void testApp::applyFx(unsigned char *pixels) {
int totalPixels = camWidth*camHeight*3;
for (int i = 0; i < totalPixels; i+= 3) {
if(holdingBuffer) {
/*
if(videoBuffer[i] > 0 || videoBuffer[i+1] > 0 || videoBuffer[i+2] > 0){
videoOut[i] = videoBuffer[i];
videoOut[i+1] = videoBuffer[i+1];
videoOut[i+2] = videoBuffer[i+2];
continue;
}*/
if(different(videoOut[i], videoOut[i+1], videoOut[i+2], pixels[i], pixels[i+1], pixels[i+2])) {
videoOut[i] = videoBuffer[i] = pixels[i];
videoOut[i+1] = videoBuffer[i+1] = pixels[i+1];
videoOut[i+2] = videoBuffer[i+2] = pixels[i+2];
continue;
}
} else {
videoOut[i] = pixels[i];
videoOut[i+1] = pixels[i+1];
videoOut[i+2] = pixels[i+2];
continue;
}
}
}
int
main ()
{
different (5);
validity (5, data ());
invalid (data2 ());
return 0;
}
int
compare(Gif_Stream *s1, Gif_Stream *s2)
{
Gif_Colormap *newcm;
int imageno1, imageno2, background1, background2;
char buf1[256], buf2[256], fbuf[256];
was_different = 0;
/* Compare image counts and screen sizes. If either of these differs, quit
early. */
Gif_CalculateScreenSize(s1, 0);
Gif_CalculateScreenSize(s2, 0);
if (s1->nimages != s2->nimages
&& (s1->nimages == 0 || s2->nimages == 0)) {
different("frame counts differ: <#%d >#%d", s1->nimages, s2->nimages);
return DIFFERENT;
}
if (s1->screen_width != s2->screen_width
|| s1->screen_height != s2->screen_height) {
different("screen sizes differ: <%dx%d >%dx%d", s1->screen_width,
s1->screen_height, s2->screen_width, s2->screen_height);
return DIFFERENT;
}
if (s1->screen_width == 0 || s1->screen_height == 0
|| s2->screen_width == 0 || s2->screen_height == 0) {
/* paranoia -- don't think this can happen */
different("zero screen sizes");
return DIFFERENT;
}
/* Create arrays for the image data */
screen_width = s1->screen_width;
screen_height = s1->screen_height;
gdata[0] = Gif_NewArray(uint16_t, screen_width * screen_height);
gdata[1] = Gif_NewArray(uint16_t, screen_width * screen_height);
glast[0] = Gif_NewArray(uint16_t, screen_width * screen_height);
glast[1] = Gif_NewArray(uint16_t, screen_width * screen_height);
scratch = Gif_NewArray(uint16_t, screen_width * screen_height);
line = Gif_NewArray(uint16_t, screen_width);
/* Merge all distinct colors from the two images into one colormap, setting
the 'pixel' slots in the images' colormaps to the corresponding values
in the merged colormap. Don't forget transparency */
newcm = Gif_NewFullColormap(1, 256);
combine_colormaps(s1->global, newcm);
combine_colormaps(s2->global, newcm);
for (imageno1 = 0; imageno1 < s1->nimages; ++imageno1)
combine_colormaps(s1->images[imageno1]->local, newcm);
for (imageno2 = 0; imageno2 < s2->nimages; ++imageno2)
combine_colormaps(s2->images[imageno2]->local, newcm);
/* Choose the background values and clear the image data arrays */
if (s1->images[0]->transparent >= 0 || !s1->global)
background1 = TRANSP;
else
background1 = s1->global->col[ s1->background ].pixel;
if (s2->images[0]->transparent >= 0 || !s2->global)
background2 = TRANSP;
else
background2 = s2->global->col[ s2->background ].pixel;
fill_area(gdata[0], 0, 0, screen_width, screen_height, background1);
fill_area(gdata[1], 0, 0, screen_width, screen_height, background2);
/* Loopcounts differ? */
if (s1->loopcount != s2->loopcount) {
name_loopcount(s1->loopcount, buf1);
name_loopcount(s2->loopcount, buf2);
different("loop counts differ: <%s >%s", buf1, buf2);
}
/* Loop over frames, comparing image data and delays */
apply_image(0, s1, 0, background1);
apply_image(1, s2, 0, background2);
imageno1 = imageno2 = 0;
while (imageno1 != s1->nimages && imageno2 != s2->nimages) {
int fi1 = imageno1, fi2 = imageno2,
delay1 = s1->images[fi1]->delay, delay2 = s2->images[fi2]->delay;
/* get message right */
if (imageno1 == imageno2)
sprintf(fbuf, "#%d", imageno1);
else
sprintf(fbuf, "<#%d >#%d", imageno1, imageno2);
/* compare pixels */
if (memcmp(gdata[0], gdata[1],
screen_width * screen_height * sizeof(uint16_t)) != 0) {
unsigned d, c = screen_width * screen_height;
uint16_t *d1 = gdata[0], *d2 = gdata[1];
for (d = 0; d < c; d++, d1++, d2++)
if (*d1 != *d2) {
name_color(*d1, newcm, buf1);
name_color(*d2, newcm, buf2);
different("frame %s pixels differ: %d,%d <%s >%s",
fbuf, d % screen_width, d / screen_width, buf1, buf2);
break;
}
}
/* move to next images, skipping redundancy */
for (++imageno1;
imageno1 < s1->nimages && !apply_image(0, s1, imageno1, background1);
++imageno1)
delay1 += s1->images[imageno1]->delay;
for (++imageno2;
imageno2 < s2->nimages && !apply_image(1, s2, imageno2, background2);
++imageno2)
delay2 += s2->images[imageno2]->delay;
if (!ignore_redundancy) {
fi1 = (imageno1 - fi1) - (imageno2 - fi2);
for (; fi1 > 0; --fi1)
different("extra redundant frame: <#%d", imageno1 - fi1);
for (; fi1 < 0; ++fi1)
different("extra redundant frame: >#%d", imageno2 + fi1);
}
if (delay1 != delay2) {
name_delay(delay1, buf1);
name_delay(delay2, buf2);
different("frame %s delays differ: <%s >%s", fbuf, buf1, buf2);
}
}
if (imageno1 != s1->nimages || imageno2 != s2->nimages)
different("frame counts differ: <#%d >#%d", s1->nimages, s2->nimages);
/* That's it! */
Gif_DeleteColormap(newcm);
Gif_DeleteArray(gdata[0]);
Gif_DeleteArray(gdata[1]);
Gif_DeleteArray(glast[0]);
Gif_DeleteArray(glast[1]);
Gif_DeleteArray(scratch);
Gif_DeleteArray(line);
return was_different ? DIFFERENT : SAME;
}
folly::SemiFuture<apache::thrift::Stream<std::string>> PubSubStreamingServiceSvIf::semifuture_different(apache::thrift::SemiStream<int32_t> foo, int64_t firstparam) {
return apache::thrift::detail::si::semifuture([&] { return different(std::move(foo), firstparam); });
}
int improve(int ring,clock_t start,int p,int levelMax,int iterMax,int *currBestScore, int *bestScore,elem_sol **currBest,int width,int heigth,pos_t * pos_centers,pos_t *pos_borders,pos_t* pos_corners,
int numCenters,int numBorders,int numCorners,int perc_shake_coner,int perc_shake_border,int perc_shake_center,int maxTotal,elem_sol**best,
int stepStarts,int maxUguale){
int stepTot=0;
int iter,neighborOfcurrBestScore;
int prev;
clock_t stop;
float difference;
int uguale;
int fine=0,i;
elem_sol**neighborOfcurrBest;
neighborOfcurrBest=allocaMatrix(width,heigth);
int num,binCenter,binCorner,binBorder;
binCorner=bin(numCorners);
binBorder=bin(numBorders);
ring++;
//if(ring>2) {
// printf("Ring %d",ring);
//char c=getchar();
//}
fine=0;
uguale=0;
int cnt=0;
while(!fine && cnt < MAX_COUNT){
cnt++;
levelMax=heigth/2;
p=LEVEL_MIN;
while ( p< levelMax && !fine){
iter=0;
num=centersOnFrame(p,heigth,numCenters);
binCenter=bin(num);
computePercShake(binCorner,binBorder,binCenter,&perc_shake_coner,&perc_shake_border,&perc_shake_center);
//uguale=0;
//printf("p %d\n",p);
while(iter < iterMax*p && !fine){
stepTot++;
neighborOfcurrBestScore=*currBestScore;
storeSolution(neighborOfcurrBest,currBest,width,heigth);
for (i=0; i<p; i++){
shake(p,neighborOfcurrBest, width, heigth, pos_centers, pos_borders, pos_corners, numCenters, numBorders, numCorners,perc_shake_coner,perc_shake_border,perc_shake_center);
//speedStarting(neighborOfcurrBest, width, heigth, pos_centers, pos_borders, pos_corners, numCenters, numBorders, numCorners);
}
neighborOfcurrBestScore=CheckMatchingEdgesSol(neighborOfcurrBest,width,heigth);
//printf("ring %d p %d iter %d- Before %d \n",ring,p,iter,neighborOfcurrBestScore);
if(p>1)
improvedLocal(&neighborOfcurrBestScore,neighborOfcurrBest,
width,heigth,pos_centers,pos_borders,pos_corners,numCenters,numBorders,numCorners,p);
//improve(ring,start,LEVEL_MIN,LEVEL_MIN+1, iterMax,&neighborOfcurrBestScore,*currBestScore,neighborOfcurrBest,width,heigth,pos_centers,pos_borders,pos_corners,
//numCenters,numBorders,numCorners,perc_shake_coner,perc_shake_border,perc_shake_center,maxTotal,best,stepStarts,maxUguale/p);
//printf("ring %d p %d iter %d- After %d -%d\n",ring,p,iter,neighborOfcurrBestScore,CheckMatchingEdgesSol(neighborOfcurrBest,width,heigth));
if(LOCAL_ROTATE){
localSearch3(pos_centers, numCenters, neighborOfcurrBest, vector, width, heigth);
}
//speedStarting(neighborOfcurrBest, width, heigth, pos_centers, pos_borders, pos_corners, numCenters, numBorders, numCorners);
neighborOfcurrBestScore=CheckMatchingEdgesSol(neighborOfcurrBest,width,heigth);
//printf("Dopo local ring %d p %d iter %d- After %d \n",ring,p,iter,neighborOfcurrBestScore);
//if(ring==0) printf("Sono tornato!\n");
if (DOLOCAL){
if (FROM_CORNERS_TO_CENTERS) {
doLocalSearchHun(CORNER,VALUE_K_CORNER,numCorners,pos_corners,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
doLocalSearchHun(BORDER,VALUE_K_BORDER,numBorders,pos_borders,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
doLocalSearchHun(CENTER,VALUE_K_CENTER,numCenters,pos_centers,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
}
else {
doLocalSearchHun(CENTER,VALUE_K_CENTER,numCenters,pos_centers,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
doLocalSearchHun(BORDER,VALUE_K_BORDER,numBorders,pos_borders,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
doLocalSearchHun(CORNER,VALUE_K_CORNER,numCorners,pos_corners,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
}
}
if(DOLOCAL_REPEAT){
do{
do{
doLocalSearchHun(CORNER,VALUE_K_CORNER,numCorners,pos_corners,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
prev=neighborOfcurrBestScore;
doLocalSearchHun(BORDER,VALUE_K_BORDER,numBorders,pos_borders,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
}while (prev !=neighborOfcurrBestScore );
doLocalSearchHun(CENTER,VALUE_K_CENTER,numCenters,pos_centers,neighborOfcurrBest,heigth,width,&neighborOfcurrBestScore);
}while (prev != neighborOfcurrBestScore);
}
stop = clock();
difference = ((float)(stop - globalTime))/CLOCKS_PER_SEC;
if( maxTime>0 && difference >= maxTime){
goto end;
}
if ( (neighborOfcurrBestScore > *currBestScore) ||
( /*p==1 &&*/uguale < maxUguale && (neighborOfcurrBestScore == *currBestScore) && different(neighborOfcurrBest,currBest,heigth,width)) ){
if (neighborOfcurrBestScore == *currBestScore)
uguale ++;
// if(ring >= 3 ){
//printf ("\nRing %d nedges matching = %d \t currBestScore = %d \t bestScore = %d\n", ring,neighborOfcurrBestScore, *currBestScore, bestScore);
//printf("\nTime %f - Passaggio %d: Sono all'iter %d e shake è fatta %d volte A %3d B %3d C %3d pt uguale per %d- Sono ripartito %d volte\n",
// difference,stepTot, iter, p, perc_shake_coner,perc_shake_border,perc_shake_center,uguale,stepStarts);
// }
//printGame(heigth, width,neighborOfcurrBest);
//printf("p %d\n",p);
if (neighborOfcurrBestScore > *currBestScore){
p=LEVEL_MIN;
uguale=0;
//printGame(heigth, width, currBest);
//printf("\a\a\a");
p=LEVEL_MIN;iter=0;
num=centersOnFrame(p,heigth,numCenters);
binCenter=bin(num);
computePercShake(binCorner,binBorder,binCenter,&perc_shake_coner,&perc_shake_border,&perc_shake_center);
*currBestScore=neighborOfcurrBestScore;
/*
stop = clock();
difference = ((float)(stop - start))/CLOCKS_PER_SEC;
printf("\nTime %f - Best Score: %d\n",difference,*currBestScore);
*/
}
*currBestScore=neighborOfcurrBestScore;
if ( (*currBestScore) > *bestScore ){
storeSolution(best,currBest,width,heigth);
*bestScore= (*currBestScore);
stop = clock();
difference = ((float)(stop - start))/CLOCKS_PER_SEC;
float differenceGlobal = ((float)(stop - globalTime))/CLOCKS_PER_SEC;
printf("\nGlobal Time %.2f - Time %.2f for %d instance - Best Score: %d\n",differenceGlobal,difference,stepStarts,*bestScore);
}
storeSolution(currBest,neighborOfcurrBest,width,heigth);
printer(width,heigth,currBest);
/*
stop = clock();
difference = ((float)(stop - globalTime))/CLOCKS_PER_SEC;
printf("\nGlobal Time %.2f\n",difference);
*/
if (stepTot >= MAXITERTOT || *bestScore == maxTotal ||
( maxScore >0 && *bestScore >=maxScore) || ( maxTime>0 && difference>=maxTime) ){
end:
printf("\nDone!\n");
storeSolution(best,currBest,width,heigth);
printf("\nBest score = best %d in %f seconds\nResult matrix following:\n", *bestScore,difference);
printGame2(heigth, width, best);
printer(width,heigth,best);
fine = 1;
}
}
iter++;
}
p+=1;
}
}
return fine;
}
