int StartMenu(char selection) // Menu
{
do{
clrscr();
DrawBoundary();
DrawLogo();
gotoxy(10,5);
printf("1. 게임 시작");
gotoxy(10,8);
printf("2. Ranking 확인");
gotoxy(10,11);
printf("3. 도움말");
gotoxy(10,14);
printf("4. 게임 종료");
gotoxy(10,20);
printf(" 번호 입력: ");
selection=getch();
if(selection!='1'&&selection!='2'&&selection!='3'&&selection!='4'){
printf("# 잘못 입력하셨습니다. 다시 입력하세요.\n");
printf("# ");
system("PAUSE");
} // if
} while(selection!='1'&&selection!='2'&&selection!='3'&&selection!='4'); // while
return selection;
}
bool inpainting::Process(void) {
char path[200];
char temp[30];
Convert2Gray();
DrawBoundary();
DrawSource();
memset(m_pri, 0, m_width*m_height*sizeof(double));
for(int j= m_top; j <= m_bottom; ++j) {
for(int i = m_left; i <= m_right; ++i) {
if(m_mark[j * m_width + i] == SOURCE) {
number_to_fill_y[j] += 1;
number_to_fill_x[i] += 1;
if(number_to_fill_y[j]>max_width) {
max_width=number_to_fill_y[j];
}
if(number_to_fill_x[i]>max_height) {
max_height=number_to_fill_x[i];
}
}
if(m_mark[j * m_width + i] == BOUNDARY) {
m_pri[j * m_width + i] = ComputePriority(i,j);
number_to_fill_y[j] += 1;
number_to_fill_x[i] += 1;
}
}
}
int count=0;
while(TargetExist()) {
count++;
double max_pri = 0;
int pri_x,pri_y;
for(int j= m_top; j <= m_bottom; ++j) {
for(int i = m_left; i <= m_right; ++i) {
if(m_mark[j * m_width + i] == BOUNDARY&&m_pri[j * m_width + i]>max_pri) {
pri_x = i;
pri_y = j;
max_pri = m_pri[j * m_width + i];
}
}
}
int patch_x, patch_y;
PatchTexture(pri_x, pri_y, patch_x, patch_y);
FillTarget(pri_x, pri_y, patch_x,patch_y, ComputeConfidence(pri_x,pri_y));
UpdateBoundary(pri_x, pri_y);
UpdatePriority(pri_x, pri_y);
}
strcpy(path, save_path);
strcat(path, ".bmp");
Image->Save(path);
return true;
}
void DrawLabel(const struct zzLabel* label)
{
short state = GetControlState(label);
DrawBackground(&label->ctrl, state);
DrawBoundary(&label->ctrl, state);
if(label->link)
{
PutString(GetXPositoinText(&label->ctrl, label->link) + 1,
GetYPositoinText(&label->ctrl, label->link) + 1,
label->ctrl.font,
label->link,
label->ctrl.color,
label->ctrl.bgColor,
&label->ctrl.rect,
FLG_TEXT);
}
}
void DrawTextField(const struct zzTextField* textField)
{
unsigned short state = GetControlState(textField);
DrawBackground(&textField->ctrl,state);
DrawBoundary(&textField->ctrl, state);
if(textField->link)
{
PutString(GetXPositoinText(&textField->ctrl, textField->link) + 1,
GetYPositoinText(&textField->ctrl, textField->link) + 1,
textField->ctrl.font,
textField->link,
textField->ctrl.color,
textField->ctrl.bgColor,
&textField->ctrl.rect,
FLG_TEXT);
}
}
void DrawButton(const struct zzButton* button) {
short state = GetControlState(button);
struct rectangle rect;
DrawBackground(&button->ctrl, state);
DrawBoundary(&button->ctrl, state);
if(button->link)
{
PutString(GetXPositoinText(&button->ctrl,button->link) + ((state & STATE_CLICKED) && (state & STATE_FOCUSED)),
GetYPositoinText(&button->ctrl,button->link) + ((state & STATE_CLICKED) && (state & STATE_FOCUSED)),
button->ctrl.font,
button->link,
(button->ctrl.style & STYLE_TRANSPARENT) ? button->ctrl.color + (state & STATE_FOCUSED) : 0,
button->ctrl.color,
&button->ctrl.rect,
FLG_TEXT);
}
}
void CountRanking() // 랭킹을 파일로부터 불러오는 함수
{
int i=0;
FILE *rank=NULL;
while(i==0){
rank=fopen("1945rk.dat", "r");
if(rank!=NULL) // 파일이 존재한다
i=1;
else if(rank==NULL){ // 파일이 존재하지 않거나 에러가 있다
clrscr();
DrawBoundary();
DrawLogo();
gotoxy(5,5);
printf("Error to open file!\n");
gotoxy(5,6);
printf("File open error! 랭킹파일을 새로 작성합니다.");
gotoxy(5,7);
system("PAUSE");
// 랭킹 파일 작성
rank=fopen("1945rk.dat", "w");
fprintf(rank, "COa 500 ");
fprintf(rank, "COb 200 ");
fprintf(rank, "COc 100 ");
fclose(rank);
} // else if
} // while
// 랭킹 파일에 있는 데이타들을 불러오는 함수
fscanf(rank, "%s", first_name);
fscanf(rank, "%d", &first_score);
fscanf(rank, "%s", second_name);
fscanf(rank, "%d", &second_score);
fscanf(rank, "%s", third_name);
fscanf(rank, "%d", &third_score);
fclose(rank);
}
std::string inpainting::Process(void) {
char path[200];
char temp[30];
pix_to_inpaint = 0;
pix_been_inpainted = 0;
Convert2Gray();
DrawBoundary();
DrawSource();
memset(m_pri, 0, m_width*m_height*sizeof(double));
for (int j= m_top; j <= m_bottom; ++j) {
for (int i = m_left; i <= m_right; ++i) {
if (m_mark[j * m_width + i] == BOUNDARY) {
m_pri[j * m_width + i] = ComputePriority(i, j);
}
}
}
int count = 0;
count_pic =1;
int temp_color = 0;
int temp_color2 = 0;
int *temp_colors = new int[LOOKUP];
int *temp_colors_2 = new int[LOOKUP];
int **most_similar_patch = new int*[LOOKUP];
for (int o = 0; o < LOOKUP; ++o) {
most_similar_patch[o] = new int[2];
}
int **most_similar_patch_2 = new int*[LOOKUP];
for (int o = 0; o < LOOKUP; ++o) {
most_similar_patch_2[o] = new int[2];
}
int start = clock();
int *colum_in_height = new int[m_height];
for (int i = 0; i < m_height; ++i) {
colum_in_height[i] = 0;
}
int *colum_in_width = new int[m_width];
for (int i = 0; i < m_width; ++i) {
colum_in_width[i] = 0;
}
double max_pri = 0;
int pri_x, pri_y;
int patch_x, patch_y;
while (TargetExist()) {
count++;
count_pic++;
max_pri = 0;
for (int j= 0; j < m_height; ++j) {
for (int i = 0; i < m_width; ++i) {
colum_in_height[j]++;
colum_in_width[i]++;
if (m_mark[j * m_width + i] == BOUNDARY && m_pri[j * m_width + i] > max_pri) {
pri_x = i;
pri_y = j;
max_pri = m_pri[j * m_width + i];
colum_in_height[j]--;
colum_in_width[i]--;
}
if (m_mark[j * m_width + i] == TARGET) {
colum_in_height[j]--;
colum_in_width[i]--;
}
}
}
height_diff = m_bottom - m_top + 1;
width_diff = m_right - m_left + 1;
// 缩小搜索框
for (int i = m_top; i <= m_bottom; ++i) {
if (colum_in_height[i] == width_diff) {
m_top++;
} else {
break;
}
}
for (int i = m_bottom-1; i >= m_top; --i) {
if (colum_in_height[i] == width_diff) {
m_bottom--;
} else {
break;
}
}
for (int i = m_left; i <= m_right; ++i) {
if (colum_in_width[i] == height_diff) {
m_left++;
} else {
break;
}
}
for (int i = m_right; i >= m_left; --i) {
if (colum_in_width[i] == height_diff) {
m_right--;
} else {
break;
}
}
PatchTexture(pri_x, pri_y, patch_x, patch_y, most_similar_patch, most_similar_patch_2);
FillTarget(pri_x, pri_y, patch_x, patch_y, ComputeConfidence(pri_x, pri_y));
UpdateBoundary(pri_x, pri_y);
UpdatePriority(pri_x, pri_y);
char str[10];
sprintf(str, "%d", count);
strcpy(path, save_path);
strcat(path, str);
strcat(path, ".bmp");
// cout<<" path = "<<path<<endl;
// Image -> save(path);
// 下面的是为了画出最匹配的20个点的图片的中间步骤
/*temp_color = Image->pixel(pri_x,pri_y);
temp_color2 = Image->pixel(patch_x,patch_y);
for(int o=0;o<LOOKUP;++o) {
temp_colors[o]=Image->pixel(most_similar_patch[o][0],most_similar_patch[o][1]);
// temp_colors_2[o]=Image->pixel(most_similar_patch_2[o][0],most_similar_patch_2[o][1]);
Image -> setPixel(most_similar_patch[o][0],most_similar_patch[o][1],MARK);
// Image -> setPixel(most_similar_patch_2[o][0],most_similar_patch_2[o][1],MARK2);
}
Image -> setPixel(pri_x,pri_y,RED);
Image -> setPixel(patch_x,patch_y,BLUE);
//cout<<" patch_x = "<<patch_x<<endl;
//cout<<" patch_y = "<<patch_y<<endl;
Image -> save(path);
for(int o=0;o<LOOKUP;++o) {
Image -> setPixel(most_similar_patch[o][0],most_similar_patch[o][1],temp_colors[o]);
// Image -> setPixel(most_similar_patch_2[o][0],most_similar_patch_2[o][1],temp_colors_2[o]);
}
Image -> setPixel(pri_x,pri_y,temp_color);
Image -> setPixel(patch_x,patch_y,temp_color2);*/
}
int end = clock();
strcpy(path, save_path);
strcat(path, ".bmp");
// Image->Save(path);
std::string res = path;
return res;
}
