Method GetViewIntersection

CryGame/ScriptObjectPlayer.cpp:432–519

}

int CScriptObjectPlayer::GetViewIntersection(IFunctionHandler *pH)
{
	CHECK_PARAMETERS(0);
	IEntityCamera *pCam=m_pPlayer->GetEntity()->GetCamera();
	if (!pCam)
		return pH->EndFunctionNull(); 
	float fMaxDist=m_pPlayer->GetGame()->GetSystem()->GetI3DEngine()->GetMaxViewDist(); //pCam->GetCamera().GetZMax();

	Vec3 pos,angle;

	if (m_pPlayer->GetVehicle())
	{
		pos=pCam->GetPos();
		angle=pCam->GetAngles();
	}
	else
	{
		//we must always take leaning into account!
		angle = m_pPlayer->m_vEyeAngles+m_pPlayer->m_vShake;
		pos = m_pPlayer->m_vEyePos;
	}

	// [Kirill]- do here same calculations as when finding fireAngles in int CWeaponClass::Fire
	//------------------------------------------------------------------------------------------------
	// Marco's change to take leaning into account:
	// transform the weapons angles using the same as the camera matrix
	// create a vector pointing down the z-axis
	//------------------------------------------------------------------------------------------------
	Vec3d dir(0,-1,0);
	Matrix44 tm = Matrix44::CreateRotationZYX(-angle*gf_DEGTORAD); //NOTE: angles in radians and negated 
	dir = GetTransposed44(tm)*(dir);

//	dir=ConvertToRadAngles(dir);		
	dir*=fMaxDist;
	ray_hit hit;
	float fDist=-1.0;
	if (m_pPlayer->GetGame()->GetSystem()->GetIPhysicalWorld()->RayWorldIntersection(vectorf(pos), vectorf(dir), ent_all,
			13/*pirceability*/, &hit,1, m_pPlayer->GetEntity()->GetPhysics()))
	{
		vectorf vecRay=vectorf(pos)-hit.pt;
		fDist=vecRay.len();
		IEntityCamera *pEC=m_pPlayer->GetEntity()->GetCamera();
		CCamera cam=pEC->GetCamera();
		Vec3 vAngles=cam.GetAngles();
		
		//m_pTempAng->BeginSetGetChain();
		//m_pTempAng->SetValueChain("x",vAngles.x);
		//m_pTempAng->SetValueChain("y",vAngles.y);
		//m_pTempAng->SetValueChain("z",vAngles.z);
		//m_pTempAng->EndSetGetChain();
		//////////////////////////////////////////
		m_pTempObj->BeginSetGetChain(); 
		m_pTempObj->SetValueChain("x",hit.pt.x);
		m_pTempObj->SetValueChain("y",hit.pt.y);
		m_pTempObj->SetValueChain("z",hit.pt.z);
		m_pTempObj->SetValueChain("angles",m_pTempAng);
		m_pTempObj->SetValueChain("len",fDist);