public static int StartPosition_cpu(int idx, ComputeParameter connectionCount)
{
int res = 0;
for (int i = 0; i < idx; i++)
{
res += (int)connectionCount[i];
}
return(res);
}
protected override void ConvertVariable(ComputeVariable variable)
{
connectWeight = variable.Parameter[0].Instance;
axsonConnectCount = variable.Parameter[1].Instance;
axsonConnectStartIndex = variable.Parameter[2].Instance;
axsonConnectMatrix = variable.Parameter[3].Instance;
cellCount = (int)variable["CellCount"].Value;
neuronCount = (int)variable["NeuronCount"].Value;
}
protected override void ConvertVariable(ComputeVariable variable)
{
px = variable.Parameter[0].Instance;
py = variable.Parameter[1].Instance;
pz = variable.Parameter[2].Instance;
paxson = variable.Parameter[3].Instance;
phasRef = variable.Parameter[4].Instance;
count = (int)variable["count"].Value;
connectcount = (int)variable["connectcount"].Value;
}
public static void WeightNormalize_cpu(int idx, ComputeParameter connectWeight, ComputeParameter axsonConnectCount, int pos)
{
int axsonCount = (int)axsonConnectCount[idx];
if (axsonCount != 0)
{
float sum = 0;
for (int i = 0; i < axsonCount; i++)
{
sum += connectWeight[pos + i];
}
if (sum != 0)
{
for (int i = 0; i < axsonCount; i++)
{
connectWeight[pos + i] /= sum;
}
}
}
}
protected override void ConvertVariable(ComputeVariable variable)
{
cellValue = variable.Parameter[0].Instance;
cellSignal = variable.Parameter[1].Instance;
cellActivity = variable.Parameter[2].Instance;
cellState = variable.Parameter[3].Instance;
connectWeight = variable.Parameter[4].Instance;
cellEnergy = variable.Parameter[5].Instance;
axsonConnectCount = variable.Parameter[6].Instance;
axsonConnectStartIndex = variable.Parameter[7].Instance;
axsonConnectMatrix = variable.Parameter[8].Instance;
resValue = variable.Parameter[9].Instance;
resSignal = variable.Parameter[10].Instance;
resActivity = variable.Parameter[11].Instance;
resState = variable.Parameter[12].Instance;
cellCount = (int)variable["CellCount"].Value;
energy = (float)variable["Energy"].Value;
denergy = (float)variable["dEnergy"].Value;
mp = (float)MP_Param;
actrho = (float)ActRho_Param;
}
