Environment::Environment(std::string passed_className,
float* passed_CameraX,
float* passed_CameraY,
coordinates* passed_spawn,
CSDL_Setup* passed_csdl_setup,
int passed_ID,
int passed_PosX,
int passed_PosY)
{
className = passed_className;
CameraX = passed_CameraX;
CameraY = passed_CameraY;
spawn = passed_spawn;
csdl_setup = passed_csdl_setup;
ID = passed_ID;
PosX = passed_PosX;
PosY = passed_PosY;
LoadConfigs();
Rect.x = PosX;
Rect.y = PosY;
image = new CSprite(csdl_setup->GetRenderer(),
FilePathSprite,
Rect.x,
Rect.y,
Rect.w,
Rect.h,
CameraX,
CameraY,
CCollisionRectangle(hitbox.x,hitbox.y,hitbox.w,hitbox.h),
csdl_setup );
image->SetUpAnimation(SpriteCropX,SpriteCropY);
}
Environment::Environment(std::string passed_className,
float* passed_CameraX,
float* passed_CameraY,
coordinates* passed_spawn,
CSDL_Setup* passed_csdl_setup,
SDL_Rect passed_Hitbox,
bool passed_ExistOnMap,
int passed_ID,
int passed_PosX,
int passed_PosY,
std::string passed_ActiveAnimation,
std::map<std::string, AnimationInfo> passed_Animations)
{
className = passed_className;
spawn = passed_spawn;
CameraX = passed_CameraX;
CameraY = passed_CameraY;
csdl_setup = passed_csdl_setup;
hitbox = passed_Hitbox;
ExistOnMap = passed_ExistOnMap;
ID = passed_ID;
PosX = passed_PosX;
PosY = passed_PosY;
ActiveAnimation = passed_ActiveAnimation;
Animations = passed_Animations;
LoadConfigs();
image = new CSprite(csdl_setup->GetRenderer(),
FilePathSprite,
Rect.x,
Rect.y,
Rect.w,
Rect.h,
CameraX,
CameraY,
CCollisionRectangle(hitbox.x,hitbox.y,hitbox.w,hitbox.h),
csdl_setup );
}
Tree::Tree(int passed_x, int passed_y, float *passed_CameraX, float *passed_CameraY, CSDL_Setup* csdl_setup)
{
CameraX = passed_CameraX;
CameraY = passed_CameraY;
x = passed_x;
y = passed_y;
Trunk = new CSprite(csdl_setup->GetRenderer(), "Data/resources/environment/Trunk.png", x, y, 43, 145, CameraX, CameraY, CCollisionRectangle(0,110,43,36));
Crown = new CSprite(csdl_setup->GetRenderer(), "Data/resources/environment/Crown.png", x - 72, y - 115, 183, 165, CameraX, CameraY, CCollisionRectangle());
cout << "Constructor Tree" << endl;
}
