AI MOTION ANALYSIS
Oxess真好用🥰🥰🥰
ALEX · Carving student · CASI L2 · 2025-12-16 · length 31.0s · Original video on Douyin ↗
21turns
45.61°mean peak inclination
50.55° / 39.02°left / right
77.0%symmetry
51.0%rhythm variation
4.91°angulation
203.62°/sedge rate
103.57°deepest knee flexion
89%detection coverage
Per-turn data (hover or tap)
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Bar height = peak inclinationLeft turnsRight turns
Per-turn data
| Turn | Dir | Start | Duration | Peak incl. | Angulation | Knee min | Peak position | Edge rate |
|---|---|---|---|---|---|---|---|---|
| #1 | L | 0.23s | 3.73s | 67.3° | -54.1° | 26.0° | 62% | 164°/s |
| #2 | R | 3.97s | 0.6s | 29.9° | +53.5° | 74.0° | 78% | 438°/s |
| #3 | L | 4.57s | 0.57s | 13.7° | +0.0° | 144.0° | 6% | 309°/s |
| #4 | L | 5.2s | 2.13s | 60.3° | -9.5° | 110.0° | 44% | 47°/s |
| #5 | R | 7.33s | 1.0s | 44.3° | +29.7° | 114.0° | 50% | 192°/s |
| #6 | L | 8.33s | 1.9s | 64.5° | -18.4° | 107.0° | 54% | 135°/s |
| #7 | R | 10.23s | 0.97s | 28.4° | +24.6° | 122.0° | 21% | 187°/s |
| #8 | L | 11.2s | 1.77s | 60.4° | -7.5° | 97.0° | 36% | 112°/s |
| #9 | R | 12.97s | 1.07s | 38.7° | +3.4° | 98.0° | 31% | 157°/s |
| #10 | L | 14.03s | 1.67s | 56.1° | -1.3° | 113.0° | 32% | 238°/s |
| #11 | L | 16.6s | 1.83s | 64.1° | -1.6° | 105.0° | 44% | 218°/s |
| #12 | R | 18.43s | 0.9s | 39.2° | +15.8° | 101.0° | 41% | 265°/s |
| #13 | L | 19.33s | 1.9s | 66.2° | -9.2° | 93.0° | 35% | 197°/s |
| #14 | R | 21.23s | 0.77s | 46.8° | +8.3° | 101.0° | 39% | 206°/s |
| #15 | L | 22.0s | 1.83s | 54.1° | -6.4° | 102.0° | 42% | 167°/s |
| #16 | R | 23.83s | 0.9s | 32.2° | +28.4° | 128.0° | 44% | 165°/s |
| #17 | L | 24.73s | 1.4s | 45.5° | +6.8° | 120.0° | 38% | 124°/s |
| #18 | R | 26.13s | 1.03s | 45.1° | +5.6° | 113.0° | 29% | 236°/s |
| #19 | L | 27.17s | 1.37s | 41.0° | +12.0° | 122.0° | 34% | 156°/s |
| #20 | R | 28.53s | 1.1s | 46.6° | +23.1° | 83.0° | 33% | 351°/s |
| #21 | L | 29.63s | 0.67s | 13.4° | +0.0° | 102.0° | 40% | 212°/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.