C# 클래스 NewTOAPIA.Modeling.MassSpringCurve

상속: ParticleSystem

공개 메소드들

메소드	설명
Constant ( int i ) : System.Single
ExternalAcceleration ( int i, System.Single fTime, float3 akPosition, float3 akVelocity ) : float3	The default external force is zero. To provide nonzero external forces, a subclass can override this method and supply forces such as gravity, wind, friction, and the like. This function is called from the Acceleration()... method, to append the acceleration F/m generated by the external force F.
Length ( int i ) : System.Single
MassSpringCurve ( int iNumParticles, System.Single fStep ) : System
Render ( NewTOAPIA gi ) : void

보호된 메소드들

메소드	설명
Acceleration ( int i, System.Single fTime, float3 akPosition, float3 akVelocity ) : float3
InitializeParticle ( int index ) : void

메소드 상세

Acceleration() 보호된 메소드

protected Acceleration ( int i, System.Single fTime, float3 akPosition, float3 akVelocity ) : float3
i	int
fTime	System.Single
akPosition	float3
akVelocity	float3
리턴	float3

Constant() 공개 메소드

public Constant ( int i ) : System.Single
i	int
리턴	System.Single

ExternalAcceleration() 공개 메소드

The default external force is zero. To provide nonzero external forces, a subclass can override this method and supply forces such as gravity, wind, friction, and the like. This function is called from the Acceleration()... method, to append the acceleration F/m generated by the external force F.

public ExternalAcceleration ( int i, System.Single fTime, float3 akPosition, float3 akVelocity ) : float3
i	int
fTime	System.Single
akPosition	float3
akVelocity	float3
리턴	float3

InitializeParticle() 보호된 메소드

protected InitializeParticle ( int index ) : void
index	int
리턴	void

Length() 공개 메소드

public Length ( int i ) : System.Single
i	int
리턴	System.Single

MassSpringCurve() 공개 메소드

public MassSpringCurve ( int iNumParticles, System.Single fStep ) : System
iNumParticles	int
fStep	System.Single
리턴	System

Render() 공개 메소드

public Render ( NewTOAPIA gi ) : void
gi	NewTOAPIA
리턴	void