void fantasma::dibujar_fantasma() const{
if (pillTimer < 0){
setCColor(color[col]);
}
else{
setCColor(color[6]);
}
gotoxy(_x, _y); printf("%c", 6);
}
void duree(){
setCColor(color[1]);
gotoxy(5,4); printf(" SCORE : ");
gotoxy(5,6); printf(" ");
setCColor(color[1]);
gotoxy(5,6); printf("%ld",points);
setCColor(color[1]);
gotoxy(5,25); printf(" VIE :");
for(int i = 0 ; i <= vie ; i++){
gotoxy(5,i+27);
printf(" ");
}
}
void marcador(){
gotoxy(5, 4); printf("PUNTOS");
gotoxy(5, 6); printf(" ");
setCColor(color[6]);
gotoxy(5, 6); printf("%ld", puntos);
if (pillTimer > 0){
gotoxy(5, 10); printf("PODER");
gotoxy(5, 11);
if (pillTimer > 9){
printf("%d", pillTimer);
}
else{
printf("%d ", pillTimer);
}
}
else if (pillTimer == 0){
pillPosition = newPillPosition();
pillTimer = -1;
}
else{
gotoxy(5, 10); printf(" ");
gotoxy(5, 11); printf(" ");
}
setCColor(color[1]);
gotoxy(5, 25); printf("VIDAS");
for (int i = 0; i <= vidas; i++){
gotoxy(5, i + 27); printf(" ");
}
for (int i = 0; i < vidas; i++){
gotoxy(5, i + 27); printf("%c", 2);
}
setCColor(color[2]);
gotoxy(70, 27); printf("%c", 169);
}
void pint_map()//Fonction qui peint le bord de l'écran de jeux
{
for(int i = 0 ; i < 78 ; i++){
for(int j = 0 ; j < 30 ; j++){
gotoxy(i,j);
if(map[j][i] == 'X') {setCColor(color[0]);printf("%c",205);}
if(map[j][i] == '_') {setCColor(color[7]); printf("%c",4);}
else if(map[j][i] == 'Y') {setCColor(color[0]);printf("%c",186);}
else if(map[j][i] == 'A') {setCColor(color[0]);printf("%c",201);}
else if(map[j][i] == 'B') {setCColor(color[0]);printf("%c",187);}
else if(map[j][i] == 'C') {setCColor(color[0]);printf("%c",188);}
else if(map[j][i] == 'D') {setCColor(color[0]);printf("%c",200);}
}
}
}
void pintar_mapa()// Funcion que pinta el borde de la pantalla de juego
{
for (int i = 0; i < 78; i++){
for (int j = 0; j < 30; j++){
gotoxy(i, j);
if (mapa[j][i] == 'X') { setCColor(color[0]); printf("%c", 205); }
if (mapa[j][i] == '_') { setCColor(color[1]); printf("%c", 250); }
else if (mapa[j][i] == 'Y') { setCColor(color[0]); printf("%c", 186); }
else if (mapa[j][i] == 'A') { setCColor(color[0]); printf("%c", 201); }
else if (mapa[j][i] == 'B') { setCColor(color[0]); printf("%c", 187); }
else if (mapa[j][i] == 'C') { setCColor(color[0]); printf("%c", 188); }
else if (mapa[j][i] == 'D') { setCColor(color[0]); printf("%c", 200); }
}
}
}
void fontome::move_fontome(){
supp_fontome();
choc_pacman();
int bolx=_x,boly=_y;
if(map[_y][_x] == '|'){
fdir = rand()%4;
}
if(map[_y][_x] == '*'){
fdir = 0;
}
if(fdir == 2){
if(map[_y][_x+1] != 'X' && map[_y][_x+1] != 'A' && map[_y][_x+1] != 'Y' &&
map[_y][_x+1] != 'B' && map[_y][_x+1] != 'C' && map[_y][_x+1] != 'D') _x++;
else fdir = rand()%4;
}
if(fdir == 3){
if(map[_y][_x-1] != 'X' && map[_y][_x-1] != 'A' && map[_y][_x-1] != 'Y' &&
map[_y][_x-1] != 'B' && map[_y][_x-1] != 'C' && map[_y][_x-1] != 'D') _x--;
else fdir = rand()%4;
}
if(fdir == 0){
if(map[_y-1][_x] != 'X' && map[_y-1][_x] != 'A' && map[_y-1][_x] != 'Y' &&
map[_y-1][_x] != 'B' && map[_y-1][_x] != 'C' && map[_y-1][_x] != 'D') _y--;
else fdir = rand()%4;
}
if(fdir == 1){
if(map[_y+1][_x] != 'X' && map[_y+1][_x] != 'A' && map[_y+1][_x] != 'Y' &&
map[_y+1][_x] != 'B' && map[_y+1][_x] != 'C' && map[_y+1][_x] != 'D') _y++;
else fdir = rand()%4;
}
if(map[boly][bolx] == '_') {setCColor(color[7]); gotoxy(bolx,boly);printf("%c",3);}
// rutina atajo
if(_x <= 17) _x = 61;
else if(_x >= 62) _x = 18;
dessin_fontome();
}
void fontome::dessin_fontome() const{
setCColor(color[col]);
gotoxy(_x,_y); printf("%c",1);
}
void fantasma::mover_fantasma(){
borrar_fantasma();
choque_pacman();
float nearerDistance = calculateDistance(Point2D(_x*1.0, _y*1.0), Point2D(x*1.0, y*1.0));
float newDistance = nearerDistance;
float fuzzyRate = fuzzyReaction(nearerDistance);
//printf("%f", fuzzyRate);
int bolx = _x, boly = _y;
if (mapa[_y][_x] == '|'){
fdir = rand() % 4;
}
if (mapa[_y][_x] == '*'){
fdir = 0;
}
// fuzzy Bonus
if ((fuzzyRate > .50 && fuzzyRate <= 1.0) || (fuzzyRate > .25 && rand() % 10 == 3)){
for (int i = 0; i < 4; i++){
if (i == 2){
newDistance = calculateDistance(Point2D((_x+1)*1.0, _y*1.0), Point2D(x*1.0, y*1.0));
if(mapa[_y][_x + 1] != 'X' && mapa[_y][_x + 1] != 'A' && mapa[_y][_x + 1] != 'Y' &&
mapa[_y][_x + 1] != 'B' && mapa[_y][_x + 1] != 'C' && mapa[_y][_x + 1] != 'D'){
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer >= 0 && newDistance > nearerDistance){
fdir = i;
}
}
}
if (i == 3){
newDistance = calculateDistance(Point2D((_x - 1)*1.0, _y*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y][_x - 1] != 'X' && mapa[_y][_x - 1] != 'A' && mapa[_y][_x - 1] != 'Y' &&
mapa[_y][_x - 1] != 'B' && mapa[_y][_x - 1] != 'C' && mapa[_y][_x - 1] != 'D'){
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer >= 0 && newDistance > nearerDistance){
fdir = i;
}
}
}
if (i == 0){
newDistance = calculateDistance(Point2D(_x*1.0, (_y-1)*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y - 1][_x] != 'X' && mapa[_y - 1][_x] != 'A' && mapa[_y - 1][_x] != 'Y' &&
mapa[_y - 1][_x] != 'B' && mapa[_y - 1][_x] != 'C' && mapa[_y - 1][_x] != 'D'){
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer >= 0 && newDistance > nearerDistance){
fdir = i;
}
}
}
if (i == 1){
newDistance = calculateDistance(Point2D(_x*1.0, (_y + 1)*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y + 1][_x] != 'X' && mapa[_y + 1][_x] != 'A' && mapa[_y + 1][_x] != 'Y' &&
mapa[_y + 1][_x] != 'B' && mapa[_y + 1][_x] != 'C' && mapa[_y + 1][_x] != 'D'){
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer >= 0 && newDistance > nearerDistance){
fdir = i;
}
}
}
}
}
if (fdir == 2){
if (mapa[_y][_x + 1] != 'X' && mapa[_y][_x + 1] != 'A' && mapa[_y][_x + 1] != 'Y' &&
mapa[_y][_x + 1] != 'B' && mapa[_y][_x + 1] != 'C' && mapa[_y][_x + 1] != 'D')
_x++;
else fdir = rand() % 4;
}
if (fdir == 3){
newDistance = calculateDistance(Point2D((_x - 1)*1.0, _y*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y][_x - 1] != 'X' && mapa[_y][_x - 1] != 'A' && mapa[_y][_x - 1] != 'Y' &&
mapa[_y][_x - 1] != 'B' && mapa[_y][_x - 1] != 'C' && mapa[_y][_x - 1] != 'D')
_x--;
else fdir = rand() % 4;
}
if (fdir == 0){
if (mapa[_y - 1][_x] != 'X' && mapa[_y - 1][_x] != 'A' && mapa[_y - 1][_x] != 'Y' &&
mapa[_y - 1][_x] != 'B' && mapa[_y - 1][_x] != 'C' && mapa[_y - 1][_x] != 'D')
_y--;
else fdir = rand() % 4;
}
if (fdir == 1){
if (mapa[_y + 1][_x] != 'X' && mapa[_y + 1][_x] != 'A' && mapa[_y + 1][_x] != 'Y' &&
mapa[_y + 1][_x] != 'B' && mapa[_y + 1][_x] != 'C' && mapa[_y + 1][_x] != 'D')
_y++;
else fdir = rand() % 4;
}
if (fuzzyRate < .50 || (rand() % 10 == 3 && fuzzyRate <= .75)){
if (fuzzyRate >.50 || (fuzzyRate > .25 && rand() % 10 == 3)){
for (int i = 0; i < 4; i++){
if (i == 2){
newDistance = calculateDistance(Point2D((_x + 1)*1.0, _y*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y][_x + 1] != 'X' && mapa[_y][_x + 1] != 'A' && mapa[_y][_x + 1] != 'Y' &&
mapa[_y][_x + 1] != 'B' && mapa[_y][_x + 1] != 'C' && mapa[_y][_x + 1] != 'D'){
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer > 0 && newDistance > nearerDistance){
fdir = i;
}
}
else{
fdir = rand() % 4;
}
}
if (i == 3){
newDistance = calculateDistance(Point2D((_x - 1)*1.0, _y*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y][_x - 1] != 'X' && mapa[_y][_x - 1] != 'A' && mapa[_y][_x - 1] != 'Y' &&
mapa[_y][_x - 1] != 'B' && mapa[_y][_x - 1] != 'C' && mapa[_y][_x - 1] != 'D'){
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer >= 0 && newDistance > nearerDistance){
fdir = i;
}
}
else{
fdir = rand() % 4;
}
}
if (i == 0){
newDistance = calculateDistance(Point2D(_x*1.0, (_y - 1)*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y - 1][_x] != 'X' && mapa[_y - 1][_x] != 'A' && mapa[_y - 1][_x] != 'Y' &&
mapa[_y - 1][_x] != 'B' && mapa[_y - 1][_x] != 'C' && mapa[_y - 1][_x] != 'D'){
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer >= 0 && newDistance > nearerDistance){
fdir = i;
}
}
else{
fdir = rand() % 4;
}
}
if (i == 1){
newDistance = calculateDistance(Point2D(_x*1.0, (_y + 1)*1.0), Point2D(x*1.0, y*1.0));
if (mapa[_y + 1][_x] != 'X' && mapa[_y + 1][_x] != 'A' && mapa[_y + 1][_x] != 'Y' &&
mapa[_y + 1][_x] != 'B' && mapa[_y + 1][_x] != 'C' && mapa[_y + 1][_x] != 'D') {
if (pillTimer < 0 && newDistance < nearerDistance){
fdir = i;
}
else if (pillTimer >= 0 && newDistance > nearerDistance){
fdir = i;
}
}
}
}
if (fdir == 2){
if (mapa[_y][_x + 1] != 'X' && mapa[_y][_x + 1] != 'A' && mapa[_y][_x + 1] != 'Y' &&
mapa[_y][_x + 1] != 'B' && mapa[_y][_x + 1] != 'C' && mapa[_y][_x + 1] != 'D') _x++;
else fdir = rand() % 4;
}
if (fdir == 3){
if (mapa[_y][_x - 1] != 'X' && mapa[_y][_x - 1] != 'A' && mapa[_y][_x - 1] != 'Y' &&
mapa[_y][_x - 1] != 'B' && mapa[_y][_x - 1] != 'C' && mapa[_y][_x - 1] != 'D') _x--;
else fdir = rand() % 4;
}
if (fdir == 0){
if (mapa[_y - 1][_x] != 'X' && mapa[_y - 1][_x] != 'A' && mapa[_y - 1][_x] != 'Y' &&
mapa[_y - 1][_x] != 'B' && mapa[_y - 1][_x] != 'C' && mapa[_y - 1][_x] != 'D') _y--;
else fdir = rand() % 4;
}
if (fdir == 1){
if (mapa[_y + 1][_x] != 'X' && mapa[_y + 1][_x] != 'A' && mapa[_y + 1][_x] != 'Y' &&
mapa[_y + 1][_x] != 'B' && mapa[_y + 1][_x] != 'C' && mapa[_y + 1][_x] != 'D') _y++;
else fdir = rand() % 4;
}
}
}
if (mapa[boly][bolx] == '_') { setCColor(color[1]); gotoxy(bolx, boly); printf("%c", 250); }
// rutina atajo
if (_x <= 17) _x = 61;
else if (_x >= 62) _x = 18;
dibujar_fantasma();
}
void pill(Point2D point){
setCColor(color[6]);
gotoxy(point.x, point.y); printf("%c", 3);
}
void pacman(int x, int y){
setCColor(color[1]);
gotoxy(x, y); printf("%c", 2);
}
