modelloadermdl.cpp

来自「骨骼动画....把魔兽模型解出的代码..」· C++ 代码 · 共 2,345 行 · 第 1/5 页

CPP
2,345 行
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12345

	if(!ParticleEmitter.Data().EmissionRate.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter.Data().Gravity.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter.Data().Longitude.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter.Data().Latitude.Save(TokenStream)) return FALSE;

	while(TRUE)
	{
		if(ParticleEmitter.Data().Visibility.IsStatic())
		{
			if(ParticleEmitter.Data().Visibility.GetScalar() == 1.0f) break;
		}

		if(!ParticleEmitter.Data().Visibility.Save(TokenStream)) return FALSE;

		break;
	}

	TokenStream.WriteTab();
	TokenStream.WriteLine("Particle {");

	if(!ParticleEmitter.Data().ParticleLifeSpan.Save(TokenStream, 2)) return FALSE;
	if(!ParticleEmitter.Data().ParticleInitialVelocity.Save(TokenStream, 2)) return FALSE;

	TokenStream.WriteTab(2);
	TokenStream.WriteWord("Path ");
	TokenStream.WriteString(ParticleEmitter.Data().ParticleFileName);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteLine("}");

	TokenStream.WriteLine("}");

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves the model particle emitters 2
//+-----------------------------------------------------------------------------
BOOL MODEL_LOADER_MDL::SaveParticleEmitters2(MODEL& Model, TOKEN_OUT_STREAM& TokenStream)
{
	INT i;

	if(Model.Data().ParticleEmitter2Container.GetSize() <= 0) return TRUE;

	for(i = 0; i < Model.Data().ParticleEmitter2Container.GetTotalSize(); i++)
	{
		if(Model.Data().ParticleEmitter2Container.ValidIndex(i))
		{
			if(!SaveParticleEmitter2(*(Model.Data().ParticleEmitter2Container[i]), TokenStream)) return FALSE;
		}
	}

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves a model particle emitter 2
//+-----------------------------------------------------------------------------
BOOL MODEL_LOADER_MDL::SaveParticleEmitter2(MODEL_PARTICLE_EMITTER_2& ParticleEmitter2, TOKEN_OUT_STREAM& TokenStream)
{
	TokenStream.WriteWord("ParticleEmitter2 ");
	TokenStream.WriteString(ParticleEmitter2.Data().Name);
	TokenStream.WriteLine(" {");

	if(!SaveBaseData(&ParticleEmitter2.Data(), TokenStream)) return FALSE;

	switch(ParticleEmitter2.Data().FilterMode)
	{
		case FILTER_MODE_TRANSPARENT:
		{
			TokenStream.WriteTab();
			TokenStream.WriteLine("Transparent,");
			break;
		}

		case FILTER_MODE_BLEND:
		{
			TokenStream.WriteTab();
			TokenStream.WriteLine("Blend,");
			break;
		}

		case FILTER_MODE_ADDITIVE:
		{
			TokenStream.WriteTab();
			TokenStream.WriteLine("Additive,");
			break;
		}

		case FILTER_MODE_ADD_ALPHA:
		{
			TokenStream.WriteTab();
			TokenStream.WriteLine("AlphaKey,");
			break;
		}

		case FILTER_MODE_MODULATE:
		{
			TokenStream.WriteTab();
			TokenStream.WriteLine("Modulate,");
			break;
		}
	}

	if(!ParticleEmitter2.Data().Speed.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter2.Data().Variation.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter2.Data().Latitude.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter2.Data().Gravity.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter2.Data().EmissionRate.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter2.Data().Width.Save(TokenStream)) return FALSE;
	if(!ParticleEmitter2.Data().Length.Save(TokenStream)) return FALSE;

	while(TRUE)
	{
		if(ParticleEmitter2.Data().Visibility.IsStatic())
		{
			if(ParticleEmitter2.Data().Visibility.GetScalar() == 1.0f) break;
		}

		if(!ParticleEmitter2.Data().Visibility.Save(TokenStream)) return FALSE;

		break;
	}

	TokenStream.WriteTab();
	TokenStream.WriteLine("SegmentColor {");
	TokenStream.WriteTab(2);
	TokenStream.WriteWord("Color ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().SegmentColor1);
	TokenStream.WriteLine(",");
	TokenStream.WriteTab(2);
	TokenStream.WriteWord("Color ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().SegmentColor2);
	TokenStream.WriteLine(",");
	TokenStream.WriteTab(2);
	TokenStream.WriteWord("Color ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().SegmentColor3);
	TokenStream.WriteLine(",");
	TokenStream.WriteTab();
	TokenStream.WriteLine("},");

	TokenStream.WriteTab();
	TokenStream.WriteWord("Alpha ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().Alpha);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteWord("ParticleScaling ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().ParticleScaling);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteWord("LifeSpanUVAnim ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().HeadLifeSpan);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteWord("DecayUVAnim ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().HeadDecay);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteWord("TailUVAnim ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().TailLifeSpan);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteWord("TailDecayUVAnim ");
	TokenStream.WriteVector3(ParticleEmitter2.Data().TailDecay);
	TokenStream.WriteLine(",");

	if(ParticleEmitter2.Data().Rows > 0)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("Rows ");
		TokenStream.WriteInt(ParticleEmitter2.Data().Rows);
		TokenStream.WriteLine(",");
	}

	if(ParticleEmitter2.Data().Columns > 0)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("Columns ");
		TokenStream.WriteInt(ParticleEmitter2.Data().Columns);
		TokenStream.WriteLine(",");
	}

	if(ParticleEmitter2.Data().TextureId != INVALID_INDEX)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("TextureID ");
		TokenStream.WriteInt(ParticleEmitter2.Data().TextureId);
		TokenStream.WriteLine(",");
	}

	if(ParticleEmitter2.Data().Time != 0)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("Time ");
		TokenStream.WriteFloat(ParticleEmitter2.Data().Time);
		TokenStream.WriteLine(",");
	}

	if(ParticleEmitter2.Data().LifeSpan != 0)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("LifeSpan ");
		TokenStream.WriteFloat(ParticleEmitter2.Data().LifeSpan);
		TokenStream.WriteLine(",");
	}

	if(ParticleEmitter2.Data().TailLength != 0)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("TailLength ");
		TokenStream.WriteFloat(ParticleEmitter2.Data().TailLength);
		TokenStream.WriteLine(",");
	}

	if(ParticleEmitter2.Data().SortPrimitivesFarZ)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("SortPrimsFarZ,");
	}

	if(ParticleEmitter2.Data().LineEmitter)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("LineEmitter,");
	}

	if(ParticleEmitter2.Data().ModelSpace)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("ModelSpace,");
	}

	if(ParticleEmitter2.Data().AlphaKey)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("AlphaKey,");
	}

	if(ParticleEmitter2.Data().Unshaded)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("Unshaded,");
	}

	if(ParticleEmitter2.Data().Unfogged)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("Unfogged,");
	}

	if(ParticleEmitter2.Data().XYQuad)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("XYQuad,");
	}

	if(ParticleEmitter2.Data().Squirt)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("Squirt,");
	}

	if(ParticleEmitter2.Data().Head && ParticleEmitter2.Data().Tail)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("Both,");
	}
	else if(ParticleEmitter2.Data().Head)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("Head,");
	}
	else if(ParticleEmitter2.Data().Tail)
	{
		TokenStream.WriteTab();
		TokenStream.WriteLine("Tail,");
	}

	TokenStream.WriteLine("}");

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves the model ribbon emitters
//+-----------------------------------------------------------------------------
BOOL MODEL_LOADER_MDL::SaveRibbonEmitters(MODEL& Model, TOKEN_OUT_STREAM& TokenStream)
{
	INT i;

	if(Model.Data().RibbonEmitterContainer.GetSize() <= 0) return TRUE;

	for(i = 0; i < Model.Data().RibbonEmitterContainer.GetTotalSize(); i++)
	{
		if(Model.Data().RibbonEmitterContainer.ValidIndex(i))
		{
			if(!SaveRibbonEmitter(*(Model.Data().RibbonEmitterContainer[i]), TokenStream)) return FALSE;
		}
	}

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves a model ribbon emitter
//+-----------------------------------------------------------------------------
BOOL MODEL_LOADER_MDL::SaveRibbonEmitter(MODEL_RIBBON_EMITTER& RibbonEmitter, TOKEN_OUT_STREAM& TokenStream)
{
	TokenStream.WriteWord("RibbonEmitter ");
	TokenStream.WriteString(RibbonEmitter.Data().Name);
	TokenStream.WriteLine(" {");

	if(!SaveBaseData(&RibbonEmitter.Data(), TokenStream)) return FALSE;

	if(!RibbonEmitter.Data().HeightAbove.Save(TokenStream)) return FALSE;
	if(!RibbonEmitter.Data().HeightBelow.Save(TokenStream)) return FALSE;
	if(!RibbonEmitter.Data().Alpha.Save(TokenStream)) return FALSE;
	if(!RibbonEmitter.Data().Color.Save(TokenStream)) return FALSE;
	if(!RibbonEmitter.Data().TextureSlot.Save(TokenStream)) return FALSE;

	while(TRUE)
	{
		if(RibbonEmitter.Data().Visibility.IsStatic())
		{
			if(RibbonEmitter.Data().Visibility.GetScalar() == 1.0f) break;
		}

		if(!RibbonEmitter.Data().Visibility.Save(TokenStream)) return FALSE;

		break;
	}

	TokenStream.WriteTab();
	TokenStream.WriteWord("EmissionRate ");
	TokenStream.WriteFloat(RibbonEmitter.Data().EmissionRate);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteWord("LifeSpan ");
	TokenStream.WriteFloat(RibbonEmitter.Data().LifeSpan);
	TokenStream.WriteLine(",");

	if(RibbonEmitter.Data().Gravity != 0.0f)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("Gravity ");
		TokenStream.WriteFloat(RibbonEmitter.Data().Gravity);
		TokenStream.WriteLine(",");
	}

	TokenStream.WriteTab();
	TokenStream.WriteWord("Rows ");
	TokenStream.WriteInt(RibbonEmitter.Data().Rows);
	TokenStream.WriteLine(",");

	TokenStream.WriteTab();
	TokenStream.WriteWord("Columns ");
	TokenStream.WriteInt(RibbonEmitter.Data().Columns);
	TokenStream.WriteLine(",");

	if(RibbonEmitter.Data().MaterialId != INVALID_INDEX)
	{
		TokenStream.WriteTab();
		TokenStream.WriteWord("MaterialID ");
		TokenStream.WriteInt(RibbonEmitter.Data().MaterialId);
		TokenStream.WriteLine(",");
	}

	TokenStream.WriteLine("}");

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves the model event objects
//+-----------------------------------------------------------------------------
BOOL MODEL_LOADER_MDL::SaveEventObjects(MODEL& Model, TOKEN_OUT_STREAM& TokenStream)
{
	INT i;

	if(Model.Data().EventObjectContainer.GetSize() <= 0) return TRUE;

	for(i = 0; i < Model.Data().EventObjectContainer.GetTotalSize(); i++)
	{
		if(Model.Data().EventObjectContainer.ValidIndex(i))
		{
			if(!SaveEventObject(*(Model.Data().EventObjectContainer[i]), TokenStream)) return FALSE;
		}
	}

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves a model event object
//+-----------------------------------------------------------------------------
BOOL MODEL_LOADER_MDL::SaveEventObject(MODEL_EVENT_OBJECT& EventObject, TOKEN_OUT_STREAM& TokenStream)
{
	std::list<INT>::iterator i;

	TokenStream.WriteWord("EventObject ");
	TokenStream.WriteString(EventObject.Data().Name);
	TokenStream.WriteLine(" {");

	if(!SaveBaseData(&EventObject.Data(), TokenStream)) return FALSE;

	if(EventObject.Data().EventTrack.size() > 0)
	{
		TokenStream.WriteTab(1);
		TokenStream.WriteWord("EventTrack ");
		TokenStream.WriteInt(static_cast<INT>(EventObject.Data().EventTrack.size()));
		TokenStream.WriteLine(" {");

		i = EventObject.Data().EventTrack.begin();
		while(i != EventObject.Data().EventTrack.end())
		{
			TokenStream.WriteTab(2);
			TokenStream.WriteInt(*i);
			TokenStream.WriteLine(",");

			i++;
		}

		TokenStream.WriteTab(1);
		TokenStream.WriteLine("}");
	}

	TokenStream.WriteLine("}");

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves the model cameras
//+-----------------------------------------------------------------------------
BOOL MODEL_LOADER_MDL::SaveCameras(MODEL& Model, TOKEN_OUT_STREAM& TokenStream)
{
	INT i;

	if(Model.Data().CameraContainer.GetSize() <= 0) return TRUE;

	for(i = 0; i < Model.Data().CameraContainer.GetTotalSize(); i++)
	{
		if(Model.Data().CameraContainer.ValidIndex(i))
		{
			if(!SaveCamera(*(Model.Data().CameraContainer[i]), TokenStream)) return FALSE;
		}
	}

	return TRUE;
}


//+-----------------------------------------------------------------------------
//| Saves a model camera
12345

modelloadermdl.cpp - 源码说明

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