void ForceEAM::init_style()
{
// convert read-in file(s) to arrays and spline them
file2array();
array2spline();
}
double durOfTone(int filenum,double startTime){
int i;
double toneLength = 0;
double toneEnd = 0;
char file_name[64] ;
sprintf(file_name, "%dD", filenum) ;
printf("\tLine counting file %s...", file_name);
int mallocD;
mallocD = filecount(file_name);
printf("Done.\n");
double* D;
D = (double *)Malloc(mallocD * sizeof(double));
printf("\tfile2array file %s...", file_name);
file2array(file_name, D);
printf("Done.\n");
for(i =0;i<mallocD;i++)
toneLength = toneLength + D[i];
Free(D);
toneEnd = startTime + toneLength;
return toneEnd;
}
/*
備忘錄
amount=1時 回傳和該neuro有關的所有資料
*/
int main() {
int *neuroindex;
int start, end, i, amount;
char neuroListOri[22835][20], **neuroListCustom; //所有neuro, 被選擇的neuro
char file_name[50], *pData;
//----------使用者輸入----------
printf("輸入起始ZONE編號 59為GOBAL(0~59)：");
scanf("%d", &start);
do {
printf("輸入結束ZONE編號(%d~59)：",start);
scanf("%d", &end);
} while(start > end);
printf("輸入檔案名稱(<50char)：");
scanf("%s", file_name);
printf("輸入neuro數量：");
scanf("%d", &amount);
/*strcpy(file_name,"642ver.txt");
amount = 642;*/
//------------------------------
//----------malloc----------
printf("malloc start\n");
//儲存來源檔案(neuro清單)中neuro名稱的二維字元陣列
neuroListCustom = (char **)malloc(amount*sizeof(void *));
for(i=0; i<amount; i++) neuroListCustom[i] = (char *)malloc(20*sizeof(char *));
printf("malloc over\n");
//儲存來源檔案(neuro清單)中neuro名稱對應的index
neuroindex = (int *)malloc(amount*sizeof(int));
printf("malloc over\n");
//---------------------------
printf("start setOriNeuroArray\n");
setOriNeuroArray(neuroListOri);
printf("start file2array\n");
file2array(neuroListCustom, amount, file_name);
printf("name2index\n");
name2index(neuroListOri, neuroListCustom, amount, neuroindex);
printf("neuro index %d\n",*neuroindex);
printf("output\n");
output(start, end, neuroindex, amount, neuroListOri);
printf("output end\n");
/*printf("convert neuro index to name start\n");
outtable_converter(amount, 1, start, end);
printf("convert neuro index to name end\n");*/
/* Cytoscape腳本
printf("CytoscapeScriptCreate start\n");
CytoscapeScriptCreater(amount, neuroindex, neuroListOri);
printf("CytoscapeScriptCreate end\n");*/
//free(pData);
free(neuroListCustom);
free(neuroindex);
system("pause");
return 0;
}
void allocSetup(int filenum,
int *mallocCar,
int *mallocMod,
int *mallocPD,
int *mallocD,
int *mallocAmp,
int *mallocT,
int *mallocA,
int *mallocPan)
{
char file_name[64];
sprintf(file_name, "%dCarrier", filenum);
printf("\tLine counting file %s...", file_name);
*mallocCar = filecount(file_name);
printf("%d\n",*mallocCar);
sprintf(file_name, "%dModulator", filenum);
printf("\tLine counting file %s...", file_name);
*mallocMod = filecount(file_name);
printf("%d\n",*mallocMod);
sprintf(file_name, "%dPD", filenum);
printf("\tLine counting file %s...", file_name);
*mallocPD = filecount(file_name);
printf("%d\n",*mallocPD);
sprintf(file_name, "%dD", filenum);
printf("\tLine counting file %s...", file_name);
*mallocD = filecount(file_name);
printf("%d\n",*mallocD);
sprintf(file_name, "%dAmp", filenum);
printf("\tLine counting file %s...", file_name);
*mallocAmp = filecount(file_name);
printf("%d\n",*mallocAmp);
sprintf(file_name, "%dD", filenum);
double* D;
D = (double *)Malloc(*mallocD * sizeof(double));
file2array(file_name, D);
sprintf(file_name, "%dT", filenum);
printf("\tLine counting file %s...", file_name);
*mallocT = filecount(file_name);
printf("%d\n",*mallocT);
sprintf(file_name, "%dA", filenum);
printf("\tLine counting file %s...", file_name);
*mallocA = filecount(file_name);
printf("%d\n",*mallocA);
int i;
double toneLength = 1;
for(i = 0;i<*mallocD;i++)
toneLength = toneLength + D[i];
*mallocPan = toneLength * 44100.0;
printf("\tD[0] = %f\n", D[0]);
printf("\ttoneLength = %f\n", toneLength);
printf("\tmallocPan = %d\n", *mallocPan);
Free(D);
}
void loadarray(int filenum,
double Carrier[],
double Modulator[],
double PD[],
double D[],
double Amp[],
int *nFMTones,
double T[],
double A[],
int *nPoints,
double xpan[],
double ypan[]){
char file_name[64];
sprintf(file_name, "%dCarrier", filenum);
printf("\tfile2array file %s...\n", file_name);
file2array(file_name, Carrier);
sprintf(file_name, "%dModulator", filenum);
printf("\tfile2array file %s...\n", file_name);
file2array(file_name, Modulator);
sprintf(file_name, "%dPD", filenum);
printf("\tfile2array file %s...\n", file_name);
file2array(file_name, PD);
sprintf(file_name, "%dD", filenum);
printf("\tfile2array file %s...\n", file_name);
file2array(file_name, D);
sprintf(file_name, "%dAmp", filenum);
printf("\tfile2array file %s...\n", file_name);
file2array(file_name, Amp);
*nFMTones = filecount(file_name);
int i;
double toneLength = 0;
printf("test\n");
for(i =0;i<*nFMTones;i++)
toneLength = toneLength + D[i];
printf("test\n");
//changes Modulator Multiplier to Molulating Frequency
for(i=0;i<*nFMTones;i++)
Modulator[i] = Modulator[i] * Carrier[i];
sprintf(file_name, "%dT", filenum);
printf("\tfile2array file %s...\n", file_name);
file2array(file_name, T);
sprintf(file_name, "%dA", filenum);
printf("\tfile2array file %s...\n", file_name);
file2array(file_name, A);
*nPoints = filecount(file_name);
//panning
//TODO x and y panning for 8 chan
char xpanTime[64];
char xpanStep[64];
sprintf(xpanTime, "%dxpantime", filenum);
sprintf(xpanStep, "%dxpanstep", filenum);
int xpanPoints = filecount(xpanTime);
char ypanTime[64];
char ypanStep[64];
sprintf(ypanTime, "%dypantime", filenum);
sprintf(ypanStep, "%dypanstep", filenum);
int ypanPoints = filecount(ypanTime);
double *xX;
double *xY;
double *yX;
double *yY;
xX = (double *)Malloc(xpanPoints * sizeof(double));
xY = (double *)Malloc(xpanPoints * sizeof(double));
yX = (double *)Malloc(ypanPoints * sizeof(double));
yY = (double *)Malloc(ypanPoints * sizeof(double));
file2array(xpanTime, xX);
file2array(xpanStep, xY);
file2array(ypanTime, yX);
file2array(ypanStep, yY);
int x, xIndx, xrange;
double yrange, m, m_inc;
double sr = 44100;
int samples = toneLength * sr;
//linear panning
double x1, y1, x2, y2;
x1 = xX[0];
y1 = xY[0];
xIndx = 0;
for(i = 1; i < xpanPoints; i++){
x2 = xX[i];
y2 = xY[i];
xrange = (x2 - x1) * samples;
yrange = (y2 - y1);
m = 0;
m_inc = 1.0 / (xrange - 1.0);
for(x = xIndx ; x < xIndx+xrange; x++){
xpan[x] = y1 +(m * yrange);
m = m + m_inc;
//printf("xpan[x] = %f\n", xpan[x]);
}
xIndx = xIndx + xrange;
y1 = y2;
x1 = x2;
}
x1 = yX[0];
y1 = yY[0];
xIndx = 0;
for(i = 1; i < ypanPoints; i++){
x2 = yX[i];
y2 = yY[i];
xrange = (x2 - x1) * samples;
yrange = (y2 - y1);
m = 0;
m_inc = 1.0 / (xrange - 1.0);
for(x = xIndx ; x < xIndx+xrange; x++){
ypan[x] = y1 +(m * yrange);
m = m + m_inc;
//printf("ypan[x] = %f\n", ypan[x]);
}
xIndx = xIndx + xrange;
y1 = y2;
x1 = x2;
}
Free(xX);
Free(xY);
Free(yX);
Free(yY);
}
