LRA Designer Tutorial - Revision history

Fabcam1 at 15:44, 20 August 2013

2013-08-20T15:44:31Z

Fabcam1 at 16:59, 9 July 2013

2013-07-09T16:59:40Z

Fabcam1 at 14:01, 9 July 2013

2013-07-09T14:01:42Z

Fabcam1 at 21:10, 8 July 2013

2013-07-08T21:10:53Z

Fabcam1 at 21:02, 8 July 2013

2013-07-08T21:02:57Z

Fabcam1 at 20:53, 8 July 2013

2013-07-08T20:53:04Z

Fabcam1 at 20:38, 8 July 2013

2013-07-08T20:38:40Z

Fabcam1: Created page with "==Introduction== ==Tutorial== ==='''Step 1'''=== ==='''Step 2'''=== ==='''Step 3'''==="

2013-07-08T18:20:37Z

Created page with "==Introduction== ==Tutorial== ==='''Step 1'''=== ==='''Step 2'''=== ==='''Step 3'''==="

New page

==Introduction==

==Tutorial==

==='''Step 1'''===

==='''Step 2'''===

==='''Step 3'''===

@@ Line 28: / Line 28: @@
 ==='''Step 1'''===
-First, a '''new LRA part design''' needs to be started. On the start up page, click the '''LRA Designer''' button. [[File:lratut03.png]]
+First, a '''new LRA part design''' needs to be started. On the start up page, click the '''LRA Designer''' button. [[File:LRAicon.png]]
 '''''Note:''''' ''Depending on the version of software currently in use, fewer designer buttons may be included on the start up page.''
-[[File:lratut02.png|500px]]
+[[File:lratut02.png]]
@@ Line 136: / Line 136: @@
 As each set of coordinate values are supplied, the '''3D part model will be generated in the [[Graphical Display|graphical display]] to the right'''. Once all coordinates are entered, the complete part will be shown. The part's bend information will also be generated in the '''results table at the top of the window'''. See the image below.
-Depending on the options chosen in the [[Global Settings#Results/Output Format|results/output format]] and [[Global Settings#Results/Output Settings|results/output settings]] tabs in the [[Global Settings|global settings menu]], the results table may look slightly different.
+Depending on the options chosen in the [[Program Settings#Results/Output Format|results/output format]] and [[Program Settings#Results/Output Settings|results/output settings]] tabs in the [[Program Settings|program settings menu]], the results table may look slightly different.

@@ Line 135: / Line 135: @@
 ==='''Step 9'''===
 As each set of coordinate values are supplied, the '''3D part model will be generated in the [[Graphical Display|graphical display]] to the right'''. Once all coordinates are entered, the complete part will be shown. The part's bend information will also be generated in the '''results table at the top of the window'''. See the image below.
 [[File:lratut15.png|700px]]

← Older revision		Revision as of 14:01, 9 July 2013
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	[[File:lratut14.png\|900px]]		[[File:lratut14.png\|900px]]
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← Older revision		Revision as of 21:10, 8 July 2013
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	[[File:lratut11.png]]		[[File:lratut11.png]]

		+
		+	'''Each set of coordinates''' represents a specific length and bend on the part, as shown below.

	[[File:lratut14.png\|900px]]		[[File:lratut14.png\|900px]]

@@ Line 115: / Line 115: @@
 '''Now the CLR of each bend will be adjusted'''. These CLR values can be adjusted in order to replicate a part design that requires the given CLR, but will be bent using the die chosen at the top of the window. For example, in this tutorial, the 100mm die is selected. Giving a CLR of 122 will cause the straight lengths of the part to be increased slightly so the part shape will mimic the shape of the same part made with a 122mm die.
-'''Enter 122 into each of the CLR fields, as shown below.''' The part dimension and results table lengths will be affected.
+'''Enter 122 into each of the CLR fields, as shown below.'''
 [[File:lratut12.png]]
 [[File:lratut13.png|700px]]

@@ Line 109: / Line 109: @@
-[[File:lratut14.png|700px]]
+[[File:lratut14.png|900px]]
 ==='''Step 8'''===
-'''Now the CLR of each bend will be adjusted'''. These CLR values can be adjusted in order to replicate a part design that requires the given CLR, but will be bent using the die chosen at the top of the window. For example, in this tutorial, the 100mm die is selected. Giving a CLR of 122 will cause the straight lengths of the part to be increased slightly so the part shape would mimic the shape of the same part made with a 122mm die.
+'''Now the CLR of each bend will be adjusted'''. These CLR values can be adjusted in order to replicate a part design that requires the given CLR, but will be bent using the die chosen at the top of the window. For example, in this tutorial, the 100mm die is selected. Giving a CLR of 122 will cause the straight lengths of the part to be increased slightly so the part shape will mimic the shape of the same part made with a 122mm die.
 '''Enter 122 into each of the CLR fields, as shown below.''' The part dimension and results table lengths will be affected.
@@ Line 119: / Line 119: @@
 [[File:lratut12.png]]
-[[File:lratut13.png|600px]]
+[[File:lratut13.png|700px]]
@@ Line 125: / Line 125: @@
 ==='''Step 9'''===
-(results/display)
+As each set of coordinate values are supplied, the '''3D part model will be generated in the [[Graphical Display|graphical display]] to the right'''. Once all coordinates are entered, the complete part will be shown. The part's bend information will also be generated in the '''results table at the top of the window'''. See the image below.
 ==='''Step 10'''===
-(complete)
+'''The part is now complete!'''

@@ Line 1: / Line 1: @@
 ==Introduction==
@@ Line 5: / Line 28: @@
 ==='''Step 1'''===
 ==='''Step 2'''===
 ==='''Step 3'''===