Supplementary Table S4. Consistency test for the 20 m sprint.
| Comparison |
Direct Effect (SE) |
Indirect Effect (SE) |
Inconsistency Factor (SE) |
P-value |
| A vs. E |
-0.040 (0.078) |
-0.052 (96.095) |
0.012 (96.095) |
1.000 |
| B vs. D |
0.040 (0.064) |
0.083 (513.315) |
-0.043 (513.315) |
1.000 |
| C vs. D |
0.055 (0.048) |
0.033 (0.054) |
0.022 (0.072) |
0.759 |
| C vs. E |
-0.069 (0.041) |
-0.047 (0.059) |
-0.022 (0.072) |
0.759 |
| D vs. E |
-0.090 (0.038) |
-0.131 (0.046) |
0.040 (0.060) |
0.500 |
| D vs. F |
-0.160 (0.065) |
-0.120 (0.045) |
-0.040 (0.079) |
0.611 |
| E vs. F |
-0.020 (0.030) |
-0.061 (0.073) |
0.040 (0.079) |
0.611 |
Data are presented as coefficient (standard error). Abbreviations: SE, standard error; A, Endurance Training; B, Flexibility Training; C, Plyometric Jump Training; D, Regular Training; E, Speed Training; F, Traditional Strength Training. The P-value reflects the statistical evidence for a difference between direct and indirect estimates. A P-value > 0.05 indicates that no statistically significant inconsistency was detected; however, this does not establish consistency, particularly in sparse loops where power may be limited.