blifat_population.h

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#pragma once
#include <knp/backends/cpu-library/impl/blifat_population_impl.h>
#include <knp/backends/cpu-library/impl/synaptic_resource_stdp_impl.h>
 
namespace knp::backends::cpu
{
template <class BlifatLikeNeuron>
std::optional<core::messaging::SpikeMessage> calculate_blifat_population(
    knp::core::Population<BlifatLikeNeuron> &population, knp::core::MessageEndpoint &endpoint, size_t step_n)
{
    return calculate_blifat_population_impl(population, endpoint, step_n);
}
 
 
template <class BlifatLikeNeuron, class BaseSynapseType, class ProjectionContainer>
std::optional<core::messaging::SpikeMessage> calculate_resource_stdp_population(
    knp::core::Population<neuron_traits::SynapticResourceSTDPNeuron<BlifatLikeNeuron>> &population,
    ProjectionContainer &container, knp::core::MessageEndpoint &endpoint, size_t step_n)
{
    using StdpSynapseType = synapse_traits::STDP<synapse_traits::STDPSynapticResourceRule, BaseSynapseType>;
    auto message_opt = calculate_blifat_population_impl(population, endpoint, step_n);
    auto working_projections = find_projection_by_type_and_postsynaptic<StdpSynapseType, ProjectionContainer>(
        container, population.get_uid(), true);
    do_STDP_resource_plasticity(population, working_projections, message_opt, step_n);
    return message_opt;
}
 
 
template <class BlifatLikeNeuron>
std::optional<knp::core::messaging::SpikeMessage> calculate_blifat_population(
    knp::core::Population<BlifatLikeNeuron> &population, knp::core::MessageEndpoint &endpoint, size_t step_n,
    std::mutex &mutex)
{
    return calculate_blifat_population_impl(population, endpoint, step_n, mutex);
}
 
}  // namespace knp::backends::cpu