Arbitrary body subdivision

Sometime ago I found this script which can partition a solid in n divisions in the x,y,z directions (thus 3 inputs). I only works as good as HyperMesh's solid editing APIs. You might be able to modify the number of the cuts into a dimension...

Here is what the script looks like:

#####################################################################################
# File : josh_scprit.tcl
# Date : June 27 2016
# Purpose : cube solid for hex meshing
# HyperMesh v14.0
#####################################################################################
#####################################################################################

catch { namespace delete ::delima }

namespace eval ::delima {
}

#Main Procedure
proc ::delima::main {} {
#DIMENSION BODY
*createmark comps 1 all
foreach {minx miny minz maxx maxy maxz} [hm_getboundingbox comps 1 2 0 0] {}

#X - USER INPUT OF DIVISIONS
set nb_planesX [hm_getint "Number of Cuts X = " "Select the number of parallel cuts in the X direction"]
set dist_apartX [expr abs($maxx-$minx)/($nb_planesX+1)]

#Y - USER INPUT OF DIVISIONS
set nb_planesY [hm_getint "Number of Cuts Y = " "Select the number of parallel cuts in the Y direction"]
set dist_apartY [expr abs($maxy-$miny)/($nb_planesY+1)]

#Z - USER INPUT OF DIVISIONS
set nb_planesZ [hm_getint "Number of Cuts Z = " "Select the number of parallel cuts in the Z direction"]
set dist_apartZ [expr abs($maxz-$minz)/($nb_planesZ+1)]

#X - SOLID PLANE CUT
for {set i 1} {$i <= $nb_planesX} {incr i} {
*createmark solids 1 "all"
set a [expr $minx+$i*$dist_apartX]
*createplane 1 1 0 0 $a 0 0
*body_splitmerge_with_plane solids 1 1
#}

#Y - SOLID PLANE CUT
for {set i 1} {$i <= $nb_planesY} {incr i} {
*createmark solids 1 "all"
set b [expr $miny+$i*$dist_apartY]
*createplane 1 0 1 0 0 $b 0
*body_splitmerge_with_plane solids 1 1
}

#Z - SOLID PLANE CUT
for {set i 1} {$i <= $nb_planesZ} {incr i} {
*createmark solids 1 "all"
set c [expr $minz+$i*$dist_apartZ]
*createplane 1 0 0 1 0 0 $c
*body_splitmerge_with_plane solids 1 1
#}

hm_markclearall 1
}

#Running Main Procedure
::delima::main