public float ReturnMatchAccuracyWithReferenceSet(TrajectoryRefSet otherSet)
{
if (trajectories.Count == 0 &&
trajectories.Count != otherSet.trajectories.Count &&
!otherSet.isActual)
{
return(0);
} // Make sure set is non-zero, has same # of pts as
else // actual set, and only actual set is flagged actual
{
float accuracyTotal = 0;
for (int i = 0; i < trajectories.Count; i++)
{
float ptDiffStart = (Mathf.Abs(trajectories[i].trajStart.x - otherSet.trajectories[i].trajStart.x) +
Mathf.Abs(trajectories[i].trajStart.y - otherSet.trajectories[i].trajStart.y) +
Mathf.Abs(trajectories[i].trajStart.z - otherSet.trajectories[i].trajStart.z)) / 3;
float ptDiffEnd = (Mathf.Abs(trajectories[i].trajEnd.x - otherSet.trajectories[i].trajEnd.x) +
Mathf.Abs(trajectories[i].trajEnd.y - otherSet.trajectories[i].trajEnd.y) +
Mathf.Abs(trajectories[i].trajEnd.z - otherSet.trajectories[i].trajEnd.z)) / 3;
accuracyTotal += (100f - ((ptDiffStart + ptDiffEnd) / 2f));
}
return(accuracyTotal / trajectories.Count);
}
}
public void DetermineMatches()
{
ProjectHandler projHandler = GameObject.FindObjectOfType <ProjectHandler>();
matches.Clear();
if (projHandler.trajRefSets.Count > 0)
{
List <TrajectoryRefSet> acceptableMatches = new List <TrajectoryRefSet>();
foreach (TrajectoryRefSet trajRef in projHandler.trajRefSets)
{
if (this.ReturnMatchAccuracyWithReferenceSet(trajRef) > trajRef.accuracyRequirement)
{
acceptableMatches.Add(trajRef);
}
}
int numOfTopPicksFound = 0;
float tempMatchRating = 0;
TrajectoryRefSet tempTopRef = null;
while ((numOfTopPicksFound < defaultNumOfRefsToShow) && (acceptableMatches.Count > 0))
{
foreach (TrajectoryRefSet trajRef in acceptableMatches)
{
float rating = ReturnMatchRatingWithReferenceSet(trajRef);
if (rating > tempMatchRating)
{
tempMatchRating = rating;
tempTopRef = trajRef;
}
}
if (tempTopRef && !matches.Contains(tempTopRef))
{
matches.Add(tempTopRef);
}
acceptableMatches.Remove(tempTopRef);
tempTopRef = null;
numOfTopPicksFound++;
}
}
}
public float ReturnMatchRatingWithReferenceSet(TrajectoryRefSet otherSet)
{
return(ReturnMatchAccuracyWithReferenceSet(otherSet) - otherSet.accuracyRequirement);
}