public static bool SetEnabled(CharacterInterpolatorBase interpolator)
{
HashSet <CharacterInterpolatorBase> set;
HashSet <CharacterInterpolatorBase> set2;
if (!iterating)
{
return((!swapped ? hashset1 : hashset2).Add(interpolator));
}
if (caughtIterating)
{
return((!swapped ? hashset2 : hashset1).Add(interpolator));
}
if (swapped)
{
set = hashset2;
set2 = hashset1;
}
else
{
set = hashset1;
set2 = hashset2;
}
if (set.Contains(interpolator))
{
return(false);
}
caughtIterating = true;
set2.UnionWith(set);
return(set2.Add(interpolator));
}
public static bool SetEnabled(CharacterInterpolatorBase interpolator)
{
HashSet <CharacterInterpolatorBase> characterInterpolatorBases;
HashSet <CharacterInterpolatorBase> characterInterpolatorBases1;
if (!CharacterInterpolatorBase.Interpolators.iterating)
{
return(((!CharacterInterpolatorBase.Interpolators.swapped ? CharacterInterpolatorBase.Interpolators.hashset1 : CharacterInterpolatorBase.Interpolators.hashset2)).Add(interpolator));
}
if (CharacterInterpolatorBase.Interpolators.caughtIterating)
{
return(((!CharacterInterpolatorBase.Interpolators.swapped ? CharacterInterpolatorBase.Interpolators.hashset2 : CharacterInterpolatorBase.Interpolators.hashset1)).Add(interpolator));
}
if (!CharacterInterpolatorBase.Interpolators.swapped)
{
characterInterpolatorBases = CharacterInterpolatorBase.Interpolators.hashset1;
characterInterpolatorBases1 = CharacterInterpolatorBase.Interpolators.hashset2;
}
else
{
characterInterpolatorBases = CharacterInterpolatorBase.Interpolators.hashset2;
characterInterpolatorBases1 = CharacterInterpolatorBase.Interpolators.hashset1;
}
if (characterInterpolatorBases.Contains(interpolator))
{
return(false);
}
CharacterInterpolatorBase.Interpolators.caughtIterating = true;
characterInterpolatorBases1.UnionWith(characterInterpolatorBases);
return(characterInterpolatorBases1.Add(interpolator));
}
private void UpdateStateNew(Vector3 origin, Angle2 eyesAngles, ushort stateFlags, double timestamp)
{
CharacterStateInterpolatorData characterStateInterpolatorDatum = new CharacterStateInterpolatorData();
Character character = base.idMain;
if (this.firstState)
{
this.firstState = false;
character.origin = origin;
character.eyesAngles = eyesAngles;
character.stateFlags.flags = stateFlags;
return;
}
if (!base.networkView.isMine)
{
CharacterInterpolatorBase characterInterpolatorBase = base.interpolator;
if (characterInterpolatorBase)
{
IStateInterpolator <CharacterStateInterpolatorData> stateInterpolator = characterInterpolatorBase as IStateInterpolator <CharacterStateInterpolatorData>;
if (stateInterpolator == null)
{
character.stateFlags.flags = stateFlags;
characterInterpolatorBase.SetGoals(origin, eyesAngles.quat, timestamp);
}
else
{
characterStateInterpolatorDatum.origin = origin;
characterStateInterpolatorDatum.state.flags = stateFlags;
characterStateInterpolatorDatum.eyesAngles = eyesAngles;
stateInterpolator.SetGoals(ref characterStateInterpolatorDatum, ref timestamp);
}
}
}
else
{
character.origin = origin;
character.eyesAngles = eyesAngles;
character.stateFlags.flags = stateFlags;
CCMotor cCMotor = base.ccmotor;
if (cCMotor)
{
cCMotor.Teleport(origin);
}
}
}
private void UpdateStateNew(Vector3 origin, Angle2 eyesAngles, ushort stateFlags, double timestamp)
{
Character idMain = base.idMain;
if (this.firstState)
{
this.firstState = false;
idMain.origin = origin;
idMain.eyesAngles = eyesAngles;
idMain.stateFlags.flags = stateFlags;
}
else if (base.networkView.isMine)
{
idMain.origin = origin;
idMain.eyesAngles = eyesAngles;
idMain.stateFlags.flags = stateFlags;
CCMotor ccmotor = base.ccmotor;
if (ccmotor != null)
{
ccmotor.Teleport(origin);
}
}
else
{
CharacterInterpolatorBase base2 = base.interpolator;
if (base2 != null)
{
IStateInterpolator <CharacterStateInterpolatorData> interpolator = base2 as IStateInterpolator <CharacterStateInterpolatorData>;
if (interpolator != null)
{
CharacterStateInterpolatorData data;
data.origin = origin;
data.state.flags = stateFlags;
data.eyesAngles = eyesAngles;
interpolator.SetGoals(ref data, ref timestamp);
}
else
{
idMain.stateFlags.flags = stateFlags;
base2.SetGoals(origin, eyesAngles.quat, timestamp);
}
}
}
}
public static bool SetEnabled(CharacterInterpolatorBase interpolator)
{
HashSet<CharacterInterpolatorBase> characterInterpolatorBases;
HashSet<CharacterInterpolatorBase> characterInterpolatorBases1;
if (!CharacterInterpolatorBase.Interpolators.iterating)
{
return ((!CharacterInterpolatorBase.Interpolators.swapped ? CharacterInterpolatorBase.Interpolators.hashset1 : CharacterInterpolatorBase.Interpolators.hashset2)).Add(interpolator);
}
if (CharacterInterpolatorBase.Interpolators.caughtIterating)
{
return ((!CharacterInterpolatorBase.Interpolators.swapped ? CharacterInterpolatorBase.Interpolators.hashset2 : CharacterInterpolatorBase.Interpolators.hashset1)).Add(interpolator);
}
if (!CharacterInterpolatorBase.Interpolators.swapped)
{
characterInterpolatorBases = CharacterInterpolatorBase.Interpolators.hashset1;
characterInterpolatorBases1 = CharacterInterpolatorBase.Interpolators.hashset2;
}
else
{
characterInterpolatorBases = CharacterInterpolatorBase.Interpolators.hashset2;
characterInterpolatorBases1 = CharacterInterpolatorBase.Interpolators.hashset1;
}
if (characterInterpolatorBases.Contains(interpolator))
{
return false;
}
CharacterInterpolatorBase.Interpolators.caughtIterating = true;
characterInterpolatorBases1.UnionWith(characterInterpolatorBases);
return characterInterpolatorBases1.Add(interpolator);
}
protected void Push(ref T state, ref double timeStamp)
{
int num;
int length = (int)this.tbuffer.Length;
if (this.len >= length)
{
for (int i = 0; i < length; i++)
{
int num1 = this.tbuffer[i].index;
if (this.tbuffer[num1].timeStamp < timeStamp)
{
int num2 = this.tbuffer[length - 1].index;
for (int j = length - 1; j > i; j--)
{
this.tbuffer[j].index = this.tbuffer[j - 1].index;
}
this.tbuffer[i].index = num2;
this.tbuffer[num2].Set(ref state, ref timeStamp);
return;
}
if (this.tbuffer[num1].timeStamp == timeStamp)
{
this.tbuffer[num1].Set(ref state, ref timeStamp);
return;
}
}
}
else
{
for (int k = 0; k < this.len; k++)
{
int num3 = this.tbuffer[k].index;
if (this.tbuffer[num3].timeStamp < timeStamp)
{
for (int l = this.len; l > k; l--)
{
this.tbuffer[l].index = this.tbuffer[l - 1].index;
}
this.tbuffer[k].index = this.len;
TimeStamped <T>[] timeStampedArray = this.tbuffer;
CharacterInterpolatorBase <T> characterInterpolatorBase = this;
int num4 = characterInterpolatorBase.len;
num = num4;
characterInterpolatorBase.len = num4 + 1;
timeStampedArray[num].Set(ref state, ref timeStamp);
return;
}
if (this.tbuffer[num3].timeStamp == timeStamp)
{
this.tbuffer[num3].Set(ref state, ref timeStamp);
return;
}
}
this.tbuffer[this.len].index = this.len;
TimeStamped <T>[] timeStampedArray1 = this.tbuffer;
CharacterInterpolatorBase <T> characterInterpolatorBase1 = this;
int num5 = characterInterpolatorBase1.len;
num = num5;
characterInterpolatorBase1.len = num5 + 1;
timeStampedArray1[num].Set(ref state, ref timeStamp);
}
}