How do I change color diffusion in jet colormap?

I want to show the red color at the center of the sphere and the blue at the circumstances (i.e color distributed inversly)

%% Example data

x = (2:-0.1:0);

data = sin(x);

%% Shift the values towards the center, so you get a circle instead of an annulus.

rho = x-min(x);

%% Your meshgrid generation code.

theta = (0:360)*pi/180;

[th, r] = meshgrid(theta, rho);

%% Plotting the values

surf(min(x)+r.*cos(th), ...

min(x)+r.*sin(th), ...

repmat(data(:), 1, size(th,2)), ...

'linestyle', 'none');

view(2);

axis equal tight;

colorbar;

colormap jet;

Answer 1

[Kevin Holly]

%% Example data
x = (2:-0.1:0);
data = sin(x);
%% Shift the values towards the center, so you get a circle instead of an annulus.
rho = x-min(x);
%% Your meshgrid generation code.
theta = (0:360)*pi/180;
[th, r] = meshgrid(theta, rho);
%% Plotting the values
surf(min(x)+r.*cos(th), ...
    min(x)+r.*sin(th), ...
    repmat(data(:), 1, size(th,2)), ...
    'linestyle', 'none'); 
view(2);
axis equal tight;
colorbar;
colormap jet;

You can add the following:

colormap(flip(jet));

FYI, you can customize the color part as such:

Answer 2

[KSSV]

%% Example data
x = (2:-0.1:0);
data = sin(x);
%% Shift the values towards the center, so you get a circle instead of an annulus.
rho = x-min(x);
%% Your meshgrid generation code.
theta = (0:360)*pi/180;
[th, r] = meshgrid(theta, rho);
%% Plotting the values
surf(min(x)+r.*cos(th), ...
     min(x)+r.*sin(th), ...
     repmat(data(:), 1, size(th,2)), ...
     'linestyle', 'none'); 
view(2);
axis equal tight;
colorbar;
colormap(flipud( jet));