|
-
Open the
KwrPlaneWing.CATPart file.
-
Access the Generative Shape Design workbench.
-
Create three planes.
- Click the Plane icon in the toolbar. The Plane
Definition dialog box opens.
- In the Plane type area, enter the yz plane
(select it in the geometry or in the specification tree): The yz
plane is displayed in the Reference area.
- Indicate the required offset in the Offset field
(-50mm for example). Click OK.Repeat this operation
twice with offsets of -100 and -150mm.
|
-
Add formulas to calculate the intersection surface of the
planes with the blend.
- Click the
icon. The Formulas Editor opens.
- Select Area from the scrolling list and click
New parameter of type. Change the name of the parameter to
Area_Intersect1 and click Add Formula. The Formula
editor opens.
- In the Dictionary, select Measures,
double-click area(Surface, ...):Area.
- Position the cursor between the parentheses, select
Wireframe constructors in the Dictionary, and double-click
intersect(Surface,Surface):Curve.
- Position the cursor before the coma and select Plane.2 in the
specification tree (or in the geometry) then select Blend.1 in
the specification tree. Click OK.
- Repeat the above steps for Area_Intersect2 and
Area_Intersect3 by selecting Plane.3 and Plane.4.
|
-
Access the Knowledge Advisor workbench, and click the
List icon ().
The List Edition window opens.
-
Select the 3 parameters located under the
Parameters node in the specification tree, and click Add.
Click OK. Rename List.1 to Intersections for example.
(Click the graphic to enlarge it) |
|
-
Click OK. The list is added to the
parameters.
-
Add a formula that will compute the area of the 3 planes
intersections with the blend.
|
-
Click the List (Intersections in this
scenario) in the specification tree: the name of the list is
displayed in the editor.
Under Dictionary, select List, and double-click
List.Sum(): Real in the Members of List area.
Click OK twice.
The area of the 3 planes intersections with the
blend is automatically calculated. Click the graphic to
enlarge it.
|
|
-
Edit the list content and re-compute the total area.
|
The area of the remaining 2 planes intersections
with the blend is automatically calculated.
(Click the graphic to enlarge it)
Click
here to display the result of this scenario. |
|
|