ModuleTree defaultMoistureGenerator()
{
ModuleTree generated = new ModuleTree(WorldParameters.theWorldSize, WorldParameters.theWorldSize);
Fractal2d f = generated.createModule(Module.Type.Fractal2d, "Moisture Fractal") as Fractal2d;
f.seed = WorldParameters.seed;
f.octaves = WorldParameters.theMoistureOctaves;
f.frequency = WorldParameters.theMoistureFrequency;
AutoCorrect ac = generated.createModule(Module.Type.AutoCorrect, "Moisture AutoCorrect") as AutoCorrect;
ac.output.setName("Moisture AutoCorrect");
ac.source = f;
generated.output = ac;
return(generated);
}
ModuleTree defaultElevationGenerator()
{
ModuleTree generator = new ModuleTree(WorldParameters.theWorldSize, WorldParameters.theWorldSize);
Fractal2d f = generator.createModule(Module.Type.Fractal2d, "Elevation Fractal") as Fractal2d;
f.output.setName("fractal");
f.seed = WorldParameters.seed;
f.octaves = WorldParameters.theTerrainOctaves;
f.frequency = WorldParameters.theTerrainFrequency;
AutoCorrect ac = generator.createModule(Module.Type.AutoCorrect, "Elevation AutoCorrect") as AutoCorrect;
ac.output.setName("Elevation AutoCorrect");
ac.source = f;
generator.output = ac;
return(generator);
}
ModuleTree defaultHeatGenerator()
{
ModuleTree generator = new ModuleTree(WorldParameters.theWorldSize, WorldParameters.theWorldSize);
Fractal2d f = generator.createModule(Module.Type.Fractal2d, "Heat Fractal") as Fractal2d;
f.output.setName("Heat Fractal");
f.seed = WorldParameters.seed;
f.octaves = WorldParameters.theHeatOctaves;
f.frequency = WorldParameters.theHeatFrequency;
AutoCorrect ac = generator.createModule(Module.Type.AutoCorrect, "Heat AutoCorrect") as AutoCorrect;
ac.output.setName("Heat AutoCorrect");
ac.source = f;
Gradient sg = generator.createModule(Module.Type.Gradient, "South Gradient") as Gradient;
sg.output.setName("Heat South gradient");
sg.x0 = 0; sg.x1 = 1; sg.y0 = 0; sg.y1 = 1;
Gradient ng = generator.createModule(Module.Type.Gradient, "North Gradient") as Gradient;
ng.output.setName("Heat North gradient");
ng.x0 = 0; ng.x1 = 1; ng.y0 = 1; ng.y1 = 0;
// ScaleDomain s = generator.addModule(Module.Type.ScaleDomain, "scaleDomain") as ScaleDomain;
// s.x = 1.0f;
// s.y = 0.1f;
// s.input = g;
Combiner comb = generator.createModule(Module.Type.Combiner, "Heat Combiner") as Combiner;
comb.output.setName("Heat Combiner");
comb.inputs[0] = ac;
comb.inputs[1] = sg;
comb.inputs[2] = ng;
comb.action = Combiner.CombinerType.Multiply;
generator.output = comb;
return(generator);
}