CreateNewInnovation(int inID, int outID, InnovationType type)
{
SInnovation innovation = new SInnovation(inID, outID, type,
m_NextInnovationID++);
if (type == InnovationType.NewNeuron)
{
innovation.NeuronID = m_NextNeuronID++;
}
m_vecInnovations.Add(innovation);
return(m_NextNeuronID - 1);
}
CheckInnovation(int inID, int outID, InnovationType type)
{
for (int i = 0; i < m_vecInnovations.Count; i++)
{
SInnovation innovation = m_vecInnovations[i];
if (innovation.NeuronIn == inID &&
innovation.NeuronOut == outID &&
innovation.Type == type)
{
return(innovation.ID);
}
}
return(-1);
}
CreateNewInnovation(int from, int to, InnovationType type,
NeuronType neuron_type, float x, float y)
{
SInnovation innovation = new SInnovation(from, to, type,
m_NextInnovationID++,
neuron_type, x, y);
if (type == InnovationType.NewNeuron)
{
innovation.NeuronID = m_NextNeuronID++;
}
m_vecInnovations.Add(innovation);
return(m_NextNeuronID - 1);
}
CreateNeuronByID(int id)
{
SNeuronGene clone = new SNeuronGene(NeuronType.Hidden, 0, 0, 0);
for (int i = 0; i < m_vecInnovations.Count; i++)
{
SInnovation innovation = m_vecInnovations[i];
if (innovation.NeuronID == id)
{
clone.Type = innovation.neuronType;
clone.ID = innovation.NeuronID;
clone.SplitY = innovation.SplitY;
clone.SplitX = innovation.SplitX;
return(clone);
}
}
return(clone);
}