public override void Attach(LinkType type, Adapter a)
{
if (type == LinkType.In2) noise.SourceModule = a.Module;
if (type == LinkType.In1) noise.XDisplaceModule = a.Module;
if (type == LinkType.In3) noise.ZDisplaceModule = a.Module;
if (type == LinkType.In4) noise.YDisplaceModule = a.Module;
}
public override void Attach(LinkType type, Adapter a)
{
if (type != LinkType.In1) return; noise.SourceModule = a.Module;
}
public override void Attach(LinkType type, Adapter a)
{
if (type == LinkType.In1) noise.SourceModule1 = a.Module;
if (type == LinkType.In2) noise.SourceModule2 = a.Module;
if (type == LinkType.In3) noise.WeightModule = a.Module;
}
public virtual void Attach(LinkType type, Adapter a)
{
}
public override void Attach(LinkType type, Adapter a)
{
if (type == LinkType.In1) noise.BaseModule = a.Module;
if (type == LinkType.In2) noise.PowerModule = a.Module;
}
private void setModuleType(string type)
{
Adapter old = mNoise;
mSkip = false;
LinkTips.Reset();
mNoiseType = type;
if (mNoiseType as string == "Perlin")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Quality", Min = 1, Max = 3, Incr = 1, Value = 2, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Octaves", Min = 1, Max = 30, Incr = 1, Value = 6, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Frequency", Min = 1, Max = 16, Incr = 1, Value = 1, Rounding = 0 });
a.Add(new Parameter() { Name = "Persistence", Min = 0, Max = 1, Incr = 0.01, Rounding = 2, Value = 0.5 });
a.Add(new Parameter() { Name = "Lacunarity", Min = 1, Max = 4, Incr = 0.1, Value = 2, Rounding = 1 });
Parameters = a;
mNoise = new AdapterPerlin();
}
else if (mNoiseType as string == "Billow")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Quality", Min = 1, Max = 3, Incr = 1, Value = 2, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Octaves", Min = 1, Max = 30, Incr = 1, Value = 6, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Frequency", Min = 1, Max = 16, Incr = 1, Value = 1, Rounding = 0 });
a.Add(new Parameter() { Name = "Persistence", Min = 0, Max = 1, Incr = 0.01, Rounding = 2, Value = 0.5 });
a.Add(new Parameter() { Name = "Lacunarity", Min = 1, Max = 4, Incr = 0.1, Value = 2, Rounding = 1 });
Parameters = a;
mNoise = new AdapterBillow();
}
else if (mNoiseType as string == "Checkerboard")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterCheckerboard();
}
else if (mNoiseType as string == "Constant")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Value", Min = 0, Max = 1, Incr = 0.01, Value = 0, Rounding = 2 });
Parameters = a;
mNoise = new AdapterConstant();
}
else if (mNoiseType as string == "Cylinders")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Frequency", Min = 1, Max = 10, Incr = 0.1, Value = 1, Rounding = 1 });
Parameters = a;
mNoise = new AdapterCylinders();
}
else if (mNoiseType as string == "Spheres")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Frequency", Min = 1, Max = 10, Incr = 0.1, Value = 1, Rounding = 1 });
Parameters = a;
mNoise = new AdapterSpheres();
}
else if (mNoiseType as string == "Gradient")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Axis", Min = 1, Max = 3, Incr = 1, Value = 1, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Lower", Min = 0, Max = 1, Incr = 0.01, Value = 0, Rounding = 2 });
a.Add(new Parameter() { Name = "Upper", Min = 0, Max = 1, Incr = 0.01, Value = 1, Rounding = 2 });
Parameters = a;
mNoise = new AdapterGradient();
}
else if (mNoiseType as string == "Ridged Multifractal")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Quality", Min = 1, Max = 3, Incr = 1, Value = 2, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Octaves", Min = 1, Max = 30, Incr = 1, Value = 6, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Frequency", Min = 1, Max = 16, Incr = 1, Value = 1, Rounding = 0 });
a.Add(new Parameter() { Name = "Lacunarity", Min = 1, Max = 4, Incr = 0.1, Value = 2, Rounding = 1 });
Parameters = a;
mNoise = new AdapterRidged();
}
else if (mNoiseType as string == "Voronoi")
{
xLinks.SetLinks(0);
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Distance", Min = 0, Max = 1, Incr = 1, Value = 0, Rounding = 0 });
a.Add(new Parameter() { Name = "Displacement", Min = 1, Max = 30, Incr = 1, Value = 1, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Frequency", Min = 1, Max = 16, Incr = 1, Value = 1, Rounding = 0 });
Parameters = a;
mNoise = new AdapterVoronoi();
}
else if (mNoiseType as string == "Absolute")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterAbs();
}
else if (mNoiseType as string == "Terrace")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Invert", Min = 0, Max = 1, Incr = 1, Value = 0, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Point", Min = -5, Max = 5, Incr = 0.01, Value = 1, Rounding = 2 });
Parameters = a;
mNoise = new AdapterTerrace();
}
else if (mNoiseType as string == "Curve")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "PointX", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 0 });
a.Add(new Parameter() { Name = "PointY", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 0 });
a.Add(new Parameter() { Name = "PointX", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 0.3 });
a.Add(new Parameter() { Name = "PointY", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 0.3 });
a.Add(new Parameter() { Name = "PointX", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 0.6 });
a.Add(new Parameter() { Name = "PointY", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 0.6 });
a.Add(new Parameter() { Name = "PointX", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 1 });
a.Add(new Parameter() { Name = "PointY", Min = -5, Max = 5, Incr = 0.01, Rounding = 2, Value = 1 });
Parameters = a;
mNoise = new AdapterCurve();
}
else if (mNoiseType as string == "Clamp")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Lower", Min = -5, Max = 5, Incr = 0.01, Value = -1, Rounding = 2 });
a.Add(new Parameter() { Name = "Upper", Min = -5, Max = 5, Incr = 0.01, Value = 1, Rounding = 2 });
Parameters = a;
mNoise = new AdapterClamp();
}
else if (mNoiseType as string == "Exponent")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Exponent", Min = 1, Max = 10, Incr = 0.1, Value = 1, Rounding = 1 });
Parameters = a;
mNoise = new AdapterExponent();
}
else if (mNoiseType as string == "Invert")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterInvert();
}
else if (mNoiseType as string == "ScaleBias")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Scale", Min = 0, Max = 10, Incr = 0.1, Value = 1, Rounding = 1 });
a.Add(new Parameter() { Name = "Bias", Min = -5, Max = 5, Incr = 0.1, Value = 0, Rounding = 1 });
Parameters = a;
mNoise = new AdapterScaleBias();
}
else if (mNoiseType as string == "Displace")
{
xLinks.SetLinks(4);
LinkTips.In2 = "Source";
LinkTips.In1 = "X Displace";
LinkTips.In3 = "Z Displace";
LinkTips.In4 = "Y Displace";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterDisplace();
}
else if (mNoiseType as string == "Invert Input")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterInvertInput();
}
else if (mNoiseType as string == "Rotate")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "X Angle", Min = 0, Max = 360, Incr = 1, Value = 0, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Y Angle", Min = 0, Max = 360, Incr = 1, Value = 0, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Z Angle", Min = 0, Max = 360, Incr = 1, Value = 0, Rounding = 0, Typeable = Visibility.Collapsed });
Parameters = a;
mNoise = new AdapterRotate();
}
else if (mNoiseType as string == "Scale")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "X", Min = -10, Max = 10, Incr = 0.1, Value = 1, Rounding = 1 });
a.Add(new Parameter() { Name = "Y", Min = -10, Max = 10, Incr = 0.1, Value = 1, Rounding = 1 });
a.Add(new Parameter() { Name = "Z", Min = -10, Max = 10, Incr = 0.1, Value = 1, Rounding = 1 });
Parameters = a;
mNoise = new AdapterScale();
}
else if (mNoiseType as string == "Translate")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "X", Min = -10, Max = 10, Incr = 0.1, Value = 0, Rounding = 1 });
a.Add(new Parameter() { Name = "Y", Min = -10, Max = 10, Incr = 0.1, Value = 0, Rounding = 1 });
a.Add(new Parameter() { Name = "Z", Min = -10, Max = 10, Incr = 0.1, Value = 0, Rounding = 1 });
Parameters = a;
mNoise = new AdapterTranslate();
}
else if (mNoiseType as string == "Turbulence")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "Power", Min = 0, Max = 8, Incr = 0.1, Value = 1, Rounding = 1 });
a.Add(new Parameter() { Name = "Roughness", Min = 1, Max = 30, Incr = 1, Value = 3, Rounding = 0, Typeable = Visibility.Collapsed });
a.Add(new Parameter() { Name = "Frequency", Min = 0, Max = 8, Incr = 0.1, Value = 1, Rounding = 1 });
Parameters = a;
mNoise = new AdapterTurbulence();
}
else if (mNoiseType as string == "Add")
{
xLinks.SetLinks(2);
LinkTips.In1 = "Source A";
LinkTips.In2 = "Source B";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterAdd();
}
else if (mNoiseType as string == "Max")
{
xLinks.SetLinks(2);
LinkTips.In1 = "Source A";
LinkTips.In2 = "Source B";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterMax();
}
else if (mNoiseType as string == "Min")
{
xLinks.SetLinks(2);
LinkTips.In1 = "Source A";
LinkTips.In2 = "Source B";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterMin();
}
else if (mNoiseType as string == "Multiply")
{
xLinks.SetLinks(2);
LinkTips.In1 = "Source A";
LinkTips.In2 = "Source B";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterMultiply();
}
else if (mNoiseType as string == "Power")
{
xLinks.SetLinks(2);
LinkTips.In1 = "Base Module";
LinkTips.In2 = "Power Module";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterPower();
}
else if (mNoiseType as string == "Blend")
{
xLinks.SetLinks(3);
LinkTips.In1 = "Source A";
LinkTips.In2 = "Source B";
LinkTips.In3 = "Weight Module";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterBlend();
}
else if (mNoiseType as string == "Select")
{
xLinks.SetLinks(3);
LinkTips.In1 = "Source A";
LinkTips.In2 = "Source B";
LinkTips.In3 = "Control Module";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
a.Add(new Parameter() { Name = "EdgeFalloff", Min = 0, Max = 1, Incr = 0.01, Value = 0, Rounding = 2 });
a.Add(new Parameter() { Name = "UpperBound", Min = -5, Max = 5, Incr = 0.1, Value = 1, Rounding = 1 });
a.Add(new Parameter() { Name = "LowerBound", Min = -5, Max = 5, Incr = 0.1, Value = -1, Rounding = 1 });
Parameters = a;
mNoise = new AdapterSelect();
}
else if (mNoiseType as string == "Cache")
{
xLinks.SetLinks(1);
LinkTips.In1 = "Source";
ObservableCollection<Parameter> a = new ObservableCollection<Parameter>();
Parameters = a;
mNoise = new AdapterCache();
mSkip = true;
}
xLinks.DataContext = LinkTips;
xLinks.xGrid.Height = xLinks.ActualHeight / 2;
LinkTips.Signal();
if (old != null)
{
mNoise.Attach(LinkType.In1, old.Detatch(LinkType.In1));
mNoise.Attach(LinkType.In2, old.Detatch(LinkType.In2));
mNoise.Attach(LinkType.In3, old.Detatch(LinkType.In3));
}
ShadowParams();
mNoise.Seed();
OnRaise();
OnRelink();
OnNeedApply();
}
public void Attach(LinkType type, Adapter a)
{
if (mNoise != null) mNoise.Attach(type, a);
}
public BitmapSource Render(Adapter noise, GradientDef gradient, bool redraw = false)
{
if (noise == null) return null;
if (gradient == null) return null;
if (pixelData == null) return null;
// draw the pixels scaled to color range - we need to know min max
double xInc = (double)Boundary.Object.W / (double)width;
double yInc = (double)Boundary.Object.H / (double)height;
double x = Boundary.Object.X;
double y = Boundary.Object.Y;
BitmapSource bitmap = null;
System.Windows.Media.PixelFormat pf = System.Windows.Media.PixelFormats.Rgb24;
int rawStride;
rawStride = width * 3;
if (!mNormal)
{
min = 1000000;
max = -1000000;
}
Color c = new Color();
// n is the index into noiseData
// i,j are indexes into the bitmap data - range of the widow size
// x,y are indexes into the noise module to get the value - range of the bounds
int n = 0;
for (int j = 0; j < height; ++j)
{
int yIndex = j * rawStride;
for (int i = 0; i < rawStride; i += 3)
{
double val = 0;
if (redraw)
val = noiseData[n++];
else
{
if (mTile)
{
double swValue, seValue, neValue;
swValue = noise.GetValue(x, y);
seValue = noise.GetValue(Boundary.Object.W - x, y);
neValue = noise.GetValue(x, Boundary.Object.H - y);
double mirrorx = (swValue + seValue) / 2;
double mirrory = (swValue + neValue) / 2;
// lerp between mirror and real
double xloc = (x - Boundary.Object.X) / Boundary.Object.W;
double yloc = (y - Boundary.Object.Y) / Boundary.Object.H;
double factorx = Math.Abs(0.5 - xloc) * 2;
double factory = Math.Abs(0.5 - yloc) * 2;
if (Math.Abs(factorx - factory) < 0.1)
{
// calculate how much towards x is it
double factor = ((factorx - factory) / 0.1 + 1) / 2;
double valx = (mirrorx * factorx + swValue * (1 - factorx));
double valy = (mirrory * factory + swValue * (1 - factory));
val = (valx * factor + valy * (1 - factor));
}
else
{
if (factorx > factory)
val = (mirrorx * factorx + swValue * (1 - factorx));
else
val = (mirrory * factory + swValue * (1 - factory));
}
}
else
val = noise.GetValue(x, y);
noiseData[n++] = val;
}
if (!mNormal)
{
if (val < min) min = val;
if (val > max) max = val;
}
if (!mShadow)
{
if (mNormal) val = (val - min) / (max - min);
gradient.GetColor(val, ref c);
pixelData[i + yIndex] = c.R;
pixelData[i + yIndex + 1] = c.G;
pixelData[i + yIndex + 2] = c.B;
}
x += xInc;
}
y += yInc;
x = Boundary.Object.X;
}
if (!mShadow)
{
if (noDispatch)
bitmap = BitmapSource.Create(width, height, 96, 96, pf, null, pixelData, rawStride);
else
Application.Current.Dispatcher.Invoke((Action)(() => { bitmap = BitmapSource.Create(width, height, 96, 96, pf, null, pixelData, rawStride); }));
}
else
bitmap = Shadow(gradient);
return bitmap;
}
public BitmapSource Redraw(Adapter noise, GradientDef grad)
{
return mShadow ? Shadow(grad) : Render(noise, grad, true);
}