input_type_delta.h File Reference

Input type shaped as Dirac delta. More...

#include "input_type.h"

Go to the source code of this file.

Data Structures
struct	input_type_params_t
	Conductance input parameters. More...
struct	input_type_t
	Conductance state. More...

Functions
static void	input_type_initialise (input_type_t *state, input_type_params_t *params, uint32_t n_steps_per_time_step)
static void	input_type_save_state (input_type_t *state, input_type_params_t *params)
static input_t *	input_type_get_input_value (input_t *restrict value, input_type_t *input_type, uint16_t num_receptors)
	Gets the actual input value. This allows any scaling to take place.
static void	input_type_convert_excitatory_input_to_current (input_t *restrict exc_input, const input_type_t *input_type, state_t membrane_voltage)
	Converts an excitatory input into an excitatory current.
static void	input_type_convert_inhibitory_input_to_current (input_t *restrict inh_input, const input_type_t *input_type, state_t membrane_voltage)
	Converts an inhibitory input into an inhibitory current.

Detailed Description

Input type shaped as Dirac delta.

Definition in file input_type_delta.h.

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Data Structure Documentation

input_type_params_t

struct input_type_params_t

Conductance input parameters.

Definition at line 25 of file input_type_conductance.h.

Data Fields
REAL	V_rev_E	reversal voltage - Excitatory [mV]
REAL	V_rev_I	reversal voltage - Inhibitory [mV]
REAL	time_step

input_type_t

struct input_type_t

Conductance state.

Definition at line 33 of file input_type_conductance.h.

Data Fields
REAL	V_rev_E	reversal voltage - Excitatory [mV]
REAL	V_rev_I	reversal voltage - Inhibitory [mV]
REAL	scale_factor

Function Documentation

input_type_initialise()

static void input_type_initialise ( input_type_t *  state, input_type_params_t *  params, uint32_t  n_steps_per_time_step  )

inlinestatic

Definition at line 34 of file input_type_delta.h.

input_type_save_state()

static void input_type_save_state ( input_type_t *  state, input_type_params_t *  params  )

inlinestatic

Definition at line 39 of file input_type_delta.h.

input_type_get_input_value()

static input_t * input_type_get_input_value ( input_t *restrict  value, input_type_t *  input_type, uint16_t  num_receptors  )

inlinestatic

Gets the actual input value. This allows any scaling to take place.

Parameters

[in,out]	value	The array of the receptor-based values of the input before scaling
[in]	input_type	The input type pointer to the parameters
[in]	num_receptors	The number of receptors. The size of the value array.

Returns

Pointer to array of values of the receptor-based input after scaling

Definition at line 51 of file input_type_delta.h.

input_type_convert_excitatory_input_to_current()

static void input_type_convert_excitatory_input_to_current ( input_t *restrict  exc_input, const input_type_t *  input_type, state_t  membrane_voltage  )

inlinestatic

Converts an excitatory input into an excitatory current.

Parameters

[in,out]	exc_input	Pointer to array of excitatory inputs from different receptors this timestep. Note that this will already have been scaled by input_type_get_input_value()
[in]	input_type	The input type pointer to the parameters
[in]	membrane_voltage	The membrane voltage to use for the input

Definition at line 63 of file input_type_delta.h.

input_type_convert_inhibitory_input_to_current()

static void input_type_convert_inhibitory_input_to_current ( input_t *restrict  inh_input, const input_type_t *  input_type, state_t  membrane_voltage  )

inlinestatic

Converts an inhibitory input into an inhibitory current.

Parameters

[in,out]	inh_input	Pointer to array of inhibitory inputs from different receptors this timestep. Note that this will already have been scaled by input_type_get_input_value()
[in]	input_type	The input type pointer to the parameters
[in]	membrane_voltage	The membrane voltage to use for the input

Definition at line 77 of file input_type_delta.h.