Ejemplo n.º 1
0
        public ChannelSplitterNode() : base("Channel Splitter", new ColorNodeControl(), Colors.Yellow)
        {
            AddSocket("Color", InputNodeSocket.Create <DColor>(this));

            AddSocket("Red", OutputNodeSocket.Create <DColor>(this, (location) =>
            {
                var color = (DColor)Inputs["Color"].Data(location);
                return(DColor.FromArgb(255, color.R, color.R, color.R));
            }));

            AddSocket("Green", OutputNodeSocket.Create <DColor>(this, (location) =>
            {
                var color = (DColor)Inputs["Color"].Data(location);
                return(DColor.FromArgb(255, color.G, color.G, color.G));
            }));

            AddSocket("Blue", OutputNodeSocket.Create <DColor>(this, (location) =>
            {
                var color = (DColor)Inputs["Color"].Data(location);
                return(DColor.FromArgb(255, color.B, color.B, color.B));
            }));

            AddSocket("Alpha", OutputNodeSocket.Create <DColor>(this, (location) =>
            {
                var color = (DColor)Inputs["Color"].Data(location);
                return(DColor.FromArgb(255, color.A, color.A, color.A));
            }));
        }
Ejemplo n.º 2
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        public GaussianBlurNode() : base("Gaussian Blur", new ColorNodeControl(), Colors.Yellow)
        {
            AddSocket("Color", InputNodeSocket.Create <DColor>(this));
            AddSocket("Color", OutputNodeSocket.Create <DColor>(this, location =>
            {
                float pDelta = 1.0f / 1024.0f;

                float totalR = 0;
                float totalG = 0;
                float totalB = 0;

                var weights = GenerateWeights(Strength);

                var dim = (Strength - 1) / 2;
                for (int x = -dim; x <= dim; x++)
                {
                    for (int y = -dim; y <= dim; y++)
                    {
                        var locX = ClampNorm(location.X + pDelta * (double)x);
                        var locY = ClampNorm(location.Y + pDelta * (double)y);

                        var sample = (DColor)Inputs["Color"].Data(new WPoint(locX, locY));

                        float weight = weights[x + dim, y + dim];
                        totalR      += (float)sample.R * weight;
                        totalG      += (float)sample.G * weight;
                        totalB      += (float)sample.B * weight;
                    }
                }


                return(DColor.FromArgb(255, (int)totalR, (int)totalG, (int)totalB));
            }
                                                                ));
        }
Ejemplo n.º 3
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        public HueNode() : base("Hue", new ColorNodeControl(), Colors.Yellow)
        {
            AddSocket("Color", InputNodeSocket.Create <DColor>(this));
            AddSocket("Color", OutputNodeSocket.Create <DColor>(this,
                                                                (location) =>
            {
                var color = ((DColor)Inputs["Color"].Data(location));

                int invR = 255 - color.R;
                int invG = 255 - color.G;
                int invB = 255 - color.B;


                return(DColor.FromArgb(color.A, invR, invG, invB));
            }));
        }
Ejemplo n.º 4
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        public MaterialNode(MaterialProperties props) : base("Material", new MaterialNodeControl(), Colors.Yellow)
        {
            (Control as MaterialNodeControl).UpdateData = (MaterialProperties prop) =>
            {
                properties = prop;
            };

            (Control as MaterialNodeControl).SetMaterialProps(props);

            AddSocket("Diffuse", InputNodeSocket.Create <DColor>(this));
            AddSocket("Normal", InputNodeSocket.Create <DColor>(this));
            AddSocket("Height", InputNodeSocket.Create <DColor>(this));
            AddSocket("Roughness", InputNodeSocket.Create <DColor>(this));
            AddSocket("Metallic", InputNodeSocket.Create <DColor>(this));
            AddSocket("AO", InputNodeSocket.Create <DColor>(this));
            AddSocket("Emissive", InputNodeSocket.Create <DColor>(this));
        }
Ejemplo n.º 5
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        public ChannelMixerNode() : base("Channel Mixer", new ColorNodeControl(), Colors.Yellow)
        {
            AddSocket("Red", InputNodeSocket.Create <DColor>(this));
            AddSocket("Green", InputNodeSocket.Create <DColor>(this));
            AddSocket("Blue", InputNodeSocket.Create <DColor>(this));
            AddSocket("Alpha", InputNodeSocket.Create <DColor>(this));

            AddSocket("Color", OutputNodeSocket.Create <DColor>(this,
                                                                (location) =>
            {
                var colorR = ((DColor)Inputs["Red"].Data(location)).R;
                var colorG = ((DColor)Inputs["Green"].Data(location)).R;
                var colorB = ((DColor)Inputs["Blue"].Data(location)).R;
                var colorA = ((DColor)Inputs["Alpha"].Data(location)).R;

                return(DColor.FromArgb(colorA, colorR, colorG, colorG));
            }));
        }
Ejemplo n.º 6
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        public DesaturateNode() : base("Desaturate", new ColorNodeControl(), Colors.Yellow)
        {
            AddSocket("Color", InputNodeSocket.Create <DColor>(this));

            AddSocket("Color", OutputNodeSocket.Create <DColor>(this,
                                                                (location) =>
            {
                var color = ((DColor)Inputs["Color"].Data(location));


                float lum = (color.R / 255.0f) * 0.3f +
                            (color.G / 255.0f) * 0.6f +
                            (color.B / 255.0f) * 0.1f;

                int colorLum = (int)(lum * 255.0f);

                return(DColor.FromArgb(255, colorLum, colorLum, colorLum));
            }));
        }
Ejemplo n.º 7
0
 public EnvironmentMapNode() : base("Environment Map", new ColorNodeControl(), Colors.Yellow)
 {
     AddSocket("Specular", InputNodeSocket.Create <DColor>(this));
     AddSocket("Irradiance", InputNodeSocket.Create <DColor>(this));
 }