| coef.shorts_model | S3 method for extracting model parameters from 'shorts_model' object |
| create_timing_gates_splits | Create Timing Gates Splits |
| find_acceleration_critical_distance | Find functions |
| find_acceleration_critical_time | Find functions |
| find_functions | Find functions |
| find_max_power_distance | Find functions |
| find_max_power_time | Find functions |
| find_optimal_distance | Function that finds the distance at which the sprint, probe, or FV profile is optimal (i.e., equal to 100 perc) |
| find_power_critical_distance | Find functions |
| find_power_critical_time | Find functions |
| find_velocity_critical_distance | Find functions |
| find_velocity_critical_time | Find functions |
| fitted.shorts_model | S3 method for returning predictions of 'shorts_model' |
| format_splits | Format Split Data |
| get_air_resistance | Get Air Resistance |
| jb_morin | JB Morin Sample Dataset |
| make_FV_profile | Get Force-Velocity Profile |
| model_radar_gun | Model Using Instantaneous Velocity or Radar Gun |
| model_tether | Model Using Instantaneous Tether device |
| model_timing_gates | Models Using Timing Gates Split Times |
| model_timing_gates_FD | Models Using Timing Gates Split Times |
| model_timing_gates_FD_TC | Models Using Timing Gates Split Times |
| model_timing_gates_TC | Models Using Timing Gates Split Times |
| optimal_functions | Optimal profile functions |
| optimal_FV | Optimal profile functions |
| optimal_MSS_MAC | Optimal profile functions |
| plot.shorts_fv_profile | S3 method for plotting 'shorts_fv_profile' object |
| plot.shorts_model | S3 method for plotting 'shorts_model' object |
| predict.shorts_model | S3 method for making predictions using 'shorts_model' |
| predict_acceleration_at_distance | Kinematics prediction functions |
| predict_acceleration_at_time | Kinematics prediction functions |
| predict_acceleration_at_velocity | Kinematics prediction functions |
| predict_air_resistance_at_distance | Kinematics prediction functions |
| predict_air_resistance_at_time | Kinematics prediction functions |
| predict_distance_at_time | Kinematics prediction functions |
| predict_force_at_distance | Kinematics prediction functions |
| predict_force_at_time | Kinematics prediction functions |
| predict_kinematics | Kinematics prediction functions |
| predict_power_at_distance | Kinematics prediction functions |
| predict_power_at_time | Kinematics prediction functions |
| predict_relative_power_at_distance | Kinematics prediction functions |
| predict_relative_power_at_time | Kinematics prediction functions |
| predict_time_at_distance | Kinematics prediction functions |
| predict_time_at_distance_FV | Kinematics prediction functions |
| predict_velocity_at_distance | Kinematics prediction functions |
| predict_velocity_at_time | Kinematics prediction functions |
| print.shorts_fv_profile | S3 method for printing 'shorts_fv_profile' object |
| print.shorts_model | S3 method for printing 'shorts_model' object |
| probe_functions | Probe profile functions |
| probe_FV | Probe profile functions |
| probe_MSS_MAC | Probe profile functions |
| radar_gun_data | Radar Gun Data |
| residuals.shorts_model | S3 method for providing residuals for the 'shorts_model' object |
| split_times | Split Testing Data |
| summary.shorts_model | S3 method for providing summary for the 'shorts_model' object |
| vescovi | Vescovi Timing Gates Sprint Times |