void drawShapes (Shape shapes[], int count) {
void drawCircle(ShapeRect bounds, ShapeColor fillColor);
void drawRectangle(ShapeRect bounds, ShapeColor fillColor);
void drawEgg(ShapeRect bounds, ShapeColor fillColor);
for (int i = 0; i < count; i++) {
switch (shapes[i].type) {
case kCircle:
drawCircle(shapes[i].bounds, shapes[i].fillColor);
break;
case kRectangle:
drawRectangle(shapes[i].bounds, shapes[i].fillColor);
break;
case kEgg:
drawEgg(shapes[i].bounds, shapes[i].fillColor);
break;
}
}
}
void sfml::drawTiles()
{
int posx = (data.pos.getX() > 0 ? data.pos.getX() : 0);
int posy = (data.pos.getY() > 0 ? data.pos.getY() : 0);
bool print_border = false;
for (int y = posy; y < 1 + posy + (HEIGHT / 64) && y < this->data.map.size_y; y++)
for (int x = posx; x < 1 + posx + (WIDTH / 64) && x < this->data.map.size_x; x++)
{
sprite[SP_GRASS].SetPosition((x - data.pos.getX()) * 64 , (y - data.pos.getY()) * 64);
App.Draw(sprite[SP_GRASS]);
drawRessources(x, y);
drawPlayer(x, y);
drawEgg(x, y);
if (x == gui_focus.first && y == gui_focus.second)
{
print_border = true;
sprite[SP_WHITE_SQUARE].SetPosition((x - data.pos.getX()) * 64 , (y - data.pos.getY()) * 64);
}
}
if (print_border)
App.Draw(sprite[SP_WHITE_SQUARE]);
}
