Difference between revisions of "Linear 2D Designer"

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==Description==
 
==Description==
The Linear 2D Designer allows parts to be created on a two dimensional plane. These kind of parts can have either no rotation or 180° rotations on bends. Parts can be designed by clicking directly on the part display and drawing out each length or by giving the straight length and angle values in the design panel. In other words, parts made in this designer will be flat, two dimensional parts.  
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[[File:lin2d.png|right|700px]]The Linear 2D Designer allows parts to be created on a two dimensional plane. These kind of parts can have either no rotation or 180° rotations on bends. Parts can be designed by clicking directly on the part display and drawing out each length or by giving the straight length and angle values in the design panel. In other words, parts made in this designer will be flat, two dimensional parts.  
  
 
==How To==
 
==How To==

Revision as of 11:30, 21 May 2013

Description

Lin2d.png
The Linear 2D Designer allows parts to be created on a two dimensional plane. These kind of parts can have either no rotation or 180° rotations on bends. Parts can be designed by clicking directly on the part display and drawing out each length or by giving the straight length and angle values in the design panel. In other words, parts made in this designer will be flat, two dimensional parts.

How To

Start Up

To access this designer, click the Lin2dicon.png icon on the start up page. This will open up a new, blank part design.

Design

Once a new linear 2D design window has been opened, a new part can be created.

Diemat01.png

First, a die and material should be chosen. This can be done by clicking on the drop down menus next to the die and material icons in the top left corner of the screen.




Next, the part can be designed using one of the two different methods: typing in values and/or drawing out the part lengths in the part display.





Part01.png

The first column below the ruler icon represents the straight lengths of tube. The second column below the arrow icon holds a row of check boxes. When a box is checked, that bend will be rotated 180°. The third column below the angle icon represents the angle of each bend.

Part02.png



Part03.png

To design a part by drawing it out, start by clicking directly on the part display where the first length of the part will begin. Once this point is clicked, a light blue line will be connected to this point(As shown to the right).







Part04.png
The next point that is clicked will be the end point of the first straight length of tube. After this second point is chosen, the display will show the part in the chosen material. Continue this process until the part is complete.

As new lengths and bends are drawn, the lengths, rotations, and values will be generated in the columns on the left of the screen. Each bend and the last straight length will have its own row.

These can be edited at any point in the design process. The lengths and angles can be changed by entering new values in the text fields. To add a 180° rotation, check the box in the rotation column next to the bend where the rotation will occur.

To completely start over and delete the whole part design, click the start over button Startover.png.

To undo the last straight length of tube, click the undo button Undo.png.

To stop designing a part, click the checkered flag button Checkflag.png.

To add more bends after the design session has been stopped (After the checkered flag button has been clicked), click the add bend button Addbend.png. This will start up the design session again and more bends can be added.

The grid overlay in the part display can be turned on or off using the grid button Grid.png. While the grid is on/activated, the start and end points of the part will be snapped to this grid during the design process. The size of each grid cell can be adjusted by changing the number given in the grid size field Gridsize.png.

Notes can be attached to the part design project using the note button Notes.png.

The auto-zoom option can be turned on or off using the auto-zoom button Autozoom.png. When activated, auto-zoom will zoom in or out to accommodate the size of the part. For example, if a length is originally 200 and is changed to 2000, it may extend past the part display's extend. Auto-zoom will zoom out to make sure the whole part is visible.