Reset values for node imt material color, itp type, or isn parent-child for doubly defined nodes.
resetpts resetpts/parent resetpts/itp resetpts/cell_color/ [1,0,0 or integer_node_color]
resetpts or resetpts/parent remove child points. the parent child flags are reset. All child points are eliminated and the connectivity list isn is corrected to reference only the parent points.
This parent-child relationship is established by the settets command.
resetpts/itp set node type itp from connectivity of the mesh object.
The node itp (also known as itp1) array is reset to indicate whether
each node is in the interior (0), on an interior interface (2), on a
reflected boundary (10), or on a reflected interface boundary (12) .
It is good practice to update this array anytime the mesh object is changed, or to be certain that boundary and interfaces are correctly set for a command that depends on it.
resetpts/cell_color/ set node imt values from element colors itetclr.
If no arguments are given, then, loop through all itetclr values in ascending order, and reset node imt to associated element itetclr value. Note that if parent-child nodes do not exist, then an interface node will have its imt value set to the largest value of itetclr of all elements that contain this node.
1,0,0 is the range of element itetclr values itetclr_min, itetclr_max, itetclr_stride where 1,0,0 means all. This will loop through and reset node imt values. Node colors are reset only for nodes in elements that fall in the range selected.
integer_node_color reset node imt for nodes with imt equal to integer_node_color, use the itetclr of the element containing the node. Only nodes with node color imt equal to this value will be set to its element itetclr value.
This will introduce a bias since the nodes are modified in the order of the element numbering. To give some
control over the bias the user can specify a negative value for integer_node_color. In that case, the element loop is reversed and goes from largest to smallest element number.
resetpts/itp
Set node type array itp from connectivity of mesh includes outside boundary and interior interface nodes based on itetclr values.
resetpts/cell_color/ 1
Replace node color for nodes that currently have imt value of 1 by the cell color of an element containing the node; this is done by looping through all the elements in cell color order, so that the value of imt will be the largest itetclr of the set of elements containing this node.
resetpts/cell_color/
resetpts/cell_color/ -1
resetpts/cell_color/1,3,1
Thi first command will loop through all element colors and reset all node imt values and replace node color for nodes that currently have imt value of 1 by the cell color of an element containing the node; this is done by looping through all the elements in desending cell color order, so that the value of imt will be the smallest itetclr of the set of elements containing this node.
The second command does the same thing as the first, in reversed order.
The third command loops through colors from itetclr=1 to itetclr=3.
cmo/select/cmotet
resetpts/parent
rmpoint compress
filter/1,0,0
These commands will reset double defined nodes in a mesh to be singly defined. This is used when writing mesh files for applications that can not handle duplicate nodes. This will reset the parent-child arrays, then remove duplicate nodes from the mesh object records so they are not written to files.