int Match(Player p,FONT *font3)
{
BITMAP *end_=0;
FILE *fp=fopen("ending.txt", "r");
if(fp==0)
{
printf("The file didn't open.\n");
return 0;
}
while(!feof(fp))
{
int de=0;
char ch=' ',com=' ',rules[30]=" ",attribute[18]="",condition[18]="";
fscanf(fp,"%s",rules);
if(feof(fp))break;
while(ch!='\n')
{
if(feof(fp))break;
if(ch=='(' && de==0)
{
if(feof(fp))break;
fscanf(fp,"%s %c %s",attribute,&com,condition);
condition[strlen(condition)-1]='\0';
if(Rematch(p,attribute,com,condition)==0)
{
de=1;
}
}
fscanf(fp,"%c",&ch);
}
if(de==0)
{
rule(&end_,rules);
textprintf_ex(screen, font3, 50, 25,makecol(0,0,0), makecol(255,255,255),"You become a %s",rules);
rest(10000);
Write_Story(rules,p.name);
destroy_bitmap(end_);
return 1;
}
}
rule(&end_,"nobody");
textprintf_ex(screen, font3, 50, 25,makecol(0,0,0), makecol(255,255,255),"You become nobody");
Write_Story("nobody",p.name);
rest(10000);
return 1;
}
void CStereoMatching::MatchOneLayer(cv::Mat disparity[], int Pyrm_depth)
{
if (Verbose>=1)
printf("\tprocessing layer %d...\n",Pyrm_depth);
clock_t start = clock();
cv::Mat image[2], mask[2];
cv::Mat image_inv[2], mask_inv[2];
image[0] = m_data->imagePyrm[Pyrm_depth][0];
image[1] = m_data->imagePyrm[Pyrm_depth][1];
mask[0] = m_data->maskPyrm[Pyrm_depth][0];
mask[1] = m_data->maskPyrm[Pyrm_depth][1];
image_inv[0] = image[1];
image_inv[1] = image[0];
mask_inv[0] = mask[1];
mask_inv[1] = mask[0];
FindMargin(margin[0], m_data->maskPyrm[Pyrm_depth][0]);
FindMargin(margin[1], m_data->maskPyrm[Pyrm_depth][1]);
if (Pyrm_depth == 0)
{
LowestLevelInitialMatch(image, mask, disparity[0], true);
LowestLevelInitialMatch(image_inv, mask_inv, disparity[1], false);
}
else
{
HighLevelInitialMatch(image, mask, disparity[0], Pyrm_depth, true);
HighLevelInitialMatch(image_inv, mask_inv, disparity[1], Pyrm_depth, false);
}
// DisparityToCloud<short>(disparity[0], mask[0], Q, 0, true, 10);
// m_data->SaveMat(disparity[0], "disparity0.dat");
// m_data->SaveMat(disparity[1], "disparity01.dat");
SmoothConstraint(disparity[0], true);
SmoothConstraint(disparity[1], false);
// DisparityToCloud<short>(disparity[0], mask[0], Q, 0, true, 11);
//m_data->SaveMat(disparity[0], "disparity1.dat");
//m_data->SaveMat(disparity[1], "disparity11.dat");
OrderConstraint(disparity[0], true);
OrderConstraint(disparity[1], false);
//m_data->SaveMat(disparity[0], "disparity2.dat");
//m_data->SaveMat(disparity[1], "disparity21.dat");
UniquenessContraint<short>(disparity);
//m_data->SaveMat(disparity[0], "disparity3.dat");
//m_data->SaveMat(disparity[1], "disparity31.dat");
// MedianFilter(disparity[0], mask[0], 1, true);
// MedianFilter(disparity[1], mask[1], 1, false);
Rematch(image, mask, disparity[0], true);
Rematch(image_inv, mask_inv, disparity[1], false);
// SmoothConstraint(disparity[0], true);
// SmoothConstraint(disparity[1], false);
// OrderConstraint(disparity[0], true);
// OrderConstraint(disparity[1], false);
UniquenessContraint<short>(disparity);
//m_data->SaveMat(disparity[0], "disparity4.dat");
//m_data->SaveMat(disparity[1], "disparity41.dat");
MedianFilter(disparity[0], mask[0], 1, true);
MedianFilter(disparity[1], mask[1], 1, false);
// m_data->SaveMat(disparity[0], "disparity50.dat");
// m_data->SaveMat(disparity[1], "disparity51.dat");
// DisparityToCloud<short>(disparity[0], mask[0], Q, Pyrm_depth, true, 11+10*Pyrm_depth);
int iteration = 30+Pyrm_depth*30;
// clock_t part = clock();
DisparityRefine(disparity[0], image, iteration, true);
DisparityRefine(disparity[1], image_inv, iteration, false);
// printf("\ttime: %.3f s\n", double(clock()-part)/1e3);
// disparity[0].convertTo(disparity[0],CV_64FC1);
// disparity[1].convertTo(disparity[1],CV_64FC1);
// m_data->SaveMat(disparity[0], "disparity6.dat");
// m_data->SaveMat(disparity[1], "disparity61.dat");
// char filename[512];
// sprintf(filename, "disparity%d_0.dat", Pyrm_depth);
// m_data->SaveMat(disparity[0], filename);
// sprintf(filename, "disparity%d_1.dat", Pyrm_depth);
// m_data->SaveMat(disparity[1], filename);
UniquenessContraint<double>(disparity);
// m_data->SaveMat(disparity[0], "disparity70.dat");
printf("\ttime: %.3f s\n", double(clock()-start)/1e3);
}
