19#ifndef _SPIKE_PROCESSING_H_
20#define _SPIKE_PROCESSING_H_
54 size_t row_max_n_bytes,
uint mc_packet_callback_priority,
55 uint user_event_priority,
uint incoming_spike_buffer_size,
56 bool clear_input_buffers_of_late_packets_init,
57 uint32_t packets_per_timestep_region);
Functions for immediate handling of incoming spikes.
Data type definitions for SpiNNaker Neuron-modelling.
uint32_t n_spikes_processed
The number of spikes received and processed.
bool spike_processing_do_rewiring(int number_of_rewires)
Set the number of times spike_processing has to attempt rewiring.
uint32_t n_input_buffer_overflows
A count of the times that the synaptic input circular buffers overflowed.
uint32_t n_rewires
The number of rewires performed.
bool spike_processing_initialise(size_t row_max_n_bytes, uint mc_packet_callback_priority, uint user_event_priority, uint incoming_spike_buffer_size, bool clear_input_buffers_of_late_packets_init, uint32_t packets_per_timestep_region)
Initialise the spike processing system.
void spike_processing_clear_input_buffer(timer_t time)
clears the input buffer of packets
uint32_t max_filled_input_buffer_size
The maximum size of the input buffer.
void spike_processing_store_provenance(struct spike_processing_provenance *prov)
Get provenance data for Spike processing.
uint32_t n_packets_dropped_from_lateness
The number of packets that were cleared at the end of timesteps.
uint32_t n_dmas_complete
The number of DMAs performed.
Provenance for spike processing.