public override bool Calculate()
{
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "uv_rgba_" + NodeCount;
string PreviewVariable = s_in.Result;
if (s_in.Result == null)
{
PreviewVariable = "i.texcoord";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
s_out.ValueLine = "float4 " + DefaultName + " = float4(" + PreviewVariable + ".r," + PreviewVariable + ".g,0,1);\n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
Node.GrabPassTag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_GrabTexture_" + NodeCount;
// Ajoute l'ancienne ligne complete du input dans celui du output ( il n'y a pas encore la nouvelle ligne )
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (s_in.Result == null)
{
s_out.ValueLine = "float4 " + DefaultName + " = tex2D(_GrabTexture, i.screenuv);\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = tex2D(_GrabTexture," + s_in.Result + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
// Ajoute les parametres en début du shader dans un string avec les anciens;
s_out.ParametersLines += s_in.ParametersLines;
// Ajoute les déclarations du shader dans un string avec les anciens;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
SuperFloat4 sfa = Inputs[0].GetValue <SuperFloat4>();
if (sfa.Result != null)
{
if (LightingSupportTag)
{
result = BuildLightShader("Shadero Customs/" + Node.ShaderNameX, sfa.StringPreviewNew, sfa.Result, sfa.ParametersLines, sfa.ParametersDeclarationLines);
result = result.Replace("texcoord", "uv_MainTex");
}
else
{
result = BuildVertexShader("Shadero Customs/" + Node.ShaderNameX, sfa.StringPreviewNew, sfa.Result, sfa.ParametersLines, sfa.ParametersDeclarationLines);
}
MemoResult = result;
BuildErrorFlag = false;
}
else
{
BuildErrorFlag = true;
}
return(true);
}
public override bool Calculate()
{
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "NewTex_" + NodeCount;
string DefaultNameVariable1 = "_NewTex_" + NodeCount;
FinalVariable = DefaultNameVariable1;
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (s_in.Result == null)
{
s_out.ValueLine = "float4 " + DefaultName + " = tex2D(" + DefaultNameVariable1 + ", i.texcoord);\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = tex2D(" + DefaultNameVariable1 + "," + s_in.Result + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultName + "(RGB)\", 2D) = \"white\" { }\n";
s_out.ParametersDeclarationLines += "sampler2D " + DefaultNameVariable1 + ";\n";
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[1].GetValue <SuperFloat4>(); // RGBA
SuperFloat2 s_in2 = Inputs[0].GetValue <SuperFloat2>(); // UV
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "ClippingRight_" + NodeCount;
string DefaultNameVariable1 = "_ClippingRight_Value_" + NodeCount;
string DefaultParameters1 = ", Range(0, 1)) = " + Variable.ToString();
string VoidName = "ClippingRight";
string PreviewVariable = s_in.Result;
FinalVariable = DefaultNameVariable1;
string uv = "";
if (s_in2.Result == null)
{
uv = "i.texcoord";
}
else
{
uv = s_in2.Result;
}
if (s_in.Result == null)
{
PreviewVariable = "float4(0,0,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine = "float4 " + DefaultName + " = " + VoidName + "(" + PreviewVariable + "," + uv + "," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = " + VoidName + "(" + PreviewVariable + "," + uv + "," + Variable.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
// RGBA
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
if (s_in.Result != null)
{
ShaderString = "Shadero Previews/GenerateXATXQ" + count;
result = BuildShader.BuildVertexShader(ShaderString, s_in.StringPreviewNew, s_in.Result, s_in.ParametersLines, s_in.ParametersDeclarationLines);
string patha = Application.dataPath + "/ShaderoSprite/Plugins/Editor/Cache/generatetextureshader" + count + ".shader";
File.WriteAllText(patha, result);
}
SuperFloat4 s_out = new SuperFloat4();
string PreviewVariable = s_in.Result;
s_out.StringPreviewLines = s_in.StringPreviewNew;
s_out.ValueLine = "";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = PreviewVariable;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
SuperFloat s_in = Inputs[0].GetValue <SuperFloat>();
SuperFloat4 s_in2 = Inputs[1].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string DefaultName = s_in.Result;
string Alpha = s_in.Result;
string RGBA = s_in2.Result;
DefaultName = RGBA;
if (s_in.Result == null)
{
Alpha = "1";
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
s_out.ValueLine = RGBA + ".a = " + Alpha + ";\n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
return(true);
}
public override bool Calculate()
{
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_in2 = Inputs[1].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefautTypeFade = "float";
string DefaultName = "OperationMul_" + NodeCount;
string DefaultNameVariable1 = "_Mul_Fade_" + NodeCount;
FinalVariable = DefaultNameVariable1;
string DefaultParameters1 = ", Range(0, 1)) = " + Variable.ToString();
string Value1 = Variable.ToString();
string PreviewVariable = s_in.Result;
string PreviewVariable2 = s_in2.Result;
DefaultName = s_in.Result;
if (s_in.Result == null)
{
PreviewVariable = "float4(0,0,0,1)";
}
if (s_in2.Result == null)
{
PreviewVariable2 = "float4(0,0,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine = PreviewVariable + " = lerp(" + PreviewVariable + "," + PreviewVariable + " * " + PreviewVariable2 + "," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = PreviewVariable + " = lerp(" + PreviewVariable + "," + PreviewVariable + " * " + PreviewVariable2 + "," + Value1 + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
}
if (parametersOK)
{
s_out.ParametersDeclarationLines += DefautTypeFade + " " + DefaultNameVariable1 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefautType = "float4";
string DefautTypeFade = "float";
string DefaultName = "TurnBlackToAlpha_" + NodeCount;
string DefaultNameVariable1 = "_TurnBlackToAlpha_Fade_" + NodeCount;
string DefaultParameters1 = ", Range(0, 1)) = " + Variable.ToString();
string VoidName = "TurnBlackToAlpha";
string Value1 = Variable.ToString();
string PreviewVariable = s_in.Result;
FinalVariable = DefaultNameVariable1;
if (s_in.Result == null)
{
PreviewVariable = "float4(0,0,0,1)";
}
string forced = "1";
if (ForceColorBlack)
{
forced = "0";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine = DefautType + " " + DefaultName + " = " + VoidName + "(" + PreviewVariable + "," + forced + "," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = DefautType + " " + DefaultName + " = " + VoidName + "(" + PreviewVariable + "," + forced + "," + Value1 + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
}
if (parametersOK)
{
s_out.ParametersDeclarationLines += DefautTypeFade + " " + DefaultNameVariable1 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat s_outR = new SuperFloat();
SuperFloat s_outG = new SuperFloat();
SuperFloat s_outB = new SuperFloat();
SuperFloat s_outAlpha = new SuperFloat();
string RGBA = s_in.Result;
if (RGBA == null)
{
RGBA = "float4(1,1,1,1)";
}
string NodeCount = MemoCount.ToString();
string UsedVariable = "RGBASplit_" + NodeCount;
s_outR.StringPreviewLines = s_in.StringPreviewNew;
s_outR.ValueLine = "float4 " + UsedVariable + " = " + RGBA + ";\n";
s_outR.StringPreviewNew = s_outR.StringPreviewLines + s_outR.ValueLine;
s_outR.ParametersLines += s_in.ParametersLines;
s_outR.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
s_outG.StringPreviewLines = s_in.StringPreviewNew;
s_outG.ValueLine = "float4 " + UsedVariable + " = " + RGBA + ";\n";
s_outG.StringPreviewNew = s_outG.StringPreviewLines + s_outG.ValueLine;
s_outG.ParametersLines += s_in.ParametersLines;
s_outG.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
s_outB.StringPreviewLines = s_in.StringPreviewNew;
s_outB.ValueLine = "float4 " + UsedVariable + " = " + RGBA + ";\n";
s_outB.StringPreviewNew = s_outB.StringPreviewLines + s_outB.ValueLine;
s_outB.ParametersLines += s_in.ParametersLines;
s_outB.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
s_outAlpha.StringPreviewLines = s_in.StringPreviewNew;
s_outAlpha.ValueLine = "float4 " + UsedVariable + " = " + RGBA + ";\n";
s_outAlpha.StringPreviewNew = s_outAlpha.StringPreviewLines + s_outAlpha.ValueLine;
s_outAlpha.ParametersLines += s_in.ParametersLines;
s_outAlpha.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
s_outR.Result = UsedVariable + ".r";
s_outG.Result = UsedVariable + ".g";
s_outB.Result = UsedVariable + ".b";
s_outAlpha.Result = UsedVariable + ".a";
Outputs[0].SetValue <SuperFloat>(s_outR);
Outputs[1].SetValue <SuperFloat>(s_outG);
Outputs[2].SetValue <SuperFloat>(s_outB);
Outputs[3].SetValue <SuperFloat>(s_outAlpha);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in2 = Inputs[0].GetValue <SuperFloat2>();
SuperSource s_in = Inputs[1].GetValue <SuperSource>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "SourceRGBA_" + NodeCount;
string source = "";
string uv = "";
// uv
if (s_in.Result == null)
{
source = "_MainTex";
}
else
{
source = s_in.Result;
}
// source
if (s_in2.Result == null)
{
uv = "i.texcoord";
if (source == "_MainTex")
{
uv = "i.texcoord";
}
if (source == "_GrabTexture")
{
uv = "i.screenuv";
}
}
else
{
uv = s_in2.Result;
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
s_out.ValueLine = "float4 " + DefaultName + " = tex2D(" + source + ", " + uv + ");\n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_ThresholdSmooth_" + NodeCount;
string DefaultNameVariable1 = "_ThresholdSmooth_Value_" + NodeCount;
string DefaultNameVariable2 = "_ThresholdSmooth_Smooth_" + NodeCount;
string DefaultParameters1 = ", Range(-1, 2)) = " + Variable.ToString();
string DefaultParameters2 = ", Range(0, 1)) = " + Variable2.ToString();
string rgba = s_in.Result;
FinalVariable = DefaultNameVariable1;
FinalVariable2 = DefaultNameVariable2;
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine = "float4 " + DefaultName + " = ThresholdSmooth(" + rgba + "," + DefaultNameVariable1 + "," + DefaultNameVariable2 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = ThresholdSmooth(" + rgba + "," + Variable.ToString() + "," + Variable2.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperSource s_in2 = Inputs[1].GetValue <SuperSource>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string NewVariable = "PaletteSwapping2Texture_" + NodeCount;
string DefaultNameVariable1 = "_PaletteSwapping2Texture_" + NodeCount;
string PreviewVariable = s_in.Result;
string PreviewVariable2 = s_in2.Result;
string DefaultParameters1 = ", Range(0, 1)) = " + Variable.ToString();
FinalVariable = DefaultNameVariable1;
if (s_in.Result == null)
{
PreviewVariable = "float4(0,1,1,1)";
}
if (s_in2.Result == null)
{
PreviewVariable2 = "float4(1,1,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine += "float4 " + NewVariable + " = PaletteSwapping2Texture(" + PreviewVariable2 + ", " + PreviewVariable + ", " + DefaultNameVariable1 + "); \n";
}
else
{
s_out.ValueLine += "float4 " + NewVariable + " = PaletteSwapping2Texture(" + PreviewVariable2 + ", " + PreviewVariable + ", " + Variable.ToString() + "); \n";
}
s_out.Result = NewVariable;
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_Generate_Noise_" + NodeCount;
string uv = s_in.Result;
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
}
else
{
uv = s_in.Result;
}
string alphablack = "0";
if (NoAlphaBlack)
{
alphablack = "1";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (AddParameters)
{
s_out.ValueLine = "float4 " + DefaultName + " = Generate_Noise(" + uv + "," + alphablack + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = Generate_Noise(" + uv + "," + alphablack + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
SuperFloat s_in = Inputs[0].GetValue <SuperFloat>();
SuperFloat s_in2 = Inputs[1].GetValue <SuperFloat>();
SuperFloat s_in3 = Inputs[2].GetValue <SuperFloat>();
SuperFloat s_in4 = Inputs[3].GetValue <SuperFloat>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string UsedVariable = "SplitRGBA_" + NodeCount;
string R = s_in.Result;
string G = s_in2.Result;
string B = s_in3.Result;
string Alpha = s_in4.Result;
if (s_in.Result == null)
{
R = "0";
}
if (s_in2.Result == null)
{
G = "0";
}
if (s_in3.Result == null)
{
B = "0";
}
if (s_in4.Result == null)
{
Alpha = "1";
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew + s_in3.StringPreviewNew + s_in4.StringPreviewNew;
s_out.ValueLine = "float4 " + UsedVariable + " = float4(" + R + "," + G + "," + B + "," + Alpha + ");\n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = UsedVariable;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines + s_in3.ParametersLines + s_in4.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines + s_in3.ParametersDeclarationLines + s_in4.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "TintRGBA_" + NodeCount;
string DefaultNameVariable1 = "_TintRGBA_Color_" + NodeCount;
string DefaultParameters1 = ", COLOR) = (" + Variable.r + "," + Variable.g + "," + Variable.b + "," + Variable.a + ")";
string VoidName = "TintRGBA";
string PreviewVariable = s_in.Result;
FinalVariable = DefaultNameVariable1;
if (s_in.Result == null)
{
PreviewVariable = "float4(0,0,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (AddParameters)
{
s_out.ValueLine = "float4 " + DefaultName + " = " + VoidName + "(" + PreviewVariable + "," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = " + VoidName + "(" + PreviewVariable + ", float4(" + Variable.r.ToString() + "," + Variable.g.ToString() + "," + Variable.b.ToString() + "," + Variable.a.ToString() + ")" + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (AddParameters)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersDeclarationLines += "float4 " + DefaultNameVariable1 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string PreviewVariable = s_in.Result;
s_out.StringPreviewLines = s_in.StringPreviewNew;
s_out.ValueLine = PreviewVariable + " = saturate(" + PreviewVariable + "); \n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = s_in.Result;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_ColorHSV_" + NodeCount;
string DefaultNameVariable1 = "_ColorHSV_Hue_" + NodeCount;
string DefaultNameVariable2 = "_ColorHSV_Saturation_" + NodeCount;
string DefaultNameVariable3 = "_ColorHSV_Brightness_" + NodeCount;
string DefaultParameters1 = ", Range(0, 360)) = 180";
string DefaultParameters2 = ", Range(0, 2)) = 1";
string DefaultParameters3 = ", Range(0, 2)) = 1";
string rgba = s_in.Result;
FinalVariable = DefaultNameVariable1;
FinalVariable2 = DefaultNameVariable2;
FinalVariable3 = DefaultNameVariable3;
s_out.StringPreviewLines = s_in.StringPreviewNew;
s_out.ValueLine = "float4 " + DefaultName + " = ColorHSV(" + rgba + "," + DefaultNameVariable1 + "," + DefaultNameVariable2 + "," + DefaultNameVariable3 + ");\n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersLines += DefaultNameVariable3 + "(\"" + DefaultNameVariable3 + "\"" + DefaultParameters3 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable3 + ";\n";
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_in2 = Inputs[1].GetValue <SuperFloat4>();
SuperFloat4 s_in3 = Inputs[2].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_GhostFX_" + NodeCount;
string rgba = s_in.Result;
string rgba2 = s_in2.Result;
string rgba3 = s_in3.Result;
if (s_in.Result == null)
{
rgba = "float4(0,0,0,1)";
}
if (s_in2.Result == null)
{
rgba2 = "float4(0,0,0,1)";
}
if (s_in3.Result == null)
{
rgba3 = "float4(0,0,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew + s_in3.StringPreviewNew;
s_out.ValueLine = "float4 " + DefaultName + " = GenerateSOFTexture(" + rgba + "," + rgba2 + "," + rgba3 + ");\n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines + s_in3.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines + s_in3.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefautType = "float4";
string DefaultVariable = "_MainTex_";
if (Variable != "")
{
DefaultVariable = Variable;
}
string DefaultName = DefaultVariable + NodeCount;
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (s_in.Result == null)
{
s_out.ValueLine = DefautType + " " + DefaultName + " = tex2D(_MainTex, i.texcoord);\n";
}
else
{
s_out.ValueLine = DefautType + " " + DefaultName + " = tex2D(_MainTex," + s_in.Result + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.Result = DefaultName;
s_out.ParametersLines += s_in.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
NormalMapTag = true;
LightingSupportTag = Light;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_in2 = Inputs[1].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string PreviewVariable2 = s_in2.Result;
if (s_in2.Result == null)
{
PreviewVariable2 = "float4(1,1,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
if (s_in.Result == null)
{
Node.NormalMapOutput = "";
}
else
{
Node.NormalMapOutput = "o.Normal = UnpackNormal(" + PreviewVariable2 + ");\n";
}
s_out.Result = s_in.Result;
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
Outputs[0].SetValue <SuperFloat4>(s_out);
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_in2 = Inputs[1].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_ShinyFX_" + NodeCount;
string DefaultNameVariable1 = "_ShinyFX_Pos_" + NodeCount;
string DefaultNameVariable2 = "_ShinyFX_Size_" + NodeCount;
string DefaultNameVariable3 = "_ShinyFX_Smooth_" + NodeCount;
string DefaultNameVariable4 = "_ShinyFX_Intensity_" + NodeCount;
string DefaultNameVariable5 = "_ShinyFX_Speed_" + NodeCount;
string DefaultParameters1 = ", Range(-1, 1)) = " + Variable.ToString();
string DefaultParameters2 = ", Range(-1, 1)) = " + Variable2.ToString();
string DefaultParameters3 = ", Range(0, 1)) = " + Variable3.ToString();
string DefaultParameters4 = ", Range(0, 4)) = " + Variable4.ToString();
string DefaultParameters5 = ", Range(0, 8)) = " + Variable5.ToString();
string uv = s_in.Result;
string rgba = s_in2.Result;
FinalVariable = DefaultNameVariable1;
FinalVariable2 = DefaultNameVariable2;
FinalVariable3 = DefaultNameVariable3;
FinalVariable4 = DefaultNameVariable4;
FinalVariable5 = DefaultNameVariable5;
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
}
else
{
uv = s_in.Result;
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine = "float4 " + DefaultName + " = ShinyFX(" + rgba + "," + uv + "," + DefaultNameVariable1 + "," + DefaultNameVariable2 + "," + DefaultNameVariable3 + "," + DefaultNameVariable4 + "," + DefaultNameVariable5 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = ShinyFX(" + rgba + "," + uv + "," + Variable.ToString() + "," + Variable2.ToString() + "," + Variable3.ToString() + "," + Variable4.ToString() + "," + Variable5.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersLines += DefaultNameVariable3 + "(\"" + DefaultNameVariable3 + "\"" + DefaultParameters3 + "\n";
s_out.ParametersLines += DefaultNameVariable4 + "(\"" + DefaultNameVariable4 + "\"" + DefaultParameters4 + "\n";
s_out.ParametersLines += DefaultNameVariable5 + "(\"" + DefaultNameVariable5 + "\"" + DefaultParameters5 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable3 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable4 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable5 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_MorphingPack_" + NodeCount;
string SourceName = "MorphingPack_Before_" + NodeCount;
string SourceName2 = "MorphingPack_After_" + NodeCount;
string SourceName3 = "MorphingPack_UV_Before_" + NodeCount;
string SourceName4 = "MorphingPack_UV_After_" + NodeCount;
string DefaultNameVariable1 = "_MorphingPack_Blend_" + NodeCount;
string DefaultNameVariable2 = "_MorphingPack_Stranger_" + NodeCount;
string DefaultParameters1 = ", Range(0, 1)) = " + Variable.ToString();
string DefaultParameters2 = ", Range(0, 4)) = " + Variable5.ToString();
string uv = s_in.Result;
string Source = SourceName;
string Source2 = SourceName2;
string Source3 = SourceName3;
string Source4 = SourceName4;
FinalVariable = DefaultNameVariable1;
FinalVariable2 = SourceName;
FinalVariable3 = SourceName2;
FinalVariable4 = SourceName3;
FinalVariable5 = DefaultNameVariable2;
FinalVariable6 = SourceName4;
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
if (Source == "_MainTex")
{
uv = "i.texcoord";
}
if (Source == "_GrabTexture")
{
uv = "i.screenuv";
}
}
else
{
uv = s_in.Result;
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (AddParameters)
{
s_out.ValueLine = "float4 " + DefaultName + " = MorphingPerfectPack(" + uv + "," + Source + "," + Source2 + "," + Source3 + "," + Source4 + "," + DefaultNameVariable1 + "," + DefaultNameVariable2 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = MorphingPerfectPack(" + uv + "," + Source + "," + Source2 + "," + Source3 + "," + Source4 + "," + Variable.ToString() + "," + Variable5.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (AddParameters)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
}
s_out.ParametersLines += SourceName + "(\"" + SourceName + "(RGB)\", 2D) = \"white\" { }\n";
s_out.ParametersLines += SourceName2 + "(\"" + SourceName2 + "(RGB)\", 2D) = \"white\" { }\n";
s_out.ParametersLines += SourceName3 + "(\"" + SourceName3 + "(RGB)\", 2D) = \"white\" { }\n";
s_out.ParametersLines += SourceName4 + "(\"" + SourceName4 + "(RGB)\", 2D) = \"white\" { }\n";
s_out.ParametersDeclarationLines += "sampler2D " + SourceName + ";\n";
s_out.ParametersDeclarationLines += "sampler2D " + SourceName2 + ";\n";
s_out.ParametersDeclarationLines += "sampler2D " + SourceName3 + ";\n";
s_out.ParametersDeclarationLines += "sampler2D " + SourceName4 + ";\n";
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_PremadeGradients_" + NodeCount;
string DefaultNameVariablec1 = "";
string DefaultNameVariablec2 = "";
string DefaultNameVariablec3 = "";
string DefaultNameVariablec4 = "";
string DefaultNameVariable5 = "_PremadeGradients_Offset_" + NodeCount;
string DefaultNameVariable6 = "_PremadeGradients_Fade_" + NodeCount;
string DefaultNameVariable7 = "_PremadeGradients_Speed_" + NodeCount;
string DefaultParameters5 = ", Range(-1, 1)) =" + Variable5.ToString();
string DefaultParameters6 = ", Range(0, 1)) =" + Variable6.ToString();
string DefaultParameters7 = ", Range(-2, 2)) =" + Variable7.ToString();
string rgba = s_in.Result;
FinalVariable5 = DefaultNameVariable5;
FinalVariable6 = DefaultNameVariable6;
FinalVariable7 = DefaultNameVariable7;
if (s_in.Result == null)
{
rgba = "float4(0,0,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
string tmpVariable5 = DefaultNameVariable5;
string tmpVariable6 = DefaultNameVariable6;
string tmpVariable7 = DefaultNameVariable7;
if (!AddParameters)
{
tmpVariable5 = Variable5.ToString();
tmpVariable6 = Variable6.ToString();
tmpVariable7 = Variable7.ToString();
}
DefaultNameVariablec1 = "float4(" + Variable.r + "," + Variable.g + "," + Variable.b + "," + Variable.a + ")";
DefaultNameVariablec2 = "float4(" + Variable2.r + "," + Variable2.g + "," + Variable2.b + "," + Variable2.a + ")";
DefaultNameVariablec3 = "float4(" + Variable3.r + "," + Variable3.g + "," + Variable3.b + "," + Variable3.a + ")";
DefaultNameVariablec4 = "float4(" + Variable4.r + "," + Variable4.g + "," + Variable4.b + "," + Variable4.a + ")";
s_out.ValueLine = "float4 " + DefaultName + " = Color_PreGradients(" + rgba + "," + DefaultNameVariablec1 + "," + DefaultNameVariablec2 + "," + DefaultNameVariablec3 + "," + DefaultNameVariablec4 + "," + tmpVariable5.ToString() + "," + tmpVariable6.ToString() + "," + tmpVariable7.ToString() + ");\n";
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (AddParameters)
{
s_out.ParametersLines += DefaultNameVariable5 + "(\"" + DefaultNameVariable5 + "\"" + DefaultParameters5 + "\n";
s_out.ParametersLines += DefaultNameVariable6 + "(\"" + DefaultNameVariable6 + "\"" + DefaultParameters6 + "\n";
s_out.ParametersLines += DefaultNameVariable7 + "(\"" + DefaultNameVariable7 + "\"" + DefaultParameters7 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable5 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable6 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable7 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperSource s_in2 = Inputs[1].GetValue <SuperSource>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_PageCurl_" + NodeCount;
string DefaultNameVariable1 = "_PageCurl_movement_" + NodeCount;
string DefaultNameVariable2 = "_PageCurl_rotation_" + NodeCount;
string DefaultNameVariable3 = "_PageCurl_Curve_" + NodeCount;
string DefaultNameVariable4 = "_PageCurl_Shadow_" + NodeCount;
string DefaultParameters1 = ", Range(-6, 6)) = " + Variable.ToString();
string DefaultParameters2 = ", Range(-1, 1)) = " + Variable2.ToString();
string DefaultParameters3 = ", Range(0, 0.3)) = " + Variable3.ToString();
string DefaultParameters4 = ", Range(0, 8)) = " + Variable4.ToString();
string uv = s_in.Result;
string Source = "";
FinalVariable = DefaultNameVariable1;
FinalVariable2 = DefaultNameVariable2;
FinalVariable3 = DefaultNameVariable3;
FinalVariable4 = DefaultNameVariable4;
// uv
if (s_in2.Result == null)
{
Source = "_MainTex";
}
else
{
Source = s_in2.Result;
}
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
if (Source == "_MainTex")
{
uv = "i.texcoord";
}
if (Source == "_GrabTexture")
{
uv = "i.screenuv";
}
}
else
{
uv = s_in.Result;
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine = "float4 " + DefaultName + " = PageCurl(" + Source + "," + uv + "," + DefaultNameVariable1 + "," + DefaultNameVariable2 + "," + DefaultNameVariable3 + "," + DefaultNameVariable4 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = PageCurl(" + Source + "," + uv + "," + Variable.ToString() + "," + Variable2.ToString() + "," + Variable3.ToString() + "," + Variable4.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersLines += DefaultNameVariable3 + "(\"" + DefaultNameVariable3 + "\"" + DefaultParameters3 + "\n";
s_out.ParametersLines += DefaultNameVariable4 + "(\"" + DefaultNameVariable4 + "\"" + DefaultParameters4 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable3 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable4 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_Generate_Starfield_" + NodeCount;
string DefaultNameVariable1 = "_Generate_Starfield_PosX_" + NodeCount;
string DefaultNameVariable2 = "_Generate_Starfield_PosY_" + NodeCount;
string DefaultNameVariable3 = "_Generate_Starfield_Number_" + NodeCount;
string DefaultNameVariable4 = "_Generate_Starfield_Size_" + NodeCount;
string DefaultNameVariable5 = "_Generate_Starfield_Speed_" + NodeCount;
string DefaultParameters1 = ", Range(-1, 2)) = " + Variable.ToString();
string DefaultParameters2 = ", Range(-1, 2)) = " + Variable2.ToString();
string DefaultParameters3 = ", Range(0, 20)) = " + Variable3.ToString();
string DefaultParameters4 = ", Range(0.01, 16)) = " + Variable4.ToString();
string DefaultParameters5 = ", Range(-100, 100)) = " + Variable5.ToString();
string uv = s_in.Result;
FinalVariable = DefaultNameVariable1;
FinalVariable2 = DefaultNameVariable2;
FinalVariable3 = DefaultNameVariable3;
FinalVariable4 = DefaultNameVariable4;
FinalVariable5 = DefaultNameVariable5;
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
}
else
{
uv = s_in.Result;
}
string alphablack = "0";
if (NoAlphaBlack)
{
alphablack = "1";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
if (AddParameters)
{
s_out.ValueLine = "float4 " + DefaultName + " = Generate_Starfield(" + uv + "," + DefaultNameVariable1 + "," + DefaultNameVariable2 + "," + DefaultNameVariable3 + "," + DefaultNameVariable4 + "," + DefaultNameVariable5 + "," + alphablack + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = Generate_Starfield(" + uv + "," + Variable.ToString() + "," + Variable2.ToString() + "," + Variable3.ToString() + "," + Variable4.ToString() + "," + Variable5.ToString() + "," + alphablack + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (AddParameters)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersLines += DefaultNameVariable3 + "(\"" + DefaultNameVariable3 + "\"" + DefaultParameters3 + "\n";
s_out.ParametersLines += DefaultNameVariable4 + "(\"" + DefaultNameVariable4 + "\"" + DefaultParameters4 + "\n";
s_out.ParametersLines += DefaultNameVariable5 + "(\"" + DefaultNameVariable5 + "\"" + DefaultParameters5 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable3 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable4 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable5 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
Node.WorldPosTag = true;
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperSource s_in2 = Inputs[1].GetValue <SuperSource>();
SuperSource s_in3 = Inputs[2].GetValue <SuperSource>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_WorldGrassUV_" + NodeCount;
string DefaultNameVariable1 = "_WorldGrassUV_Zoom_" + NodeCount;
string DefaultNameVariable2 = "_WorldGrassUV_Worldsize_" + NodeCount;
string DefaultNameVariable3 = "_WorldGrassUV_Shadowintensity_" + NodeCount;
string DefaultNameVariable4 = "_WorldGrassUV_WindSpeed_" + NodeCount;
string DefaultNameVariable5 = "_WorldGrassUV_WindDirection_" + NodeCount;
string DefaultNameVariable6 = "_WorldGrassUV_GrassDirection_" + NodeCount;
string DefaultParameters1 = ", Range(0.001, 1)) = " + Variable.ToString();
string DefaultParameters2 = ", Range(0.01, 8)) = " + Variable2.ToString();
string DefaultParameters3 = ", Range(0, 2)) = " + Variable3.ToString();
string DefaultParameters4 = ", Range(0, 8)) = " + Variable4.ToString();
string DefaultParameters5 = ", Range(-4, 4)) = " + Variable5.ToString();
string DefaultParameters6 = ", Range(-8, 8)) = " + Variable6.ToString();
string uv = s_in.Result;
string Source = s_in2.Result;
string Source2 = s_in3.Result;
FinalVariable = DefaultNameVariable1;
FinalVariable2 = DefaultNameVariable2;
FinalVariable3 = DefaultNameVariable3;
FinalVariable4 = DefaultNameVariable4;
FinalVariable5 = DefaultNameVariable5;
FinalVariable6 = DefaultNameVariable6;
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
if (Source == "_MainTex")
{
uv = "i.texcoord";
}
if (Source == "_GrabTexture")
{
uv = "i.screenuv";
}
}
else
{
uv = s_in.Result;
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew + s_in2.StringPreviewNew + s_in3.StringPreviewNew;
if (AddParameters)
{
s_out.ValueLine = "float4 " + DefaultName + " = WorldGrassDistortion(i.worldPos," + uv + "," + Source + ", " + Source2 + "," + DefaultNameVariable1 + ", " + DefaultNameVariable2 + "," + DefaultNameVariable3 + "," + DefaultNameVariable4 + "," + DefaultNameVariable5 + "," + DefaultNameVariable6 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = WorldGrassDistortion(i.worldPos," + uv + "," + Source + ", " + Source2 + "," + Variable.ToString() + ", " + Variable2.ToString() + "," + Variable3.ToString() + "," + Variable4.ToString() + "," + Variable5.ToString() + "," + Variable6.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines + s_in2.ParametersLines + s_in3.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines + s_in2.ParametersDeclarationLines + s_in3.ParametersDeclarationLines;
if (AddParameters)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersLines += DefaultNameVariable3 + "(\"" + DefaultNameVariable3 + "\"" + DefaultParameters3 + "\n";
s_out.ParametersLines += DefaultNameVariable4 + "(\"" + DefaultNameVariable4 + "\"" + DefaultParameters4 + "\n";
s_out.ParametersLines += DefaultNameVariable5 + "(\"" + DefaultNameVariable5 + "\"" + DefaultParameters5 + "\n";
s_out.ParametersLines += DefaultNameVariable6 + "(\"" + DefaultNameVariable6 + "\"" + DefaultParameters6 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable3 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable4 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable5 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable6 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_ColorFilters_" + NodeCount;
string DefaultNameVariable1 = "_ColorFilters_Fade_" + NodeCount;
string DefaultParameters1 = ", Range(0, 1)) = " + Variable.ToString();
string PreviewVariable = s_in.Result;
FinalVariable = DefaultNameVariable1;
if (s_in.Result == null)
{
PreviewVariable = "float4(0,0,0,1)";
}
s_out.StringPreviewLines = s_in.StringPreviewNew;
string Colors = "";
if (Selection == 0)
{
Colors = ConvertColors(100, 102, 0, 18, 100, 4, 28, -26, 100, -64, 0, 12);
}
if (Selection == 1)
{
Colors = ConvertColors(200, 98, -116, 24, 100, 2, 30, 52, 20, -48, -20, 12);
}
if (Selection == 2)
{
Colors = ConvertColors(-42, 68, 108, -96, 100, 116, -92, 104, 96, 0, 2, 4);
}
if (Selection == 3)
{
Colors = ConvertColors(130, 8, 7, 19, 89, 3, -1, 11, 57, 10, 19, 47);
}
if (Selection == 4)
{
Colors = ConvertColors(200, 109, -104, 42, 126, -1, -40, 121, -31, -48, -20, 12);
}
if (Selection == 5)
{
Colors = ConvertColors(70, 200, 0, 0, 100, 8, 6, 12, 110, 0, 0, -6);
}
if (Selection == 6)
{
Colors = ConvertColors(60, 112, 36, 24, 100, 2, 0, -26, 100, -56, -20, 12);
}
if (Selection == 7)
{
Colors = ConvertColors(100, 6, -17, 0, 107, 0, 10, 21, 100, 40, 0, 8);
}
if (Selection == 8)
{
Colors = ConvertColors(-4, 200, -30, -58, 200, -30, -58, 200, -30, -11, 0, 0);
}
if (Selection == 9)
{
Colors = ConvertColors(117, -6, 53, -68, 135, 19, -146, -61, 200, 0, 0, 0);
}
if (Selection == 10)
{
Colors = ConvertColors(99, 2, 13, 100, 1, 40, 50, 8, 71, 0, 2, 7);
}
if (Selection == 11)
{
Colors = ConvertColors(190, 24, -33, 2, 200, -6, -10, 27, 200, -6, -13, 15);
}
if (Selection == 12)
{
Colors = ConvertColors(100, 0, 0, 0, 113, 0, 200, -200, -200, 0, 0, 36);
}
if (Selection == 13)
{
Colors = ConvertColors(50, 141, -81, -17, 62, 29, -159, -137, -200, 7, -34, -6);
}
if (Selection == 14)
{
Colors = ConvertColors(100, 11, 39, 1, 63, 53, -24, 71, 20, -25, -10, -24);
}
if (Selection == 15)
{
Colors = ConvertColors(181, 11, 15, 40, 40, 20, 40, 40, 20, -59, 0, 0);
}
if (Selection == 16)
{
Colors = ConvertColors(200, -200, -200, 195, 4, -160, 200, -200, -200, -200, 10, -200);
}
if (Selection == 17)
{
Colors = ConvertColors(66, 200, -200, 25, 38, 36, 30, 150, 114, 17, 0, 65);
}
if (parametersOK)
{
s_out.ValueLine = "float4 " + DefaultName + " = ColorFilters(" + PreviewVariable + "," + Colors + "," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = ColorFilters(" + PreviewVariable + "," + Colors + "," + Variable.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperSource s_in2 = Inputs[1].GetValue <SuperSource>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefaultName = "_TurnMetal_" + NodeCount;
string DefaultNameVariable1 = "_TurnMetal_Speed_" + NodeCount;
string DefaultParameters1 = ", Range(-8, 8)) = " + Variable.ToString();
string uv = s_in.Result;
string Source = "";
FinalVariable = DefaultNameVariable1;
// uv
if (s_in2.Result == null)
{
Source = "_MainTex";
}
else
{
Source = s_in2.Result;
}
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
if (Source == "_MainTex")
{
uv = "i.texcoord";
}
if (Source == "_GrabTexture")
{
uv = "i.screenuv";
}
}
else
{
uv = s_in.Result;
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew;
if (parametersOK)
{
s_out.ValueLine = "float4 " + DefaultName + " = ColorTurnMetal(" + uv + "," + Source + "," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + " = ColorTurnMetal(" + uv + "," + Source + "," + Variable.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
if (parametersOK)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
}
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
public override bool Calculate()
{
tag = true;
SuperFloat2 s_in = Inputs[0].GetValue <SuperFloat2>();
SuperFloat4 s_in2 = Inputs[1].GetValue <SuperFloat4>();
SuperFloat2 s_out = new SuperFloat2();
string NodeCount = MemoCount.ToString();
string DefaultName = "_Simple_Displacement_Rotative_" + NodeCount;
string DefaultNameVariable1 = "_Simple_Displacement_Rotative_Value_" + NodeCount;
string DefaultNameVariable2 = "_Simple_Displacement_Rotative_Rotation_" + NodeCount;
string DefaultParameters1 = ", Range(-0.3, 0.3)) = " + Variable.ToString();
string DefaultParameters2 = ", Range(-1, 1)) = " + Variable2.ToString();
string uv = s_in.Result;
string RGBA = s_in2.Result;
string Source = "";
FinalVariable = DefaultNameVariable1;
FinalVariable2 = DefaultNameVariable2;
if (s_in2.Result == null)
{
RGBA = "float4(0,0,0,1)";
}
else
{
RGBA = s_in2.Result;
}
// source
if (s_in.Result == null)
{
uv = "i.texcoord";
if (Source == "_MainTex")
{
uv = "i.texcoord";
}
if (Source == "_GrabTexture")
{
uv = "i.screenuv";
}
}
else
{
uv = s_in.Result;
}
s_out.StringPreviewLines = s_in.StringPreviewNew + s_in2.StringPreviewNew + s_in2.StringPreviewNew;
if (AddParameters)
{
s_out.ValueLine = "float2 " + DefaultName + " = SimpleDisplacementRotativeUV(" + uv + "," + RGBA + "," + DefaultNameVariable1 + "," + DefaultNameVariable2 + ");\n";
}
else
{
s_out.ValueLine = "float2 " + DefaultName + " = SimpleDisplacementRotativeUV(" + uv + "," + RGBA + "," + Variable.ToString() + "," + Variable2.ToString() + ");\n";
}
s_out.StringPreviewNew = s_out.StringPreviewLines + s_out.ValueLine;
s_out.ParametersLines += s_in.ParametersLines + s_in2.ParametersLines + s_in2.ParametersLines;
s_out.Result = DefaultName;
s_out.ParametersDeclarationLines += s_in.ParametersDeclarationLines + s_in2.ParametersDeclarationLines + s_in2.ParametersDeclarationLines;
if (AddParameters)
{
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersLines += DefaultNameVariable2 + "(\"" + DefaultNameVariable2 + "\"" + DefaultParameters2 + "\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable1 + ";\n";
s_out.ParametersDeclarationLines += "float " + DefaultNameVariable2 + ";\n";
}
Outputs[0].SetValue <SuperFloat2>(s_out);
count++;
return(true);
}
