void CPhysicController::Move ( const Vect3f& _vDirection, float _ElapsedTime )
{
assert ( m_pPhXController != NULL );
float l_fDirectionY = _vDirection.y;
if ( m_bUseGravity )
{
l_fDirectionY += ( m_fGravity * _ElapsedTime );
}
NxVec3 l_Direction ( _vDirection.x, l_fDirectionY, _vDirection.z);
NxF32 sharpness = 1.0f;
NxU32 collisionFlags = 0;
//NxU32 Collision = 0;
float heightDelta = m_Jump.GetHeight( _ElapsedTime );
if ( heightDelta != 0.f )
{
l_Direction.y+=heightDelta;
/*l_Direction.x *= 0.3f;
l_Direction.z *= 0.3f;*/
}
int mask = 1 << ECG_PLAYER;
mask |= 1 << ECG_DYNAMIC_OBJECTS;
mask |= 1 << ECG_STATIC_OBJECTS;
mask |= 1 << ECG_ESCENE;
mask |= 1 << ECG_ENEMY;
mask |= 1 << ECG_LIMITS;
m_pPhXController->move( l_Direction , mask, 0.000001f, collisionFlags, sharpness );
if ( ( collisionFlags & NXCC_COLLISION_DOWN ) || ( collisionFlags & NXCC_COLLISION_UP ) )
{
m_Jump.StopJump();
}
NxExtendedVec3 tmp;
tmp = m_pPhXController->getDebugPosition();
SetPosition ( Vect3f ( (float) tmp.x, (float) tmp.y, (float) tmp.z ) );
CObject3D::InitMat44();
}
Vect3f CFPSCameraController::GetDirection() const
{
Vect3f l_Direction(-sin(m_Yaw)*cos(m_Pitch), sin(m_Pitch), cos(m_Yaw)*cos(m_Pitch));
return l_Direction;
}
