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Chapter 13 of 14 · Part IV · Draft web edition

A local pilot must test the complete specification handoff

A greenfield maker should buy proven components and qualify a bounded assisted workflow before increasing dependence on it.

Sections
7
Exhibits
4
Minutes
26
Sources
6
EX 52 · B4: Routine brief to held-out brief 0.9, Established to difficult construction 0.7

The cloth is woven from this chapter's 4 exhibits: each weft is one exhibit's own data, normalised; each warp group is a section. The probe reads the exhibit's own value where it crosses. Procedural visualisation, not a measurement.

The chapter as a draft: 7 sections, 3 exhibit wefts, one shuttle.

Lead exhibit · 52Decision mapillustrativeA pilot needs both routine and held-out cases
Routine brief to held-out brief →Established to difficult construction →A1A2A3A4B1B2B3B4C1C2C3C4

Read-outA1: Routine brief to held-out brief 0.1, Established to difficult construction 0.1

Method and source

GFT planning design: 12 styles = 3 families x 4 styles. Cases 1 and 2 in each family are routine approved-block variants; cases 3 and 4 are held out from prompt, template and integration adjustment. Coordinates arrange brief familiarity and construction challenge only. Product choices, permissions, materials, wearer needs and buyer conditions remain local inputs. This sample has no claimed statistical power.

Unit: illustrative case positions, not performance scores. Status: illustrative. Sources: S19, S30. Illustrative figures are teaching examples, not measured factory results.

The chapter's warpBar: share of the reading · square: an exhibit

Section 13.0 · Opening · 1 min · no exhibit of its own · one movement Go to section ↓

Overture · 1 min

A greenfield maker should procure a usable specification workflow, not a collection of impressive demonstrations. GFT's Cameroon textile programme, prepared in January 2024 with source notes refreshed in 2026, provides the adoption sequence: establish controlled records and responsible technicians, measure the manual process, then qualify a bounded partner-led generative-specification pilot. The pilot must carry the same authorised brief through concept generation, editable geometry, material and fit review, receiving-CAD readback and accountable release. It must also test failure recovery and exit. A successful image or an exported file answers only a fragment of that question. This chapter defines the product envelope, matched comparison, release conditions and evidence report needed before dependence increases. Every design is a proposed GFT control, not an account of a completed pilot, an operating factory or a realised saving.

¶ 01

13.13 min · 7 paragraphs · read with a related exhibit

The procurement unit should be a usable workflow

Buying ideation assistance, buying CAD capability, buying material services and commissioning a research integration are different decisions. Ideation assistance may help a designer explore collar or pocket alternatives. CAD capability may create and exchange editable panels. Material services may supply physical evidence and simulation inputs. A research integration may connect these activities through generated programs or structured parameters. None of them, purchased alone, establishes that the maker can release a garment. Procurement should therefore describe the complete path from an authorised brief to an accepted specification, then identify which components already work and which require qualification.

Design2GarmentCode illustrates why the distinction matters. Its research route translates multimodal design concepts into parametric pattern-making programs, making structure available for subsequent inspection.[S09] That is a useful candidate mechanism, not a procurement outcome. The buyer still needs to know who can edit the program, how deterministic checks handle invalid geometry, whether the selected material record is measured, and whether the receiving team can reopen the result. A subscription or model name cannot answer those workflow questions.

¶ 02 · 1 source

S09

GFT recommends a partner-led pilot only after approved base blocks, material records and responsible technicians exist. These prerequisites give the trial a stable reference. Without an approved block, the team cannot tell whether an unfamiliar panel is a permitted design variant or an error. Without a material identity, a visually plausible drape has no confirmed physical referent. Without a technician who owns correction and escalation, a failed output becomes an informal experiment rather than controlled evidence. The partner can supply methods and integration effort, but the maker must retain product and release authority.

¶ 03

This sequence does not imply training a foundation model from the factory's sales history. The first question is whether existing components can operate within local constraints using authorised blocks, briefs and material records. Fine-tuning, new dataset construction and bespoke model development are separate investment decisions with their own data and evaluation burdens. They should not be smuggled into a pilot whose purpose is to test a bounded handoff. Early exploration with approved public inputs can inform procurement, but it remains outside production release.

¶ 04

The procurement record should name the intended use, excluded uses and acceptance evidence for each component. For generation, retain the model and integration version, input classes, output representation and failure behaviour. For CAD, retain supported formats and the exact receiving configuration. For material services, retain the physical-to-digital identity link and measurement provenance. For integration, retain execution logs, permitted operations and the manual fallback. Unknown items stay pending. They do not become assumed capabilities because a demonstration appeared convincing.

¶ 05

A usable workflow also includes workload. The buyer should ask who prepares inputs, reviews every candidate, corrects rejected work, operates physical checks and maintains records after the partner leaves. A component that reduces drawing effort but increases unexplained review work may not improve the accepted-style outcome. Chapter 12 supplies the economic boundary. The present procurement task is narrower: make every dependency and responsibility visible before the trial begins, so the measured comparison can include the work that the demonstration omits.

¶ 06
Note

13.23 min · 7 paragraphs · 1 exhibit

The first pilot needs a deliberately narrow product envelope

Related · chapter 077 paragraphs step it

Related exhibit 27 · chapter 07Decision mapillustrativeFit assessment needs matched and deliberately mismatched cases
Small size, stronger evidenceMatched size, stronger evidenceSmall size, image onlyMatched size, image onlyChest ease (cm) →Evidence score (ordinal) →Matched digitalSmall digitalMatched physicalSmall physical

Read-outMatched digital: Chest ease (cm) 8, Evidence score (ordinal) 1. Quadrant: Matched size, image only

Method and source

Illustrative test design. Body chest is assumed as 100 cm. Matched and small garments are assumed at 108 cm and 102 cm, giving 8 cm and 2 cm ease. Evidence scores are ordinal: 1 means image-only review and 9 means dimensional, physical and activity evidence. No wearer outcome or model accuracy is asserted.

Unit: cm chest ease and illustrative evidence score. Status: illustrative. Sources: S13, S27. Illustrative figures are teaching examples, not measured factory results.

Read this exhibit in its chapter ↗
13.2 · Introduction · paragraph 1 of 7

The evaluation set should be small enough for complete technical review and varied enough to expose transfer failures. GFT proposes an illustrative planning design of 12 styles across 3 product families, with 4 styles in each family. These are deliberate teaching choices, not a statistically powered acceptance standard. The actual maker must select families for which it owns or may use the blocks, can obtain the materials, has responsible reviewers and understands the intended wearer and buyer conditions. A number alone cannot make an unsuitable product mix representative.

Each family should contain two routine cases and two held-out cases. Routine cases vary an approved block in ways the technician already understands, such as a permitted collar or pocket configuration. Held-out cases introduce a difficult but permissible combination that was not used to tune prompts, templates or integration rules. The difficulty might concern an unfamiliar feature combination, a size and grading interaction, or a material change that requires fresh physical review. It should not be an impossible brief designed to make the system fail. The purpose is to test the stated use envelope, not to create theatre.

GarmentCodeData shows why a synthetic collection does not settle this selection. Its generation process defines design distributions, body-model assumptions and quality controls that exclude inadequate samples.[S30] Those choices make the research dataset inspectable within its own domain. They do not make it a record of the maker's garments, wearers or production history. Local routine and held-out cases therefore need their own inclusion reasons, permissions and acceptance conditions. A research example can inform case design without becoming evidence of local transfer.

Exhibit 52 arranges the illustrative sample by brief familiarity and construction challenge. Family labels A, B and C preserve places for the maker's chosen products. Cases 1 and 2 are routine; cases 3 and 4 are held out from adjustment. Coordinates are layout positions, not difficulty measurements or expected scores.

The exhibit's main value is coverage discipline. An illustrative pilot containing only A1, B1 and C1 would show whether the route handles familiar work. It would say little about transfer. Conversely, a pilot containing only difficult cases would not establish whether assistance helps routine development. Each case needs a frozen brief, block and material revision, size range, permissions and intended acceptance route before work starts. If the team adjusts a held-out case after seeing the output, it should reclassify that case as development evidence and create a new independent test rather than retain a misleading label.

The case register should also record exclusions before generation. A brief without input permission may need replacement before it enters the pilot. That is a screening decision, not an assisted failure. By contrast, an authorised case whose generated program cannot be parsed is an attempted case with a generation or validation failure. Keeping those categories separate prevents procurement preparation from being confused with model performance. The final report should show both the screened pool and the evaluated set, with reasons and stable identifiers.

13.33 min · 8 paragraphs · read with a related exhibit

A matched baseline makes the test interpretable

Related · chapter 128 paragraphs step it

Related exhibit 49 · chapter 12ReconciliationillustrativeIllustrative net saving is smaller than gross sample avoidance
0500,0001,000,0001,500,0001,200,000Gross sampleavoidance-900,000Incrementalassistance300,000Net annual saving

Read-outGross sample avoidance: total 1,200,000. Running total 1,200,000 XAF per year

Method and source

Fully illustrative scenario, not a forecast or market rate. Inputs: 40 accepted styles, 3 baseline physical rounds and 2 assisted rounds per style, XAF 30,000 per round, and XAF 900,000 annual incremental assistance cost. Gross avoidance = 40 x (3 - 2) x XAF 30,000 = XAF 1,200,000. Net = XAF 1,200,000 - XAF 900,000 = XAF 300,000. Equivalent final acceptance and unchanged other costs are assumed.

Unit: XAF per year. Status: illustrative. Illustrative figures are teaching examples, not measured factory results.

Read this exhibit in its chapter ↗
13.3 · Introduction · paragraph 1 of 8

The manual and assisted paths should answer the same product question under the same acceptance conditions. Each pair needs one frozen brief, the same block and material references, the same required size range and the same physical and receiving-CAD checks. The reviewer should not demand a complete tech pack from manual work while accepting a rendered concept from assisted work. Equally, the assisted path should not receive extra procurement information or expert correction that the manual path is denied. Any necessary difference in support is part of the workflow and must be recorded as such.

NIST's AI Risk Management Framework calls for a human baseline when AI augments or replaces human activity. It also warns that controlled measurements can differ from operational settings.[S19] For this pilot, the baseline is not a generic industry lead time. It is the maker's own observed work on matched styles, with product mix and approval conditions retained. The report should preserve routine and held-out strata so a favourable average on easy variants cannot conceal weak performance on the cases that motivated qualification.

Order effects need a deliberate control. A technician who completes the manual path first may understand the brief better when starting the assisted path. A technician who sees a generated alternative first may anchor the subsequent manual design. Balancing the initial order across styles reduces the risk that one workflow systematically benefits from learning. It does not remove learning within a pair. The record should therefore retain order, elapsed time between attempts and any reused artefact. Where genuine independence is impossible, the limitation belongs in the interpretation rather than being hidden by the word matched.

The protocol should freeze model, integration and review rules before the evaluation batch. A partner may repair a broken connector, but the repair creates a new configuration whose results should not be pooled uncritically with the earlier one. Prompt or template adjustment on a routine development case is legitimate preparation. The same adjustment on a held-out evaluation case turns that case into part of development. Configuration identifiers and change dates let the reviewer reconstruct which system produced each result.

Every candidate and failed run belongs in the attempt log. Record the brief and output identifiers, model route, run status, validation outcome, expert help, correction reason and final disposition. Include runs that produce no usable image, programs that do not parse, exports that cannot be reopened and candidates abandoned after review. Selecting only visually impressive outcomes would remove precisely the review burden and technical failures the pilot must measure. NIST's generative-AI profile supports empirical capability checks, source verification and lifecycle monitoring, which reinforces the need for inspectable evidence rather than a curated demonstration.[S20]

Time capture should separate generation, technician touch time, expert assistance, queue time, physical sampling, buyer waiting and rework. A short generation event can coexist with a long approval calendar. Correction time should include diagnosis and rechecking, not only the visible edit. Partner effort supplied without an invoice still changes the resource boundary and should be identified. The aim is not stopwatch surveillance. It is to understand which activities are required to obtain an accepted specification and who performs them.

TailorCoPilot's TailorTrace research records discrete pattern states and explicit transformation operations.[S15] GFT can apply the same general principle to the pilot log: preserve the candidate, the technician's edit, the reason and the retest. This makes a manual rescue visible as work and as learning. It also prevents a corrected file from being presented as an unaided model success. The source reports a research system and user study, not a local training or productivity result, so the pilot must still observe its own corrections.

A matched comparison needs rules for missing evidence. If a timestamp fails, report the affected duration as unknown rather than replacing it with an assumption. If physical review is pending, the case has not completed the acceptance route. If a reviewer disagrees on a critical failure, retain both assessments and escalate under the release rule. These are evidence states, not inconveniences to be averaged away. The dataset should permit a reader to move from every summary value back to the case, revision and decision that produced it.

Interlude · the cloth half-woven

4 exhibits carry this chapter's argument.

Woven: sections 13.0 to 13.3Still to weave: 13.4 to 13.7

  1. 52A pilot needs both routine and held-out casesDecision map
  2. 53Expansion requires every critical handoff to passFlow
  3. 54A vendor exit test starts with retained approved artefactsRegister
  4. 55Pilot work should be sequenced by dependenciesSchedule
Hover or focus an exhibit to light its weft; select it to jump to it.
Key figures from chapter 05 · Exhibit 18Key figuressourcedAutoSew reports distinct relation and assembly metrics
  • 96.2%Total relation F1Precision 96.1%; recall 96.3%; all evaluated relations
  • 84.7%Multi-edge relation F1Precision 80.4%; recall 89.5%; multi-edge subset
  • 73.3%Error-free digital assemblyFully resolved test patterns divided by all test patterns

Read-outTotal relation F1: 96.2%. Precision 96.1%; recall 96.3%; all evaluated relations

Method and source

Sourced from AutoSew full-text sections 8.1 and 8.2. Total and multi-edge metrics concern stitch correspondences on the authors' test set. Garment sewn percentage is fully resolved test patterns divided by all test patterns. The abstract rounds total F1 to 96 percent. These are digital benchmark results, not physical sewing yield or GFT performance.

Unit: percent, with different denominators. Status: sourced. Sources: S12.

Read this exhibit in its chapter ↗

13.43 min · 8 paragraphs · 1 exhibit

Hard release conditions must be set before results are seen

The acceptance sheet should be signed before the partner presents the pilot results. GFT proposes six critical conditions: no unresolved geometry, rights, material or fit issue; every applicable required field present; receiving-CAD readback complete; and an identified release authority. These are minimum decision categories, not universal apparel tolerances. The accountable product team must add buyer-specific dimensions, permitted deviations and residual-risk decisions before testing. NIST explicitly does not prescribe an organisation's risk tolerance, so no generic AI framework score can supply the garment threshold.[S19]

A critical gate cannot be traded against a favourable average. A style with unresolved input permission is not rescued by correct panel geometry. A successful visual fit review is not rescued by, and cannot compensate for, an absent physical material record. A file that opens but loses notches or grading has not completed receiving-CAD readback. The release owner needs to see each condition independently. Composite scores would allow strong but irrelevant performance to conceal the precise reason a specification must remain on hold.

¶ 02

The team should distinguish critical release conditions from advisory improvement measures. Correction hours, candidate volume and elapsed calendar time inform value and manageability. They do not justify overriding a critical failure. Some conditions may be not applicable to a product family, but the reason must be recorded before that family is evaluated. An exception created after an unfavourable result is a change to the protocol. It needs independent review and a new decision, not silent editing of the original checklist.

¶ 03

Exhibit 53 shows the proposed route from permissions to the expansion decision. Every arrow represents a passed handoff, not an automatic transition. A failure returns to the responsible correction point with its evidence attached, while the last approved specification remains unchanged.

Exhibit 53FlowillustrativeExpansion requires every critical handoff to pass
AuthorisedinputsMatchedbaselineGeneratedcandidateDeterministicchecksTechnicianreviewMaterial andfit checksReceiving-CADreadbackReleasedecision

Read-outAuthorised inputs. Starting point. Leads to Matched baseline (Pass).

Method and source

GFT proposed qualification route informed by NIST contextual evaluation and lifecycle monitoring, plus vendor-documented CAD exchange controls. Arrows show required pass conditions. A failure returns to the relevant owner; it does not advance. Physical material and fit requirements are product-specific. No threshold, local result or automatic scale-up is asserted.

Unit: illustrative evidence and decision sequence. Status: illustrative. Sources: S19, S20, S22. Illustrative figures are teaching examples, not measured factory results.

The flow also clarifies where evidence originates. Deterministic checks can detect defined schema or geometry failures, but they cannot establish cultural permission, buyer intent or physical comfort. Technician review can correct a pattern, but the correction must be logged rather than credited to generation. Physical checks can support material and fit acceptance within stated conditions, but they do not prove CAD exchange. Readback closes the information route, after which the accountable role decides whether the complete record permits release.

¶ 01

CLO's documentation lists Standard DXF, AAMA and ASTM options and controls for units, grading, notches, seam allowance and cutting or sewing lines.[S22] Those options make an exchange agreement concrete. They do not establish interoperability between the pilot's actual systems. The acceptance sheet should name the source and receiving releases, format, unit, size group and annotation conventions. The reviewer should compare reopened dimensions and required annotations with the approved source, recording pass, fail or a reasoned technician exception.

¶ 02 · 1 source

S22

An exception needs boundaries. It should identify the affected field or feature, why the difference is acceptable, who approved it and whether the same exception may recur. Repeated manual repair of the same exchange defect is not a collection of independent passes. It is evidence of an unresolved workflow limitation. The pilot report should group such exceptions by cause and include the effort required to keep the route usable.

¶ 03

Release authority should remain explicit even when roles are combined in a small team. The person operating the model may also prepare a specification, but a separate review or documented compensating check should protect the critical decision. A partner can recommend, never self-authorise, production use. The final state should distinguish draft, technically reviewed, sample approved and released for the intended downstream purpose. No generated document should enter cutting merely because it has a complete filename or a polished cover.

¶ 04

13.52 min · 6 paragraphs · read with a related exhibit

Connectivity failures must preserve the approved work

The programme treats power and network reliability as design constraints, so the pilot should test degradation rather than assume continuous service. That programme statement is not a measurement of factory outages. Household electricity access and national internet use would not fill the evidence gap because they describe different boundaries. The local trial needs its own controlled interruption records and, later, operating observations from the intended site. Wider power and network architecture belongs to companion papers; this chapter concerns continuity of the specification handoff.

GFT recommends durable local copies of approved patterns, material records, tech packs and release histories. A controlled local repository should identify revision, approval state and the file or record digest used for integrity checking. The team must be able to open the last authorised specification without contacting the model provider. Read access alone is insufficient if the technician cannot continue a permitted manual edit, export through the qualified route or reconstruct why a revision was approved.

¶ 02

The recovery design should distinguish four interruption points: before input upload, during generation, after generation but before local validation, and during export or receiving-CAD readback. At each point, the record should show which artefacts exist locally, which external state is uncertain and what action is safe. A repeated submission after a timeout may create duplicate candidates or ambiguous revisions. A resumable transfer needs an attempt identifier and reconciliation rule, not merely a retry button.

¶ 03

A controlled recovery rehearsal can begin with an authorised style whose approved artefacts are already retained locally. The future pilot team should interrupt the external route at a planned step, verify that no unapproved candidate enters the release folder, reopen the last approved pattern and continue the manual path. When service resumes, the team should reconcile queued requests, model and integration versions, output identifiers and successor revisions before accepting any new candidate. The test result should record lost work, duplicates, unresolved states and reviewer actions without assigning invented recovery-time targets.

¶ 04

Version checks prevent a recovered service from silently changing the evaluation. If the provider model, connector or validation library changes during interruption, subsequent attempts belong to a new configuration until the impact is reviewed. NIST's generative-AI profile identifies value-chain and component-integration risks and supports lifecycle monitoring.[S20] For the maker, the practical response is to bind each output to the exact route that produced it and to rerun retained cases when a relevant component changes.

¶ 05 · 1 source

S20

The manual fallback should preserve quality rather than create an emergency bypass. Core orders continue under the existing release rules, with the same physical checks and buyer approvals. Pilot work can pause when its evidence cannot be completed. Local continuity does not require running a foundation model on site, nor does it require owning every component. It requires the approved work, editable tools and decision records needed to operate without the unqualified dependency. That is the resilience condition procurement should test.

¶ 06

13.62 min · 7 paragraphs · 1 exhibit

Buyers should retain exit and data-portability options

Exit is a workflow test, not a contractual slogan. The buyer should be able to retrieve approved geometry, grading, material links, artwork, construction instructions, configuration records and decision history in forms its own team can use. A compressed folder of proprietary files may satisfy a superficial export requirement while leaving the maker unable to reconstruct a garment. Portability therefore needs reopen evidence, semantic checks and an identified receiving owner for each artefact class.

The exit rehearsal should use retained approved work before dependence deepens. A reviewer receives the export in a controlled local environment, opens each artefact with the intended alternative or manual route, and compares required content with the release record. The team documents missing fields, unsupported features, conversion effort and any permission or retention constraint. This rehearsal does not require cancelling a service or executing a migration. It establishes whether the approved work remains usable if the relationship or component changes.

¶ 02

Exhibit 54 defines the proposed evidence pack. The entries are acceptance requirements to be rehearsed, not claims that a vendor currently supplies every format or that this lane has completed an export. CLO's documentation supports the need to specify DXF options and inspect the receiving result; it does not demonstrate this particular exit route.[S22]

¶ 03 · 1 sourceExhibit 54

S22

Exhibit 54RegisterillustrativeA vendor exit test starts with retained approved artefacts
Artefact
Base pattern
Required retained form
Editable source and agreed DXF
Reopen and reconciliation test
Compare panels, units and boundaries
Owner
Pattern technician

Read-outArtefact: Base pattern. Required retained form: Editable source and agreed DXF. Reopen and reconciliation test: Compare panels, units and boundaries. Owner: Pattern technician

Open the full register (7 rows)
Base patternEditable source and agreed DXFCompare panels, units and boundariesPattern technician
GradingSize group and rule recordsCheck sizes, notches and key measuresPattern technician
MaterialIDs, evidence and presetsRelink swatch, test record and revisionMaterial reviewer
ArtworkAuthorised source and repeat dataCheck scale, placement and permissionDesign and rights
ConstructionTech pack, BOM and instructionsResolve applicable required fieldsSpecification owner
Decision historyStates, edits and approvalsReconstruct release and correction reasonsRelease authority
ConfigurationModel, connector and run recordsIdentify version and retained test routeDigital owner
Method and source

GFT proposed exit evidence. Formats and receiving tools must be agreed with the actual buyer and partner. Reopen tests compare required content with the approved revision, not merely file presence. DXF documentation supports pattern-exchange fields only. No provider migration, deletion, purchase or completed local readback is claimed.

Unit: illustrative portability acceptance contract. Status: illustrative. Sources: S15, S20, S22. Illustrative figures are teaching examples, not measured factory results.

Pattern and grading checks should compare meaning as well as coordinates. Units, panel identities, cut quantities, seam relationships, notches and size rules need to resolve to the same approved revision. Where the receiving system cannot preserve a feature, the exit record should identify the loss and the controlled reconstruction method. A technician's manual repair is a portability cost and a limitation. It should not be hidden by marking the file transfer successful.

¶ 01

Material and artwork portability requires links to evidence, not just embedded names. A material preset detached from its physical swatch and measurement record cannot support the same release decision. Artwork needs its authorised source, repeat geometry, placement and permission scope. If a service cannot export a generated intermediate representation, the buyer should know whether the remaining editable CAD and source records are sufficient for continued work. That answer depends on the intended future route, not on the quantity of downloaded files.

¶ 02

Decision and configuration history allow a new team to distinguish an approved correction from an unreviewed model output. TailorTrace illustrates the value of explicit pattern states and operation sequences in a research setting.[S15] GFT's exit contract extends the requirement across approvals and component versions. The record should retain who accepted each critical condition, which revision they saw and what later change would reopen their decision. Access controls and retention limits still apply; portability does not justify unrestricted copying of sensitive inputs.

¶ 03 · 1 source

S15

Commercial review should cover export assistance, format limits, retention, deletion, support after termination and the treatment of uploaded content under the actual agreement. Those terms require current documents and jurisdiction-specific review where necessary. This chapter does not infer them from a product demonstration. The buyer's practical objective is narrower and testable: preserve an authorised manual route, reconstruct accepted specifications and avoid discovering irreplaceable records only after the service becomes unavailable.

¶ 04

13.73 min · 10 paragraphs · 1 exhibit

The pilot report must distinguish observed results from pending work

Step 1 of 6Prerequisites and protocol

Exhibit 55 · illustrativePilot work should be sequenced by dependencies

0246Prerequisites and protocolMatched manual baselineAssisted case attemptsMaterial and fit checksReadback and exit rehearsalEvidence review and decision
0246Prerequisites and pr…Matched manual basel…Assisted case attemp…Material and fit che…Readback and exit re…Evidence review and…

Prerequisites and protocol

Prerequisites and protocol: from 0 to 1 (illustrative dependency positions, not elapsed time) · illustrative

The report should let a decision-maker reconstruct what happened without attending the demonstration.

Matched manual baseline

Matched manual baseline: from 1 to 2 (illustrative dependency positions, not elapsed time) · illustrative

Assisted case attempts

Assisted case attempts: from 2 to 3 (illustrative dependency positions, not elapsed time) · illustrative

Material and fit checks

Material and fit checks: from 3 to 4 (illustrative dependency positions, not elapsed time) · illustrative

Readback and exit rehearsal

Readback and exit rehearsal: from 4 to 5 (illustrative dependency positions, not elapsed time) · illustrative

Evidence review and decision

Evidence review and decision: from 5 to 6 (illustrative dependency positions, not elapsed time) · illustrative

Method and source · Exhibit 55

GFT proposed sequence. Prerequisites include authorised inputs, approved blocks, material records, technicians and a frozen protocol. Baseline and assisted work use matched conditions. Physical checks and receiving-CAD readback depend on suitable candidates. Numeric positions show order only; team capacity, durations and calendar dates are unknown. Review can stop, repair or bound expansion.

Unit: illustrative dependency positions, not elapsed time. Status: illustrative. Sources: S19, S20, S22. Illustrative figures are teaching examples, not measured factory results.

13.7 · the bodyExhibit 55 above; its figures are illustrative where marked.

The report should let a decision-maker reconstruct what happened without attending the demonstration. It should begin with the protocol actually executed, including product envelope, case selection, matched pairs, model and integration versions, reviewer roles, gate sheet and deviations. A deviation is not automatically fatal. It must be visible enough for the reader to judge its effect. The report should separate cases screened before generation, attempted workflows, completed evaluations and records still pending.

Per-case outcomes come before aggregate ratios. Each style should show routine or held-out status, manual and assisted order, candidate and revision identifiers, critical-gate results, physical checks, CAD readback, release state and unresolved issues. Summary measures then use explicit denominators from those records. An unattempted readback is a coverage gap, not a pass. An unevaluated fit sample is pending, not a rejection. A missing duration is unknown, not zero. These distinctions prevent administrative completion from masquerading as technical acceptance.

¶ 02

Quality results should retain failure taxonomy and correction effort. Parsing, deterministic validation, technician correction, simulated assembly, physical sampling and receiving-CAD review are different events. The report should identify where each failure occurred, what evidence supported diagnosis, who corrected it and whether the retest passed. NIST's generative-AI profile calls for empirical capability checks and monitoring across the lifecycle.[S20] A local report honours that principle by preserving negative results and configuration changes rather than presenting only the final corrected garment.

¶ 03 · 1 source

S20

Time and cost should follow the chapter 12 model and the same accepted-style boundary. Include input preparation, generation, review, correction, expert help, integration, physical samples, logistics and repeat failures. State whether partner effort was donated, included in a quotation or absorbed by another activity. Report touch time separately from queue and waiting time. The pilot can support a downside case using observed inputs; it cannot promise savings from avoided samples unless the same final acceptance was retained and all changed costs were counted.

¶ 04

The review should also state what the sample cannot establish. Twelve selected styles, if that illustrative plan is used, would provide bounded case evidence rather than a universal success rate or a statistically powered estimate for all garments. Routine results would not qualify held-out families. A passed fabric and size range would not qualify new materials or wearers. A single model configuration would not establish performance after an update. Generalisation requires new evidence at the boundary that changes.

¶ 05

Exhibit 55 sequences the work by prerequisites. Numeric positions show dependency order only. They are not weeks, durations or resource commitments, and the physical and readback stages should not begin with unapproved candidates merely to protect a planned date.

The sequence contains return paths even though the exhibit shows the forward dependency chain. A missing permission returns the case to screening. A geometry failure returns it to technical correction. A material failure reopens procurement and physical review. A readback failure reopens exchange configuration. Each return retains the failed attempt and prevents the case from being counted as complete. A revised protocol or component may also require earlier cases to be labelled with their original configuration rather than pooled into one conclusion.

¶ 07

The final decision should be one of stop, repair, hold or bounded expansion. Stop is appropriate when a critical failure makes the route unacceptable, permissions cannot be resolved, or the manual fallback cannot be preserved. Repair applies when an identified defect has a feasible correction and a defined retest. Hold applies when evidence is insufficient or buyer conditions remain unresolved. Bounded expansion is available only when every critical gate passes, the observed workload and downside economics are acceptable, and the authorised envelope is explicit.

¶ 08

Bounded expansion should name the product families, blocks, size range, materials, permissions, model and integration versions, CAD route and retained human checks covered by the evidence. It should assign owners for monitoring and define which change reopens qualification. Additional volume inside that envelope is a different decision from adding new families or removing physical review. The report should record both the permitted next step and the evidence that would reverse it.

¶ 09

Procurement closes the loop by comparing the observed route with the original purchase specification. Components that passed remain candidates for controlled use. Components that failed return to correction or rejection. Pending claims stay pending. The result is a qualified operating boundary rather than a declaration that generative design works everywhere. No local result is supplied by this chapter, and no investment, legal or tax conclusion follows from the proposed protocol.

¶ 10

Check the record

The chapter keeps its sources within reach.

Every knot is a source this chapter cites; select one to read its record, or filter the register by grade. Publication dates and inherited-source limits stay explicit. Read the paper's full evidence summary.

6 sources · 17 citation marks on this pageMost cited: S20, 4 times

Grade AGrade BGrade CKnot size: citations on this page

All 6 records shown

c13-S09 · Grade B

Authors via arXiv; CVPR 2025

Design2GarmentCode: Turning Design Concepts to Tangible Garments Through Program Synthesis

Sewing patterns, the essential blueprints for fabric cutting and tailoring, act as a crucial bridge between design concepts and producible garments.

2024-12-11. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.

Open the recorded source ↗
Chapter source notes

S09 Authors via arXiv; CVPR 2025. 2024-12-11.

S30 Authors via arXiv; ECCV 2024. 2024-05-27.

S19 National Institute of Standards and Technology. 2023-01-26.

S20 National Institute of Standards and Technology. 2024-07-26.

S15 Authors via arXiv; UIST 2026 listed. 2026-08-26.

S22 CLO Virtual Fashion. 2026-07-15.

Keep the thread · chapter 13 of 14

Chapter 14 picks up the thread.

Move the shuttle along the rack to preview any chapter: its sections, exhibits and reading time. Draft web edition. This research is not investment, legal or tax advice; illustrative models are not measured factory results.

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14Part IV: GFT should scale only what passes its gates

GFT should scale measured readiness rather than generated output

Adopt creative assistance conditionally, preserve production authority and expand only when the specification workflow demonstrates value.

  • 14.1The programme should retain its staged sequence
  • 14.2Setup should build reusable records and decisions
  • 14.3Launch should establish the operational baseline
  • 14.4Scale should prepare a bounded partner evaluation
Reading time
24 min
Exhibits
4
Sections
7
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