## Default cloud plot

```cloudPlot( randn(10000,1), randn(10000,1));
``` ## Only show the upper right hand quadrant

```cloudPlot( randn(10000,1), randn(10000,1), [0 4 0 4] );
``` ## Use logarithmic scale

```cloudPlot( randn(10000,1), randn(10000,1), [], true);
``` ## Use only a few bins

```cloudPlot( randn(10000,1), randn(10000,1), [], [], [50 50] );
``` ## Use transluscent images and name-value pair arguments

```plot ( 10*rand(10,1), 10*rand(10,1), 'k*-' ); hold on;
cloudPlot( randn(10000,1), randn(10000,1)+1, [], [], [50 50], 'AlphaData', 0.5 ); hold off;
colormap(1-hot);
``` ## Plot a curve of the raw data on top, using colorbar and colormap

```[h,canvas] = cloudPlot( randn(10000,1), randn(10000,1)+1, [], [], [50 50] ); hold on;
colorbar;
colormap( get(h,'Parent'), gray(256) );
plot ( linspace(-3,3,50), canvas([10 20 30 40],:)/10 ); hold off;
``` ## Use lots-and-lots of bins

Having bins smaller than one pixel on the screen is strongly advized against because then data will randomly not be shown.

```X = randn(1000000,1);
Y = randn(1000000,1);
colormap(jet);
subplot ( 2, 2, 1 );
cloudPlot( X, Y );
title ( 'Bins exactly one pixel large' );
subplot ( 2, 2, 2 );
cloudPlot( X, Y, [], [], [100 100] );
title ( 'Bins larger than one pixel' );
subplot ( 2, 2, 3 );
cloudPlot( X, Y, [], [], [1000 1000] );
title ( 'Bins smaller than one pixel' );
```
```Warning: Having bins smaller than one pixel on the screen is not advised
``` 