Database > Equipment Library
Drawing > Advanced Tools > Equipment Library
Commandline: le
Several Others
Explanation
This is where we determine the look of the block we are about to add to the drawing.
There are four tabs in this view that allow you to customize the appearance of the block you are about to create.
Understanding the Settings Mechanism
Settings store the appearance and display mode of the Equipment Library. These settings determine the look of the created block. You can tell which settings were used to create the block by looking at the Equipoment Library status bar:
WireCAD stores the settings used to create blocks in three different locations:
1. | Device settings. If you create a block in a drawing we store the settings used to make the block with the device definition in the Equpment Library. These settings have priority. |
2. | Project settings. If you like the display of a block you can click the: |
Doing so will set the current display settings as the Project default. All devices that do not currently have stored settings will then use the Project defaults.
3. | Default settings. When no other settings are found we use the defaults. |
Several controls are common to all tabs. We will go into those first.
Common Controls Options
Item |
Description |
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Body Color |
Sets the color of Functional I/O and Concept block bodies. |
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Creation Mode |
Set by the UI. |
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Descriptor Locations |
Shows the Descriptor Locations Map Here you can reposition the various block descriptors. |
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Image Display Mode |
Image inserted and scaled at MiddleCenter
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Image Position |
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Image Scale Factor |
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Merge and Center |
This function will only merge identical port names |
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Shape Mode |
Read Only |
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Shape Path |
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Stock Shape Number |
Set by the Stock Shapes tab selection |
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Text Height |
The height of all generated text. |
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Vertical Padding |
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Vertical Pin Spacing |
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Pin Width |
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Body Width |
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Body Pen Width |
The thickness of the line that represents the block body. |
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Vertically Center Pins |
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Nudge Positions |
Use to nudge the various text around. |
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Tears and Bulge Factors |
Tears are visual elements that represent to the reader of the document that the device does not display all of its available I/O. Tears use bulges. The greater the bulge factor the more dramatic the tear. Bottom edge torn bulge factor .15 or 15/100 Bottom edge torn bulge factor .5 or 50/100 |
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Set Current Display Properties as Project Default |
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Reset Project Default |
Clears any settings |
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Reset Device Settings |
Here you choose from 18 stock shapes. We will not enumerate them here. Try clicking on them to see what they do.
Here you can map the selected I/O on to terminals. Terminals are one or two port inline devices. If you select more that one record in the I/O tables we will continue to add terminals to accomodate the selection. If you select a terminal that has only an input port then any selected output records will be ignored.
Item |
Description |
Example showing multiple I/O selected and mapped on to a terminal that represents a full normal jack |
Any CAD file can be used as a User Defined Shape. It jsut needs to be placed in the Shape Files folder:
%BLOCKS%\Shapes Files
The Display Properties with then scale and stretch the object while applying port data.
Item |
Description |
User Defined Shape with four ports applied. |
Mechinal Forms are hardcoded objects that get their dimensional data from the device definition and use it to render objects
Item |
Description |
Rack Enclosure |
Select a form. Only available when Front Panel (from Dims) is selected. |
Rack Tray |
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Cube |
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Half Rack Left |
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Half Rack Right |