int main(){
/*Create the files to hold the abundances,dynamics, rates, and header info*/
FILE *headFP=fopen("BinaryDataFiles/header.txt","w");
FILE *abunFP=fopen("BinaryDataFiles/abundances.txt","w");
FILE *dynaFP=fopen("BinaryDataFiles/dynamics.txt","w");
FILE *rateFP=fopen("BinaryDataFiles/rates.txt","w");
/* Decalare the critical variables as well as the expansion rate H*/
double T9,h,phie,t;
/*Create the arrays for abundances and abundance changes*/
double Y[totalnnuc], dYdt[totalnnuc];
/*Initialize all variables*/
initializeAll(&T9,&h,&phie,&t,Y);
printf("Initial dynamics: Ti=%3.2e\thi=%3.2e\tphiei=%3.2e\trhob0=%e\tti=%e\n\n",T9,h,phie,rhob0,t);
fflush(stdout);
/*Initialize calculation constants*/
initializeConstants(deltaM,Z,Qvals,A,nni,nnj,nnk,nnl,reactionDetails);
/*Call the driver wrapper*/
int bbn = driver(headFP,abunFP,dynaFP,rateFP,T9,h,phie,t,Y,dYdt);
if(bbn!=-1)
printf("Simulation complete\n");
else{
printf("Error: NAN\n");
return -1;
}
fflush(stdout);
return 0;
}
ASprite::ASprite(ATexture * bigDick)
{
this->m_type=SPRITE_ENTITY;
this->m_parent=NULL;
bindTexture(bigDick);
initializeAll();
}
void ASprite::bindTexture(int textureId,int width,int height)
{
initializeGLFunctions();
m_texId = textureId;
bindDefalutProgram();
m_geometric.initParameter(width,height,
width,height,
0,0,
width,height);
initializeAll();
}
void ASprite::bindTexture(ATexture *fuckyou)
{
initializeGLFunctions();
m_texId = fuckyou->getTextureId();
bindDefalutProgram();
m_geometric.initParameter(fuckyou->width(),fuckyou->height(),
fuckyou->width(),fuckyou->height(),
0,0,
fuckyou->width(),fuckyou->height());
initializeAll();
}
void do_all_tests(void) {
initializeAll();
//various_tests();
//winAtChess();
//char *fen= "rnbq1rk1/pp3ppp/5n2/3p4/2pP4/P1B5/1P1NPPPP/R2QKB1R w KQ - 2 10";
//char *fen="rnbqkbnr/pppppppp/8/8/8/8/PPPPPPPP/RNBQKBNR w KQkq - 0 1";
//char *fen="1k6/1p5p/6p1/1P2p1P1/4P3/5K2/5P2/2q5 w - - 4 49";
char *fen="2kr4/7p/1pqb1Qp1/8/8/3R1pP1/P1r2P1P/5RK1 w - - 0 32";
runOnePosition(fen);
printf("all tests successfully completed\n");
}
void AGeometric::initParameter(int width, int height, int imageWidth,int imageHeight, int x1, int y1, int x2, int y2)
{
m_width = width;
m_height = height;
m_imageWidth = imageWidth;
m_imageHeight = imageHeight;
m_leftTopX = x1;
m_leftTopY = y1;
m_rightBottonX = x2;
m_rightBottonY = y2;
m_vboId = new GLuint[2];
initializeAll();
initRectGeometric();
}
ASprite::ASprite()
{
this->m_type=SPRITE_ENTITY;
this->m_parent=NULL;
initializeAll();
}
ASpriteActor::ASpriteActor()
{
this->m_type=SPRITE_ACTOR_ENTITY;
initializeAll();
this->m_parent=NULL;
}
