public float GetProbablity(List <float> instance)
{
float prob = 1;
string line = pose_name;
byte [] bytes = BitConverter.GetBytes((int)mask);
//byte [] bytes = BitConverter.GetBytes(mask);
BitArray bits = new BitArray(bytes);
Debug.Log("Converted to bits");
//only look at the relevant angles
for (int i = 0; i < instance.Count; i++)
{
if (bits[i]) //check if this feature is active in our mask
//DEBUGGING :
{
Debug.Log("looking at joint mask " + i);
feature feat = features[i];
float new_prob = feat.CalculateProbability(instance[i]);
line += " " + new_prob;
if (new_prob < .1f)
{
new_prob = .1f;
}
prob *= new_prob;
}
}
/*for(int i = 0; i < features.Count && i < instance.Count; i++){
* feature feat = features[i];
* float new_prob = feat.CalculateProbability(instance[i]);
*
* Debug.Log(new_prob);
*
* line += " " + new_prob;
*
* if(new_prob < .1f)
* new_prob = .1f;
* prob*=new_prob;
* }*/
line += ": " + prob;
Debug.Log(line);
return(prob);
}
public float GetProbablity(List <float> instance)
{
float prob = 1;
string line = pose_name;
for (int i = 0; i < features.Count && i < instance.Count; i++)
{
feature feat = features[i];
float new_prob = feat.CalculateProbability(instance[i]);
line += " " + new_prob;
// features[i].CalculateProbablity(instance[i]);
if (new_prob < .1f)
{
new_prob = .1f;
}
prob *= new_prob;
}
line += ": " + prob;
//Debug.Log(line);
return(prob);
}
