public override void ProcessOutput(SWShaderProcessBase processor, string keyword = "")
{
base.ProcessOutput(processor, keyword);
foreach (var outp in processor.childOutputs)
{
foreach (var item in outp.outputs)
{
if (item.data.type == type)
{
if (keyword == "add")
{
//UV加上去，一个影像
if (item.type == SWDataType._UV && item.uvOp == SWUVop.add)
{
processor.StringAddLine(string.Format("\t\t\t\t{0} = {0} + {1}*{2};", processor.uvParam, item.param, item.opFactor));
}
}
else if (keyword == "lerp")
{
//原影像和 UV后影像叠加
if (item.type == SWDataType._UV && item.uvOp == SWUVop.lerp)
{
//iNormal
processor.TextureSample(string.Format("color{0}_{1}", processor.node.data.iName, item.param),
true, processor.node.TextureShaderName(), string.Format("{0}+{1}", processor.uvParam, item.param, processor.node.data.useNormal));
processor.StringAddLine(string.Format("\t\t\t\tcolor{0} = lerp(color{0},color{0}_{1},clamp({2},0,1)); ", processor.node.data.iName, item.param, item.opFactor));
}
}
}
}
}
}
public override void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, string keyword = "")
{
base.ProcessOutputSingle(processor, item, keyword);
if (keyword == "add")
{
//UV加上去，一个影像
if (item.type == SWDataType._UV && item.uvOp == SWUVop.add)
{
processor.StringAddLine(string.Format("\t\t\t\t{0} = {0} + {1}*{2};", processor.uvParam, item.param, item.opFactor));
}
}
else if (keyword == "lerp")
{
//原影像和 UV后影像叠加
if (item.type == SWDataType._UV && item.uvOp == SWUVop.lerp)
{
//iNormal
processor.TextureSample(string.Format("color{0}_{1}", processor.node.data.iName, item.param),
true, processor.node.TextureShaderName(), string.Format("{0}+{1}", processor.uvParam, item.param, processor.node.data.useNormal));
processor.StringAddLine(string.Format("\t\t\t\tcolor{0} = lerp(color{0},color{0}_{1},clamp({2},0,1)); ", processor.node.data.iName, item.param, item.opFactor));
}
}
else if (keyword == "replace")
{
//UV加上去，一个影像
if (item.type == SWDataType._UV && item.uvOp == SWUVop.replace)
{
processor.StringAddLine(string.Format("\t\t\t\t{0} = lerp({0},{1},{2});", processor.uvParam, item.param, item.opFactor));
}
}
}
public override void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, string keyword = "")
{
base.ProcessOutputSingle(processor, item, keyword);
string uvParam = string.Format("uv{0}", processor.node.data.iName);
processor.StringAddLine(string.Format("\t\t\t\t{0} = {1};", uvParam, item.param));
}
public override void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, string keyword = "")
{
base.ProcessOutputSingle(processor, item, keyword);
string uvParam = string.Format("uv{0}", processor.node.data.iName);
string param = string.Format("retroFactor{0}{1}", processor.node.data.iName, item.node.data.iName);
processor.StringAddLine(string.Format("\t\t\t\tfloat {0} = {1}*max(rect{2}.z,rect{2}.w);", param, item.opFactor, processor.node.data.iName));
processor.StringAddLine(string.Format("\t\t\t\t{0} = Retro({0},{1});", uvParam, param));
}
void ProcessFinal(SWShaderProcessBase processor, SWOutputSub item)
{
if (!item.data.effectData.pop_final)
{
return;
}
processor.StringAddLine(string.Format("\t\t\t\t{0} = float4({0}.rgb,{0}.a* lerp(1,clamp({1}*{2},{3},{4}),{5})); ",
"result", item.param, item.opFactor, item.data.effectData.pop_min.ToStringEX(), item.data.effectData.pop_max.ToStringEX(), item.opFactor));
}
protected void ProcessOutpBlur(SWShaderProcessBase processor, SWOutputSub sub)
{
string uvParam = string.Format("uv{0}", processor.node.data.iName);
string param = string.Format("retroFactor{0}{1}", processor.node.data.iName, sub.node.data.iName);
processor.StringAddLine(string.Format("\t\t\t\t float {0} = {1}*max(rect{2}.z,rect{2}.w);", param, sub.opFactor, processor.node.data.iName));
processor.StringAddLine(string.Format("\t\t\t\t{0} = float2({0}.x - {0}.x%{1} + {1}*0.5 ,{0}.y - {0}.y%{1} + {1}*0.5);", uvParam, param));
}
public override void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, string keyword = "")
{
base.ProcessOutputSingle(processor, item, keyword);
if (keyword == "final")
{
ProcessFinal(processor, item);
}
else
{
Process(processor, item);
}
}
void Process(SWShaderProcessBase processor, SWOutputSub item)
{
if (item.data.effectData.pop_final)
{
return;
}
string colorParam = string.Format("color{0}", processor.node.data.iName);
processor.StringAddLine(string.Format("\t\t\t\t{0} = float4({0}.rgb,{0}.a* lerp(1,clamp({1}*{2},{3},{4}),{5})); ",
colorParam, item.param, item.opFactor, item.data.effectData.pop_min.ToStringEX(), item.data.effectData.pop_max.ToStringEX(), item.opFactor));
}
public SWOutput Process(SWNodeBase node)
{
if (node.shaderOutput != null)
{
return(node.shaderOutput);
}
SWShaderProcessBase processor = CreateProcessor(node.data.type);
node.shaderOutput = processor.Process(node);
return(node.shaderOutput);
}
public virtual void ProcessOutput(SWShaderProcessBase processor, string keyword = "")
{
foreach (var outp in processor.childOutputs)
{
foreach (var item in outp.outputs)
{
if (item.data.type == type)
{
ProcessOutputSingle(processor, item, keyword);
}
}
}
}
/// <summary>
/// Add:Keep alpha,only add rgb
/// Mul:Simple multiple color
/// Lerp:
/// </summary>
public override void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, string keyword = "")
{
base.ProcessOutputSingle(processor, item, keyword);
if (keyword == "first")
{
//processor.StringAddLine (string.Format ("\t\t\t\tresult = {0}*{1};", item.param, item.opFactor));
processor.StringAddLine(string.Format("\t\t\t\tresult = float4({0}.rgb,{0}.a*{1});", item.param, item.opFactor));
return;
}
if (item.op == SWOutputOP.blend)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = lerp(result,float4({0}.rgb,1),clamp({0}.a*{1},0,1)); ",
item.param, item.opFactor));
}
else if (item.op == SWOutputOP.blendInner)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = lerp(result,float4({0}.rgb,rootTexColor.a),clamp({0}.a*{1},0,1)); ",
item.param, item.opFactor));
}
else if (item.op == SWOutputOP.add)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = result+float4({0}.rgb*{0}.a*{1},{0}.a*{1});", item.param, item.opFactor));
}
else if (item.op == SWOutputOP.addInner)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = result+float4({0}.rgb*{0}.a*{1},{0}.a*{1}*(rootTexColor.a - result.a));", item.param, item.opFactor));
}
else if (item.op == SWOutputOP.mul)
{
processor.StringAddLine(string.Format("result = result *lerp(float4(1,1,1,1),{0},{0}.a*{1});", item.param, item.opFactor));
}
else if (item.op == SWOutputOP.mulIntersect)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = result*{0}*{1};", item.param, item.opFactor));
}
else if (item.op == SWOutputOP.mulRGB)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = float4(result.rgb*lerp(float3(1,1,1),{0}.rgb,{1}),result.a);", item.param, item.opFactor));
}
else
{
string func = string.Format("Blend{0}", item.op.ToString());
processor.StringAddLine(string.Format("\t\t\t\tresult3 = {2}({0}.rgb,{1}.rgb);", "result", item.param, func));
processor.StringAddLine(string.Format("\t\t\t\tminA = min(result.a,{0}.a);", item.param));
processor.StringAddLine(string.Format("\t\t\t\tresult3 = result.rgb*(result.a-minA)+{0}.rgb*({0}.a-minA)+minA*result3;", item.param));
processor.StringAddLine(string.Format("\t\t\t\tresult2 = float4(result3,result.a+{0}.a*(1-result.a));", item.param));
processor.StringAddLine(string.Format("\t\t\t\tresult = lerp(result,result2,{0});", item.opFactor));
}
}
public override void ProcessOutput(SWShaderProcessBase processor, string keyword = "")
{
base.ProcessOutput(processor, keyword);
foreach (var outp in processor.childOutputs)
{
foreach (var item in outp.outputs)
{
if (item.data.type == type)
{
ProcessOutpBlur(processor, item);
}
}
}
}
public override void ProcessOutput(SWShaderProcessBase processor, string keyword = "")
{
base.ProcessOutput(processor, keyword);
processor.StringAddLine(string.Format("\t\t\t\tfloat4 color{0} = float4(0,0,0,0);", processor.node.data.iName));
foreach (var outp in processor.childOutputs)
{
foreach (var item in outp.outputs)
{
if (item.data.type == type)
{
ProcessOutpBlur(processor, item);
}
}
}
}
public override void ProcessOutput(SWShaderProcessBase processor, string keyword = "")
{
base.ProcessOutput(processor, keyword);
string uvParam = string.Format("uv{0}", processor.node.data.iName);
foreach (var outp in processor.childOutputs)
{
foreach (var item in outp.outputs)
{
if (item.data.type == type)
{
processor.StringAddLine(string.Format("\t\t\t\t{0} = {1};", uvParam, item.param));
}
}
}
}
/// <summary>
/// Add:Keep alpha,only add rgb
/// Mul:Simple multiple color
/// Lerp:
/// </summary>
public override void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, bool first)
{
base.ProcessOutputSingle(processor, item, first);
if (first)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = {0};", item.param, item.opFactor));
return;
}
if (item.op == SWOutputOP.blend)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = lerp(result,float4({0}.rgb,1),clamp({0}.a*{1},0,1)); ",
item.param, item.opFactor));
}
if (item.op == SWOutputOP.blendInner)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = lerp(result,float4({0}.rgb,rootTexColor.a),clamp({0}.a*{1},0,1)); ",
item.param, item.opFactor));
// processor.StringAddLine( string.Format ("\t\t\t\tresult = lerp(result,float4({0}.rgb,result.a),clamp({0}.a*{1},0,1)); ",
// item.param, item.opFactor));
}
if (item.op == SWOutputOP.add)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = result+float4({0}.rgb*{0}.a*{1},{0}.a*{1});", item.param, item.opFactor));
}
if (item.op == SWOutputOP.addInner)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = result+float4({0}.rgb*{0}.a*{1},{0}.a*{1}*(rootTexColor.a - result.a));", item.param, item.opFactor));
//processor.StringAddLine( string.Format("\t\t\t\tresult = result+float4({0}.rgb*{0}.a*{1},0);",item.param,item.opFactor));
}
if (item.op == SWOutputOP.mul)
{
processor.StringAddLine(string.Format("result = result *lerp(float4(1,1,1,1),{0},{0}.a*{1});", item.param, item.opFactor));
}
if (item.op == SWOutputOP.mulIntersect)
{
processor.StringAddLine(string.Format("\t\t\t\tresult = result*{0}*{1};", item.param, item.opFactor));
}
}
public void Blur(SWShaderProcessBase processor, SWOutputSub sub, string colorName, string texName, string uv)
{
// processor.StringAddLine (string.Format ("\t\t\t\t{1} = Blur(_{2},{3},{4}*rect{0}.zw);",
// processor.node.data.iName,colorName,texName,uv,sub.opFactor));
//Blur constrains in rect_Sprite
if (processor.NeedRectSprite())
{
processor.StringAddLine(string.Format("\t\t\t\t{1} = Blur(_{2},{3},{4}*rect{0}.zw,i.rect_Sprite,{5});",
processor.node.data.iName,
colorName,
texName,
uv,
sub.opFactor,
processor.IsSpriteType_SamplingSprite()?"true":"false"
));
}
else
{
processor.StringAddLine(string.Format("\t\t\t\t{1} = Blur(_{2},{3},{4}*rect{0}.zw,float4(0,0,1,1),false);",
processor.node.data.iName, colorName, texName, uv, sub.opFactor));
}
}
public virtual void ProcessOutput(SWShaderProcessBase processor, string keyword = "")
{
}
public virtual void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, string keyword = "")
{
}
public void Blur(SWShaderProcessBase processor, SWOutputSub sub, string colorName, string texName, string uv)
{
processor.StringAddLine(string.Format("\t\t\t\t{1} = Blur(_{2},{3},{4}*rect{0}.zw);",
processor.node.data.iName, colorName, texName, uv, sub.opFactor));
}
protected void ProcessOutpBlur(SWShaderProcessBase processor, SWOutputSub sub)
{
string uvParam = string.Format("uv{0}", processor.node.data.iName);
processor.StringAddLine(string.Format("\t\t\t\t\tcolor{0} = Blur(_{1},{2},{3});", processor.node.data.iName, processor.node.TextureShaderName(), uvParam, sub.opFactor));
}
public static SWShaderProcessBase CreateProcessor(SWNodeType type)
{
SWShaderProcessBase processor = null;
if (type == SWNodeType.root)
{
processor = new SWShaderProcessRoot();
}
else if (type == SWNodeType.mask)
{
processor = new SWShaderProcessMask();
}
else if (type == SWNodeType.color)
{
processor = new SWShaderProcessColor();
}
else if (type == SWNodeType.image)
{
processor = new SWShaderProcessImage();
}
else if (type == SWNodeType.uv)
{
processor = new SWShaderProcessUV();
}
else if (type == SWNodeType.alpha)
{
processor = new SWShaderProcessAlpha();
}
else if (type == SWNodeType.mixer)
{
processor = new SWShaderProcessMixer();
}
else if (type == SWNodeType.remap)
{
processor = new SWShaderProcessRemap();
}
else if (type == SWNodeType.blur)
{
processor = new SWShaderProcessBlur();
}
else if (type == SWNodeType.retro)
{
processor = new SWShaderProcessRetro();
}
else if (type == SWNodeType.refract)
{
processor = new SWShaderProcessRefraction();
}
else if (type == SWNodeType.reflect)
{
processor = new SWShaderProcessReflection();
}
else if (type == SWNodeType.coord)
{
processor = new SWShaderProcessCoord();
}
else if (type == SWNodeType.dummy)
{
processor = new SWShaderProcessDummy();
}
else if (type == SWNodeType.code)
{
processor = new SWShaderProcessCode();
}
return(processor);
}
public virtual void ProcessOutputSingle(SWShaderProcessBase processor, SWOutputSub item, bool b)
{
}