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From: mikisheadmaster on 11 May 2010 16:23
Yes there are about 15 images.

If I use the set command gets a little better.

But I thought that there is so much space wasted between the
images.Why don't I put a bigger size of images to cover that space?
From: mikisheadmaster on 11 May 2010 16:34
Actually the imdisp did the job!

Thank you all.
From: mikisheadmaster on 11 May 2010 18:50
I see now that for some images are blank.

I have this:imdisp(imarray, 'Size', [8 2],'Map',[]) but doesn't change
anything.

The images are blank white.I can store the map for each image but I
think it is complicated.

I see that it has been implemented by ImageAnalyst.So if you could
give me an answer I would appreciate it.

From: ImageAnalyst on 11 May 2010 22:22
On May 11, 6:50 pm, mikisheadmaster <strubu...(a)gmail.com> wrote:
> I see now that for some images are blank.
>
> I have this:imdisp(imarray, 'Size', [8 2],'Map',[]) but doesn't change
> anything.
>
> The images are blank white.I can store the map for each image but I
> think it is complicated.
>
> I see that it has been implemented by ImageAnalyst.So if you could
> give me an answer I would appreciate it.

-------------------------------------------------------------------------
Are you looking for this:
http://www.mathworks.com/support/tech-notes/1200/1215.html

Product Support
1215 - Using Multiple Colormaps in a Single Figure

1. Background
2. Useful Properties
3. Example 1: Using Two Colormaps in a Single Axes
4. Example 2: Use a Different Colormap in Two Separate Axes
5. Example 3: Use Three Colormaps in a Single Axes
6. Example 4: Use Multiple Colormaps in a Single Figure

Background

Each figure has its own colormap, stored in the Colormap property. To
view it, you can use the command:

ColorMap = get(gcf,'Colormap')

All the objects which are children of a figure refer to the parent
figure's colormap if they need to access one. If you want two or more
different objects to use varying colors, however, it is possible to
construct a colormap that contains several smaller colormaps
concatenated together and force each object to use a different section
of the larger colormap corresponding to the small colormap. For
example, you can build a colormap that consists of the cool and gray
colormaps by doing the following:
From: mikisheadmaster on 12 May 2010 09:57
On May 12, 5:22 am, ImageAnalyst <imageanal...(a)mailinator.com> wrote:
> On May 11, 6:50 pm, mikisheadmaster <strubu...(a)gmail.com> wrote:
>
> > I see now that for some images are blank.
>
> > I have this:imdisp(imarray, 'Size', [8 2],'Map',[]) but doesn't change
> > anything.
>
> > The images are blank white.I can store the map for each image but I
> > think it is complicated.
>
> > I see that it has been implemented by ImageAnalyst.So if you could
> > give me an answer I would appreciate it.
>
> -------------------------------------------------------------------------
> Are you looking for this:http://www.mathworks.com/support/tech-notes/1200/1215.html
>
> Product Support
> 1215 - Using Multiple Colormaps in a Single Figure
>
>    1. Background
>    2. Useful Properties
>    3. Example 1: Using Two Colormaps in a Single Axes
>    4. Example 2: Use a Different Colormap in Two Separate Axes
>    5. Example 3: Use Three Colormaps in a Single Axes
>    6. Example 4: Use Multiple Colormaps in a Single Figure
>
> Background
>
> Each figure has its own colormap, stored in the Colormap property.  To
> view it, you can use the command:
>
> ColorMap = get(gcf,'Colormap')
>
> All the objects which are children of a figure refer to the parent
> figure's colormap if they need to access one.  If you want two or more
> different objects to use varying colors, however, it is possible to
> construct a colormap that contains several smaller colormaps
> concatenated together and force each object to use a different section
> of the larger colormap corresponding to the small colormap. For
> example, you can build a colormap that consists of the cool and gray
> colormaps by doing the following:

I used the imshow(im) for this exact image which has the problem and
it doesn't show it.

Only if I use figure();imshow(im,[]); the image is shown.
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