T_CHANNEL

struct T_CHANNEL

Intermediate Channel object

int idx: Unique ID for this Channel object
char* name: Pointer to name string used to refer to this object in input file
long Seed: Random seed to use for generating random numbers
int family: Number indicating the channel family type
int mPower_mean: average value of the activation particle power
double mPower_stdev: Standard deviation from the mean
double unitary_G_mean: average value of the unitary G
double unitary_G_stdev: Standard deviation from the mean
double strength_mean: Average value of the strength
double strength_stdev: Standard deviation from the mean
double M_Initial_mean: Average value of the activation particle m when starting
double M_Initial_stdev: Standard deviation from the mean
double Reversal_Potential_mean: Average value of the Reversal potential
double Reversal_Potential_stdev: Standard deviation from the mean
double H_Initial_mean: Average value for the inactivation particle h when starting
double H_Initial_stdev: Standard deviation from the mean
int hPower: Average value for the inactivation particle h Power
double hPower_stdev: Standard deviation from the mean
double eHalfMinM[3]: alpha and beta values or just M/H Values to be used for the activation particle
double eHalfMinM_stdev: Standard deviation from the mean
double eHalfMinH[3]: Values to be used for the inactivation particle
double eHalfMinH_stdev: Standard deviation from the mean
int nTauM: Number of values in the tau array
double* TauValueM: Array of values
int* TauVoltageM: Array of values - contains one more value that TauValueM
int nTauM_stdev: if stdandard deviations are defined, this will be > 0
double* TauValueM_stdev: List of values to be used for standard deviation
double* TauVoltageM_stdev: List of values to be used for standard deviation
int nTauH: Number of values in the tau h array
double* TauValueH: values to be used by inactivation particle
int* TauVoltageH: list of values, contains one more value than TauValueH
int nTauH_stdev: if any standard deviations are defined, this is > 0
double* TauValueH_stdev: List of values to be used for standard deviation
double* TauVoltageH_stdev: List of values to be used for standard deviation
double tauScaleFactorM_mean: Average value of tau scale factor for the activation particle m
double tauScaleFactorM_stdev: Standard deviation from the mean
double tauScaleFactorH_mean: Average value of the tau scale factor for the inactivation particle h
double tauScaleFactorH_stdev: Standard deviation from the mean
double slopeFactorM[3]: values to be used by the activation particle m
double slopeFactorM_stdev[3]: Standard deviations from the mean if specified
double slopeFactorH[3]: Values to be used by the inactivation particle h
double slopeFactorH_stdev[3]: Standard deviations from the mean if specified
double CA_EXP_FACTOR_mean: Average value for calcium exp factor; Used by ahp channels
double CA_EXP_FACTOR_stdev: Standard deviation from the mean
double CA_SCALE_FACTOR_mean: Average value for the calcium scale factor
double CA_SCALE_FACTOR_stdev: Standard deviation from the mean
double CA_HALF_MIN_mean: Average value for the calcium half min
double CA_HALF_MIN_stdev: Standard deviation from the mean
double CA_TAU_SCALE_FACTOR_mean: Average value for calcium tau scale factor
double CA_TAU_SCALE_FACTOR_stdev: Standard deviation from the mean

Documentation

Intermediate Channel object. Constructed from temporary Channel object created from parsed input file. Used to create individual channels in final brain creation stage.