public override void Assign(ArcEvent newValues)
{
base.Assign(newValues);
ArcArc n = newValues as ArcArc;
XStart = n.XStart;
XEnd = n.XEnd;
LineType = n.LineType;
YStart = n.YStart;
YEnd = n.YEnd;
Color = n.Color;
IsVoid = n.IsVoid;
}
public ArcArc(RawAffArc rawAffArc)
{
Timing = rawAffArc.Timing;
EndTiming = rawAffArc.EndTiming;
XStart = rawAffArc.XStart;
XEnd = rawAffArc.XEnd;
LineType = rawAffArc.LineType;
YStart = rawAffArc.YStart;
YEnd = rawAffArc.YEnd;
Color = rawAffArc.Color;
IsVoid = rawAffArc.IsVoid;
if (rawAffArc.ArcTaps.Count > 0)
{
IsVoid = true;
foreach (var arctap in rawAffArc.ArcTaps)
{
ArcTaps.Add(new ArcArcTap(arctap));
}
}
}
public static float Y(float start, float end, float t, ArcLineType type)
{
switch (type)
{
default:
case ArcLineType.S:
case ArcLineType.Si:
case ArcLineType.So:
return(S(start, end, t));
case ArcLineType.B:
return(B(start, end, t));
case ArcLineType.SiSi:
case ArcLineType.SoSi:
return(I(start, end, t));
case ArcLineType.SiSo:
case ArcLineType.SoSo:
return(O(start, end, t));
}
}
public static string ToLineTypeString(ArcLineType type)
{
switch (type)
{
case ArcLineType.B: return("b");
case ArcLineType.S: return("s");
case ArcLineType.Si: return("si");
case ArcLineType.SiSi: return("sisi");
case ArcLineType.SiSo: return("siso");
case ArcLineType.So: return("so");
case ArcLineType.SoSi: return("sosi");
case ArcLineType.SoSo: return("soso");
default: return("s");
}
}
public void SetArcTypeMode(int type)
{
currentArcType = (ArcLineType)type;
}
