public void RepositionsSynapse()
{
RegionModel addedRegion;
SynapseModel addedSynapse;
SetupRegionWithSynapse(out addedRegion, out addedSynapse);
NeuronModel neuron1 = m_model.Regions.First().Neurons.First();
NeuronModel neuron2 = m_model.Regions.First().Neurons.Last();
SynapseModel synapse = m_model.Regions.First().Synapses.First();
neuron1.Position *= 2;
ResponseMessage diff = ModelResponseBuilder.Build(repositionedNeurons: new List <NeuronModel> {
neuron1
});
ApplyModelDiff(diff);
Assert.Equal(neuron1.Position, synapse.Position);
neuron2.Position *= 3;
diff = ModelResponseBuilder.Build(repositionedNeurons: new List <NeuronModel> {
neuron2
});
ApplyModelDiff(diff);
Assert.Equal(neuron2.Position, neuron1.Position + synapse.TargetPosition);
}
private void ApplyAddedSynapses(SimulationModel model, ModelResponse diff)
{
for (int i = 0; i < diff.AddedSynapsesLength; i++)
{
Synapse addedSynapse = diff.GetAddedSynapses(i);
ProcessSynapse(model, addedSynapse, "add", (fromRegion, fromNeuron, toRegion, toNeuron) =>
{
var synapseModel = new SynapseModel(fromRegion, fromNeuron, toRegion, toNeuron);
fromNeuron.Outputs[synapseModel.ToNeuron.Index] = synapseModel;
fromRegion.AddSynapse(synapseModel);
toNeuron.Inputs[synapseModel.FromNeuron.Index] = synapseModel;
});
}
}
private void SetupRegionWithSynapse(out RegionModel addedRegion, out SynapseModel addedSynapse)
{
addedRegion = SetupRegion(m_applier, m_model, 1);
var addedNeuron1 = new NeuronModel(1, "neuronType", addedRegion, Vector3.One);
var addedNeuron2 = new NeuronModel(2, "neuronType", addedRegion, Vector3.UnitY);
addedSynapse = new SynapseModel(addedRegion, addedNeuron1, addedRegion, addedNeuron2);
ResponseMessage diff = ModelResponseBuilder.Build(
addedNeurons: new List <NeuronModel> {
addedNeuron1, addedNeuron2
},
addedSynapses: new List <SynapseModel> {
addedSynapse
});
ApplyModelDiff(diff);
}
