CONTOURPLOT

ID_NAME	= `<id_name_of_contourplot>`
TITLE	= `<title>`
DESCRIPTION	= `<description for vtfx>`
TYPE_PROPERTY	= `<type of result properties for vtfx case>` Values for this item must be one from the following list:	This parameter is required in every contour plot described in the parameter file.
	= MODEL	Model
	= MODEL_SET	Model with groups
	= ELEMENT_FILL_FILTER	Relative material value
	= ELEMENT_CONTINUOUS_FILTER	Continuous value for elements
	= ELEMENT_THICKNESS	Shell element thickness
	= ELEMENT_DELTA_THICKNESS	Shell thickness change
	= NODAL_CONTINUOUS	Continuous nodal value
	= NODAL_DISPLACEMENT	Displacement for nodes
FRINGE_RESULT	= `<name of fringe results>`	Defines fringe plot on model, refers to result data available in `ONF` result files. If no result is specified, only model will be shown.
DISP_RESULT	= `<displacement result name>`	Defines node based displacement results shown as displacements on model.
FILTER	= `<min>` = `<max>`	Minimum and maximum filter value applies to fringe result. If this parameter is skipped filtering will be disabled.
FRINGE	= `<min>` = `<max>` Default: AUTO	Minimum and maximum value for the fringe visualizations.
GROUP_FILE	= `<name of group file>` More than one entry is allowed.	Group file(s) containing the groups referenced in `GROUP` parameter.
GROUP	= `<name of group>`	Only this group will be written to `vtfx` – if this parameter is not specified, all group information from group file will be available in `vtfx` file and can be selected later in the viewer.
ITERATION	= `<sequence of numbers in TOSCA numbering style>` e.g. 3,4-9:2,17	Custom iteration indices (if an `ONF` file for some iteration is missing, this iteration is skipped).
	= ALL	All available iterations.
	= ORIGINAL	Iteration of the first available `ONF` file.
	= LAST	Iteration of the last available `ONF` file.
LEGEND_TITLE	= `<name of legend>`	Title of the legend.
REVERT_LEGEND_COLORING	=YES =NO	Upturning of the legend colors.
ADD_UNDEFORMED_MODEL	=YES =NO	Displaying of the undeformed model superimposed to the specified contourplot of `TYPE_PROPERTY = NODAL_CONTINUOUS` or `TYPE_PROPERTY = NODAL_DISPLACEMENT`.

Examples

For topology optimization:

CONTOURPLOT
 ID_NAME = TOPO_MAT
 TYPE_PROPERTY = ELEMENT_FILL_FILTER
 TITLE = "Relative Material Distribution, soft elements filtered"
 DESCRIPTION = "Tosca Structure.topology Optimization Result"
 FRINGE_RESULT = MAT_PROP_NORMALIZED
 FILTER = 0.05,1
 ITERATION = ALL
 GROUP_FILE = SAVE.onf/GROUPS.onf
END_

For sizing optimization: shell thickness will be mapped as fringe plot:

CONTOURPLOT
 ID_NAME = SIZING_THICKNESS
 TYPE_PROPERTY = ELEMENT_THICKNESS
 TITLE = Thickness from Sizing Optimization
 DESCRIPTION = Tosca Structure.sizing Optimization Result
 FRINGE_RESULT = THICKNESS
 ITERATION = ALL
 GROUP_FILE = SAVE.onf\GROUPS.onf
END_