private static void SetCurrentDelay(Delay delay)
{
if (delay.Randomize && Random.Next(0, 101) >= (100 - delay.Frequency))
{
var min = (delay.Default / 100f) * delay.MinDelay;
var max = (delay.Default / 100f) * delay.MaxDelay;
delay.CurrentDelay = Random.Next((int) Math.Min(min, max), (int) Math.Max(min, max) + 1);
}
else
{
delay.CurrentDelay = delay.Default;
}
}
public static void SetMinDelay(float value, OrbwalkingDelay delay)
{
Delay delayEntry;
if (Delays.TryGetValue(delay, out delayEntry))
{
delayEntry.MinDelay = value;
}
else
{
Delays[delay] = new Delay { MinDelay = value };
}
}
public static void SetDelayProbability(float value, OrbwalkingDelay delay)
{
Delay delayEntry;
if (Delays.TryGetValue(delay, out delayEntry))
{
delayEntry.Probability = value;
}
else
{
Delays[delay] = new Delay { Probability = value };
}
}
public static void SetDelayRandomize(bool value, OrbwalkingDelay delay)
{
Delay delayEntry;
if (Delays.TryGetValue(delay, out delayEntry))
{
delayEntry.Randomize = value;
}
else
{
Delays[delay] = new Delay { Randomize = value };
}
}
private static void SetCurrentDelay(Delay delay)
{
if (delay.Randomize && Random.Next(0, 101) >= (100 - delay.Probability))
{
if (delay.Default > 0)
{
var min = (delay.Default / 100f) * delay.MinDelay;
var max = (delay.Default / 100f) * delay.MaxDelay;
delay.CurrentDelay = Random.Next(
(int) Math.Floor(Math.Min(min, max)), (int) Math.Ceiling(Math.Max(min, max)) + 1);
}
else
{
delay.CurrentDelay = 0;
}
}
else
{
delay.CurrentDelay = delay.Default > 0
? Random.Next(
(int) Math.Floor(delay.Default * (delay.Default >= 50 ? 0.95f : 0.9f)),
(int) Math.Ceiling(delay.Default * (delay.Default >= 50 ? 1.05f : 1.1f)) + 1)
: delay.Default;
}
}