45 this =
this@models.BaseFirstOrderSystem(model);
48 this.
f= models.burgers.BurgersF_NoA(
this);
50 this.
addParam(
" v ", .5,
" Range ", [0, 1],
" Desired ", 100);
63 xs = linspace(m.Omega(1), m.Omega(2), m.Dimension+2)^
t;
64 f = @(x)exp(-(15.*(x-.5)).^2);
65 x = xs(2:m.Dimension+1);
67 this.
x0= dscomponents.ConstInitialValue(
x0);
70 dx = (m.Omega(2) - m.Omega(1))/(n+1);
74 a = dscomponents.AffLinCoreFun(
this);
75 a.addMatrix(
" mu(1) ",spdiags([d2 -2*d2 d2], -1:1, n, n));
BurgersSys_A(models.BaseFullModel model)
The base class for any KerMor detailed model.
Model
The Model this System is attached to.
dscomponents.AInitialValue x0
Function handle to initial state evaluation.
function updateDimensions()
dscomponents.ACoreFun f
The core f function from the dynamical system.
function ModelParam p = addParam(char name, default, varargin)
Adds a parameter with the given values to the parameter collection of the current dynamical system...
Base class for all KerMor first-order dynamical systems.
dscomponents.LinearCoreFun A
Represents a linear or affine-linear component of the dynamical system.