our_knp/examples/knp/tests/common/generators.h
int 8f43927575 Initial import: KNP experiments (examples, viz, cats-dogs, reports)
examples/ is based on KasperskyLab/knp at 55470ed6 with local changes
to the mnist-learn altai/blifat models, cuda-backend CMake and model_loader.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-10-14 18:17:15 +03:00

102 lines
3.7 KiB
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/**
* @file generators.h
* @brief Common generators used for tests.
* @kaspersky_support Artiom N.
* @date 23.06.2023
* @license Apache 2.0
* @copyright © 2024-2025 AO Kaspersky Lab
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#pragma once
#include <knp/core/population.h>
#include <knp/core/projection.h>
#include <knp/neuron-traits/blifat.h>
#include <knp/synapse-traits/delta.h>
#include <optional>
/**
* @brief Test namespace.
*/
namespace knp::testing
{
using DeltaProjection = knp::core::Projection<knp::synapse_traits::DeltaSynapse>;
using ResourceDeltaProjection = knp::core::Projection<knp::synapse_traits::SynapticResourceSTDPDeltaSynapse>;
using BLIFATPopulation = knp::core::Population<knp::neuron_traits::BLIFATNeuron>;
using ResourceBlifatPopulation = knp::core::Population<knp::neuron_traits::SynapticResourceSTDPBLIFATNeuron>;
using ResourceDeltaProjection = knp::core::Projection<knp::synapse_traits::SynapticResourceSTDPDeltaSynapse>;
using ResourceSynapse = knp::synapse_traits::SynapticResourceSTDPDeltaSynapse;
using ResourceSynapseData = ResourceDeltaProjection::Synapse;
using ResourceSynapseParams = knp::synapse_traits::synapse_parameters<ResourceSynapse>;
// Create an input projection.
static inline std::optional<DeltaProjection::Synapse> input_projection_gen(size_t /*index*/) // NOLINT
{
return DeltaProjection::Synapse{{1.0, 1, knp::synapse_traits::OutputType::EXCITATORY}, 0, 0};
}
// Create a loop projection.
static inline std::optional<DeltaProjection::Synapse> synapse_generator(size_t /*index*/) // NOLINT
{
return DeltaProjection::Synapse{{1.1, 6, knp::synapse_traits::OutputType::EXCITATORY}, 0, 0};
}
// Create an input resource projection
static inline std::optional<ResourceDeltaProjection::Synapse> input_res_projection_gen(size_t /*index*/) // NOLINT
{
knp::synapse_traits::synapse_parameters<knp::synapse_traits::SynapticResourceSTDPDeltaSynapse> syn;
syn.rule_.w_max_ = 2.0;
syn.rule_.w_min_ = 1.0;
syn.rule_.synaptic_resource_ = 1.0;
syn.rule_.dopamine_plasticity_period_ = 5;
syn.weight_ = 1.5;
syn.delay_ = 1;
syn.output_type_ = synapse_traits::OutputType::EXCITATORY;
return ResourceDeltaProjection::Synapse{syn, 0, 0};
}
// Create a loop resource projection
static inline std::optional<ResourceDeltaProjection::Synapse> loop_res_projection_gen(size_t /*index*/) // NOLINT
{
knp::synapse_traits::synapse_parameters<knp::synapse_traits::SynapticResourceSTDPDeltaSynapse> syn;
syn.rule_.w_max_ = 2.0;
syn.rule_.w_min_ = 1.0;
syn.rule_.synaptic_resource_ = 1.0;
syn.rule_.dopamine_plasticity_period_ = 5;
syn.weight_ = 1.5;
syn.delay_ = 6;
syn.output_type_ = synapse_traits::OutputType::EXCITATORY;
return ResourceDeltaProjection::Synapse{syn, 0, 0};
}
// Create population.
static inline knp::neuron_traits::neuron_parameters<knp::neuron_traits::BLIFATNeuron> neuron_generator(
size_t) // NOLINT
{
return knp::neuron_traits::neuron_parameters<knp::neuron_traits::BLIFATNeuron>{};
}
// Create resource population
static inline auto neuron_res_generator(size_t) // NOLINT
{
return knp::neuron_traits::neuron_parameters<knp::neuron_traits::SynapticResourceSTDPBLIFATNeuron>{};
}
} // namespace knp::testing