partner.h File Reference

Partner selection rule common API. More...

#include <neuron/synapses.h>
#include <random.h>
#include <stdfix-full-iso.h>
#include <neuron/structural_plasticity/synaptogenesis/sp_structs.h>

Go to the source code of this file.

Macros
#define	INVALID_SELECTION   ((spike_t) - 1)
	value to be returned when there is no valid partner selection

Functions
void	partner_init (uint8_t **data)
	Initialise the partner selection rule. More...
static void	partner_spike_received (uint32_t time, spike_t spike)
	Notifies the rule that a spike has been received. More...
static bool	potential_presynaptic_partner (uint32_t time, uint32_t *restrict population_id, uint32_t *restrict sub_population_id, uint32_t *restrict neuron_id, spike_t *restrict spike, uint32_t *restrict m_pop_index)
	Choose the potential (remote) synaptic partner. More...

Detailed Description

Partner selection rule common API.

Definition in file partner.h.

Function Documentation

partner_init()

void partner_init

(

uint8_t **

data

)

Initialise the partner selection rule.

Parameters

[in,out]

data

A variable holding the location in SDRAM to configure the rule from. Will be updated to point to the first location after the configuration data.

Definition at line 28 of file last_neuron_selection_impl.c.

partner_spike_received()

static void partner_spike_received ( uint32_t  time, spike_t  spike  )

inlinestatic

Notifies the rule that a spike has been received.

Parameters

[in]	time	The time that the spike was received at
[in]	spike	The spike that was received (includes the sending neuron ID)

potential_presynaptic_partner()

static bool potential_presynaptic_partner ( uint32_t  time, uint32_t *restrict  population_id, uint32_t *restrict  sub_population_id, uint32_t *restrict  neuron_id, spike_t *restrict  spike, uint32_t *restrict  m_pop_index  )

inlinestatic

Choose the potential (remote) synaptic partner.

Parameters

[in]	time	The current time
[out]	population_id	The ID of the other population
[out]	sub_population_id	The ID of the subpopulation (corresponds to remote SpiNNaker core handling the population)
[out]	neuron_id	The ID of the neuron within the subpopulation
[out]	spike	The spike that made this a meaningful choice
[out]	m_pop_index	The master population table index

Returns

True if a choice was made