xBaseOdeRungeKutta (FsODE)

FsODE

Documentation for 0.0.2

xBaseOdeRungeKutta Type

Namespace: Altaxo.Calc.Ode.Obsolete
Assembly: AltaxoCore.Redist.dll
Base Type: xOdeBase

Represents a base class for the Runge-Kutta classes.

Constructors

Constructor	Description
`xBaseOdeRungeKutta()` Full Usage: `xBaseOdeRungeKutta()`

Instance members

Instance member	Description
`this.Solve` Full Usage: `this.Solve` Parameters: y0 : `float[]` - A vector of size N containing the initial conditions ( at t0). N is the number of differential equations. tspan : `float[]` - A vector specifying the interval of integration (t0,..,tf). Returns: `float[,]` A matrix that contains the solution of the differential equations [T, y1,..,yN]. The first column contains the time points and each row corresponds to the solution at a time returned in the corresponding row.	Computes the solution of the differntial equations. y0 : `float[]` A vector of size N containing the initial conditions ( at t0). N is the number of differential equations. tspan : `float[]` A vector specifying the interval of integration (t0,..,tf). Returns: `float[,]` A matrix that contains the solution of the differential equations [T, y1,..,yN]. The first column contains the time points and each row corresponds to the solution at a time returned in the corresponding row.
`this.Solve` Full Usage: `this.Solve` Parameters: y0 : `float[]` - A vector of size N containing the initial conditions. N is the number of differential equations. t0 : `float` - The initial independent variable value. deltaT : `float` - The step for the interval of integration (t0, t0+deltaT, t0+2*deltaT,...,tf). tf : `float` - The final independent variable value. Returns: `float[,]` A matrix that contains the solution of the differential equations [T, y1,..,yN]. The first column contains the time points and each row corresponds to the solution at a time returned in the corresponding row.	Computes the solution of the differntial equations. y0 : `float[]` A vector of size N containing the initial conditions. N is the number of differential equations. t0 : `float` The initial independent variable value. deltaT : `float` The step for the interval of integration (t0, t0+deltaT, t0+2*deltaT,...,tf). tf : `float` The final independent variable value. Returns: `float[,]` A matrix that contains the solution of the differential equations [T, y1,..,yN]. The first column contains the time points and each row corresponds to the solution at a time returned in the corresponding row.
`this.Solve` Full Usage: `this.Solve` Parameters: y0 : `float[]` - A vector of size N containing the initial conditions. N is the number of differential equations. t0 : `float` - The initial independent variable value. deltaT : `float` - The step for the interval of integration (t0, t0+deltaT, t0+2deltaT,...,tf). tf : `float` - The final independent variable value. solution* : `OdeSolution` - A delegate where to return the solution.	Computes the solution of the differntial equations. y0 : `float[]` A vector of size N containing the initial conditions. N is the number of differential equations. t0 : `float` The initial independent variable value. deltaT : `float` The step for the interval of integration (t0, t0+deltaT, t0+2*deltaT,...,tf). tf : `float` The final independent variable value. solution : `OdeSolution` A delegate where to return the solution.
`this.Solve` Full Usage: `this.Solve` Parameters: y0 : `float[]` - A vector of size N containing the initial conditions ( at t0). N is the number of differential equations. tspan : `float[]` - A vector specifying the interval of integration (t0,..,tf). solution : `OdeSolution` - A delegate where to return the solution.	Computes the solution of the differntial equations. y0 : `float[]` A vector of size N containing the initial conditions ( at t0). N is the number of differential equations. tspan : `float[]` A vector specifying the interval of integration (t0,..,tf). solution : `OdeSolution` A delegate where to return the solution.