private void Update()
{
if (this.lastInputFrame != Time.frameCount && (!this._controllable || !this._controllable.masterControllable.forwardsPlayerClientInput))
{
this.lastInputFrame = Time.frameCount;
this.ClientInput();
}
if (NetCull.isClientRunning && !Globals.isLoading)
{
ulong num = NetCull.localTimeInMillis;
if (num >= this.nextAutoReclockTime)
{
try
{
ulong num1 = Math.Min(num - this.nextAutoReclockTime, (ulong)500);
NetCull.ResynchronizeClock((double)((float)((long)3000 + num1)) / 1000);
num = num + num1;
}
finally
{
this.nextAutoReclockTime = num + (long)420000;
}
}
}
}
private void Update()
{
if ((this.lastInputFrame != Time.frameCount) && ((this._controllable == null) || !this._controllable.masterControllable.forwardsPlayerClientInput))
{
this.lastInputFrame = Time.frameCount;
this.ClientInput();
}
if (NetCull.isClientRunning && !Globals.isLoading)
{
ulong localTimeInMillis = NetCull.localTimeInMillis;
if (localTimeInMillis >= this.nextAutoReclockTime)
{
try
{
ulong num2 = Math.Min(localTimeInMillis - this.nextAutoReclockTime, (ulong)500L);
NetCull.ResynchronizeClock((double)(((double)(((ulong)0xbb8L) + num2)) / 1000.0));
localTimeInMillis += num2;
}
finally
{
this.nextAutoReclockTime = localTimeInMillis + ((ulong)0x668a0L);
}
}
}
}
protected void RS(float duration)
{
NetCull.ResynchronizeClock((double)duration);
}