@Model Directory Reference

Files
file	getCoP.m
	Model function to calculate the center of pressure.
file	getErate_bhargava.m
	Model function to calculate the energy rate of a single time step with Bhargava et al.
file	getErate_Houdijk.m
	Model function to calculate the energy rate of a single time step with Houdijk et al.
file	getErate_Lichtwark.m
	Model function to calculate the energy rate of a single time step with Lichtwark and Wilson's model.
file	getErate_margaria.m
	Model function to calculate the energy rate of a single time step with Margaria's model.
file	getErate_Minetti.m
	Model function to calculate the energy rate of a single time step with Minetti and Alexander's model.
file	getErate_uchida.m
	Model function to calculate the energy rate of a single time step with Uchida et al.
file	getErate_Umberger.m
	Model function to calculate the energy rate of a single time step with Umberger et al.
file	getEratec_bhargava.m
	Model function to calculate the energy rate of a single time step with the continuous version of Bhargava et al.
file	getEratec_Houdijk.m
	Model function to calculate the energy rate of a single time step with the continuous version of Houdijk et al.
file	getEratec_Lichtwark.m
	Model function to calculate the energy rate of a single time step with the continuous version of Lichtwark and Wilson's model.
file	getEratec_margaria.m
	Model function to calculate the energy rate of a single time step with the continuous version of Margaria's model.
file	getEratec_Minetti.m
	Model function to calculate the energy rate of a single time step with the continuous version of Minetti and Alexander's model.
file	getEratec_umberger.m
	Model function to calculate the energy rate of a single time step with the continuous version of Umberger et al.
file	getMetabolicRate_pernode.m
	Model function to calculate metabolic cost of a movement.
file	Model.m
	Matlab class (abstract) describing a musculoskeletal model.