static double simSeasonalOLD(Model a, Model b)
{
Debug.Assert(a.len == -1);
Debug.Assert(b.len == -1);
Debug.Assert(b.freq == a.freq);
double sim_index;
double a_scale, a_shift;
double b_scale, b_shift;
a_scale = 0; a_shift = 0;
b_scale = 0; b_shift = 0;
Model pa = models[getParent(a)];
Model pb = models[getParent(b)];
double[] aV = new double[pa.len];
double[] bV = new double[pb.len];
for (int i = 0; i < pa.len; i++)
{
aV[i] = pa.EvalS(i);
bV[i] = pb.EvalS(i);
}
double[] tsa = Utils.normalize(aV, ref a_scale, ref a_shift);
double[] tsb = Utils.normalize(bV, ref b_scale, ref b_shift);
sim_index = Utils.sim(tsa, tsb);
return(sim_index);
return(0);
}
static double simSeasonal(Model pa, Model pb)
{
double sim_index;
double a_scale, a_shift;
double b_scale, b_shift;
a_scale = 0; a_shift = 0;
b_scale = 0; b_shift = 0;
double[] aV = new double[pa.len];
double[] bV = new double[pb.len];
for (int i = 0; i < pa.len; i++)
{
aV[i] = pa.EvalS(i);
bV[i] = pb.EvalS(i);
}
double[] tsa = Utils.normalize(aV, ref a_scale, ref a_shift);
double[] tsb = Utils.normalize(bV, ref b_scale, ref b_shift);
sim_index = Utils.sim(tsa, tsb);
return(sim_index);
}
static double simSeasonal(Model pa, Model pb)
{
double sim_index;
double a_scale, a_shift;
double b_scale, b_shift;
a_scale = 0; a_shift = 0;
b_scale = 0; b_shift = 0;
double[] aV = new double[pa.len];
double[] bV = new double[pb.len];
for (int i = 0; i < pa.len; i++)
{
aV[i] = pa.EvalS(i);
bV[i] = pb.EvalS(i);
}
double[] tsa = Utils.normalize(aV, ref a_scale, ref a_shift);
double[] tsb = Utils.normalize(bV, ref b_scale, ref b_shift);
sim_index = Utils.sim(tsa, tsb);
return sim_index;
}