//==============================================================================
// CellML file:   D:\ICC\ICC_model.cellml
// CellML model:  ICC_model
// Date and time: 4/21/2008 at 1:36:00 at PM
//------------------------------------------------------------------------------
// Conversion from CellML 1.0 to C (header) was done using COR (0.9.31.781)
//    Copyright 2002-2008 Dr Alan Garny
//    http://COR.physiol.ox.ac.uk/ - COR@physiol.ox.ac.uk
//------------------------------------------------------------------------------
// http://www.CellML.org/
//==============================================================================

#ifndef __ICC_MODEL_H__
#define __ICC_MODEL_H__

//------------------------------------------------------------------------------
// State variables
//------------------------------------------------------------------------------

#define _NB_OF_STATE_VARIABLES_ 22

extern double Y[_NB_OF_STATE_VARIABLES_];
extern double dY[_NB_OF_STATE_VARIABLES_];
// 0: ICC_Membrane___Ca_i (millimolar)
// 1: ICC_Membrane___Vm (voltage_units)
// 2: PU_unit___ADP_i (millimolar)
// 3: PU_unit___ADP_m (millimolar)
// 4: PU_unit___Ca_ER (millimolar)
// 5: PU_unit___Ca_PU (millimolar)
// 6: PU_unit___Ca_m (millimolar)
// 7: PU_unit___NADH_m (millimolar)
// 8: PU_unit___deltaPsi (voltage_units)
// 9: PU_unit___h (dimensionless)
// 10: d_CaCl___d_CaCl (dimensionless)
// 11: d_ERG___d_ERG (dimensionless)
// 12: d_Ltype___d_Ltype (dimensionless)
// 13: d_NSCC___d_NSCC (dimensionless)
// 14: d_Na___d_Na (dimensionless)
// 15: d_VDDR___d_VDDR (dimensionless)
// 16: d_kv11___d_kv11 (dimensionless)
// 17: f_Ltype___f_Ltype (dimensionless)
// 18: f_Na___f_Na (dimensionless)
// 19: f_VDDR___f_VDDR (dimensionless)
// 20: f_ca_Ltype___f_ca_Ltype (dimensionless)
// 21: f_kv11___f_kv11 (dimensionless)

//------------------------------------------------------------------------------
// Constants
//------------------------------------------------------------------------------

extern double Environment___Ca_o;   // millimolar
extern double Environment___Cl_o;   // millimolar
extern double Environment___F;   // F_units
extern double Environment___K_o;   // millimolar
extern double Environment___Na_o;   // millimolar
extern double Environment___Q10Ca;   // dimensionless
extern double Environment___Q10K;   // dimensionless
extern double Environment___Q10Na;   // dimensionless
extern double Environment___R;   // R_units
extern double Environment___T;   // Temperature_units
extern double Environment___T_exp;   // Temperature_units
extern double ICC_Membrane___Cl_i;   // millimolar
extern double ICC_Membrane___Cm;   // capacitance_units
extern double ICC_Membrane___K_i;   // millimolar
extern double ICC_Membrane___Na_i;   // millimolar
extern double ICC_Membrane___P_cyto;   // dimensionless
extern double ICC_Membrane___Vol;   // volume_units
extern double ICC_Membrane___fc;   // dimensionless
extern double I_BK___G_max_BK;   // conductance_units
extern double I_CaCl___G_max_CaCl;   // conductance_units
extern double I_ERG___G_max_ERG;   // conductance_units
extern double I_Ltype___G_max_Ltype;   // conductance_units
extern double I_NSCC___G_max_NSCC;   // conductance_units
extern double I_NSCC___NaPerm_o_Kperm;   // dimensionless
extern double I_Na___G_max_Na;   // conductance_units
extern double I_VDDR___G_max_VDDR;   // conductance_units
extern double I_bk___G_max_bk;   // conductance_units
extern double I_kv11___G_max_kv11;   // conductance_units
extern double J_PMCA___J_max_PMCA;   // millimolar_per_second
extern double PU_unit___Cmito;   // millifarads
extern double PU_unit___Glc;   // millimolar
extern double PU_unit___IP3;   // millimolar
extern double PU_unit___J_ERleak;   // rate_constants_units
extern double PU_unit___J_hyd_max;   // millimolar_per_second
extern double PU_unit___J_max_leak;   // rate_constants_units
extern double PU_unit___J_red_basal;   // millimolar_per_second
extern double PU_unit___Jmax_ANT;   // millimolar_per_second
extern double PU_unit___Jmax_IP3;   // rate_constants_units
extern double PU_unit___Jmax_NaCa;   // millimolar_per_second
extern double PU_unit___Jmax_serca;   // millimolar_per_second
extern double PU_unit___Jmax_uni;   // rate_constants_units
extern double PU_unit___KCa_PDH;   // millimolar
extern double PU_unit___K_Ca;   // millimolar
extern double PU_unit___K_F1;   // millimolar
extern double PU_unit___K_Glc;   // millimolar
extern double PU_unit___K_Na;   // millimolar
extern double PU_unit___K_act;   // millimolar
extern double PU_unit___K_hyd;   // rate_constants_units
extern double PU_unit___K_res;   // dimensionless
extern double PU_unit___K_trans;   // millimolar
extern double PU_unit___L;   // dimensionless
extern double PU_unit___P_ER;   // dimensionless
extern double PU_unit___P_PU;   // dimensionless
extern double PU_unit___P_mito;   // dimensionless
extern double PU_unit___Pi_m;   // millimolar
extern double PU_unit___b;   // dimensionless
extern double PU_unit___beta1;   // per_millimolar
extern double PU_unit___beta2;   // per_millimolar
extern double PU_unit___beta3;   // per_millimolar
extern double PU_unit___beta4;   // per_millimolar
extern double PU_unit___beta5;   // per_millimolar
extern double PU_unit___beta6;   // per_millimolar
extern double PU_unit___beta7;   // per_millimolar
extern double PU_unit___beta_max;   // rate_constants_units
extern double PU_unit___conc;   // millimolar
extern double PU_unit___d_ACT;   // millimolar
extern double PU_unit___d_INH;   // millimolar
extern double PU_unit___d_IP3;   // millimolar
extern double PU_unit___deltaPsi_B;   // voltage_units
extern double PU_unit___deltaPsi_star;   // voltage_units
extern double PU_unit___deltapH;   // dimensionless
extern double PU_unit___fe;   // dimensionless
extern double PU_unit___fm;   // dimensionless
extern double PU_unit___frac;   // dimensionless
extern double PU_unit___g;   // dimensionless
extern double PU_unit___g_H;   // millimolar_per_second_per_millivolt
extern double PU_unit___k_serca;   // millimolar
extern double PU_unit___n;   // dimensionless
extern double PU_unit___na;   // dimensionless
extern double PU_unit___nhyd;   // dimensionless
extern double PU_unit___p1;   // dimensionless
extern double PU_unit___p2;   // dimensionless
extern double PU_unit___p3;   // dimensionless
extern double PU_unit___pa;   // rate_constants_units
extern double PU_unit___pb;   // rate_constants_units
extern double PU_unit___pc1;   // rate_constants_units
extern double PU_unit___pc2;   // rate_constants_units
extern double PU_unit___r1;   // dimensionless
extern double PU_unit___r2;   // dimensionless
extern double PU_unit___r3;   // dimensionless
extern double PU_unit___ra;   // rate_constants_units
extern double PU_unit___rb;   // rate_constants_units
extern double PU_unit___rc1;   // rate_constants_units
extern double PU_unit___rc2;   // rate_constants_units
extern double PU_unit___rho_F1;   // millimolar
extern double PU_unit___rho_res;   // millimolar
extern double PU_unit___tauh;   // time_units
extern double PU_unit___total_ANP_i;   // millimolar
extern double PU_unit___total_ANP_m;   // millimolar
extern double PU_unit___total_NAD_m;   // millimolar
extern double PU_unit___u1;   // dimensionless
extern double PU_unit___u2;   // dimensionless
extern double d_CaCl___tau_d_CaCl;   // time_units
extern double d_NSCC___tau_d_NSCC;   // time_units

//------------------------------------------------------------------------------
// Computed variables
//------------------------------------------------------------------------------

extern double Environment___FoRT;   // Inverse_Voltage_units
extern double Environment___RToF;   // voltage_units
extern double Environment___T_correction_BK;   // conductance_units
extern double Environment___T_correction_Ca;   // dimensionless
extern double Environment___T_correction_K;   // dimensionless
extern double Environment___T_correction_Na;   // dimensionless
extern double ICC_Membrane___V_cyto;   // volume_units
extern double I_BK___E_K;   // voltage_units
extern double I_BK___I_BK;   // current_units
extern double I_CaCl___E_Cl;   // voltage_units
extern double I_CaCl___I_CaCl;   // current_units
extern double I_ERG___E_K;   // voltage_units
extern double I_ERG___I_ERG;   // current_units
extern double I_Ltype___E_Ca;   // voltage_units
extern double I_Ltype___I_Ltype;   // current_units
extern double I_NSCC___E_NSCC;   // voltage_units
extern double I_NSCC___I_NSCC;   // current_units
extern double I_Na___E_Na;   // voltage_units
extern double I_Na___I_Na;   // current_units
extern double I_VDDR___E_Ca;   // voltage_units
extern double I_VDDR___I_VDDR;   // current_units
extern double I_bk___E_K;   // voltage_units
extern double I_bk___I_bk;   // current_units
extern double I_kv11___E_K;   // voltage_units
extern double I_kv11___I_kv11;   // current_units
extern double J_PMCA___J_PMCA;   // millimolar_per_second
extern double PU_unit___ADP3_i;   // millimolar
extern double PU_unit___ADP3_m;   // millimolar
extern double PU_unit___ADP_ifree;   // millimolar
extern double PU_unit___ADP_mfree;   // millimolar
extern double PU_unit___ATP4_i;   // millimolar
extern double PU_unit___ATP4_m;   // millimolar
extern double PU_unit___ATP_i;   // millimolar
extern double PU_unit___ATP_m;   // millimolar
extern double PU_unit___A_F1;   // voltage_units
extern double PU_unit___A_res;   // voltage_units
extern double PU_unit___J_ANT;   // millimolar_per_second
extern double PU_unit___J_ERout;   // millimolar_per_second
extern double PU_unit___J_HF1;   // millimolar_per_second
extern double PU_unit___J_Hleak;   // millimolar_per_second
extern double PU_unit___J_Hres;   // millimolar_per_second
extern double PU_unit___J_NaCa;   // millimolar_per_second
extern double PU_unit___J_SERCA;   // millimolar_per_second
extern double PU_unit___J_glyTotal;   // millimolar_per_second
extern double PU_unit___J_hyd;   // millimolar_per_second
extern double PU_unit___J_hydSS;   // millimolar_per_second
extern double PU_unit___J_leak;   // millimolar_per_second
extern double PU_unit___J_o;   // millimolar_per_second
extern double PU_unit___J_pF1;   // millimolar_per_second
extern double PU_unit___J_pGly;   // millimolar_per_second
extern double PU_unit___J_pTCA;   // millimolar_per_second
extern double PU_unit___J_red;   // millimolar_per_second
extern double PU_unit___J_uni;   // millimolar_per_second
extern double PU_unit___MWC;   // millimolar
extern double PU_unit___MgADP_i;   // millimolar
extern double PU_unit___NAD_m;   // millimolar
extern double PU_unit___PMF;   // voltage_units
extern double PU_unit___V_ER;   // volume_units
extern double PU_unit___V_MITO;   // volume_units
extern double PU_unit___V_PU;   // volume_units
extern double PU_unit___f_PDHa;   // dimensionless
extern double d_BK___d_BK;   // dimensionless
extern double d_CaCl___d_inf_CaCl;   // dimensionless
extern double d_ERG___d_inf_ERG;   // dimensionless
extern double d_ERG___tau_d_ERG;   // time_units
extern double d_Ltype___d_inf_Ltype;   // dimensionless
extern double d_Ltype___tau_d_Ltype;   // time_units
extern double d_NSCC___d_inf_NSCC;   // dimensionless
extern double d_Na___d_inf_Na;   // dimensionless
extern double d_Na___tau_d_Na;   // time_units
extern double d_VDDR___d_inf_VDDR;   // dimensionless
extern double d_VDDR___tau_d_VDDR;   // time_units
extern double d_kv11___d_inf_kv11;   // dimensionless
extern double d_kv11___tau_d_kv11;   // time_units
extern double f_Ltype___f_inf_Ltype;   // dimensionless
extern double f_Ltype___tau_f_Ltype;   // time_units
extern double f_Na___f_inf_Na;   // dimensionless
extern double f_Na___tau_f_Na;   // time_units
extern double f_VDDR___f_inf_VDDR;   // dimensionless
extern double f_VDDR___tau_f_VDDR;   // time_units
extern double f_ca_Ltype___f_ca_inf_Ltype;   // dimensionless
extern double f_ca_Ltype___tau_f_ca_Ltype;   // time_units
extern double f_kv11___f_inf_kv11;   // dimensionless
extern double f_kv11___tau_f_kv11;   // time_units

//------------------------------------------------------------------------------
// Procedures
//------------------------------------------------------------------------------

extern void init();
extern void compute(double t);

//------------------------------------------------------------------------------

#endif

//==============================================================================
// End of file
//==============================================================================