template<typename IO, typename Rac, typename Coder> void flif_decode_FLIF2_inner(Rac &rac, std::vector<Coder> &coders, Images &images, const ColorRanges *ranges, const int beginZL, const int endZL, int quality, int scale, std::vector<Transform<IO>*> &transforms, uint32_t (*callback)(int,int), Images &partial_images) {
ColorVal min,max;
int nump = images[0].numPlanes();
int progressive_qual_target = 0;
// if (quality >= 0) {
// quality = plane_zoomlevels(image, beginZL, endZL) * quality / 100;
// }
// flif_decode
for (int i = 0; i < plane_zoomlevels(images[0], beginZL, endZL); i++) {
std::pair<int, int> pzl = plane_zoomlevel(images[0], beginZL, endZL, i);
int p = pzl.first;
int z = pzl.second;
if ((100*pixels_done > quality*pixels_todo) || 1<<(z/2) < scale) {
flif_decode_FLIF2_inner_interpol(images, ranges, i, beginZL, endZL, (z%2 == 0 ?1:0), scale);
return;
}
if (endZL == 0) v_printf(2,"\r%i%% done [%i/%i] DEC[%i,%ux%u] ",(int)(100*pixels_done/pixels_todo),i,plane_zoomlevels(images[0], beginZL, endZL)-1,p,images[0].cols(z),images[0].rows(z));
pixels_done += (images[0].cols(z)/(z%2==0?1:2))*(images[0].rows(z)/(z%2==0?2:1));
if (ranges->min(p) < ranges->max(p)) {
ColorVal curr;
Properties properties((nump>3?NB_PROPERTIESA[p]:NB_PROPERTIES[p]));
if (z % 2 == 0) {
for (uint32_t r = 1; r < images[0].rows(z); r += 2) {
#ifdef CHECK_FOR_BROKENFILES
if (rac.isEOF()) {
v_printf(1,"Row %i: Unexpected file end. Interpolation from now on.\n",r);
flif_decode_FLIF2_inner_interpol(images, ranges, i, beginZL, endZL, (r>1?r-2:r), scale);
return;
}
#endif
for (int fr=0; fr<(int)images.size(); fr++) {
Image& image = images[fr];
if (image.seen_before >= 0) { for (uint32_t c=0; c<image.cols(z); c++) image.set(p,z,r,c,images[image.seen_before](p,z,r,c)); continue; }
uint32_t begin=image.col_begin[r*image.zoom_rowpixelsize(z)]/image.zoom_colpixelsize(z), end=1+(image.col_end[r*image.zoom_rowpixelsize(z)]-1)/image.zoom_colpixelsize(z);
if (fr>0) {
for (uint32_t c = 0; c < begin; c++)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
for (uint32_t c = end; c < image.cols(z); c++)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
} else {
if (nump>3 && p<3) {begin=0; end=image.cols(z);}
}
for (uint32_t c = begin; c < end; c++) {
if (nump>3 && p<3 && image(3,z,r,c) == 0) { image.set(p,z,r,c,predict(image,z,p,r,c)); continue;}
if (nump>4 && p<4 && image(4,z,r,c) > 0) { image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c)); continue;}
ColorVal guess = predict_and_calcProps(properties,ranges,image,z,p,r,c,min,max);
if (p==4 && max > fr) max = fr;
curr = coders[p].read_int(properties, min - guess, max - guess) + guess;
image.set(p,z,r,c, curr);
}
}
}
} else {
for (uint32_t r = 0; r < images[0].rows(z); r++) {
#ifdef CHECK_FOR_BROKENFILES
if (rac.isEOF()) {
v_printf(1,"Row %i: Unexpected file end. Interpolation from now on.\n", r);
flif_decode_FLIF2_inner_interpol(images, ranges, i, beginZL, endZL, (r>0?r-1:r), scale);
return;
}
#endif
for (int fr=0; fr<(int)images.size(); fr++) {
Image& image = images[fr];
if (image.seen_before >= 0) { for (uint32_t c=1; c<image.cols(z); c+=2) image.set(p,z,r,c,images[image.seen_before](p,z,r,c)); continue; }
uint32_t begin=(image.col_begin[r*image.zoom_rowpixelsize(z)]/image.zoom_colpixelsize(z)),
end=(1+(image.col_end[r*image.zoom_rowpixelsize(z)]-1)/image.zoom_colpixelsize(z))|1;
if (begin>1 && ((begin&1) ==0)) begin--;
if (begin==0) begin=1;
if (fr>0) {
for (uint32_t c = 1; c < begin; c+=2)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
for (uint32_t c = end; c < image.cols(z); c+=2)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
} else {
if (nump>3 && p<3) {begin=1; end=image.cols(z);}
}
for (uint32_t c = begin; c < end; c+=2) {
if (nump>3 && p<3 && image(3,z,r,c) == 0) { image.set(p,z,r,c,predict(image,z,p,r,c)); continue;}
if (nump>4 && p<4 && image(4,z,r,c) > 0) { image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c)); continue;}
ColorVal guess = predict_and_calcProps(properties,ranges,image,z,p,r,c,min,max);
if (p==4 && max > fr) max = fr;
curr = coders[p].read_int(properties, min - guess, max - guess) + guess;
image.set(p,z,r,c, curr);
}
}
}
}
if (endZL==0) {
v_printf(3," read %li bytes ", rac.ftell());
v_printf(5,"\n");
}
}
int qual = 10000*pixels_done/pixels_todo;
if (callback && (endZL==0 || i+1 == plane_zoomlevels(images[0], beginZL, endZL)) && qual >= progressive_qual_target) {
for (unsigned int n=0; n < images.size(); n++) partial_images[n] = images[n].clone(); // make a copy to work with
int64_t pixels_really_done = pixels_done;
flif_decode_FLIF2_inner_interpol(partial_images, ranges, i+1, beginZL, endZL, -1, scale);
if (endZL>0) flif_decode_FLIF2_inner_interpol(partial_images, ranges, 0, endZL-1, 0, -1, scale);
pixels_done = pixels_really_done;
for (int i=transforms.size()-1; i>=0; i--) if (transforms[i]->undo_redo_during_decode()) transforms[i]->invData(partial_images);
progressive_qual_target = callback(qual,rac.ftell());
if (qual >= progressive_qual_target) break;
}
}
}
template<typename IO, typename Rac, typename Coder> void flif_decode_scanlines_inner(Rac &rac, std::vector<Coder> &coders, Images &images, const ColorRanges *ranges, std::vector<Transform<IO>*> &transforms, uint32_t (*callback)(int,int), Images &partial_images) {
ColorVal min,max;
int nump = images[0].numPlanes();
int progressive_qual_target = 0;
if (callback) {
// initialize planes to grey
for (int p=0; p<nump; p++) {
for (int fr=0; fr< (int)images.size(); fr++) {
for (uint32_t r=0; r<images[fr].rows(); r++) {
for (uint32_t c=0; c<images[fr].cols(); c++) {
images[fr].set(p,r,c,(ranges->min(p)+ranges->max(p))/2);
}
}
}
}
}
for (int k=0,i=0; k < 5; k++) {
int p=PLANE_ORDERING[k];
if (p>=nump) continue;
i++;
Properties properties((nump>3?NB_PROPERTIES_scanlinesA[p]:NB_PROPERTIES_scanlines[p]));
v_printf(2,"\r%i%% done [%i/%i] DEC[%ux%u] ",(int)(100*pixels_done/pixels_todo),i,nump,images[0].cols(),images[0].rows());
v_printf(4,"\n");
pixels_done += images[0].cols()*images[0].rows();
if (ranges->min(p) < ranges->max(p))
for (uint32_t r = 0; r < images[0].rows(); r++) {
for (int fr=0; fr< (int)images.size(); fr++) {
Image& image = images[fr];
uint32_t begin=image.col_begin[r], end=image.col_end[r];
if (image.seen_before >= 0) { for(uint32_t c=0; c<image.cols(); c++) image.set(p,r,c,images[image.seen_before](p,r,c)); continue; }
if (fr>0) {
for (uint32_t c = 0; c < begin; c++)
if (nump>3 && p<3 && image(3,r,c) == 0) image.set(p,r,c,predict(image,p,r,c));
else if (p !=4 ) image.set(p,r,c,images[fr-1](p,r,c));
/*
else if (nump>4 && p<4 && image(4,r,c) > 0) image.set(p,r,c,images[fr-image(4,r,c)](p,r,c));
else {
int oldframe=fr-1; image.set(p,r,c,images[oldframe](p,r,c));
while(p == 4 && image(p,r,c) > 0) {oldframe -= image(p,r,c); assert(oldframe>=0); image.set(p,r,c,images[oldframe](p,r,c));}
}
*/
} else {
if (nump>3 && p<3) { begin=0; end=image.cols(); }
}
for (uint32_t c = begin; c < end; c++) {
if (nump>3 && p<3 && image(3,r,c) == 0) {image.set(p,r,c,predict(image,p,r,c)); continue;}
if (nump>4 && p<4 && image(4,r,c) > 0) {assert(fr >= image(4,r,c)); image.set(p,r,c,images[fr-image(4,r,c)](p,r,c)); continue;}
ColorVal guess = predict_and_calcProps_scanlines(properties,ranges,image,p,r,c,min,max);
if (p==4 && max > fr) max = fr;
ColorVal curr = coders[p].read_int(properties, min - guess, max - guess) + guess;
image.set(p,r,c, curr);
}
if (fr>0) {
for (uint32_t c = end; c < image.cols(); c++)
if (nump>3 && p<3 && image(3,r,c) == 0) image.set(p,r,c,predict(image,p,r,c));
else if (p !=4 ) image.set(p,r,c,images[fr-1](p,r,c));
/* else if (nump>4 && p<4 && image(4,r,c) > 0) image.set(p,r,c,images[fr-image(4,r,c)](p,r,c));
else {
int oldframe=fr-1; image.set(p,r,c,images[oldframe](p,r,c));
while(p == 4 && image(p,r,c) > 0) {oldframe -= image(p,r,c); assert(oldframe>=0); image.set(p,r,c,images[oldframe](p,r,c));}
}*/
}
}
}
int qual = 10000*pixels_done/pixels_todo;
if (callback && qual >= progressive_qual_target) {
for (unsigned int n=0; n < images.size(); n++) partial_images[n] = images[n].clone(); // make a copy to work with
for (int i=transforms.size()-1; i>=0; i--) if (transforms[i]->undo_redo_during_decode()) transforms[i]->invData(partial_images);
progressive_qual_target = callback(qual,rac.ftell());
if (qual >= progressive_qual_target) break;
}
}
}
template<typename Rac, typename Coder> void flif_decode_FLIF2_inner(Rac &rac, std::vector<Coder> &coders, Images &images, const ColorRanges *ranges, const int beginZL, const int endZL, int quality, int scale)
{
ColorVal min,max;
int nump = images[0].numPlanes();
// if (quality >= 0) {
// quality = plane_zoomlevels(image, beginZL, endZL) * quality / 100;
// }
// flif_decode
for (int i = 0; i < plane_zoomlevels(images[0], beginZL, endZL); i++) {
std::pair<int, int> pzl = plane_zoomlevel(images[0], beginZL, endZL, i);
int p = pzl.first;
int z = pzl.second;
if ((100*pixels_done > quality*pixels_todo) || 1<<(z/2) < scale) {
flif_decode_FLIF2_inner_interpol(images, ranges, i, beginZL, endZL, (z%2 == 0 ?1:0), scale);
return;
}
if (endZL == 0) v_printf(2,"\r%i%% done [%i/%i] DEC[%i,%ux%u] ",(int)(100*pixels_done/pixels_todo),i,plane_zoomlevels(images[0], beginZL, endZL)-1,p,images[0].cols(z),images[0].rows(z));
pixels_done += images[0].cols(z)*images[0].rows(z)/2;
if (ranges->min(p) >= ranges->max(p)) continue;
ColorVal curr;
Properties properties((nump>3?NB_PROPERTIESA[p]:NB_PROPERTIES[p]));
if (z % 2 == 0) {
for (uint32_t r = 1; r < images[0].rows(z); r += 2) {
#ifdef CHECK_FOR_BROKENFILES
if (rac.isEOF()) {
v_printf(1,"Row %i: Unexpected file end. Interpolation from now on.\n",r);
flif_decode_FLIF2_inner_interpol(images, ranges, i, beginZL, endZL, (r>1?r-2:r), scale);
return;
}
#endif
for (int fr=0; fr<(int)images.size(); fr++) {
Image& image = images[fr];
if (image.seen_before >= 0) { for (uint32_t c=0; c<image.cols(z); c++) image.set(p,z,r,c,images[image.seen_before](p,z,r,c)); continue; }
uint32_t begin=image.col_begin[r*image.zoom_rowpixelsize(z)]/image.zoom_colpixelsize(z), end=1+(image.col_end[r*image.zoom_rowpixelsize(z)]-1)/image.zoom_colpixelsize(z);
if (fr>0) {
for (uint32_t c = 0; c < begin; c++)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
for (uint32_t c = end; c < image.cols(z); c++)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
} else {
if (nump>3 && p<3) {begin=0; end=image.cols(z);}
}
for (uint32_t c = begin; c < end; c++) {
if (nump>3 && p<3 && image(3,z,r,c) == 0) { image.set(p,z,r,c,predict(image,z,p,r,c)); continue;}
if (nump>4 && p<4 && image(4,z,r,c) > 0) { image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c)); continue;}
ColorVal guess = predict_and_calcProps(properties,ranges,image,z,p,r,c,min,max);
if (p==4 && max > fr) max = fr;
curr = coders[p].read_int(properties, min - guess, max - guess) + guess;
image.set(p,z,r,c, curr);
}
}
}
} else {
for (uint32_t r = 0; r < images[0].rows(z); r++) {
#ifdef CHECK_FOR_BROKENFILES
if (rac.isEOF()) {
v_printf(1,"Row %i: Unexpected file end. Interpolation from now on.\n", r);
flif_decode_FLIF2_inner_interpol(images, ranges, i, beginZL, endZL, (r>0?r-1:r), scale);
return;
}
#endif
for (int fr=0; fr<(int)images.size(); fr++) {
Image& image = images[fr];
if (image.seen_before >= 0) { for (uint32_t c=1; c<image.cols(z); c+=2) image.set(p,z,r,c,images[image.seen_before](p,z,r,c)); continue; }
uint32_t begin=(image.col_begin[r*image.zoom_rowpixelsize(z)]/image.zoom_colpixelsize(z)),
end=(1+(image.col_end[r*image.zoom_rowpixelsize(z)]-1)/image.zoom_colpixelsize(z))|1;
if (begin>1 && ((begin&1) ==0)) begin--;
if (begin==0) begin=1;
if (fr>0) {
for (uint32_t c = 1; c < begin; c+=2)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
for (uint32_t c = end; c < image.cols(z); c+=2)
if (nump>3 && p<3 && image(3,z,r,c) == 0) image.set(p,z,r,c, predict(image,z,p,r,c));
else if (p !=4 ) image.set(p,z,r,c,images[fr-1](p,z,r,c));
/* else if (nump>4 && p<4 && image(4,z,r,c) > 0) image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c));
else { int oldframe=fr-1; image.set(p,z,r,c,images[oldframe](p,z,r,c));
while(p == 4 && image(p,z,r,c) > 0) {oldframe -= image(p,z,r,c); assert(oldframe>=0); image.set(p,z,r,c,images[oldframe](p,z,r,c));}}
*/
} else {
if (nump>3 && p<3) {begin=1; end=image.cols(z);}
}
for (uint32_t c = begin; c < end; c+=2) {
if (nump>3 && p<3 && image(3,z,r,c) == 0) { image.set(p,z,r,c,predict(image,z,p,r,c)); continue;}
if (nump>4 && p<4 && image(4,z,r,c) > 0) { image.set(p,z,r,c,images[fr-image(4,z,r,c)](p,z,r,c)); continue;}
ColorVal guess = predict_and_calcProps(properties,ranges,image,z,p,r,c,min,max);
if (p==4 && max > fr) max = fr;
curr = coders[p].read_int(properties, min - guess, max - guess) + guess;
image.set(p,z,r,c, curr);
}
}
}
}
if (endZL==0) {
v_printf(3," read %li bytes ", rac.ftell());
v_printf(5,"\n");
}
}
}