Difference between revisions of "Onshape talk notes"
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Converts 2D sketches into 3D objects. Options like "new," "add," and "remove" are key for modifying shapes. | Converts 2D sketches into 3D objects. Options like "new," "add," and "remove" are key for modifying shapes. | ||
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===== Rollback Bar===== | ===== Rollback Bar===== | ||
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Applying constraints like coincident, perpendicular, and parallel defines precise relationships, making the design robust and easier to modify. | Applying constraints like coincident, perpendicular, and parallel defines precise relationships, making the design robust and easier to modify. | ||
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===== Editing sketches and maintaining integrity ===== | ===== Editing sketches and maintaining integrity ===== | ||
Changing a sketch updates all dependent features, but deleting a sketch can cause errors, emphasizing careful management of dependencies. | Changing a sketch updates all dependent features, but deleting a sketch can cause errors, emphasizing careful management of dependencies. | ||
Revision as of 22:33, 18 June 2024
Notes from onshape talk by User:Matt as a part of K-Scale_Lecture_Circuit
Contents
Starting with 2D Sketches
Begin CAD designs with 2D sketches on planes, then extrude to create 3D shapes.
Dimensioning
Proper dimensioning ensures accuracy, transforming sketches from blue (undefined) to black (fully defined).
Extrude Tool
Converts 2D sketches into 3D objects. Options like "new," "add," and "remove" are key for modifying shapes.
Rollback Bar
Allows reverting to previous steps in the design, useful for troubleshooting and understanding the sequence of operations.
Using Constraints
Applying constraints like coincident, perpendicular, and parallel defines precise relationships, making the design robust and easier to modify.
Editing sketches and maintaining integrity
Changing a sketch updates all dependent features, but deleting a sketch can cause errors, emphasizing careful management of dependencies.
