Iconic CAD Workflow Example: Difference between revisions

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= Iconic CAD Workflow for Wall Modules =
= Iconic CAD Workflow for Wall Modules =


# '''Author wall family schema'''. Start with human language for a ChatGPT prompt. This prompt, initially, includes geometry parameters. Then it includes ports (interfaces). Then it includes build procedure information. Then it includes materials information - all materials are delineated. . Materials information includes sourcing via web links. Tolerance requirements. Quality Control points.
# '''Author wall family schema'''. Start with human language for a ChatGPT prompt. This prompt, initially, includes geometry parameters. Then it includes ports (interfaces). Then it includes build procedure information. Then it includes materials information - all materials are delineated. . Materials information includes sourcing via web links. Quality Control points including dimensional tolerance.
# Run syntactic validator
# Run syntactic validator
# Run semantic validator
# Run semantic validator
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=Authoring a Wall Family Schema=
=Authoring a Wall Family Schema=
(based on former design at [https://chatgpt.com/share/69706dec-54ac-8010-a171-74eb64954e9a] but only for wall)


'''Design schema:''' Ok, let's do wall modules, 4'x9' (wide x height) using 2x6 lumber or 2x4 lumber, which is selectable. In fact, and dimension lumber is selectable from 2x2 to 2x12 lumber. Schema allows me to do 16" or 24" on center. These have 7/16" OSB on one side - the outside. Orientation is given so that 'house faces south' - ie, if you generate the module, the exterior is south, and therefore . This schema allows me to choose module width, and module height as well. Sheets of OSB come in 8 foot lengths, but 9 foot and 10 foot lengths can also be used as standards. Module width is 4' nominal, but can be selected to be lower or larger up to 8'. For a height of 9' or less it uses a single sheet of 9' osb.   In this schema, allow me to choose a window module - where any window module has a haeder made of 2 pieces of 2x12 lumber nailed together as a flush-built header biased to one face of the wall. Here I can select the window rough opening size (height and width). The schema fills in the correct jack studs, cripples. For doors, i select the right rough in opening size, and height, and it gives me the correct header, cripples, spacers if needed. For doors, modules are 4' wide only (unless it is double doors such as french doors) - and the door is centered in the module.
'''Design schema:''' Ok, let's do wall modules, 4'x9' (wide x height) using 2x6 lumber or 2x4 lumber, which is selectable. In fact, and dimension lumber is selectable from 2x2 to 2x12 lumber. Schema allows me to do 16" or 24" on center. These have 7/16" OSB on one side - the outside. Orientation is given so that 'house faces south' - ie, if you generate the module, the exterior is south, and therefore . This schema allows me to choose module width, and module height as well. Sheets of OSB come in 8 foot lengths, but 9 foot and 10 foot lengths can also be used as standards. Module width is 4' nominal, but can be selected to be lower or larger up to 8'. For a height of 9' or less it uses a single sheet of 9' osb.


'''Fabrication Schema:'''  From which partial OSB  heights and widths can be cut. For anything over 10', we use 8' OBS + whatever more we need - because 8' is easiest to source.
'''Fabrication Schema:'''  From which partial OSB  heights and widths can be cut. For anything over 10', we use 8' OSB + whatever more we need - because 8' is easiest to source. For materials, if wall modules are 8, 9, or 10' - use OSB in these dimensions but use precut studs, in which case the OSB is 3/8" longer than the resulting module. In the design of 8, 9, or 10 foot modules, the extra OSB should face up so that panels can be stood on a flat bottom. Do not cut this material off, as cutting is not needed. With moduel


'''Materials Schema:''' Lumber: anuthing from 2x2 to 2x12 lumber, with lengths from 4' to 20'. OSB sheets, 7/16" is the standard. Can also use 1/2", 5/8", and 3/4" OSB.


'''Sourcing Schema:''' For every material used, we have a like to the best source on the web, + as many other links as needed.
'''Materials Schema:''' Lumber: anything from 2x2 to 2x12 lumber, with lengths from 4' to 20'. OSB sheets, 7/16" is the standard. Can also use 1/2", 5/8", and 3/4" OSB.
 
'''Fastener Schema:''' For fasteners, we use 3-1/4" ring shank nails as standard for the wood, and 2-3/8" nails for OSB. Fastener schedule is 6" on perimeter and 12" in the field.
 
'''Sourcing Schema:''' For every material used, we have a link to the best source on the web, + as many other links as needed.
 
'''Quality Control + Tolerance Schema:''' Tolerance is +/- 1/8" off the stock edge of OSB, and 1/8" from the desired length and width of module. No dimensional tolerance on the panel thicknesss because dimensional lumber is used.


'''Optimization Schema:'''
'''Optimization Schema:'''

Latest revision as of 00:48, 10 March 2026

Iconic CAD Workflow for Wall Modules

  1. Author wall family schema. Start with human language for a ChatGPT prompt. This prompt, initially, includes geometry parameters. Then it includes ports (interfaces). Then it includes build procedure information. Then it includes materials information - all materials are delineated. . Materials information includes sourcing via web links. Quality Control points including dimensional tolerance.
  2. Run syntactic validator
  3. Run semantic validator
  4. Compile batch of wall modules
  5. Publish module CAD + icon library
  6. Arrange icons in graphics tool
  7. Export to SVG
  8. Normalize SVG
  9. Parse icon positions, IDs, rotations, adjacency
  10. Run assembly syntax validator
  11. Run assembly semantic validator
  12. Compile full CAD assembly
  13. Run post-processing
  14. Export BOM, cut list, and reports

Authoring a Wall Family Schema

(based on former design at [1] but only for wall)

Design schema: Ok, let's do wall modules, 4'x9' (wide x height) using 2x6 lumber or 2x4 lumber, which is selectable. In fact, and dimension lumber is selectable from 2x2 to 2x12 lumber. Schema allows me to do 16" or 24" on center. These have 7/16" OSB on one side - the outside. Orientation is given so that 'house faces south' - ie, if you generate the module, the exterior is south, and therefore . This schema allows me to choose module width, and module height as well. Sheets of OSB come in 8 foot lengths, but 9 foot and 10 foot lengths can also be used as standards. Module width is 4' nominal, but can be selected to be lower or larger up to 8'. For a height of 9' or less it uses a single sheet of 9' osb.

Fabrication Schema: From which partial OSB heights and widths can be cut. For anything over 10', we use 8' OSB + whatever more we need - because 8' is easiest to source. For materials, if wall modules are 8, 9, or 10' - use OSB in these dimensions but use precut studs, in which case the OSB is 3/8" longer than the resulting module. In the design of 8, 9, or 10 foot modules, the extra OSB should face up so that panels can be stood on a flat bottom. Do not cut this material off, as cutting is not needed. With moduel


Materials Schema: Lumber: anything from 2x2 to 2x12 lumber, with lengths from 4' to 20'. OSB sheets, 7/16" is the standard. Can also use 1/2", 5/8", and 3/4" OSB.

Fastener Schema: For fasteners, we use 3-1/4" ring shank nails as standard for the wood, and 2-3/8" nails for OSB. Fastener schedule is 6" on perimeter and 12" in the field.

Sourcing Schema: For every material used, we have a link to the best source on the web, + as many other links as needed.

Quality Control + Tolerance Schema: Tolerance is +/- 1/8" off the stock edge of OSB, and 1/8" from the desired length and width of module. No dimensional tolerance on the panel thicknesss because dimensional lumber is used.

Optimization Schema: