Adaptive residual subsampling for Radial Basis Functions: burgersplot(t,y,flag,varargin,x,han) - File Exchange

No BSD License

Highlights from
Adaptive residual subsampling for Radial Basis Functions

Jburgers(t,u,epsilon,D1,D2) Jacobian
burgers(t,u,epsilon,D1,D2)
burgersplot(t,y,flag,varargin... Plot
coarserefine(f,intrv,theta,N,... 1-D adaptive residual subsampling method for radial basis function
mq(x,xc,c) 1-D multiquadric radial basis function
predictor(xp,x,u)
adaptburgers_mol.m
View all files

from Adaptive residual subsampling for Radial Basis Functions by Alfa Heryudono
This simple codes solve initial-boundary value problems particularly Burgers' equation adaptively

burgersplot(t,y,flag,varargin,x,han)

function status = burgersplot(t,y,flag,varargin,x,han)
% Plot

if isempty(flag)
xdata = num2cell([x x]',2);
ydata = num2cell([[0;y;0] -1*x.^0]',2);
set(han,{'xdata'},xdata,{'ydata'},ydata);
drawnow
end
status = false;

Highlights from Adaptive residual subsampling for Radial Basis Functions

Highlights from
Adaptive residual subsampling for Radial Basis Functions