Analyze faces

 

 

 

 

 

This command allows to analyze the normals, curvatures or isoparametrics of a batch of faces and/or edges.

This analysis is done by projecting the isoparametrics on the selected faces.

 

Creation stages / Use:

 

Select the Analyze > Analyze faces... command from the drop-down menu.

 

 

This mode allows to display the vectors of normals of a batch of faces and/or edges.

 

  1. Select faces to analyze.

  2. Select edges to analyze.

  3. Set up the display of normals:

  • Number of isoparametrics: allows to define the number of isoparametric curves to be projected on the faces. This value will be used for both U and V.

  • U / V : these check boxes allow to display only the isoparametric curves of U direction or V direction or both.

  • Density: this cursor allows to specify the number of teeth to be displayed on each of the isoparametric curves.

  • Amplitude: this cursor allows to set the size of the teeth (value between 1 and 10000).

 

Example of normal analysis of a face and a set of edges with isoparametrics on V

 

 

 

This mode allows to analyze curvature of a batch of faces and/or edges.

 

  1. Select faces to analyze.

  2. Select edges to analyze.

  3. Set up the display of normals:

  • Number of isoparametrics: allows to define the number of isoparametric curves to be projected on the faces. This value will be used for both U and V.

  • U / V : these check boxes allow to display only the isoparametric curves of U direction or V direction or both.

  • Curvature type: select in these menus the type of curvature to be displayed (Gauss curvature, Maximal curvature or Minimal curvature).

  • Density: this cursor allows to specify the number of teeth to be displayed on each of the isoparametric curves.

  • Amplitude: this cursor allows to set the size of the teeth (value between 1 and 10000).

 

Example of maximum curvature analysis of a batch of faces with isoparameters on U

 

 

By positioning the cursor on a tooth, TopSolid displays the value of the curvature (Curvature = 1/Curvature radius).

 

 

 

 

This mode allows to display isoparametrics of a batch of faces.

 

  1. Select faces to analyze.

  2. Set up the display of normals:

  • Number of isoparametrics: allows to define the number of isoparametric curves to be projected on the faces. This value will be used for both U and V.

  • U / V : these check boxes allow to display only the isoparametric curves of U direction or V direction or both.

 

Example of isoparametric display of a face in U and V

 

 

 

Available options:

 

 

 

This option allows to reduce the area to be considered inside the selected current face.

This can be done dynamically by moving the yellow handles with the mouse or from the fields Initial value U, End value U, Initial value V and End V value. These values are between 0 and 1, so that if the value is for example 0.75 then the remaining 25% of the face in this direction will not be taken into account by the current analysis.

 

Example of normal analysis in dynamic mode of direction V with an initial value of 0.5 and end value of 1

 

 

 

 

 

  • Accuracy: allows you to set the number of decimal to be displayed in the curvature value during of a curvature analysis.

  • Trimmed: allows to limit the isoparametric curves on the external restriction curves of the face.

 

Without trimmed mode

With trimmed mode

 

  • Comb: allows to display the teeth (blue profiles) representing normals/curvatures hooked to the isoparametrics (available with normal analysis or curvature analysis).

  • Envelope: allows to display isoparametrics in a normal analysis or a curvature analysis.

  • Inverse: allows to reverse the direction of normals or curvatures in a normal analysis or a curvature analysis.

 

 

Modifications / Additional information:

 

These elements are displayed during the analysis only and will be deleted as soon as the dialog is validated or closed.