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Estimated completion time→10 minutes.
In this practical session, we will create a diagram representing a dynamic schematic of the plate. The figure below provides a view of how the EASAP will look at the end of this session.
Please follow the instructions below to complete this practical session.
Under the EASA→Author→Applications tab,
In the Builder expand the USER INTERFACE branch,
Now we are ready to create our first diagram.
We add a rectangle to act as a white background for the diagram.
The Child objects under DIAGRAM are drawn in the order that they appear on the Tree from top-to-bottom. Thus we draw the background first, and then draw the two rectangles afterward. If we drew the background last, it would hide the rectangles from view.
Parameter Name | Parameter Value |
---|---|
Origin: | -0.5 [ft], -5 [ft] |
Size: | 11 [ft], t + 10 [ft] |
Fill Style: | White |
Expressions that pass the automatic checks will be colored blue. If a problem is detected, the expression will be colored red.
Parameter Name | Parameter Value |
---|---|
Size: | 0.5 [ft], t + 10 [ft] |
Fill Style: | Gray |
Line Style: | Black t1 full |
We will add a third rectangle to show the plate length and thickness.
Parameter Name | Parameter Value |
---|---|
Origin: | 0, 0 |
Size: | L, t |
Fill Style: | Red |
Line Style: | Black t1 full |
In the final step we associate the new DIAGRAM with the TABBED PANE in which it will be displayed.
The first TABBED PANE window will now look like this:
We may check on the diagram's functionality.
The EASAP Tree should look like this:
When finished checking the EASAP,
We are now finished with Practical Session 2.