void R_load_XGAPheader(char **filename,int* num_rows,int* num_cols,int* isNumeric,int* pos){
// Rprintf("File to load: %s\n",filename[0]);
rawfilestruct binfile;
if(parsefile(filename[0],&binfile)){
char *matrixname,*investigationname,*colname,*rowname;
uint newpos,nrows,ncols;
uint deciortext;
newpos = getname(binfile,&matrixname,1);
newpos = getname(binfile,&investigationname,newpos);
newpos = getname(binfile,&colname,newpos);
newpos = getname(binfile,&rowname,newpos);
deciortext = isbinary(binfile,newpos);
// Rprintf("Matrix= %s\n",matrixname);
// Rprintf("Numeric= %i\n",deciortext);
newpos++;
ncols = getncols(binfile,newpos);
// Rprintf("Cols= %i\n",ncols);
newpos = newpos+4;
nrows = getnrows(binfile,newpos);
// Rprintf("Rows= %i\n",nrows);
*num_rows = nrows;
*num_cols = ncols;
*isNumeric = deciortext;
newpos = newpos+4;
(*pos) = newpos;
freememory(binfile);
}else{
Rprintf("Error opening file: %s",filename[0]);
}
} //R_load_XGAPheader
EditPoints *newep(int gno, int setno)
{
int i;
EditPoints *ep;
ep = (EditPoints *) malloc(sizeof(EditPoints));
ep->gno = gno;
ep->setno = setno;
ep->ncols = getncols(gno, setno);
ep->nrows = getsetlength(gno, setno);
g[gno].p[setno].ep = ep;
switch (dataset_type(gno, setno)) {
case SET_XY:
ep->collabels = labels1;
break;
case SET_XYDX:
ep->collabels = labels2;
break;
case SET_XYDY:
ep->collabels = labels3;
break;
case SET_XYDXDX:
ep->collabels = labels4;
break;
case SET_XYDYDY:
ep->collabels = labels5;
break;
case SET_XYDXDY:
ep->collabels = labels6;
break;
case SET_XYZ:
ep->collabels = labels7;
break;
case SET_XYHILO:
ep->collabels = labels8;
break;
case SET_XYRT:
ep->collabels = labels9;
break;
}
for (i=0; i < MAX_SET_COLS; i++) {
ep->cwidth[i] = widths[i];
ep->cprec[i] = precision[i];
ep->cformat[i] = format[i];
}
return ep;
}
