//
public string ToCSVLine()
{
return(hitType.ToString() + "," + timeImpact + "," + timeEndImpact + "," + back + "," + strength + "," + score + "," + timeTillImpact + "," + orientation + "," + PlayersToString());
}
void CalculateTouchAndSave(Vector2 end, TouchData touchData)
{
HipHit type = CalculateHitType(end, touchData);
if (type == HipHit.INVALID)
{
return;
}
Debug.Log("Detected Type: " + type.ToString());
float strength = 0;
ushort back = 20;
if (type.ToString().StartsWith("CONT"))
{
back = 100;
}
float distance = 0.0f;
// Calculate Strength based on Distance.
if (type.ToString().StartsWith("CIRC")) // Average for Circle
{
distance = ((touchData.startPos.magnitude + end.magnitude) / 2);
}
else
{
distance = end.magnitude;
}
strength = 5 * (distance / central.y);
Debug.Log("Strength Calculated as: " + strength);
RhythmLine newLine = new RhythmLine();
newLine.hitType = type;
newLine.back = back;
newLine.strength = strength;
newLine.timeImpact = touchData.startTime;
newLine.timeEndImpact = musicSource.time;
newLine.score = 20;
newLine.timeTillImpact = 1.5f;
//newLine.orientation = Orientation.ORIENT_12;
newLine.orientation = (Orientation)tempOrient;
//looping orientations for testing.
tempOrient++;
if (tempOrient > (int)Orientation.ORIENT_10_5)
{
tempOrient = 0;
}
//-TESTING -End
newLine.players = new Players();
newLine.players.Init();
newLine.players.p1 = true;
lines.Add(newLine);
}
