private static float ExecutePerformanceTest(PerformanceTestCallback callback)
{
var values = new[] { -100300.43245325f, -1, -float.Epsilon, 0, float.Epsilon, 1, 90952.343542f };
var mod = values.Length;
var permutations = (int)Math.Pow(mod, 8);
var cc = new CodeClock();
cc.Start();
for (int n = 0; n < permutations; n++)
{
callback.Invoke(
new PointF(values[(n) % mod], values[(n / mod / mod / mod / mod / mod / mod / mod) % mod]),
new PointF(values[(n / mod / mod) % mod], values[(n / mod / mod / mod / mod / mod) % mod]),
new PointF(values[(n / mod / mod / mod / mod) % mod], values[(n / mod / mod / mod) % mod]),
new PointF(values[(n / mod / mod / mod / mod / mod / mod) % mod], values[(n / mod) % mod])
);
}
cc.Stop();
return(cc.Seconds * 1000000 / permutations);
}
private static float ExecutePerformanceTest(PerformanceTestCallback callback)
{
var values = new[] {-100300.43245325f, -1, -float.Epsilon, 0, float.Epsilon, 1, 90952.343542f};
var mod = values.Length;
var permutations = (int) Math.Pow(mod, 8);
var cc = new CodeClock();
cc.Start();
for (int n = 0; n < permutations; n++)
{
callback.Invoke(
new PointF(values[(n)%mod], values[(n/mod/mod/mod/mod/mod/mod/mod)%mod]),
new PointF(values[(n/mod/mod)%mod], values[(n/mod/mod/mod/mod/mod)%mod]),
new PointF(values[(n/mod/mod/mod/mod)%mod], values[(n/mod/mod/mod)%mod]),
new PointF(values[(n/mod/mod/mod/mod/mod/mod)%mod], values[(n/mod)%mod])
);
}
cc.Stop();
return cc.Seconds*1000000/permutations;
}
