OdeAdamsMoulton (FsODE)

FsODE

Solves an initial-value problem for nonstiff ordinary differential equations using the Adams-Moulton method. dy(i)/dt = f(i,t,y(1),y(2),...,y(N)).

Constructor	Description
`OdeAdamsMoulton()` Full Usage: `OdeAdamsMoulton()`	Initializes a new instance of the OdeAdamsMoulton class.
`OdeAdamsMoulton(function, numEquations)` Full Usage: `OdeAdamsMoulton(function, numEquations)` Parameters: function : `OdeFunction` - A function that evaluates the right side of the differential equations. numEquations : `int` - The number of differential equations.	Initializes a new instance of the OdeAdamsMoulton class. function : `OdeFunction` A function that evaluates the right side of the differential equations. numEquations : `int` The number of differential equations.

Instance member	Description
`this.InitializeODEs` Full Usage: `this.InitializeODEs` Parameters: function : `OdeFunction` - A function that evaluates the right side of the differential equations. numEquations : `int` - The number of differential equations. Modifiers: abstract	Method that initialize the ODE to solve. function : `OdeFunction` A function that evaluates the right side of the differential equations. numEquations : `int` The number of differential equations.
`this.InitializeODEs` Full Usage: `this.InitializeODEs` Parameters: function : `OdeFunction` - A function that evaluates the right side of the differential equations. numEquations : `int` - The number of differential equations. t0 : `float` - The initial value for the independent variable. y0 : `float[]` - A vector of size N containing the initial conditions. N is the number of differential equations. Modifiers: abstract	Method that initialize the ODE to solve. function : `OdeFunction` A function that evaluates the right side of the differential equations. numEquations : `int` The number of differential equations. t0 : `float` The initial value for the independent variable. y0 : `float[]` A vector of size N containing the initial conditions. N is the number of differential equations.