/// <summary>
/// Изменяет амплитуду после отражения
/// </summary>
/// <param name="FM1"></param>
/// <param name="FM2"></param>
/// <returns></returns>
public static Modifier Refl(Modifier M1, Modifier M2)
{
if (M1.AmpMod.Length != M2.AmpMod.Length)
return null;
Modifier result = new Modifier(null, M1.soundSpeed);
FrequencyMod[] FM = new FrequencyMod[M1.AmpMod.Length];
for (int i = 0; i < M1.AmpMod.Length; i++)
{
FM[i] = new FrequencyMod((1 - M1.AmpMod[i].Amplitude) * M2.AmpMod[i].Amplitude,M1.AmpMod[i].Freq);
}
result.AmpMod = FM;
result.delay = M2.delay;
return result;
}
public Wave(Vector waveVect, float prevDist, Modifier FM)
{
if (waveMod == null)
waveMod = FM;
else
for (int i = 0; i < FM.AmpMod.Length; i++)
waveMod.AmpMod[i].Amplitude = waveMod.AmpMod[i].Amplitude * FM.AmpMod[i].Amplitude;
direct = waveVect;
previousDist = previousDist + prevDist;
end = new Point();
speed = 331.2F;
}
public Polygon(List<Point> ListOfTops, Modifier md)
{
Tops = new List<Point>(ListOfTops);
mods = md;
}
public Wave(Vector waveVect)
{
direct = waveVect;
previousDist = 0;
end = new Point();
speed = 331.2F;
FrequencyMod[] t = { new FrequencyMod(1f, 128),
new FrequencyMod(1f, 256),
new FrequencyMod(1f, 512),
new FrequencyMod(1f, 1024),
new FrequencyMod(1f, 2048),
new FrequencyMod(1f, 4096),
new FrequencyMod(1f, 10000),
};
waveMod = new Modifier(0, t);
}
public void AddModifier(Modifier mod)
{
modifiers.Add(mod);
}