public string GetSliderData(Vector2 startPosition, int time, HitObjectType hitType,
HitObjectSoundType hitsound, SliderCurveType sliderType, int repeat, float sliderVelocity, int numCurves, float timeSpan)
{
// Length will determine how long a slider will go on for
int len = (int)(sliderVelocity * 100 * timeSpan);
var hs = new HitSlider(startPosition, time, hitType, hitsound, sliderType, repeat, sliderVelocity, numCurves, len);
return(hs.SerializeForOsu());
}
public static char GetSliderChar(this SliderCurveType curveType)
{
switch (curveType)
{
case SliderCurveType.Linear:
return('L');
case SliderCurveType.Bezier:
return('B');
case SliderCurveType.PSpline:
return('P');
default:
return('X');
}
}
public Slider(HitObjectType Type, Vector2 Position, double Time, Color Color, double[] VelocityParameters, String[] Parameters) : base(Type, Position, Time, Color)
{
this.Parameters = Parameters;
PointsPosition = new List <Vector2>();
Velocity = ToVelocity(VelocityParameters[0], VelocityParameters[1]);
String[] SliderValues = Parameters[0].Split('|');
CurveType = getCurveType(SliderValues[0]);
for (var i = 0; i < SliderValues.Length - 1; i++)
{
String[] RawPoint = SliderValues[i + 1].Split(':');
int X = Int32.Parse(RawPoint[0]) + 64;
int Y = Int32.Parse(RawPoint[1]) + 56;
PointsPosition.Add(new Vector2(X, Y));
}
Length = Math.Round(Double.Parse(Parameters[2]), 4);
}
public HitSlider(Vector2 startPosition, int time, HitObjectType hitType, HitObjectSoundType hitsound,
SliderCurveType sliderType, int repeat, float velocity, int numCurves, int length)
{
this.startPosition = startPosition;
this.Position = startPosition;
this.Time = time;
this.HitSound = (int)hitsound;
this.SliderType = sliderType;
this.HitType = (int)hitType;
this.Repeat = repeat;
this.Velocity = velocity;
this.Length = length;
this.NumCurves = numCurves;
ConstructSlider();
}