OSE Master Procedure System: Difference between revisions
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Modular Modules is a concept where modules are printed in parts, and assembled by [[Design For Joining]]. | Modular Modules is a concept where modules are printed in parts, and assembled by [[Design For Joining]]. | ||
Our goal is to address clutter, build order, fit, quality control all at the same time. By avoiding clutter, we focus on build. By focusing on the extracted model, we have to think about fit and [[Interface Design]], which reinforces our understanding of the design-build. | |||
In the simplest implementation, to do this: | In the simplest implementation, to do this: | ||
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#Number parts in the part tree. | #Number parts in the part tree. | ||
#Hide and unhide them. | #Hide and unhide them. | ||
#In the simplest overview, take the Build-Extracted Model | #In the simplest overview documentation snapshot, take the Build-Extracted Model and number parts in the order that they will be assembled. |
Revision as of 21:39, 29 June 2024
For building, a highly scripted process allows for digital design-build. This means, build that can be digitized by printing parts that are obtained from the digital model.
In the ideal case, we print skeletons, such as of wall modules.
Modular Modules is a concept where modules are printed in parts, and assembled by Design For Joining.
Our goal is to address clutter, build order, fit, quality control all at the same time. By avoiding clutter, we focus on build. By focusing on the extracted model, we have to think about fit and Interface Design, which reinforces our understanding of the design-build.
In the simplest implementation, to do this:
- Take the FreeCAD model, extract only the part to be built. Use 2 working models - such as the full model and then the Build-Extracted Model
- Number parts in the part tree.
- Hide and unhide them.
- In the simplest overview documentation snapshot, take the Build-Extracted Model and number parts in the order that they will be assembled.