PartDesign Revolution/en: Difference between revisions
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The direction of revolution will be reversed. |
The direction of revolution will be reversed. |
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===Angle=== |
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This controls the angle through which the revolution is to be formed, e.g. 360° would be a full, contiguous revolution. |
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The images in the [[#Examples|examples]] section demonstrate some of the possibilities with specifying different angles. It is not possible to specify negative angles (use the '''Reversed''' option instead) or angles greater than 360°. |
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===Symmetric to plane=== |
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The revolution will extend half of the specified angle in both directions from the sketch plane. |
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===Reversed=== |
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The direction of revolution will be reversed. |
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{{clear}} |
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==Examples== |
==Examples== |
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Note: All the examples refer to Base, Axis and Placement being edited directly through the feature properties table. |
Note: All the examples refer to Base, Axis and Placement being edited directly through the feature properties table. |
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[[Image:revolve3_cropped.png|frame|left|Example revolution 1: In this image the angle has been set to 70°, revolution is about the x-axis and there is a y-offset of 100mm. The sketch is the face not shown in the image (i.e. the 'back' face).]] |
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[[Image:revolve5_cropped.png|frame|left|Example revolution 2: In this image the angle is 70°, revolution is about the y-axis and there is a y-offset of 100mm.]] |
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[[Image:revolve7_cropped.png|frame|left|Example revolution 3: In this image the angle is 270°, revolution is about the x-axis and there are 0 offsets]] |
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[[Image:revolve8_cropped.png|frame|left|Example revolution 4: In this image the angle is 270°, revolution is about the x-axis (value 1.00) and the y-axis (value 2.00) and there is a y-offset of 100mm]] |
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{{clear}} |
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[[Image:PartDesign_Revolution_axis_fromconstructionlines1.jpg|frame|left|Example revolution using a construction line as the Revolution axis: In this image the angle is 75°, revolution is about the construction line (Sketch axis 0)]] |
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{{clear}} |
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Note: Unlike the above, all these examples below refer to Base, Axis and Placement being edited directly through the feature properties table. |
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[[Image:revolve3_cropped.png|frame|left|Example revolution 1: In this image the angle has been set to 70°, revolution is about the x-axis and there is a y-offset of 100mm. The sketch is the face not shown in the image (i.e. the 'back' face).]] |
[[Image:revolve3_cropped.png|frame|left|Example revolution 1: In this image the angle has been set to 70°, revolution is about the x-axis and there is a y-offset of 100mm. The sketch is the face not shown in the image (i.e. the 'back' face).]] |
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[[Image:revolve5_cropped.png|frame|left|Example revolution 2: In this image the angle is 70°, revolution is about the y-axis and there is a y-offset of 100mm.]] |
[[Image:revolve5_cropped.png|frame|left|Example revolution 2: In this image the angle is 70°, revolution is about the y-axis and there is a y-offset of 100mm.]] |
Revision as of 19:20, 7 October 2014
PartDesign Revolution |
Menu location |
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PartDesign → Revolution |
Workbenches |
PartDesign, Complete |
Default shortcut |
None |
Introduced in version |
- |
See also |
None |
Introduction
This tool revolves a selected sketch or 2D object about a given axis. For all the following explanations of this command the example sketch below will be used:
Options
When creating a revolution, the 'revolution parameters' dialogue offers several parameters specifying how the sketch should be revolved.
AxisThis option specifies the axis about which the sketch is to be revolved. Currently, only the horizontal or vertical sketch axis can be selected here. But in the Properties table, an arbitrary axis can be defined. Base is a point through which the axis goes. The axis option itself takes three arguments, which are passed as numbers to either the x, y, or z boxes in the tool. Adding a value of 1.0 to only one of the boxes will cause the tool to make the revolution about that axis. Example revolutions 1, 2 and 3 in the examples section demonstrate scenarios where the example sketch is revolved about either the x or the y axis. Adding a non-zero value to more than one of the axes will cause the part to be revolved by a weighted amount in each axis. e.g. an x value of 1 and a y value of 2 will mean that the revolution about the y-axis is twice as strong as that about the x. This is fairly difficult to comprehend, Example Revolution 4 shows an example where more than one of the boxes has a non-zero value. AngleThis controls the angle through which the revolution is to be formed, e.g. 360° would be a full, contiguous revolution. The images in the examples section demonstrate some of the possibilities with specifying different angles. It is not possible to specify negative angles (use the Reversed option instead) or angles greater than 360°. Symmetric to planeThe revolution will extend half of the specified angle in both directions from the sketch plane. ReversedThe direction of revolution will be reversed. |
Angle
This controls the angle through which the revolution is to be formed, e.g. 360° would be a full, contiguous revolution. The images in the examples section demonstrate some of the possibilities with specifying different angles. It is not possible to specify negative angles (use the Reversed option instead) or angles greater than 360°.
Symmetric to plane
The revolution will extend half of the specified angle in both directions from the sketch plane.
Reversed
The direction of revolution will be reversed. |}
Examples
Note: All the examples refer to Base, Axis and Placement being edited directly through the feature properties table.
Note: Unlike the above, all these examples below refer to Base, Axis and Placement being edited directly through the feature properties table.
Useful links
An example with the practice on the forum.