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RECORD LOCATED / 2026.09.01

Flat-then-rotate-landscape combined rule

Run the flat-pattern update before orientation and derived exports so later steps use current geometry. Work on a copy first. Record application version, units and active document/configuration. Names below identify the catalogued workflow; they do not claim a particular button layout or verified implementation.

CAD-045REV A
AI narration using Robert's voice. Flat-then-rotate-landscape combined rule / short introduction.
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A CLOSER LOOK

Update first, then choose landscape

Update first, then choose landscape. Conceptual current-flat orientation diagram.OPEN FULL SIZE ↗
Conceptual current-flat orientation diagram.Explanatory drawing based on this record
Order
Flat update before rotation/export
Rerun
Identical orientation and filenames
Failure
Stop on update failure
CLASSIFICATIONCAD
STATUSRecovered/Partial
MATERIALCAD / AUTOMATION
DISPOSITIONPUBLIC / RECOVERED/PARTIAL
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TECHNICAL NOTES///

Run the flat-pattern update before orientation and derived exports so later steps use current geometry.

PUBLIC KNOWLEDGE VIEWCAD / Scanning / Automation / how-to

GOALRun the first test described in this guide and record the result for flat-then-rotate-landscape combined rule.

PREPARATION / NOTES

Work on a copy first. Record application version, units and active document/configuration. Names below identify the catalogued workflow; they do not claim a particular button layout or verified implementation.

EQUIPMENT

  • CAD / automation tool
  • Representative test model
  • Measurement or inspection method

STEPS

  • Validate the part and save the initial active state/orientation.
  • Run flat-pattern creation/update and stop the sequence if it fails.
  • Measure the intended flat extents, choose the approved landscape orientation and apply it deterministically.
  • Refresh size properties and export, then restore any state that the workflow promises to preserve.

TROUBLESHOOTING

  • Do not continue with stale geometry after an earlier failure. Near-square parts need a stable tie-breaker to avoid alternating orientation on reruns.

THINGS TO WATCH FOR

Do not continue with stale geometry after an earlier failure. Near-square parts need a stable tie-breaker to avoid alternating orientation on reruns.

RESULTTwo runs produce identical orientation, dimensions and filenames for the unchanged part.

DEVELOPMENT HISTORY///

2026.09.01Rev A

Imported as an independent manifest record; public copy keeps uncertainty visible.

SPECIFICATION///

Tool pathCAD / automation tool
DeliverableHOW-TO
ValidationRepresentative model / known dimension
StatusRecovered/Partial

RELEASED MATERIAL///

cad-045-public-summary.txtPUBLIC SUMMARY / RECOVERED NOTES
WHERE THIS STANDS

Two runs produce identical orientation, dimensions and filenames for the unchanged part.

The record keeps what is known at this revision. Unfinished tests stay unfinished here.
RECORD CAD-045DISPOSITION / PUBLIC / RECOVERED/PARTIALBUILD 0.4.17