Kineologist HTML Report

Muscle Contribution Report - dataset-1_walk_childish_001(1)

Muscle Sequence Timeline
P1
P4
Pelvis / Trunk
M1
M4
M7
M13
M15
M20
M25
M30
M36
M41
M42
M46
M52
M53
Spine
M2
M6
M8
M14
M16
M23
M26
M29
M31
M37
M43
M44
M45
M48
Neck / Head
M3
M10
M9
M17
M18
M22
M24
M32
M33
M38
M39
M50
M51
M55
Left Leg
M5
M11
M21
M27
M35
M40
M54
M56
Right Leg
M12
M19
M28
M34
M47
M49
Timeline labels are compact M-marker text; full marker detail is listed below.
MGroupMuscleframePhaseTake phase % (P1-P4)
M1Pelvis / TrunkSPINE pec L0P1 to P40.0%
M2SpineSPINE abs7P1 to P45.0%
M3Neck / HeadHEAD neck flex8P1 to P45.8%
M4Pelvis / TrunkSPINE pec R18P1 to P412.9%
M5Left LegLLEG calf21P1 to P415.1%
M6SpineSPINE erector23P1 to P416.5%
M7Pelvis / TrunkSPINE erector23P1 to P416.5%
M8SpineSPINE erector23P1 to P416.5%
M9Neck / HeadHEAD neck ext24P1 to P417.3%
M10Neck / HeadHEAD neck ext24P1 to P417.3%
M11Left LegLLEG hamstring31P1 to P422.3%
M12Right LegRLEG quad40P1 to P428.8%
M13Pelvis / TrunkSPINE abs41P1 to P429.5%
M14SpineSPINE abs41P1 to P429.5%
M15Pelvis / TrunkSPINE abs41P1 to P429.5%
M16SpineSPINE abs41P1 to P429.5%
M17Neck / HeadHEAD neck flex42P1 to P430.2%
M18Neck / HeadHEAD neck flex42P1 to P430.2%
M19Right LegRLEG hamstring49P1 to P435.3%
M20Pelvis / TrunkSPINE pec R53P1 to P438.1%
M21Left LegLLEG calf56P1 to P440.3%
M22Neck / HeadHEAD neck ext59P1 to P442.4%
M23SpineSPINE erector59P1 to P442.4%
M24Neck / HeadHEAD neck ext59P1 to P442.4%
M25Pelvis / TrunkSPINE erector59P1 to P442.4%
M26SpineSPINE erector59P1 to P442.4%
M27Left LegLLEG hamstring63P1 to P445.3%
M28Right LegRLEG calf74P1 to P453.2%
M29SpineSPINE abs75P1 to P454.0%
M30Pelvis / TrunkSPINE abs75P1 to P454.0%
M31SpineSPINE abs75P1 to P454.0%
M32Neck / HeadHEAD neck flex76P1 to P454.7%
M33Neck / HeadHEAD neck flex76P1 to P454.7%
M34Right LegRLEG hamstring82P1 to P459.0%
M35Left LegLLEG calf89P1 to P464.0%
M36Pelvis / TrunkSPINE erector92P1 to P466.2%
M37SpineSPINE erector92P1 to P466.2%
M38Neck / HeadHEAD neck ext93P1 to P466.9%
M39Neck / HeadHEAD neck ext93P1 to P466.9%
M40Left LegLLEG hamstring95P1 to P468.3%
M41Pelvis / TrunkSPINE pec L102P1 to P473.4%
M42Pelvis / TrunkSPINE abs105P1 to P475.5%
M43SpineSPINE abs105P1 to P475.5%
M44SpineSPINE abs105P1 to P475.5%
M45SpineSPINE erector107P1 to P477.0%
M46Pelvis / TrunkSPINE erector107P1 to P477.0%
M47Right LegRLEG calf107P1 to P477.0%
M48SpineSPINE erector107P1 to P477.0%
M49Right LegRLEG quad108P1 to P477.7%
M50Neck / HeadHEAD neck flex110P1 to P479.1%
M51Neck / HeadHEAD neck flex110P1 to P479.1%
M52Pelvis / TrunkSPINE pec R120P1 to P486.3%
M53Pelvis / TrunkSPINE pec R120P1 to P486.3%
M54Left LegLLEG quad124P1 to P489.2%
M55Neck / HeadHEAD neck ext127P1 to P491.4%
M56Left LegLLEG calf139P1 to P4100.0%

Method and Interpretation Boundary

Note: These values are motion-derived muscle-contribution proxies inferred from kinematic channels. They are not EMG measurements. Peak values are used only to locate timing events; report comparison focuses on mean contribution and duty duration because summary peak values can saturate.

Input Artifacts

Muscle Sequence Analysis

Gait muscle timing is cycle-aware: M markers are generated inside final refined IC→TO→IC gait cycles.

Cycle marker summary

Cycle consistency summary

Baseline cycle timing comparison

Gait muscle timing is evaluated relative to IC/TO events, stance/swing transitions, stabilisation patterns, and asymmetry rather than as one linear chain.

Protocol-defined gait sequence observations

- Anchor events: IC / TO
- Whole-take marker table: sorted chronologically by frame and expressed as Take phase % (P1-P4).
- Cycle summaries: expressed as Cycle % (IC-next IC).
- Expected groups: Left Leg -> Right Leg -> Pelvis / Trunk -> Spine -> Neck / Head
- Expected relationships: left/right alternation; stance/swing relation; trunk/head stabilisation; mean/duty asymmetry
- Observed full-take group order:
- Frame 0 / 0.0% take: Pelvis / Trunk
- Frame 7 / 5.0% take: Spine
- Frame 8 / 5.8% take: Neck / Head
- Frame 18 / 12.9% take: Pelvis / Trunk
- Frame 21 / 15.1% take: Left Leg
- Frame 23 / 16.5% take: Spine, Pelvis / Trunk
- Frame 24 / 17.3% take: Neck / Head
- Frame 31 / 22.3% take: Left Leg
- Frame 40 / 28.8% take: Right Leg
- Frame 41 / 29.5% take: Pelvis / Trunk, Spine
- Frame 42 / 30.2% take: Neck / Head
- Frame 49 / 35.3% take: Right Leg
- Frame 53 / 38.1% take: Pelvis / Trunk
- Frame 56 / 40.3% take: Left Leg
- Frame 59 / 42.4% take: Neck / Head, Spine, Pelvis / Trunk
- Frame 63 / 45.3% take: Left Leg
- Frame 74 / 53.2% take: Right Leg
- 16 additional frame groups summarized in JSON
- Observed cycle-relative group order:
- LLEG_0: Pelvis / Trunk 0.0% of cycle (IC-next IC) -> Spine 18.9% of cycle (IC-next IC) -> Neck / Head 21.6% of cycle (IC-next IC) -> Left Leg 56.8% of cycle (IC-next IC)
- LLEG_1: Pelvis / Trunk 11.8% of cycle (IC-next IC) -> Spine 11.8% of cycle (IC-next IC) -> Neck / Head 14.7% of cycle (IC-next IC) -> Left Leg 55.9% of cycle (IC-next IC)
- LLEG_2: Spine 11.8% of cycle (IC-next IC) -> Neck / Head 14.7% of cycle (IC-next IC) -> Left Leg 52.9% of cycle (IC-next IC) -> Pelvis / Trunk 61.8% of cycle (IC-next IC)
- LLEG_3: Pelvis / Trunk 0.0% of cycle (IC-next IC) -> Spine 0.0% of cycle (IC-next IC) -> Neck / Head 14.7% of cycle (IC-next IC) -> Left Leg 55.9% of cycle (IC-next IC)
- RLEG_0: Pelvis / Trunk 8.8% of cycle (IC-next IC) -> Spine 8.8% of cycle (IC-next IC) -> Neck / Head 11.8% of cycle (IC-next IC) -> Right Leg 58.8% of cycle (IC-next IC)
- RLEG_1: Neck / Head 14.7% of cycle (IC-next IC) -> Pelvis / Trunk 14.7% of cycle (IC-next IC) -> Spine 14.7% of cycle (IC-next IC) -> Right Leg 58.8% of cycle (IC-next IC)
- RLEG_2: Neck / Head 14.7% of cycle (IC-next IC) -> Spine 50.0% of cycle (IC-next IC) -> Pelvis / Trunk 55.9% of cycle (IC-next IC) -> Right Leg 55.9% of cycle (IC-next IC)
- Score: observation-only model; no correctness score is emitted for this protocol.

Baseline Comparison

The comparison below uses summary-level mean and duty proxy values.

Most meaningful baseline differences

Mean contribution comparison

Duty >50% duration comparison

Largest individual mean/duty shifts

Individual Muscle Proxy Summary

Top mean contributors

Highest duty contributors

Protocol group summary

Protocol-defined predicted/observed sequence observations