void CBlock::Acceleration()
{
m_NowTime = timeGetTime();
m_FlmAngl = (float)(m_NowTime - m_BeforeTime);
m_BeforeTime = m_NowTime;
if(m_FlmAngl != 0)
{
m_FlmAngl *= (float)60/100;
}
else
{
m_VecVelo = m_Velo;
m_VecAccel = m_Accel;
m_Accel = m_Velo = D3DXVECTOR3(0,0,0);
return;
}
//m_Velo = m_PotentialVelo*m_FlmAngl;
//m_PotentialVelo.x += m_Accel.x/m_Mass*m_FlmAngl;
//m_PotentialVelo.y += m_Accel.y/m_Mass*m_FlmAngl;
//m_PotentialVelo.z += m_Accel.z/m_Mass*m_FlmAngl;
Gravitation();
m_Velo += m_Accel/m_Mass;
m_Velo *= m_FlmAngl;
m_Accel *= m_FlmAngl;
}
void PhysicsManager::Frame() {
// Vsetke funkcie tu pojdu zaradom
DeltaTime = gGame->GetLeftTime();
for(UINT ent=0; ent < gEntity->GetSize(); ent++) {
gEntity->GetAt(ent)->Think(DeltaTime);
}
Gravitation();
TestCollisions();
FinalForce();
}
