/home/kevin/Documents/PYLikeC/currents.h

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#include "pga.h"

#define MAX_DAT 1000

#define NEQ 18

#define MAX_SPIKES 100000

struct input_data
{
   int position;            /* the last i accessed */
   int filled;              /* how many injections */
   double data[MAX_DAT][2]; /* current start time [i] current stop time [i] */
   double params[NUM_PARAMS];
};

double na_m_inf(double v);

double na_h_deriv(double v, double na_h);

double kd_n_deriv(double v, double kd_n);

double a_bfast_deriv(double v, double a_bfast);

double a_a_deriv(double v, double a_a);

double a_bslow_deriv(double v, double a_bslow);

double h_r_deriv(double v, double h_r);

double kv3_n_deriv(double v, double kv3_n); 

double kv3_h_deriv(double kv3_h, double kv3_n);

double ca_i_deriv(double tot_ca_curr, double ca_i);

double ca_reverse(double ca_i);

double k_a_deriv(double v, double k_a, double ca_i);

double k_ca_a_deriv(double v, double ca_i,  double k_ca_a);

double k_ca_b_deriv(double ca_i,  double k_ca_b);

double ahp_a_deriv(double ca_i, double ahp_a);

double ca_f1_a_deriv(double v, double ca_f1_a);

double ca_f1_b_deriv(double v, double ca_f1_b);

double ca_f2_a_deriv(double v, double ca_f2_a);

double ca_s_a_deriv(double v, double ca_s_a);

int stim(double t1, struct input_data *model_data_ptr);

int get_delay(double spike_times[], 
                int model_spike_count, 
                double exp_time[], 
                int exp_delay_count, 
                double model_delay[]
                );

void fill_struct(struct input_data *pulse_train_ptr);

int get_exp_delay(double *exp_time_ptr, double *exp_delay_ptr);

int model(struct input_data *model_data_ptr, double spike_times[]);

size_t model_slow_wave(struct input_data *model_data_ptr, double ** wave);

void model_wave_and_spikes(
                struct input_data *model_data_ptr, 
                double ** wave_ptr, size_t * wave_size, 
                double ** spike_ptr, size_t * spike_size);

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