public ThrowSummary GetThrowSummary(double _xCoord, double _yCoord)
{
var point = new NormalizedPoint();
point.xCoord = _xCoord;
point.yCoord = _yCoord;
return(GetThrowSummary(point));
}
public int GetPoints(NormalizedPoint _point)
{
var distance = DistanceToCenter(_point);
if (distance > 1.0)
{
return(0);
}
var multiplicator = GetDistanceMultiplicator(distance).multiplicator;
return(multiplicator >= 25 ? multiplicator : multiplicator *GetPointsForAngle(GetAngle(_point)).points);
}
public bool HitTheBoard(NormalizedPoint _point)
{
return(DistanceToCenter(_point) < 1.0);
}
public double DistanceToCenter(NormalizedPoint _point)
{
return(Math.Sqrt((_point.xCoord * _point.xCoord) + (_point.yCoord * _point.yCoord)));
}
public ThrowSummary GetThrowSummary(NormalizedPoint _point)
{
return(new ThrowSummary(_point.xCoord, _point.yCoord, DistanceToCenter(_point), HitTheBoard(_point),
GetDistanceMultiplicator(DistanceToCenter(_point)).multiplicator,
GetAngle(_point), GetPointsForAngle(GetAngle(_point)).points, GetPoints(_point)));
}
public double GetAngle(NormalizedPoint _point)
{
var preVal = GetAtanInDegrees(_point);
return(preVal < 0.0 ? 360 + preVal : preVal);
}
public double GetAtanInDegrees(NormalizedPoint _point)
{
return(GetAtanInRads(_point) * (180.0 / System.Math.PI));
}
public double GetAtanInRads(NormalizedPoint _point)
{
return(Math.Atan2(GetSin(_point), GetCos(_point)));
}
public double GetCos(NormalizedPoint _point)
{
return(ZeroDegreeHorizonVector().xCoord + _point.xCoord + ZeroDegreeHorizonVector().yCoord + _point.yCoord);
}
public double GetSin(NormalizedPoint _point)
{
return(ZeroDegreeHorizonVector().xCoord *_point.yCoord - _point.xCoord * ZeroDegreeHorizonVector().yCoord);
}