Kineologist HTML Report

Master Movement Report - FB_Liam-5C__9ca73f5538322822

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Range of Motion (Top)

Baseline Comparison (Summary)

Muscle Contribution Evidence

Note: These values are motion-derived muscle-contribution proxies inferred from kinematic channels. They are not EMG measurements.

Top mean contributors

Highest duty contributors

Protocol group summary

Lower Body Mechanics

- Imperial: 45.5 in.

Full-Body Valgus Profile

Current-Pitch Direct Mechanical Proxies

- Despite the broader sequence name, the current trigger is the shoulder-line-to-forearm-lag timing interval. Forearm-lag magnitude or persistence can increase severity. Pelvis-to-shoulder and shoulder-to-wrist intervals are additional context and are not presented as trigger conditions.
- Values: subject=—, baseline=—, delta=—
- Frame evidence: subject=80, baseline=None, difference=None
- Native interval timing: subject 58→80 = 22 frames; baseline None→None = None frames; difference None frames / — seconds
- Phase: STRIDE→P2
- Comparison authority: direct current-pitch evidence
- Evidence quality: Good
- Trigger evidence
- 2 conditions contributed to this SEVERE finding:
- Shoulder-rotation timing relative to forearm-lag peak: 0.196 normalized pitch time; rule threshold greater than 0.080 normalized pitch time.
- Peak forearm-direction lag: 169.8°; rule threshold at least 75.0°.
- Decision basis: timing_band_with_optional_lag_support
- Thresholds: early_amber=-0.180, early_red=-0.280, late_amber=0.020, late_red=0.080, lag_rel_amber_deg=75.000, lag_persist_p3_amber=0.150
- Threshold provenance: operational_engineering
- Boundary: Kinematic sequencing proxy; not a diagnosis or direct joint-load measurement.
- This rule compares the subject’s wrist-speed-build peak with the subject’s own maximum-wrist-speed event. The exact normalized timing interval and threshold that caused the finding are listed below. It is a signal-timing descriptor, not a direct loading measure.
- Values: subject=-0.125, baseline=—, delta=— normalized_time
- Exact evidence: subject -0.125, baseline —, difference — normalized_time
- Frame evidence: subject=105, baseline=None, difference=None
- Native interval timing: subject 91→105 = 14 frames; baseline None→None = None frames; difference None frames / — seconds
- Phase: P3→P4
- Comparison authority: direct current-pitch evidence
- Evidence quality: Good
- Trigger evidence
- Wrist-speed-build timing relative to peak wrist speed: -0.125 normalized pitch time; rule threshold at most -0.100 normalized pitch time. frame 91
- Decision basis: early_whip_red_or_amber
- Thresholds: dtau_dv_to_vw_amber=-0.100, dtau_dv_to_vw_red=-0.150
- Threshold provenance: operational_engineering
- Boundary: Signal-shape timing proxy, not a direct tissue-loading measure.
- This rule is triggered by the normalized timing interval from shoulder-line rotation peak to forearm-lag peak. The exact interval and late threshold are listed below; other trunk measurements are context only.
- Values: subject=0.196, baseline=—, delta=— normalized_time
- Exact evidence: subject 0.196, baseline —, difference — normalized_time
- Frame evidence: subject=80, baseline=None, difference=None
- Native interval timing: subject 58→80 = 22 frames; baseline None→None = None frames; difference None frames / — seconds
- Phase: STRIDE→P2
- Comparison authority: direct current-pitch evidence
- Evidence quality: Good
- Trigger evidence
- Shoulder-rotation timing relative to forearm-lag peak: 0.196 normalized pitch time; rule threshold greater than 0.080 normalized pitch time. frame 80
- Decision basis: shoulder_too_late_vs_lag
- Thresholds: early_amber=-0.180, early_red=-0.280, late_amber=0.020, late_red=0.080
- Threshold provenance: operational_engineering
- Boundary: Performance sequencing descriptor; not a direct loading or injury measure.
- This rule combines forearm-direction lag, elbow angular-speed, persistence and release-timing evidence. Only the conditions that actually satisfied the rule decision are listed as trigger evidence below. These kinematic proxies do not measure elbow valgus torque, tissue load or injury risk.
- Values: subject=—, baseline=—, delta=—
- Comparison authority: direct current-pitch evidence
- Evidence quality: Good
- Trigger evidence
- 3 conditions contributed to this MODERATE finding:
- Peak elbow angular speed: 1873.0°/s; rule threshold at least 1800.0°/s. frame 96
- Release-window elbow angular speed: 1117.8°/s; rule threshold at least 900.0°/s. release_window
- Peak forearm-direction lag: 169.8°; rule threshold at least 70.0°. frame 58
- Decision basis: support_count_at_least_2
- Thresholds: elbow_angular_speed_high_thresh_deg_s=1800.000, elbow_angular_speed_red_thresh_deg_s=2000.000, ext_rel_amber_deg_s=900.000, ext_rel_red_deg_s=2000.000, lag_high_thresh_deg=70.000, lag_persist_p3_amber=0.150, persist_ex_p3_thresh=0.200, dtau_lag_to_release_close_amber=-0.060, dtau_lag_to_release_close_red=-0.030, ramp_rel_support_thresh=0.100
- Threshold provenance: operational_engineering
- Boundary: Kinematic proxy only; it does not measure elbow valgus torque, tissue load or injury risk.
- This rule evaluates how persistently the elevated throwing-elbow / upper-arm orientation is present during P2. The exact frame count, percentage and threshold that caused the finding are listed in Current Evidence. This is a kinematic shape/timing proxy, not an established injury predictor.
- Values: subject=0.164, baseline=—, delta=— fraction
- Exact evidence: subject 0.164, baseline —, difference — fraction
- Comparison authority: direct current-pitch evidence
- Evidence quality: Good
- Trigger evidence
- P2 elevated upper-arm persistence: 16.4%; rule threshold at least 15.0%. P2
- Decision basis: inverted_w_mild
- Thresholds: persist_iw_p2_thresh=0.150, persist_iw_p2_red=0.250, dtau_elbow_height_to_wrist_speed_early=-0.120
- Threshold provenance: operational_engineering
- Boundary: Shape/timing review proxy only. It is not an established injury predictor or diagnosis.
- This rule evaluates release-adjacent forearm-direction lag and P3 persistence, with exact timing and elbow-speed support used only where the rule decision specifies it. The causal conditions and thresholds are listed below. This is not shoulder external rotation, elbow torque or tissue load.
- Values: subject=93.706, baseline=—, delta=— deg
- Exact evidence: subject 93.706, baseline —, difference — deg
- Comparison authority: direct current-pitch evidence
- Evidence quality: Good
- Trigger evidence
- Release-window forearm-direction lag: 93.7°; rule threshold at least 75.0°. frame 58
- Decision basis: lag_support_without_close_timing
- Thresholds: lag_rel_amber_deg=75.000, lag_rel_red_deg=90.000, dtau_lag_to_release_close_amber=-0.060, dtau_lag_to_release_close_red=-0.030, lag_persist_p3_amber=0.150, lag_persist_p3_red=0.250, ext_rel_amber_deg_s=900.000, ext_rel_red_deg_s=2000.000
- Threshold provenance: operational_engineering
- Boundary: Kinematic direction/timing proxy; not shoulder external rotation, elbow valgus torque or diagnosis.

Baseline-Relative Findings

Evidence and Unavailable Domains

Rule Validation Ledger

Findings