Difference between revisions of "Machine Library Tutorial"

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(Created page with "==Introduction== right|450pxThis tutorial will step through the process of adding two different machines (Rotary draw and rotary compression) to the mac...")
 
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==Tutorial: Rotary Draw Machine==
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=='''Tutorial Pt.1:''' Rotary Draw Machine==
  
 
==='''Step 1'''===
 
==='''Step 1'''===
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In the '''start cut off field, enter 90'''. In the '''end cut off field, enter 120'''.  
 
In the '''start cut off field, enter 90'''. In the '''end cut off field, enter 120'''.  
  
'''Check the box next to the dimension display icon'''. When checked, the part model in the part designer will include the dimension markers and values.  
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'''Check the box next to the display dimensions icon'''. When checked, the part model in the part designer will include the dimension markers and values.  
  
 
[[File:mlibtut05.png|600px]]
 
[[File:mlibtut05.png|600px]]
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Since this machine is going to be a rotary draw machine, '''select the pre-defined rotary draw option'''.  
 
Since this machine is going to be a rotary draw machine, '''select the pre-defined rotary draw option'''.  
  
Dimensions will start at the beginning of the part and end at the start of each bend. An example of how the dimensions will be placed are shown to the left of the format selection area.
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Dimensions will start at the beginning of the part and end at the start of each bend. An example of how the dimensions will be placed are shown to the right of the format selection area.
  
 
[[File:mlibtut06.png|600px]]
 
[[File:mlibtut06.png|600px]]
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==='''Step 6'''===
 
==='''Step 6'''===
Now click on the third tab. This is where the decimal tolerances, rotation settings, and bender type can be set.
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[[File:mlibtut07.png|right|500px]]Now '''click on the third tab'''. This is where the decimal tolerances, rotation settings, and bender type can be set.
  
The '''decimal tolerances''' control how many digits are allowed after decimal points for length, angle, and rotation values.
 
  
Select the 'n.nn' option for both length and angle. For rotation, select 'n'.
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The '''decimal tolerances''' control how many digits are allowed after decimal points for length, angle, and rotation values. '''Select the 'n.nn' option for both length and angle. Lengths and angles will be allowed two decimal places. For rotation, select 'n'.''' Rotations will only be whole numbers. See the image below.
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[[File:mlibtut10.png]]
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The '''rotation settings''' control how rotations are interpreted and displayed in the results table. '''Select the Absolute rotation option'''. '''For the rotation scale, select the '0 - 360' option.''' Absolute rotation means that the rotations will be measured from the beginning of the scale at each new rotation. The scale determines where the rotation angles start and end. See image below.
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[[File:mlibtut11.png]]
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Lastly, the '''bender type''' will be chosen. '''Click the bend type button''' to open the bender type menu. '''Click on the first bend type (rotary draw)''' to select it. '''Click the green check button''' to confirm, as shown in the image below.
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[[File:mlibtut08.png|200px]]
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==='''Step 7'''===
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Now that all the settings are applied to the machine, click the save button. The machine will be added to the machine list on the left.
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[[File:mlibtut09.png|600px]]
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=='''Tutorial Pt.2:''' Rotary Compression Machine==
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==='''Step 8'''===
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Now, the next machine will be added to the library.
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'''Click the first tab'''. Then '''click the add button''' again. '''Enter "Rotary Compression" in the name field.'''
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[[File:mlibtut12.png|600px]]
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==='''Step 9'''===
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Next, the default cut off lengths will be set. '''Enter 105 into the start cut off field and enter 60 into the end cut off field'''.
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Then '''check the box next to the display dimensions icon'''.
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[[File:mlibtut13.png|600px]]
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==='''Step 10'''===
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Next, '''click on the second tab'''.
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Since this machine will be a rotary compression machine, '''select the pre-defined rotary compression option.'''
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The dimensions will start at the beginning of the part and end at the end of each bend. An example of how the dimensions will be placed are shown to the right of the format selection area.
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[[File:mlibtut14.png|600px]]
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==='''Step 11'''===
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[[File:mlibtut15.png|right|500px]]Next, '''click on the third tab.''' This is where the decimal tolerances, rotation settings, and bender type can be set.
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 +
 
 +
The '''decimal tolerances''' control how many digits are allowed after decimal points for length, angle, and rotation values. '''For length, angle, and rotation, select the 'n.n' option.'''
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 +
[[File:mlibtut16.png]]
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 +
 
 +
 
 +
The '''rotation settings''' control how rotations are interpreted and displayed in the results table. '''Select the Incremental rotation option'''. Incremental rotation means each new rotation will start at the end of the last rotation. '''For the rotation scale, select the '0 - 360' option.'''
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[[File:mlibtut17.png]]
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Lastly, the '''bender type''' will be chosen. '''Click the bend type button''' to open the bender type menu. '''Click on the third bend type (rotary compression)''' to select it. '''Click the green check button''' to confirm, as shown in the image below.
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[[File:mlibtut18.png|200px]]
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==='''Step 12'''===

Revision as of 13:03, 25 July 2013

Introduction

Mlibtut01.png
This tutorial will step through the process of adding two different machines (Rotary draw and rotary compression) to the machine library using the machine library plug-in.



The machine library plug-in is used to create different machines by assigning specific settings to them. These settings include the way rotations and lengths/locations are measured, the decimal tolerances for lengths, angles, and rotations, and default cut offs. Machines are selected during the part design process and all the machine's settings will be applied to the part.








Tutorial Pt.1: Rotary Draw Machine

Step 1

First, open the machine library. Go up to the main menu bar and click on the settings menu. Select the machine library option from the drop down menu.

Mlibtut02.png




Step 2

This will open the machine library. A list of the machines will be shown to the right. To the left, there will be a tabbed section where the machine settings will be chosen.

Mlibtut03.png




Step 3

Now the first machine will be created. Click the add button. Enter the machine's name, "Rotary Draw", in the field above the tabs near the top of the window.

Mlibtut04.png



Step 4

In the first tab, the default settings can be chosen.

In the start cut off field, enter 90. In the end cut off field, enter 120.

Check the box next to the display dimensions icon. When checked, the part model in the part designer will include the dimension markers and values.

Mlibtut05.png




Step 5

Next, click on the second tab. In this tab, the format of the results table can be chosen.

Since this machine is going to be a rotary draw machine, select the pre-defined rotary draw option.

Dimensions will start at the beginning of the part and end at the start of each bend. An example of how the dimensions will be placed are shown to the right of the format selection area.

Mlibtut06.png




Step 6

Mlibtut07.png
Now click on the third tab. This is where the decimal tolerances, rotation settings, and bender type can be set.


The decimal tolerances control how many digits are allowed after decimal points for length, angle, and rotation values. Select the 'n.nn' option for both length and angle. Lengths and angles will be allowed two decimal places. For rotation, select 'n'. Rotations will only be whole numbers. See the image below.

Mlibtut10.png


The rotation settings control how rotations are interpreted and displayed in the results table. Select the Absolute rotation option. For the rotation scale, select the '0 - 360' option. Absolute rotation means that the rotations will be measured from the beginning of the scale at each new rotation. The scale determines where the rotation angles start and end. See image below.

Mlibtut11.png


Lastly, the bender type will be chosen. Click the bend type button to open the bender type menu. Click on the first bend type (rotary draw) to select it. Click the green check button to confirm, as shown in the image below.

Mlibtut08.png





Step 7

Now that all the settings are applied to the machine, click the save button. The machine will be added to the machine list on the left.

Mlibtut09.png




Tutorial Pt.2: Rotary Compression Machine

Step 8

Now, the next machine will be added to the library.

Click the first tab. Then click the add button again. Enter "Rotary Compression" in the name field.

Mlibtut12.png



Step 9

Next, the default cut off lengths will be set. Enter 105 into the start cut off field and enter 60 into the end cut off field.

Then check the box next to the display dimensions icon.

Mlibtut13.png




Step 10

Next, click on the second tab.

Since this machine will be a rotary compression machine, select the pre-defined rotary compression option.

The dimensions will start at the beginning of the part and end at the end of each bend. An example of how the dimensions will be placed are shown to the right of the format selection area.

Mlibtut14.png




Step 11

Mlibtut15.png
Next, click on the third tab. This is where the decimal tolerances, rotation settings, and bender type can be set.


The decimal tolerances control how many digits are allowed after decimal points for length, angle, and rotation values. For length, angle, and rotation, select the 'n.n' option.

Mlibtut16.png


The rotation settings control how rotations are interpreted and displayed in the results table. Select the Incremental rotation option. Incremental rotation means each new rotation will start at the end of the last rotation. For the rotation scale, select the '0 - 360' option.

Mlibtut17.png


Lastly, the bender type will be chosen. Click the bend type button to open the bender type menu. Click on the third bend type (rotary compression) to select it. Click the green check button to confirm, as shown in the image below.

Mlibtut18.png




Step 12