public void RecalculatePointNumber()
{
string symbolName = dropDownList.options[dropDownList.value].text;
MhGesture gest = MhGestureManager.FindGesture(symbolName);
var interpolatedPointArray = MhPointPatternMath.GetInterpolatedPointArray(gest.points, (int)recalculatePointNumber.value, gest);
gest.points = new List <Vector2>(interpolatedPointArray);
ClearSymbol();
DrawSymbol();
}
public void DrawSymbol()
{
ClearSymbol();
if (dropDownList.options.Count > 0)
{
string symbolName = dropDownList.options[dropDownList.value].text;
MhGesture gest = MhGestureManager.FindGesture(symbolName);
if (gest == null)
{
Debug.LogError("Symbol with name " + symbolName + " was not found");
return;
}
gestureInput.DrawSymbol(gest);
}
}
public KeyValuePair <MhGesture, float> CompareGesture()
{
MhGesture currentGesture = GetCurrentgesture();
var results = MhGestureManager.analyzer.GetPointPatternMatchResults(currentGesture.Points);
var results2 = MhGestureManager.analyzer.GetPointPatternMatchResultsAdv(currentGesture.Points);
if (results.Length == 0)
{
return(new KeyValuePair <MhGesture, float>());
}
var topResult = results[0];
Debug.Log("Best Match: " + topResult.Name + " , Probability: " + topResult.Probability);
Debug.Log("Advance Comparison Best Match: " + results2[0].Name + " , Probability: " + results2[0].Probability);
return(new KeyValuePair <MhGesture, float>(MhGestureManager.FindGesture(topResult.Name), (float)topResult.Probability));
}