////////////////////////////////////////
// Collision Methods
////////////////////////////////////////
bool Entity::CheckCollision(Entity* other)
{
if (GetCollisionRect().Intersects(other->GetCollisionRect()) )
{
CollideWith(other);
other->CollideWith(this);
return true;
}
return false;
}
void CEntityPhysics::Update(float ElapsedTime,int index, int top, vector<CEntityPhysics>* physics, vector<CEntityTransform>* transforms, vector<CEntity>* entities)
{
for (int i = 0; i < top; i++)
{
if (i != index && (*entities)[i].GetFaction() != "neutral" && (*entities)[index].GetFaction() != "neutral" )
{
if (CollideWith((*physics)[i],(*transforms)[index],(*transforms)[i]) && (*entities)[index].GetFaction() != (*entities)[i].GetFaction())
(*entities)[index].HurtMe((*entities)[i].GetHitpoints());
}
(*transforms)[index].Translate(m_Velocity * ElapsedTime);
(*transforms)[index].Rotate(m_RotationalVelocity * ElapsedTime);
}
}
bool T_Sprite::MoveTo(IN POINT mousePT, IN POINT desPT, IN T_Map* map)
{
int xRatio, yRatio;
if(active == true)
{
SIZE ratioFrameSize = GetRatioSize();
RECT HotRect;
HotRect.left = (long)(desPT.x-5);
HotRect.top = (long)(desPT.y-5);
HotRect.right = (long)(desPT.x+5);
HotRect.bottom = (long)(desPT.y+5);
T_Util::GetBevelSpeed(desPT, mousePT, speed, xRatio, yRatio);
BOOL ToDesPos = PtInRect(&HotRect, mousePT);
if(ToDesPos == TRUE)
{
return true;
}
if(ToDesPos == FALSE)
{
int nextStepX = (int)xRatio;
int nextStepY = (int)yRatio;
int x =0;
int y = 0;
if(!CollideWith(map))
{
x = GetX();
y = GetY();
Move(nextStepX, nextStepY);
}
if(CollideWith(map))
{
SetPosition(x, y);
}
return false;
}
}
return true;
}
