//public void CalcDelta()
//{
// DeltaL = NNfunc.ModUFDelta(CurValue, Left.CurValue);
// DeltaR = NNfunc.ModUFDelta(CurValue, Right.CurValue);
// DeltaT = NNfunc.ModUFDelta(CurValue, Top.CurValue);
// DeltaB = NNfunc.ModUFDelta(CurValue, Bottom.CurValue);
// Delta = DeltaL + DeltaR + DeltaT + DeltaB;
// AbsDelta = Math.Abs(DeltaL) + Math.Abs(DeltaR) +
// Math.Abs(DeltaT) + Math.Abs(DeltaB);
// NoiseFieldCpl = Left.NoiseField + Right.NoiseField +
// Top.NoiseField + Bottom.NoiseField;
//}
//public void UpdateP(float step,
// float noise,
// float nfDecay,
// float absDeltaToNoise,
// float nfCpl,
// float ffCpl)
//{
// if (Math.Abs(FixedValue) > NumUt.Epsilon)
// {
// Delta += ffCpl * NNfunc.ModUFDelta(CurValue, FixedValue);
// }
// NoiseField = NoiseField * nfDecay +
// AbsDelta * absDeltaToNoise +
// NoiseFieldCpl * nfCpl;
// CurValue = NumUt.ModUF32(CurValue + Delta * step + noise * NoiseField);
//}
public void Update(float step,
float noise,
float nfDecay,
float absDeltaToNoise,
float nfCpl,
float ffCpl)
{
DeltaL = NNfunc.ModUFDelta(CurValue, Left.CurValue);
DeltaR = NNfunc.ModUFDelta(CurValue, Right.CurValue);
DeltaT = NNfunc.ModUFDelta(CurValue, Top.CurValue);
DeltaB = NNfunc.ModUFDelta(CurValue, Bottom.CurValue);
Delta = DeltaL + DeltaR + DeltaT + DeltaB;
AbsDelta = Math.Abs(DeltaL) + Math.Abs(DeltaR) +
Math.Abs(DeltaT) + Math.Abs(DeltaB);
NoiseFieldCpl = Left.NoiseField + Right.NoiseField +
Top.NoiseField + Bottom.NoiseField;
if (Math.Abs(FixedValue) > NumUt.Epsilon)
{
Delta += ffCpl * NNfunc.ModUFDelta(CurValue, FixedValue);
}
NoiseField = NoiseField * nfDecay +
AbsDelta * absDeltaToNoise +
NoiseFieldCpl * nfCpl;
CurValue = NumUt.ModUF32(CurValue + Delta * step + noise * NoiseField);
}
public void Update(float step, float noise, float ffCpl)
{
if (Math.Abs(FixedValue) > NumUt.Epsilon)
{
Delta += ffCpl * NNfunc.ModUFDelta(CurValue, FixedValue);
}
CurValue = NumUt.ModUF32(CurValue + Delta * step + noise);
}
public void CalcDelta()
{
Delta = NNfunc.ModUFDelta(CurValue, Left.CurValue);
Delta += NNfunc.ModUFDelta(CurValue, Right.CurValue);
Delta += NNfunc.ModUFDelta(CurValue, Top.CurValue);
Delta += NNfunc.ModUFDelta(CurValue, Bottom.CurValue);
AbsDelta = Math.Abs(DeltaL) + Math.Abs(DeltaR) + Math.Abs(DeltaT) + Math.Abs(DeltaB);
}
public void CalcDelta()
{
DeltaL = NNfunc.ModUFDelta(CurValue, Left.CurValue);
DeltaR = NNfunc.ModUFDelta(CurValue, Right.CurValue);
DeltaT = NNfunc.ModUFDelta(CurValue, Top.CurValue);
DeltaB = NNfunc.ModUFDelta(CurValue, Bottom.CurValue);
Delta = DeltaL + DeltaR + DeltaT + DeltaB;
AbsDelta = Math.Abs(DeltaL) + Math.Abs(DeltaR) +
Math.Abs(DeltaT) + Math.Abs(DeltaB);
NoiseFieldCpl = Left.NoiseField + Right.NoiseField +
Top.NoiseField + Bottom.NoiseField;
}
public void Update(float step,
float noise,
float nfDecay,
float absDeltaToNoise,
float nfCpl,
float ffCpl)
{
if (Math.Abs(FixedValue) > NumUt.Epsilon)
{
Delta += ffCpl * NNfunc.ModUFDelta(CurValue, FixedValue);
}
NoiseField = NoiseField * nfDecay +
AbsDelta * absDeltaToNoise +
NoiseFieldCpl * nfCpl;
CurValue = NumUt.ModUF32(CurValue + Delta * step + noise * NoiseField);
}
public static P1V <int, float> Update(this NodeGrid nodeGrid, int index, float step, float noiseLevel)
{
var curValue = nodeGrid.Values[index];
var deltaL = NNfunc.ModUFDelta(curValue, nodeGrid.Values[nodeGrid.Left[index]]);
var deltaR = NNfunc.ModUFDelta(curValue, nodeGrid.Values[nodeGrid.Right[index]]);
var deltaT = NNfunc.ModUFDelta(curValue, nodeGrid.Values[nodeGrid.Top[index]]);
var deltaB = NNfunc.ModUFDelta(curValue, nodeGrid.Values[nodeGrid.Bottom[index]]);
var ptb = NumUt.ModUF32(
curValue +
noiseLevel * nodeGrid.Noise[index] +
step * (
deltaL +
deltaR +
deltaT +
deltaB
)
);
return(new P1V <int, float>(index, ptb));
}
public P1V <int, float> Update(int index, float noiseLevel, float step)
{
var curValue = Values[index];
var deltaL = NNfunc.ModUFDelta(curValue, Values[Left[index]]);
var deltaR = NNfunc.ModUFDelta(curValue, Values[Right[index]]);
var deltaT = NNfunc.ModUFDelta(curValue, Values[Top[index]]);
var deltaB = NNfunc.ModUFDelta(curValue, Values[Bottom[index]]);
var ptb = NumUt.ModUF32
(
curValue +
noiseLevel * Noise[index] +
step * (
deltaL +
deltaR +
deltaT +
deltaB
)
);
return(new P1V <int, float>(index, ptb));
}
