Library / ALEX / 2024-12-27

AI MOTION ANALYSIS

刻滑练习生

ALEX · Carving student · CASI L2 · 2024-12-27 · length 61.3s · Original video on Douyin ↗

body-axis inclinationangulationknee flexion#n turn no. / direction (L · R)

AI analysis video: skeleton tracking, live physics readout and a turn timeline — generated fully automatically

31turns
50.11°mean peak inclination
53.62° / 46.83°left / right
87.0%symmetry
59.0%rhythm variation
16.72°angulation
297.68°/sedge rate
96.45°deepest knee flexion
92%detection coverage

Per-turn data (hover or tap)

Bar height = peak inclinationLeft turnsRight turns

Full-run metric curves

curves

Per-turn data

TurnDirStartDurationPeak incl.AngulationKnee minPeak positionEdge rate
#1R0.0s3.77s57.6°-26.6°90.0°41%10°/s
#2L3.77s0.97s70.5°-13.6°34.0°17%966°/s
#3R4.73s2.73s83.7°-17.4°73.0°27%622°/s
#4L7.47s0.7s41.7°+34.2°108.0°33%246°/s
#5R8.87s2.13s67.2°-14.5°91.0°27%380°/s
#6L11.0s1.07s67.9°-8.5°90.0°16%516°/s
#7R12.17s2.0s70.7°+157.5°52.0°95%290°/s
#8L14.17s0.67s80.5°+21.8°108.0°10%1107°/s
#9L14.93s0.37s33.3°+66.6°101.0°36%269°/s
#10R15.3s1.27s81.8°-0.7°122.0°61%577°/s
#11L16.57s1.83s98.8°-47.9°116.0°85%181°/s
#12L19.63s3.97s76.0°-62.3°22.0°78%86°/s
#13R23.6s0.77s23.7°+20.7°148.0°43%297°/s
#14L24.37s2.87s79.7°+0.0°37.0°80%81°/s
#15R27.23s1.53s31.5°+12.0°146.0°43%297°/s
#16L33.93s2.2s36.0°+20.2°37.0°56%30°/s
#17R36.13s1.63s42.2°+4.0°133.0°31%228°/s
#18L37.77s1.4s44.1°+19.1°47.0°17%326°/s
#19R39.17s0.83s32.7°+27.2°153.0°16%245°/s
#20R40.23s1.3s21.5°+53.4°82.0°8%299°/s
#21L41.53s1.4s34.2°+61.4°151.0°5%340°/s
#22R42.93s1.17s20.2°+44.1°116.0°69%117°/s
#23L44.1s0.47s22.0°+25.2°115.0°57%115°/s
#24L44.6s0.37s30.5°+45.5°127.0°45%238°/s
#25R44.97s0.5s28.4°+53.0°140.0°53%234°/s
#26L45.47s0.8s34.1°+0.0°120.0°33%252°/s
#27R46.27s1.1s23.5°+0.0°105.0°18%149°/s
#28R51.53s1.57s34.6°-0.5°127.0°40%87°/s
#29R54.17s2.7s67.0°-53.0°29.0°15%230°/s
#30R57.23s2.2s62.9°+76.6°66.0°50%193°/s
#31L59.43s1.73s55.0°+20.9°104.0°29%220°/s

Download full data JSON (includes per-frame series)← PreviousNext →

Scope: image-plane geometry and timing. Angles are most accurate with the camera up or down the fall line; off-axis values read systematically low. Analysis is fully automatic with no manual correction.