| Item | Variable | Test | Statistic | Confidence |
| A | Δθ between the frontal and sagittal planes at each target speed | Two-way repeated-measures ANOVA | Plane: Mauchly’s test χ2(0) = 0, p = nothing, ε = 1; F(1, 14) = 15.653 Speed: Mauchly’s test χ2(5) = 30.566, p = 0, ε = 0.594; F(1.781, 24.940) = 4.511 Interaction: Mauchly’s test χ2(5) = 32.299, p = 0ε = 0.562; F(1.685, 23.597) = 1.920 | Plane: p = 0.001, partial η2 = 0.528, power = 1.0, corrected by Greenhouse–Geisser Speed: p = 0.025, partial η2 = 0.244, power = 1.0, corrected by Greenhouse–Geisser Interaction: p = 0.173, partial η2 = 0.121, power = 0.94, corrected by Greenhouse–Geisser |
| B | Δθ under the conditions of V1, V2, V3, and V4 between ROT0 and ROT90 | Bonferroni-corrected pairwise comparisons | V1 between ROT0 and ROT90: t (14) = 7.007 V2 between ROT0 and ROT90: t (14) = 2.903 V3 between ROT0 and ROT90: t (14) = 5.452 V4 between ROT0 and ROT90: t (14) = 2.578 | V1 between ROT0 and ROT90: p = 0, CI = −17.262∼−9.171, r = 0.882 V2 between ROT0 and ROT90: p = 0, CI = −33.213∼−4.991, r = 0.613 V3 between ROT0 and ROT90: p = 0, CI = −14.475∼−6.302, r = 0.825 V4 between ROT0 and ROT90: p = 0.022, CI = −21.097∼−1.936, r = 0.567 |
| C | Δθ of target speeds under the conditions of V1 : V2, V1 : V3, V1 : V4, V2 : V3, V2 : V4, and V3 : V4 on the ROT0 phase | Bonferroni-corrected pairwise comparisons | V1 : V2: t (14) = 0.562 V1 : V3: t (14) = 4.704 V1 : V4: t (14) = 6.976 V2 : V3: t (14) = 3.782 V2 : V4: t (14) = 6.1 V3 : V4: t (14) = 7.214 | V1 : V2: p = 1, CI = −1.404–0.97, r = 0.148 V1 : V3: p = 0.002, CI = −5.188∼−1.091, r = 0.783 V1 : V4: p = 0, CI = −11.89∼−4.625, r = 0.881 V2 : V3: p = 0.012, CI = −5.293∼−0.551, r = 0.711 V2 : V4: p = 0, CI = −12.085∼−3.996, r = 0.852; V3 : V4: p = 0, CI = −7.295∼−2.941, r = 0.888 |
| D | Δθ of target speeds under the conditions of V1 : V2, V1 : V3, V1 : V4, V2 : V3, V2 : V4, and V3 : V4 on the ROT90 phase | Bonferroni-corrected pairwise comparisons | V1 : V2: t (14) = 1.154 V1 : V3: t (14) = 0.199 V1 : V4: t (14) = 1.647 V2 : V3: t (14) = 1.154 V2 : V4: t (14) = 0.114 V3 : V4: t (14) = 2.199 | V1 : V2: p = 1, CI = −22.337–10.131, r = 0.295 V1: V3: p = 1, CI = −5.121–4.497, r = 0.053 V1: V4: p = 0.73, CI = −18.774–5.658, r = 0.403 V2: V3: p = 1, CI = −9.61–21.193, r = 0.295 V2: V4: p = 1, CI = −12.673–11.764, r = 0.03 V3: V4: p = 0.271, CI = −14.964–2.472, r = 0.507; |
|
|