Newton force. This is not generally used - since Netwonian gravity is the more efficient default force built in to the integrators. More...

Inheritance diagram for NewtonForce:

Public Member Functions
double[]	CalcAccelerationIJPerM (double[] rji, int i, int j, GravityState.NbodyState[] nbodyStates)
	Calculate the acceleration between bodies i and j.

double[]	CalcAccelerationIPerParticle (double[] rji, int i, GravityState.NbodyState[] nbodyStates)

double[]	CalcJerkIJPerM (double[] rji, int i, int j, GravityState.NbodyState[] nbodyStates)

double[]	CalcAccelerationIJPerM (double[] rji, int i, int j, GravityState.NbodyState[] nbodyStates)
	Calculate the acceleration between bodies i and j.

double[]	CalcAccelerationIPerParticle (double[] rji, int i, GravityState.NbodyState[] nbodyStates)

double[]	CalcJerkIJPerM (double[] rji, int i, int j, GravityState.NbodyState[] nbodyStates)

Detailed Description

Newton force. This is not generally used - since Netwonian gravity is the more efficient default force built in to the integrators.

This code is used to double check the force delegate code

Member Function Documentation

double[] NewtonForce.CalcAccelerationIJPerM	(	double[]	rji,
		int	i,
		int	j,
		GravityState.NbodyState[]	nbodyStates
	)

Calculate the acceleration between bodies i and j.

Return the aij and aji accelerations because in some case (e.g one is oblate) they will not be equal and opposite!

Parameters

double[] NewtonForce.CalcAccelerationIPerParticle	(	double[]	rji,
		int	i,
		GravityState::NbodyState[]	nbodyStates
	)

double[] NewtonForce.CalcJerkIJPerM	(	double[]	rji,
		int	i,
		int	j,
		GravityState::NbodyState[]	nbodyStates
	)

The documentation for this class was generated from the following file:

C:/Users/musgr/Documents/Unity/gravityengine/Assets/GravityEngine/Scripts/Engine/Integrators/Forces/NewtonForce.cs