SaveTypes.cpp

/*
 * Copyright (C) 2006-2010 - Frictional Games
 *
 * This file is part of Penumbra Overture.
 *
 * Penumbra Overture is free software: you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * Penumbra Overture is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with Penumbra Overture.  If not, see <http://www.gnu.org/licenses/>.
 */
#include "SaveTypes.h"

#include "GlobalInit.h"

#include "PlayerState_Interact.h"
#include "Player.h"

//////////////////////////////////////////////////////////////////////////
// BODY
//////////////////////////////////////////////////////////////////////////

void cEngineBody_SaveData::FromBody(iPhysicsBody *pBody)
{
	mbActive = pBody->IsActive();
	mbCollideCharacter = pBody->GetCollideCharacter();
	mvLinearVelocity = pBody->GetLinearVelocity();
	mvAngularVelocity = pBody->GetAngularVelocity();
	m_mtxTransform = pBody->GetWorldMatrix();
	
	if(	gpInit->mpPlayer->GetState() == ePlayerState_Grab &&
		gpInit->mpPlayer->GetPushBody()== pBody &&
		gpInit->mpPlayer->mbUseNormalMass==false)
	{
		mfMass = pBody->GetMass() * cPlayerState_Grab::mfMassDiv;
	}
	else
	{
		mfMass = pBody->GetMass();
	}
}
void cEngineBody_SaveData::ToBody(iPhysicsBody *pBody)
{
	pBody->SetActive(mbActive);
	pBody->SetMass(mfMass);
	pBody->SetCollideCharacter(mbCollideCharacter);
	pBody->SetAngularVelocity(mvAngularVelocity);
	pBody->SetLinearVelocity(mvLinearVelocity);
	pBody->SetMatrix(m_mtxTransform);
}

kBeginSerializeBase(cEngineBody_SaveData)
kSerializeVar(mfMass,eSerializeType_Float32)
kSerializeVar(mbActive,eSerializeType_Bool)
kSerializeVar(mbCollideCharacter,eSerializeType_Bool)
kSerializeVar(mvLinearVelocity,eSerializeType_Vector3f)
kSerializeVar(mvAngularVelocity,eSerializeType_Vector3f)
kSerializeVar(m_mtxTransform,eSerializeType_Matrixf)
kEndSerialize()

//////////////////////////////////////////////////////////////////////////
// JOINT
//////////////////////////////////////////////////////////////////////////

//------------------------------------------------------------------------
void cEngineJoint_SaveData::FromJoint(iPhysicsJoint *apJoint)
{
	msName = apJoint->GetName();

	///////////////////////////////
	//Callback
	cScriptJointCallback *pCallback = static_cast<cScriptJointCallback*>(apJoint->GetCallback());
	if(pCallback)
	{
		msOnMaxCallback = pCallback->msMaxFunc;
		msOnMinCallback = pCallback->msMinFunc;
	}
	else
	{
		msOnMaxCallback = "";
		msOnMinCallback = "";
	}
	
	///////////////////////////////
	//Controllers
	cPhysicsControllerIterator ctrlIt = apJoint->GetControllerIterator();
	while(ctrlIt.HasNext())
	{
		iPhysicsController *pCtrl = ctrlIt.Next();
		cEngineJointController_SaveData saveCtrl;

		saveCtrl.msName = pCtrl->GetName();
		saveCtrl.mfDestValue = pCtrl->GetDestValue();
		saveCtrl.mbActive = pCtrl->IsActive();
        
		mvControllers.Add(saveCtrl);
	}

	///////////////////////////////
    //Type specific
	switch(apJoint->GetType())
	{
	case ePhysicsJointType_Ball:
		{
			iPhysicsJointBall *pBallJoint = static_cast<iPhysicsJointBall*>(apJoint);
			mfMaxLimit = pBallJoint->GetMaxConeAngle();
			mfMinLimit = pBallJoint->GetMaxTwistAngle();
			break;
		}
	case ePhysicsJointType_Hinge:
		{
			iPhysicsJointHinge *pHingeJoint = static_cast<iPhysicsJointHinge*>(apJoint);
			mfMaxLimit = pHingeJoint->GetMaxAngle();
			mfMinLimit = pHingeJoint->GetMinAngle();
			break;
		}
	case ePhysicsJointType_Screw:
		{
			iPhysicsJointScrew *pScrewJoint = static_cast<iPhysicsJointScrew*>(apJoint);
			mfMinLimit = pScrewJoint->GetMinDistance();
			mfMaxLimit = pScrewJoint->GetMaxDistance();
			break;
		}
	case ePhysicsJointType_Slider:
		{
			iPhysicsJointSlider *pSliderJoint = static_cast<iPhysicsJointSlider*>(apJoint);
			mfMinLimit = pSliderJoint->GetMinDistance();
			mfMaxLimit = pSliderJoint->GetMaxDistance();
			break;
		}
	}
}

//------------------------------------------------------------------------

void cEngineJoint_SaveData::ToJoint(iPhysicsJoint *apJoint)
{
	///////////////////////////////
	//Callback
	cScriptJointCallback *pCallback = static_cast<cScriptJointCallback*>(apJoint->GetCallback());
	if(pCallback==NULL)
	{
		pCallback = hplNew( cScriptJointCallback, (gpInit->mpGame->GetScene()) );
		apJoint->SetCallback(pCallback,true);

		if(msOnMaxCallback!="" || msOnMinCallback!="")
		{
			pCallback->msMaxFunc = msOnMaxCallback;
			pCallback->msMinFunc = msOnMinCallback;
		}
	}
	else
	{
		pCallback->msMaxFunc = msOnMaxCallback;
		pCallback->msMinFunc = msOnMinCallback;
	}

	
	///////////////////////////////
	//Controllers
	for(int i =0; i< (int)mvControllers.Size(); ++i)
	{
		iPhysicsController *pCtrl = apJoint->GetController(mvControllers[i].msName);
		
        pCtrl->SetDestValue(mvControllers[i].mfDestValue);
		pCtrl->SetActive(mvControllers[i].mbActive);
	}
	
	///////////////////////////////
	//Type specific
	switch(apJoint->GetType())
	{
	case ePhysicsJointType_Ball:
		{
			iPhysicsJointBall *pBallJoint = static_cast<iPhysicsJointBall*>(apJoint);
			pBallJoint->SetConeLimits(pBallJoint->GetConePin(), mfMaxLimit,mfMinLimit);
			break;
		}
	case ePhysicsJointType_Hinge:
		{
			iPhysicsJointHinge *pHingeJoint = static_cast<iPhysicsJointHinge*>(apJoint);
			pHingeJoint->SetMaxAngle(mfMaxLimit);
			pHingeJoint->SetMinAngle(mfMinLimit);
			break;
		}
	case ePhysicsJointType_Screw:
		{
			iPhysicsJointScrew *pScrewJoint = static_cast<iPhysicsJointScrew*>(apJoint);
			pScrewJoint->SetMinDistance(mfMinLimit);
			pScrewJoint->SetMaxDistance(mfMaxLimit);
			break;
		}
	case ePhysicsJointType_Slider:
		{
			iPhysicsJointSlider *pSliderJoint = static_cast<iPhysicsJointSlider*>(apJoint);
			pSliderJoint->SetMinDistance(mfMinLimit);
			pSliderJoint->SetMaxDistance(mfMaxLimit);
			break;
		}
	}
}

//------------------------------------------------------------------------

kBeginSerializeBase(cEngineJointController_SaveData)
kSerializeVar(msName,eSerializeType_String)
kSerializeVar(mfDestValue,eSerializeType_Float32)
kSerializeVar(mbActive,eSerializeType_Bool)
kEndSerialize()

kBeginSerializeBase(cEngineJoint_SaveData)
kSerializeVar(msName,eSerializeType_String)
kSerializeVar(mfMinLimit,eSerializeType_Float32)
kSerializeVar(mfMaxLimit,eSerializeType_Float32)
kSerializeVar(msOnMinCallback,eSerializeType_String)
kSerializeVar(msOnMaxCallback,eSerializeType_String)
kSerializeClassContainer(mvControllers,cEngineJointController_SaveData,eSerializeType_Class)
kEndSerialize()
//------------------------------------------------------------------------

//////////////////////////////////////////////////////////////////////////
// PS
//////////////////////////////////////////////////////////////////////////

//----------------------------------------------------------
void cEnginePS_SaveData::FromPS(cParticleSystem3D *apPS)
{
	if(apPS)
	{
		msName = apPS->GetName();

		msType = apPS->GetDataName();
		mvSize = apPS->GetDataSize();
		m_mtxTransform = apPS->GetWorldMatrix();

		mvEmitterActive.Resize(apPS->GetEmitterNum());
		for(int i=0; i< apPS->GetEmitterNum(); ++i)
		{
			iParticleEmitter *pEmitter = apPS->GetEmitter(i);
			
			if(pEmitter->IsDying() || pEmitter->IsDead()) 
				mvEmitterActive[i].mbActive = false;
			else
				mvEmitterActive[i].mbActive = true;
		}
	}
	else
	{
		msName = "NULL";
		msType = "";
		mvEmitterActive.Clear();
	}
}
void cEnginePS_SaveData::ToPS(cParticleSystem3D *apPS)
{
	if(apPS==NULL) return;

	for(size_t i=0; i< mvEmitterActive.Size(); ++i)
	{
		iParticleEmitter *pEmitter = apPS->GetEmitter((int)i);

		if(mvEmitterActive[i].mbActive==false)
		{
			pEmitter->KillInstantly();
		}
	}
}

//----------------------------------------------------------

kBeginSerializeBase(cEnginePSEmitter_SaveData)
kSerializeVar(mbActive,eSerializeType_Bool)
kEndSerialize()

kBeginSerializeBase(cEnginePS_SaveData)
kSerializeVar(msName,eSerializeType_String)
kSerializeVar(msType,eSerializeType_String)
kSerializeVar(mvSize,eSerializeType_Vector3f)
kSerializeVar(m_mtxTransform,eSerializeType_Matrixf)
kSerializeClassContainer(mvEmitterActive,cEnginePSEmitter_SaveData,eSerializeType_Class)
kEndSerialize()

//----------------------------------------------------------

//////////////////////////////////////////////////////////////////////////
// BEAM
//////////////////////////////////////////////////////////////////////////

//----------------------------------------------------------
void cEngineBeam_SaveData::FromBeam(cBeam *apBeam)
{
	msName = apBeam->GetName();
	msFile = apBeam->GetFileName();

	mvStartPos = apBeam->GetLocalPosition();
	mvEndPos = apBeam->GetEnd()->GetLocalPosition();
}

void cEngineBeam_SaveData::ToBeam(cBeam *apBeam)
{
	apBeam->LoadXMLProperties(msFile);	

	apBeam->SetPosition(mvStartPos);
	apBeam->GetEnd()->SetPosition(mvEndPos);
}

//----------------------------------------------------------

kBeginSerializeBase(cEngineBeam_SaveData)
kSerializeVar(msName,eSerializeType_String)
kSerializeVar(msFile,eSerializeType_String)

kSerializeVar(mvStartPos,eSerializeType_Vector3f)
kSerializeVar(mvEndPos,eSerializeType_Vector3f)
kEndSerialize()

//----------------------------------------------------------

//////////////////////////////////////////////////////////////////////////
// SOUND
//////////////////////////////////////////////////////////////////////////

void cEngineSound_SaveData::FromSound(cSoundEntity* apSound)
{
	msName = apSound->GetName();
	mbActive = apSound->IsActive();
	mbStopped = apSound->IsStopped();
}

void cEngineSound_SaveData::ToSound(cSoundEntity* apSound)
{
	apSound->SetActive(mbActive);
	if(mbStopped) apSound->Stop(false);
}

kBeginSerializeBase(cEngineSound_SaveData)
kSerializeVar(msName,eSerializeType_String)
kSerializeVar(mbActive,eSerializeType_Bool)
kSerializeVar(mbStopped,eSerializeType_Bool)
kEndSerialize()

//////////////////////////////////////////////////////////////////////////
// LIGHT
//////////////////////////////////////////////////////////////////////////

kBeginSerializeBase(cEngineLightAttachBB_SaveData)
kSerializeVar(msName,eSerializeType_String)
kEndSerialize()

void cEngineLight_SaveData::FromLight(iLight3D *apLight)
{
	msName = apLight->GetName();

	if(apLight->IsFading() && apLight->GetFlickerActive()==false)
	{
		apLight->SetDiffuseColor(apLight->GetDestColor());
		apLight->SetFarAttenuation(apLight->GetDestRadius());
	}

	mbActive = apLight->IsActive();
	mbVisible = apLight->IsVisible();
	
	if(apLight->GetFlickerActive())
	{
		mDiffuseColor = apLight->GetFlickerOnColor();
		mfFarAttenuation = apLight->GetFlickerOnRadius();
	}
	else
	{
		mDiffuseColor = apLight->GetDiffuseColor();
		mfFarAttenuation = apLight->GetFarAttenuation();
	}

	std::vector<cBillboard*>* pBillboardVec = apLight->GetBillboardVec();
	for(size_t i=0; i < pBillboardVec->size(); ++i)
	{
		cBillboard *pBillboard = (*pBillboardVec)[i];
		cEngineLightAttachBB_SaveData attachedBB;
		attachedBB.msName = pBillboard->GetName();
		mvBillboards.Add(attachedBB);
	}

	mbFlickering = apLight->GetFlickerActive();
	msFlickerOffSound = apLight->GetFlickerOffSound();
	msFlickerOnSound = apLight->GetFlickerOnSound();
	msFlickerOffPS = apLight->GetFlickerOffPS();
	msFlickerOnPS = apLight->GetFlickerOnPS();
	mfFlickerOnMinLength = apLight->GetFlickerOnMinLength();
	mfFlickerOffMinLength = apLight->GetFlickerOffMinLength();
	mfFlickerOnMaxLength = apLight->GetFlickerOnMaxLength();
	mfFlickerOffMaxLength = apLight->GetFlickerOffMaxLength();
	mFlickerOffColor = apLight->GetFlickerOffColor();
	mfFlickerOffRadius = apLight->GetFlickerOffRadius();
	mbFlickerFade = apLight->GetFlickerFade();
	mfFlickerOnFadeLength = apLight->GetFlickerOnFadeLength();
	mfFlickerOffFadeLength = apLight->GetFlickerOffFadeLength();
}

void cEngineLight_SaveData::ToLight(iLight3D *apLight)
{
	apLight->SetActive(mbActive);
	apLight->SetVisible(mbVisible);
	apLight->SetDiffuseColor(mDiffuseColor);
	apLight->SetFarAttenuation(mfFarAttenuation);

	cWorld3D *pWorld = gpInit->mpGame->GetScene()->GetWorld3D();
	for(size_t i=0; i < mvBillboards.Size(); ++i)
	{
		cBillboard *pBillboard = pWorld->GetBillboard(mvBillboards[i].msName);
		if(pBillboard)
			apLight->AttachBillboard(pBillboard);
		else
			Warning("Could not find billboard %s\n",mvBillboards[i].msName.c_str());
	}

	apLight->SetFlickerActive(mbFlickering);
	apLight->SetFlicker(mFlickerOffColor,mfFlickerOffRadius,
						mfFlickerOnMinLength,mfFlickerOnMaxLength,
						msFlickerOnSound,msFlickerOnPS,
						mfFlickerOffMinLength,mfFlickerOffMaxLength,
						msFlickerOffSound,msFlickerOffPS,
						mbFlickerFade,mfFlickerOnFadeLength,mfFlickerOffFadeLength);
}



kBeginSerializeBase(cEngineLight_SaveData)
kSerializeVar(msName,eSerializeType_String)
kSerializeVar(mbActive,eSerializeType_Bool)
kSerializeVar(mbVisible,eSerializeType_Bool)

kSerializeVar(mDiffuseColor, eSerializeType_Color)
kSerializeVar(mfFarAttenuation, eSerializeType_Float32)

kSerializeClassContainer(mvBillboards,cEngineLightAttachBB_SaveData,eSerializeType_Class)

kSerializeVar(mbFlickering,eSerializeType_Bool)
kSerializeVar(msFlickerOffSound,eSerializeType_String)
kSerializeVar(msFlickerOnSound,eSerializeType_String)
kSerializeVar(msFlickerOffPS,eSerializeType_String)
kSerializeVar(msFlickerOnPS,eSerializeType_String)
kSerializeVar(mfFlickerOnMinLength, eSerializeType_Float32)
kSerializeVar(mfFlickerOffMinLength, eSerializeType_Float32)
kSerializeVar(mfFlickerOnMaxLength, eSerializeType_Float32)
kSerializeVar(mfFlickerOffMaxLength, eSerializeType_Float32)
kSerializeVar(mFlickerOffColor, eSerializeType_Color)
kSerializeVar(mfFlickerOffRadius, eSerializeType_Float32)
kSerializeVar(mbFlickerFade,eSerializeType_Bool)
kSerializeVar(mfFlickerOnFadeLength, eSerializeType_Float32)
kSerializeVar(mfFlickerOffFadeLength, eSerializeType_Float32)
kEndSerialize()