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Behavioral Constraint Legibility Under Concealment Cover

Behavioral Constraint Legibility Under Concealment

Open Access
|Aug 2026

Figures & Tables

Figure 1

Article-focused EtoM architecture used in the present study. The figure shows the construction path from ϕ through R(ϕ), the concealment relation C(ϕ; O), the observer system O, and the legibility relation L(ϕ; O). The complete EtoM architecture appears in Supplementary Material S1.

Figure 2

Cooperative ball-game toy model under concealment. The construction side specifies off-ground continuity and withholds that rule from the observer. The observer receives only the unfolding play and may track continuity, drift, and breakdown through their visible consequences.

Figure 3

Construction-to-observation Chain for Behavioral Constraint Legibility Under Concealment.

Table 1

Construct → measure → expected direction (support pattern).

CONSTRUCT (LEGIBILITY DIMENSION)MEASURE(S) IN THIS STUDYEXPECTED DIRECTION (SUPPORT PATTERN)
Detectability/Trackability (observer-side contact with structured unfolding)Q4; Q5; Q6Higher reportable recognition in Q4–Q5 and lower uncertainty in Q6 align with stronger detectability and trackability under the stated observation channel.
Actionability/Active meaning-makingQ7; Q8Higher resonance and stronger active meaning-making align with stronger actionability under the stated observation channel.
DiscriminabilityQ9Q9 preference patterns covary with the other legibility measures in the direction specified by the observer-side profile, interpreted as within-work discriminability under a fixed order rather than as a counterbalanced causal estimate.
Structural entry routesQ10Higher Q10 endorsement aligns with stronger reportable structure pickup and covaries with lower uncertainty (Q6) and stronger active meaning-making markers (Q8).
Language traces and equivalence of formQ11Q11 responses provide descriptive traces of observer language under concealment. Q1–Q10 carry the inferential tests.
Figure 4

Movement II construction example: binding-tension.

Table 2

Attentional engagement distribution (Q6).

Q6 OUTCOMECOUNTPERCENTAGEWILSON 95% CI
Engaged (1–5)36292.1%[89.0%, 94.4%]
Uncertain (6)317.9%[5.6%, 11.0%]
Total393100.0%
Table 3

Engagement by Age Group (Q1).

AGE GROUPCOUNTENGAGEDUNCERTAINENGAGEMENT RATE
11 and younger110100.0%
12–14220100.0%
15–17118372.7%
18–242932732093.2%
25–34990100.0%
35–4498188.9%
45–542825389.3%
55 and older3835392.1%
I prefer not to answer21150.0%
Total3933623192.1%
Table 4

Engagement by Dance/Performing-Arts Experience (Q2).

EXPERIENCE LEVELCOUNTENGAGEDUNCERTAINENGAGEMENT RATE
No Experience10091991.0%
Beginner1301181290.8%
Intermediate9089198.9%
Advanced5445983.3%
Professional19190100.0%
Total3933623192.1%
Table 5

Engagement by Familiarity with Abstraction (Q3).

FAMILIARITY LEVELCOUNTENGAGEDUNCERTAINENGAGEMENT RATE
Not familiar at all1301161489.2%
Slightly familiar138132695.7%
Moderately familiar7267593.1%
Very familiar4136587.8%
Extremely familiar1211191.7%
Total3933623192.1%
Table 6

Recognition rates (Q4–Q5).

MEASUREn/NRATEWILSON 95% CI
Thematic recognition (Q4)372/39394.7%[92.0%, 96.5%]
Affective recognition (Q5)387/39398.5%[96.7%, 99.3%]
Table 7

Uncertainty, resonance, and active meaning-making endpoints (Q6–Q8).

MEASUREn/NRATEWILSON 95% CI
Q6 = “I’m not sure” (Uncertain)31/3937.9%[5.6%, 11.0%]
Q7 = “No connection”43/39310.9%[8.2%, 14.4%]
Q8 = “Observed only”78/39319.8%[16.2%, 24.1%]
Table 8

Layered endpoint profiles across recognition and engagement domains (Q4–Q8).

COMPOSITE PROFILEn/NRATEWILSON 95% CI
Q4 and Q5 both non-recognition, with at least one Q6–Q8 item outside its endpoint0/3930.00%[0.00%, 0.97%]
Q6–Q8 all endpoints, with at least one Q4 or Q5 recognition item retained9/3932.29%[1.21%, 4.29%]
Q4–Q8 all endpoint-coded1/3930.25%[0.04%, 1.43%]
Figure 5

Central hypothesis indicators by structural-entry report (Q10). Percentages compare respondents who did and did not report a structural-entry route; risk ratios and 95% confidence intervals are reported in Table 9.

Table 9

Structural-entry reports (Q10) versus recognition, engagement, resonance, active meaning-making, and section preference (Q4–Q9).

OUTCOMEQ10 = NO (n/N, %)Q10 = YES (n/N, %)RR (YES VS NO)95% CIP-VALUE (FISHER, 2-SIDED)
Q4: Thematic recognition11/32 (34.4%)361/361 (100.0%)2.87[1.80, 4.57]3.74 × 10^–27
Q5: Affective recognition29/32 (90.6%)358/361 (99.2%)1.09[0.98, 1.22].0083
Q6: Uncertainty8/32 (25.0%)23/361 (6.4%)0.25[0.12, 0.52].0017
Q7: Personal resonance (any)20/32 (62.5%)330/361 (91.4%)1.46[1.12, 1.92]2.95 × 10^–5
Q8: Active meaning-making (any)12/32 (37.5%)303/361 (83.9%)2.24[1.43, 3.51]3.28 × 10^–8
Q9: Preference = “Drink Me13/32 (40.6%)8/361 (2.2%)0.05[0.02, 0.12]6.87 × 10^–11

[i] For the six Q10 associations, BH-FDR q-values were: Q4 = 2.24 × 10^–26; Q5 = .0083; Q6 = .0020; Q7 = 4.42 × 10^–5; Q8 = 6.57 × 10^–8; Q9 = 2.06 × 10^–10.

Table 10

Q2 dance/performing-arts experience sensitivity analysis for central indicators.

OUTCOMERATES BY Q2 CATEGORY (NO EXP., BEG., INT., ADV., PROF.)FISHER PBH-FDR QINTERPRETATION
Q10 structural-entry reports94.0%, 88.5%, 92.2%, 94.4%, 94.7%.5841.7788No simple expertise gradient
Q6 uncertainty9.0%, 9.2%, 1.1%, 16.7%, 0.0%.0052.0209Mixed, non-monotonic pattern
Q8 active meaning-making73.0%, 78.5%, 87.8%, 81.5%, 89.5%.1036.2073Not significant after BH-FDR
Q9 Drink Me preference5.0%, 5.4%, 6.7%, 3.7%, 5.3%.9697.9697No simple expertise gradient
DOI: https://doi.org/10.5334/joc.515 | Journal eISSN: 2514-4820
Language: English
Page range: 43 - 43
Submitted on: Feb 5, 2026
Accepted on: Aug 3, 2026
Published on: Aug 19, 2026
Published by: Ubiquity Press
In partnership with: Paradigm Publishing Services

© 2026 Assaf Benchetrit, Liliya Benchetrit, published by Ubiquity Press
This work is licensed under the Creative Commons Attribution 4.0 License.