#Temporal Claim Adequacy: State Readings, Temporal Trends, and Intervention-Sensitive Temporal Change

C.27 · Cluster C.IV - Composite & Macro-Scale · Stable · Claim-adequacy pattern · Normative unless marked informative · Part C - Kernel Extension Specifications

#About this pattern

This is a generated FPF pattern page projected from the published FPF source. It is canonical FPF content for this ID; it is not a FPF Reference product feature page.

#How to use this pattern

Read the ID, status, type, and normativity first. Use the content for exact wording, the relations for adjacent concepts, and citations to keep active work grounded without pasting the whole specification.

Type: Claim-adequacy pattern Status: Stable Normativity: Normative unless marked informative

Plain-name. Temporal claim adequacy.

Primary EntityOfConcern. C.27 concerns authored temporal claims: prose, plans, benchmark lines, dashboards, method notes, promises, or explanations that treat state, rate, rhythm, recovery, braking, coasting, redirection, stabilization, or rate-change as sufficient for some practical use.

Use this pattern when a claim about speed, rhythm, throughput, recovery, convergence, rollout, adoption, braking, coasting, redirection, or stabilization is being used to change action and therefore must name the temporal reading, effort or intervention, window, resistance or cost, evidence relation or assumption relation, supported use, unsupported use, and reopen condition.

Do not use this pattern when the wording is ordinary prose, a positive temporal aspect with no adequacy question, a state reading or rate reading whose measurement construction is enough, a formal U.Dynamics model, an actual work trace, a benchmark harness, a service promise, a quality judgement, or a residual quantum-like probe case without an intervention-sensitive temporal claim.

C.27 in 60 seconds. A trend is not yet an intervention model. Use C.27 only if:

1. temporal wording is used to justify action, comparison, budget, gate, promise, assurance, or an explicit relation to another FPF pattern;
2. the difference between state, rate, and rate-change changes supported use;
3. a small card can name the temporal reading or bearer, intervention, window, resistance or cost, evidence relation or assumption relation, supported use, and unsupported downstream claim, effect, use, or reopen trigger.

For local diagnosis or planning, C.27 usually ends with one Dyn2TemporalClaimAdequacyCard. Plain references are enough while the use stays local. Boundary-crossing use can require a Dyn2TemporalClaimProfile, but the profile remains a pattern-local authored temporal-claim adequacy record, not the dynamic system, not the work trace, not a publication role, and not the default output.

Split boundaries. Use C.27.TA to name positive temporal aspects such as time window, freshness, cadence, rhythm, trajectory, recovery timing, stabilization timing, effort over time, inertia, or refresh condition. Use A.3.4 when the question under repair is the bounded transformation itself. C.27 may judge an authored temporal claim about a transformation, but it does not identify the U.Transformation value, supply its slot relation, or turn a temporal reading into evidence, permission, or work.

Description and support discipline. The described system, work, practice, method, service, or benchmark is not the C.27 record. A Dyn2TemporalClaimAdequacyCard or Dyn2TemporalClaimProfile is an authored description of temporal-claim adequacy; a document, table, page, report, or card may carry that description. supportedUse and unsupportedUse state the pragmatic reach of that authored temporal-claim description. Use an evidence relation, model assumption, source-use reference, planning assumption, or named FPF pattern relation for the reason a reading is credible; do not let bare "support" do hidden ontology work.

#Keywords

• temporal claim adequacy
• temporal claim
• state reading
• rate reading
• temporal trend
• rate-change
• intervention-sensitive temporal change
• effort window
• resistance/inertia
• rhythm/cadence
• throughput
• recovery
• braking
• coasting
• stabilization
• dynamic benchmark.

#Relations

#Content

#Problem frame

#Causal-use boundary

C.27 can say that a temporal claim is dynamic, intervention-sensitive, rate-sensitive, inertia-sensitive, braking-sensitive, coasting-sensitive, or rhythm-sensitive. When the temporal claim already depends on a causal-use question, causalInterventionSpecRef, comparator or counterfactual, estimand, assignment or intervention window, causal follow-up window, outcome measure, causalAssumptionSetRef, rivalCauseSetRef, identification strategy, counterfactual-sampling realizability claim, CausalUseEvidenceDesignRecord, supported causal use, or unsupported causal use, cite C.28 as the governing causal-use source.

What changes in practice: a sentence such as "this effort changes adoption speed" may remain a Dyn2 temporal claim, but "this intervention causes adoption speed to improve" must also declare its C.28 causal-use class, supported causal use, and unsupported causal use.

What this does not authorize: C.27 does not estimate causal effects, certify counterfactual comparisons, or judge counterfactual sampling realizability; it keeps temporal claim adequacy, rate-change, effort, inertia, rhythm, braking, coasting, and intervention-sensitive temporal wording.

FPF already has established constructs and patterns for time, work, resources, measurement, CharacteristicSpace, dynamics laws, planning, publication, and quantum-like probe and frame issues. What is missing is a cheap claim-adequacy lens for authored temporal claims when a state or rate reading is used as if it supplied the evidence relation, assumption relation, or pattern relation for a rate-change, rhythm-change, regime-change, braking, coasting, redirection, recovery, or stabilization claim.

The first-minute working situation is simple: a manager, method author, researcher, operator, or agentic-tool planner says that something should speed up, slow down, converge faster, recover sooner, sustain rhythm, improve throughput, accelerate learning, brake risk, or redirect effort. FPF should help the reader ask whether the claim is only a state reading, only a rate or trajectory reading, or an intervention-sensitive claim about changing a rate under effort, resistance, rhythm, feedback, constraint, or cost.

What goes wrong if missed: the text measures or names a rate and then behaves as if it knows how to change that rate. This produces speed-only management, benchmark theater, hidden promises, causal overclaim, effort-free acceleration, rhythm-as-vibe, and false QL relevance.

The intended FPF gain is not "add physics metaphors". The gain is a compact thinking-and-action discipline for cases where speed talk hides effort, timing, resistance, evidence, scale, reversibility, and supported use.

Anti-case: if a phrase uses speed or rhythm only as ordinary explanatory prose, or if a state or rate reading is enough for the use, C.27 should be easy not to use.

Use C.27 because it gives a working reader a useful pause before acting on speed talk. The intended use is not to formalize every temporal sentence. The intended use is to stop a small set of expensive mistakes:

• a rate is measured and then treated as if the intervention mechanism is known;
• visible throughput improves while hidden queues, rework, quality loss, or burnout worsen;
• a past slope is treated as a future control model;
• a local rate-change is projected across scale without aggregation relation or evidence;
• rhythm or cadence is used as a vibe label with no bearer, timing reference, window, proxy relation, evidence relation, or supported use;
• a planning note becomes a C.28-governed causal-use claim, benchmark result, service promise, or assurance claim;
• quantum-like modeling is treated as relevant merely because the text contains discreteness, types, probes, tokens, or state-space wording.

The positive reader use compact is short:

1. If the statement is only a state reading, use the ordinary state relation or evidence relation.
2. If the statement is only a rate or trajectory reading, use measurement and sampling-window discipline.
3. If the statement claims that effort, policy, input, rhythm, constraint, or resistance changes the rate, use the least-committing C.27 record that changes supported use.
4. If the claim crosses the local working boundary into comparison, benchmark, publication, gate, assurance, public promise, durable rationale, reusable method, formal use, control use, prediction use, or cross-context transfer, strengthen the C.27 record and name the existing patterns that carry the specialist claim questions. Local decision-use can often remain a Dyn2TemporalClaimAdequacyCard.

This is the central anti-bureaucracy invariant: no C.27 record unless the Dyn0, Dyn1, and Dyn2 distinction changes interpretation, decision-use, evidence relation, resource allocation, benchmark reading, supported use, or reopen trigger.

Dyn2-Affordability: a correct C.27 use leaves less work behind than the ambiguity would have caused. If applying C.27 creates more work than the temporal distinction changes, stop.

At the point of use, the C.27 question is concrete. Before adding a C.27 record, recover:

• what rate, rhythm, trajectory, regime, or stability claim is in play;
• whether the text is reading state, reading rate, or claiming rate-change;
• what effort, input, policy, method, intervention actor reference, role assignment, or resource envelope is supposed to change the temporal behavior;
• what resists, delays, stores momentum, introduces lag, or makes reversal costly;
• what evidence, trace, assumption, model, or diagnostic judgement supplies the reason for the reading;
• what use the claim can carry and what downstream claim, effect, or use remains unsupported;
• when the simplified reading should reopen, downgrade, or cite the fuller FPF pattern that governs the other question.

The pattern buys practical action, not a vocabulary test. A person can explain the check as: "A trend is not yet an intervention model; show the effort, window, resistance, use, and reopen condition, or keep the claim narrower."

Some useful temporal observations arrive before they can carry a claim:

• the team may not only be slow; it may be unable to brake;
• the problem may not be throughput but rhythm mismatch;
• a metric may improve while operations-service demand accumulates;
• "the process sped up" may hide orders, invoices, shipments, service tickets, PRs, tests, and deployments moving through different event traces and interaction windows;
• more tool calls may accelerate activity traces without accelerating reasoning or repair.

These are temporal-claim adequacy cues, not C.27 records. C.27 should preserve their cue-only disposition. When the reader suspects a hidden Dyn2 claim question but cannot yet state temporal reading or bearer, intervention, window, resistance or cost, evidence relation or assumption relation, and supported use, the correct output is a partly-said material cue held through A.16, A.16.1, B.4.1, or B.5.2.0; it becomes a C.27 record only after the rate-change, rhythm-change, braking, coasting, recovery, stabilization, or intervention claim is explicit enough to name the card minimum.

If the question under repair is not temporal-claim adequacy, use the pattern that carries that question: C.16 for measurement, C.26 for residual QL cue, E.17.AUD for publication-unit stability, or viability or assurance patterns when the observation lacks the evidence, witness, or currentness relation needed for the viability or assurance boundary claim.

#Problem

C.27 governs the adequacy of intervention-sensitive temporal claims.

C.27 does not govern:

• transition laws or reusable dynamics models, which A.3.3 U.Dynamics carries;
• state-space or coordinate construction, which A.19 and C.16 carry;
• measurement construction, measurement comparability, evidence construction, provenance, assurance claim, or evidence decay, which C.16, A.10, B.3, B.3.4, and G.6 carry as applicable;
• work actuals and resource burn, which U.Work and Gamma_work carry;
• planning structures and authorized work, which U.WorkPlan, U.MethodDescription, C.24, and relevant planning patterns carry;
• autonomy-budget declarations, guard checks, ledgers, depletion, pause or resume, or freedom-of-action governance, which E.16 carries;
• state-change or evolution loops and language-state movement, which A.4, B.4, A.16, and B.4.1 carry;
• C.28-governed causal-use claim, which C.28 carries, or evaluation and evidence claim, which the relevant evaluation and evidence patterns carry;
• metric proxy and value substitution, which E.13 carries;
• service promises, agreement text, SLA-like statements, release gates, public commitments, and service-acceptance bindings, which A.2.3, A.2.8, A.2.9, A.6.C, F.12, and assurance patterns carry;
• benchmark harnesses, which G.9 carries;
• dashboard time-series, telemetry pins, path and slice publication, pack shipping, discipline-health slots, and refresh orchestration, which C.21, G.12, G.6, G.10, and G.11 carry;
• selector publication roles, which G.5 carries only when a concrete selector-publication case consumes a dynamic benchmark result;
• quantum-like probe, frame, export, or coarsening residues, which C.26 carries;
• publication roles, MVPK faces, primary EntityOfConcern values of related FPF patterns, or Kernel U.* kinds.

Dynamic-order labels are pattern-local claim classifications, not FPF kinds. C.27 does not mint U.Force, U.Mass, U.Acceleration, U.Rhythm, U.Practice, or U.SecondOrderProcess.

FPF gains a compact discipline for claims that otherwise hide behind words such as speed, agility, throughput, adoption, rhythm, velocity, convergence, debugging speed, service recovery, faster improvement, acceleration, braking, redirection, or cadence.

The main failure to prevent is:

A text measures or names a rate and then behaves as if it knows how to change that rate.

C.27 should make three distinctions cheap:

• Dyn0: state or snapshot reading;
• Dyn1: rate, trend, trajectory, flow, throughput, tempo, or cadence reading;
• Dyn2: intervention-sensitive temporal reading: rate-change, regime transition, braking, redirection, coasting, pause, stabilization, rhythm fit, effort profile, resistance, inertia, policy effect, feedback, uncertainty, or constraint handling.

C.27 protects against the managerial speed cult. Faster is not the default value. Braking, pausing, stabilizing, redirecting, coasting, delaying, widening before narrowing, or slowing rollout can be the correct C.27 outcome.

Local temporal-value boundary:

C.27 can classify the temporal move. It does not decide that acceleration, braking, stabilization, coasting, recovery, convergence, or release speed is valuable. The FPF patterns for value alignment, assurance, promise, ethics, safety, legal, proxy, or audit concerns carry value, utility, constraint fit, harm, promise impact, and proxy distortion.

This boundary applies to claims such as "faster onboarding is better", "more throughput is better", "faster convergence is better", or "rapid release is our goal". C.27 may make the temporal claim adequate enough to inspect, but it does not turn speed into value by default.

These are claim-relation boundary tests, not keyword exclusions. C.27 may still supply a short temporal-claim note when the state, rate, rate-change, rhythm, or regime reading changes supported use. The named neighbouring pattern then carries the non-C.27 question. If the temporal distinction does not change supported use, stop before opening C.27.

Do not make C.27 the governing pattern when:

• the text only reports a state or snapshot and no rate or use distinction changes interpretation;
• the text only reports a rate, trend, throughput, cadence, or trajectory and no intervention-sensitive rate-change claim is made;
• a word such as speed, rhythm, acceleration, agility, or inertia is only a teaching metaphor or casual Plain wording;
• the issue under repair is publication-unit stability: one overloaded local head, drifting publication-unit primary entity of concern, bounded comparison, explanation faithfulness, or approval wording or action wording should use E.17.AUD, E.17.ID.CR, E.17.EFP, or the pattern that governs the downstream claim, effect, or use before C.27;
• the question under repair is whether a measure is constructed, comparable, or interpretable: C.16 carries measurement construction, with C.27 only citing the temporal C.27 relation if the measure supplies evidence for an intervention-sensitive claim;
• the question under repair is a transition law, simulation, prediction, or control model: A.3.3 U.Dynamics and formal or evidence patterns carry the formal dynamics, with C.27 only naming the supported-use limit of the authored claim;
• the question under repair is work actuals or resource actuals: U.Work and Gamma_work carry the evidence, with C.27 only using it as effort evidence or planning assumption for a Dyn2 claim;
• the question under repair is scaling-law or elasticity adequacy: C.18.1 carries scale variables, scale window, scale probes, and scale-elasticity value, with C.27 only naming the temporal-claim adequacy question if scale change is used as the scale-variable relation for rate-change, learning, recovery, throughput, or stabilization;
• the question under repair is a work plan, tool-use plan, method description, or authorized intervention actor reference or role assignment: the planning pattern carries the plan, with C.27 only active when the plan's supported use depends on rate-change, recovery, stabilization, or braking;
• the question under repair is task-family specialization: C.22.1 carries adaptation signature fields, with C.27 only naming the temporal-claim question when learning or adaptation speed changes supported use;
• the question under repair is preserving a viability envelope under disturbance, adaptation cost, latency, operations-service demand, or boundary regulation: C.26.3 carries the envelope claim, with C.27 only naming the temporal move if braking, throttling, cadence change, recovery timing, or stabilization changes supported use;
• the question under repair is causal attribution: C.28 carries causal-use claim, and evaluation and evidence patterns carry non-causal evaluation and evidence claims; C.27 may mark the temporal claim's causal use as unsupported until that C.28 relation is satisfied;
• the question under repair is a benchmark, budget, promise, service boundary, SLA-like statement, public commitment, assurance, or release gate: the relevant benchmark, boundary, promise, service, assurance, or planning pattern carries that claim or use, with C.27 only naming the temporal claim that the other pattern inspects;
• the question under repair is residual quantum-like probe, frame, export, or coarsening cue: C.26 carries it only after ordinary dynamics, work, measurement, benchmark, proxy, and assurance patterns have carried their parts.

Overlap example: "Adding review capacity for two sprints will double backlog reduction rate and justify a budget increase" is not solved by C.27 alone. C.27 types the Dyn2 temporal-claim question; the planning pattern carries planned effort, C.16 carries the rate or rate-change measure, the budget or planning pattern carries approval, and C.28 carries any causal-use claim. The short temporal-claim note is a Dyn2TemporalClaimAdequacyCard: it prevents those patterns from missing the hidden rate-change question, but it does not replace them.

C.27 does not introduce:

• literal Newtonian or physical ontology for organizations, practices, services, dances, learning, or work cycles;
• physical quantum ontology or quantum-like superiority;
• mandatory ODE, PDE, or calculus formalism for all temporal claims;
• new Kernel types for force, mass, acceleration, rhythm, or practice;
• a new publication role, separate pattern, law sheet, or MVPK face;
• default C.27 profiling for every temporal word;
• thin C.27 echo records when a local C.27 card or profile can cite the FPF pattern that governs the other question.

#Forces

The source article contributes three practical ideas that should survive into C.27 prose.

First, the useful question is an effort-profile question, not a derivative-word question. In management, learning, tool-use, incident response, practice transfer, dance, and service operations, the relevant change is often a profile of effort over windows: impulse, scheduled push, feedback policy, adaptive regime, brake, pause, coast, or redirect. C.27 should preserve effort over time, not just a scalar acceleration label.

Second, rhythm is interval-structured. A rhythm claim needs a timing reference, bearer, window, evidence proxy or observation relation, and supported use. "Rhythm" as mood or vibe is not enough; it must be possible to recover whose rhythm, across which intervals, by which observation or proxy, and for which decision. Coupling, phase, synchronization, or entrainment-like wording is only needed when the claim depends on a relation between bearers.

Third, useful formalization improves replicable practice code. C.27 should help make a practice transferable by recording effort windows, rhythm timing references, bearer, resistance proxy, evidence relation or assumption relation, and reopen condition. It should not require equations merely because the source analogy used dynamics language.

Borrowed-frame translation:

Design alternatives:

#Solution

Use the least-committing dynamic-order output that changes the supported use. Dyn0 and Dyn1 are readings in ordinary prose, not C.27 record classes; C.27 records start only when a Dyn2TemporalClaimAdequacyCard or Dyn2TemporalClaimProfile for boundary-crossing claim use is needed.

A Dyn2 classification is not evidence that a U.Dynamics model exists. It is only evidence that the authored claim is using temporal change in a way that may need a dynamics pattern relation if a downstream claim, effect, or use is claimed.

Normativity follows boundary-crossing use:

• normative when the claim carries decision, gate, budget, benchmark, publication, assurance, public promise, or reusable method;
• advisory when the claim is exploratory, abductive, or early planning;
• informative when the pattern teaches examples, vocabulary, or anti-patterns.

This is the ordinary first-minute reader-facing form and the main visible C.27 record for ordinary C.27 use. It remains referenced to an authored claim rather than becoming a free-standing consulting card.

Dyn2TemporalClaimAdequacyCard

claimTextOrClaimRef:
  What sentence, claim, plan line, benchmark line, or promise-like wording is being read?

temporalReadingOrBearer:
  What rate, rhythm, regime, recovery, trajectory, stability reading, or temporal-aspect bearer is being used for a practical claim?

move:
  accelerate | decelerate | brake | redirect | coast | pause |
  stabilize | recover | sustain | widen | narrow | domain-local

intervention:
  What effort, input, policy, method, resource, tool-use change, or action is supposed to change it?

window:
  Over what claim, sampling, effort, rhythm, or validity window?

resistanceOrCost:
  What resists, delays, stores momentum, creates residue, or makes the change costly?

evidenceTraceModelOrAssumption:
  What evidence relation, trace, measurement, work evidence, model assumption,
  planning assumption, diagnostic judgement, or named neighbouring-pattern
  reference is being used for this temporal-claim reading?

supportedUse:
  What decision, plan, diagnosis, comparison, or pattern relation can this record carry?

unsupportedUseOrReopen:
  What downstream claim, effect, or use is unsupported, and what would reopen, downgrade, or add a pattern reference to this claim?

Window default: for a local card, one window line may stand for claim, sampling, effort, rhythm, and validity when the distinction does not change supported use. Split windows only when evidence is sampled over a different interval than the claim, effort or intervention occurs over a different interval than the outcome, benchmark baseline, adaptation, and follow-up windows differ, the rhythm timing reference and rhythm window differs from the measurement window, or validity or refresh depends on a separate freshness window.

Do not add compact catch-all reason or state fields to a local card. If boundary-crossing use appears, name the actual evidence relation, evidence record, trace, measurement relation, model assumption, planning assumption, benchmark reference, [C.28](/generated/patterns/C.28) causal-use relation, promise pattern, or assurance pattern that carries the added claim. That named neighbour relation helps choose the matching dynClaimUseClass; the local card itself does not strengthen the claim.

claimText and claimRef keep C.27 tethered to the PublicationUnit or claim-carrying U.EpistemePublication that carries the temporal claim. temporalReadingOrBearer separates the bearer and the temporal reading from the intervention, so "we accelerate the team" gets repaired into a rate, rhythm, or trajectory question. move protects against acceleration bias: braking, pausing, stabilization, recovery, coasting, widening, and narrowing are also Dyn2 moves when they change supported use.

If the author cannot answer these in short lines, the correct repair is usually to clarify the claim, not to escalate immediately to a full Dyn2TemporalClaimProfile.

Compact C.27 rhythm-claim discipline:

dyn2RhythmClaimBlock? or Dyn2TemporalClaimAdequacyCard fields:
  rhythmBearerRef : whose or what rhythm?
  rhythmTimingReference : beat | cadence | cycle | sprint | epoch | release train | attention window | domain-local timing reference
  rhythmWindowRef : over what interval?
  instrumentProxyOrEvidenceRef? : trace | proxy | observation | measurement reference
  supportedUse : what decision or reading this record can carry
  couplingMode? : only when cross-bearer synchronization, phase relation, dependency, coordination, or entrainment-like practice relation is claimed
  validityWindowRef? : only when the rhythm reading is used beyond the immediate working window

Cadence as observed interval rate may be Dyn1. Rhythm becomes Dyn2 only when interval structure, effort pattern, coordination, recovery, stabilization, or intervention-sensitive use changes supported use.

This discipline keeps rhythm connected to a dynamic claim. A plain "release cadence" or "workshop rhythm" does not need phase or entrainment language unless the supported use depends on a relation between bearers. If the rhythm wording does not change a rate, intervention, recovery, coordination, or supported-use reading, it should remain ordinary prose rather than make C.27 relevant.

Compact C.27 coasting-claim discipline:

dyn2CoastingClaimBlock? or Dyn2TemporalClaimAdequacyCard fields:
  coastingClaim : movement, stability, adoption, quality change, queue drain, operations-service demand, or practice persistence continues after effort changes or stops
  coastingBasis : habit | automation | stored work | queue pressure | learned capability | commitment momentum | social norm | physical inertia | unknown
  coastingWindowRef : over what interval after effort changes or stops?
  supportedUse : what decision, plan, diagnosis, comparison, or local practice reading this record can carry
  unsupportedUse : what downstream claim, effect, or use this coasting reading cannot carry
  reopenTrigger : what change, decay, stall, reversal, hidden cost, or new evidence reopens the claim

Coasting becomes a full Dyn2TemporalClaimProfile block only when a promise, gate, assurance, benchmark, cross-scale transfer, or public comparison depends on continued movement or stability after effort changes or stops. Local cases such as adoption continuing after incentives stop, quality degrading after acceleration stops, operations-service demand continuing after rollout, a trained practice persisting after training, or a queue draining after intervention ends usually need only the card fields above.

Coasting and debt fork:

• Use dyn2CoastingClaimBlock? when supported use depends on continued movement, stability, adoption, queue drain, practice persistence, or operations-service demand after effort changes or stops.
• Use dyn2DebtHysteresisBlock? when supported use depends on residue, reversibility, hidden cost, delayed damage, repayment, braking, or recovery plan.
• If both relations apply, coasting describes continued motion or stability; debt and hysteresis describe what remains and how costly reversal or recovery is.

#Rare boundary-crossing profile reference

Skip this reference subsection for ordinary local diagnosis and planning. The first C.27 output remains the one-screen Dyn2TemporalClaimAdequacyCard; open the Dyn2TemporalClaimProfile reference only when the authored temporal claim is used beyond the local working context.

Use the Dyn2TemporalClaimProfile only for authored temporal claims used beyond the local working context. It is a pattern-local authored temporal-claim adequacy record, not a model of the dynamic system itself, not a publication role, not a Part G record, not an MVPK face, and not the default C.27 record.

Read the profile-block menu only when boundary-crossing use is being made. The list below is a pattern-relation menu, not a form. The absence of an inactive block is normal; it is not a missing field.

The shape is a header plus present profile blocks. The header carries the minimum boundary-crossing claim-use classification. Each block should be read from its applicability sentence first, and a block appears only when supportedUse relies on that claim relation. These blocks are not fields of one universal dynamic EntityOfConcern; they are different evidence descriptions and pattern relations made relevant by supported use.

Profile-block closure rule: every present block is either defined by C.27, a pattern-reference-only block that cites the existing FPF pattern carrying the other question and adds no new C.27 EntityOfConcern, or absent from activeBlocks. A block name is not a new EntityOfConcern.

Active-block naming rule: read each activeBlocks name by one of three statuses. localAdequacyBlock means C.27 states local adequacy fields for an authored temporal claim. patternReferenceOnly means C.27 states only the temporal move, window, and supported-use boundary and cites the FPF pattern that carries the other question. relationOnly means the concern appears in relations or examples but not as an active block. dyn2PromiseBoundaryRelation?, dyn2HighStakesTemporalMoveRelation?, and dyn2PolicyTransferRelation? are pattern-reference-only by default; dyn2PolicyTransferRelation? is folded into dyn2ControlPolicyRelation? when behavior-policy and evaluation-policy transfer is FPF-governed.

Dyn2TemporalClaimProfile {
  header:
    claimRef
    entityOfConcernRef
    temporalBearerRef?
    profileCarrierRef?
    dynClaimUseClass
    dynOrder
    baseCharacteristicRef?
    claimWindowRef
    supportedUse
    unsupportedUse
    reopenTrigger

  activeBlocks:
    c16RateMeasurementRelationRef? // if rate or rate-change measurement evidence is FPF-governed
    dyn2EffortWorkBlock? // if effort, resource, work, intervention actor, or authority relation is FPF-governed
    dyn2ResistanceInertiaBlock? // if resistance, delay, residue, reversibility, or cost is FPF-governed
    dyn2RhythmClaimBlock? // if rhythm or cadence changes supported use
    dyn2CoastingClaimBlock? // if boundary-crossing use depends on continued movement or stability after effort changes or stops
    dyn2CausalUseRelation? // if rate-change or intervention is used to make a causal-use claim
    dyn2BenchmarkParityBlock? // if comparison or benchmark depends on rate, rate-change, rhythm, recovery, or intervention effect
    dyn2MetricTargetEffectBlock? // if metric publication or target use changes temporal behavior or supported use
    dyn2ObjectCentricTraceBlock? // if work-cycle or service-process evidence depends on object-centric or multi-bearer traces
    dyn2ScaleVariableClaimBlock? // if changing a resource or scale variable is claimed to change rate, learning, recovery, or throughput
    dyn2TaskFamilyAdaptationRelation? // if learning-rate or adaptation-rate claim depends on a declared task-family specialization signature
    dyn2ControlPolicyRelation? // if control, feedback, policy update, adaptive regime, MPC-style evaluation, or RL-style evaluation relation is FPF-governed
    dyn2PolicyTransferRelation? // pattern-reference-only alias inside dyn2ControlPolicyRelation? when behavior-policy and evaluation-policy transfer is FPF-governed
    dyn2CrossScaleTransferBlock? // if dynamic claim transfers across bearer, holon level, scale, or aggregate
    dyn2ViabilityEnvelopeRelation? // if rate-change, braking, rhythm, or stabilization is used to keep a viability envelope inside usable bounds
    dyn2DebtHysteresisBlock? // if supported use relies on sustained acceleration, braking, recovery, stabilization, or residue after effort changes
    dyn2PromiseBoundaryRelation? // pattern-reference-only when a promise, SLA or SLO, gate, assurance, or public commitment claim is being made
    dyn2HighStakesTemporalMoveRelation? // pattern-reference-only when a high-stakes acceleration, braking, redirection, or rollout claim is being made
    dyn2QLResidualRelation? // if residual probe, frame, order, export, or coarsening cue remains after ordinary FPF pattern relations
}

Absence of an inactive block is normal. It is not a missing field. A block becomes active only when the supported use relies on it; otherwise the Dyn2TemporalClaimProfile should stay smaller or downgrade to a Dyn2TemporalClaimAdequacyCard, Dyn1 reading, or ordinary prose.

Pattern-reference-only blocks:

• dyn2PolicyTransferRelation? is handled inside dyn2ControlPolicyRelation? when behavior-policy and evaluation-policy transfer or off-policy transfer is FPF-governed. C.27 names behaviorPolicyRef, proposedPolicyRef, offPolicyRisk, and the evaluation or control pattern relation; it does not create a separate policy-transfer pattern.
• dyn2PromiseBoundaryRelation? states only the temporal move, window, supported use, unsupported downstream claim, effect, or use, and references to the patterns that carry promise, commitment, instituting speech act, service acceptance, contract unpacking, and assurance: [A.2.3](/generated/patterns/A.2.3), [A.2.8](/generated/patterns/A.2.8), [A.2.9](/generated/patterns/A.2.9), [A.6.C](/generated/patterns/A.6.C), [F.12](/generated/patterns/F.12), and assurance patterns.
• dyn2HighStakesTemporalMoveRelation? states only the high-stakes temporal move, window, unsupported downstream claim, effect, or use, and reference to the pattern that carries the harm, quality, safety, ethics, legal, financial, operations-service, or human-wellbeing question.

Header discipline: for a Dyn2TemporalClaimProfile for boundary-crossing claim use, claimRef, entityOfConcernRef, dynClaimUseClass, dynOrder, claimWindowRef, supportedUse, unsupportedUse, and reopenTrigger are mandatory. temporalBearerRef is present when the temporal bearer differs from the EntityOfConcern or is otherwise FPF-governed. profileCarrierRef is present when publication or evidence needs the authored carrier named. baseCharacteristicRef is mandatory only when measurement, comparison, or C.16 relation is FPF-governed; for a Plain diagnostic claim it may remain a local phrase in the temporalReadingOrBearer line.

Window split rule: one local window is enough only when the claim window, sampling window, effort or intervention window, validity window, baseline window, and follow-up window are the same for the supported use. Split them when the evidence is sampled over a different interval than the claim, effort is applied before or after the measured change, a comparison needs a baseline, an outcome is observed after exposure, or the claim remains valid only for a shorter period than the historical trace. If the split is unknown and the supported use depends on it, downgrade the use or add the relevant window reference before relying on the temporal claim.

C.16 rate-measurement relation: when rate or rate-change is FPF-governed, C.27 cites the C.16 measurement relation. C.27 does not define measurement legality.

c16RateMeasurementRelationRef? {
  baseCharacteristicRef
  stateMeasureRef?
  rateMeasureRef?
  rateChangeReadingMeasureRef?
  DHCMethodRef?
  samplingWindowRef
  scaleUnitPolarityRef?
  evidenceStubRefs?
  stabilityOrNoiseEvidenceOrAssumption?
  C16MeasurementRelationRef
}

C.27 effort and work block: when a rate-change claim depends on effort, resource, method, intervention actor, role-assignment availability, or performer eligibility, C.27 separates planned effort, method description, resource envelope, actual work trace, and authority relation, proposed-work plan, hypothetical-use note, and U.Capability reference when a capability claim is being made. It does not turn work evidence into a dynamics law.

dyn2EffortWorkBlock? {
  causalInterventionSpecRef?
  plannedEffortRef?        // WorkPlan, MethodDescription, or resource envelope
  actualEffortTraceRef?    // U.Work or Gamma_work evidence
  effortWindowRef?
  interventionActorRef? {
    actorOrRoleAssignmentRef
    authorityRelationRef?
    proposedWorkPlanRef?
    hypotheticalUseNote?
    actorCapabilityRef?
  }
  resourceEnvelopeRef?
  A15WorkRelationRef?
}

interventionActorRef means the actor, role assignment, tool, system, policy rule, or human work arrangement claimed to apply the intervention, plus an authority relation, proposed-work plan, hypothetical-use note, and U.Capability reference when a capability claim is being made. If a planning claim says "add review capacity", C.27 should make visible whether there is a role assignment, work plan, authority relation, or U.Capability reference that can carry the intervention claim, while leaving role, method, work-plan, and work-occurrence alignment to A.15 and work patterns.

C.27 resistance and inertia block: dyn2ResistanceInertiaBlock? is present when supported use depends on what resists, delays, stores momentum, creates residue, or makes the change costly. This is core C.27 content because it prevents effort-free acceleration claims. The Dyn2TemporalClaimAdequacyCard asks the question locally; the Dyn2TemporalClaimProfile uses a separate active profile block only when that answer matters beyond the local working context.

dyn2ResistanceInertiaBlock? {
  resistanceOrInertiaProxy
  resistanceProxyFamily
  resistanceProxyEvidenceOrAssumption:
    qualitativeJudgement | measurementRef | modelAssumptionRef |
    planningAssumption | unknown
  evidenceRef?
  unsupportedUse?
}

resistanceProxyEvidenceOrAssumption = unknown is an acceptable C.27 result. Unknown resistance need not block a local diagnostic Dyn2TemporalClaimAdequacyCard, but it should block durable acceleration, causal, benchmark, promise-like, or assurance use until the relevant evidence relation, measurement relation, model assumption, or carrying pattern reference is supplied.

C.27 control or policy relation: dyn2ControlPolicyRelation? is present only when dynClaimUseClass is controlModel, policyRule, adaptive, a planningModel with feedback relation, or an explicit C.24, C.19, or evaluation relation. This relation says that the authored temporal claim has crossed into control model, policy model, or policy-evaluation use. It does not make C.27 an MPC, reinforcement-learning, or policy-evaluation pattern.

dyn2ControlPolicyRelation? {
  interventionRegime
  controlHorizon?
  closedLoopUpdate?
  behaviorPolicyRef?
  proposedPolicyRef?
  offPolicyRisk?
  stopRule?
  controlPolicyRelationRef -> U.Dynamics, C.19, C.24, or evaluation pattern
}

C.27 causal-use relation: dyn2CausalUseRelation? is present only when the authored temporal claim uses a rate-change, intervention, effort, workshop, policy, or practice change to make a causal-use claim. Core rule: C.27 can say a claim is Dyn2 and intervention-sensitive; C.27 cannot turn that rate-change or intervention relation into a [C.28](/generated/patterns/C.28)-governed causal-use claim. The fields below are [C.28](/generated/patterns/C.28) refs consumed by C.27, not [C.27](/generated/patterns/C.27)-defined causal aliases.

dyn2CausalUseRelation? {
  causalInterventionSpecRef
  comparatorOrCounterfactualRef
  timeZeroOrAssignmentWindow
  followUpWindowRef
  outcomeMeasureRef
  estimandRef?
  causalAssumptionSetRef?
  rivalCauseSetRef?
  causalIdentificationProfileRef?
  causalUseEvidenceDesignRef?
  offPolicyCausalEvaluationProfileRef?
  supportedCausalUse
  unsupportedCausalUse
}

C.27 dynamic benchmark requirement: dyn2BenchmarkParityBlock? is present only when a comparison or benchmark depends on rate, rate-change, recovery speed, rhythm improvement, intervention effect, effort budget, or dynamic outcome. Content rule: C.27 declares the dynamic claim question of the benchmark; [G.9](/generated/patterns/G.9) carries parity.

dyn2BenchmarkParityBlock? {
  comparedClaimRefs
  dynOrderCompared: Dyn1 | Dyn2
  baselineWindowRef
  adaptationOrInterventionWindowRef?
  budgetOrEffortParityRef?
  rateOrRateChangeReadingMeasureRef?
  G9ParityPlanRef
  G9ParityReportRef?
}

C.27 metric-target effect block: dyn2MetricTargetEffectBlock? is present only when metric publication, target use, incentive use, dashboard use, gate use, or public comparison changes temporal behavior or supported use. C.16 carries the measure; E.13, assurance, or governance patterns carry proxy distortion and utility distortion; C.26 is relevant only if residual probe, frame, order, or export cue remains.

dyn2MetricTargetEffectBlock? {
  publishedOrTargetedMeasureRef
  targetOrIncentiveUse
  dashboardGatePromiseOrBudgetUse?
  behaviorChangeRisk
  temporalWorkChangeVsMeasurementChangeNote
  C16MeasurementRelationRef?
  E13ProxyAuditRef?
  C26ResidualQLRelationRef? // only if residual probe, frame, order, or export cue remains
}

C.27 object-centric trace block: dyn2ObjectCentricTraceBlock? is present only when a work-cycle or process-rate claim depends on several object bearers, event traces, interactions, or aggregation relation rather than one scalar speed label. C.27 records why scalar throughput is insufficient; object-centric process mining or local process evidence carries the detailed log discipline.

dyn2ObjectCentricTraceBlock? {
  bearerKind: single-object | multi-object | aggregate | proxy
  objectTypeRefs
  eventTraceRef
  interactionOrCouplingNote?
  convergenceDivergenceRisk?
  aggregationRelation?
  supportedUse
  unsupportedUse
}

C.27 cross-scale transfer field: dyn2CrossScaleTransferBlock? is present only when a dynamic claim transfers rate, rate-change, rhythm, recovery, acceleration, braking, or agility from one bearer, holon level, or aggregate to another. Aggregate rate-change and local rate-change are different readings unless aggregation relation and bearer continuity are declared.

dyn2CrossScaleTransferBlock? {
  sourceBearerRef
  targetBearerRef
  aggregationRelation?
  mixShiftRisk?
  crossScaleTransferUseBoundary
}

C.27 scale-variable claim block: dyn2ScaleVariableClaimBlock? is present only when the authored temporal claim says that changing a resource or scale variable changes rate, improvement, learning, recovery, throughput, or stabilization. This is not the same as cross-scale transfer: scale-variable claim asks which variable is changed and over what scale window; cross-scale transfer asks whether a dynamic reading is carried across bearer, holon level, or aggregate. C.18.1 carries scale variables, scale windows, scale probes, and scale-elasticity value; C.27 records only that the scale change is being used to make a temporal-claim reading.

dyn2ScaleVariableClaimBlock? {
  scaleVariableRef
  scaleWindowRef?
  scaleElasticityValue: rising | knee | flat | declining | unknown
  C18_1ScaleRelationRef?
  G9ParityPlanRef?
}

C.27 task-family adaptation relation: dyn2TaskFamilyAdaptationRelation? is present only when the temporal claim says that a holder, dyad, team, specialist portfolio, method, or agent reaches usable specialization faster on one declared TaskFamilyRef or TaskSignature. C.22.1 carries the task-family adaptation signature. C.27 records only the learning-rate or adaptation-rate question and the supported use that made it relevant.

dyn2TaskFamilyAdaptationRelation? {
  TaskFamilyRef?
  TaskSignature?
  thresholdOrUsableSpecializationRef?
  timeToThresholdRef?
  budgetToThresholdRef?
  C22_1TaskFamilyAdaptationRelationRef
}

C.27 viability-envelope relation: dyn2ViabilityEnvelopeRelation? is present only when a temporal claim says braking, slowing rollout, throttling, cadence change, recovery timing, adaptation cost, operations-service demand, or stabilization keeps a viability bearer inside usable bounds. C.27 may type the temporal move and its window. C.26.3 carries the viability-envelope claim: protected promise or function, viable bounds, disturbance, sensor split, probe split, action split, adaptation cost, and failure mode. Do not make C.27 the pattern for all "stability through change" claims.

dyn2ViabilityEnvelopeRelation? {
  viabilityBearerRef?
  protectedPromiseOrFunctionRef?
  temporalMoveRef?
  C26_3ViabilityEnvelopeRelationRef
}

C.27 residual QL relation: dyn2QLResidualRelation? is present only when ordinary FPF patterns have already carried the temporal-claim, measurement, work, benchmark, value-proxy, scale, adaptation, viability, promise, or evidence relation and a residual probe, frame, order, export, or coarsening cue still changes the supported reading. C.26 carries the residual QL reading. C.27 only records that the authored temporal claim has a residual QL relation; this block stays hidden by default when no such residue exists.

dyn2QLResidualRelation? {
  residualQLCue?
  residualQLRelationRef?
  ordinaryPatternRelationRef?
  C26ResidualQLRelationRef
}

C.27 debt and hysteresis block: dyn2DebtHysteresisBlock? is present only when supported use depends on sustained acceleration, braking, recovery, stabilization, domain residue after effort changes, or a public promise, gate, assurance, or high-stakes decision about rate-change. Unknown reversibility is allowed, but it bounds supported use.

dyn2DebtHysteresisBlock? {
  debtKind?
  debtWindowRef?
  evidenceRef?
  reversibilityClaim: reversible | costlyToReverse | irreversibleWithinWindow | unknown
  hysteresisOrResidue?
  repaymentOrBrakePlan?
  debtHysteresisRelationRef -> planning, assurance, quality, wellbeing, or safety pattern
}

These C.27 dynamic-claim profile-block field definitions are boundary-crossing material for Dyn2TemporalClaimProfile and for higher-stakes authored temporal claims used beyond the local working context. They are not the default C.27 user interface, not a data model, and not a universal C.27 dynamic-claim field list that every user must fill.

C.27 uses physical words only as Plain analogies. Tech prose uses effort, input, and work references rather than force; resistance and inertia proxies rather than mass; rate-change readings rather than acceleration as a new kind; and rhythm bearer, timing reference, and rhythm window rather than U.Rhythm.

Each field definition either carries a small local C.27 temporal-claim adequacy value or points back to the existing FPF pattern that governs the referenced EntityOfConcern or relation. A field name is not a pattern. Metric, process, service, practice, policy, harm, operations-service, and envelope wording does not create a free C.27 slot. It must resolve to a local C.27 value, an existing FPF kind and reference, or a governing-pattern relation; otherwise it remains Plain example language.

dynClaimUseClass discipline: in Dyn2TemporalClaimProfile, dynClaimUseClass is a pattern-relation declaration, not a maturity scale. A diagnosticReading does not mature into a causalClaim by adding fields; [C.28](/generated/patterns/C.28) carries causal-use questions and records. A planningModel does not become promiseBoundaryUse by publication; promise, boundary, commitment, service, or assurance patterns carry promise-like claim use. Changing dynClaimUseClass may change the governing relation, pattern, evidence relation, model assumption, planning assumption, or assurance-facing relation. No C.27 field completion upgrades dynClaimUseClass; a higher-stakes dynClaimUseClass is a relation change.

C.27 has a small core. Specialized cases are C.27 dynamic-claim relations or optional profile blocks for authored temporal claims used beyond the local working context; they are not mandatory rules for every C.27 use.

These entries are not a general relation list. They apply only after an authored temporal claim already has C.27 relevance because it changes supported use. Each entry names the neighbouring FPF pattern to inspect when that C.27-typed dynamic claim also depends on one non-C.27 question. If the text has no state, rate, rate-change, rhythm, regime, recovery, stabilization, transfer, or intervention relation that changes supported use, no entry here applies.

Plain words may remain didactic. Tech prose must name the FPF pattern that carries the FPF-governed question. Problem frames and worked examples may use speed, force, inertia, acceleration, rhythm, cadence, agility, or process-speed language when it helps recognition. Field definitions, conformance requirements, and governing-pattern relations should use the Tech readings below. Minted C.27-local labels must carry the dynamic claim question in the label: use Dyn2, Temporal, RateChange, Rhythm, Inertia, CrossScale, MetricTarget, ControlPolicy, or another explicit dynamic qualifier. A generic head such as Profile, Card, Process, Service, Practice, Policy, Harm, OperationalSupport, or Envelope is not enough by itself. Ordinary prose may use those words only as Plain examples or after resolving the actual FPF kind and reference or governing pattern.

Avoid as Tech tokens unless already governed by the named pattern: carrierOrSubject, D2DynamicsProfile, Metric, Axis, Dimension, Process, Practice, Service, generic card names, Profile, ProcessBearer, PolicyEvaluation, HarmEnvelope, force, mass, acceleration, and rhythm.

Prefer: DynOrder, Dyn2TemporalClaimAdequacyCard, Dyn2TemporalClaimProfile, entityOfConcernRef, temporalBearerRef, profileCarrierRef, baseCharacteristicRef, MeasureRef, DHCMethodRef, claimWindowRef, samplingWindowRef, effortWindowRef, rhythmWindowRef, plannedEffortRef, actualEffortTraceRef, inputCharacteristicRefs, interventionActorRef, authorityRelationRef, proposedWorkPlanRef, hypotheticalUseNote, actorCapabilityRef, resistanceOrInertiaProxy, resistanceProxyEvidenceOrAssumption, dyn2MetricTargetEffectBlock?, dyn2ObjectCentricTraceBlock?, dyn2CrossScaleTransferBlock?, dyn2HighStakesTemporalMoveRelation?, supportedUse, unsupportedUse, and reopenTrigger.

The dynamic-order labels are values of a claim classification, not kinds of things. Dyn0, Dyn1, and Dyn2 classify what a temporal claim treats as sufficient for its use. They do not become U.Dyn0, U.Dyn1, U.Dyn2, U.Acceleration, U.Rhythm, U.Practice, U.Force, or U.SecondOrderProcess.

Kind-locality rule: DynOrder, Dyn0, Dyn1, Dyn2, Dyn2TemporalClaimAdequacyCard, and Dyn2TemporalClaimProfile name readings or records of authored temporal claims. They do not classify the primary EntityOfConcern itself unless an existing FPF pattern separately types that EntityOfConcern. "Team throughput accelerated" may receive a Dyn2 claim reading; the team does not become a Dyn2System, throughput does not become U.Acceleration, and the card or profile does not become a dynamics law.

Dyn2TemporalClaimProfile is a pattern-local episteme record about the adequacy of a temporal claim. It is not U.Dynamics, U.Work, U.WorkPlan, U.MethodDescription, U.Measure, or CharacteristicSpace. If materialized as a document, card, table, or file, that material is a carrier of the Dyn2TemporalClaimProfile content, not the actual work, process, law, practice, or system being discussed.

A.7 EntityOfConcern, Description episteme, and publication-carrier split: Dyn2TemporalClaimAdequacyCard and Dyn2TemporalClaimProfile are authored descriptions of temporal-claim adequacy. They are not the dynamic system, not the work trace, not the measure, not the service promise, not the intervention actor reference or role assignment, not the dynamics law, and not identical to the document, card, or page that carries them.

The EntityOfConcern, temporal bearer, and carrier split is:

Loose words require resolution in Tech prose. A process may be a method recipe, dated work run, transition law, event-log view, or service situation. A practice may be method description plus work traces. A service claim may involve system, promise content, delivery work, boundary semantics, or assurance. C.27 should not use these as untyped substitutes for named FPF kinds and references.

Copy-paste authoring forms (informative). These forms make C.27 cheap enough to use without jumping straight to a full profile.

Dyn0 or Dyn1 stop:

C.27 stop: this is a Dyn1 rate reading only.
No intervention-sensitive temporal claim is used here.
Measurement relation: <C16MeasurementRelationRef or N/A>.

Local Dyn2 card:

C.27 card:
claim:
temporalReadingOrBearer:
move:
intervention:
window:
resistanceOrCost:
evidenceOrAssumption:
supportedUse:
unsupportedUseOrReopen:

Boundary-crossing profile header:

C.27 profile header:
claimRef:
entityOfConcernRef:
temporalBearerRef?:
dynClaimUseClass:
dynOrder:
claimWindowRef:
supportedUse:
unsupportedUse:
reopenTrigger:
activeBlocks:

AI-assisted drafting rule (informative). An AI-assisted draft may propose that C.27 is relevant, but a profile appears only after the supported use and the boundary-crossing reason are named. First classify the prose as ordinary prose, Dyn0, Dyn1, Dyn2 card, or profile or pattern relation. The draft does not infer: more tool calls means better reasoning; faster narrowing means better search; higher throughput means better quality; metric improvement means system improvement; or trend means intervention model.

#Archetypal Grounding

Read these cases before the fuller field definitions. They show supported stopping points for ordinary work:

• no C.27 record for ordinary state, metaphor, or unsupported broad-use language;
• Dyn1 or C.16 when the issue under repair is only measured rate;
• Dyn2TemporalClaimAdequacyCard when a local temporal intervention, rhythm, braking, coasting, or tool-use rate-change claim needs a bounded evidence relation, model assumption, planning assumption, or neighbouring-pattern relation;
• Dyn2TemporalClaimProfile or a named FPF pattern relation only when the authored temporal claim is used beyond the local working context, benchmarks, promises, assures, becomes causal, crosses scale, or carries decision-use that affects gate, release, assurance, benchmark, or work-plan use.

Example breadth (informative). C.27 appears across several work domains, not only project-velocity prose.

Teaching cases:

These slices show what C.27 changes in use. They are action examples, not extra forms to fill.

Operations: backlog acceleration:

Claim:
Adding two triage engineers for two sprints will double backlog reduction rate.

C.27 reading:
Dyn2, because a rate-change is tied to a planned intervention.

Minimum useful note:
- rate being changed: backlog reduction per week;
- effort or input: two triage engineers assigned through a WorkPlan for two sprints;
- effort window: sprint N and N+1;
- resistance proxy: review queue coordination cost and domain ramp-up;
- evidence or assumption relation: planning assumption plus prior work trace if available;
- supported use: staffing discussion and local plan choice;
- unsupported use: `C.28`-governed causal-use claim with estimand and identification relation, long-term capacity model, benchmark superiority;
- reopen trigger: queue mix shift, triage saturation, quality loss, or no
  measured reduction after the first sprint.

The value is not that every backlog sentence gets a profile. The value is that an acceleration claim used for a decision cannot hide effort, window, resistance, and unsupported downstream claim, effect, or use.

Learning: practice transfer:

Claim:
Daily 20-minute drills stabilize the learner's problem-solving rhythm.

C.27 reading:
Dyn2 only if the claim is used to select, compare, publish, or justify the
practice. Otherwise it may remain didactic.

Minimum useful note:
- rhythm bearer: learner practice session;
- rhythm timing reference: daily drill window and task cycle;
- rhythm proxy or evidence relation: task completion cadence, error pattern, recall delay,
  or observed practice trace;
- effort profile: short scheduled effort repeated across days;
- resistance proxy: fatigue, attention drift, task novelty, or habit formation;
- supported use: local practice design;
- unsupported use: general proof that the method improves all learning;
- reopen trigger: retention falls, task family changes, or rhythm proxy stops
  matching actual performance.

This carries the source article's replicable-practice idea: the useful formal payload is an effort, rhythm, and window description that can be copied and checked, not a forced equation.

Rhythm and practice style vignette:

Claim:
A training note says "this practice rhythm improves retention", or a dance note
says "this style keeps swing content".

C.27 reading:
Dyn2 only when the rhythm or style claim is used to teach, replicate, compare,
judge, benchmark, or promise a practice outcome. Otherwise it may remain
ordinary explanatory prose.

Minimum useful questions:
- rhythm of what bearer: learner, team, body movement, practice session,
  release cycle, or other named FPF kind and reference?
- referenced to what beat, cycle, release train, attention window, task cycle, or
  domain-local interval?
- what effort or rate-change pattern occurs in which intervals?
- what evidence relation, measurement relation, instrument proxy, model assumption, or planning assumption supplies that reading?
- what use is carried: teaching orientation, replication, judging, benchmark,
  or promise?

This keeps the article's useful dance and practice insight: style distinction may depend on effort and rate-change patterns over rhythm intervals, not only on static poses, single trajectories, mood words, or a general rhythm theory.

Rhythm: embodied or team coordination:

Claim:
The team's release rhythm became smoother after moving review earlier in the
cycle.

C.27 reading:
Dyn2 when this carries a method-change, staffing-decision, or benchmark use.

Minimum useful note:
- rhythm bearer: team release cycle, not the repository file or dashboard;
- rhythm timing reference: release cycle and review window;
- intervention regime: scheduled shift of review earlier in the cycle;
- instrument proxy: event log, review queue cadence, rework trace, or survey
  only if its resistance-proxy evidence relation, measurement relation, model assumption, planning assumption, or explicit unknown result is stated;
- resistance proxy: transfer delay, queue pressure, coordination lag;
- supported use: local method adjustment;
- unsupported use: proof of organizational agility or service promise;
- reopen trigger: work mix changes, release train changes, or hidden rework
  appears.

The important correction is that rhythm has a bearer and proxy. It is not a decorative label for good mood or smoothness.

Agentic tool-use: AI work cycle:

Claim:
More tool calls will speed debugging.

C.27 reading:
Dyn2 only if the extra calls are used as an intervention claim, not merely as a
local tactic.

Minimum useful note:
- rate being changed: bug localization, evidence confirmation, repair
  iteration, uncertainty reduction, or rollout stabilization;
- effort or input: extra tool calls, broader search, or deeper context retrieval;
- intervention actor: agent, tool runner, or human operator capable of making the calls;
- resistance proxy: noisy output, context overload, search branching, cost, or
  stale evidence;
- outcome and evaluation evidence: task success, repair success, evidence quality,
  cost, and validity window if the claim is benchmark-facing;
- stop or replan trigger: no new evidence, conflicting evidence, timeout, rising
  cost, expired validity window, or growing false-positive queue pressure;
- unsupported use: "more calls means better reasoning", "faster narrowing is
  always better", or "tool-call count proves benchmark superiority."

This keeps C.24 useful without turning tool-use quantity into a proxy for thinking quality.

Benchmark: faster improvement:

Claim:
Method A improves faster than Method B.

C.27 reading:
`G.9` governs benchmark parity; `dyn2BenchmarkParityBlock?` types the dynamic
outcome and records unsupported benchmark use.

Minimum useful note:
- compared claims: Method A and Method B;
- dynamic order: Dyn1 if only rates are compared, Dyn2 if interventions,
  effort budgets, or rate-change are compared;
- comparable windows: baseline, sampling, claim, validity, and adaptation or
  effort windows;
- comparable effort: planned budget and actual effort trace if relevant;
- G.9 parity: `G9ParityPlanRef` for baseline, freshness, comparator, and bridge pins,
  and `G9ParityReportRef?` if a published or reused report exists;
- hidden costs: rework, operations-service demand, quality loss, burnout, or debt;
- supported use: benchmark interpretation under stated parity;
- unsupported use: causal superiority, universal method superiority, or release
  gate unless another FPF pattern governs that claim.

This prevents "faster" from hiding unequal effort, unequal windows, or unequal measurement templates.

Service-boundary promise:

Claim:
We recover incidents faster after the new playbook.

C.27 reading:
Dyn2 if the playbook is claimed to change recovery rate. If the statement is
used outside the local working context, as an SLA-like expectation, or as evidence for service-boundary acceptance, C.27 only
types the temporal-claim question.

Minimum useful note:
- rate being changed: detection-to-mitigation or mitigation-to-recovery time;
- effort or input: playbook, staffing, automation, triage method, or escalation
  policy;
- resistance proxy: incident mix, dependency lag, tool latency, coordination
  bottleneck;
- receiving relation: diagnostic evidence relation, benchmark input, causal-use relation, assurance claim, or promise-like boundary pattern;
- supported use: local incident-response improvement claim;
- unsupported use: formal guarantee, audit closure, release gate, or causal
  proof unless the relevant boundary, evidence, or assurance pattern carries it.

The key point is that C.27 does not become a hidden promise pattern. It prevents temporal claims from silently widening into promises.

Aggregate or cross-scale transfer:

Claim:
Team throughput accelerated, so the organization became more agile.

C.27 reading:
`dyn2CrossScaleTransferBlock?` applies; local team rate-change and organization
agility are different dynamic readings unless aggregation relation and bearer
continuity are declared.

Minimum useful note:
- source bearer: team work cycle and its measured throughput;
- target bearer: organization, portfolio, service family, or ecosystem;
- aggregation relation: how local rate-change maps upward;
- bearer continuity: whether the same work, service, value stream, or population
  remains comparable;
- mix-shift risk: easier work, hidden queues, reassigned work, changed scope, or
  invisible rework;
- crossScaleTransferUseBoundary: local-only, supported-transfer, unsupported-transfer, or unknown;
- supported use: local team improvement if the named evidence relation carries that use;
- unsupported use: organization-scope agility claim unless aggregation and
  quality-bundle relations are present.

This protects multi-scale FPF reasoning: a rate-change does not transfer across holon levels merely because the same speed word appears at each holon level.

Metric-target temporal effect:

Claim:
Velocity improved after it became the quarterly target.

C.27 reading:
`dyn2MetricTargetEffectBlock?` may apply if metric publication or target use is a
temporal intervention. The central distinction is measurement, target or incentive,
real process change, and residual probe, frame, or export cue.

Minimum useful note:
- metric measure: the published velocity or throughput reading, with C.16 relation if
  measurement construction or comparability is FPF-governed;
- target or incentive use: quarterly target, gate, dashboard, budget signal, or
  public comparison;
- possible behavior change: smaller tickets, hidden work, quality reduction,
  postponed rework, selection of easier tasks;
- process and measurement split: measurement effect, probe effect, real work change,
  gaming or selection effect, causal effect if claimed;
- `E.13` or proxy relation: proxy distortion or utility distortion if velocity diverges from the
  actual work objective;
- C.26 relation: only if residual probe, frame, order, or export cue remains after
  C.27, C.16, and E.13 pattern relations;
- supported use: diagnostic investigation or metric design review;
- unsupported use: proof that the underlying work system improved.

This is the practical C.27 bridge: metric publication may be a temporal intervention, while C.16 carries measurement, [E.13](/generated/patterns/E.13) carries proxy or value distortion, C.26 carries only residual probe/frame/export cues, and evidence patterns carry the evidence relation.

#Bias-Annotation

Use C.27 only where it helps a working reader notice temporal-claim inflation and choose the least-committing supported result: no C.27 record, Dyn0 reading, Dyn1 reading, a local Dyn2TemporalClaimAdequacyCard, a boundary-crossing Dyn2TemporalClaimProfile, or a named neighbouring-pattern relation. A correct dynamic-claim schema is not enough. The useful result is that a working reader can notice when a state or rate reading is being used as a rate-change, rhythm-change, intervention, braking, coasting, recovery, stabilization, benchmark, promise, or assurance claim; choose the least-committing supported next output; and stop or cite the carrying pattern without making C.27 absorb that pattern's governed concern. The missing-question content belongs here only where it strengthens three practical abilities:

• how a reader finds C.27 from ordinary working language such as speed up, slow down, recover, stabilize, sustain cadence, improve faster, change direction, or reduce risk faster;
• how source ideas become FPF-facing guidance without turning physical or dynamic metaphors into new ontology: adopted, adapted, carried by another FPF pattern, or rejected as literal dynamics ontology;
• how C.27 keeps higher-demand claim relations with existing FPF patterns instead of becoming a general pattern for measurement, dynamics law, work, search, benchmarks, promises, assurance, viability, publication-unit stability, or QL.

Additional detail is useful only when it improves one of those three abilities or clarifies a stopping condition. More fields, case notes, or pattern-relation prose is rejected when they only make C.27 harder to refuse, harder to stop, or easier to misread as a general theory of change.

Gov. C.27 reduces hidden decision-claim inflation: local diagnosis, planning assumption or planning-model relation, benchmark use, public promise, and assurance use remain different claim uses.

Arch. C.27 is biased against stealing work from neighbouring patterns. It types authored temporal-claim adequacy question while measurement, formal dynamics, work, search, benchmark, promise, causality, quality, value, viability, scale, adaptation, and QL relations remain with the patterns that govern those concerns.

Ontology and episteme. C.27 is biased toward described system, description, and carrier separation and toward explicit temporal-claim-use classification. It treats Dyn0, Dyn1, and Dyn2 as readings of authored temporal claims, not as kinds of systems.

Pragmatics and didactics. C.27 is biased toward cheap stopping, card-first use, and teaching through cases before field machinery. The first lesson is: a trend is not yet an intervention model.

#Conformance Checklist

Use these requirements to judge whether a C.27 record or C.27-facing paragraph is sufficiently supported for the use it is making. Ordinary local use can stay small.

Value and harm boundary. A temporally adequate claim is not automatically a valuable claim. A valuable claim is not automatically temporally adequate. If value, harm, safety, legal, ethics, quality, or promise impact is FPF-governed, C.27 states only the temporal move, window, supported use, unsupported downstream claim, effect, or use, and pattern relation. The value, harm, safety, legal, ethics, quality, or promise pattern governs the other question.

Conceptual lint classes (informative). These labels describe cheap inspection faults, not a required tool.

Common failure modes after adoption (informative).

#Common Anti-Patterns and How to Avoid Them

C.27 starts with the anti-patterns most likely to make a working reader misuse a state or rate reading as a Dyn2 temporal claim. Less frequent traps belong in the extended bank and should not become a first-screen checklist.

Use the negative cases to make non-use easy. They are not profile triggers.

Use the extended anti-patterns only when the temporal claim actually raises that trap.

#Consequences

C.27 should make FPF better at planning and reviewing dynamic claims while keeping ordinary state and rate claims cheap. Its main cost is one more C-pattern and several neighbour notes in existing FPF patterns. The mitigation is the central affordability rule: C.27 must be easier not to use than to misuse.

C.27 claims decay over time. Refresh or reopen when one of the listed conditions changes.

Refresh demand stays proportional:

Local C.27 card:
  has reopenTrigger only.

Boundary-crossing C.27 profile:
  has validityWindowRef and evidence valid_until when FPF-governed.

Part G, benchmark, SoTA, or public method claim:
  C.27 reopenTrigger feeds G.11 refresh orchestration;
  C.27 does not become a refresh ledger.

• sampling window, cadence, or time base changes;
• effort envelope or resource budget changes;
• intervention actor reference, role-assignment availability, performer eligibility, authority, or holder availability changes;
• inertia or resistance proxy changes: new tooling, team, queue topology, domain, work mix, constraints, or service environment;
• metric becomes a target, incentive, gate, dashboard, or public comparison;
• cross-scale transfer is attempted;
• outcome reverses, overshoots, oscillates, or becomes unstable;
• hidden queues, rework, burnout, quality loss, operations-service demand, safety demand, or coordination debt appear;
• rhythm bearer, timing reference, window, proxy, or coupling changes;
• claim use changes from assumption or diagnostic to benchmark, assurance, causal, promise-like, publication, or formal model use;
• the claim is reused outside its original validity window or domain;
• a coasting, braking, or recovery claim continues after effort changes or stops.

Local Dyn2TemporalClaimAdequacyCards normally need only a reopen, downgrade, or pattern-reference condition. Dyn2TemporalClaimProfiles for boundary-crossing claim use should cite validityWindowRef or evidence valid_until when the claim carries a benchmark, gate, assurance, promise-like use, reusable method, publication, or formal-model relation. If rate-change evidence decays, freshness and epistemic-debt handling belongs with B.3.4 or G.11 rather than becoming a C.27 freshness calculus.

When a Dyn2 benchmark, task-family adaptation claim, public method claim, selector-facing claim, SoTA publication claim, or other Part G publication carries a temporal-claim record, C.27 reopenTrigger is not enough by itself. C.27 states the temporal-claim question and its validity or reopen condition; G.9 carries benchmark parity when comparison is being made; G.11 carries refresh orchestration such as refresh queue, refresh plan, refresh report, deprecation notice, or edition bump when evidence, comparator editions, method editions, claim windows, or validity windows drift.

#Rationale

The source material is most relevant where it replaces the question "what is the speed?" with "what effort profile, over which windows, changes speed, rhythm, direction, or stability under resistance and cost?" The C.27 keeps that practical move while rejecting physics ontology, mandatory calculus, false QL relevance, and default full-profile bureaucracy.

C.27 acts in FPF as a small modern correction for one recurring failure: working texts observe or name a rate and then behave as if they know how to change that rate. The pattern brings FPF up to modern practice only in the following shape:

• the state, rate, and rate-change distinction remains the cheap recognition gain;
• control, policy evaluation, causal inference, process mining, benchmarking, rhythm, and high-stakes temporal-move cases appear as present profile blocks;
• quantum-like residual cases appear only as C.26 relations, not as C.27 claim-adequacy content blocks or fields of one universal dynamic EntityOfConcern;
• control fields stay absent by default and appear only for control-style use;
• behavior-policy versus evaluation-policy discipline is visible when off-policy or sequential-policy transfer is claimed;
• causal claims carry intervention contrast, time zero, follow-up, outcome, assumptions, and identification or evaluation relation rather than C.27 shorthand;
• performative and Goodhart cases separate metric-as-measure, metric-as-target, and metric-as-intervention;
• work-cycle and process-rate claims name bearer, object trace, event trace, interaction, and convergence or divergence rather than one generic process-speed label;
• dynamic benchmarks use C.27 to type the temporal-claim question while G.9 carries parity;
• rhythm claims stay bearer plus timing reference plus window plus evidence proxy relation plus supported use by default, with entrainment or coupling claims with cross-bearer evidence commitments only when the claim needs them;
• quantum-like use stays out of C.27 unless a residual probe, order, frame, or export cue remains after ordinary C.27, C.24, C.16, G.9, and E.13 pattern relations;
• full Dyn2TemporalClaimProfiles remain rare, and the pattern improves action quality more than it increases paperwork.

One-line SoTA formulation for C.27: it makes intervention-sensitive temporal claims explicit - policy, effort, window, resistance, feedback, evidence, bearer, and supported use - while refusing to treat every speed or rhythm phrase as control theory, C.28-governed causal-use claim, benchmark superiority, or quantum-like modeling.

#SoTA-Echoing

C.27 should be shaped by current modeling practice without becoming a survey paper. The C.27 SoTA claim is: C.27 is intervention-sensitive temporal claim adequacy with explicit evidence relation and temporal-claim-use classification, not literal second derivative everywhere and not universal control theory.

Source binding used by this section:

Currentness source set: as of June 2026, newer safe-learning MPC and safe-continual-RL work reinforces the existing fields rather than changing the C.27 ontology. Reopen this source use when current control, policy-evaluation, dynamic-treatment-regime, benchmark, or rhythm practice changes the required horizon, constraint, uncertainty, feedback-update, policy-overlap, nonstationarity, safety-boundary, bearer, timing-reference, evidence, or supported-use obligations.

SoTA lesson to C.27 obligation map:

Source id references:

• D2-SRC-1: Статика, динамика первой производной, динамика второй производной.
• D2-SRC-2: Learning-Based Model Predictive Control: Toward Safe Learning in Control, Review on model predictive control: an engineering perspective, and Goal-oriented safe active learning for predictive control using Bayesian recurrent neural networks.
• D2-SRC-3: A Survey of Constraint Formulations in Safe Reinforcement Learning, A Review of Off-Policy Evaluation in Reinforcement Learning, Conservative Q-Learning for Offline Reinforcement Learning, Methods in dynamic treatment regimens using observational healthcare data, and Safe Continual Reinforcement Learning Methods for Nonstationary Environments: Toward a Survey.
• D2-SRC-4: Causal Inference: What If and Causal Inference About the Effects of Interventions From Observational Studies in Medical Journals.
• D2-SRC-5: Performative Prediction, Performative Prediction: Past and Future, and Categorizing Variants of Goodhart's Law.
• D2-SRC-6: OCEL 2.0 and Object-Centric Event Logs: Specifications, Comparative Analysis and Refinement.
• D2-SRC-7: Active Inference: A Process Theory and Embodied decisions as active inference.
• D2-SRC-8: Neural entrainment underpins sensorimotor synchronization to dynamic rhythmic stimuli, A review of psychological and neuroscientific research on musical groove, and Finding the rhythm.
• CT-TIME-SRC: David Deutsch and Chiara Marletto, Constructor theory of time.

Control and MPC. Control-style claims need horizon, constraints, uncertainty, feedback update, and stability only when a control-style claim is being made. A local Dyn2TemporalClaimAdequacyCard can say "we plan to brake rollout for two weeks to protect operations-service capacity" without becoming MPC. If the claim is not control-style, do not fill control fields. A control claim used beyond the local working context needs the neighboring governing-pattern relation. C.27 control or policy relation: dyn2ControlPolicyRelation? is present only when dynClaimUseClass is controlModel, policyRule, adaptive, a planningModel with feedback relation, or an explicit C.24, C.19, or evaluation relation. The block says that the temporal claim has crossed into control claim-use or policy claim-use; it does not make C.27 an MPC, reinforcement-learning, or policy-evaluation pattern.

Sequential decision and reinforcement-learning practice. Many real rate-change claims are policy or regime claims, not one-shot effort claims. Policy-transfer control details and policy details belong inside dyn2ControlPolicyRelation?, not in the default Dyn2TemporalClaimAdequacyCard. When it applies, the block should recover behavior policy, evaluation policy, overlap note, uncertainty or bound reference, unsafe-exploration note, and pattern reference to C.19, C.24, U.Dynamics, or the evaluation pattern. This matters for adaptive rollouts, agentic tool-use, clinical-like treatment regimes, and repeated operational interventions.

Causal inference. C.27 is not a C.28 causal-use claim pattern. Effort plus observed rate-change may carry a planning or diagnostic reading, but a causal attribution needs a separate C.28 causal-use relation. When dyn2CausalUseRelation? is present, it should name the causal question, intervention reference, comparator or counterfactual, estimand, time-zero or assignment window, follow-up window, outcome measure, assumptions, rival causes, identification strategy or evidence design when available, supported causal use, and unsupported causal use.

Core rule: C.27 can say a claim is Dyn2 and intervention-sensitive. C.27 cannot turn that temporal relation into a C.28-governed causal-use claim with estimand, identification, realizability, evidence design, and supported-use judgment. Dyn2 can describe an intervention-sensitive temporal-claim question; it does not estimate causal effect unless dyn2CausalUseRelation? is active and C.28 causal-use discipline carries the causal question.

Metric publication and target use. When a metric becomes a target, dashboard, incentive, gate, or public comparison, it may change temporal behavior. C.27 uses dyn2MetricTargetEffectBlock? only for the temporal intervention and supported-use change. C.16 carries metric-as-measure, E.13 or an assurance pattern carries target, proxy, utility-distortion, or optimization-target adequacy, and C.26 appears only for residual probe, frame, order, or export cues after ordinary C.27, C.16, and E.13 pattern relations are named. This keeps Goodhart from becoming a C.27 mini-pattern.

Process mining and object-centric process mining. Scalar throughput is often a thin view. Some dynamic claims need trace topology, multiple object bearers, interaction notes, and evidence about how queues, tickets, incidents, customers, orders, services, engineers, deployments, or review windows interact. When this question is current, C.27:4 - Solution defines the dyn2ObjectCentricTraceBlock? fields. This section explains why multi-object trace requirements should be named instead of pretending that one scalar throughput rate says enough.

Active sensing and active inference. Measurement may be an action rather than a passive read, but that is still usually ordinary FPF pattern relations: measurement, state-space, planning, evidence, control, causal, or process-log relation. QL is not made relevant by typing, discreteness, state reduction, tokenization, or planned measurement. C.27 may notice dynamic or probe pressure, but it must not promote active inference, quantum cognition, or QL mathematics unless C.26 remains relevant after ordinary-pattern non-use tests.

Rhythm and embodied dynamics. Rhythm claims used beyond ordinary local prose need bearer, timing reference, window, evidence proxy relation, and supported use. Coupling, phase relation, entrainment-like relation, perturbation response, tempo drift, or synchronization evidence are downstream claim, effect, or use fields only when the claim depends on coordination between bearers. This preserves the useful dance and practice analogy without minting a rhythm ontology.

C.27 is a middle recognition-and-relation lens, not a general dynamic-theory pattern. It notices when a claim has moved from state or rate reading to intervention-sensitive temporal adequacy, then keeps higher-demand claim relations with the existing FPF pattern that carries them:

The following lines connect common failures to C.27 action, not to a literature catalog:

#Relations

C.27 is the pattern for authored temporal-claim adequacy. It asks whether a claim about speed, rhythm, throughput, recovery, convergence, rollout, adoption, braking, coasting, redirection, or stabilization is sufficiently supported for the use being made of it. It does not become the pattern for the described system, work, measurement, benchmark, promise, quality bundle, or formal dynamics model.

When a temporal claim also touches another FPF concern, use the FPF pattern that governs that concern and let C.27 state only the temporal-claim adequacy question.

Use pattern references before expanding a C.27 record. When measurement, transition law, work evidence, planning, benchmark parity, C.28 causal-use claim, promise content, assurance claim, quality, viability, or residual QL discipline governs the other question, the C.27 record cites that pattern and keeps only the temporal-claim adequacy question.

When a temporal claim touches neighbouring work, keep these boundaries:

1. Fields in a C.27 card do not imply new Kernel kinds.
2. State space, measurement, transition law, work, planning, benchmark, causality, promise, service, quality-bundle, publication, transformation, and QL questions stay with the FPF pattern that governs each question.
3. The described object, authored temporal claim, temporal bearer, profile content, and profile carrier remain distinct.
4. If the text says process, work cycle, practice, service, method, system, transformation, or rhythm, the real bearer or changed object is named through a named FPF kind and reference rather than treated as one generic moving thing.
5. Derivative-like readings remain compatible with C.16 measurement construction.
6. Full Dyn2TemporalClaimProfiles remain rare and justified rather than default.
7. At least one golden case stops or downgrades from Dyn2 correctly.
8. Braking, pause, stabilization, redirection, and coasting are first-class temporal moves rather than failures to accelerate.
9. QL relevance stays inactive unless ordinary pattern relations leave residual probe, frame, export, or coarsening cue.
10. Causal, benchmark, promise-like, transformation, and assurance claims cite the governing pattern relation that carries the claim rather than relying on an ordinary Dyn2TemporalClaimAdequacyCard.

This is the neighbouring-question boundary check, not a second relation matrix and not a form for ordinary use. Before expanding C.27, ask four questions:

1. Is the EntityOfConcern still the authored temporal claim, with the described object, claim-bearing description, and carrier kept separate under A.7/C.2.1? If not, return to the pattern that governs the described object or episteme.
2. Is local dynamic wording (Dyn2, rhythm, force, inertia, speed, acceleration, trend, rate-change) turning into a new FPF kind or a hidden coordinate system? If yes, use E.10/F.18 and the direct characteristic/measurement patterns before writing more C.27 apparatus.
3. Is the current governed question actually measurement, dynamics, work, work planning, causality, benchmark parity, promise, service acceptance, quality, viability, evidence, provenance, QL residue, or transformation? If yes, use the governing pattern named in the relation table and keep only the temporal-claim adequacy question here.
4. Is the local one-screen Dyn2TemporalClaimAdequacyCard enough? If yes, do not open a Dyn2TemporalClaimProfile and do not copy neighboring-pattern doctrine into C.27.

At use time, the concrete relation is enough: name the temporal-claim adequacy question, name the pattern that governs the other question, state the unsupported downstream claim, effect, or use, and choose the minimal C.27 output or the pattern relation that carries the other claim.

Core discipline: C.27 does not name new objects in the world. It names when an authored temporal claim has started to need intervention-sensitive temporal adequacy, then keeps each higher-demand claim relation with the FPF pattern that already governs that concern.

Practitioner-readable problem:

A trend is not yet an intervention model. Use C.27 when a claim about speed, rhythm, throughput, recovery, convergence, rollout, or adoption is used to change action and therefore needs effort, window, resistance, evidence relation or assumption relation, and reopen discipline.

One-minute working script:

When a text says something should get faster, slower, recover, stabilize, or keep rhythm, first ask: are we only reading a state, only reading a rate, or claiming that an intervention changes the rate, rhythm, recovery, or stabilization? If it is only state or rate, stop. If it is an intervention claim, write the smallest Dyn2TemporalClaimAdequacyCard: what changes, by what effort, in what window, against what resistance or cost, with what evidence relation or assumption relation, for what supported use, and what downstream claim, effect, or use is not carried by the temporal-claim record. Only boundary-crossing claims need a Dyn2TemporalClaimProfile. Formal laws, measurements, work, C.28 causal-use claim, benchmarks, promises, assurance, viability envelopes, scale-variable claims, adaptation signatures, and QL residues stay with the existing FPF patterns that govern those concerns.

C.27 also carries an early non-improvement boundary:

C.27 is not a temporal theory of everything. It is the smallest useful repair for one recurring authored-claim failure: rate talk pretending to know rate-change.

C.27 does not present itself as improving all temporal reasoning, all process modeling, all practice description, all rhythm theory, all control, RL, causal inference, all performance management, all QL or active-inference modeling, all scaling claims, or all adaptation claims. It improves one narrow working failure: it prevents state or rate readings from being laundered into intervention-sensitive temporal claims without effort, window, resistance, evidence or assumption relation, and supportedUse and unsupportedUse field discipline.

The first C.27 record should be the one-screen Dyn2TemporalClaimAdequacyCard, not a full Dyn2TemporalClaimProfile. The Dyn2TemporalClaimProfile is a boundary-crossing claim-use C.27 record. Existing formal patterns carry formal models; a C.27 record cites them when the other question is current instead of copying C.27 theory into another pattern relation.

The durable bottom line is:

C.27 is useful when it notices state or rate readings being laundered into rate-change claims, produces the least-committing supported next output, and keeps every higher-demand claim relation with the existing FPF pattern that governs that concern.

It should help FPF users act more carefully with speed, rhythm, effort, inertia, braking, coasting, and redirection claims. It does not make FPF carry mathematical theater, physics ontology, false QL relevance, or unassigned compliance claims.

#C.27:End

Last Updated: 2026-06-13 — this section last modified in upstream FPF commit cb17c555 (github.com/ailev/FPF)