\multiputlist

<#456#>SYNOPSIS:
\multiputlist(x,y)(Δx,Δy)[tbrl]16 {<#48#>item1<#48#>,<#49#>item2<#49#>,<#50#>item3<#50#>,...,<#51#>itemN<#51#>}
<#456#>

This command is a variation of the regular LATEX command 12. The 13 command permits one to put the <#52#>same<#52#> object at regularly spaced coordinates. Often one wishes to put <#53#>different<#53#> objects at coordinates that have regular increments -- 14 command can be used in those cases. This command enables one to specify a collection of objects with a single command thus simplifying the task of calculating coordinates. All those objects may also be plotted separately using 15 commands, but any future revision of those coordinates may involve lot of manual work. This command also encourages certain regularity and symmetry in laying out various objects in a picture.

In the 16, as the coordinates are incremented, the objects to be put are picked up from the <#54#>list of items<#54#>, i.e., first item in first position, second item in second position, and so on. For example, numbers along the X-axis in a graph may be plotted by simply specifying:
17
This is almost equivalent to the sequence:

verbatim63#

The difference is that each <#60#>item<#60#> is put in a 18 kind of construction which allows the specification of the reference point of the box containing the item. The 19 is optional and its absence makes the item centered at the specified coordinate. Note that 20 command does not have such an option.

The objects in the <#61#>list<#61#> can be virtually anything including any 21, 22, math characters, etc. This command can be usefully employed in a situation where a variety of objects are to be put at coordinates that have a regular increment along the x-axis and the y-axis.

Few comments about 23 command: