3D Printer Workbench Work Proposal - Revision history

Groques: /* OSE Design Workbench Requirements */

2020-05-09T02:11:12Z

OSE Design Workbench Requirements

← Older revision		Revision as of 02:11, 9 May 2020
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	**Parameters for parts - to make different sizes		**Parameters for parts - to make different sizes
	**Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs (3D printing) or other CAM formats		**Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs (3D printing) or other CAM formats
			* How can non-programmers contribute to the overall workbench process
			** Define overall workbench process
			*** Start with individual part
			**** Break down parts
			**** Design CAD
			**** Design Icons
			*** Define relationship between parts
	*Algorithms that modify parts automatically based on dimensions/properties of existing parts		*Algorithms that modify parts automatically based on dimensions/properties of existing parts
	**Cut list generator		**Cut list generator

Marcin: /* Generated Workbench Requirements */

2020-05-09T01:15:34Z

Generated Workbench Requirements

← Older revision		Revision as of 01:15, 9 May 2020
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	* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].		* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].
	=~~Generated~~ Workbench Requirements=		=OSE Design Workbench Requirements=
	*Diagram of common workbench elements:		*Diagram of common workbench elements:
	**Part library part insertions		**Part library part insertions

Marcin: /* Generated Workbench Requirements */

2020-05-09T01:14:30Z

Generated Workbench Requirements

← Older revision		Revision as of 01:14, 9 May 2020
Line 39:		Line 39:
	**Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]		**Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]
	**Parameters for parts - to make different sizes		**Parameters for parts - to make different sizes
	**Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs (3D printing) or other CAM		**Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs (3D printing) or other CAM formats

	*Algorithms that modify parts automatically based on dimensions/properties of existing parts		*Algorithms that modify parts automatically based on dimensions/properties of existing parts

Marcin: /* Generated Workbench Requirements */

2020-05-09T01:14:16Z

Generated Workbench Requirements

← Older revision		Revision as of 01:14, 9 May 2020
Line 39:		Line 39:
	**Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]		**Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]
	**Parameters for parts - to make different sizes		**Parameters for parts - to make different sizes
	**Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs		**Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs (3D printing) or other CAM

	*Algorithms that modify parts automatically based on dimensions/properties of existing parts		*Algorithms that modify parts automatically based on dimensions/properties of existing parts

Marcin: /* GENERATED WORKBENCH REQUIREMENTS */

2020-05-09T01:13:20Z

GENERATED WORKBENCH REQUIREMENTS

← Older revision		Revision as of 01:13, 9 May 2020
Line 34:		Line 34:

	* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].		* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].
	=~~GENERATED WORKBENCH REQUIREMENTS~~=		=Generated Workbench Requirements=
	*Diagram of common workbench elements:		*Diagram of common workbench elements:
	**Part library part insertions		**Part library part insertions

Marcin: /* GENERATED WORKBENCH REQUIREMENTS */

2020-05-09T00:52:08Z

GENERATED WORKBENCH REQUIREMENTS

Marcin: /* Deliverables */

2020-05-09T00:50:42Z

Deliverables

← Older revision		Revision as of 00:50, 9 May 2020
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	* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].		* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].
	**'''GENERATED WORKBENCH REQUIREMENTS~~'''~~		=GENERATED WORKBENCH REQUIREMENTS=
	***Diagram of common workbench elements:		***Diagram of common workbench elements:
	****Part library part insertions		****Part library part insertions
	****Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]		****Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]
	****Parameters for parts - to make different sizes		****Parameters for parts - to make different sizes
	****Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place.		****Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs;
	****Algorithms that modify parts automatically based on dimensions/properties of existing parts
			***Algorithms that modify parts automatically based on dimensions/properties of existing parts
	****Cut list generator		****Cut list generator
	****CAM file generator (such as corner generator in 3DP Workbench)		****CAM file generator (such as corner generator in 3DP Workbench)

Marcin: /* Deliverables */

2020-05-09T00:47:29Z

Deliverables

← Older revision		Revision as of 00:47, 9 May 2020
Line 38:		Line 38:
	****Part library part insertions		****Part library part insertions
	****Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]		****Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]
	****Parameters for parts		****Parameters for parts - to make different sizes
	****Design rules that determine how parts fit together		****Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place.
	****Algorithms that modify parts automatically based on dimensions/properties of existing parts		****Algorithms that modify parts automatically based on dimensions/properties of existing parts
	****Cut list generator		****Cut list generator

Groques: /* Existing Work */

2020-05-05T04:34:43Z

Existing Work

← Older revision		Revision as of 04:34, 5 May 2020
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	The D3D workbench was merely a start, and it so far has a frame only, but made of PVC pipe, which is not our main branch of development. Though, it's useful for anyone wanting to build with PVC.		The D3D workbench was merely a start, and it so far has a frame only, but made of PVC pipe, which is not our main branch of development. Though, it's useful for anyone wanting to build with PVC.

	This proposal is for a new branch of development related to the idea of a OSE 3D Printer FreeCAD workbench starting in early ~~2019~~.		This proposal is for a new branch of development related to the idea of a OSE 3D Printer FreeCAD workbench starting in early 2020.

	=Links=		=Links=

Marcin: /* Deliverables */

2020-05-04T04:17:03Z

Deliverables

← Older revision		Revision as of 04:17, 4 May 2020
Line 42:		Line 42:
	****Algorithms that modify parts automatically based on dimensions/properties of existing parts		****Algorithms that modify parts automatically based on dimensions/properties of existing parts
	****Cut list generator		****Cut list generator
			****CAM file generator (such as corner generator in 3DP Workbench)
			****Physical object generation algorith - documentation on how a certain part is generated, so variations can be made. For example: how is nut catcher generated in 3D printed corners, so we can increase nutcatcher size to 1/2" nuts instead of 6 mm nuts.
	****Fabrication drawing generation?		****Fabrication drawing generation?
	****Automated exploded part animations?		****Automated exploded part animations?

← Older revision		Revision as of 00:52, 9 May 2020
Line 35:		Line 35:
	* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].		* <code>ose-workbench-generator</code> to generate new workbenches with requisite files and structure needed in a single command using a project scaffolding tool like [https://github.com/cookiecutter/cookiecutter cookiecutter] or [https://yeoman.io/ yeoman].
	=GENERATED WORKBENCH REQUIREMENTS=		=GENERATED WORKBENCH REQUIREMENTS=
	***Diagram of common workbench elements:		*Diagram of common workbench elements:
	****Part library part insertions		**Part library part insertions
	****Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]		**Icons and how to design them as in [[Icon Source]] or more elegantly as done by [[JB Log]]
	****Parameters for parts - to make different sizes		**Parameters for parts - to make different sizes
	****Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs;		**Design rules that determine how parts fit together - 1st iteration of workbench - start by inserting individual parts; 2nd iteration - parametrize the parts; 3rd iteration of workbench is to put parts in right place. 4th - cut lists; 5th - CAM STLs

	***Algorithms that modify parts automatically based on dimensions/properties of existing parts		*Algorithms that modify parts automatically based on dimensions/properties of existing parts
	****Cut list generator		**Cut list generator
	****CAM file generator (such as corner generator in 3DP Workbench)		**CAM file generator (such as corner generator in 3DP Workbench)
	****Physical object generation algorith - documentation on how a certain part is generated, so variations can be made. For example: how is nut catcher generated in 3D printed corners, so we can increase nutcatcher size to 1/2" nuts instead of 6 mm nuts.		**Physical object generation algorith - documentation on how a certain part is generated, so variations can be made. For example: how is nut catcher generated in 3D printed corners, so we can increase nutcatcher size to 1/2" nuts instead of 6 mm nuts.
	****Fabrication drawing generation?		**Fabrication drawing generation?
	****Automated exploded part animations?		**Automated exploded part animations?
	***Boilerplate code for a single toolbar button and or main menu option that does something simple like creating a box		*Boilerplate code for a single toolbar button and or main menu option that does something simple like creating a box
	****Documentation on how to create more than one button		**Documentation on how to create more than one button
	***Documentation on how to create geometries and modify geometries that are inserted by part insertion toolbar buttons		*Documentation on how to create geometries and modify geometries that are inserted by part insertion toolbar buttons
	***Documentation on how to add menu bar items		*Documentation on how to add menu bar items
	***[https://help.github.com/en/github/creating-cloning-and-archiving-repositories/about-readmes README]		*[https://help.github.com/en/github/creating-cloning-and-archiving-repositories/about-readmes README]
	***[https://help.github.com/en/github/creating-cloning-and-archiving-repositories/licensing-a-repository LICENSE]		*[https://help.github.com/en/github/creating-cloning-and-archiving-repositories/licensing-a-repository LICENSE]
	***[https://help.github.com/en/github/building-a-strong-community/setting-guidelines-for-repository-contributors CONTRIBUTING]		*[https://help.github.com/en/github/building-a-strong-community/setting-guidelines-for-repository-contributors CONTRIBUTING]
	*** [https://en.wikipedia.org/wiki/Continuous_integration Continuous Integration] and [https://en.wikipedia.org/wiki/Continuous_delivery Continuous Delivery] via [https://travis-ci.org/ Travis CI]		* [https://en.wikipedia.org/wiki/Continuous_integration Continuous Integration] and [https://en.wikipedia.org/wiki/Continuous_delivery Continuous Delivery] via [https://travis-ci.org/ Travis CI]
	***Support for [https://en.wikipedia.org/wiki/Unit_testing unit tests]		*Support for [https://en.wikipedia.org/wiki/Unit_testing unit tests]
	***Support for [https://en.wikipedia.org/wiki/Documentation_generator generating documentation from source code]		*Support for [https://en.wikipedia.org/wiki/Documentation_generator generating documentation from source code]
	* <code>ose-workbench-core</code> library encapsulating functionality common to all OSE workbenches (will be within <code>ose-3d-printer-workbench</code> inside of <code>ose3dprinter.app.core</code> and <code>ose3dprinter.gui.core</code> packages, but designed to be ported out into a separate repo later)		* <code>ose-workbench-core</code> library encapsulating functionality common to all OSE workbenches (will be within <code>ose-3d-printer-workbench</code> inside of <code>ose3dprinter.app.core</code> and <code>ose3dprinter.gui.core</code> packages, but designed to be ported out into a separate repo later)