_PLAYER ;
BYTE cbFriendLargestLogicCard = GetCardLogicValue(m_cbAllCardData[wFriendID][0]) ;
BYTE cbMeLargestLogicCard = GetCardLogicValue(cbHandCardData[0]) ;
BYTE cbTurnLogicCard = GetCardLogicValue(cbTurnCardData[0]) ;
//只剩单牌(人性化处理)
if (cbSingleCardCount == cbHandCardCount && cbFriendLargestLogicCard > cbTurnLogicCard && cbMeLargestLogicCard > cbTurnLogicCard)
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[0] ;
return ;
}
}
//搜索可出牌
tagOutCardTypeResult BankerOutCardTypeResult[13] ;
ZeroMemory(BankerOutCardTypeResult, sizeof(BankerOutCardTypeResult)) ;
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], BankerOutCardTypeResult) ;
AnalyseOutCardType(cbHandCardData,cbHandCardCount,cbTurnCardData,cbTurnCardCount, CardTypeResult) ;
//只剩炸弹
if(cbHandCardCount==CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[0] && (cbOutCardType<CT_BOMB_CARD ||
GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[0][0])>GetCardLogicValue(cbTurnCardData[0])))
{
OutCardResult.cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[0] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData, OutCardResult.cbCardCount) ;
return ;
}
//双王炸弹和一手
else if(cbHandCardCount>2 && cbHandCardData[0]==0x4f && cbHandCardData[1]==0x4e && CT_ERROR!=GetCardType(cbHandCardData+2, cbHandCardCount-2) &&
CT_FOUR_LINE_TAKE_ONE != GetCardType(cbHandCardData+2, cbHandCardCount-2) && CT_FOUR_LINE_TAKE_TWO != GetCardType(cbHandCardData+2, cbHandCardCount-2))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//炸弹和一手
BYTE cbRemainCard[MAX_COUNT], cbRemainCount=0;
BYTE cbAllBombCard[MAX_COUNT], cbAllBombCount=0 ;
GetAllBomCard(cbHandCardData, cbHandCardCount, cbAllBombCard, cbAllBombCount) ;
//出炸判断
if(cbAllBombCount>0 && m_wBankerUser==wOutCardUser)
{
//剩余扑克
CopyMemory(cbRemainCard, cbHandCardData, cbHandCardCount) ;
cbRemainCount = cbHandCardCount ;
RemoveCard(cbAllBombCard, cbAllBombCount, cbRemainCard, cbRemainCount);
cbRemainCount -= cbAllBombCount ;
if(CT_ERROR != GetCardType(cbRemainCard, cbRemainCount) ||
(2==cbRemainCount && GetCardLogicValue(cbRemainCard[0])>GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0])))
{
if((cbOutCardType<CT_BOMB_CARD || GetCardLogicValue(cbAllBombCard[0])>GetCardLogicValue(cbTurnCardData[0])) &&
( CardTypeResult[cbOutCardType].cbCardTypeCount <= 0 || CT_ERROR != GetCardType(cbRemainCard, cbRemainCount)) )
{
//双王炸弹
if(GetCardColor(cbAllBombCard[0])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//分析地主牌
BYTE cbBankerAllBombCard[MAX_COUNT], cbBankerAllBombCardCount ;
GetAllBomCard( m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbBankerAllBombCard, cbBankerAllBombCardCount) ;
if ( !CompareCard( cbTurnCardData, cbRemainCard, cbTurnCardCount, cbRemainCount) || cbBankerAllBombCardCount <= 0 ||
GetCardLogicValue( cbAllBombCard[0] ) > GetCardLogicValue( cbBankerAllBombCard[0] ) )
{
OutCardResult.cbCardCount = 4 ;
CopyMemory(OutCardResult.cbResultCard, cbAllBombCard, 4) ;
return ;
}
}
}
}
}
//只有一手牌
if ( GetCardType(cbHandCardData, cbHandCardCount) != CT_FOUR_LINE_TAKE_ONE && GetCardType(cbHandCardData, cbHandCardCount) != CT_FOUR_LINE_TAKE_TWO &&
CompareCard(cbTurnCardData, cbHandCardData, cbTurnCardCount, cbHandCardCount) )
{
OutCardResult.cbCardCount = cbHandCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount) ;
return ;
}
//对牌接牌判断
if (1 == m_cbUserCardCount[m_wBankerUser] && cbHandCardCount >= 2 && cbOutCardType == CT_DOUBLE)
{
tagAnalyseResult AnalyseResult ;
ZeroMemory(&AnalyseResult, sizeof(AnalyseResult)) ;
//分析扑克
AnalysebCardData(cbHandCardData, cbHandCardCount, AnalyseResult) ;
//对牌判断
if (cbHandCardCount == (AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbThreeCount * 3 + AnalyseResult.cbFourCount * 4) ||
cbHandCardCount == (AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbThreeCount * 3 + AnalyseResult.cbFourCount * 4 + 1))
{
//出对判断
for (int nIndex = AnalyseResult.cbDoubleCount-1; nIndex>=0 ; --nIndex)
{
if (GetCardLogicValue(AnalyseResult.cbDoubleCardData[nIndex*2]) > GetCardLogicValue(cbTurnCardData[0]))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = AnalyseResult.cbDoubleCardData[nIndex*2] ;
OutCardResult.cbResultCard[1] = AnalyseResult.cbDoubleCardData[nIndex*2+1] ;
return ;
}
}
//出炸判断
if (AnalyseResult.cbFourCount > 0)
{
//最小炸弹
BYTE cbLestBombIndex = AnalyseResult.cbFourCount-1 ;
OutCardResult.cbCardCount = 4 ;
OutCardResult.cbResultCard[0] = AnalyseResult.cbFourCardData[cbLestBombIndex*4] ;
OutCardResult.cbResultCard[1] = AnalyseResult.cbFourCardData[cbLestBombIndex*4+1] ;
OutCardResult.cbResultCard[2] = AnalyseResult.cbFourCardData[cbLestBombIndex*4+2] ;
OutCardResult.cbResultCard[3] = AnalyseResult.cbFourCardData[cbLestBombIndex*4+3] ;
return ;
}
}
//分析对家
if ( wOutCardUser != m_wBankerUser )
{
tagAnalyseResult FriendAnalyseResult ;
ZeroMemory( &FriendAnalyseResult, sizeof( FriendAnalyseResult ) ) ;
//分析扑克
AnalysebCardData( m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser], FriendAnalyseResult ) ;
//对牌判断
if (m_cbUserCardCount[wOutCardUser] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
m_cbUserCardCount[wOutCardUser] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1))
{
return ;
}
//零下标没用
tagOutCardTypeResult FriendCardTypeResult[12+1] ;
ZeroMemory( FriendCardTypeResult, sizeof( FriendCardTypeResult ) ) ;
AnalyseOutCardType( m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser], FriendCardTypeResult ) ;
for ( BYTE cbLineCardIdx = 0; cbLineCardIdx < FriendCardTypeResult[CT_SINGLE_LINE].cbCardTypeCount; ++cbLineCardIdx )
{
//剩余扑克
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
cbRemainCardCount = m_cbUserCardCount[wOutCardUser] ;
CopyMemory( cbRemainCardData, m_cbAllCardData[wOutCardUser], cbRemainCardCount ) ;
RemoveCard( FriendCardTypeResult[CT_SINGLE_LINE].cbCardData[cbLineCardIdx], FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx],
cbRemainCardData, cbRemainCardCount );
cbRemainCardCount -= FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx] ;
//分析扑克
AnalysebCardData( cbRemainCardData, cbRemainCardCount, FriendAnalyseResult ) ;
//对牌判断
if (cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1))
{
return ;
}
}
for ( BYTE cbLineCardIdx = 0; cbLineCardIdx < FriendCardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount; ++cbLineCardIdx )
{
//剩余扑克
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
cbRemainCardCount = m_cbUserCardCount[wOutCardUser] ;
CopyMemory( cbRemainCardData, m_cbAllCardData[wOutCardUser], cbRemainCardCount ) ;
RemoveCard( FriendCardTypeResult[CT_SINGLE_LINE].cbCardData[cbLineCardIdx], FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx],
cbRemainCardData, cbRemainCardCount ) ;
cbRemainCardCount -= FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx] ;
//分析扑克
AnalysebCardData( cbRemainCardData, cbRemainCardCount, FriendAnalyseResult ) ;
//对牌判断
if (cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1))
{
return ;
}
}
}
}
//对家可否出完
if( m_wBankerUser != wOutCardUser && ! CompareCard( cbTurnCardData, m_cbAllCardData[ m_wBankerUser ], cbTurnCardCount, m_cbUserCardCount[ m_wBankerUser ] ) )
{
//庄家扑克
bool bBankerCanOut = false ;
tagOutCardTypeResult BankerOutCardResult[12+1] ;
ZeroMemory(BankerOutCardResult, sizeof(BankerOutCardResult)) ;
//分析扑克
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbTurnCardData, cbTurnCardCount, BankerOutCardResult) ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType) if(BankerOutCardResult[cbCardType].cbCardTypeCount>0) bBankerCanOut = true ;
if(!bBankerCanOut)
{
//对家ID
WORD wFriendChairID = (m_wBankerUser+1)%GAME_PLAYER ;
//分析扑克
tagOutCardTypeResult FriendCardTypeResult[12+1] ;
ZeroMemory(FriendCardTypeResult, sizeof(FriendCardTypeResult)) ;
AnalyseOutCardType(m_cbAllCardData[wFriendChairID], m_cbUserCardCount[wFriendChairID], FriendCardTypeResult) ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(FriendCardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<FriendCardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
if(TestOutAllCard(wFriendChairID, FriendCardTypeResult[cbCardType].cbCardData[lIndex], FriendCardTypeResult[cbCardType].cbEachHandCardCount[lIndex], true))
{
//不压对家
return ;
}
}
}
}
}
//放走对家
if (GetCardType(m_cbAllCardData[(m_wBankerUser + 1) % GAME_PLAYER], m_cbUserCardCount[(m_wBankerUser + 1) % GAME_PLAYER]) == GetCardType(cbTurnCardData, cbTurnCardCount) &&
CompareCard(cbTurnCardData, m_cbAllCardData[(m_wBankerUser + 1) % GAME_PLAYER], cbTurnCardCount, m_cbUserCardCount[(m_wBankerUser + 1) % GAME_PLAYER]) &&
!CompareCard(cbTurnCardData, m_cbAllCardData[m_wBankerUser], cbTurnCardCount, m_cbUserCardCount[m_wBankerUser]))
return ;
if (CompareCard(cbTurnCardData, m_cbAllCardData[(m_wBankerUser + 1) % GAME_PLAYER], cbTurnCardCount, m_cbUserCardCount[(m_wBankerUser + 1) % GAME_PLAYER]) &&
!CompareCard(cbTurnCardData, m_cbAllCardData[m_wBankerUser], cbTurnCardCount, m_cbUserCardCount[m_wBankerUser])) return ;
//判断可否出完
BYTE cbSingleCardCount = MAX_COUNT+CT_MISSILE_CARD ;
bool bFindBestCard = false ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<CardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
WORD wMeChairID = (m_wBankerUser+2)%GAME_PLAYER ;
if(TestOutAllCard(wMeChairID, CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex], false))
{
//计算单牌
BYTE cbTmpSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//结果判断
if (cbTmpSingleCount >= MAX_COUNT) continue ;
//炸弹优先级排后
BYTE cbBombCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
if (cbBombCardType == CT_BOMB_CARD) cbTmpSingleCount += 4 ;
else if (cbBombCardType == CT_MISSILE_CARD) cbTmpSingleCount += 5 ;
////改变权值
//if (cbBombCardType != CT_ERROR) cbTmpSingleCount += cbBombCardType ;
//不出炸弹
//BYTE cbWantOutCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//if (CardTypeResult[cbOutCardType].cbCardTypeCount > 0 && cbOutCardType < CT_BOMB_CARD && cbWantOutCardType >= CT_BOMB_CARD) continue ;
if(cbTmpSingleCount <= cbSingleCardCount)
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbCardType].cbEachHandCardCount[lIndex];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]*sizeof(BYTE));
cbSingleCardCount = cbTmpSingleCount ;
bFindBestCard = true ;
}
}
}
}
//直接返回
if (bFindBestCard) return ;
//如果庄家没有此牌型了则不压对家牌
if( m_cbUserCardCount[m_wBankerUser]<=5 && wOutCardUser!=m_wBankerUser &&
(BankerOutCardTypeResult[cbOutCardType].cbCardTypeCount==0 ||
GetCardLogicValue(BankerOutCardTypeResult[cbOutCardType].cbCardData[0][0])<=GetCardLogicValue(cbTurnCardData[0])) &&
CardTypeResult[cbOutCardType].cbEachHandCardCount[0]!=cbHandCardCount)//不能一次出完
{
//放弃出牌
return ;
}
//下家为地主，而且地主扑克少于5张
if(m_cbUserCardCount[m_wBankerUser]<=5 && CardTypeResult[cbOutCardType].cbCardTypeCount>0 && cbOutCardType!=CT_BOMB_CARD &&
((GetCardLogicValue(cbTurnCardData[0])<12 && wOutCardUser!=m_wBankerUser && BankerOutCardTypeResult[cbOutCardType].cbCardTypeCount>0) ||//对家出牌
(wOutCardUser==m_wBankerUser)))//地主出牌
{
//防止三带等带大牌出去
BYTE Index = cbOutCardType == CT_SINGLE ? 0 : CardTypeResult[cbOutCardType].cbCardTypeCount - 1 ;
//寻找可以压住地主的最小一手牌
BYTE cbThisOutTypeMinSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbOutCardType].cbCardData[0], CardTypeResult[cbOutCardType].cbEachHandCardCount[0]) ;
BYTE cbBestIndex = 255 ;
for(BYTE i=0; i<CardTypeResult[cbOutCardType].cbCardTypeCount; ++i)
{
BYTE cbTmpSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbOutCardType].cbCardData[i], CardTypeResult[cbOutCardType].cbEachHandCardCount[i]) ;
if((BankerOutCardTypeResult[cbOutCardType].cbCardTypeCount>0 &&
GetCardLogicValue(CardTypeResult[cbOutCardType].cbCardData[i][0])>=GetCardLogicValue(BankerOutCardTypeResult[cbOutCardType].cbCardData[0][0]) ||
BankerOutCardTypeResult[cbOutCardType].cbCardTypeCount==0) &&
cbTmpSingleCardCount<=cbThisOutTypeMinSingleCount)
{
cbBestIndex = i ;
cbThisOutTypeMinSingleCount = cbTmpSingleCardCount ;
}
if((BankerOutCardTypeResult[cbOutCardType].cbCardTypeCount>0 &&
GetCardLogicValue(CardTypeResult[cbOutCardType].cbCardData[i][0])>=GetCardLogicValue(BankerOutCardTypeResult[cbOutCardType].cbCardData[0][0]) ||
BankerOutCardTypeResult[cbOutCardType].cbCardTypeCount==0))
Index = i ;
else break ;
}
if(cbBestIndex!=255)
{
OutCardResult.cbCardCount = CardTypeResult[cbOutCardType].cbEachHandCardCount[cbBestIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbOutCardType].cbCardData[cbBestIndex], OutCardResult.cbCardCount) ;
}
else
{
OutCardResult.cbCardCount = CardTypeResult[cbOutCardType].cbEachHandCardCount[Index] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbOutCardType].cbCardData[Index], OutCardResult.cbCardCount) ;
}
return ;
}
//单牌顶牌
if (CT_SINGLE == cbOutCardType && CardTypeResult[cbOutCardType].cbCardTypeCount > 0)
{
BYTE cbMeSingleCardData[MAX_COUNT], cbMeSingleCardCount ;
BYTE cbBankerSingleCardData[MAX_COUNT], cbBankerSingleCardCount ;
//获取单牌
cbMeSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbMeSingleCardData) ;
cbBankerSingleCardCount = AnalyseSinleCardCount(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], NULL, 0, cbBankerSingleCardData) ;
//地主还有小牌
if (cbBankerSingleCardCount > 0 && cbMeSingleCardCount > 0 && GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-1]) <= 10)
{
//拦截两张
if (cbBankerSingleCardCount >= 2 && GetCardValue(cbBankerSingleCardData[cbBankerSingleCardCount-2]) <= 10)
{
for (int nMeIndex = cbMeSingleCardCount-1; nMeIndex >=0 ; --nMeIndex)
if (GetCardLogicValue(cbMeSingleCardData[nMeIndex]) > GetCardLogicValue(cbTurnCardData[0]) &&
GetCardLogicValue(cbMeSingleCardData[nMeIndex]) >= GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-2]) &&
GetCardLogicValue(cbMeSingleCardData[nMeIndex]) <= 15)
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbMeSingleCardData[nMeIndex] ;
return ;
}
}
//拦截一张
for (int nMeIndex = cbMeSingleCardCount-1; nMeIndex >=0 ; --nMeIndex)
if (GetCardLogicValue(cbMeSingleCardData[nMeIndex]) > GetCardLogicValue(cbTurnCardData[0]) &&
GetCardLogicValue(cbMeSingleCardData[nMeIndex]) >= GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-1]) &&
GetCardLogicValue(cbMeSingleCardData[nMeIndex]) <= 15)
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbMeSingleCardData[nMeIndex] ;
return ;
}
}
}
//取出四个最小单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
//可出扑克（这里已经过滤掉炸弹了）
tagOutCardTypeResult const &CanOutCard = CardTypeResult[cbOutCardType] ;
for(BYTE i=0; i<CanOutCard.cbCardTypeCount; ++i)
{
//最小单牌
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount,CanOutCard.cbCardData[i], CanOutCard.cbEachHandCardCount[i]) ;
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
break ;
}
}
}
for(BYTE i=0; i<4; ++i)
if(cbMinSingleCountInFour>cbMinSingleCardCount[i]) cbMinSingleCountInFour = cbMinSingleCardCount[i] ;
//原始单牌数
BYTE cbOriginSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount,NULL,0) ;
//分析地主对牌
BYTE cbBankerDoubleCardData[MAX_COUNT], cbBankerDoubleCardCount ;
GetAllDoubleCard(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbBankerDoubleCardData, cbBankerDoubleCardCount) ;
//朋友出牌
bool bFriendOut = m_wBankerUser!=wOutCardUser ;
if(bFriendOut)
{
//不拦截朋友最后一手牌
if (GetCardType(m_cbAllCardData[(1 + m_wBankerUser) % GAME_PLAYER], m_cbUserCardCount[(1 + m_wBankerUser) % GAME_PLAYER]) != CT_ERROR) return ;
//在上面的TestOutAllCard中已对可出炸弹情况分析过
if(CanOutCard.cbCardTypeCount>0 && CanOutCard.cbCardType < CT_BOMB_CARD)
{
//分析地主单牌
BYTE cbBankerSingleCardData[MAX_COUNT] ;
BYTE cbBankerSingleCardCount=AnalyseSinleCardCount(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], NULL, 0, cbBankerSingleCardData) ;
BYTE cbBankerSingleCardLogic = 0 ;
if(cbBankerSingleCardCount>=2 && GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-2])<=10) cbBankerSingleCardLogic = GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-2]) ;
else if(cbBankerSingleCardCount>=2 && GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-1])<=10) cbBankerSingleCardLogic = GetCardLogicValue(cbBankerSingleCardData[cbBankerSingleCardCount-1]) ;
else if(cbBankerSingleCardCount>0 && GetCardLogicValue(cbBankerSingleCardData[0])<=10) cbBankerSingleCardLogic = GetCardLogicValue(cbBankerSingleCardData[0]) ;
BYTE cbMinLogicCardValue = GetCardLogicValue(0x4F)+1 ;
bool bFindCard = false ;
BYTE cbCanOutIndex=0 ;
for(BYTE i=0; i<4; ++i)
{
BYTE Index = cbIndex[i] ;
//三带，和连牌不接对家牌
if ( CanOutCard.cbCardType >= CT_THREE && CanOutCard.cbCardType <= CT_MISSILE_CARD && GetCardLogicValue(CanOutCard.cbCardData[Index][0]) >= 7 &&
CanOutCard.cbEachHandCardCount[Index] <=5 )
continue ;
//单牌拦截
bool bCanOut = false ;
if(cbOutCardType==CT_SINGLE && cbBankerSingleCardCount > 0 && GetCardLogicValue(CanOutCard.cbCardData[Index][0]) >= cbBankerSingleCardLogic &&
GetCardLogicValue(cbTurnCardData[0]) < 14 && cbMinSingleCardCount[i] < cbOriginSingleCardCount &&
GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) > GetCardLogicValue(cbTurnCardData[0]))
bCanOut = true ;
//拦截对牌
//if (cbOutCardType == CT_DOUBLE && cbBankerDoubleCardCount > 0 && GetCardLogicValue(cbBankerDoubleCardData[cbBankerDoubleCardCount-1]) < 10 &&
// GetCardLogicValue(CanOutCard.cbCardData[Index][0]) < GetCardLogicValue(cbBankerDoubleCardData[cbBankerDoubleCardCount-1]) &&
// GetCardLogicValue(CanOutCard.cbCardData[0][0]) >= 10 && GetCardLogicValue(CanOutCard.cbCardData[0][0]) < 14) continue ;
//小于J的牌，或者小于K而且是散牌
if(bCanOut ||
((cbMinSingleCardCount[i]<cbOriginSingleCardCount+3 && (cbMinSingleCardCount[i]<=cbMinSingleCountInFour || cbMinSingleCardCount[i]<=cbMinSingleCountInFour+1 &&
CanOutCard.cbCardType >= CT_THREE_LINE_TAKE_ONE && CanOutCard.cbCardType <= CT_THREE_LINE_TAKE_TWO ) &&
(GetCardLogicValue(CanOutCard.cbCardData[Index][0])<=11 || (cbMinSingleCardCount[i]<cbOriginSingleCardCount)&&GetCardLogicValue(CanOutCard.cbCardData[Index][0])<=13)) &&
cbMinLogicCardValue>GetCardLogicValue(CanOutCard.cbCardData[Index][0]) && cbHandCardCount>5))
{
//搜索有没有大牌（针对飞机带翅膀后面的带牌）
bool bNoLargeCard = true ;
for(BYTE k=3; k<CanOutCard.cbEachHandCardCount[Index]; ++k)
{
//有大牌而且不能一次出完
if(GetCardLogicValue(CanOutCard.cbCardData[Index][k])>=15 &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount) bNoLargeCard = false ;
}
if(bNoLargeCard)
{
bFindCard = true ;
cbCanOutIndex = Index ;
cbMinLogicCardValue = GetCardLogicValue(CanOutCard.cbCardData[Index][0]) ;
}
}
else if(cbHandCardCount<5 && cbMinSingleCardCount[i]<cbOriginSingleCardCount+4 && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
cbMinLogicCardValue>GetCardLogicValue(CanOutCard.cbCardData[Index][0]))
{
//能出王打自家的2
if ( GetCardLogicValue( CanOutCard.cbCardData[Index][0] ) >= 16 && GetCardLogicValue( cbTurnCardData[0] ) >= 15 )
continue ;
bFindCard = true ;
cbCanOutIndex = Index ;
cbMinLogicCardValue = GetCardLogicValue(CanOutCard.cbCardData[Index][0]) ;
}
}
if(bFindCard)
{
//设置变量
OutCardResult.cbCardCount=CanOutCard.cbEachHandCardCount[cbCanOutIndex];
CopyMemory(OutCardResult.cbResultCard,CanOutCard.cbCardData[cbCanOutIndex],CanOutCard.cbEachHandCardCount[cbCanOutIndex]*sizeof(BYTE));
return ;
}
//手上少于五张牌
else if(cbHandCardCount<=5)
{
BYTE cbMinLogicCard = GetCardLogicValue(0x4f)+1 ;
BYTE cbCanOutIndex = 0 ;
for(BYTE i=0; i<4; ++i)
if(cbMinSingleCardCount[i]<MAX_COUNT && cbMinSingleCardCount[i]<=cbMinSingleCountInFour && cbMinLogicCard>GetCardLogicValue(CanOutCard.cbCardData[cbIndex[i]][0]) &&
GetCardLogicValue(CanOutCard.cbCardData[cbIndex[i]][0])<=14)
{
cbMinLogicCard = GetCardLogicValue(CanOutCard.cbCardData[cbIndex[i]][0]) ;
cbCanOutIndex = cbIndex[i] ;
}
if(cbMinLogicCard != (GetCardLogicValue(0x4f)+1))
{
//设置变量
OutCardResult.cbCardCount=CanOutCard.cbEachHandCardCount[cbCanOutIndex];
CopyMemory(OutCardResult.cbResultCard,CanOutCard.cbCardData[cbCanOutIndex],CanOutCard.cbEachHandCardCount[cbCanOutIndex]*sizeof(BYTE));
return ;
}
}
return ;
}
else
{
return ;
}
}
//地主出牌
else
{
if(CanOutCard.cbCardTypeCount>0)
{
BYTE cbMinLogicCardValue = GetCardLogicValue(0x4F)+1 ;
bool bFindCard = false ;
BYTE cbCanOutIndex=0 ;
for(BYTE i=0; i<4; ++i)
{
BYTE Index = cbIndex[i] ;
if((cbMinSingleCardCount[i]<cbOriginSingleCardCount+4) && (cbMinSingleCardCount[i]<=cbMinSingleCountInFour || cbMinSingleCardCount[i]<=cbMinSingleCountInFour+1 &&
CanOutCard.cbCardType >= CT_THREE_LINE_TAKE_ONE && CanOutCard.cbCardType <= CT_THREE_LINE_TAKE_TWO ) &&
cbMinLogicCardValue>GetCardLogicValue(CanOutCard.cbCardData[Index][0]))
{
//针对大牌
bool bNoLargeCard = true ;
//当地主手上牌数大于4，而且地主出的是小于K的牌而且不是地主手上的最大牌时，不能出2去打
if(m_cbUserCardCount[m_wBankerUser]>=4 && cbHandCardCount>=5 && CanOutCard.cbEachHandCardCount[Index]>=2 &&
GetCardLogicValue(CanOutCard.cbCardData[Index][0])>=15 &&
GetCardLogicValue(cbTurnCardData[0])<13 &&
GetCardLogicValue(cbTurnCardData[0])<GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount)
bNoLargeCard=false ;
//搜索有没有大牌（针对飞机带翅膀后面的带牌）
for(BYTE k=3; k<CanOutCard.cbEachHandCardCount[Index]; ++k)
{
if(GetCardLogicValue(CanOutCard.cbCardData[Index][k])>=15 &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount)
bNoLargeCard = false ;
}
if(bNoLargeCard)
{
bFindCard = true ;
cbCanOutIndex = Index ;
cbMinLogicCardValue = GetCardLogicValue(CanOutCard.cbCardData[Index][0]) ;
}
}
}
if(bFindCard)
{
//地主的最大牌
BYTE cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) ;
bool bCanOut=true ;
//王只压2
if(GetCardLogicValue(cbTurnCardData[0])<cbLargestLogicCard)
{
if(GetCardColor(CanOutCard.cbCardData[cbCanOutIndex][0])==0x40 && GetCardLogicValue(cbTurnCardData[0])<=14 && cbHandCardCount>5)
{
bCanOut = false ;
}
}
//双王判断
if(GetCardLogicValue(CanOutCard.cbCardData[cbCanOutIndex][0])>=16 && cbHandCardCount>=2 && cbHandCardData[0]==0x4F && cbHandCardData[1]==0x4E)
{
bool bOutMissileCard = false ;
//一手牌和一个炸弹
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount=cbHandCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
RemoveCard(cbRemainCardData, 2, cbRemainCardData, cbRemainCardCount) ;
cbRemainCardCount -= 2 ;
if(CT_ERROR!=GetCardType(cbRemainCardData, cbRemainCardCount)) bOutMissileCard = true;
//只剩少量牌
BYTE cbRemainLargestCard = GetCardLogicValue(cbRemainCardData[0]) ;
if(cbRemainCardCount<5 && cbRemainCardCount>0 && GetCardLogicValue(cbRemainCardData[0])>=14) bOutMissileCard = true;
//炸后单牌数
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CanOutCard.cbCardData[cbCanOutIndex],
CanOutCard.cbEachHandCardCount[cbCanOutIndex]) ;
if(cbSingleCardCount<=1 && GetCardLogicValue(cbRemainCardData[0])>=11) bOutMissileCard = true;
//还有小牌
if (GetCardLogicValue(cbRemainCardData[0]) <= 10 && CT_ERROR == GetCardType(cbRemainCardData, cbRemainCardCount) &&
GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) > 10)
bOutMissileCard = false ;
//火箭扑克
if(bOutMissileCard)
{
//优先其他炸弹
BYTE cbIndex = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount - 1 ;
OutCardResult.cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData[cbIndex], OutCardResult.cbCardCount) ;
return ;
}
}
if(bCanOut)
{
//设置变量
OutCardResult.cbCardCount=CanOutCard.cbEachHandCardCount[cbCanOutIndex];
CopyMemory(OutCardResult.cbResultCard,CanOutCard.cbCardData[cbCanOutIndex],CanOutCard.cbEachHandCardCount[cbCanOutIndex]*sizeof(BYTE));
return ;
}
}
if(cbOutCardType==CT_SINGLE)
{
//地主的最大牌
BYTE cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) ;
if(GetCardLogicValue(cbTurnCardData[0])==14 ||
GetCardLogicValue(cbTurnCardData[0])>=cbLargestLogicCard ||
(GetCardLogicValue(cbTurnCardData[0])<cbLargestLogicCard-1) ||
m_cbUserCardCount[m_wBankerUser]<=5)
{
//取一张大于等于2而且要比地主出的牌大的牌，
BYTE cbIndex=MAX_COUNT ;
for(BYTE i=0; i<cbHandCardCount; ++i)
if(GetCardLogicValue(cbHandCardData[i])>GetCardLogicValue(cbTurnCardData[0]) && GetCardLogicValue(cbHandCardData[i])>=15)
{
cbIndex = i ;
}
if(cbIndex!=MAX_COUNT)
{
//设置变量
OutCardResult.cbCardCount=1;
OutCardResult.cbResultCard[0] = cbHandCardData[cbIndex] ;
return ;
}
}
}
}
//还要考虑炸弹
if(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount>0 /*||
(NORMAL_COUNT == cbHandCardCount&& NORMAL_COUNT == m_cbUserCardCount[(m_wBankerUser+1)%GAME_PLAYER])*/)
{
tagOutCardTypeResult const &BomCard = CardTypeResult[CT_BOMB_CARD] ;
BYTE cbMinLogicValue = GetCardLogicValue(BomCard.cbCardData[0][0]) ;
BYTE Index = 0 ;
for(BYTE i=0; i<BomCard.cbCardTypeCount; ++i)
{
if(cbMinLogicValue>GetCardLogicValue(BomCard.cbCardData[i][0]))
{
cbMinLogicValue = GetCardLogicValue(BomCard.cbCardData[i][0]) ;
Index = i ;
}
}
bool bOutBomb = false ;
//春天判断
if (NORMAL_COUNT == cbHandCardCount && NORMAL_COUNT == m_cbUserCardCount[(m_wBankerUser+1)%GAME_PLAYER] && CT_ERROR != GetCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser]))
bOutBomb = true ;
//一手牌和一个炸弹
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount=cbHandCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
RemoveCard(BomCard.cbCardData[Index], BomCard.cbEachHandCardCount[Index], cbRemainCardData, cbRemainCardCount) ;
cbRemainCardCount -= BomCard.cbEachHandCardCount[Index] ;
if(CT_ERROR!=GetCardType(cbRemainCardData, cbRemainCardCount)) bOutBomb = true ;
//炸后单牌数
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, BomCard.cbCardData[Index],BomCard.cbEachHandCardCount[Index]) ;
if(cbSingleCardCount==0 && GetCardLogicValue(cbRemainCardData[0]) > GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]))
bOutBomb = true ;
//只剩一手
BYTE cbRemainCardType = GetCardType(m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser]) ;
if(cbRemainCardType>CT_ERROR && cbRemainCardType<CT_FOUR_LINE_TAKE_ONE && GetCardLogicValue(m_cbAllCardData[wOutCardUser][0])<15 &&
cbSingleCardCount < 2 && (GetCardLogicValue(cbRemainCardData[0]) >= GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0])))
bOutBomb = true ;
//只剩少量牌
BYTE cbRemainLargestCard = GetCardLogicValue(cbRemainCardData[0]) ;
if(cbRemainCardCount<5 && cbRemainCardCount>0 && (cbRemainLargestCard!=GetCardLogicValue(BomCard.cbCardData[Index][0])) &&
cbRemainLargestCard>GetCardLogicValue(m_cbAllCardData[wOutCardUser][0]) && cbRemainLargestCard > 14) bOutBomb = true ;
//分析扑克
tagAnalyseResult AnalyseResult ;
AnalysebCardData(cbRemainCardData, cbRemainCardCount, AnalyseResult) ;
if (m_cbUserCardCount[m_wBankerUser] ==1 && (AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbThreeCount * 3 + AnalyseResult.cbFourCount * 4 + 1 >= cbRemainCardCount)) bOutBomb = true ;
//设置变量
if(bOutBomb)
{
OutCardResult.cbCardCount=BomCard.cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,BomCard.cbCardData[Index],BomCard.cbEachHandCardCount[Index]*sizeof(BYTE));
}
return ;
}
return ;
}
return ;
}
//地主下家（先出牌）
void CGameLogic::UndersideOfBankerOutCard(const BYTE cbHandCardData[], BYTE cbHandCardCount, WORD wMeChairID,tagOutCardResult & OutCardResult)
{
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//初始变量
ZeroMemory(&OutCardResult, sizeof(OutCardResult)) ;
BYTE cbLineCard[MAX_COUNT] ;
BYTE cbThreeLineCard[MAX_COUNT] ;
BYTE cbDoubleLineCard[MAX_COUNT] ;
BYTE cbLineCardCount;
BYTE cbThreeLineCardCount ;
BYTE cbDoubleLineCount ;
GetAllLineCard(cbHandCardData, cbHandCardCount, cbLineCard, cbLineCardCount) ;
GetAllThreeCard(cbHandCardData, cbHandCardCount, cbThreeLineCard, cbThreeLineCardCount) ;
GetAllDoubleCard(cbHandCardData, cbHandCardCount, cbDoubleLineCard, cbDoubleLineCount) ;
//判断可否出完
BYTE cbSingleCardCount = MAX_COUNT+CT_MISSILE_CARD ;
bool bFindBestCard = false ;
AnalyseOutCardType(cbHandCardData, cbHandCardCount, CardTypeResult) ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<CardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
WORD wMeChairID = (m_wBankerUser+1)%GAME_PLAYER ;
if(TestOutAllCard(wMeChairID, CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex], true))
{
//计算单牌
BYTE cbTmpSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//结果判断
if (cbTmpSingleCount >= MAX_COUNT) continue ;
//炸弹优先级排后
BYTE cbBombCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
if (cbBombCardType == CT_BOMB_CARD) cbTmpSingleCount += 4 ;
else if (cbBombCardType == CT_MISSILE_CARD) cbTmpSingleCount += 5 ;
else if ( 15 == GetCardLogicValue( CardTypeResult[ cbCardType ].cbCardData[ lIndex ][ 0 ] ) ) cbTmpSingleCount += 2;
else if ( 15 < GetCardLogicValue( CardTypeResult[ cbCardType ].cbCardData[ lIndex ][ 0 ] ) ) cbTmpSingleCount += 3;
////改变权值
//if (cbBombCardType != CT_ERROR) cbTmpSingleCount += cbBombCardType ;
if(cbTmpSingleCount <= cbSingleCardCount)
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbCardType].cbEachHandCardCount[lIndex];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]*sizeof(BYTE));
cbSingleCardCount = cbTmpSingleCount ;
bFindBestCard = true ;
}
}
}
}
//直接返回
if (bFindBestCard) return ;
//对王和两单
if ( cbHandCardCount == 4 && GetCardLogicValue(cbHandCardData[1]) == 16 && m_cbUserCardCount[m_wBankerUser] == 1 &&
GetCardLogicValue(cbHandCardData[2]) < GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]))
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[2] ;
return ;
}
//四带牌型判断
if ( AnalyseFourCardType(cbHandCardData, cbHandCardCount, m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], OutCardResult ) )
{
return ;
}
//如果有顺牌和单只或一对，而且单只或对比地主的小，则先出顺
{
if(cbLineCardCount+1==cbHandCardCount && CT_SINGLE==GetCardType(cbLineCard, cbLineCardCount))
{
OutCardResult.cbCardCount = cbLineCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbLineCard, cbLineCardCount) ;
}
else if(cbThreeLineCardCount+1==cbHandCardCount && CT_THREE_LINE==GetCardType(cbThreeLineCard, cbThreeLineCardCount))
{
OutCardResult.cbCardCount = cbThreeLineCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbThreeLineCard, cbThreeLineCardCount) ;
}
else if(cbDoubleLineCount+1==cbHandCardCount && CT_DOUBLE_LINE==GetCardType(cbDoubleLineCard, cbDoubleLineCount))
{
OutCardResult.cbCardCount = cbDoubleLineCount ;
CopyMemory(OutCardResult.cbResultCard, cbDoubleLineCard, cbDoubleLineCount) ;
}
//双王炸弹和一手
else if(cbHandCardCount>2 && cbHandCardData[0]==0x4f && cbHandCardData[1]==0x4e && CT_ERROR!=GetCardType(cbHandCardData+2, cbHandCardCount-2) &&
CT_FOUR_LINE_TAKE_ONE != GetCardType(cbHandCardData+2, cbHandCardCount-2) && CT_FOUR_LINE_TAKE_TWO != GetCardType(cbHandCardData+2, cbHandCardCount-2))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
}
if(OutCardResult.cbCardCount>0)
{
return ;
}
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//只剩一手牌
else if(CT_ERROR!=GetCardType(cbHandCardData, cbHandCardCount) && CT_FOUR_LINE_TAKE_ONE!=GetCardType(cbHandCardData, cbHandCardCount) && CT_FOUR_LINE_TAKE_TWO!=GetCardType(cbHandCardData, cbHandCardCount))
{
OutCardResult.cbCardCount = cbHandCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount) ;
return ;
}
//只剩一张和一手
if(cbHandCardCount>=2)
{
//地主扑克
tagOutCardTypeResult BankerCanOutCardType1[13] ;
ZeroMemory(BankerCanOutCardType1, sizeof(BankerCanOutCardType1)) ;
tagOutCardTypeResult BankerCanOutCardType2[13] ;
ZeroMemory(BankerCanOutCardType2, sizeof(BankerCanOutCardType2)) ;
BYTE cbFirstHandCardType = GetCardType(cbHandCardData, cbHandCardCount-1) ;
BYTE cbSecondHandCardType = GetCardType(cbHandCardData+1, cbHandCardCount-1) ;
//是否有炸
BYTE cbAllBombCardData[MAX_COUNT], cbAllBombCount=0 ;
GetAllBomCard(cbHandCardData, cbHandCardCount, cbAllBombCardData, cbAllBombCount) ;
//没有炸弹
if (cbAllBombCount <= 0 && cbFirstHandCardType!=CT_THREE_LINE_TAKE_ONE && cbFirstHandCardType!=CT_THREE_LINE_TAKE_TWO)
{
//地主可以出的牌
if(cbFirstHandCardType!=CT_ERROR)
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbHandCardData, cbHandCardCount-1, BankerCanOutCardType1) ;
if(cbSecondHandCardType!=CT_ERROR)
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbHandCardData+1, cbHandCardCount-1, BankerCanOutCardType2) ;
if(cbSecondHandCardType!=CT_ERROR && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType2[cbSecondHandCardType].cbCardTypeCount==0 && BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData+1, cbHandCardCount-1) ;
return ;
}
if(cbFirstHandCardType!=CT_ERROR && cbFirstHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbFirstHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType1[cbFirstHandCardType].cbCardTypeCount==0 && BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount-1) ;
return ;
}
if(GetCardLogicValue(cbHandCardData[0])>=GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) &&
CT_ERROR!=cbSecondHandCardType && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[0] ;
return ;
}
if(CT_ERROR!=cbSecondHandCardType && cbSecondHandCardType!=CT_FOUR_LINE_TAKE_ONE && cbSecondHandCardType!= CT_FOUR_LINE_TAKE_TWO &&
BankerCanOutCardType2[CT_BOMB_CARD].cbCardTypeCount==0)
{
OutCardResult.cbCardCount = cbHandCardCount-1 ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData+1, cbHandCardCount-1) ;
return ;
}
}
//还有炸弹
else
{
//除去炸后的牌
BYTE cbRemainCard[MAX_COUNT], cbRemainCount=0 ;
CopyMemory(cbRemainCard, cbHandCardData, cbHandCardCount) ;
cbRemainCount = cbHandCardCount ;
RemoveCard(cbAllBombCardData, cbAllBombCount, cbRemainCard, cbRemainCount) ;
cbRemainCount -= cbAllBombCount ;
if (GetCardType(cbRemainCard, cbRemainCount) != CT_ERROR)
{
OutCardResult.cbCardCount = cbRemainCount ;
CopyMemory(OutCardResult.cbResultCard, cbRemainCard, cbRemainCount) ;
return ;
}
}
}
//放走队友
WORD wFriendID = (m_wBankerUser+2)%GAME_PLAYER ;
BYTE cbFriendCardType = GetCardType(m_cbAllCardData[wFriendID], m_cbUserCardCount[wFriendID]) ;
//单张扑克
if(CT_SINGLE==cbFriendCardType)
{
//合法判断
ASSERT(m_cbUserCardCount[wFriendID]==1) ;
if(m_cbUserCardCount[wFriendID]==1 && GetCardLogicValue(cbHandCardData[cbHandCardCount-1]) < GetCardLogicValue(m_cbAllCardData[wFriendID][0]))
{
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[cbHandCardCount-1] ;
return ;
}
}
//一对扑克
else if(CT_DOUBLE==cbFriendCardType && cbDoubleLineCount>=2)
{
if(GetCardLogicValue(cbDoubleLineCard[cbDoubleLineCount-1]) < GetCardLogicValue(m_cbAllCardData[wFriendID][0]))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = cbDoubleLineCard[cbDoubleLineCount-2] ;
OutCardResult.cbResultCard[1] = cbDoubleLineCard[cbDoubleLineCount-1] ;
return ;
}
}
//对牌接牌判断
if (1 == m_cbUserCardCount[m_wBankerUser] && cbHandCardCount >= 2 && m_cbUserCardCount[wFriendID] >= 2)
{
tagAnalyseResult MeAnalyseResult ;
ZeroMemory(&MeAnalyseResult, sizeof(MeAnalyseResult)) ;
//分析扑克
AnalysebCardData(cbHandCardData, cbHandCardCount, MeAnalyseResult) ;
tagAnalyseResult FriendAnalyseResult ;
ZeroMemory(&FriendAnalyseResult, sizeof(FriendAnalyseResult)) ;
//分析扑克
AnalysebCardData(m_cbAllCardData[wFriendID], m_cbUserCardCount[wFriendID], FriendAnalyseResult) ;
//对牌判断
if ((m_cbUserCardCount[wFriendID] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
m_cbUserCardCount[wFriendID] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1)) &&
MeAnalyseResult.cbDoubleCount > 0 && FriendAnalyseResult.cbDoubleCount > 0)
{
//最小对子
BYTE cbMeLeastDoubleCardLogic = GetCardLogicValue(MeAnalyseResult.cbDoubleCardData[MeAnalyseResult.cbDoubleCount*2-2]) ;
//最大对子
BYTE cbFriendLargestDoublecardLogic = GetCardLogicValue(FriendAnalyseResult.cbDoubleCardData[0]) ;
//出对判断
if (cbMeLeastDoubleCardLogic < 14 && cbMeLeastDoubleCardLogic < cbFriendLargestDoublecardLogic)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = MeAnalyseResult.cbDoubleCardData[MeAnalyseResult.cbDoubleCount*2-2] ;
OutCardResult.cbResultCard[1] = MeAnalyseResult.cbDoubleCardData[MeAnalyseResult.cbDoubleCount*2-1] ;
return ;
}
}
}
//下家为地主，而且地主扑克少于5张
// if(m_cbUserCardCount[m_wBankerUser]<=5)
{
//分析扑克
tagOutCardTypeResult MeOutCardTypeResult[13] ;
ZeroMemory(MeOutCardTypeResult, sizeof(MeOutCardTypeResult)) ;
AnalyseOutCardType(cbHandCardData, cbHandCardCount, MeOutCardTypeResult) ;
//对家扑克
WORD wFriendID ;
for(WORD wChairID=0; wChairID<GAME_PLAYER; ++wChairID)
if(wChairID!=m_wBankerUser && wMeChairID!=wChairID) wFriendID = wChairID ;
//计算单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbOutcardType[4]={CT_ERROR} ;
BYTE cbMinValue=MAX_COUNT ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
BYTE cbMinCardType=CT_ERROR ;
BYTE cbMinIndex=0 ;
//除炸弹外的牌
for(BYTE cbCardType=CT_DOUBLE; cbCardType<CT_BOMB_CARD; ++cbCardType)
{
tagOutCardTypeResult const &tmpCardResult = MeOutCardTypeResult[cbCardType] ;
//相同牌型，相同长度，单连，对连等相同牌型可能长度不一样
BYTE cbThisHandCardCount = MAX_COUNT ;
//地主扑克
tagOutCardTypeResult BankerCanOutCard[13] ;
ZeroMemory(BankerCanOutCard, sizeof(BankerCanOutCard)) ;
tagOutCardTypeResult FriendOutCardTypeResult[13] ;
ZeroMemory(FriendOutCardTypeResult, sizeof(FriendOutCardTypeResult)) ;
for(BYTE i=0; i<tmpCardResult.cbCardTypeCount; ++i)
{
//拆三条判断
if ( cbCardType == CT_DOUBLE )
{
tagAnalyseResult AnalyseResult ;
ZeroMemory( &AnalyseResult, sizeof( AnalyseResult ) ) ;
AnalysebCardData( cbHandCardData, cbHandCardCount, AnalyseResult ) ;
if ( AnalyseResult.cbSignedCount + AnalyseResult.cbThreeCount * 3 == cbHandCardCount )
{
bool bContinue = false ;
for ( BYTE cbThreeIndex = 0; cbThreeIndex < AnalyseResult.cbThreeCount; ++cbThreeIndex )
if ( GetCardValue( tmpCardResult.cbCardData[i][0] ) == GetCardValue( AnalyseResult.cbThreeCardData[3 * cbThreeIndex] ) )
{
bContinue = true ;
break ;
}
if ( bContinue ) continue ;
}
}
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i]) ;
//重新分析
if(tmpCardResult.cbEachHandCardCount[i]!=cbThisHandCardCount)
{
cbThisHandCardCount = tmpCardResult.cbEachHandCardCount[i] ;
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser],
tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i] ,BankerCanOutCard) ;
AnalyseOutCardType(m_cbAllCardData[wFriendID], m_cbUserCardCount[wFriendID],
tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i] ,FriendOutCardTypeResult) ;
}
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//针对顺子，三条的大牌
BYTE cbCurrentCardType = GetCardType(tmpCardResult.cbCardData[i], cbThisHandCardCount) ;
if (cbThisHandCardCount != cbHandCardCount && cbCurrentCardType >= CT_SINGLE_LINE && cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO &&
( GetCardLogicValue(tmpCardResult.cbCardData[i][cbThisHandCardCount-1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-2]) ||
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11 ))
{
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
cbRemainCardCount = cbHandCardCount ;
//移除扑克
RemoveCard(tmpCardResult.cbCardData[i], cbThisHandCardCount, cbRemainCardData, cbRemainCardCount) ;
cbRemainCardCount -= cbThisHandCardCount ;
//最大扑克
BYTE cbCurrentLargestLogicCard = GetCardLogicValue(tmpCardResult.cbCardData[i][0]) ;
if (GetCardType(cbRemainCardData, cbRemainCardCount) == CT_ERROR && (cbCurrentCardType >= CT_THREE_LINE_TAKE_ONE &&
cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO && cbCurrentLargestLogicCard >= 11 && cbThisHandCardCount <=5 ||
cbCurrentCardType == CT_SINGLE_LINE && cbThisHandCardCount <= 6 && cbCurrentLargestLogicCard >= 12 ||
cbCurrentCardType >= CT_DOUBLE_LINE && cbCurrentCardType <= CT_THREE_LINE && cbCurrentLargestLogicCard >= 12 && cbThisHandCardCount <= 8))
{
//暂时不出
if ( cbCurrentCardType >= CT_SINGLE_LINE && cbCurrentCardType <= CT_THREE_LINE &&
GetCardLogicValue(tmpCardResult.cbCardData[i][cbThisHandCardCount - 1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
if ( cbCurrentCardType >= CT_THREE_LINE_TAKE_ONE && cbCurrentCardType <= CT_THREE_LINE_TAKE_TWO &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
}
}
//针对大对（不可先出）
if (cbCardType == CT_DOUBLE && GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11)
{
BYTE cbAllSingleCardData[MAX_COUNT], cbAllSingleCount ;
cbAllSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbAllSingleCardData) ;
if (cbAllSingleCount >= 2 && GetCardLogicValue(cbAllSingleCardData[cbAllSingleCount-2]) < 10) continue ;
}
//地主可以压牌，而且队友不可以压地主
if((BankerCanOutCard[cbCardType].cbCardTypeCount>0&&FriendOutCardTypeResult[cbCardType].cbCardTypeCount==0) || (BankerCanOutCard[cbCardType].cbCardTypeCount>0 && FriendOutCardTypeResult[cbCardType].cbCardTypeCount>0 &&
GetCardLogicValue(FriendOutCardTypeResult[cbCardType].cbCardData[0][0])<=GetCardLogicValue(BankerCanOutCard[cbCardType].cbCardData[0][0])))
{
//地主跑掉
if( BankerCanOutCard[cbCardType].cbEachHandCardCount[0] > 0 && m_cbUserCardCount[m_wBankerUser]<=BankerCanOutCard[cbCardType].cbEachHandCardCount[0]+1)
continue ;
//自己不可以再拿回牌权
//if(GetCardLogicValue(tmpCardResult.cbCardData[0][0]) < GetCardLogicValue(BankerCanOutCard[cbCardType].cbCardData[0][0]) &&
// BankerCanOutCard[cbCardType].cbCardTypeCount > 0)
// continue ;
}
//是否有大牌
if(tmpCardResult.cbEachHandCardCount[i] != cbHandCardCount)
{
bool bHaveLargeCard=false ;
for(BYTE j=0; j<tmpCardResult.cbEachHandCardCount[i]; ++j)
if(GetCardLogicValue(tmpCardResult.cbCardData[i][j])>=15) bHaveLargeCard=true ;
if(cbCardType!=CT_SINGLE_LINE && cbCardType!=CT_DOUBLE_LINE && GetCardLogicValue(tmpCardResult.cbCardData[i][0])==14) bHaveLargeCard=true ;
if(bHaveLargeCard) continue ;
}
//地主是否可以走掉，这里都没有考虑炸弹
if(tmpCardResult.cbEachHandCardCount[i]==m_cbUserCardCount[m_wBankerUser] && cbCardType==GetCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser]) &&
GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0])>GetCardLogicValue(tmpCardResult.cbCardData[i][0])) continue ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
cbOutcardType[j] = cbCardType ;
break ;
}
}
//保存最小值
if(cbMinSingleCountInFour>=cbTmpCount)
{
//最小牌型
cbMinCardType = cbCardType ;
//最小牌型中的最小单牌
cbMinSingleCountInFour=cbTmpCount ;
//最小牌型中的最小牌
cbMinIndex=i ;
}
}
}
if(cbMinSingleCountInFour>=AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0)+3 &&
m_cbUserCardCount[m_wBankerUser]>4)
cbMinSingleCountInFour=MAX_COUNT ;
if(cbMinSingleCountInFour!=MAX_COUNT)
{
BYTE Index = cbMinIndex ;
//选择最小牌
for(BYTE i=0; i<4; ++i)
{
if(cbOutcardType[i]==cbMinCardType && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
GetCardLogicValue(MeOutCardTypeResult[cbMinCardType].cbCardData[cbIndex[i]][0])<GetCardLogicValue(MeOutCardTypeResult[cbMinCardType].cbCardData[Index][0]))
Index = cbIndex[i] ;
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//设置变量
OutCardResult.cbCardCount=MeOutCardTypeResult[cbMinCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,MeOutCardTypeResult[cbMinCardType].cbCardData[Index],MeOutCardTypeResult[cbMinCardType].cbEachHandCardCount[Index]*sizeof(BYTE));
return ;
}
ASSERT(OutCardResult.cbCardCount>0) ;
return ;
}
//如果地主扑克少于5，还没有找到适合的牌则从大出到小
if(OutCardResult.cbCardCount<=0 && m_cbUserCardCount[m_wBankerUser]<=5)
{
//只有一张牌时不能放地主走
if(m_cbUserCardCount[m_wBankerUser]==1 && MeOutCardTypeResult[CT_SINGLE].cbCardTypeCount>0)
{
//最小一张
BYTE Index=MAX_COUNT ;
for(BYTE i=0; i<MeOutCardTypeResult[CT_SINGLE].cbCardTypeCount; ++i)
{
if(GetCardLogicValue(MeOutCardTypeResult[CT_SINGLE].cbCardData[i][0])>=GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]))
{
Index=i ;
}
else break ;
}
if(MAX_COUNT!=Index)
{
OutCardResult.cbCardCount = MeOutCardTypeResult[CT_SINGLE].cbEachHandCardCount[Index] ;
CopyMemory(OutCardResult.cbResultCard, MeOutCardTypeResult[CT_SINGLE].cbCardData[Index], OutCardResult.cbCardCount) ;
return ;
}
}
}
}
BYTE cbFirstCard=0 ;
//过滤王和2
for(BYTE i=0; i<cbHandCardCount; ++i)
if(GetCardLogicValue(cbHandCardData[i])<15)
{
cbFirstCard = i ;
break ;
}
if(cbFirstCard<cbHandCardCount-1)
AnalyseOutCardType(cbHandCardData+cbFirstCard, cbHandCardCount-cbFirstCard, CardTypeResult) ;
else
AnalyseOutCardType(cbHandCardData, cbHandCardCount, CardTypeResult) ;
//计算单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbOutcardType[4]={CT_ERROR} ;
BYTE cbMinValue=MAX_COUNT ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
BYTE cbMinCardType=CT_ERROR ;
BYTE cbMinIndex=0 ;
//除炸弹外的牌
for(BYTE cbCardType=CT_SINGLE; cbCardType<CT_BOMB_CARD; ++cbCardType)
{
tagOutCardTypeResult const &tmpCardResult = CardTypeResult[cbCardType] ;
for(BYTE i=0; i<tmpCardResult.cbCardTypeCount; ++i)
{
//庄家可以走掉
if ( CompareCard(tmpCardResult.cbCardData[i], m_cbAllCardData[m_wBankerUser], tmpCardResult.cbEachHandCardCount[i], m_cbUserCardCount[m_wBankerUser]) )
continue ;
//针对顺子，三条的大牌
if ( tmpCardResult.cbEachHandCardCount[i] != cbHandCardCount && cbCardType >= CT_SINGLE_LINE && cbCardType <= CT_THREE_LINE_TAKE_TWO &&
( GetCardLogicValue(tmpCardResult.cbCardData[i][tmpCardResult.cbEachHandCardCount[i]-1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-2]) ||
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) >= 11 ))
{
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
cbRemainCardCount = cbHandCardCount ;
//移除扑克
RemoveCard(tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i], cbRemainCardData, cbRemainCardCount);
cbRemainCardCount -= tmpCardResult.cbEachHandCardCount[i] ;
//最大扑克
BYTE cbCurrentLargestLogicCard = GetCardLogicValue(tmpCardResult.cbCardData[i][0]) ;
if (GetCardType(cbRemainCardData, cbRemainCardCount) == CT_ERROR && (cbCardType >= CT_THREE_LINE_TAKE_ONE &&
cbCardType <= CT_THREE_LINE_TAKE_TWO && cbCurrentLargestLogicCard >= 11 && tmpCardResult.cbEachHandCardCount[i] <=5 ||
cbCardType == CT_SINGLE_LINE && tmpCardResult.cbEachHandCardCount[i] <= 6 && cbCurrentLargestLogicCard >= 12 ||
cbCardType >= CT_DOUBLE_LINE && cbCardType <= CT_THREE_LINE && cbCurrentLargestLogicCard >= 12 && tmpCardResult.cbEachHandCardCount[i] <= 8))
{
//暂时不出
if ( cbCardType >= CT_SINGLE_LINE && cbCardType <= CT_THREE_LINE &&
GetCardLogicValue(tmpCardResult.cbCardData[i][tmpCardResult.cbEachHandCardCount[i] - 1]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
if ( cbCardType >= CT_THREE_LINE_TAKE_ONE && cbCardType <= CT_THREE_LINE_TAKE_TWO &&
GetCardLogicValue(tmpCardResult.cbCardData[i][0]) > GetCardLogicValue(cbHandCardData[cbHandCardCount-3]) )
continue ;
}
}
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, tmpCardResult.cbCardData[i], tmpCardResult.cbEachHandCardCount[i]) ;
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
cbOutcardType[j] = cbCardType ;
break ;
}
}
//保存最小值
if(cbMinSingleCountInFour>=cbTmpCount)
{
//最小牌型
cbMinCardType = cbCardType ;
//最小牌型中的最小单牌
cbMinSingleCountInFour=cbTmpCount ;
//最小牌型中的最小牌
cbMinIndex=i ;
}
}
}
if(cbMinSingleCountInFour!=MAX_COUNT)
{
BYTE Index = cbMinIndex ;
//选择最小牌
for(BYTE i=0; i<4; ++i)
{
if(cbOutcardType[i]==cbMinCardType && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
GetCardLogicValue(CardTypeResult[cbMinCardType].cbCardData[cbIndex[i]][0])<GetCardLogicValue(CardTypeResult[cbMinCardType].cbCardData[Index][0]))
Index = cbIndex[i] ;
}
//对王加一只
if(cbHandCardCount==3 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//对王
else if(cbHandCardCount==2 && GetCardColor(cbHandCardData[0])==0x40 && GetCardColor(cbHandCardData[1])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbMinCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,CardTypeResult[cbMinCardType].cbCardData[Index],CardTypeResult[cbMinCardType].cbEachHandCardCount[Index]*sizeof(BYTE));
return ;
}
ASSERT(OutCardResult.cbCardCount>0) ;
return ;
}
//如果只剩炸弹
else if (CardTypeResult[CT_BOMB_CARD].cbCardTypeCount > 0)
{
//BYTE Index=0 ;
//BYTE cbLogicCardValue = GetCardLogicValue(0x4F)+1 ;
////最小炸弹
//for(BYTE i=0; i<CardTypeResult[CT_BOMB_CARD].cbCardTypeCount; ++i)
// if(cbLogicCardValue>GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[i][0]))
// {
// cbLogicCardValue = GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[i][0]) ;
// Index = i ;
// }
// //设置变量
// OutCardResult.cbCardCount=CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index];
// CopyMemory(OutCardResult.cbResultCard,CardTypeResult[CT_BOMB_CARD].cbCardData[Index],CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[Index]*sizeof(BYTE));
// return ;
}
BYTE cbAllSingleCardData[MAX_COUNT], cbAllSingleCardCount ;
cbAllSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, NULL, 0, cbAllSingleCardData) ;
if ( cbAllSingleCardCount > 0 )
{
//如果都没有搜索到就出最小的一张
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbAllSingleCardData[cbAllSingleCardCount-1] ;
return ;
}
//如果都没有搜索到就出最小的一张
OutCardResult.cbCardCount = 1 ;
OutCardResult.cbResultCard[0] = cbHandCardData[cbHandCardCount-1] ;
return ;
}
//地主下家（后出牌）
void CGameLogic::UndersideOfBankerOutCard(const BYTE cbHandCardData[], BYTE cbHandCardCount, WORD wOutCardUser, const BYTE cbTurnCardData[], BYTE cbTurnCardCount, tagOutCardResult & OutCardResult)
{
//初始变量
ZeroMemory(&OutCardResult, sizeof(OutCardResult)) ;
//零下标没用
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//出牌类型
BYTE cbOutCardType = GetCardType(cbTurnCardData,cbTurnCardCount) ;
//搜索可出牌
tagOutCardTypeResult BankerOutCardTypeResult[13] ;
ZeroMemory(BankerOutCardTypeResult, sizeof(BankerOutCardTypeResult)) ;
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], BankerOutCardTypeResult) ;
AnalyseOutCardType(cbHandCardData,cbHandCardCount,cbTurnCardData,cbTurnCardCount, CardTypeResult) ;
//只剩炸弹
if(cbHandCardCount==CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[0] && (cbOutCardType<CT_BOMB_CARD ||
GetCardLogicValue(CardTypeResult[CT_BOMB_CARD].cbCardData[0][0])>GetCardLogicValue(cbTurnCardData[0])))
{
OutCardResult.cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[0] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData, OutCardResult.cbCardCount) ;
return ;
}
//双王炸弹和一手
else if(cbHandCardCount>2 && cbHandCardData[0]==0x4f && cbHandCardData[1]==0x4e && CT_ERROR!=GetCardType(cbHandCardData+2, cbHandCardCount-2) &&
CT_FOUR_LINE_TAKE_ONE != GetCardType(cbHandCardData+2, cbHandCardCount-2) && CT_FOUR_LINE_TAKE_TWO != GetCardType(cbHandCardData+2, cbHandCardCount-2))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
//炸弹和一手
BYTE cbRemainCard[MAX_COUNT], cbRemainCount=0;
BYTE cbAllBombCard[MAX_COUNT], cbAllBombCount=0 ;
GetAllBomCard(cbHandCardData, cbHandCardCount, cbAllBombCard, cbAllBombCount) ;
//出炸判断
if(cbAllBombCount>0 && wOutCardUser==m_wBankerUser)
{
//剩余扑克
CopyMemory(cbRemainCard, cbHandCardData, cbHandCardCount) ;
cbRemainCount = cbHandCardCount ;
RemoveCard(cbAllBombCard, cbAllBombCount, cbRemainCard, cbRemainCount) ;
cbRemainCount -= cbAllBombCount ;
if(CT_ERROR != GetCardType(cbRemainCard, cbRemainCount) ||
(2==cbRemainCount && GetCardLogicValue(cbRemainCard[0])>GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0])))
{
if((cbOutCardType<CT_BOMB_CARD || GetCardLogicValue(cbAllBombCard[0])>GetCardLogicValue(cbTurnCardData[0])) &&
( CardTypeResult[cbOutCardType].cbCardTypeCount <= 0 || CT_ERROR != GetCardType(cbRemainCard, cbRemainCount)) )
{
//双王炸弹
if(GetCardColor(cbAllBombCard[0])==0x40)
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = 0x4f ;
OutCardResult.cbResultCard[1] = 0x4e ;
return ;
}
else
{
//分析地主牌
BYTE cbBankerAllBombCard[MAX_COUNT], cbBankerAllBombCardCount ;
GetAllBomCard( m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbBankerAllBombCard, cbBankerAllBombCardCount) ;
if ( !CompareCard( cbTurnCardData, cbRemainCard, cbTurnCardCount, cbRemainCount) || cbBankerAllBombCardCount <= 0 ||
GetCardLogicValue( cbAllBombCard[0] ) > GetCardLogicValue( cbBankerAllBombCard[0] ) )
{
OutCardResult.cbCardCount = 4 ;
CopyMemory(OutCardResult.cbResultCard, cbAllBombCard, 4) ;
return ;
}
}
}
}
}
//只剩一手出炸
if ( CardTypeResult[CT_BOMB_CARD].cbCardTypeCount > 0 && GetCardType(m_cbAllCardData[(m_wBankerUser + 2) % GAME_PLAYER], m_cbUserCardCount[(m_wBankerUser + 2) % GAME_PLAYER]) != CT_ERROR &&
GetCardType(m_cbAllCardData[(m_wBankerUser + 2) % GAME_PLAYER], m_cbUserCardCount[(m_wBankerUser + 2) % GAME_PLAYER]) <= CT_DOUBLE )
{
//只剩单牌
if ( GetCardType(m_cbAllCardData[(m_wBankerUser + 2) % GAME_PLAYER], m_cbUserCardCount[(m_wBankerUser + 2) % GAME_PLAYER]) == CT_SINGLE )
{
BYTE cbIndex = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount - 1 ;
BYTE cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData[cbIndex], cbCardCount) ;
OutCardResult.cbCardCount = cbCardCount ;
return ;
}
else if ( GetCardType(m_cbAllCardData[(m_wBankerUser + 2) % GAME_PLAYER], m_cbUserCardCount[(m_wBankerUser + 2) % GAME_PLAYER]) == CT_DOUBLE )
{
BYTE cbAllDoubleCard[MAX_COUNT], cbAllDoubleCount ;
GetAllDoubleCard(cbHandCardData, cbHandCardCount, cbAllDoubleCard, cbAllDoubleCount) ;
if ( cbAllDoubleCount > 0 && GetCardLogicValue(cbAllDoubleCard[cbAllDoubleCount - 1]) <= 10)
{
BYTE cbIndex = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount - 1 ;
BYTE cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData[cbIndex], cbCardCount) ;
OutCardResult.cbCardCount = cbCardCount ;
return ;
}
}
}
//只有一手牌
if ( GetCardType(cbHandCardData, cbHandCardCount) != CT_FOUR_LINE_TAKE_ONE && GetCardType(cbHandCardData, cbHandCardCount) != CT_FOUR_LINE_TAKE_TWO &&
CompareCard(cbTurnCardData, cbHandCardData, cbTurnCardCount, cbHandCardCount) )
{
OutCardResult.cbCardCount = cbHandCardCount ;
CopyMemory(OutCardResult.cbResultCard, cbHandCardData, cbHandCardCount) ;
return ;
}
//对牌接牌判断
if (1 == m_cbUserCardCount[m_wBankerUser] && cbHandCardCount >= 2 && cbOutCardType == CT_DOUBLE)
{
tagAnalyseResult AnalyseResult ;
ZeroMemory(&AnalyseResult, sizeof(AnalyseResult)) ;
//分析扑克
AnalysebCardData(cbHandCardData, cbHandCardCount, AnalyseResult) ;
//对牌判断
if (cbHandCardCount == (AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbThreeCount * 3 + AnalyseResult.cbFourCount * 4) ||
cbHandCardCount == (AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbThreeCount * 3 + AnalyseResult.cbFourCount * 4 + 1))
{
//出对判断
for (int nIndex = AnalyseResult.cbDoubleCount-1; nIndex>=0 ; --nIndex)
{
if (GetCardLogicValue(AnalyseResult.cbDoubleCardData[nIndex*2]) > GetCardLogicValue(cbTurnCardData[0]))
{
OutCardResult.cbCardCount = 2 ;
OutCardResult.cbResultCard[0] = AnalyseResult.cbDoubleCardData[nIndex*2] ;
OutCardResult.cbResultCard[1] = AnalyseResult.cbDoubleCardData[nIndex*2+1] ;
return ;
}
}
//出炸判断
if (AnalyseResult.cbFourCount > 0)
{
//最小炸弹
BYTE cbLestBombIndex = AnalyseResult.cbFourCount-1 ;
OutCardResult.cbCardCount = 4 ;
OutCardResult.cbResultCard[0] = AnalyseResult.cbFourCardData[cbLestBombIndex*4] ;
OutCardResult.cbResultCard[1] = AnalyseResult.cbFourCardData[cbLestBombIndex*4+1] ;
OutCardResult.cbResultCard[2] = AnalyseResult.cbFourCardData[cbLestBombIndex*4+2] ;
OutCardResult.cbResultCard[3] = AnalyseResult.cbFourCardData[cbLestBombIndex*4+3] ;
return ;
}
}
//分析对家
if ( wOutCardUser != m_wBankerUser )
{
tagAnalyseResult FriendAnalyseResult ;
ZeroMemory( &FriendAnalyseResult, sizeof( FriendAnalyseResult ) ) ;
//分析扑克
AnalysebCardData( m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser], FriendAnalyseResult ) ;
//对牌判断
if ( m_cbUserCardCount[wOutCardUser] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
m_cbUserCardCount[wOutCardUser] == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1))
{
return ;
}
//零下标没用
tagOutCardTypeResult FriendCardTypeResult[12+1] ;
ZeroMemory( FriendCardTypeResult, sizeof( FriendCardTypeResult ) ) ;
AnalyseOutCardType( m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser], FriendCardTypeResult ) ;
for ( BYTE cbLineCardIdx = 0; cbLineCardIdx < FriendCardTypeResult[CT_SINGLE_LINE].cbCardTypeCount; ++cbLineCardIdx )
{
//剩余扑克
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
cbRemainCardCount = m_cbUserCardCount[wOutCardUser] ;
CopyMemory( cbRemainCardData, m_cbAllCardData[wOutCardUser], cbRemainCardCount ) ;
RemoveCard( FriendCardTypeResult[CT_SINGLE_LINE].cbCardData[cbLineCardIdx], FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx],
cbRemainCardData, cbRemainCardCount ) ;
cbRemainCardCount -= FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx] ;
//分析扑克
AnalysebCardData( cbRemainCardData, cbRemainCardCount, FriendAnalyseResult ) ;
//对牌判断
if (cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1))
{
return ;
}
}
for ( BYTE cbLineCardIdx = 0; cbLineCardIdx < FriendCardTypeResult[CT_DOUBLE_LINE].cbCardTypeCount; ++cbLineCardIdx )
{
//剩余扑克
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount ;
cbRemainCardCount = m_cbUserCardCount[wOutCardUser] ;
CopyMemory( cbRemainCardData, m_cbAllCardData[wOutCardUser], cbRemainCardCount ) ;
RemoveCard( FriendCardTypeResult[CT_SINGLE_LINE].cbCardData[cbLineCardIdx], FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx],
cbRemainCardData, cbRemainCardCount ) ;
cbRemainCardCount -= FriendCardTypeResult[CT_SINGLE_LINE].cbEachHandCardCount[cbLineCardIdx] ;
//分析扑克
AnalysebCardData( cbRemainCardData, cbRemainCardCount, FriendAnalyseResult ) ;
//对牌判断
if (cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4) ||
cbRemainCardCount == (FriendAnalyseResult.cbDoubleCount * 2 + FriendAnalyseResult.cbThreeCount * 3 + FriendAnalyseResult.cbFourCount * 4 + 1))
{
return ;
}
}
}
}
//对家可否出完
if( m_wBankerUser != wOutCardUser && ! CompareCard( cbTurnCardData, m_cbAllCardData[ m_wBankerUser ], cbTurnCardCount, m_cbUserCardCount[ m_wBankerUser ] ) )
{
//庄家扑克
bool bBankerCanOut = false ;
tagOutCardTypeResult BankerOutCardResult[12+1] ;
ZeroMemory(BankerOutCardResult, sizeof(BankerOutCardResult)) ;
//分析扑克
AnalyseOutCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser], cbTurnCardData, cbTurnCardCount, BankerOutCardResult) ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType) if(BankerOutCardResult[cbCardType].cbCardTypeCount>0) bBankerCanOut = true ;
if(!bBankerCanOut)
{
//对家ID
WORD wFriendChairID = (m_wBankerUser+2)%GAME_PLAYER ;
//分析扑克
tagOutCardTypeResult FriendCardTypeResult[12+1] ;
ZeroMemory(FriendCardTypeResult, sizeof(FriendCardTypeResult)) ;
AnalyseOutCardType(m_cbAllCardData[wFriendChairID], m_cbUserCardCount[wFriendChairID], FriendCardTypeResult) ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(FriendCardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<FriendCardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
if(TestOutAllCard(wFriendChairID, FriendCardTypeResult[cbCardType].cbCardData[lIndex], FriendCardTypeResult[cbCardType].cbEachHandCardCount[lIndex], true))
{
//不压对家
return ;
}
}
}
}
}
//放走对家
if (GetCardType(m_cbAllCardData[(m_wBankerUser + 2) % GAME_PLAYER], m_cbUserCardCount[(m_wBankerUser + 2) % GAME_PLAYER]) == GetCardType(cbTurnCardData, cbTurnCardCount) &&
CompareCard(cbTurnCardData, m_cbAllCardData[(m_wBankerUser + 2) % GAME_PLAYER], cbTurnCardCount, m_cbUserCardCount[(m_wBankerUser + 2) % GAME_PLAYER]))
return ;
if (CompareCard(cbTurnCardData, m_cbAllCardData[(m_wBankerUser + 2) % GAME_PLAYER], cbTurnCardCount, m_cbUserCardCount[(m_wBankerUser + 2) % GAME_PLAYER])) return ;
//判断可否出完
BYTE cbSingleCardCount = MAX_COUNT+CT_MISSILE_CARD ;
bool bFindBestCard = false ;
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<CardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
WORD wMeChairID = (m_wBankerUser+1)%GAME_PLAYER ;
if(TestOutAllCard(wMeChairID, CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex], false))
{
//计算单牌
BYTE cbTmpSingleCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//结果判断
if (cbTmpSingleCount >= MAX_COUNT) continue ;
//炸弹优先级排后
BYTE cbBombCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
if (cbBombCardType == CT_BOMB_CARD) cbTmpSingleCount += 4 ;
else if (cbBombCardType == CT_MISSILE_CARD) cbTmpSingleCount += 5 ;
////改变权值
//if (cbBombCardType != CT_ERROR) cbTmpSingleCount += cbBombCardType ;
//不出炸弹
//BYTE cbWantOutCardType = GetCardType(CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]) ;
//if (CardTypeResult[cbOutCardType].cbCardTypeCount > 0 && cbOutCardType < CT_BOMB_CARD && cbWantOutCardType >= CT_BOMB_CARD) continue ;
if(cbTmpSingleCount <= cbSingleCardCount)
{
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbCardType].cbEachHandCardCount[lIndex];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbCardType].cbCardData[lIndex],
CardTypeResult[cbCardType].cbEachHandCardCount[lIndex]*sizeof(BYTE));
cbSingleCardCount = cbTmpSingleCount ;
bFindBestCard = true ;
}
}
}
}
//直接返回
if (bFindBestCard) return ;
//取出四个最小单牌
BYTE cbMinSingleCardCount[4] ;
cbMinSingleCardCount[0]=MAX_COUNT ;
cbMinSingleCardCount[1]=MAX_COUNT ;
cbMinSingleCardCount[2]=MAX_COUNT ;
cbMinSingleCardCount[3]=MAX_COUNT ;
BYTE cbIndex[4]={0} ;
BYTE cbMinSingleCountInFour=MAX_COUNT ;
//可出扑克（这里已经过滤掉炸弹了）
tagOutCardTypeResult const &CanOutCard = CardTypeResult[cbOutCardType] ;
for(BYTE i=0; i<CanOutCard.cbCardTypeCount; ++i)
{
//最小单牌
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount,CanOutCard.cbCardData[i], CanOutCard.cbEachHandCardCount[i]) ;
BYTE cbMaxValue=0 ;
BYTE Index = 0 ;
//搜索cbMinSingleCardCount[4]的最大值
for(BYTE j=0; j<4; ++j)
{
if(cbMinSingleCardCount[j]>=cbTmpCount)
{
cbMinSingleCardCount[j] = cbTmpCount ;
cbIndex[j] = i ;
break ;
}
}
}
for(BYTE i=0; i<4; ++i)
if(cbMinSingleCountInFour>cbMinSingleCardCount[i]) cbMinSingleCountInFour = cbMinSingleCardCount[i] ;
//原始单牌数
BYTE cbOriginSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount,NULL,0) ;
//朋友出牌
bool bFriendOut = m_wBankerUser!=wOutCardUser ;
if(bFriendOut)
{
//不拦截朋友最后一手牌
if (GetCardType(m_cbAllCardData[(2 + m_wBankerUser) % GAME_PLAYER], m_cbUserCardCount[(2 + m_wBankerUser) % GAME_PLAYER]) != CT_ERROR) return ;
//在上面的TestOutAllCard中已对可出炸弹情况分析过
if(CanOutCard.cbCardTypeCount > 0 && CanOutCard.cbCardType < CT_BOMB_CARD && cbMinSingleCountInFour < MAX_COUNT)
{
BYTE cbMinLogicCardValue = GetCardLogicValue(0x4F)+1 ;
bool bFindCard = false ;
BYTE cbCanOutIndex=0 ;
for(BYTE i=0; i<4; ++i)
{
BYTE Index = cbIndex[i] ;
//三带，和连牌不接对家牌
if ( CanOutCard.cbCardType >= CT_THREE && CanOutCard.cbCardType <= CT_MISSILE_CARD && GetCardLogicValue(CanOutCard.cbCardData[Index][0]) >= 7 &&
CanOutCard.cbEachHandCardCount[Index] <=5 )
continue ;
//小于J的牌，或者小于K而且是散牌
if((cbMinSingleCardCount[i]<cbOriginSingleCardCount+3 && (cbMinSingleCardCount[i]<=cbMinSingleCountInFour || cbMinSingleCardCount[i]<=cbMinSingleCountInFour+1 &&
CanOutCard.cbCardType >= CT_THREE_LINE_TAKE_ONE && CanOutCard.cbCardType <= CT_THREE_LINE_TAKE_TWO ) &&
(GetCardLogicValue(CanOutCard.cbCardData[Index][0])<=11 || (cbMinSingleCardCount[i]<cbOriginSingleCardCount)&&GetCardLogicValue(CanOutCard.cbCardData[Index][0])<=13)) &&
cbMinLogicCardValue>GetCardLogicValue(CanOutCard.cbCardData[Index][0]) && cbHandCardCount>5)
{
//搜索有没有大牌（针对飞机带翅膀后面的带牌）
bool bNoLargeCard = true ;
for(BYTE k=3; k<CanOutCard.cbEachHandCardCount[Index]; ++k)
{
//有大牌而且不能一次出完
if(GetCardLogicValue(CanOutCard.cbCardData[Index][k])>=15 &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount) bNoLargeCard = false ;
}
if(bNoLargeCard)
{
bFindCard = true ;
cbCanOutIndex = Index ;
cbMinLogicCardValue = GetCardLogicValue(CanOutCard.cbCardData[Index][0]) ;
}
}
else if(cbHandCardCount<5 && cbMinSingleCardCount[i]<cbOriginSingleCardCount+4 && cbMinSingleCardCount[i]<=cbMinSingleCountInFour &&
cbMinLogicCardValue>GetCardLogicValue(CanOutCard.cbCardData[Index][0]))
{
//能出王打自家的2
if ( GetCardLogicValue( CanOutCard.cbCardData[Index][0] ) >= 16 && GetCardLogicValue( cbTurnCardData[0] ) >= 15 )
continue ;
bFindCard = true ;
cbCanOutIndex = Index ;
cbMinLogicCardValue = GetCardLogicValue(CanOutCard.cbCardData[Index][0]) ;
}
}
if(bFindCard)
{
//设置变量
OutCardResult.cbCardCount=CanOutCard.cbEachHandCardCount[cbCanOutIndex];
CopyMemory(OutCardResult.cbResultCard,CanOutCard.cbCardData[cbCanOutIndex],CanOutCard.cbEachHandCardCount[cbCanOutIndex]*sizeof(BYTE));
return ;
}
//手上少于五张牌
else if(cbHandCardCount<=5)
{
BYTE cbMinLogicCard = GetCardLogicValue(0x4f)+1 ;
BYTE cbCanOutIndex = 0 ;
for(BYTE i=0; i<4; ++i)
if(cbMinSingleCardCount[i]<MAX_COUNT && cbMinSingleCardCount[i]<=cbMinSingleCountInFour && cbMinLogicCard>GetCardLogicValue(CanOutCard.cbCardData[cbIndex[i]][0]) &&
GetCardLogicValue(CanOutCard.cbCardData[cbIndex[i]][0])<=14)
{
cbMinLogicCard = GetCardLogicValue(CanOutCard.cbCardData[cbIndex[i]][0]) ;
cbCanOutIndex = cbIndex[i] ;
}
if(cbMinLogicCard != (GetCardLogicValue(0x4f)+1))
{
//设置变量
OutCardResult.cbCardCount=CanOutCard.cbEachHandCardCount[cbCanOutIndex];
CopyMemory(OutCardResult.cbResultCard,CanOutCard.cbCardData[cbCanOutIndex],CanOutCard.cbEachHandCardCount[cbCanOutIndex]*sizeof(BYTE));
return ;
}
}
return ;
}
else
{
return ;
}
}
//地主出牌
else
{
if(CanOutCard.cbCardTypeCount>0 && cbMinSingleCountInFour < MAX_COUNT)
{
BYTE cbMinLogicCardValue = GetCardLogicValue(0x4F)+1 ;
bool bFindCard = false ;
BYTE cbCanOutIndex=0 ;
for(BYTE i=0; i<4; ++i)
{
BYTE Index = cbIndex[i] ;
if((cbMinSingleCardCount[i]<cbOriginSingleCardCount+4) && (cbMinSingleCardCount[i]<=cbMinSingleCountInFour || cbMinSingleCardCount[i]<=cbMinSingleCountInFour+1 &&
CanOutCard.cbCardType >= CT_THREE_LINE_TAKE_ONE && CanOutCard.cbCardType <= CT_THREE_LINE_TAKE_TWO ) &&
cbMinLogicCardValue>GetCardLogicValue(CanOutCard.cbCardData[Index][0]))
{
//针对大牌
bool bNoLargeCard = true ;
//当地主手上牌数大于4，而且地主出的是小于K的牌而且不是地主手上的最大牌时，不能出2去打
if(m_cbUserCardCount[m_wBankerUser]>=4 && cbHandCardCount>=5 && CanOutCard.cbEachHandCardCount[Index]>=2 &&
GetCardLogicValue(CanOutCard.cbCardData[Index][0])>=15 &&
GetCardLogicValue(cbTurnCardData[0])<13 &&
GetCardLogicValue(cbTurnCardData[0])<GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount)
bNoLargeCard=false ;
//搜索有没有大牌（针对飞机带翅膀后面的带牌）
for(BYTE k=3; k<CanOutCard.cbEachHandCardCount[Index]; ++k)
{
if(GetCardLogicValue(CanOutCard.cbCardData[Index][k])>=15 &&
CanOutCard.cbEachHandCardCount[Index]!=cbHandCardCount)
bNoLargeCard = false ;
}
if(bNoLargeCard)
{
bFindCard = true ;
cbCanOutIndex = Index ;
cbMinLogicCardValue = GetCardLogicValue(CanOutCard.cbCardData[Index][0]) ;
}
}
}
if(bFindCard)
{
//地主的最大牌
BYTE cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) ;
bool bCanOut=true ;
//王只压2
if(GetCardLogicValue(cbTurnCardData[0])<cbLargestLogicCard)
{
if(GetCardColor(CanOutCard.cbCardData[cbCanOutIndex][0])==0x40 && GetCardLogicValue(cbTurnCardData[0])<=14 && cbHandCardCount>5)
{
bCanOut = false ;
}
}
//双王判断
if(GetCardLogicValue(CanOutCard.cbCardData[cbCanOutIndex][0])>=16 && cbHandCardCount>=2 && cbHandCardData[0]==0x4F && cbHandCardData[1]==0x4E)
{
bool bOutMissileCard = false ;
//一手牌和一个炸弹
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount=cbHandCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
RemoveCard(cbRemainCardData, 2, cbRemainCardData, cbRemainCardCount) ;
cbRemainCardCount -= 2 ;
if(CT_ERROR!=GetCardType(cbRemainCardData, cbRemainCardCount)) bOutMissileCard = true;
//只剩少量牌
BYTE cbRemainLargestCard = GetCardLogicValue(cbRemainCardData[0]) ;
if(cbRemainCardCount<5 && cbRemainCardCount>0 && GetCardLogicValue(cbRemainCardData[0])>=14) bOutMissileCard = true;
//炸后单牌数
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CanOutCard.cbCardData[cbCanOutIndex],
CanOutCard.cbEachHandCardCount[cbCanOutIndex]) ;
if(cbSingleCardCount<=1 && GetCardLogicValue(cbRemainCardData[0])>=11) bOutMissileCard = true;
//还有小牌
if (GetCardLogicValue(cbRemainCardData[0]) <= 10 && CT_ERROR == GetCardType(cbRemainCardData, cbRemainCardCount) &&
GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) > 10)
bOutMissileCard = false ;
//火箭扑克
if(bOutMissileCard)
{
//优先其他炸弹
BYTE cbIndex = CardTypeResult[CT_BOMB_CARD].cbCardTypeCount - 1 ;
OutCardResult.cbCardCount = CardTypeResult[CT_BOMB_CARD].cbEachHandCardCount[cbIndex] ;
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[CT_BOMB_CARD].cbCardData[cbIndex], OutCardResult.cbCardCount) ;
return ;
}
}
if(bCanOut)
{
//设置变量
OutCardResult.cbCardCount=CanOutCard.cbEachHandCardCount[cbCanOutIndex];
CopyMemory(OutCardResult.cbResultCard,CanOutCard.cbCardData[cbCanOutIndex],CanOutCard.cbEachHandCardCount[cbCanOutIndex]*sizeof(BYTE));
return ;
}
}
if(cbOutCardType==CT_SINGLE)
{
//地主的最大牌
BYTE cbLargestLogicCard = GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]) ;
if(GetCardLogicValue(cbTurnCardData[0])==14 ||
GetCardLogicValue(cbTurnCardData[0])>=cbLargestLogicCard ||
(GetCardLogicValue(cbTurnCardData[0])<cbLargestLogicCard-1) ||
m_cbUserCardCount[m_wBankerUser]<=5)
{
//取一张大于等于2而且要比地主出的牌大的牌，
BYTE cbIndex=MAX_COUNT ;
for(BYTE i=0; i<cbHandCardCount; ++i)
if(GetCardLogicValue(cbHandCardData[i])>GetCardLogicValue(cbTurnCardData[0]) &&
GetCardLogicValue(cbHandCardData[i])>=15)
{
cbIndex = i ;
}
if(cbIndex!=MAX_COUNT)
{
//设置变量
OutCardResult.cbCardCount=1;
OutCardResult.cbResultCard[0] = cbHandCardData[cbIndex] ;
return ;
}
}
}
//当朋友不能拦截地主时
WORD wMeChairID = (m_wBankerUser+1)%GAME_PLAYER ;
WORD wFriendID = (wMeChairID+1)%GAME_PLAYER ;
tagOutCardTypeResult FriendCardTypeResult[13] ;
ZeroMemory(FriendCardTypeResult, sizeof(FriendCardTypeResult)) ;
AnalyseOutCardType(m_cbAllCardData[wFriendID], m_cbUserCardCount[wFriendID], cbTurnCardData, cbTurnCardCount, FriendCardTypeResult) ;
//当朋友不能拦截地主时
if(m_cbUserCardCount[m_wBankerUser]<=4 && FriendCardTypeResult[cbOutCardType].cbCardTypeCount==0 && CardTypeResult[cbOutCardType].cbCardTypeCount>0)
{
BYTE cbMinSingleCount=MAX_COUNT ;
BYTE Index=0 ;
for(BYTE i=0; i<CardTypeResult[cbOutCardType].cbCardTypeCount; ++i)
{
BYTE cbTmpCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, CardTypeResult[cbOutCardType].cbCardData[i], CardTypeResult[cbOutCardType].cbEachHandCardCount[i]) ;
if(cbMinSingleCount>=cbTmpCount)
{
cbMinSingleCount = cbTmpCount ;
Index = i ;
}
}
//设置变量
OutCardResult.cbCardCount=CardTypeResult[cbOutCardType].cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard, CardTypeResult[cbOutCardType].cbCardData[Index], OutCardResult.cbCardCount) ;
return ;
}
}
//还要考虑炸弹
if(CardTypeResult[CT_BOMB_CARD].cbCardTypeCount>0 /*||
(NORMAL_COUNT == cbHandCardCount && NORMAL_COUNT == m_cbUserCardCount[(m_wBankerUser+2)%GAME_PLAYER])*/)
{
tagOutCardTypeResult const &BomCard = CardTypeResult[CT_BOMB_CARD] ;
BYTE cbMinLogicValue = GetCardLogicValue(BomCard.cbCardData[0][0]) ;
BYTE Index = 0 ;
for(BYTE i=0; i<BomCard.cbCardTypeCount; ++i)
{
if(cbMinLogicValue>GetCardLogicValue(BomCard.cbCardData[i][0]))
{
cbMinLogicValue = GetCardLogicValue(BomCard.cbCardData[i][0]) ;
Index = i ;
}
}
bool bOutBomb = false ;
//春天判断
if (NORMAL_COUNT == cbHandCardCount && NORMAL_COUNT == m_cbUserCardCount[(m_wBankerUser+2)%GAME_PLAYER] && CT_ERROR != GetCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser]))
bOutBomb = true ;
//一手牌和一个炸弹
BYTE cbRemainCardData[MAX_COUNT], cbRemainCardCount=cbHandCardCount ;
CopyMemory(cbRemainCardData, cbHandCardData, cbHandCardCount) ;
RemoveCard(BomCard.cbCardData[Index], BomCard.cbEachHandCardCount[Index], cbRemainCardData, cbRemainCardCount) ;
cbRemainCardCount -= BomCard.cbEachHandCardCount[Index] ;
if(CT_ERROR!=GetCardType(cbRemainCardData, cbRemainCardCount)) bOutBomb = true ;
//炸后单牌数
BYTE cbSingleCardCount = AnalyseSinleCardCount(cbHandCardData, cbHandCardCount, BomCard.cbCardData[Index],BomCard.cbEachHandCardCount[Index]) ;
if(cbSingleCardCount==0 && GetCardLogicValue(cbRemainCardData[0]) > GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0]))
bOutBomb = true ;
//只剩一手
BYTE cbRemainCardType = GetCardType(m_cbAllCardData[wOutCardUser], m_cbUserCardCount[wOutCardUser]) ;
if(cbRemainCardType>CT_ERROR && cbRemainCardType<CT_FOUR_LINE_TAKE_ONE && GetCardLogicValue(m_cbAllCardData[wOutCardUser][0])<15 &&
cbSingleCardCount < 2 && (GetCardLogicValue(cbRemainCardData[0]) >= GetCardLogicValue(m_cbAllCardData[m_wBankerUser][0])))
bOutBomb = true ;
//只剩少量牌
BYTE cbRemainLargestCard = GetCardLogicValue(cbRemainCardData[0]) ;
if(cbRemainCardCount<5 && cbRemainCardCount>0 && (cbRemainLargestCard!=GetCardLogicValue(BomCard.cbCardData[Index][0])) &&
cbRemainLargestCard>GetCardLogicValue(m_cbAllCardData[wOutCardUser][0]) && cbRemainLargestCard > 14) bOutBomb = true ;
//分析扑克
tagAnalyseResult AnalyseResult ;
AnalysebCardData(cbRemainCardData, cbRemainCardCount, AnalyseResult) ;
if (m_cbUserCardCount[m_wBankerUser] == 1 && (AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbThreeCount * 3 + AnalyseResult.cbFourCount * 4 + 1 >= cbRemainCardCount)) bOutBomb = true ;
//设置变量
if(bOutBomb)
{
OutCardResult.cbCardCount=BomCard.cbEachHandCardCount[Index];
CopyMemory(OutCardResult.cbResultCard,BomCard.cbCardData[Index],BomCard.cbEachHandCardCount[Index]*sizeof(BYTE));
}
return ;
}
return ;
}
return ;
}
//叫分判断
BYTE CGameLogic::LandScore(WORD wMeChairID, BYTE cbCurrentLandScore)
{
//#ifdef _DEBUG
// //放弃叫分
// return 255 ;
//#endif
//大牌数目
BYTE cbLargeCardCount = 0 ;
BYTE Index=0 ;
while(GetCardLogicValue(m_cbLandScoreCardData[Index++])>=15) ++cbLargeCardCount ;
//单牌个数
BYTE cbSingleCardCount=AnalyseSinleCardCount(m_cbLandScoreCardData, sizeof(m_cbLandScoreCardData), NULL, 0) ;
//叫两分
if(cbLargeCardCount>=4 && cbSingleCardCount<=4) return 3 ;
//放弃叫分
if(cbLargeCardCount<=2 || cbCurrentLandScore>=1) return 255 ;
//其他单牌
BYTE cbMinSingleCardCount=MAX_COUNT ;
for(WORD wChairID=0 , i=0; wChairID<GAME_PLAYER; ++wChairID)
{
BYTE cbTmpSingleCardCount = AnalyseSinleCardCount(m_cbAllCardData[wChairID], NORMAL_COUNT, NULL, 0) ;
if(wChairID!=wMeChairID && cbTmpSingleCardCount<cbMinSingleCardCount) cbTmpSingleCardCount=cbMinSingleCardCount ;
}
//叫一分
if(cbLargeCardCount>=3 && cbSingleCardCount<cbMinSingleCardCount-3) return 2 ;
//放弃叫分
return 255 ;
}
//出牌测试
bool CGameLogic::_TestOutAllCard(WORD wTestUser, BYTE cbWantOutCardData[], BYTE cbWantOutCardCount, BYTE cbAllCardData[GAME_PLAYER][MAX_COUNT], BYTE cbUserCardCount[GAME_PLAYER], bool bFirstOutCard)
{
//此递归暂不可用
//return false ;
//朋友ID
WORD wFriendID = GAME_PLAYER ;
if(wTestUser != m_wBankerUser) wFriendID = (wTestUser==((m_wBankerUser+1)%GAME_PLAYER)) ? (m_wBankerUser+2)%GAME_PLAYER : (m_wBankerUser+1)%GAME_PLAYER ;
//暂时只处理少数牌
// for(WORD wUser=0; wUser<GAME_PLAYER; ++wUser) if(wFriendID!=wUser && cbUserCardCount[wUser]>10) return false ;
// m_lRecCount++ ;
//防止深层递归
// if(m_lRecCount>50) return false ;
BYTE cbWantOutCardType = GetCardType(cbWantOutCardData, cbWantOutCardCount) ;
//出完判断
if ( cbUserCardCount[wTestUser] == cbWantOutCardCount ) return true ;
//出牌判断
try
{
for(WORD wUser=0; wUser<GAME_PLAYER; ++wUser)
{
if(wUser!=wTestUser && wFriendID!=wUser)
{
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//出牌分析
try
{
AnalyseOutCardType(cbAllCardData[wUser], cbUserCardCount[wUser], cbWantOutCardData, cbWantOutCardCount, CardTypeResult) ;
}
catch(...)
{
return false ;
}
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0) return false ;
}
}
}
catch(...)
{
return false ;
}
//拆炸判断
BYTE cbAllBombCard[MAX_COUNT], cbAllBombCount=0 ;
GetAllBomCard(cbAllCardData[wTestUser], cbUserCardCount[wTestUser], cbAllBombCard, cbAllBombCount) ;
if (cbAllBombCount > 0)
{
//剩余扑克
BYTE cbRemainCard[MAX_COUNT], cbRemainCardCount ;
CopyMemory(cbRemainCard, cbAllCardData[wTestUser], cbUserCardCount[wTestUser]) ;
cbRemainCardCount = cbUserCardCount[wTestUser] ;
if(!RemoveCard(cbWantOutCardData, cbWantOutCardCount, cbRemainCard, cbRemainCardCount)) return false;
cbRemainCardCount -= cbWantOutCardCount ;
//愚蠢牌型
if (CT_FOUR_LINE_TAKE_ONE == cbWantOutCardType || CT_FOUR_LINE_TAKE_TWO==cbWantOutCardType) return false ;
//只剩炸弹
if (cbWantOutCardType >= CT_BOMB_CARD && cbWantOutCardCount == cbUserCardCount[wTestUser]) return true ;
//只剩炸弹
if (cbAllBombCount == cbUserCardCount[wTestUser] && cbWantOutCardType >= CT_BOMB_CARD) return true ;
//炸弹和一手
if ( cbWantOutCardType >= CT_BOMB_CARD && GetCardType(cbRemainCard, cbRemainCardCount) != CT_ERROR &&
CT_FOUR_LINE_TAKE_TWO != GetCardType(cbRemainCard, cbRemainCardCount) && CT_FOUR_LINE_TAKE_ONE != GetCardType(cbRemainCard, cbRemainCardCount) )
return true ;
//首出牌时不出炸弹
if (cbWantOutCardType >= CT_BOMB_CARD && bFirstOutCard)
{
//地主只剩一手牌
if (wTestUser != m_wBankerUser && GetCardType(m_cbAllCardData[m_wBankerUser], m_cbUserCardCount[m_wBankerUser]) == CT_ERROR)
return false ;
WORD wUndersideOfBanker = (m_wBankerUser+1)%GAME_PLAYER ; //地主下家
WORD wUpsideOfBanker = (wUndersideOfBanker+1)%GAME_PLAYER ; //地主上家
//闲家只剩一手牌
if (wTestUser == m_wBankerUser && GetCardType(m_cbAllCardData[wUndersideOfBanker], m_cbUserCardCount[wUndersideOfBanker]) == CT_ERROR &&
GetCardType(m_cbAllCardData[wUpsideOfBanker], m_cbUserCardCount[wUpsideOfBanker]) == CT_ERROR)
return false ;
}
//拆炸判断
if (cbWantOutCardType < CT_FOUR_LINE_TAKE_ONE && cbWantOutCardType != CT_SINGLE_LINE)
{
for (BYTE i=0; i < cbWantOutCardCount; ++i)
for (BYTE j=0; j < cbAllBombCount; ++j)
{
if (GetCardValue(cbAllBombCard[j]) == GetCardValue(cbWantOutCardData[i])) return false ;
}
}
}
if(cbUserCardCount[wTestUser]==0) return true ;
//递归处理
try
{
ASSERT(cbUserCardCount[wTestUser] >= cbWantOutCardCount) ;
if (cbUserCardCount[wTestUser] < cbWantOutCardCount ) return false ;
if(!RemoveCard(cbWantOutCardData, cbWantOutCardCount, cbAllCardData[wTestUser], cbUserCardCount[wTestUser])) return false;
cbUserCardCount[wTestUser] -= cbWantOutCardCount ;
//不带大牌
if (cbWantOutCardType >= CT_THREE_LINE_TAKE_ONE && cbWantOutCardType <= CT_FOUR_LINE_TAKE_TWO && !bFirstOutCard)
{
bool bHaveLargeCard = false ;
for (BYTE i = 3; i < cbWantOutCardCount; ++i)
if (GetCardLogicValue(cbWantOutCardData[i]) >= 15)
{
bHaveLargeCard = true ;
break ;
}
if (bHaveLargeCard)
{
for (BYTE i = 0; i < cbUserCardCount[wTestUser]; ++i)
if (GetCardLogicValue(cbAllCardData[wTestUser][i]) < 15) return false ;
}
}
}
catch(...)
{
return false ;
}
if(cbUserCardCount[wTestUser]!=0)
{
tagOutCardTypeResult CardTypeResult[12+1] ;
ZeroMemory(CardTypeResult, sizeof(CardTypeResult)) ;
//出牌分析
try
{
AnalyseOutCardType(cbAllCardData[wTestUser], cbUserCardCount[wTestUser], CardTypeResult) ;
}
catch(...)
{
return false ;
}
for(BYTE cbCardType=CT_SINGLE; cbCardType<=CT_MISSILE_CARD; ++cbCardType)
if(CardTypeResult[cbCardType].cbCardTypeCount>0)
{
for(LONG lIndex=0; lIndex<CardTypeResult[cbCardType].cbCardTypeCount; ++lIndex)
{
//保存数据
BYTE cbTmpCardData[GAME_PLAYER][MAX_COUNT], cbTmpCardCount[GAME_PLAYER] ;
CopyMemory(cbTmpCardData, cbAllCardData, sizeof(cbTmpCardData)) ;
CopyMemory(cbTmpCardCount, cbUserCardCount, sizeof(cbTmpCardCount)) ;
//递归分析
try
{
if(_TestOutAllCard(wTestUser, CardTypeResult[cbCardType].cbCardData[lIndex], CardTypeResult[cbCardType].cbEachHandCardCount[lIndex], cbTmpCardData, cbTmpCardCount, bFirstOutCard))
return true ;
}
catch(...)
{
return false ;
}
}
}
}
else
return true ;
return false ;
}
//四带牌型
bool CGameLogic::AnalyseFourCardType( BYTE const cbHandCardData[MAX_COUNT], BYTE cbHandCardCount, BYTE cbEnemyCardData[MAX_COUNT], BYTE cbEnemyCardCount, tagOutCardResult &CardResult )
{
//初始变量
ZeroMemory(&CardResult, sizeof(CardResult)) ;
//牌数判断
if ( cbHandCardCount < 5 ) return false ;
//对方牌型分析
if ( GetCardType(cbEnemyCardData, cbEnemyCardCount) == CT_SINGLE )
{
//对王判断
if ( GetCardLogicValue(cbHandCardData[1] ) < 16 )
{
//分析扑克
tagAnalyseResult AnalyseResult ;
AnalysebCardData(cbHandCardData, cbHandCardCount, AnalyseResult) ;
//分析牌型
if ( cbHandCardCount != ( AnalyseResult.cbFourCount * 4 + AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbSignedCount ) ||
AnalyseResult.cbFourCount <= 0 ) return false ;
//对方单牌
if ( GetCardType(cbEnemyCardData, cbEnemyCardCount) == CT_SINGLE )
{
//个数判断
if ( AnalyseResult.cbSignedCount < 2 ) return false ;
//大小判断
if ( GetCardLogicValue(AnalyseResult.cbSignedCardData[0]) >= GetCardLogicValue(cbEnemyCardData[0]) ) return false ;
//四张带两单
if ( AnalyseResult.cbFourCount >= 1 && AnalyseResult.cbSignedCount == 2 )
{
//炸弹索引
BYTE cbFourCardIndex = ( AnalyseResult.cbFourCount - 1 ) * 4 ;
//返回结果
CardResult.cbCardCount = 4 + 2 ;
CopyMemory(CardResult.cbResultCard, AnalyseResult.cbFourCardData + cbFourCardIndex, 4 ) ;
CardResult.cbResultCard[4] = AnalyseResult.cbSignedCardData[0] ;
CardResult.cbResultCard[5] = AnalyseResult.cbSignedCardData[1] ;
return true ;
}
//四张带三单
else if ( AnalyseResult.cbFourCount >= 1 && AnalyseResult.cbSignedCount == 3 )
{
//炸弹索引
BYTE cbFourCardIndex = ( AnalyseResult.cbFourCount - 1 ) * 4 ;
//返回结果
CardResult.cbCardCount = 4 + 2 ;
CopyMemory(CardResult.cbResultCard, AnalyseResult.cbFourCardData + cbFourCardIndex, 4 ) ;
CardResult.cbResultCard[4] = AnalyseResult.cbSignedCardData[1] ;
CardResult.cbResultCard[5] = AnalyseResult.cbSignedCardData[2] ;
return true ;
}
}
else if ( GetCardType(cbEnemyCardData, cbEnemyCardCount) == CT_DOUBLE )
{
}
}
//对王判断
else if ( GetCardLogicValue(cbHandCardData[1] ) == 16 )
{
//分析扑克
tagAnalyseResult AnalyseResult ;
AnalysebCardData(cbHandCardData, cbHandCardCount, AnalyseResult) ;
//分析牌型
if ( cbHandCardCount != ( AnalyseResult.cbFourCount * 4 + AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbSignedCount ) ||
AnalyseResult.cbFourCount <= 0 ) return false ;
//对方单牌
if ( GetCardType(cbEnemyCardData, cbEnemyCardCount) == CT_SINGLE )
{
//个数判断
if ( AnalyseResult.cbSignedCount < 4 ) return false ;
//大小判断
if ( GetCardLogicValue(AnalyseResult.cbSignedCardData[2]) >= GetCardLogicValue(cbEnemyCardData[0]) ) return false ;
//四张带两单
if ( AnalyseResult.cbFourCount >= 1 && AnalyseResult.cbSignedCount == 4 )
{
//炸弹索引
BYTE cbFourCardIndex = ( AnalyseResult.cbFourCount - 1 ) * 4 ;
//返回结果
CardResult.cbCardCount = 4 + 2 ;
CopyMemory(CardResult.cbResultCard, AnalyseResult.cbFourCardData + cbFourCardIndex, 4 ) ;
CardResult.cbResultCard[4] = AnalyseResult.cbSignedCardData[2] ;
CardResult.cbResultCard[5] = AnalyseResult.cbSignedCardData[3] ;
return true ;
}
//四张带三单
else if ( AnalyseResult.cbFourCount >= 1 && AnalyseResult.cbSignedCount == 5 )
{
//炸弹索引
BYTE cbFourCardIndex = ( AnalyseResult.cbFourCount - 1 ) * 4 ;
//返回结果
CardResult.cbCardCount = 4 + 2 ;
CopyMemory(CardResult.cbResultCard, AnalyseResult.cbFourCardData + cbFourCardIndex, 4 ) ;
CardResult.cbResultCard[4] = AnalyseResult.cbSignedCardData[3] ;
CardResult.cbResultCard[5] = AnalyseResult.cbSignedCardData[4] ;
return true ;
}
}
}
}
////一张大牌带一张
//else if (GetCardType(cbEnemyCardData, cbEnemyCardCount) == CT_ERROR && cbEnemyCardCount == 2 )
//{
// //对王判断
// if ( GetCardLogicValue(cbHandCardData[2] ) < 16 )
// {
// //分析扑克
// tagAnalyseResult AnalyseResult ;
// AnalysebCardData(cbHandCardData, cbHandCardCount, AnalyseResult) ;
// //分析牌型
// if ( cbHandCardCount != ( AnalyseResult.cbFourCount * 4 + AnalyseResult.cbDoubleCount * 2 + AnalyseResult.cbSignedCount ) ||
// AnalyseResult.cbFourCount <= 0 ) return false ;
// //个数判断
// if ( AnalyseResult.cbSignedCount < 2 ) return false ;
// //四张带三单
// if ( AnalyseResult.cbFourCount >= 1 && AnalyseResult.cbSignedCount == 3 )
// {
// //大小判断
// if ( GetCardLogicValue(AnalyseResult.cbSignedCardData[0]) > GetCardLogicValue(cbEnemyCardData[0]) ) return false ;
// //炸弹索引
// BYTE cbFourCardIndex = ( AnalyseResult.cbFourCount - 1 ) * 4 ;
// //返回结果
// CardResult.cbCardCount = 4 + 2 ;
// CopyMemory(CardResult.cbResultCard, AnalyseResult.cbFourCardData + cbFourCardIndex, 4 ) ;
// CardResult.cbResultCard[4] = AnalyseResult.cbSignedCardData[1] ;
// CardResult.cbResultCard[5] = AnalyseResult.cbSignedCardData[2] ;
// return true ;
// }
// }
//}
return false ;
}
//出牌测试
bool CGameLogic::TestOutAllCard( WORD wTestUser, BYTE cbWantOutCardData[], BYTE cbWantOutCardCount, bool bFirstOutCard ) {
try {
if ( ! VerifyOutCard( wTestUser, cbWantOutCardData, cbWantOutCardCount, m_cbAllCardData[ wTestUser ], m_cbUserCardCount[ wTestUser ], bFirstOutCard ) ) {
return false;
}
//模拟递归处理
if ( cbWantOutCardCount != m_cbUserCardCount[ wTestUser ] ) {
//初始栈
m_StackHandCardInfo.InitStack();
//第一个元素
tagHandCardInfo OriginHandCardInfo ;
//手上扑克
CopyMemory( OriginHandCardInfo.cbHandCardData, m_cbAllCardData[ wTestUser ], m_cbUserCardCount[ wTestUser ] );
OriginHandCardInfo.cbHandCardCount = m_cbUserCardCount[ wTestUser ];
//移除第一手牌
if(!RemoveCard( cbWantOutCardData, cbWantOutCardCount, OriginHandCardInfo.cbHandCardData, OriginHandCardInfo.cbHandCardCount )) return false;
OriginHandCardInfo.cbHandCardCount -= cbWantOutCardCount;
//分析扑克
try {
AnalyseOutCardType( OriginHandCardInfo.cbHandCardData, OriginHandCardInfo.cbHandCardCount, OriginHandCardInfo.CardTypeResult ) ;
}
catch( ... ) {
return false ;
}
//元素压栈
m_StackHandCardInfo.Push( &OriginHandCardInfo );
//次数控制
LONG lJudgeCount = 0;
while ( ! m_StackHandCardInfo.IsEmpty() ) {
//防止死循环
if ( ++lJudgeCount == 500 ) {
return false;
}
//栈顶元素
tagHandCardInfo *pTopHandCardInfo = NULL;
m_StackHandCardInfo.GetTop( pTopHandCardInfo );
//合法判断
ASSERT( pTopHandCardInfo != NULL ) ;
if ( pTopHandCardInfo == NULL ) {
return false;
}
//牌型数据
tagOutCardTypeResult *pOutCardTypeResult = ( tagOutCardTypeResult * )pTopHandCardInfo->CardTypeResult;
//禁止的牌型
pOutCardTypeResult[ CT_FOUR_LINE_TAKE_ONE ].cbCardTypeCount = 0;
pOutCardTypeResult[ CT_FOUR_LINE_TAKE_TWO ].cbCardTypeCount = 0;
//所有牌型
bool bBreakJudge = false;
bool bFindLargestCard = false;
for ( BYTE cbOutCardTypeIndx = CT_SINGLE; cbOutCardTypeIndx <= CT_MISSILE_CARD && ! bBreakJudge; ++cbOutCardTypeIndx ) {
for ( BYTE cbHandCardIndx = 0; cbHandCardIndx < pOutCardTypeResult[ cbOutCardTypeIndx ].cbCardTypeCount && ! bBreakJudge ; ++cbHandCardIndx ) {
//是否判断过
if ( pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ] == 0 ) {
continue;
}
//最大判断
if ( IsLargestCard( wTestUser, pOutCardTypeResult[ cbOutCardTypeIndx ].cbCardData[ cbHandCardIndx ], pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ] ) ) {
//最后一手
bool bIsLastHandCard = pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ] == pTopHandCardInfo->cbHandCardCount ;
if ( bIsLastHandCard ) {
return true ;
}
//是否能出
if ( ! VerifyOutCard( wTestUser, pOutCardTypeResult[ cbOutCardTypeIndx ].cbCardData[ cbHandCardIndx ],
pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ], pTopHandCardInfo->cbHandCardData, pTopHandCardInfo->cbHandCardCount, bFirstOutCard ) ) {
//表明此牌已经判断过
pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ] = 0;
continue;
}
//新建栈元素
tagHandCardInfo NewHandCardInfo ;
//手上扑克
CopyMemory( NewHandCardInfo.cbHandCardData, pTopHandCardInfo->cbHandCardData, pTopHandCardInfo->cbHandCardCount );
NewHandCardInfo.cbHandCardCount = pTopHandCardInfo->cbHandCardCount;
//移除当前一手
if(!RemoveCard( pOutCardTypeResult[ cbOutCardTypeIndx ].cbCardData[ cbHandCardIndx ], pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ],
NewHandCardInfo.cbHandCardData, NewHandCardInfo.cbHandCardCount )) return false;
NewHandCardInfo.cbHandCardCount -= pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ];
//表明此牌已经判断过
pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ] = 0;
//分析扑克
try {
AnalyseOutCardType( NewHandCardInfo.cbHandCardData, NewHandCardInfo.cbHandCardCount, NewHandCardInfo.CardTypeResult ) ;
}
catch( ... ) {
return false ;
}
//元素压栈
m_StackHandCardInfo.Push( & NewHandCardInfo );
//中断循环
bBreakJudge = true;
//设置标识
bFindLargestCard = true;
}
//当前一手的数目等于手上扑克数目
else if ( pOutCardTypeResult[ cbOutCardTypeIndx ].cbEachHandCardCount[ cbHandCardIndx ] == pTopHandCardInfo->cbHandCardCount ) {
return true ;
}
}
}
//出栈判断
if ( ! bFindLargestCard ) {
m_StackHandCardInfo.Pop();
}
}
}
else {
return true ;
}
}
catch ( ... ) {
ASSERT( false );
return false;
}
return false ;
}
//最大判断
bool CGameLogic::IsLargestCard( WORD wTestUser, BYTE const cbWantOutCardData[], BYTE const cbWantOutCardCount ) {
//朋友ID
WORD wFriendID = GAME_PLAYER ;
if ( wTestUser != m_wBankerUser ) {
wFriendID = ( wTestUser == ( ( m_wBankerUser + 1 ) % GAME_PLAYER ) ) ? ( m_wBankerUser + 2 ) % GAME_PLAYER :
( m_wBankerUser + 1 ) % GAME_PLAYER ;
}
//出牌判断
try{
for ( WORD wUser = 0; wUser < GAME_PLAYER; ++wUser ) {
if ( wUser != wTestUser && wFriendID != wUser ) {
tagOutCardTypeResult CardTypeResult[ 12 + 1 ] ;
ZeroMemory( CardTypeResult, sizeof( CardTypeResult ) ) ;
//出牌分析
try {
AnalyseOutCardType( m_cbAllCardData[ wUser ], m_cbUserCardCount[ wUser ], cbWantOutCardData, cbWantOutCardCount, CardTypeResult ) ;
}
catch(...) {
return false ;
}
for ( BYTE cbCardType = CT_SINGLE; cbCardType <= CT_MISSILE_CARD; ++cbCardType ) {
if ( 0 < CardTypeResult[ cbCardType ].cbCardTypeCount ) {
return false ;
}
}
}
}
}
catch( ... ) {
return false ;
}
return true;
}
//是否能出
bool CGameLogic::VerifyOutCard( WORD wTestUser, BYTE const cbWantOutCardData[], BYTE const cbWantOutCardCount, BYTE const cbCurHandCardData[ MAX_COUNT ], BYTE const cbCurHandCardCount, bool bFirstOutCard ) {
//朋友ID
WORD wFriendID = GAME_PLAYER ;
if ( wTestUser != m_wBankerUser ) {
wFriendID = ( wTestUser == ( ( m_wBankerUser + 1 ) % GAME_PLAYER ) ) ? ( m_wBankerUser + 2 ) % GAME_PLAYER :
( m_wBankerUser + 1 ) % GAME_PLAYER ;
}
BYTE cbWantOutCardType = GetCardType( cbWantOutCardData, cbWantOutCardCount ) ;
//首出判断
if ( bFirstOutCard && cbWantOutCardCount == cbCurHandCardCount ) {
return true;
}
//是否最大
if ( ! IsLargestCard( wTestUser, cbWantOutCardData, cbWantOutCardCount ) ) {
return false;
}
//拆炸判断
BYTE cbAllBombCard[ MAX_COUNT ], cbAllBombCount = 0 ;
GetAllBomCard( cbCurHandCardData, cbCurHandCardCount, cbAllBombCard, cbAllBombCount ) ;
if ( 0 < cbAllBombCount ) {
//剩余扑克
BYTE cbRemainCard [MAX_COUNT ], cbRemainCardCount ;
CopyMemory( cbRemainCard, cbCurHandCardData, cbCurHandCardCount ) ;
cbRemainCardCount = cbCurHandCardCount ;
if(!RemoveCard( cbWantOutCardData, cbWantOutCardCount, cbRemainCard, cbRemainCardCount )) return false;
cbRemainCardCount -= cbWantOutCardCount ;
//愚蠢牌型
if ( CT_FOUR_LINE_TAKE_ONE == cbWantOutCardType || CT_FOUR_LINE_TAKE_TWO==cbWantOutCardType ) return false ;
//只剩炸弹
if ( CT_BOMB_CARD <= cbWantOutCardType && cbWantOutCardCount == cbCurHandCardCount ) return true ;
//只剩炸弹
if ( cbAllBombCount == m_cbUserCardCount[ wTestUser ] && CT_BOMB_CARD <= cbWantOutCardType ) return true ;
//炸弹和一手
if ( CT_BOMB_CARD <= cbWantOutCardType && GetCardType(cbRemainCard, cbRemainCardCount) != CT_ERROR &&
CT_FOUR_LINE_TAKE_TWO != GetCardType( cbRemainCard, cbRemainCardCount ) && CT_FOUR_LINE_TAKE_ONE != GetCardType( cbRemainCard, cbRemainCardCount ) ) {
return true ;
}
//首出牌时不出炸弹
if (CT_BOMB_CARD <= cbWantOutCardType && bFirstOutCard ) {
//地主只剩一手牌
if ( wTestUser != m_wBankerUser && GetCardType( m_cbAllCardData[ m_wBankerUser ], m_cbUserCardCount[ m_wBankerUser ] ) == CT_ERROR ) {
return false ;
}
WORD wUndersideOfBanker = (m_wBankerUser+1)%GAME_PLAYER ; //地主下家
WORD wUpsideOfBanker = (wUndersideOfBanker+1)%GAME_PLAYER ; //地主上家
//闲家只剩一手牌
if ( wTestUser == m_wBankerUser && GetCardType( m_cbAllCardData[ wUndersideOfBanker ], m_cbUserCardCount[ wUndersideOfBanker ] ) == CT_ERROR &&
GetCardType( m_cbAllCardData[ wUpsideOfBanker ], m_cbUserCardCount[ wUpsideOfBanker ] ) == CT_ERROR ) {
return false ;
}
}
//拆炸判断
if ( cbWantOutCardType < CT_FOUR_LINE_TAKE_ONE && cbWantOutCardType != CT_SINGLE_LINE ) {
for ( BYTE i = 0; i < cbWantOutCardCount; ++i )
for ( BYTE j = 0; j < cbAllBombCount; ++j ) {
if ( GetCardValue( cbAllBombCard[ j ] ) == GetCardValue( cbWantOutCardData[ i ] ) ) return false ;
}
}
}
//出完判断
if ( cbCurHandCardCount == cbWantOutCardCount ) {
return true ;
}
if ( cbCurHandCardCount == 0 ) {
return true ;
}
try {
ASSERT( cbWantOutCardCount <= cbCurHandCardCount ) ;
if ( cbCurHandCardCount < cbWantOutCardCount ) {
return false ;
}
//剩余扑克
BYTE cbRemainCard [MAX_COUNT ], cbRemainCardCount ;
CopyMemory( cbRemainCard, cbCurHandCardData, cbCurHandCardCount ) ;
cbRemainCardCount = cbCurHandCardCount ;
if(!RemoveCard( cbWantOutCardData, cbWantOutCardCount, cbRemainCard, cbRemainCardCount )) return false;
cbRemainCardCount -= cbWantOutCardCount ;
if ( cbRemainCardCount == 0 ) {
return false;
}
//不带大牌
if ( CT_THREE_LINE_TAKE_ONE <= cbWantOutCardType && cbWantOutCardType <= CT_FOUR_LINE_TAKE_TWO && ! bFirstOutCard ) {
bool bHaveLargeCard = false ;
for ( BYTE i = 3; i < cbWantOutCardCount; ++i )
if ( 15 <= GetCardLogicValue( cbWantOutCardData[ i ]) ) {
bHaveLargeCard = true ;
break ;
}
if ( bHaveLargeCard ) {
for ( BYTE i = 0; i < cbRemainCardCount; ++i ) {
if ( GetCardLogicValue( cbRemainCard[ i ]) < 15 ) {
return false ;
}
}
}
}
}
catch(...) {
return false ;
}
return true;
}
//////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////////////////////////////////////////
| [
"hang.xiao.hh@gmail.com"
] | hang.xiao.hh@gmail.com |
5bff895f1ad537d0fdddde0b62214fc60afe2564 | 381d826b5755eed326c0002ff9836559195eba28 | /pl codes/Projects/Expression solver/include.cpp | e1854e19abe8963f983859a3a2f6ba6b645857c6 | [] | no_license | tanvieer/ProblemSolving | 79b491ee9dbfab5989efe0cbd4b206729ddc872b | a538b4e67cc7dd110650d88bc7439eade7e16210 | refs/heads/master | 2021-01-23T04:30:15.539121 | 2017-03-28T15:33:27 | 2017-03-28T15:33:27 | 86,206,912 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,992 | cpp | /*------------------------------------------------
*------------------------------------------------
* |id : 112 0821 042
* |name : Alim Ul Karim
* |email : alim.karim.nsu@gmail.com
* |course : CSE 115.2
* |blog : http://bit.ly/auk-blog
* |linkedin : http://linkd.in/alim-ul-karim
* |cell : +880-1673-175222
* |cell : +880-1913-500863
*------------------------------------------------
*------------------------------------------------
*/
using namespace std;
/* Libraries like stdio.h , math.h etc.. */
#include "include_libraries.cpp"
/* Method scopes declaration */
#include "scopes.cpp"
/* Macros */
#include "macros.cpp"
/* Variable and Constants */
#include "const_variables.cpp"
/* Other Tested Functions and Methods for this project */
#include "search.cpp"
#include "int_array.cpp"
#include "char_array.cpp"
#include "string_more.cpp"
#include "maths.cpp"
#include "equation_clean_up_functions.cpp"
#include "expression_solve.cpp"
void intialize() {
len_opts = getLen(operators_ar);
len_remove_opts = getLen(remove_chars);
len_opts_duplicate_NA = getLen(operators_duplicate_not_allowed);
array_merge(operators_ar , operators_duplicate_not_allowed , 1);
// printf("1:%s\n" , operators_ar);
// printf("2:%s\n" , operators_duplicate_not_allowed);
// printf("3:%s\n" , remove_chars);
}
void print_project_outlet() {
cout << "|-----------------------------------------\n"
"|-----------------------------------------\n"
"| \n"
"| CSE 115.2 Project By \n"
"| Alim Ul Karim and \n"
"| Alvee Ibne Rahman\n"
"| \n"
"|-----------------------------------------\n"
"| Project Name : Expression Solver\n"
"|-----------------------------------------\n"
"|-----------------------------------------\n"
<<endl;
}
void find_function_arguments(char s[] , char func_name[]){
}
| [
"tanvieer@gmail.com"
] | tanvieer@gmail.com |
893c81790c92e46113afb2357dc2407089ccb194 | c8a413bc4f470e0a9e6d4f60a48b9de9014ab25a | /LeetCode/Problems/101-150/148. Sort List.h | e70f747a7e5f01b816a5065ed2d5ced88399ac5c | [] | no_license | mversace/LeetCode | cc97646d23c6613b1eb13033395f47c6208a5c3f | 7082cf94f1e7f7066c18d75015417fec413acea0 | refs/heads/master | 2021-09-14T20:59:50.661130 | 2018-05-19T13:54:47 | 2018-05-19T13:54:47 | 115,349,790 | 1 | 0 | null | null | null | null | GB18030 | C++ | false | false | 793 | h | #pragma once
/*
Sort a linked list in O(n log n) time using constant space complexity.
Example 1:
Input: 4->2->1->3
Output: 1->2->3->4
Example 2:
Input: -1->5->3->4->0
Output: -1->0->3->4->5
*/
#include <vector>
#include <algorithm>
using std::vector;
class Solution {
public:
struct ListNode {
int val;
ListNode *next;
ListNode(int x) : val(x), next(nullptr) {}
};
ListNode* sortList(ListNode* head) {
// 链表排序蠢得一笔，不知道有什么意义
if (!head) return nullptr;
ListNode* pNewHead = head;
vector<int> vfuck;
while (head)
{
vfuck.push_back(head->val);
head = head->next;
}
sort(vfuck.begin(), vfuck.end());
head = pNewHead;
int i = 0;
while (head)
{
head->val = vfuck[i++];
head = head->next;
}
return pNewHead;
}
}; | [
"447801388@qq.com"
] | 447801388@qq.com |
6614b3fb64a4af71c9a5984d91a62027577efa2a | 3bbaac515ad3cd3bf2c27e886a47b3c2a7acbecf | /test/hrs-alternative-directed-test.cc | 599eaf1a86e0fb945a7008dcac45905ca3c084f0 | [] | no_license | zc444/image-clasification | e28a4031b18d9d6dd11eb05ac613e545f6501903 | 3966339433d41d4ba9f2920f7f9f195e289616c5 | refs/heads/master | 2022-12-22T15:40:46.609637 | 2020-09-11T01:59:26 | 2020-09-11T01:59:26 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,866 | cc | //========================================================================
// hrs-alternative-directed-test.cc
//========================================================================
// Directed test cases for HRSAlternative.
#include <iostream>
#include "Image.h"
#include "Vector.h"
#include "HRSAlternative.h"
#include "mnist-utils.h"
#include "utst.h"
//------------------------------------------------------------------------
// Inputs
//------------------------------------------------------------------------
#include "digits.dat"
// The data included is as follows:
//
// Digit | Label
// ---------+-------
// digit0 | 5
// digit1 | 3
// digit2 | 2
// digit3 | 1
// digit4 | 1
// digit5 | 6
// digit6 | 5
// digit7 | 8
// digit8 | 9
// digit9 | 7
// digit10 | 0
// digit11 | 7
// digit12 | 4
// digit13 | 0
//
//------------------------------------------------------------------------
// constants
//------------------------------------------------------------------------
const std::string mnsit_dir = "/classes/ece2400/mnist/";
const unsigned int ncols = 28;
const unsigned int nrows = 28;
const unsigned int img_size = nrows * ncols;
//------------------------------------------------------------------------
// test_case_1_tiny_accuracy
//------------------------------------------------------------------------
void test_case_1_tiny_accuracy()
{
std::printf( "\n%s\n", __func__ );
const int training_size = 10;
const int testing_size = 10;
// Read the training images
Vector<Image> v_train;
std::string image_path = mnsit_dir + "training-images-tiny.bin";
std::string label_path = mnsit_dir + "training-labels-tiny.bin";
read_labeled_images( image_path, label_path, v_train, training_size );
// Read the testing images
Vector<Image> v_test;
image_path = mnsit_dir + "testing-images-tiny.bin";
label_path = mnsit_dir + "testing-labels-tiny.bin";
read_labeled_images( image_path, label_path, v_test, testing_size );
// Train and classify
HRSAlternative clf;
double accuracy = train_and_classify( clf, v_train, v_test );
std::cout << "Accuracy: " << accuracy << std::endl;
// Accuracy should be...
double expected_accuracy = 0.5;
UTST_ASSERT_TRUE( accuracy > expected_accuracy );
}
//------------------------------------------------------------------------
// test_case_2_small_accuracy
//------------------------------------------------------------------------
void test_case_2_small_accuracy()
{
std::printf( "\n%s\n", __func__ );
const int training_size = 600;
const int testing_size = 100;
// Read the training images
Vector<Image> v_train;
std::string image_path = mnsit_dir + "training-images-small.bin";
std::string label_path = mnsit_dir + "training-labels-small.bin";
read_labeled_images( image_path, label_path, v_train, training_size );
// Read the testing images
Vector<Image> v_test;
image_path = mnsit_dir + "testing-images-small.bin";
label_path = mnsit_dir + "testing-labels-small.bin";
read_labeled_images( image_path, label_path, v_test, testing_size );
// Train and classify
HRSAlternative clf;
double accuracy = train_and_classify( clf, v_train, v_test );
std::cout << "Accuracy: " << accuracy << std::endl;
// Accuracy should be...
double expected_accuracy = 0.70;
UTST_ASSERT_TRUE( accuracy >= expected_accuracy );
}
//------------------------------------------------------------------------
// main
//------------------------------------------------------------------------
int main( int argc, char** argv )
{
__n = ( argc == 1 ) ? 0 : atoi( argv[1] );
if ( ( __n == 0 ) || ( __n == 1 ) ) test_case_1_tiny_accuracy();
if ( ( __n == 0 ) || ( __n == 2 ) ) test_case_2_small_accuracy();
return 0;
}
| [
"zc444@cornell.edu"
] | zc444@cornell.edu |
d098098523c848356124aaa5ff3b586eef41bfb8 | 69edcb7bd6ea543889a6022a2258673b137f250a | /src/luxrays/utils/cuda.cpp | d0939125f14ef625a32b2d5fb7660d6e5c10bb28 | [
"LicenseRef-scancode-unknown-license-reference",
"Apache-2.0"
] | permissive | xJayLee/LuxCore | 4ca47894b12804be09219bde8fbf1639b82b6cef | 815391d23a30b1029d1d7a41798359635b4ebcf6 | refs/heads/master | 2023-02-15T23:43:05.459687 | 2021-01-11T17:00:49 | 2021-01-11T17:00:49 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 8,019 | cpp | /***************************************************************************
* Copyright 1998-2020 by authors (see AUTHORS.txt) *
* *
* This file is part of LuxCoreRender. *
* *
* 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. *
***************************************************************************/
#if !defined(LUXRAYS_DISABLE_CUDA)
#include <iostream>
#include <fstream>
#include <string.h>
#include <boost/algorithm/string/replace.hpp>
#include <boost/algorithm/string/trim.hpp>
#include "luxrays/luxrays.h"
#include "luxrays/utils/utils.h"
#include "luxrays/utils/config.h"
#include "luxrays/utils/cudacache.h"
#include "luxrays/utils/oclcache.h"
#include <optix_function_table_definition.h>
using namespace std;
using namespace luxrays;
//------------------------------------------------------------------------------
// cudaKernelCache
//------------------------------------------------------------------------------
bool cudaKernelCache::ForcedCompilePTX(const vector<string> &kernelsParameters, const string &kernelSource,
const string &programName, char **ptx, size_t *ptxSize, string *error) {
if (error)
*error = "";
nvrtcProgram prog;
CHECK_NVRTC_ERROR(nvrtcCreateProgram(&prog, kernelSource.c_str(), programName.c_str(), 0, nullptr, nullptr));
vector<const char *> cudaOpts;
cudaOpts.push_back("--device-as-default-execution-space");
//cudaOpts.push_back("--disable-warnings");
// To display warning numbers
cudaOpts.push_back("-Xcudafe");
cudaOpts.push_back("--display_error_number");
// To suppress warning: warning #550-D: variable "xyz" was set but never used
cudaOpts.push_back("-Xcudafe");
cudaOpts.push_back("--diag_suppress=550");
// To suppress warning: warning #1055-D: types cannot be declared in anonymous unions
cudaOpts.push_back("-Xcudafe");
cudaOpts.push_back("--diag_suppress=1055");
// To suppress warning: warning #68-D: integer conversion resulted in a change of sign
cudaOpts.push_back("-Xcudafe");
cudaOpts.push_back("--diag_suppress=68");
for (auto const &p : kernelsParameters)
cudaOpts.push_back(p.c_str());
// For some debug
//for (uint i = 0; i < cudaOpts.size(); ++i)
// cout << "Opt #" << i <<" : [" << cudaOpts[i] << "]\n";
const nvrtcResult compilationResult = nvrtcCompileProgram(prog,
cudaOpts.size(),
(cudaOpts.size() > 0) ? &cudaOpts[0] : nullptr);
size_t logSize;
CHECK_NVRTC_ERROR(nvrtcGetProgramLogSize(prog, &logSize));
unique_ptr<char> log(new char[logSize]);
CHECK_NVRTC_ERROR(nvrtcGetProgramLog(prog, log.get()));
*error = string(log.get());
if (compilationResult != NVRTC_SUCCESS)
return false;
// Obtain PTX from the program.
CHECK_NVRTC_ERROR(nvrtcGetPTXSize(prog, ptxSize));
*ptx = new char[*ptxSize];
CHECK_NVRTC_ERROR(nvrtcGetPTX(prog, *ptx));
CHECK_NVRTC_ERROR(nvrtcDestroyProgram(&prog));
return true;
}
//------------------------------------------------------------------------------
// cudaKernelPersistentCache
//------------------------------------------------------------------------------
boost::filesystem::path cudaKernelPersistentCache::GetCacheDir(const string &applicationName) {
return GetConfigDir() / "cuda_kernel_cache" / SanitizeFileName(applicationName);
}
cudaKernelPersistentCache::cudaKernelPersistentCache(const string &applicationName) {
appName = applicationName;
// Crate the cache directory
boost::filesystem::create_directories(GetCacheDir(appName));
}
cudaKernelPersistentCache::~cudaKernelPersistentCache() {
}
bool cudaKernelPersistentCache::CompilePTX(const vector<string> &kernelsParameters,
const string &kernelSource, const string &programName,
char **ptx, size_t *ptxSize, bool *cached, string *error) {
if (error)
*error = "";
// Check if the kernel is available in the cache
const string kernelName =
oclKernelPersistentCache::HashString(oclKernelPersistentCache::ToOptsString(kernelsParameters))
+ "-" +
oclKernelPersistentCache::HashString(kernelSource) + ".ptx";
const boost::filesystem::path dirPath = GetCacheDir(appName);
const boost::filesystem::path filePath = dirPath / kernelName;
const string fileName = filePath.generic_string();
*cached = false;
if (!boost::filesystem::exists(filePath)) {
// It isn't available, compile the source
// Create the file only if the binaries include something
if (ForcedCompilePTX(kernelsParameters, kernelSource, programName, ptx, ptxSize, error)) {
// Add the kernel to the cache
boost::filesystem::create_directories(dirPath);
// The use of boost::filesystem::path is required for UNICODE support: fileName
// is supposed to be UTF-8 encoded.
boost::filesystem::ofstream file(boost::filesystem::path(fileName),
boost::filesystem::ofstream::out |
boost::filesystem::ofstream::binary |
boost::filesystem::ofstream::trunc);
// Write the binary hash
const u_int hashBin = oclKernelPersistentCache::HashBin(*ptx, *ptxSize);
file.write((char *)&hashBin, sizeof(int));
file.write(*ptx, *ptxSize);
// Check for errors
char buf[512];
if (file.fail()) {
sprintf(buf, "Unable to write kernel file cache %s", fileName.c_str());
throw runtime_error(buf);
}
file.close();
return true;
} else
return false;
} else {
const size_t fileSize = boost::filesystem::file_size(filePath);
if (fileSize > 4) {
*ptxSize = fileSize - 4;
*ptx = new char[*ptxSize];
// The use of boost::filesystem::path is required for UNICODE support: fileName
// is supposed to be UTF-8 encoded.
boost::filesystem::ifstream file(boost::filesystem::path(fileName),
boost::filesystem::ifstream::in | boost::filesystem::ifstream::binary);
// Read the binary hash
u_int hashBin;
file.read((char *)&hashBin, sizeof(int));
file.read(*ptx, *ptxSize);
// Check for errors
char buf[512];
if (file.fail()) {
sprintf(buf, "Unable to read kernel file cache %s", fileName.c_str());
throw runtime_error(buf);
}
file.close();
// Check the binary hash
if (hashBin != oclKernelPersistentCache::HashBin(*ptx, *ptxSize)) {
// Something wrong in the file, remove the file and retry
boost::filesystem::remove(filePath);
return CompilePTX(kernelsParameters, kernelSource, programName, ptx, ptxSize, cached, error);
} else {
*cached = true;
return true;
}
} else {
// Something wrong in the file, remove the file and retry
boost::filesystem::remove(filePath);
return CompilePTX(kernelsParameters, kernelSource, programName, ptx, ptxSize, cached, error);
}
}
}
CUmodule cudaKernelPersistentCache::Compile(const vector<string> &kernelsParameters,
const string &kernelSource, const string &programName,
bool *cached, string *error) {
char *ptx;
size_t ptxSize;
if (CompilePTX(kernelsParameters, kernelSource, programName, &ptx, &ptxSize, cached, error)) {
CUmodule module;
CHECK_CUDA_ERROR(cuModuleLoadDataEx(&module, ptx, 0, 0, 0));
delete[] ptx;
return module;
} else
return nullptr;
}
#endif
| [
"dade916@gmail.com"
] | dade916@gmail.com |
cb27490fb2cfa1770774042d673287035e0ba87c | e5676b9ff3e0f21f0ef122137a506d605bf0d48e | /NYUCodebase/Game.hpp | e92fc99da8c946f094932b6ca86311060a80ee13 | [] | no_license | maxwellainatchi/cs-3113-class-work | f1c6b60f26e695bcdb38bf80b10208c1217b6e75 | 801ac490dc0067e3c48c23784e631a753bef518d | refs/heads/master | 2022-05-03T23:37:25.270023 | 2017-05-14T14:40:54 | 2017-05-14T14:40:54 | 80,462,463 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,510 | hpp | //
// Game.hpp
// NYUCodebase
//
// Created by Max Ainatchi on 2/16/17.
// Copyright © 2017 Ivan Safrin. All rights reserved.
//
#ifndef Game_hpp
#define Game_hpp
#define RUNNING "running"
#define PAUSED "paused"
#define LOADING "loading"
#define FIXED_TIMESTEP 0.0166666f
#define MAX_TIMESTEPS 6
#include "libraries.h"
#include "resources.h"
#include "objects.h"
#include <SDL2_mixer/SDL_mixer.h>
#include <pthread.h> // To be used with care...
struct Frame {
std::set<Entity*> backgrounds;
std::set<Entity*> statics;
std::set<Entity*> dynamics;
// MARK: Combinations
std::set<Entity*> renderable;
std::set<Entity*> updateable;
std::set<Entity*> collideable;
std::set<Entity*> all;
// MARK: Setters
void insertBackground(Entity* entity);
void insertStatic(Entity* entity);
void insertDynamic(Entity* entity);
void clear();
};
class Game: public EventFramework {
private:
// MARK: - Config
Vector aspectRatio = {16.0f, 9.0f};
// MARK: - Private
struct Window {
Rectangle uv;
Rectangle pixels;
};
SDL_Window* displayWindow;
SDL_GLContext context;
SDL_DisplayMode displayMode;
ShaderProgram* shader;
float lastFrameTicks;
float thisFrameTicks;
// MARK: Stages of the game
/// Runs the setup for each entity
void configure();
/// Starts the game loop
void loop();
/// Updates the game
void update(float elapsed);
/// Renders the game
void render();
public:
// MARK: - Public
bool done = false;
std::map<std::string, Frame> frames;
std::map<std::string, std::set<Timer*>> timers;
Matrix model;
Matrix projection;
Matrix view;
Window window;
Rectangle innerBounds;
std::string state;
Game(std::string name);
~Game();
// MARK: Event listeners
InstantAction willConfigure;
// InstantAction didConfigure;
InstantAction willStart;
// InstantAction didStart;
TimedAction willUpdate;
// TimedAction didUpdate;
StateAction willChangeState;
// InstantAction didChangeState;
InstantAction willRender;
// InstantAction didRender;
InstantAction willEnd;
// InstantAction didEnd;
// MARK: Utility methods
void showLoading(bool firstRun);
void start();
void changeState(State state);
void createState(State name);
};
#endif /* Game_hpp */
| [
"maxwell.ainatchi@gmail.com"
] | maxwell.ainatchi@gmail.com |
ea87803d2671d3cb864aa1aefa0168fe55410534 | 9d164088aa2d5a65215b77186c45da093ad68cb1 | /src/CQGnuPlotStroke.cpp | 1fff9c3bd1a51c63796abaa6819ca1decd776b7f | [
"MIT"
] | permissive | colinw7/CQGnuPlot | 9c247a7ff8afd0060fd99d7f4c12d4f105dfc9d9 | c12ad292932a2116ab7fbb33be158adcf6c32674 | refs/heads/master | 2023-04-14T07:29:43.807602 | 2023-04-03T15:59:36 | 2023-04-03T15:59:36 | 26,377,931 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 1,890 | cpp | #include <CQGnuPlotStroke.h>
#include <CQGnuPlotPlot.h>
#include <CQGnuPlotRenderer.h>
CQGnuPlotStroke::
CQGnuPlotStroke(CQGnuPlotPlot *plot) :
CGnuPlotStroke(plot)
{
}
CQGnuPlotStroke *
CQGnuPlotStroke::
dup() const
{
CQGnuPlotPlot *qplot = static_cast<CQGnuPlotPlot *>(plot_);
CQGnuPlotStroke *stroke = new CQGnuPlotStroke(qplot);
stroke->CGnuPlotStroke::operator=(*this);
return stroke;
}
void
CQGnuPlotStroke::
setValues(const CQGnuPlotStroke &stroke)
{
CGnuPlotStroke::setEnabled (stroke.isEnabled());
CGnuPlotStroke::setColor (fromQColor(stroke.color()));
CGnuPlotStroke::setWidth (stroke.width());
CGnuPlotStroke::setLineDash (stroke.dash());
CGnuPlotStroke::setLineCap (CQGnuPlotEnum::lineCapConv(stroke.lineCap()));
CGnuPlotStroke::setLineJoin (CQGnuPlotEnum::lineJoinConv(stroke.lineJoin()));
CGnuPlotStroke::setMitreLimit(stroke.mitreLimit());
}
QColor
CQGnuPlotStroke::
color() const
{
return toQColor(CGnuPlotStroke::color());
}
void
CQGnuPlotStroke::
setColor(const QColor &color)
{
CGnuPlotStroke::setColor(fromQColor(color));
emit changed();
}
CLineDash
CQGnuPlotStroke::
dash() const
{
return CGnuPlotStroke::lineDash();
}
void
CQGnuPlotStroke::
setDash(const CLineDash &dash)
{
CGnuPlotStroke::setLineDash(dash);
emit changed();
}
CQGnuPlotEnum::LineCapType
CQGnuPlotStroke::
lineCap() const
{
return CQGnuPlotEnum::lineCapConv(CGnuPlotStroke::lineCap());
}
void
CQGnuPlotStroke::
setLineCap(const CQGnuPlotEnum::LineCapType &a)
{
CGnuPlotStroke::setLineCap(CQGnuPlotEnum::lineCapConv(a));
emit changed();
}
CQGnuPlotEnum::LineJoinType
CQGnuPlotStroke::
lineJoin() const
{
return CQGnuPlotEnum::lineJoinConv(CGnuPlotStroke::lineJoin());
}
void
CQGnuPlotStroke::
setLineJoin(const CQGnuPlotEnum::LineJoinType &a)
{
CGnuPlotStroke::setLineJoin(CQGnuPlotEnum::lineJoinConv(a));
emit changed();
}
| [
"colinw@nc.rr.com"
] | colinw@nc.rr.com |
ea20ea093789d4e744021b541bbbc05a9cf80a1a | 1336d4518d92f3f7e3739e3a36f10b1860a1df32 | /lib/python3.9/site-packages/qt6_applications/Qt/lib/QtQml.framework/Versions/A/Headers/6.1.0/QtQml/private/qv4qobjectwrapper_p.h | b5c3da311ae4e7aa39e86653be71617600e6639a | [] | no_license | AntonioRoye/inventoryTracker | 802b4e523543b5d46e3aead38706222179a26f4b | 3c64f39cf522dcc8180e4d4a3fc9ba52864a9379 | refs/heads/master | 2023-08-20T03:51:25.438306 | 2021-09-15T21:51:10 | 2021-09-15T21:51:10 | 405,515,777 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 13,091 | h | /****************************************************************************
**
** Copyright (C) 2016 The Qt Company Ltd.
** Contact: https://www.qt.io/licensing/
**
** This file is part of the QtQml module of the Qt Toolkit.
**
** $QT_BEGIN_LICENSE:LGPL$
** Commercial License Usage
** Licensees holding valid commercial Qt licenses may use this file in
** accordance with the commercial license agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and The Qt Company. For licensing terms
** and conditions see https://www.qt.io/terms-conditions. For further
** information use the contact form at https://www.qt.io/contact-us.
**
** GNU Lesser General Public License Usage
** Alternatively, this file may be used under the terms of the GNU Lesser
** General Public License version 3 as published by the Free Software
** Foundation and appearing in the file LICENSE.LGPL3 included in the
** packaging of this file. Please review the following information to
** ensure the GNU Lesser General Public License version 3 requirements
** will be met: https://www.gnu.org/licenses/lgpl-3.0.html.
**
** GNU General Public License Usage
** Alternatively, this file may be used under the terms of the GNU
** General Public License version 2.0 or (at your option) the GNU General
** Public license version 3 or any later version approved by the KDE Free
** Qt Foundation. The licenses are as published by the Free Software
** Foundation and appearing in the file LICENSE.GPL2 and LICENSE.GPL3
** included in the packaging of this file. Please review the following
** information to ensure the GNU General Public License requirements will
** be met: https://www.gnu.org/licenses/gpl-2.0.html and
** https://www.gnu.org/licenses/gpl-3.0.html.
**
** $QT_END_LICENSE$
**
****************************************************************************/
#ifndef QV4QOBJECTWRAPPER_P_H
#define QV4QOBJECTWRAPPER_P_H
//
// W A R N I N G
// -------------
//
// This file is not part of the Qt API. It exists purely as an
// implementation detail. This header file may change from version to
// version without notice, or even be removed.
//
// We mean it.
//
#include <QtCore/qglobal.h>
#include <QtCore/qmetatype.h>
#include <QtCore/qpair.h>
#include <QtCore/qhash.h>
#include <private/qqmldata_p.h>
#include <private/qintrusivelist_p.h>
#include <private/qv4value_p.h>
#include <private/qv4functionobject_p.h>
#include <private/qv4lookup_p.h>
QT_BEGIN_NAMESPACE
class QObject;
class QQmlData;
class QQmlPropertyCache;
class QQmlPropertyData;
namespace QV4 {
struct QObjectSlotDispatcher;
namespace Heap {
struct QQmlValueTypeWrapper;
struct Q_QML_EXPORT QObjectWrapper : Object {
void init(QObject *object)
{
Object::init();
qObj.init(object);
}
void destroy() {
qObj.destroy();
Object::destroy();
}
QObject *object() const { return qObj.data(); }
static void markObjects(Heap::Base *that, MarkStack *markStack);
private:
QV4QPointer<QObject> qObj;
};
#define QObjectMethodMembers(class, Member) \
Member(class, Pointer, QQmlValueTypeWrapper *, valueTypeWrapper) \
Member(class, NoMark, QV4QPointer<QObject>, qObj) \
Member(class, NoMark, int, index)
DECLARE_HEAP_OBJECT(QObjectMethod, FunctionObject) {
DECLARE_MARKOBJECTS(QObjectMethod);
QQmlPropertyData *methods;
int methodCount;
alignas(alignof(QQmlPropertyData)) std::byte _singleMethod[sizeof(QQmlPropertyData)];
void init(QV4::ExecutionContext *scope);
void destroy()
{
if (methods != reinterpret_cast<QQmlPropertyData *>(&_singleMethod))
delete[] methods;
qObj.destroy();
FunctionObject::destroy();
}
void ensureMethodsCache();
const QMetaObject *metaObject();
QObject *object() const { return qObj.data(); }
void setObject(QObject *o) { qObj = o; }
};
struct QMetaObjectWrapper : FunctionObject {
const QMetaObject* metaObject;
QQmlPropertyData *constructors;
int constructorCount;
void init(const QMetaObject* metaObject);
void destroy();
void ensureConstructorsCache();
};
struct QmlSignalHandler : Object {
void init(QObject *object, int signalIndex);
void destroy() {
qObj.destroy();
Object::destroy();
}
int signalIndex;
QObject *object() const { return qObj.data(); }
void setObject(QObject *o) { qObj = o; }
private:
QV4QPointer<QObject> qObj;
};
}
struct Q_QML_EXPORT QObjectWrapper : public Object
{
V4_OBJECT2(QObjectWrapper, Object)
V4_NEEDS_DESTROY
enum RevisionMode { IgnoreRevision, CheckRevision };
static void initializeBindings(ExecutionEngine *engine);
QObject *object() const { return d()->object(); }
ReturnedValue getQmlProperty(
const QQmlRefPointer<QQmlContextData> &qmlContext, String *name,
RevisionMode revisionMode, bool *hasProperty = nullptr,
bool includeImports = false) const;
\
static ReturnedValue getQmlProperty(
ExecutionEngine *engine, const QQmlRefPointer<QQmlContextData> &qmlContext,
QObject *object, String *name, RevisionMode revisionMode, bool *hasProperty = nullptr,
QQmlPropertyData **property = nullptr);
static bool setQmlProperty(
ExecutionEngine *engine, const QQmlRefPointer<QQmlContextData> &qmlContext,
QObject *object, String *name, RevisionMode revisionMode, const Value &value);
static ReturnedValue wrap(ExecutionEngine *engine, QObject *object);
static void markWrapper(QObject *object, MarkStack *markStack);
using Object::get;
static void setProperty(ExecutionEngine *engine, QObject *object, int propertyIndex, const Value &value);
void setProperty(ExecutionEngine *engine, int propertyIndex, const Value &value);
void destroyObject(bool lastCall);
static ReturnedValue getProperty(ExecutionEngine *engine, QObject *object, QQmlPropertyData *property);
static ReturnedValue virtualResolveLookupGetter(const Object *object, ExecutionEngine *engine, Lookup *lookup);
static ReturnedValue lookupGetter(Lookup *l, ExecutionEngine *engine, const Value &object);
template <typename ReversalFunctor> static ReturnedValue lookupGetterImpl(Lookup *l, ExecutionEngine *engine, const Value &object, bool useOriginalProperty, ReversalFunctor revert);
static bool virtualResolveLookupSetter(Object *object, ExecutionEngine *engine, Lookup *lookup, const Value &value);
protected:
static void setProperty(ExecutionEngine *engine, QObject *object, QQmlPropertyData *property, const Value &value);
static bool virtualIsEqualTo(Managed *that, Managed *o);
static ReturnedValue create(ExecutionEngine *engine, QObject *object);
static QQmlPropertyData *findProperty(
ExecutionEngine *engine, QObject *o, const QQmlRefPointer<QQmlContextData> &qmlContext,
String *name, RevisionMode revisionMode, QQmlPropertyData *local);
QQmlPropertyData *findProperty(
ExecutionEngine *engine, const QQmlRefPointer<QQmlContextData> &qmlContext,
String *name, RevisionMode revisionMode, QQmlPropertyData *local) const;
static ReturnedValue virtualGet(const Managed *m, PropertyKey id, const Value *receiver, bool *hasProperty);
static bool virtualPut(Managed *m, PropertyKey id, const Value &value, Value *receiver);
static PropertyAttributes virtualGetOwnProperty(const Managed *m, PropertyKey id, Property *p);
static OwnPropertyKeyIterator *virtualOwnPropertyKeys(const Object *m, Value *target);
static ReturnedValue method_connect(const FunctionObject *, const Value *thisObject, const Value *argv, int argc);
static ReturnedValue method_disconnect(const FunctionObject *, const Value *thisObject, const Value *argv, int argc);
private:
Q_NEVER_INLINE static ReturnedValue wrap_slowPath(ExecutionEngine *engine, QObject *object);
};
inline ReturnedValue QObjectWrapper::wrap(ExecutionEngine *engine, QObject *object)
{
if (Q_UNLIKELY(QQmlData::wasDeleted(object)))
return QV4::Encode::null();
auto ddata = QQmlData::get(object);
if (Q_LIKELY(ddata && ddata->jsEngineId == engine->m_engineId && !ddata->jsWrapper.isUndefined())) {
// We own the JS object
return ddata->jsWrapper.value();
}
return wrap_slowPath(engine, object);
}
template <typename ReversalFunctor>
inline ReturnedValue QObjectWrapper::lookupGetterImpl(Lookup *lookup, ExecutionEngine *engine, const Value &object, bool useOriginalProperty, ReversalFunctor revertLookup)
{
// we can safely cast to a QV4::Object here. If object is something else,
// the internal class won't match
Heap::Object *o = static_cast<Heap::Object *>(object.heapObject());
if (!o || o->internalClass != lookup->qobjectLookup.ic)
return revertLookup();
const Heap::QObjectWrapper *This = static_cast<const Heap::QObjectWrapper *>(o);
QObject *qobj = This->object();
if (QQmlData::wasDeleted(qobj))
return QV4::Encode::undefined();
QQmlData *ddata = QQmlData::get(qobj, /*create*/false);
if (!ddata)
return revertLookup();
QQmlPropertyData *property = lookup->qobjectLookup.propertyData;
if (ddata->propertyCache != lookup->qobjectLookup.propertyCache) {
if (property->isOverridden() && (!useOriginalProperty || property->isFunction() || property->isSignalHandler()))
return revertLookup();
QQmlPropertyCache *fromMo = ddata->propertyCache;
QQmlPropertyCache *toMo = lookup->qobjectLookup.propertyCache;
bool canConvert = false;
while (fromMo) {
if (fromMo == toMo) {
canConvert = true;
break;
}
fromMo = fromMo->parent();
}
if (!canConvert)
return revertLookup();
}
return getProperty(engine, qobj, property);
}
struct QQmlValueTypeWrapper;
struct Q_QML_EXPORT QObjectMethod : public QV4::FunctionObject
{
V4_OBJECT2(QObjectMethod, QV4::FunctionObject)
V4_NEEDS_DESTROY
enum { DestroyMethod = -1, ToStringMethod = -2 };
static ReturnedValue create(QV4::ExecutionContext *scope, QObject *object, int index);
static ReturnedValue create(QV4::ExecutionContext *scope, Heap::QQmlValueTypeWrapper *valueType, int index);
int methodIndex() const { return d()->index; }
QObject *object() const { return d()->object(); }
QV4::ReturnedValue method_toString(QV4::ExecutionEngine *engine) const;
QV4::ReturnedValue method_destroy(QV4::ExecutionEngine *ctx, const Value *args, int argc) const;
static ReturnedValue virtualCall(const FunctionObject *, const Value *thisObject, const Value *argv, int argc);
ReturnedValue callInternal(const Value *thisObject, const Value *argv, int argc) const;
static QPair<QObject *, int> extractQtMethod(const QV4::FunctionObject *function);
};
struct Q_QML_EXPORT QMetaObjectWrapper : public QV4::FunctionObject
{
V4_OBJECT2(QMetaObjectWrapper, QV4::FunctionObject)
V4_NEEDS_DESTROY
static ReturnedValue create(ExecutionEngine *engine, const QMetaObject* metaObject);
const QMetaObject *metaObject() const { return d()->metaObject; }
protected:
static ReturnedValue virtualCallAsConstructor(const FunctionObject *, const Value *argv, int argc, const Value *);
static bool virtualIsEqualTo(Managed *a, Managed *b);
private:
void init(ExecutionEngine *engine);
ReturnedValue constructInternal(const Value *argv, int argc) const;
};
struct Q_QML_EXPORT QmlSignalHandler : public QV4::Object
{
V4_OBJECT2(QmlSignalHandler, QV4::Object)
V4_PROTOTYPE(signalHandlerPrototype)
V4_NEEDS_DESTROY
int signalIndex() const { return d()->signalIndex; }
QObject *object() const { return d()->object(); }
static void initProto(ExecutionEngine *v4);
};
class MultiplyWrappedQObjectMap : public QObject,
private QHash<QObject*, QV4::WeakValue>
{
Q_OBJECT
public:
typedef QHash<QObject*, QV4::WeakValue>::ConstIterator ConstIterator;
typedef QHash<QObject*, QV4::WeakValue>::Iterator Iterator;
ConstIterator begin() const { return QHash<QObject*, QV4::WeakValue>::constBegin(); }
Iterator begin() { return QHash<QObject*, QV4::WeakValue>::begin(); }
ConstIterator end() const { return QHash<QObject*, QV4::WeakValue>::constEnd(); }
Iterator end() { return QHash<QObject*, QV4::WeakValue>::end(); }
void insert(QObject *key, Heap::Object *value);
ReturnedValue value(QObject *key) const
{
ConstIterator it = find(key);
return it == end()
? QV4::WeakValue().value()
: it->value();
}
Iterator erase(Iterator it);
void remove(QObject *key);
void mark(QObject *key, MarkStack *markStack);
private Q_SLOTS:
void removeDestroyedObject(QObject*);
};
}
QT_END_NAMESPACE
#endif // QV4QOBJECTWRAPPER_P_H
| [
"a.royeazar@gmail.com"
] | a.royeazar@gmail.com |
4010af77ebe3d225d8793d9252e629679427cd76 | f3cd9679cb127414dfd9703659b4ea66ef10b7b6 | /die-tk/log.h | de7cba018915259cfaadf4339052bac6393097f3 | [
"Artistic-2.0"
] | permissive | thinlizzy/die-tk | 04f0ea4b5ef5cd596fe37e5f7f09f22d21c32a6b | eba597d9453318b03e44f15753323be80ecb3a4e | refs/heads/master | 2021-07-04T10:44:25.246912 | 2021-06-03T22:26:45 | 2021-06-03T22:26:45 | 45,441,362 | 11 | 2 | null | null | null | null | UTF-8 | C++ | false | false | 911 | h | #ifndef LOG_H_GUARD_dffd9fds9kkdmvfsf888888h5f857
#define LOG_H_GUARD_dffd9fds9kkdmvfsf888888h5f857
#include <iostream>
#include <string>
// TODO use a variadic macro that outputs line, function and forwards __VA_ARGS__ to logging functions
namespace tk {
namespace log {
std::string nativeErrorString();
template<typename T>
void error(T argument)
{
std::cerr << argument
<< nativeErrorString()
<< std::endl;
}
template<typename T, typename... V>
void error(T argument, V... rest)
{
std::cerr << argument;
error(rest...);
}
template<typename T>
void info(T argument)
{
std::cerr << argument << std::endl;
}
template<typename T, typename... V>
void info(T argument, V... rest)
{
std::cerr << argument;
info(rest...);
}
template<typename T, typename... V>
void debug(T argument, V... rest)
{
// TODO use DEFINES for logging levels
}
}
}
#endif
| [
"jose.diego@gmail.com"
] | jose.diego@gmail.com |
50695bf6f4409f9ef8eca88d2f8f260e58c0d9d9 | ed997b3a8723cc9e77787c1d868f9300b0097473 | /libs/asio/test/time_traits.cpp | 7a9d5448479eebb994e9d6a660d675e9f2a5cf8c | [
"BSL-1.0"
] | permissive | juslee/boost-svn | 7ddb99e2046e5153e7cb5680575588a9aa8c79b2 | 6d5a03c1f5ed3e2b23bd0f3ad98d13ff33d4dcbb | refs/heads/master | 2023-04-13T11:00:16.289416 | 2012-11-16T11:14:39 | 2012-11-16T11:14:39 | 6,734,455 | 0 | 0 | BSL-1.0 | 2023-04-03T23:13:08 | 2012-11-17T11:21:17 | C++ | UTF-8 | C++ | false | false | 689 | cpp | //
// time_traits.cpp
// ~~~~~~~~~~~~~~~
//
// Copyright (c) 2003-2012 Christopher M. Kohlhoff (chris at kohlhoff dot com)
//
// Distributed under the Boost Software License, Version 1.0. (See accompanying
// file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
//
// Disable autolinking for unit tests.
#if !defined(BOOST_ALL_NO_LIB)
#define BOOST_ALL_NO_LIB 1
#endif // !defined(BOOST_ALL_NO_LIB)
// Test that header file is self-contained.
#include <boost/asio/time_traits.hpp>
#include "unit_test.hpp"
test_suite* init_unit_test_suite(int, char*[])
{
test_suite* test = BOOST_TEST_SUITE("time_traits");
test->add(BOOST_TEST_CASE(&null_test));
return test;
}
| [
"chris_kohlhoff@b8fc166d-592f-0410-95f2-cb63ce0dd405"
] | chris_kohlhoff@b8fc166d-592f-0410-95f2-cb63ce0dd405 |
ae1c312c9e9eec126c89fb951f7204607358c1ab | 16044e3f6f48f33a270867eef13d41b6a0617186 | /boost/library/boost/mpl/aux_/range_c/empty.hpp | 6843c4e7137688e5e6a0eff4b18a82a430730568 | [] | no_license | esoobservatory/fitsliberator | 47350be9b99ff7ba3c16bae9766621d1f324d2ef | 02e11d9bd718dfb68b3d729cafc49915c8962b8e | refs/heads/master | 2021-01-18T16:30:10.922487 | 2015-08-19T15:14:58 | 2015-08-19T15:14:58 | 41,041,169 | 38 | 11 | null | null | null | null | UTF-8 | C++ | false | false | 931 | hpp |
#ifndef BOOST_MPL_AUX_RANGE_C_EMPTY_HPP_INCLUDED
#define BOOST_MPL_AUX_RANGE_C_EMPTY_HPP_INCLUDED
// Copyright Aleksey Gurtovoy 2000-2004
//
// Distributed under the Boost Software License, Version 1.0.
// (See accompanying file LICENSE_1_0.txt or copy at
// http://www.boost.org/LICENSE_1_0.txt)
//
// See http://www.boost.org/libs/mpl for documentation.
// $Source: /project24/CVS/liberator/boost/library/boost/mpl/aux_/range_c/empty.hpp,v $
// $Date: 2008/04/19 09:38:41 $
// $Revision: 1.4 $
#include <boost/mpl/empty_fwd.hpp>
#include <boost/mpl/equal_to.hpp>
#include <boost/mpl/aux_/range_c/tag.hpp>
namespace boost { namespace mpl {
template<>
struct empty_impl< aux::half_open_range_tag >
{
template< typename Range > struct apply
: equal_to<
typename Range::start
, typename Range::finish
>
{
};
};
}}
#endif // BOOST_MPL_AUX_RANGE_C_EMPTY_HPP_INCLUDED
| [
"kaspar@localhost"
] | kaspar@localhost |
88b904bd3073793c7558af742178062de0578a5e | e3438013c3310a02b47ad528232a842966bf7d36 | /meskkdic/meskkdic.cpp | bc798d57832a99477b7e4138bd6fdb401878e9f6 | [
"MIT"
] | permissive | nathancorvussolis/meskkdic | 469acd2744c3a9aa656e4057951c9e70da49fa8c | abe7c9de95d8728f29229ebbc48edb36cb6626e1 | refs/heads/master | 2022-09-01T05:44:46.902821 | 2022-08-28T05:10:27 | 2022-08-28T05:10:27 | 23,496,708 | 6 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 20,617 | cpp |
#include <Windows.h>
#include <clocale>
#include <string>
#include <vector>
#include <map>
#include <regex>
#define VERSION L"2.5.5"
LPCWSTR modeR = L"rt";
LPCWSTR modeW = L"wb";
LPCWSTR modeRL = L"rt,ccs=UTF-16LE";
LPCWSTR modeWL = L"wt,ccs=UTF-16LE";
#define BUFSIZE 0x400
#define WBUFSIZE 0x100
LPCSTR EntriesAri = ";; okuri-ari entries.\n";
LPCSTR EntriesNasi = ";; okuri-nasi entries.\n";
LPCWSTR EntriesAriL = L";; okuri-ari entries.\n";
LPCWSTR EntriesNasiL = L";; okuri-nasi entries.\n";
//変換済み検索結果
typedef std::pair< std::string, std::string > CANDIDATEBASE; //候補、注釈
typedef std::pair< CANDIDATEBASE, CANDIDATEBASE > CANDIDATE; //表示用、辞書登録用
typedef std::vector< CANDIDATE > CANDIDATES;
//検索結果
typedef std::pair< std::string, std::string > SKKDICCANDIDATE; //候補、注釈
typedef std::vector< SKKDICCANDIDATE > SKKDICCANDIDATES;
//送りありエントリのブロック
typedef std::pair< std::string, SKKDICCANDIDATES > SKKDICOKURIBLOCK; //送り仮名、候補
typedef std::vector< SKKDICOKURIBLOCK > SKKDICOKURIBLOCKS;
struct OKURIBLOCKS { //avoid C4503
SKKDICOKURIBLOCKS o;
};
typedef std::pair< std::string, OKURIBLOCKS > USEROKURIENTRY; //見出し語、送りブロック
typedef std::map< std::string, OKURIBLOCKS > USEROKURI;
//見出し語順序
typedef std::vector< std::string > KEYORDER;
//辞書
typedef std::pair< std::string, SKKDICCANDIDATES > SKKDICENTRY; //見出し語、候補
typedef std::map< std::string, SKKDICCANDIDATES > SKKDIC;
#define FORWARD_ITERATION_I(iterator, container) \
for(auto (iterator) = (container).begin(); (iterator) != (container).end(); ++(iterator))
#define FORWARD_ITERATION(iterator, container) \
for(auto (iterator) = (container).begin(); (iterator) != (container).end(); )
#define REVERSE_ITERATION_I(reverse_iterator, container) \
for(auto (reverse_iterator) = (container).rbegin(); (reverse_iterator) != (container).rend(); ++(reverse_iterator))
#define REVERSE_ITERATION(reverse_iterator, container) \
for(auto (reverse_iterator) = (container).rbegin(); (reverse_iterator) != (container).rend(); )
CONST WCHAR plus = L'+';
CONST WCHAR minus = L'-';
BOOL widechar = FALSE; // UTF-16LE
BOOL privatedic = FALSE; // 個人辞書、送りありエントリの角括弧のブロックを保持。
SKKDIC skkdic_a; //辞書 送りありエントリ
SKKDIC skkdic_n; //辞書 送りなしエントリ
USEROKURI userokuri; //送りブロック
KEYORDER complements; //送りなしエントリ 見出し語順序
KEYORDER accompaniments; //送りありエントリ 見出し語順序
void usage();
void AddDic(int okuri, const std::string &searchkey, const std::string &candidate, const std::string &annotation);
void DelDic(int okuri, const std::string &searchkey, const std::string &candidate);
void AddKeyOrder(const std::string &searchkey, KEYORDER &keyorder);
void DelKeyOrder(const std::string &searchkey, KEYORDER &keyorder);
void AddOkuriBlock(const std::string &key, const SKKDICCANDIDATES &sc, SKKDICOKURIBLOCKS &so);
BOOL LoadSKKDic(CONST WCHAR op, LPCWSTR path);
std::wstring cesu8_string_to_wstring(const std::string &s);
void WriteSKKDicEntry(FILE *fp, const std::string &key, const SKKDICCANDIDATES &sc, const SKKDICOKURIBLOCKS &so);
BOOL SaveSKKDic(LPCWSTR path);
char *fgets8(char *buffer, int count, FILE *fp);
int ReadSKKDicLine(FILE *fp, int &okuri, std::string &key, SKKDICCANDIDATES &c, SKKDICOKURIBLOCKS &o);
void ParseSKKDicCandiate(const std::string &s, SKKDICCANDIDATES &c);
void ParseSKKDicOkuriBlock(const std::string &s, SKKDICOKURIBLOCKS &o);
std::string ParseConcat(const std::string &s);
std::string MakeConcat(const std::string &s);
int wmain(int argc, wchar_t* argv[])
{
WCHAR op;
int oi = 1;
_wsetlocale(LC_ALL, L"");
if(argc < 3)
{
usage();
return -1;
}
for (int i = 1; i <= 2; i++)
{
if ((argv[i][0] == L'-' || argv[i][0] == L'/') && argv[i][1] != L'\0')
{
if (towupper(argv[i][1]) == L'W')
{
widechar = TRUE;
++oi;
}
else if (towupper(argv[i][1]) == L'O')
{
privatedic = TRUE;
++oi;
}
}
}
for(int i = oi; i < argc - 1; i += 2)
{
if(i != oi)
{
if((wcslen(argv[i - 1]) != 1) || ((argv[i - 1][0] != plus) && (argv[i - 1][0] != minus)))
{
fwprintf(stderr, L"found illegal string : %s\n", argv[i - 1]);
return -1;
}
}
}
for(int i = oi; i < argc - 1; i += 2)
{
if(i == oi)
{
op = plus;
}
else
{
op = argv[i - 1][0];
}
if(LoadSKKDic(op, argv[i]) == FALSE)
{
return -1;
}
}
if(SaveSKKDic(argv[argc - 1]) == FALSE)
{
return -1;
}
return 0;
}
void usage()
{
fwprintf(stderr, L"\nmeskkdic %s\n\n", VERSION);
fwprintf(stderr, L"usage : meskkdic [-W] [-O] <input file 1> [[+-] <input file 2> ...] <output file>\n");
}
void AddDic(int okuri, const std::string &searchkey, const std::string &candidate, const std::string &annotation)
{
LPCSTR seps = ",";
std::string annotation_esc, annotation_seps;
std::regex re;
SKKDICENTRY userdicentry;
USEROKURIENTRY userokurientry;
SKKDICCANDIDATES okurics;
if(searchkey.empty() || candidate.empty())
{
return;
}
if(!annotation.empty())
{
annotation_seps = seps + ParseConcat(annotation) + seps;
}
auto &skkdic = (okuri == 0 ? skkdic_n : skkdic_a);
auto skkdic_itr = skkdic.find(searchkey);
if(skkdic_itr == skkdic.end())
{
userdicentry.first = searchkey;
userdicentry.second.push_back(SKKDICCANDIDATE(candidate, annotation_seps));
skkdic.insert(userdicentry);
}
else
{
bool exist = false;
FORWARD_ITERATION_I(sc_itr, skkdic_itr->second)
{
if(sc_itr->first == candidate)
{
exist = true;
annotation_esc = ParseConcat(sc_itr->second);
if(annotation_esc.find(annotation_seps) == std::string::npos)
{
if(annotation_esc.empty())
{
sc_itr->second.assign(MakeConcat(annotation_seps));
}
else
{
annotation_esc.append(ParseConcat(annotation) + seps);
sc_itr->second.assign(MakeConcat(annotation_esc));
}
}
break;
}
}
if(exist == false)
{
skkdic_itr->second.push_back(SKKDICCANDIDATE(candidate, MakeConcat(annotation_seps)));
}
}
if(privatedic)
{
AddKeyOrder(searchkey, (okuri == 0 ? complements : accompaniments));
}
}
void DelDic(int okuri, const std::string &searchkey, const std::string &candidate)
{
auto &skkdic = (okuri == 0 ? skkdic_n : skkdic_a);
auto skkdic_itr = skkdic.find(searchkey);
if(skkdic_itr != skkdic.end())
{
FORWARD_ITERATION_I(sc_itr, skkdic_itr->second)
{
if(sc_itr->first == candidate)
{
skkdic_itr->second.erase(sc_itr);
break;
}
}
if(skkdic_itr->second.empty())
{
skkdic.erase(skkdic_itr);
if(privatedic)
{
DelKeyOrder(searchkey, (okuri == 0 ? complements : accompaniments));
}
}
}
if(privatedic)
{
//送りブロック
auto userokuri_itr = userokuri.find(searchkey);
if(userokuri_itr != userokuri.end())
{
FORWARD_ITERATION(so_itr, userokuri_itr->second.o)
{
FORWARD_ITERATION(sc_itr, so_itr->second)
{
if(sc_itr->first == candidate)
{
sc_itr = so_itr->second.erase(sc_itr);
}
else
{
++sc_itr;
}
}
if(so_itr->second.empty())
{
so_itr = userokuri_itr->second.o.erase(so_itr);
}
else
{
++so_itr;
}
}
if(userokuri_itr->second.o.empty())
{
userokuri.erase(userokuri_itr);
}
}
}
}
void AddKeyOrder(const std::string &searchkey, KEYORDER &keyorder)
{
keyorder.push_back(searchkey);
}
void DelKeyOrder(const std::string &searchkey, KEYORDER &keyorder)
{
if(!keyorder.empty())
{
FORWARD_ITERATION_I(keyorder_itr, keyorder)
{
if(searchkey == *keyorder_itr)
{
keyorder.erase(keyorder_itr);
break;
}
}
}
}
void AddOkuriBlock(const std::string &key, const SKKDICCANDIDATES &sc, SKKDICOKURIBLOCKS &so)
{
USEROKURIENTRY userokurientry;
//送り仮名が重複したら1つにまとめる
FORWARD_ITERATION_I(so_itr, so)
{
for(auto so_itr1 = so_itr + 1; so_itr1 != so.end();)
{
if(so_itr->first == so_itr1->first)
{
FORWARD_ITERATION_I(sc_itr1, so_itr1->second)
{
bool exist = false;
FORWARD_ITERATION_I(sc_itr, so_itr->second)
{
if(sc_itr->first == sc_itr1->first)
{
exist = true;
break;
}
}
if(!exist)
{
so_itr->second.push_back(*sc_itr1);
}
}
so_itr1 = so.erase(so_itr1);
}
else
{
++so_itr1;
}
}
}
//候補にない送りブロックの候補を除外
FORWARD_ITERATION(so_itr, so)
{
FORWARD_ITERATION(soc_itr, so_itr->second)
{
bool exist = false;
FORWARD_ITERATION_I(sc_itr, sc)
{
if(soc_itr->first == sc_itr->first)
{
exist = true;
break;
}
}
if(!exist)
{
soc_itr = so_itr->second.erase(soc_itr);
}
else
{
++soc_itr;
}
}
if(so_itr->second.empty())
{
so_itr = so.erase(so_itr);
}
else
{
++so_itr;
}
}
//送りブロックに追加
if(!so.empty())
{
auto userokuri_itr = userokuri.find(key);
if(userokuri_itr == userokuri.end())
{
userokurientry.first = key;
userokurientry.second.o = so;
userokuri.insert(userokurientry);
}
else
{
FORWARD_ITERATION_I(so_itr, so)
{
bool exist_o = false;
FORWARD_ITERATION_I(o_itr, userokuri_itr->second.o)
{
if(o_itr->first == so_itr->first)
{
exist_o = true;
FORWARD_ITERATION_I(c_itr, so_itr->second)
{
bool exist_c = false;
FORWARD_ITERATION_I(oc_itr, o_itr->second)
{
if(oc_itr->first == c_itr->first)
{
exist_c = true;
break;
}
}
if(!exist_c)
{
o_itr->second.push_back(*c_itr);
}
}
break;
}
}
if(!exist_o)
{
userokuri_itr->second.o.push_back(*so_itr);
}
}
}
}
}
BOOL LoadSKKDic(CONST WCHAR op, LPCWSTR path)
{
FILE *fp;
std::string key, empty;
int okuri = 0; // default okuri-nasi
int rl;
SKKDICCANDIDATES sc;
SKKDICOKURIBLOCKS so;
_wfopen_s(&fp, path, (widechar ? modeRL : modeR));
if(fp == nullptr)
{
fwprintf(stderr, L"cannot open file : %s\n", path);
return FALSE;
}
if (widechar == FALSE)
{
// skip BOM
UCHAR bom[3] = { 0,0,0 };
fread(&bom, sizeof(bom), 1, fp);
if (bom[0] != 0xEF || bom[1] != 0xBB || bom[2] != 0xBF)
{
fseek(fp, 0, SEEK_SET);
}
}
while(true)
{
rl = ReadSKKDicLine(fp, okuri, key, sc, so);
if(rl == -1)
{
break;
}
else if(rl == 1)
{
continue;
}
if(sc.empty())
{
continue;
}
switch(op)
{
case plus:
FORWARD_ITERATION_I(sc_itr, sc)
{
AddDic(okuri, key, sc_itr->first, sc_itr->second);
}
if(privatedic && okuri == 1)
{
AddOkuriBlock(key, sc, so);
}
break;
case minus:
FORWARD_ITERATION_I(sc_itr, sc)
{
DelDic(okuri, key, sc_itr->first);
}
break;
default:
break;
}
}
fclose(fp);
return TRUE;
}
std::wstring cesu8_string_to_wstring(const std::string &s)
{
std::wstring ws;
size_t length = s.length();
for (size_t i = 0; i < length; i++)
{
UCHAR u0 = (UCHAR)s[i];
// CESU-8
if (u0 <= 0x7F)
{
WCHAR w = (WCHAR)(u0 & 0x7F);
ws.push_back(w);
}
else if (u0 >= 0xC2 && u0 <= 0xDF)
{
if (i + 1 >= length) break;
UCHAR u1 = (UCHAR)s[i + 1];
WCHAR w =
((WCHAR)(u0 & 0x1F) << 6) |
((WCHAR)(u1 & 0x3F));
ws.push_back(w);
i += 1;
}
else if (u0 >= 0xE0 && u0 <= 0xEF)
{
if (i + 2 >= length) break;
UCHAR u1 = (UCHAR)s[i + 1];
UCHAR u2 = (UCHAR)s[i + 2];
WCHAR w =
((WCHAR)(u0 & 0x0F) << 12) |
((WCHAR)(u1 & 0x3F) << 6) |
((WCHAR)(u2 & 0x3F));
ws.push_back(w);
i += 2;
}
}
return ws;
}
void WriteSKKDicEntry(FILE *fp, const std::string &key, const SKKDICCANDIDATES &sc, const SKKDICOKURIBLOCKS &so)
{
std::string line, annotation_esc;
line = key + " /";
FORWARD_ITERATION_I(sc_itr, sc)
{
line += sc_itr->first;
if(sc_itr->second.size() > 2)
{
annotation_esc = ParseConcat(sc_itr->second);
line += ";" + MakeConcat(annotation_esc.substr(1, annotation_esc.size() - 2));
}
line += "/";
}
if(privatedic)
{
FORWARD_ITERATION_I(so_itr, so)
{
line += "[" + so_itr->first + "/";
FORWARD_ITERATION_I(sc_itr, so_itr->second)
{
line += sc_itr->first + "/";
}
line += "]/";
}
}
if (widechar)
{
fwprintf(fp, L"%s\n", cesu8_string_to_wstring(line).c_str());
}
else
{
fprintf(fp, "%s\n", line.c_str());
}
}
BOOL SaveSKKDic(LPCWSTR path)
{
FILE *fp;
SKKDICOKURIBLOCKS so;
_wfopen_s(&fp, path, (widechar ? modeWL : modeW));
if(fp == nullptr)
{
fwprintf(stderr, L"cannot open file : %s\n", path);
return FALSE;
}
//送りありエントリ
if (widechar)
{
fwprintf(fp, L"%s", EntriesAriL);
}
else
{
fprintf(fp, "%s", EntriesAri);
}
if(privatedic)
{
FORWARD_ITERATION_I(keyorder_itr, accompaniments)
{
auto skkdic_itr = skkdic_a.find(*keyorder_itr);
if(skkdic_itr != skkdic_a.end())
{
so.clear();
auto userokuri_itr = userokuri.find(*keyorder_itr);
if(userokuri_itr != userokuri.end())
{
so = userokuri_itr->second.o;
}
WriteSKKDicEntry(fp, skkdic_itr->first, skkdic_itr->second, so);
skkdic_a.erase(skkdic_itr);
}
}
}
else
{
REVERSE_ITERATION_I(skkdic_ritr, skkdic_a)
{
WriteSKKDicEntry(fp, skkdic_ritr->first, skkdic_ritr->second, so);
}
}
so.clear();
//送りなしエントリ
if (widechar)
{
fwprintf(fp, L"%s", EntriesNasiL);
}
else
{
fprintf(fp, "%s", EntriesNasi);
}
if(privatedic)
{
FORWARD_ITERATION_I(keyorder_itr, complements)
{
auto skkdic_itr = skkdic_n.find(*keyorder_itr);
if(skkdic_itr != skkdic_n.end())
{
WriteSKKDicEntry(fp, skkdic_itr->first, skkdic_itr->second, so);
skkdic_n.erase(skkdic_itr);
}
}
}
else
{
FORWARD_ITERATION_I(skkdic_itr, skkdic_n)
{
WriteSKKDicEntry(fp, skkdic_itr->first, skkdic_itr->second, so);
}
}
fclose(fp);
return TRUE;
}
char *fgets8(char *buffer, int count, FILE *fp)
{
if (widechar)
{
WCHAR wbuf[WBUFSIZE] = {};
char *ret = nullptr;
int n = 0;
if (fgetws(wbuf, WBUFSIZE, fp) != nullptr)
{
for (int i = 0; i < WBUFSIZE; i++)
{
// CESU-8 for sorting in UTF-16
if (wbuf[i] <= L'\u007F')
{
if (n + 1 >= count) break;
buffer[n++] = (UCHAR)wbuf[i] & 0x7F;
if (wbuf[i] == L'\0')
{
ret = buffer;
break;
}
}
else if (wbuf[i] <= L'\u07FF')
{
if (n + 2 >= count) break;
buffer[n++] = (UCHAR)0xC0 | (UCHAR)((wbuf[i] >> 6) & 0x1F);
buffer[n++] = (UCHAR)0x80 | (UCHAR)(wbuf[i] & 0x3F);
}
else
{
if (n + 3 >= count) break;
buffer[n++] = (UCHAR)0xE0 | (UCHAR)((wbuf[i] >> 12) & 0x0F);
buffer[n++] = (UCHAR)0x80 | (UCHAR)((wbuf[i] >> 6) & 0x3F);
buffer[n++] = (UCHAR)0x80 | (UCHAR)(wbuf[i] & 0x3F);
}
}
return ret;
}
}
else
{
return fgets(buffer, count, fp);
}
return nullptr;
}
int ReadSKKDicLine(FILE *fp, int &okuri, std::string &key, SKKDICCANDIDATES &c, SKKDICOKURIBLOCKS &o)
{
CHAR buf[BUFSIZE] = {};
std::string sbuf;
c.clear();
o.clear();
while(fgets8(buf, _countof(buf), fp) != nullptr)
{
sbuf += buf;
if(!sbuf.empty() && sbuf.back() == '\n')
{
break;
}
}
if (ferror(fp) != 0)
{
return -1;
}
if(sbuf.empty())
{
return -1;
}
if(sbuf.compare(EntriesAri) == 0)
{
okuri = 1;
return 1;
}
else if(sbuf.compare(EntriesNasi) == 0)
{
okuri = 0;
return 1;
}
if(okuri == -1)
{
return 1;
}
std::string s = sbuf;
static const std::string fmt("");
static const std::regex rectrl("[\\x00-\\x19]");
s = std::regex_replace(s, rectrl, fmt);
if(okuri == 1)
{
if(privatedic)
{
ParseSKKDicOkuriBlock(s, o);
}
//送りブロックを除去
static const std::regex reblock("\\[[^\\[\\]]+?/[^\\[\\]]+?/\\]/");
s = std::regex_replace(s, reblock, fmt);
}
size_t is = s.find("\x20/");
if(is == std::string::npos)
{
return 1;
}
size_t ie = s.find_last_not_of('\x20', is);
if(ie == std::string::npos)
{
return 1;
}
if(s.find_last_of('\x20', ie) != std::string::npos)
{
return 1;
}
key = s.substr(0, ie + 1);
s = s.substr(is + 1);
ParseSKKDicCandiate(s, c);
return 0;
}
void ParseSKKDicCandiate(const std::string &s, SKKDICCANDIDATES &c)
{
size_t i, is, ie, ia;
std::string candidate, annotation;
i = 0;
while(i < s.size())
{
is = s.find_first_of('/', i);
ie = s.find_first_of('/', is + 1);
if(ie == std::string::npos)
{
break;
}
candidate = s.substr(i + 1, ie - is - 1);
i = ie;
ia = candidate.find_first_of(';');
if(ia == std::string::npos)
{
annotation.clear();
}
else
{
annotation = candidate.substr(ia + 1);
candidate = candidate.substr(0, ia);
}
if(!candidate.empty())
{
c.push_back(SKKDICCANDIDATE(candidate, annotation));
}
}
}
void ParseSKKDicOkuriBlock(const std::string &s, SKKDICOKURIBLOCKS &o)
{
std::string so, okurik, okuric, fmt;
std::smatch m;
SKKDICCANDIDATES okurics;
so = s;
static const std::regex reblock("\\[([^\\[\\]]+?)(/[^\\[\\]]+?/)\\]/");
while(std::regex_search(so, m, reblock))
{
okurics.clear();
fmt.assign("$1");
okurik = std::regex_replace(m.str(), reblock, fmt);
fmt.assign("$2");
okuric = std::regex_replace(m.str(), reblock, fmt);
ParseSKKDicCandiate(okuric, okurics);
std::reverse(okurics.begin(), okurics.end());
o.insert(o.begin(), std::make_pair(okurik, okurics));
so = m.suffix().str();
}
}
std::string ParseConcat(const std::string &s)
{
std::string ret, fmt, numstr, numtmpstr;
std::regex re;
std::smatch res;
ULONG u;
LPCSTR bsrep = "\xff";
ret = s;
static const std::regex reconcat("^\\(\\s*concat\\s+\"(.+)\"\\s*\\)$");
if(std::regex_search(ret, reconcat))
{
fmt.assign("$1");
ret = std::regex_replace(ret, reconcat, fmt);
re.assign("\"\\s+\"");
fmt.assign("");
ret = std::regex_replace(ret, re, fmt);
//バックスラッシュ
re.assign("\\\\\\\\");
fmt.assign(bsrep);
ret = std::regex_replace(ret, re, fmt);
//二重引用符
re.assign("\\\\\\\"");
fmt.assign("\\\"");
ret = std::regex_replace(ret, re, fmt);
//空白文字
re.assign("\\\\s");
fmt.assign("\x20");
ret = std::regex_replace(ret, re, fmt);
//制御文字など
re.assign("\\\\[abtnvfred ]");
fmt.assign("");
ret = std::regex_replace(ret, re, fmt);
//8進数表記の文字
re.assign("\\\\[0-3][0-7]{2}");
while(std::regex_search(ret, res, re))
{
numstr += res.prefix();
numtmpstr = res.str();
numtmpstr[0] = L'0';
u = strtoul(numtmpstr.c_str(), nullptr, 0);
if(u >= '\x20' && u <= '\x7E')
{
numstr.append(1, (CHAR)u);
}
ret = res.suffix().str();
}
ret = numstr + ret;
//意味なしエスケープ
re.assign("\\\\");
fmt.assign("");
ret = std::regex_replace(ret, re, fmt);
//バックスラッシュ
re.assign(bsrep);
fmt.assign("\\");
ret = std::regex_replace(ret, re, fmt);
}
return ret;
}
std::string MakeConcat(const std::string &s)
{
std::string ret, fmt;
std::regex re;
ret = s;
// "/" -> \057, ";" -> \073
static const std::regex respcch("[/;]");
if(std::regex_search(ret, respcch))
{
// "\"" -> "\\\"", "\\" -> "\\\\"
re.assign("([\\\"\\\\])");
fmt.assign("\\$1");
ret = std::regex_replace(ret, re, fmt);
re.assign("/");
fmt.assign("\\057");
ret = std::regex_replace(ret, re, fmt);
re.assign(";");
fmt.assign("\\073");
ret = std::regex_replace(ret, re, fmt);
ret = "(concat \"" + ret + "\")";
}
return ret;
}
| [
"nathancorvussolis@gmail.com"
] | nathancorvussolis@gmail.com |
3e032ecf032e83aa255e40d0e1afb80a87842a0d | 07adc29297803702ac521f7bfd9d0b0fe91fd695 | /build/moc_miningpage.cpp | c1cf41d5abf95b30787583ec7ff8f0731ae45efc | [
"MIT"
] | permissive | nucoin/nucoin | 732b036e3492afe7cf3956d945299b93dc3ba3f0 | 959d4e34fc0230e418bc7c8d2c3b96d54ca6c0bc | refs/heads/master | 2021-01-20T02:47:49.256315 | 2013-06-06T04:19:48 | 2013-06-06T04:19:48 | 10,323,751 | 1 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 5,075 | cpp | /****************************************************************************
** Meta object code from reading C++ file 'miningpage.h'
**
** Created: Tue May 28 23:23:39 2013
** by: The Qt Meta Object Compiler version 63 (Qt 4.8.1)
**
** WARNING! All changes made in this file will be lost!
*****************************************************************************/
#include "../src/qt/miningpage.h"
#if !defined(Q_MOC_OUTPUT_REVISION)
#error "The header file 'miningpage.h' doesn't include <QObject>."
#elif Q_MOC_OUTPUT_REVISION != 63
#error "This file was generated using the moc from 4.8.1. It"
#error "cannot be used with the include files from this version of Qt."
#error "(The moc has changed too much.)"
#endif
QT_BEGIN_MOC_NAMESPACE
static const uint qt_meta_data_MiningPage[] = {
// content:
6, // revision
0, // classname
0, 0, // classinfo
17, 14, // methods
0, 0, // properties
0, 0, // enums/sets
0, 0, // constructors
0, // flags
0, // signalCount
// slots: signature, parameters, type, tag, flags
12, 11, 11, 11, 0x0a,
27, 11, 11, 11, 0x0a,
45, 11, 11, 11, 0x0a,
62, 11, 11, 11, 0x0a,
76, 11, 11, 11, 0x0a,
91, 11, 11, 11, 0x0a,
109, 106, 11, 11, 0x0a,
143, 11, 11, 11, 0x0a,
158, 11, 11, 11, 0x0a,
193, 11, 11, 11, 0x0a,
209, 11, 11, 11, 0x0a,
237, 11, 229, 11, 0x0a,
261, 254, 11, 11, 0x0a,
288, 254, 11, 11, 0x0a,
343, 11, 319, 11, 0x0a,
365, 359, 11, 11, 0x0a,
390, 382, 11, 11, 0x0a,
0 // eod
};
static const char qt_meta_stringdata_MiningPage[] = {
"MiningPage\0\0startPressed()\0startPoolMining()\0"
"stopPoolMining()\0updateSpeed()\0"
"loadSettings()\0saveSettings()\0,,\0"
"reportToList(QString,int,QString)\0"
"minerStarted()\0minerError(QProcess::ProcessError)\0"
"minerFinished()\0readProcessOutput()\0"
"QString\0getTime(QString)\0enable\0"
"enableMiningControls(bool)\0"
"enablePoolMiningControls(bool)\0"
"ClientModel::MiningType\0getMiningType()\0"
"index\0typeChanged(int)\0checked\0"
"debugToggled(bool)\0"
};
void MiningPage::qt_static_metacall(QObject *_o, QMetaObject::Call _c, int _id, void **_a)
{
if (_c == QMetaObject::InvokeMetaMethod) {
Q_ASSERT(staticMetaObject.cast(_o));
MiningPage *_t = static_cast<MiningPage *>(_o);
switch (_id) {
case 0: _t->startPressed(); break;
case 1: _t->startPoolMining(); break;
case 2: _t->stopPoolMining(); break;
case 3: _t->updateSpeed(); break;
case 4: _t->loadSettings(); break;
case 5: _t->saveSettings(); break;
case 6: _t->reportToList((*reinterpret_cast< QString(*)>(_a[1])),(*reinterpret_cast< int(*)>(_a[2])),(*reinterpret_cast< QString(*)>(_a[3]))); break;
case 7: _t->minerStarted(); break;
case 8: _t->minerError((*reinterpret_cast< QProcess::ProcessError(*)>(_a[1]))); break;
case 9: _t->minerFinished(); break;
case 10: _t->readProcessOutput(); break;
case 11: { QString _r = _t->getTime((*reinterpret_cast< QString(*)>(_a[1])));
if (_a[0]) *reinterpret_cast< QString*>(_a[0]) = _r; } break;
case 12: _t->enableMiningControls((*reinterpret_cast< bool(*)>(_a[1]))); break;
case 13: _t->enablePoolMiningControls((*reinterpret_cast< bool(*)>(_a[1]))); break;
case 14: { ClientModel::MiningType _r = _t->getMiningType();
if (_a[0]) *reinterpret_cast< ClientModel::MiningType*>(_a[0]) = _r; } break;
case 15: _t->typeChanged((*reinterpret_cast< int(*)>(_a[1]))); break;
case 16: _t->debugToggled((*reinterpret_cast< bool(*)>(_a[1]))); break;
default: ;
}
}
}
const QMetaObjectExtraData MiningPage::staticMetaObjectExtraData = {
0, qt_static_metacall
};
const QMetaObject MiningPage::staticMetaObject = {
{ &QWidget::staticMetaObject, qt_meta_stringdata_MiningPage,
qt_meta_data_MiningPage, &staticMetaObjectExtraData }
};
#ifdef Q_NO_DATA_RELOCATION
const QMetaObject &MiningPage::getStaticMetaObject() { return staticMetaObject; }
#endif //Q_NO_DATA_RELOCATION
const QMetaObject *MiningPage::metaObject() const
{
return QObject::d_ptr->metaObject ? QObject::d_ptr->metaObject : &staticMetaObject;
}
void *MiningPage::qt_metacast(const char *_clname)
{
if (!_clname) return 0;
if (!strcmp(_clname, qt_meta_stringdata_MiningPage))
return static_cast<void*>(const_cast< MiningPage*>(this));
return QWidget::qt_metacast(_clname);
}
int MiningPage::qt_metacall(QMetaObject::Call _c, int _id, void **_a)
{
_id = QWidget::qt_metacall(_c, _id, _a);
if (_id < 0)
return _id;
if (_c == QMetaObject::InvokeMetaMethod) {
if (_id < 17)
qt_static_metacall(this, _c, _id, _a);
_id -= 17;
}
return _id;
}
QT_END_MOC_NAMESPACE
| [
"root@hal-VirtualBox.(none)"
] | root@hal-VirtualBox.(none) |
82371f75999ade15f2c9dba48334353b0559c7b2 | af81384e981c8fe7bdf72063589ff495cb49d736 | /PAT1020/PAT1020.cpp | 46e08ddcbe62e2c40c79fcdfeb17b98f492efcf7 | [] | no_license | xue-fc/PAT | 2e5ddb46c17d19a1c3c710eb60bb5c84d61c63ad | 7c1e5d4fd08e244a0c34e55f2722983d12d5869a | refs/heads/main | 2023-03-21T17:43:13.572820 | 2021-03-17T11:32:09 | 2021-03-17T11:32:09 | 334,001,482 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,562 | cpp | /*
复习一下
*/
#include<iostream>
#include<cstring>
#include<string>
#include<vector>
#include<algorithm>
#include<queue>
#include<map>
using namespace std;
const int MAX = 10000;
void helper(vector<int> po, vector<int> io,int root);
vector<int> tree = vector<int>(1000,-1);
int main(){
int N;
vector<int> po,io;
cin>>N;
for(int i=0;i<N;i++){
int tmp;
cin >> tmp;
po.push_back(tmp);
}
for(int i=0;i<N;i++){
int tmp;
cin >> tmp;
io.push_back(tmp);
}
helper(po,io,0);
int i = 0;
while(N>0){
if(tree[i]!=-1)
{
cout<<tree[i]<<((N==1) ? "" : " ");
N--;
}
i++;
}
return 0;
}
void helper(vector<int> po, vector<int> io,int root){
if(po.empty() || io.empty() || root >= tree.size()){
return;
}
vector<int>::iterator it = po.end();
vector<int>::iterator it2 = po.begin();
it--;
tree[root] = *it;
vector<int>::iterator split = find(io.begin(),io.end(),*it);//分割io为两个子树，split是根
for(;it2!=po.end();it2++){
it = find(io.begin(),split,*it2);
if(it == split)
break;
}//it2是分割po的位置，是右子树第一个
vector<int> tpo_l = vector<int>(po.begin(),it2);
vector<int> tpo_r = vector<int>(it2,po.end()-1);
vector<int> tio_l = vector<int>(io.begin(),split);
split++;
vector<int> tio_r = vector<int>(split,io.end());
helper(tpo_l,tio_l,root*2 + 1);
helper(tpo_r,tio_r,root*2 + 2);
}
| [
"xue-fc@126.com"
] | xue-fc@126.com |
d4f6be3d5af5836c845bca99c1b76b9f28f416c6 | 92511c42f7dbbd25bee65acbf3e9201fee951809 | /WebKit2/Shared/Plugins/Netscape/win/NetscapePluginModuleWin.cpp | f969ba4c180982dc91a7a2ba99c66c5f8ee1a728 | [] | no_license | Andersbakken/WebKit-mirror | 25dc0201d89317a35d8412412ffcdfc6eb1728db | 50a5de375699902792f045e4526f2851b967899d | refs/heads/master | 2020-12-24T16:16:26.660532 | 2010-12-31T17:58:35 | 2010-12-31T17:58:35 | 703,513 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,729 | cpp | /*
* Copyright (C) 2010 Apple Inc. All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED BY APPLE INC. AND ITS CONTRIBUTORS ``AS IS''
* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
* THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL APPLE INC. OR ITS CONTRIBUTORS
* BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF
* THE POSSIBILITY OF SUCH DAMAGE.
*/
#include "NetscapePluginModule.h"
#include <WebCore/FileSystem.h>
#include <wtf/OwnArrayPtr.h>
using namespace WebCore;
namespace WebKit {
static String getVersionInfo(const LPVOID versionInfoData, const String& info)
{
LPVOID buffer;
UINT bufferLength;
String subInfo = "\\StringfileInfo\\040904E4\\" + info;
if (!::VerQueryValueW(versionInfoData, const_cast<UChar*>(subInfo.charactersWithNullTermination()), &buffer, &bufferLength) || !bufferLength)
return String();
// Subtract 1 from the length; we don't want the trailing null character.
return String(reinterpret_cast<UChar*>(buffer), bufferLength - 1);
}
static uint64_t fileVersion(DWORD leastSignificant, DWORD mostSignificant)
{
ULARGE_INTEGER version;
version.LowPart = leastSignificant;
version.HighPart = mostSignificant;
return version.QuadPart;
}
bool NetscapePluginModule::getPluginInfo(const String& pluginPath, PluginInfoStore::Plugin& plugin)
{
String pathCopy = pluginPath;
DWORD versionInfoSize = ::GetFileVersionInfoSizeW(pathCopy.charactersWithNullTermination(), 0);
if (!versionInfoSize)
return false;
OwnArrayPtr<char> versionInfoData(new char[versionInfoSize]);
if (!::GetFileVersionInfoW(pathCopy.charactersWithNullTermination(), 0, versionInfoSize, versionInfoData.get()))
return false;
String name = getVersionInfo(versionInfoData.get(), "ProductName");
String description = getVersionInfo(versionInfoData.get(), "FileDescription");
if (name.isNull() || description.isNull())
return false;
VS_FIXEDFILEINFO* info;
UINT infoSize;
if (!::VerQueryValueW(versionInfoData.get(), L"\\", reinterpret_cast<void**>(&info), &infoSize) || infoSize < sizeof(VS_FIXEDFILEINFO))
return false;
Vector<String> types;
getVersionInfo(versionInfoData.get(), "MIMEType").split('|', types);
Vector<String> extensionLists;
getVersionInfo(versionInfoData.get(), "FileExtents").split('|', extensionLists);
Vector<String> descriptions;
getVersionInfo(versionInfoData.get(), "FileOpenName").split('|', descriptions);
Vector<MimeClassInfo> mimes(types.size());
for (size_t i = 0; i < types.size(); i++) {
String type = types[i].lower();
String description = i < descriptions.size() ? descriptions[i] : "";
String extensionList = i < extensionLists.size() ? extensionLists[i] : "";
Vector<String> extensionsVector;
extensionList.split(',', extensionsVector);
// Get rid of the extension list that may be at the end of the description string.
int pos = description.find("(*");
if (pos != -1) {
// There might be a space that we need to get rid of.
if (pos > 1 && description[pos - 1] == ' ')
pos--;
description = description.left(pos);
}
mimes[i].type = type;
mimes[i].desc = description;
mimes[i].extensions.swap(extensionsVector);
}
plugin.path = pluginPath;
plugin.info.desc = description;
plugin.info.name = name;
plugin.info.file = pathGetFileName(pluginPath);
plugin.info.mimes.swap(mimes);
plugin.fileVersion = fileVersion(info->dwFileVersionLS, info->dwFileVersionMS);
return true;
}
void NetscapePluginModule::determineQuirks()
{
}
} // namespace WebKit
| [
"andersca@apple.com@268f45cc-cd09-0410-ab3c-d52691b4dbfc"
] | andersca@apple.com@268f45cc-cd09-0410-ab3c-d52691b4dbfc |
3aa727b5a6b9ce1f17ec3d081f41a9e697bf4257 | 085d0d0e8655dc35a22214ffb63f4d157b61bfb0 | /7.7/A.cpp | 6637add2727c2a61cdb181b06443f53e6aeed24a | [] | no_license | songzhaozhe/ACM | 9cacd339d9d27377147c475fb87c3f3e6129ebc3 | 27679ce2f8b179991d1f68d57c66d5d8d9ab202d | refs/heads/master | 2021-01-18T14:28:49.151889 | 2015-09-12T05:45:36 | 2015-09-12T05:45:36 | 39,827,610 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 696 | cpp | #include<iostream>
#include<cstdio>
#include<cstdlib>
#include<cstring>
#include<string>
#include<cmath>
#include<map>
#include<queue>
#include<vector>
#define LL long long
using namespace std;
const int maxn=20010;
const int INF=199999999;
int a[6],sum=0,maxx=0,minn=INF;
int main()
{
int i;
for(i=0;i<6;++i)
{
scanf("%d",&a[i]);
maxx=max(a[i],maxx);
minn=min(minn,a[i]);
sum+=a[i];
}
while(!(a[0]==0&&a[1]==0&&a[2]==0&&a[3]==0&&a[4]==0&&a[5]==0))
{
double ans=1.0*(sum-maxx-minn)/4;
cout<<ans<<'\n';
sum=0;
maxx=0;
minn=INF;
for(i=0;i<6;++i)
{
scanf("%d",&a[i]);
maxx=max(a[i],maxx);
minn=min(minn,a[i]);
sum+=a[i];
}
}
return 0;
}
| [
"songzhaozhe@126.com"
] | songzhaozhe@126.com |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.