public void Generate(clsHeightmap Source, int Inflations, double NoiseFactor, double HeightMultiplier)
{
var Temp = new clsHeightmap();
var A = 0;
if (Inflations >= 1)
{
Temp.Inflate(Source, NoiseFactor, HeightMultiplier, 1);
HeightData = Temp.HeightData;
Temp.HeightData = new clsHeightData();
for (A = 2; A <= Inflations; A++)
{
Temp.Inflate(this, NoiseFactor, HeightMultiplier, A);
HeightData = Temp.HeightData;
Temp.HeightData = new clsHeightData();
}
}
else if (Inflations == 0)
{
Copy(Source);
}
else
{
}
}
public void GenerateNew(int SizeY, int SizeX, int Inflations, double NoiseFactor, double HeightMultiplier)
{
var Temp = new clsHeightmap();
Blank(SizeY, SizeX);
Randomize(HeightMultiplier / HeightScale);
Temp.HeightScale = HeightScale;
Temp.Generate(this, Inflations, NoiseFactor, HeightMultiplier / HeightScale);
HeightData = Temp.HeightData; //steal the temporary heightmap's data
}
public void GenerateNewOfSize(int Final_SizeY, int Final_SizeX, float Scale, double HeightMultiplier)
{
var Inflations = 0;
var SizeY = 0;
var SizeX = 0;
double Log2 = 0;
var intTemp = 0;
var hmTemp = new clsHeightmap();
double Ratio = 0;
Log2 = Math.Log(2.0D);
if (Final_SizeX > Final_SizeY)
{
Inflations = Math.Ceiling(Math.Log(Final_SizeX - 1) / Log2).ToInt();
}
else
{
Inflations = Math.Ceiling(Math.Log(Final_SizeY - 1) / Log2).ToInt();
}
Inflations = Math.Ceiling(Scale).ToInt();
if (Inflations < 0)
{
Debugger.Break();
}
Ratio = Math.Pow(2.0D, (Scale - Inflations));
intTemp = Math.Pow(2.0D, Inflations).ToInt();
SizeX = Math.Ceiling((Final_SizeX / Ratio - 1) / intTemp).ToInt() + 1;
SizeY = Math.Ceiling((Final_SizeY / Ratio - 1) / intTemp).ToInt() + 1;
GenerateNew(SizeY, SizeX, Inflations, 1.0D, HeightMultiplier);
if (Inflations > Scale)
{
hmTemp.Stretch(this, (HeightData.SizeX * Ratio).ToInt(), (HeightData.SizeY * Ratio).ToInt());
HeightData = hmTemp.HeightData;
hmTemp.HeightData = new clsHeightData();
}
if (HeightData.SizeX != Final_SizeX | HeightData.SizeY != Final_SizeY)
{
//If HeightData.SizeX / Final_SizeX > HeightData.SizeY / Final_SizeY Then
// hmTemp.Resize(Me, 0, 0, HeightData.SizeY, Final_SizeX * HeightData.SizeY / Final_SizeY)
//Else
// hmTemp.Resize(Me, 0, 0, Final_SizeY * HeightData.SizeX / Final_SizeX, HeightData.SizeX)
//End If
//StretchPixelated(hmTemp, Final_SizeX, Final_SizeY)
hmTemp.Resize(this, 0, 0, Final_SizeY, Final_SizeX);
HeightData = hmTemp.HeightData;
}
}
public void GenerateNewOfSize(int Final_SizeY, int Final_SizeX, float Scale, double HeightMultiplier)
{
int Inflations = 0;
int SizeY = 0;
int SizeX = 0;
double Log2 = 0;
int intTemp = 0;
clsHeightmap hmTemp = new clsHeightmap();
double Ratio = 0;
Log2 = Math.Log(2.0D);
if ( Final_SizeX > Final_SizeY )
{
Inflations = (int)(Math.Ceiling(Math.Log(Final_SizeX - 1) / Log2));
}
else
{
Inflations = (int)(Math.Ceiling(Math.Log(Final_SizeY - 1) / Log2));
}
Inflations = (int)(Math.Ceiling(Scale));
if ( Inflations < 0 )
{
Debugger.Break();
}
Ratio = Math.Pow(2.0D, (Scale - Inflations));
intTemp = (int)(Math.Pow(2.0D, Inflations));
SizeX = ((int)(Math.Ceiling((Final_SizeX / Ratio - 1) / intTemp))) + 1;
SizeY = ((int)(Math.Ceiling((Final_SizeY / Ratio - 1) / intTemp))) + 1;
GenerateNew(SizeY, SizeX, Inflations, 1.0D, HeightMultiplier);
if ( Inflations > Scale )
{
hmTemp.Stretch(this, (int)(HeightData.SizeX * Ratio), (int)(HeightData.SizeY * Ratio));
HeightData = hmTemp.HeightData;
hmTemp.HeightData = new clsHeightData();
}
if ( HeightData.SizeX != Final_SizeX | HeightData.SizeY != Final_SizeY )
{
//If HeightData.SizeX / Final_SizeX > HeightData.SizeY / Final_SizeY Then
// hmTemp.Resize(Me, 0, 0, HeightData.SizeY, Final_SizeX * HeightData.SizeY / Final_SizeY)
//Else
// hmTemp.Resize(Me, 0, 0, Final_SizeY * HeightData.SizeX / Final_SizeX, HeightData.SizeX)
//End If
//StretchPixelated(hmTemp, Final_SizeX, Final_SizeY)
hmTemp.Resize(this, 0, 0, Final_SizeY, Final_SizeX);
HeightData = hmTemp.HeightData;
}
}
public void GenerateNew(int SizeY, int SizeX, int Inflations, double NoiseFactor, double HeightMultiplier)
{
clsHeightmap Temp = new clsHeightmap();
Blank(SizeY, SizeX);
Randomize(HeightMultiplier / HeightScale);
Temp.HeightScale = HeightScale;
Temp.Generate(this, Inflations, NoiseFactor, HeightMultiplier / HeightScale);
HeightData = Temp.HeightData; //steal the temporary heightmap's data
}
public void Generate(clsHeightmap Source, int Inflations, double NoiseFactor, double HeightMultiplier)
{
clsHeightmap Temp = new clsHeightmap();
int A = 0;
if ( Inflations >= 1 )
{
Temp.Inflate(Source, NoiseFactor, HeightMultiplier, 1);
HeightData = Temp.HeightData;
Temp.HeightData = new clsHeightData();
for ( A = 2; A <= Inflations; A++ )
{
Temp.Inflate(this, NoiseFactor, HeightMultiplier, A);
HeightData = Temp.HeightData;
Temp.HeightData = new clsHeightData();
}
}
else if ( Inflations == 0 )
{
Copy(Source);
}
else
{
return;
}
}
public void GenerateNewOfSize(int Final_SizeY, int Final_SizeX, float Scale, double HeightMultiplier)
{
int num;
clsHeightmap heightmap = new clsHeightmap();
double num3 = Math.Log(2.0);
if (Final_SizeX > Final_SizeY)
{
num = (int) Math.Round(Math.Ceiling((double) (Math.Log((double) (Final_SizeX - 1)) / num3)));
}
else
{
num = (int) Math.Round(Math.Ceiling((double) (Math.Log((double) (Final_SizeY - 1)) / num3)));
}
num = (int) Math.Round(Math.Ceiling((double) Scale));
if (num < 0)
{
Debugger.Break();
}
double num4 = Math.Pow(2.0, (double) (Scale - num));
int num2 = (int) Math.Round(Math.Pow(2.0, (double) num));
int sizeX = ((int) Math.Round(Math.Ceiling((double) (((((double) Final_SizeX) / num4) - 1.0) / ((double) num2))))) + 1;
int sizeY = ((int) Math.Round(Math.Ceiling((double) (((((double) Final_SizeY) / num4) - 1.0) / ((double) num2))))) + 1;
this.GenerateNew(sizeY, sizeX, num, 1.0, HeightMultiplier);
if (num > Scale)
{
heightmap.Stretch(this, (int) Math.Round((double) (this.HeightData.SizeX * num4)), (int) Math.Round((double) (this.HeightData.SizeY * num4)));
this.HeightData = heightmap.HeightData;
heightmap.HeightData = new clsHeightData();
}
if ((this.HeightData.SizeX != Final_SizeX) | (this.HeightData.SizeY != Final_SizeY))
{
heightmap.Resize(this, 0, 0, Final_SizeY, Final_SizeX);
this.HeightData = heightmap.HeightData;
}
}
public void GenerateNew(int SizeY, int SizeX, int Inflations, double NoiseFactor, double HeightMultiplier)
{
clsHeightmap heightmap = new clsHeightmap();
this.Blank(SizeY, SizeX);
this.Randomize(HeightMultiplier / this.HeightScale);
heightmap.HeightScale = this.HeightScale;
heightmap.Generate(this, Inflations, NoiseFactor, HeightMultiplier / this.HeightScale);
this.HeightData = heightmap.HeightData;
}
public void Generate(clsHeightmap Source, int Inflations, double NoiseFactor, double HeightMultiplier)
{
clsHeightmap heightmap = new clsHeightmap();
if (Inflations >= 1)
{
heightmap.Inflate(Source, NoiseFactor, HeightMultiplier, 1);
this.HeightData = heightmap.HeightData;
heightmap.HeightData = new clsHeightData();
int num2 = Inflations;
for (int i = 2; i <= num2; i++)
{
heightmap.Inflate(this, NoiseFactor, HeightMultiplier, i);
this.HeightData = heightmap.HeightData;
heightmap.HeightData = new clsHeightData();
}
}
else if (Inflations == 0)
{
this.Copy(Source);
}
}
