Returns details about a specific hole/tube.
    Syntax
      
      hm_holedetectiongetholedetails
        index
    
    Type
      
      HyperMesh Tcl Query Command
    
    Description
      
      Returns details about a specific hole/tube. This must be preceded by a call to
          hm_holedetectionfindholes.
    
    Inputs
      
      
        
          - index
- The index of the hole to get details for, starting from 0 up to the number of found
            holes minus 1.
- General
            hole:0 0 {center x/y/z} {axis x/y/z} {entities ordered lines/nodes} {0 - No washer elements, 1 - Washer elements; Always 0 for geometry holes}
 
- Circular
            hole:0 1 radius {center x/y/z} {axis x/y/z} {entities ordered lines/nodes} {0 - No washer elements, 1 - Washer elements; Always 0 for geometry holes}
 
- Rounded
            hole:0 2 radius1 {center1 x/y/z} radius2 {center2 x/y/z} length {center x/y/z} {axis x/y/z} {entities ordered lines/nodes} {0 - No washer elements, 1 - Washer elements; Always 0 for geometry holes}
 
- Square
            hole:0 3 length {center x/y/z} {axis x/y/z} {entities ordered lines/nodes} {0 - No washer elements, 1 - Washer elements; Always 0 for geometry holes}
 
- Rectangular
            hole:0 4 length width {center x/y/z} {axis x/y/z} {entities ordered lines/nodes} {0 - No washer elements, 1 - Washer elements; Always 0 for geometry holes}
 
- General
            tube:1 0 {center_top x/y/z} {axis_top x/y/z} {rim_entities_top ordered lines/nodes} depth {tube_entities surfaces/shells/solids and face indicies} capped_flag {center_bottom x/y/z} {axis_bottom x/y/z} {rim_entities_bottom ordered lines/nodes}
 
- Circular
            tube:1 1 radius_top {center_top x/y/z}  {axis_top x/y/z} {rim_entities_top ordered lines/nodes} depth {tube_entities surfaces/shells/solids and face indicies} capped_flag radius_bottom {center_bottom x/y/z}  {axis_bottom x/y/z} {rim_entities_bottom ordered lines/nodes}
 
- Rounded
            tube:1 2 radius1_top {center1_top x/y/z} radius2_top {center2_top x/y/z}  length_top {center_top x/y/z}  {axis_top x/y/z}  {rim_entities_top ordered lines/nodes} depth {tube_entities surfaces/shells/solids and face indicies} capped_flag radius1_bottom {center1_bottom x/y/z} radius2_bottom {center2_bottom x/y/z} length_bottom {center_bottom x/y/z}  {axis_bottom x/y/z} {rim_entities_bottom ordered lines/nodes}
 
- Square
            tube:1 3 length_top {center_top x/y/z}  {axis_top x/y/z}  {rim_entities_top ordered lines/nodes} depth {tube_entities surfaces/shells/solids and face indicies} capped_flag length_bottom {center_bottom x/y/z}  {axis_bottom x/y/z}  {rim_entities_bottom ordered lines/nodes} 
 
- Rectangular
            tube:1 4 length_top width_top {center_top x/y/z}  {axis_top x/y/z}  {rim_entities_top ordered lines/nodes} depth {tube_entities surfaces/shells/solids and face indicies} capped_flag length_bottom width_bottom {center_bottom x/y/z}  {axis_bottom x/y/z}  {rim_entities_bottom ordered lines/nodes} 
 
Example
      
      To write out all geometric shell hole details to a file named
          C:/temp/holes.txt:
      set holesfile [open "C:/temp/holes.txt" "w"]
hm_holedetectioninit
*createmark surfs 1 all
hm_holedetectionsetentities surfs 1
hm_holedetectionsetholeparams hole_shape=31 
hm_holedetectionfindholes 1
set n [hm_holedetectiongetnumberofholes]
if { $n > 0 } {
puts $holesfile "Number of holes = $n"
puts $holesfile "Holes details"
for {set i 0} {$i < $n} {incr i} {
puts $holesfile "i = $i [hm_holedetectiongetholedetails $i]"
}
} else {
puts $holesfile "Holes not detected."
}
hm_holedetectionend
close $holesfile
    
    Errors
      
      Incorrect usage results in a 
Tcl error. To detect
        errors, you can use the 
catch
        command:
if { [ catch {command_name...} ] } {
   # Handle error
}
Version History
      
      14.0
      2020.1 - Resolved an issue where FE holes would always return the hole
        type as general.