| 261,6 → 261,10 |
|---|
| |
| /* hide unused expression items */ |
| if(gdata->standalone){ |
| #ifdef WIN_ENV |
| myp2cstrcpy(s,gdata->parm.title); |
| SetWindowText(dp,s); // window title bar |
| #endif |
| myp2cstrcpy(s,gdata->parm.author); |
| SetDlgItemText(dp,PARAMAUTHORITEM,s); |
| myp2cstrcpy(s,gdata->parm.copyright); |
| 294,8 → 298,7 |
|---|
| if(setup_preview(gpb)){ |
| extern int preview_w,preview_h; |
| double zh = (gpb->filterRect.right-gpb->filterRect.left)/(double)preview_w, |
| zv = (gpb->filterRect.bottom-gpb->filterRect.top)/(double)preview_h, |
| k; |
| zv = (gpb->filterRect.bottom-gpb->filterRect.top)/(double)preview_h; |
| fitzoom = zh > zv ? zh : zv; |
| |
| // On very large images, processing a fully zoomed out preview (the initial default) |
| 305,9 → 308,11 |
|---|
| // (e.g., on a 1GB WinXP system, PS CS2 reports 520MB maxSpace, so this will let us |
| // preview about 50MB of image data.) |
| |
| k = maxSpace/(10.*preview_w*preview_h*nplanes); |
| for(zoomfactor = fitzoom; zoomfactor >= 2. && zoomfactor*zoomfactor > k; ) |
| zoomfactor /= 2.; |
| zoomfactor = sqrt(maxSpace/(10.*preview_w*preview_h*nplanes)); |
| if(zoomfactor > fitzoom) |
| zoomfactor = fitzoom; |
| if(zoomfactor < 1.) |
| zoomfactor = 1.; |
| |
| updatezoom(dp); |
| }else{ |