HomeIndustriesProductsServicesPartnersAbout Us

Customer Login

Home arrow CFD-VisCART User Tips arrow Fit to View in CFD-VisCART
Fit to View in CFD-VisCART

In CFD-VisCART, the 'Fit to View' function was improved in V2007. It now checks the blanking status before setting the view. In this tip, a car model will be used to demonstrate the Fit to View capability.

When you first import the model, it will be in the default view. While working with the model, you may have translated, rotated, zoomed in on the model in the graphics area. In order to see the entire model in the graphics area, but keep the current orientation, you can use the Fit to View option instead of one of the default views (front, back, right, etc.)

The Fit to View option is located on the View Menu and on the toolbar, as shown in Figure 1 and Figure 2.

figure1 (1K)


Figure 1. Fit to View option in the View Menu.

figure2 (1K)


Figure 2. Fit to View option in Toolbar.

figure3 (13K)


Figure 3. Fit to View of the entire car model.

This function becomes very useful when you have some parts blanked out and you want to focus only on the visible parts. In this case, make sure you also blank out the Bounding Box, since CFD-VisCART does consider it as a part.

If for instance you want to work on the rear tire of this model, you can blank out all other parts and hit the Fit to View button. It will center the view on the rear tire and show you only this part.

figure4 (74K)


Figure 4. Fit to View of the rear tire and wheel.

The Fit to View capability has been improved in version 2007.0.40 of CFD-VisCART. The Fit to View option is also available in CFD-GEOM.

Regards,
Emmanuel Bot
Applications Engineer

 

Coloring Surfaces in CFD-VisCART for Better Model Visualization

A typical model imported into CFD-VisCART may contain a number of parts and surfaces. By default, all surfaces come in with the default color (set under Edit → Preferences → Colors → Geometry Colors → Surfaces). Representing these surfaces with different colors would improve the appearance of the model and make it easier for the user to distinguish one surface (or part) from the other.

Fit to View in CFD-VisCART

In CFD-VisCART, the 'Fit to View' function was improved in V2007. It now checks the blanking status before setting the view. In this tip, a car model will be used to demonstrate the Fit to View capability.

Cell Size Growth Control in CFD-VisCART

In CFD-VisCART, the Cartesian cells can split or grow by a minimum factor of 2 because of the intrinsic cartesian-cell-splitting algorithm. Due to this, in some cases, there is a chance that the mesh could grow from dense (at the wall) to coarse (away from the wall) within a short distance.

Grouping of Geometry Surfaces in CFD-VisCART V2008.0

In CFD-VisCART V2008.0, a new Group/Ungroup capability has been added for geometry surfaces. Grouping is useful for collecting multiple geometries having the same meshing parameters and/or boundary conditions.

Using the Patch Tab in CFD-VisCART 2007

The Patch Tab in CFD-VisCART provides a tool for naming of patches and assigning different boundary condition (BC) types to them. The Explorer list allows blanking, selecting and deleting of patches. More over, it also provides useful geometrical information for each patch.


© 2012 ESI Group CFD Portal