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>();
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()
{
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()
{
SuperFloat4 s_in = Inputs[0].GetValue <SuperFloat4>();
SuperFloat s_in2 = Inputs[1].GetValue <SuperFloat>();
SuperFloat4 s_out = new SuperFloat4();
string NodeCount = MemoCount.ToString();
string DefautTypeFade = "float";
string DefaultName = "MaskChannel_" + NodeCount;
string DefaultNameVariable1 = "_MaskChannel_Fade_" + NodeCount;
string DefaultParameters1 = ", Range(0, 1)) = " + Variable.ToString();
string PreviewVariable = s_in.Result;
string PreviewVariable2 = s_in2.Result;
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)
{
if (Include_RGBA_Alpha)
{
s_out.ValueLine = "float4 " + DefaultName + "=" + PreviewVariable + ";\n" + DefaultName + ".a = lerp(" + PreviewVariable2 + " * " + PreviewVariable + ".a, (1 - " + PreviewVariable2 + ") * " + PreviewVariable + ".a," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + "=" + PreviewVariable + ";\n" + DefaultName + ".a = lerp(" + PreviewVariable2 + ", 1 - " + PreviewVariable2 + " ," + DefaultNameVariable1 + ");\n";
}
}
else
{
if (Include_RGBA_Alpha)
{
s_out.ValueLine = "float4 " + DefaultName + "=" + PreviewVariable + ";\n" + DefaultName + ".a = lerp(" + PreviewVariable2 + " * " + PreviewVariable + ".a, (1 - " + PreviewVariable2 + ") * " + PreviewVariable + ".a," + DefaultNameVariable1 + ");\n";
}
else
{
s_out.ValueLine = "float4 " + DefaultName + "=" + PreviewVariable + ";\n" + DefaultName + ".a = lerp(" + PreviewVariable2 + ", 1 - " + PreviewVariable2 + " ," + DefaultNameVariable1 + ");\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;
s_out.ParametersLines += DefaultNameVariable1 + "(\"" + DefaultNameVariable1 + "\"" + DefaultParameters1 + "\n";
s_out.ParametersDeclarationLines += DefautTypeFade + " " + DefaultNameVariable1 + ";\n";
Outputs[0].SetValue <SuperFloat4>(s_out);
count++;
return(true);
}
