/*!
Moves the block at (x,y) in the specified direction.
Returns the number of blocks moved.
*/
cat_move_t Rodent::moveCat(unsigned &x, unsigned &y) {
unsigned moves = 0;
bool found_mouse = false;
int xoff = 0;
int yoff = 0;
for (int i=-1;i<=1;++i) {
for (int j=-1;j<=1;++j) {
if (blockAt(x+i,y+j) == mouse) {
found_mouse = true;
xoff = i;
yoff = j;
setBlockAt(x+xoff, y+yoff, blockAt(x, y));
setBlockAt(x, y, empty);
x += xoff;
y += yoff;
return killed_mouse;
}
if (blockAt(x+i,y+j) == empty)
moves++;
}
}
if (moves == 0) return frozen;
direction_t dir;
do {
dir = direction_t(std::rand()%last_dir);
getOffset(dir, xoff, yoff);
} while (blockAt(x+xoff,y+yoff) != empty);
setBlockAt(x+xoff, y+yoff, blockAt(x, y));
setBlockAt(x, y, empty);
x += xoff;
y += yoff;
return cat_moved;
}
EntiteMobile::EntiteMobile(bool decoupagePerspective, Niveau *n, uindex_t index, ElementNiveau::elementNiveau_t cat) : ElementNiveau(decoupagePerspective, n, index, cat), _tempsPrecedent(0), _images(), _cadres(), _tempsAffichage(), _nbImages(), _imageActuelle(0), _action(a_immobile), _direction(gauche), _mort(false), _mortTerminee(false) {
std::memset(_nbImages, 0, nbActions * sizeof(size_t));
for(action_t a = premiereAction; a != nbActions; ++a) {
std::memset(_cadres[a], 0, 8 * sizeof(Rectangle *));
}
TiXmlElement *e = ElementNiveau::description(index, cat);
char const *img = e->Attribute("image");
if(img) {
for(action_t a = premiereAction; a != nbActions; ++a) {
_images[a] = Image(Session::cheminRessources() + img);
}
}
size_t dimX = 128, dimY = 128;
if(e->Attribute("blocX"))
e->Attribute("blocX", &dimX);
if(e->Attribute("blocY"))
e->Attribute("blocY", &dimY);
size_t premiereImage[nbActions] = {0};
for(action_t a = premiereAction; a != nbActions; ++a) {
TiXmlElement *action = e->FirstChildElement(EntiteMobile::transcriptionAction(a));
if(action) {
action->Attribute("nbPoses", &_nbImages[a]);
if(action->Attribute("image")) {
_images[a] = Image(Session::cheminRessources() + action->Attribute("image"));
}
if(action->Attribute("premiere"))
action->Attribute("premiere", &premiereImage[a]);
else if(a != premiereAction) {
premiereImage[a] = premiereImage[a - 1] + _nbImages[a - 1];
}
int temps;
action->Attribute("tempsAttente", &temps);
_tempsAffichage[a] = temps / 1000.0f;
if(a == a_attaquer) {
if(action->Attribute("attaque")) {
action->Attribute("attaque", &_imageAttaque);
}
else {
_imageAttaque = _nbImages[a_attaquer] - 1;
}
}
if(!_images[a].chargee()) {
throw ElementNiveau::Exc_DefinitionEntiteIncomplete();
}
}
}
for(int direction = 0; direction < 8; ++direction) {
for(action_t a = premiereAction; a != nbActions; ++a) {
index_t x = premiereImage[a];
_cadres[a][direction] = new Rectangle[_nbImages[a]];
for(int p = 0; p < _nbImages[a]; ++p) {
_cadres[a][direction][p] = Rectangle(x * dimX, direction * dimY, dimX, dimY);
++x;
}
}
}
this->definirAction(EntiteMobile::a_immobile);
_direction = direction_t(nombreAleatoire(8));
}
