C# Class TerrainGeneration.TerrainGen

Afficher le fichier Open project: geofftnz/TestBench1 Class Usage Examples

Méthodes publiques

Méthode	Description
AddDiscontinuousNoise ( int octaves, float scale, float amplitude, float threshold ) : void
AddLooseMaterial ( float amount ) : void
AddMultipliedSimplexNoise ( int octaves1, float scale1, float>.Func transform1, float offset1, float mul1, int octaves2, float scale2, float>.Func transform2, float offset2, float mul2, float>.Func postTransform, float amplitude ) : void	One set of noise multiplied by another.
AddSimplexNoise ( int octaves, float scale, float amplitude ) : void
AddSimplexNoise ( int octaves, float scale, float amplitude, float>.Func transform, float>.Func postTransform ) : void
AddSimplexNoiseToLoose ( int octaves, float scale, float amplitude ) : void
AddSimplexPowNoise ( int octaves, float scale, float amplitude, float power, float>.Func postTransform ) : void
ClampToGround ( Vector3 pos ) : Vector3
Clear ( float height ) : void
Collapse ( float _threshold, float amount, float looseThreshold, int numIterations ) : void	Similar to Slump(), but works on hard material instead of loose, and only when amount of loose coverage is below a certain threshold
CollapseFrom ( int cx, int cy, float amount ) : void	Collapses loose material away from the specified point.
CollapseTo ( int cx, int cy, float amount ) : void
HeightAt ( float x, float y ) : float
InitTerrain1 ( ) : void
Load ( string filename ) : void
ModifyTerrain ( ) : void
RunWater2 ( int CellsPerRun ) : void
Save ( string filename ) : void
SetBaseLevel ( ) : void
Slump ( float _threshold, float amount, int numIterations ) : void	Slumps the terrain by looking at difference between cell and adjacent cells
TerrainGen ( int width, int height ) : System

Private Methods

Méthode	Description
CellNormal ( int cx, int cy ) : Vector3
ClearTempDiffMap ( ) : void
DecayWater ( float MovingWaterDecay, float WaterErosionDecay, float CarryingDecay ) : void
FallVector ( int cx, int cy ) : Vector3

Method Details

AddDiscontinuousNoise() public méthode

public AddDiscontinuousNoise ( int octaves, float scale, float amplitude, float threshold ) : void
octaves	int
scale	float
amplitude	float
threshold	float
Résultat	void

AddLooseMaterial() public méthode

public AddLooseMaterial ( float amount ) : void
amount	float
Résultat	void

AddMultipliedSimplexNoise() public méthode

One set of noise multiplied by another.

public AddMultipliedSimplexNoise ( int octaves1, float scale1, float>.Func transform1, float offset1, float mul1, int octaves2, float scale2, float>.Func transform2, float offset2, float mul2, float>.Func postTransform, float amplitude ) : void
octaves1	int
scale1	float
transform1	float>.Func
offset1	float
mul1	float
octaves2	int
scale2	float
transform2	float>.Func
offset2	float
mul2	float
postTransform	float>.Func
amplitude	float
Résultat	void

AddSimplexNoise() public méthode

public AddSimplexNoise ( int octaves, float scale, float amplitude ) : void
octaves	int
scale	float
amplitude	float
Résultat	void

AddSimplexNoise() public méthode

public AddSimplexNoise ( int octaves, float scale, float amplitude, float>.Func transform, float>.Func postTransform ) : void
octaves	int
scale	float
amplitude	float
transform	float>.Func
postTransform	float>.Func
Résultat	void

AddSimplexNoiseToLoose() public méthode

public AddSimplexNoiseToLoose ( int octaves, float scale, float amplitude ) : void
octaves	int
scale	float
amplitude	float
Résultat	void

AddSimplexPowNoise() public méthode

public AddSimplexPowNoise ( int octaves, float scale, float amplitude, float power, float>.Func postTransform ) : void
octaves	int
scale	float
amplitude	float
power	float
postTransform	float>.Func
Résultat	void

ClampToGround() public méthode

public ClampToGround ( Vector3 pos ) : Vector3
pos	Vector3
Résultat	Vector3

Clear() public méthode

public Clear ( float height ) : void
height	float
Résultat	void

Collapse() public méthode

Similar to Slump(), but works on hard material instead of loose, and only when amount of loose coverage is below a certain threshold

public Collapse ( float _threshold, float amount, float looseThreshold, int numIterations ) : void
_threshold	float
amount	float
looseThreshold	float
numIterations	int
Résultat	void

CollapseFrom() public méthode

Collapses loose material away from the specified point.

public CollapseFrom ( int cx, int cy, float amount ) : void
cx	int
cy	int
amount	float
Résultat	void

CollapseTo() public méthode

public CollapseTo ( int cx, int cy, float amount ) : void
cx	int
cy	int
amount	float
Résultat	void

HeightAt() public méthode

public HeightAt ( float x, float y ) : float
x	float
y	float
Résultat	float

InitTerrain1() public méthode

public InitTerrain1 ( ) : void
Résultat	void

Load() public méthode

public Load ( string filename ) : void
filename	string
Résultat	void

ModifyTerrain() public méthode

public ModifyTerrain ( ) : void
Résultat	void

RunWater2() public méthode

public RunWater2 ( int CellsPerRun ) : void
CellsPerRun	int
Résultat	void

Save() public méthode

public Save ( string filename ) : void
filename	string
Résultat	void

SetBaseLevel() public méthode

public SetBaseLevel ( ) : void
Résultat	void

Slump() public méthode

Slumps the terrain by looking at difference between cell and adjacent cells

public Slump ( float _threshold, float amount, int numIterations ) : void
_threshold	float
amount	float	amount of material to move (proportional to difference)
numIterations	int
Résultat	void

TerrainGen() public méthode

public TerrainGen ( int width, int height ) : System
width	int
height	int
Résultat	System