public void SetTimeSource(TimeSource source)
{
if (source != time_source)
{
ChangeParameter(() => time_source = source);
}
}
public StepStopwatch(long m, TimeSource t)
{
timer = new Stopwatch(t);
elapsed_time_in_milliseconds = 0;
max_step_in_milliseconds = m;
}
static public long TimeProcessInMilliseconds(this TimeSource item, Process process)
{
long start_time = item.GetCurrentTimeInMilliseconds();
process();
return(item.GetCurrentTimeInMilliseconds() - start_time);
}
public void SetTimeSource(TimeSource source)
{
timer.SetTimeSource(source);
}
public StepStopwatch(Duration d, TimeSource t) : this(d.GetWholeMilliseconds(), t)
{
}
public Worker_SimpleAmortize(long i, Process <T> p, TimeSource t) : base(i, p, t)
{
frame_timer = new Stopwatch(t);
}
public ConductorOrder_WaitFor(long d, TimeSource t) : this(new Timer(d, t))
{
}
public Stopwatch(TimeSource t, float s)
{
speed = s;
time_source = t;
}
public Timer(TimeSource t) : this(0, t)
{
}
public Timer(Duration d, TimeSource t) : this(d.GetWholeMilliseconds(), t)
{
}
static public bool Add <T>(this DecayTimeSet <T> item, T to_add, Duration duration, TimeSource time_source, bool recharge)
{
return(item.Add(to_add, () => new Timer(duration, time_source), recharge));
}
static public ConductorOrder Order_WaitFor <T>(this ConductedValue <T> item, Duration duration, TimeSource time_source)
{
return(new ConductorOrder_WaitFor(duration, time_source));
}
public Delay(long d, TimeSource t)
{
can_fire = false;
timer = new Timer(d, t);
}
static public Duration GetCurrentTime(this TimeSource item)
{
return(Duration.Milliseconds(item.GetCurrentTimeInMilliseconds()));
}
public Worker(long i, Process <T> p, TimeSource t)
{
timer = new Timer(i, t).StartExpireAndGet();
work_collection = new WorkCollection <T>(p);
}
public Worker(Duration i, Process <T> p, TimeSource t) : this(i.GetWholeMilliseconds(), p, t)
{
}
public Timer(long d, TimeSource t) : base(t)
{
SetDurationInMilliseconds(d);
}
public Stopwatch(TimeSource t) : this(t, 1.0f)
{
}
public TemporalEvent_Duration(Duration d, TimeSource t) : this(new Timer(d, t))
{
}
public LogTimer(TimeSource t)
{
timer = new Stopwatch(t);
times_in_milliseconds = new List <long>();
}
public TimedValue(T v, long d, TimeSource t)
{
value = v;
timer = new Timer(d, t).StartAndGet();
}
static public float GetCurrentTimeInSeconds(this TimeSource item)
{
return(item.GetCurrentTime().GetSeconds());
}
public TimedValue(T v, Duration d, TimeSource t) : this(v, d.GetWholeMilliseconds(), t)
{
}
public ConductorOrder_WaitFor(Duration d, TimeSource t) : this(new Timer(d, t))
{
}
public TemporalOperationCache(string i, Operation <T, P1, P2, P3, P4, P5> o, Duration d, TimeSource t) : this(i, o, new Timer(d, t))
{
}
