Plotting Matrices Stored in Sequential Array Cells

Hey,

I've got an array which has a few matrices stored in the arrays and now I'm wanting to plot them. Now I can see two ways of doing this, I can do it a long winded way of stating the plot code over and over for the different cell numbers or I can use a for loop with a plot code inside which then cycles through the cells. (See example code below). I don't like either of these methods.

Is there a nicer way of achieving this that anyone can think of?

If any more details are required feel free to ask!

A very crude example of what I'm doing is;

x1 = 1:10;
y1 = 1:10;

x2 = 1:20;
y2 = [1:20].^2;

plotter{1} = {x1 y1};
plotter{2} = {x2 y2};

figure(1)
plot(plotter{1}{1},plotter{1}{2})

figure(2)
plot(plotter{2}{1},plotter{2}{2})

for n = 1:2

figure(2+n)
plot(plotter{n}{1},plotter{n}{2})

end

Answer 1

[Walter Roberson]

Provided that the plotter elements all occur in horizontal pairs, odd numbered elements being x arrays and even numbered elements being y arrays, then

T = [plotter{:}];
plot(T{:});

This does not require that the plotter{K} be exactly the same length -- plotter{1} could be 6 elements long, plotter{2} could be 2 elements long. As long as the horizontal sequence alternates x and y.