void SwarmEnemy::DistantSound(sf::Vector2f playerPos)
{
if (DistanceFrom(playerPos) > 600)
{
explosionSound.setVolume(5);
}
else if (DistanceFrom(playerPos) > 500)
{
explosionSound.setVolume(10);
}
else if (DistanceFrom(playerPos) > 400)
{
explosionSound.setVolume(13);
}
else if (DistanceFrom(playerPos) > 300)
{
explosionSound.setVolume(17);
}
if (DistanceFrom(playerPos) < 300)
{
explosionSound.setVolume(20);
}
explosionSound.play();
}
void CPlayer::Use()
{
vector<CBaseEntity*> tmpVec;
tmpVec = GlobEngine.GetEntityList();
for(int i = 0; i <= tmpVec.size() - 1; ++i)
{
if(tmpVec[i]->GetType() == TYPE_ITEM && DistanceFrom(tmpVec[i]->GetX(),
tmpVec[i]->GetY(), GetX(), GetY()) <= DrawBox.w + DrawBox.h)
{
CItem* tmp = (CItem*)tmpVec[i];
tmp->Handle_Item_Effect();
break;
}
}
}
bool SwarmEnemy::IsColliding(sf::Vector2f targetPosition, int targetRadius)
{
if (m_alive == true)
{
//float distance = sqrt((targetPosition.x - m_position.x)*(targetPosition.x - m_position.x) + (targetPosition.y - m_position.y)*(targetPosition.y - m_position.y));
if (DistanceFrom(targetPosition) < m_radius + targetRadius) //collision occurs
{
//m_alive = false;
return true; //return true
}
else
{
return false; //return false
}
}
return false;
}
