Generated Code
The following is matlab code generated by the CellML API from this CellML file. (Back to language selection)
The raw code is available.
Model is underconstrained. The following variables couldn't be defined: * C_m_Imp in component imported_variables * C_c_Imp in component imported_variables * psi_m in component imported_variables * psi_c in component imported_variables * C_m_Na in component solute_concentrations * J_mc_Na in component mc_sodium_flux * J_ms_Na in component ms_sodium_flux * J_sc_Na in component sc_sodium_flux * J_mc_K in component mc_potassium_flux * J_ms_K in component ms_potassium_flux * J_sc_K in component sc_potassium_flux * J_mc_Cl in component mc_chloride_flux * J_ms_Cl in component ms_chloride_flux * J_sc_Cl in component sc_chloride_flux * J_mc_NaCl in component mc_sodium_flux * G_mc_Na in component mc_sodium_flux * J_mc_KCl in component mc_potassium_flux * G_mc_K in component mc_potassium_flux * G_mc_Cl in component mc_chloride_flux * J_a in component sc_sodium_flux * G_sc_K in component sc_potassium_flux * G_sc_Cl in component sc_chloride_flux * G_ms_Na in component ms_sodium_flux * G_ms_K in component ms_potassium_flux * G_ms_Cl in component ms_chloride_flux * J_Na in component total_transepithelial_sodium_flux * J_K in component total_transepithelial_potassium_flux * J_Cl in component total_transepithelial_chloride_flux * Osm_m in component osmolarities * Osm_c in component osmolarities * Osm_s in component osmolarities * J_mc_v in component mc_transepithelial_volume_flux * J_ms_v in component ms_transepithelial_volume_flux * J_sc_v in component sc_transepithelial_volume_flux * J_v in component total_transepithelial_volume_flux * d/dt C_m_Na in component solute_concentrations * d/dt C_s_Na in component solute_concentrations * d/dt C_c_Na in component solute_concentrations * d/dt C_m_K in component solute_concentrations * d/dt C_s_K in component solute_concentrations * d/dt C_c_K in component solute_concentrations * d/dt C_m_Cl in component solute_concentrations * d/dt C_s_Cl in component solute_concentrations * d/dt C_c_Cl in component solute_concentrations