int setTextureB(char *map_Kd){
GLuint texName11;
//LOGE("Could not link program:\n%d\n", 155);
char folder[]="./sdcard/textureFiles/\n";
char *filePath=combineChars(folder,map_Kd);
char * chars=getCharsofFile(filePath);
texName11=setTexture(&chars);
return texName11;
}
GLuint Graph::setTextureB(char *map_Kd){
GLuint texName11;
// LOGI("setTextureB:%d", 155);
char folder[]="./sdcard/textureFiles/";
char *filgpath=combineChars(folder,map_Kd);
char * chars=getCharsofFile(filgpath);
texName11=setTexture(&chars);
return texName11;
}
void loadModel2(EntityData *ep,char * fileName){
//jiliye3_1.ly//"my_scene1_7.ly"
char folder[]="./sdcard/lyfile/\n";
char * filePath=combineChars(folder,fileName);
ep->fileData=getCharsofFile(filePath);
//ep->fileData=chars;
if(*(ep->fileData)++!=76) return;
getMtls2(&(ep->fileData),ep);
}
void Graph::loadModel(GraphData *gp,char * fileNamei)
{
// LOGI("Graph1");
//jiliye3_1.ly//"my_scene1_7.ly"
char folder[]="./sdcard/lyfile/";
char * filgpath=combineChars(folder,fileName);
LOGI("Graph2:%s",filgpath);
gp->fileData=getCharsofFile(filgpath);
//gp->fileData=chars;
if(*(gp->fileData)++!=76) return;
getMtls(&(gp->fileData),gp);
}
void loadAnimation(EntityData *ep,char * fileName){
// LOGI("loadAnimation\n");
char folder[]="./sdcard/animationFile/\n";
char * filePath=combineChars(folder,fileName);
char * chars=getCharsofFile(filePath);
ep->animations=(Animation*)malloc(sizeof(*(ep->animations)));
ep->animations->frameNum=(int*)chars;
// LOGI("frameNum %d\n", *(ep->animations->frameNum));
chars+=4;
ep->animations->frameTime=(float*)chars;
// LOGI("frameTime %f\n", *(ep->animations->frameTime));
chars+=4*(*(ep->animations->frameNum));
ep->animations->jointNum=(int*)chars;
// LOGI("jointNum %d\n", *(ep->animations->jointNum));
chars+=4;
ep->animations->joints=(Joint*)malloc(sizeof(Joint)*(*(ep->animations->jointNum)));
for(int i=0;i<*(ep->animations->jointNum);i++){
ep->animations->joints[i].sn=i;
ep->animations->joints[i].posf[0]=(*((float*)chars));
chars+=4;
ep->animations->joints[i].posf[1]=(*((float*)chars));
chars+=4;
ep->animations->joints[i].posf[2]=(*((float*)chars));
chars+=4;
// LOGI("posf[0] %f\n", ep->animations->joints[i].posf[0]);
// LOGI("posf[1] %f\n", ep->animations->joints[i].posf[1]);
// LOGI("posf[2] %f\n", ep->animations->joints[i].posf[2]);
ep->animations->joints[i].Matrix=(float*)chars;
chars+=16*4*(*(ep->animations->frameNum));
}
//ep->animations->jointMatrixs=(float*)chars;
ep->animations->frame=1;
ep->animations->direction=1;
ep->animations->change_stay=1;
}
int main(int argc, char* argv[])
{
FILE *stream, *logStream;
char s[500];
int nrow=10, ncol=10;
int i,j;
double** data;
double* weight;
int** mask;
char** sampleName;
char** geneID;
char** annotation;
int* clusterid;
double** cdata;
int** cmask;
double error;
//int ifound;
int min_k=120, max_k=125;
int resampNum=5, topNum=7, seqNum=2, npass=1, seed=12345, targetClustNum=3;
double alpha=0.1, beta=0.6, subSampPercnt=0.7, remainGenePercnt=0.1;
char workingDir[200];
char dataFile[200];
char fullDataFileName[400];
char outputFileName[400];
char buffer[10];
char fullLogFileName[400];
char fullTempClustFileName[400];
char fullTempDataFileName[400]; //this is used for users to confirm that their data are read in correctly
char tempString[200];
//temp variables
//short** aveComemMatrix;
int nclusters;
int** clustIndex;
int* clustSize;
assignChars(workingDir, argv[1]);
assignChars(dataFile, argv[2]);
targetClustNum=atoi(argv[3]);
min_k=atoi(argv[4]);
max_k=atoi(argv[5]);
alpha=atof(argv[6]);
beta=atof(argv[7]);
topNum=atoi(argv[8]);
seqNum=atoi(argv[9]);
resampNum=atoi(argv[10]);
subSampPercnt=atof(argv[11]);
npass=atoi(argv[12]);
combineChars(workingDir, dataFile, fullDataFileName);
//06-03-05 modify the names of these outputfile
combineChars(fullDataFileName, ".confirmData", fullTempDataFileName);
combineChars(fullDataFileName, ".clust.stdout", fullTempClustFileName);
//outputFileName
combineChars(fullDataFileName, ".tightClust", outputFileName);
//Note: _itoa and _gcvt only works in Visual C++ in Windows
/*
combineChars(outputFileName, argv[3], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[4], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[5], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[6], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[7], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[8], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[9], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[10], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[11], outputFileName);
combineChars(outputFileName, "_", outputFileName);
combineChars(outputFileName, argv[12], outputFileName);
combineChars(outputFileName, ".txt", outputFileName);
*/ //06-03-05 simplify outputFileName
combineChars(fullDataFileName, ".temp_log_", fullLogFileName);
combineChars(fullLogFileName, argv[3], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[4], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[5], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[6], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[7], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[8], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[9], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[10], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[11], fullLogFileName);
combineChars(fullLogFileName, "_", fullLogFileName);
combineChars(fullLogFileName, argv[12], fullLogFileName);
combineChars(fullLogFileName, ".txt", fullLogFileName);
//fseek( stream, 0L, SEEK_SET );
if( (stream = fopen( fullDataFileName, "r" )) == NULL )
printf( "The data file was not opened\n" );
tab_fscanf( stream, "%s", s );
nrow=atoi(s);
tab_fscanf( stream, "%s", s );
ncol=atoi(s);
if( (logStream = fopen( fullLogFileName, "w" )) == NULL )
printf( "The log file was not opened\n" );
printf("read in %d genes and %d samples\n\n", nrow, ncol);
fprintf(logStream, "read in %d genes and %d samples\n\n", nrow, ncol);
fclose(logStream);
//temp
//aveComemMatrix = (short**)malloc((size_t)nrow*sizeof(short*));
//for(i=0; i<nrow; i++)
// aveComemMatrix[i] = (short*)malloc((size_t)nrow*sizeof(short));
clustIndex = (int**)malloc((size_t)nrow*sizeof(int*));
for(i=0; i<nrow; i++)
clustIndex[i] = (int*)malloc((size_t)nrow*sizeof(int));
clustSize= (int*)malloc((size_t)nrow*sizeof(int));
//arrange memory for sampleName, geneID and annotation
data = (double**)malloc((size_t)nrow*sizeof(double*));
for(i=0; i<nrow; i++)
data[i] = (double*)malloc((size_t)ncol*sizeof(double));
mask = (int**)malloc((size_t)nrow*sizeof(int*));
for(i=0; i<nrow; i++)
mask[i] = (int*)malloc((size_t)ncol*sizeof(int));
weight = (double*)malloc((size_t)ncol*sizeof(double));
sampleName = (char**)malloc((size_t)ncol*sizeof(char*));
for(i=0; i<ncol; i++)
sampleName[i] = (char*)malloc((size_t)maxStringLength*sizeof(char));
geneID = (char**)malloc((size_t)nrow*sizeof(char*));
for(i=0; i<nrow; i++)
geneID[i] = (char*)malloc((size_t)maxStringLength*sizeof(char));
annotation = (char**)malloc((size_t)nrow*sizeof(char*));
for(i=0; i<nrow; i++)
annotation[i] = (char*)malloc((size_t)maxStringLength*sizeof(char));
clusterid = (int*)malloc((size_t)nrow*sizeof(int));
cdata = (double**)malloc((size_t)400*sizeof(double*));
for(i=0; i<400; i++)
cdata[i] = (double*)malloc((size_t)ncol*sizeof(double));
cmask = (int**)malloc((size_t)400*sizeof(int*));
for(i=0; i<400; i++)
cmask[i] = (int*)malloc((size_t)ncol*sizeof(int));
/////////////////////////////////////////////////////
for(i=0; i<ncol; i++)
weight[i]=1;
tab_fscanf( stream, "%s", s ); //read in string "geneID"
tab_fscanf( stream, "%s", s ); //read in string "annotation"
for(i=0; i<ncol; i++)
tab_fscanf(stream, "%s", sampleName[i]); //read in sampleName
for(i=0; i<nrow; i++)
{
tab_fscanf(stream, "%s", geneID[i]);
tab_fscanf(stream, "%s", annotation[i]);
for(j=0; j<ncol; j++)
{
tab_fscanf(stream, "%s", s);
if(s[0]=='\0')
mask[i][j]=0; //missing value
else
{
data[i][j]=atof(s);
mask[i][j]=1;
}
}
}
fclose(stream);
write_double_matrix(nrow, ncol, data, fullTempDataFileName);
//select_candidateClust_alpha(3, nrow, ncol, data, mask, weight, 2, 10,
// 0.7, 7, 0, clustIndex, clustSize);
tightClust(targetClustNum, nrow, ncol, data, sampleName, geneID, annotation,
min_k, max_k, resampNum, topNum, seqNum, alpha, beta, &seed, subSampPercnt,
remainGenePercnt, clusterid, cdata, mask, weight, npass,
fullLogFileName, fullTempClustFileName);
//kcluster(25, nrow, ncol, data, mask, weight, 0, 1, 'a', 'e', clusterid, cdata, cmask, &error, &ifound);
//printf("help\n");
//06-03-05 targetClustNum+1 is discarded, the last one is not the one we want.
write_cluster_treeview(nrow, ncol, data, sampleName, geneID, annotation, targetClustNum, clusterid, outputFileName, 3, dataFile);
/*calcAveComemMatrix(25, nrow, ncol, data, mask, weight, 3, 5, 0.7, aveComemMatrix);
printf("help\n");
write_double_matrix(nrow, nrow, aveComemMatrix, "c:\\temp_aveComemMatrix.txt");
selectClust_One(aveComemMatrix, nrow, clustIndex, &nclusters, clustSize);
write_int_matrix(nclusters, nrow, clustIndex, "c:\\temp_clustIndex.txt");
printf("nclusters: %d\n", nclusters);
for(i=0; i<nclusters; i++)
printf("%d\n", clustSize[i]);
for(i=0; i<nrow; i++) clusterid[i]=100;
for(i=0; i<100; i++)
{
for(j=0; j<clustSize[i]; j++)
{
clusterid[clustIndex[i][j]]=i;
}
}
write_cluster_treeview(nrow, ncol, data, sampleName, geneID, annotation, 101, clusterid, "c:\\temp_clusteredData.txt", 3);*/
//scanf("%d", &i);
return 0;
}
void loadIniFile(moveMents *mMentsp,char * iniFilep){
char folder[]="./sdcard/\n";
char * filePath=combineChars(folder,iniFilep);
char * chars=getCharsofFile(filePath);
}