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{alias:gsm}
h2. Name

*gsm* — Grid slices manipulation


h2. Syntax
{panel:|borderStyle=solid|borderWidth=1|bgColor=#FFFFAA}

*xxx\# Grid slices manipulation
*gsm* \[_LineWidthworkspacename_] \[*x | y*] \[*sub | add | mul | div*] \[*arg1*\*sel* _selection_]  

\# Switch columns in cube.
*gsm swc* \[-] \[*arg2*\]yxz | xzy | zyx*] 


{panel}

h2. Description

A 3d cube has grid dimension nrow, ncol, nlay for number of elements in a row, in a column and vertical layers or slices. A standard grid has dimension nrow, ncol , 1. 

For a 3d cube it is possible to make grid slice operations between the slices of the same cube, or between slices of different cubes. 

The result is always saved in the active cube Bla-bla-bla-descriptive text [grp](3D-grid). 

h2. Arguments

_LineWidth_ 

{indent} Explanation-bla-bla with range \[1, 2, 3 ..\].
{indent}

*arg1*

{indent} Explanation-bla-bla for *arg1*
{indent}

*arg2* *red* | *blu* | *gre* | *pin* | *tur* | *yel* | *whi* | *bla* | *bro*

{indent} Explanation-bla-bla for *arg2* in color red / blue ...
{indent}

*arg3* \[_PointSize_\]

{indent} Explanation bla-bla- _PointSize_ is a number larger than 0, relative to 1 (default), giving bla-bla.
{indent}

h2. Examples

h3. Ex.1: Title-of-example

{noformat:|borderWidth=1|bgColor=#eeeeee}
# read any grid
xxx arg1    ;# Example bla bla
pol         ;# Display as polygon
{noformat}

!att:_img_ref^xxx.png|thumbnail,border=1,width=200!
_Result of *xxx* on grid_

h2. See also

[yyy], [zzz]