public void FastThermalErosion(int iterations, float minSlope, float blendAmount)
{
this.erosionTypeInt = 0;
this.erosionType = TerrainToolkit.ErosionType.Thermal;
this.thermalIterations = iterations;
this.thermalMinSlope = minSlope;
this.thermalFalloff = blendAmount;
this.neighbourhood = TerrainToolkit.Neighbourhood.Moore;
this.erodeAllTerrain(new TerrainToolkit.ErosionProgressDelegate(this.dummyErosionProgress));
}
public void FullHydraulicErosion(int iterations, float rainfall, float evaporation, float solubility, float saturation)
{
this.erosionTypeInt = 1;
this.erosionType = TerrainToolkit.ErosionType.Hydraulic;
this.hydraulicTypeInt = 1;
this.hydraulicType = TerrainToolkit.HydraulicType.Full;
this.hydraulicIterations = iterations;
this.hydraulicRainfall = rainfall;
this.hydraulicEvaporation = evaporation;
this.hydraulicSedimentSolubility = solubility;
this.hydraulicSedimentSaturation = saturation;
this.neighbourhood = TerrainToolkit.Neighbourhood.Moore;
this.erodeAllTerrain(new TerrainToolkit.ErosionProgressDelegate(this.dummyErosionProgress));
}
public void FastHydraulicErosion(int iterations, float maxSlope, float blendAmount)
{
this.erosionTypeInt = 1;
this.erosionType = TerrainToolkit.ErosionType.Hydraulic;
this.hydraulicTypeInt = 0;
this.hydraulicType = TerrainToolkit.HydraulicType.Fast;
this.hydraulicIterations = iterations;
this.hydraulicMaxSlope = maxSlope;
this.hydraulicFalloff = blendAmount;
this.neighbourhood = TerrainToolkit.Neighbourhood.Moore;
this.erodeAllTerrain(new TerrainToolkit.ErosionProgressDelegate(this.dummyErosionProgress));
}
private void convertIntVarsToEnums()
{
int num = this.erosionTypeInt;
switch (num)
{
case 0:
{
this.erosionType = TerrainToolkit.ErosionType.Thermal;
break;
}
case 1:
{
this.erosionType = TerrainToolkit.ErosionType.Hydraulic;
break;
}
case 2:
{
this.erosionType = TerrainToolkit.ErosionType.Tidal;
break;
}
case 3:
{
this.erosionType = TerrainToolkit.ErosionType.Wind;
break;
}
case 4:
{
this.erosionType = TerrainToolkit.ErosionType.Glacial;
break;
}
}
num = this.hydraulicTypeInt;
switch (num)
{
case 0:
{
this.hydraulicType = TerrainToolkit.HydraulicType.Fast;
break;
}
case 1:
{
this.hydraulicType = TerrainToolkit.HydraulicType.Full;
break;
}
case 2:
{
this.hydraulicType = TerrainToolkit.HydraulicType.Velocity;
break;
}
}
num = this.generatorTypeInt;
switch (num)
{
case 0:
{
this.generatorType = TerrainToolkit.GeneratorType.Voronoi;
break;
}
case 1:
{
this.generatorType = TerrainToolkit.GeneratorType.DiamondSquare;
break;
}
case 2:
{
this.generatorType = TerrainToolkit.GeneratorType.Perlin;
break;
}
case 3:
{
this.generatorType = TerrainToolkit.GeneratorType.Smooth;
break;
}
case 4:
{
this.generatorType = TerrainToolkit.GeneratorType.Normalise;
break;
}
}
num = this.voronoiTypeInt;
switch (num)
{
case 0:
{
this.voronoiType = TerrainToolkit.VoronoiType.Linear;
break;
}
case 1:
{
this.voronoiType = TerrainToolkit.VoronoiType.Sine;
break;
}
case 2:
{
this.voronoiType = TerrainToolkit.VoronoiType.Tangent;
break;
}
}
num = this.neighbourhoodInt;
if (num == 0)
{
this.neighbourhood = TerrainToolkit.Neighbourhood.Moore;
}
else if (num == 1)
{
this.neighbourhood = TerrainToolkit.Neighbourhood.VonNeumann;
}
}
public void WindErosion(int iterations, float direction, float force, float lift, float gravity, float capacity, float entropy, float smoothing)
{
this.erosionTypeInt = 3;
this.erosionType = TerrainToolkit.ErosionType.Wind;
this.windIterations = iterations;
this.windDirection = direction;
this.windForce = force;
this.windLift = lift;
this.windGravity = gravity;
this.windCapacity = capacity;
this.windEntropy = entropy;
this.windSmoothing = smoothing;
this.neighbourhood = TerrainToolkit.Neighbourhood.Moore;
this.erodeAllTerrain(new TerrainToolkit.ErosionProgressDelegate(this.dummyErosionProgress));
}
public void VelocityHydraulicErosion(int iterations, float rainfall, float evaporation, float solubility, float saturation, float velocity, float momentum, float entropy, float downcutting)
{
this.erosionTypeInt = 1;
this.erosionType = TerrainToolkit.ErosionType.Hydraulic;
this.hydraulicTypeInt = 2;
this.hydraulicType = TerrainToolkit.HydraulicType.Velocity;
this.hydraulicIterations = iterations;
this.hydraulicVelocityRainfall = rainfall;
this.hydraulicVelocityEvaporation = evaporation;
this.hydraulicVelocitySedimentSolubility = solubility;
this.hydraulicVelocitySedimentSaturation = saturation;
this.hydraulicVelocity = velocity;
this.hydraulicMomentum = momentum;
this.hydraulicEntropy = entropy;
this.hydraulicDowncutting = downcutting;
this.neighbourhood = TerrainToolkit.Neighbourhood.Moore;
this.erodeAllTerrain(new TerrainToolkit.ErosionProgressDelegate(this.dummyErosionProgress));
}
public void TidalErosion(int iterations, float seaLevel, float tidalRange, float cliffLimit)
{
this.erosionTypeInt = 2;
this.erosionType = TerrainToolkit.ErosionType.Tidal;
this.tidalIterations = iterations;
this.tidalSeaLevel = seaLevel;
this.tidalRangeAmount = tidalRange;
this.tidalCliffLimit = cliffLimit;
this.neighbourhood = TerrainToolkit.Neighbourhood.Moore;
this.erodeAllTerrain(new TerrainToolkit.ErosionProgressDelegate(this.dummyErosionProgress));
}
