private static double pGetGaussianRandomNumber3(EntropySettings settings)
{
double value;
switch (settings.getValue(EntropySettings.properties_i.rngType))
{
case (int)commonRNG.rngIndex.crypto:
value = Crypto_RNG.random_gauss3()[0];
break;
case (int)commonRNG.rngIndex.mtwister:
value = MersenneTwister_RNG.random_gauss3()[0];
break;
default:
value = RNG.random_gauss3()[0];
break;
}
return(value);
}
private void pChaosSettings_implant(bool previewMode_, EntropySettings entropySettings)
{
previewMode = previewMode_;
if (previewMode)
{
implant_resistCDVar = 0;
implant_resistHeightVar = 0;
implant_resistTopCRRVar = 0;
implant_tiltVar = 0;
implant_twistVar = 0;
}
else
{
switch (entropySettings.getValue(EntropySettings.properties_i.rngType))
{
case (int)commonRNG.rngIndex.mtwister:
implant_resistCDVar = MersenneTwister_RNG.random_gauss3()[0];
implant_resistHeightVar = MersenneTwister_RNG.random_gauss3()[0];
implant_resistTopCRRVar = MersenneTwister_RNG.random_gauss3()[0];
implant_tiltVar = MersenneTwister_RNG.random_gauss3()[0];
implant_twistVar = MersenneTwister_RNG.random_gauss3()[0];
break;
case (int)commonRNG.rngIndex.crypto:
implant_resistCDVar = Crypto_RNG.random_gauss3()[0];
implant_resistHeightVar = Crypto_RNG.random_gauss3()[0];
implant_resistTopCRRVar = Crypto_RNG.random_gauss3()[0];
implant_tiltVar = Crypto_RNG.random_gauss3()[0];
implant_twistVar = Crypto_RNG.random_gauss3()[0];
break;
default:
implant_resistCDVar = RNG.random_gauss3()[0];
implant_resistHeightVar = RNG.random_gauss3()[0];
implant_resistTopCRRVar = RNG.random_gauss3()[0];
implant_tiltVar = RNG.random_gauss3()[0];
implant_twistVar = RNG.random_gauss3()[0];
break;
}
}
}