derivODE2

All the dates for which the result of the numerical integration
of the model will have to be provided

Current state vector (input from which the next state will
be estimated)

is the model: each column corresponds to one equation
which organisation is following the convention given by function
<code>poLabs</code> which requires the definition of the model dimension
<code>nVar</code> (i.e. the number of variables) and the maximum polynomial
degree <code>dMax</code> allowed.

Current states of each polynomial terms used
in <code>poLabs</code>. These states can be deduced from the current
state vector x (using function <code>regSeries</code>). When available,
it can be provided as an input to avoid unecessary computation.

regS

This function provides the one step integration of
polynomial Ordinary Differential Equations (ODE). This function
requires the function <code>ode</code> ("deSolve" package).

Platform dedicated to the Global Modelling technique.

Mireille Huc

GPoM

Generalized Polynomial Modelling

Sylvain Mangiarotti

Flavie Le Jean

Malika Chassan

Laurent Drapeau

derivODE2 function

deriveODE2 : A Subfonction for the numerical integration
of polynomial equations in the generic form defined by function
<code>poLabs</code> — derivODE2

derivODE2: deriveODE2 : A Subfonction for the numerical integration of polynomial equations in the generic form defined by function `poLabs`

Description

Usage

Arguments