def set(decay_channels):
list_decay = []
buildWeights = Decay.buildWeights(decay_channels)
if decay_channels != []:
choice = Decay.weightedChoice(buildWeights[0], buildWeights[1])
channel = decay_channels[choice][1]
for pdgid in channel:
list_decay.append(ParticleDataSource.getName(pdgid))
return list_decay
def test_particle():
# for part in ['u', "ubar", "d", "dbar","c","cbar","s","sbar","b","bbar"]:
# this = QuantumUniverseParticle(part)
# print (this.transformtime)
particle = QuantumUniverseParticle('Omega*_c0')
print(particle.decay_channels)
print(particle.mass)
for item in particle.decay_channels[0][1]:
print(ParticleDataSource.getName(item))
particle2 = QuantumUniverseParticle('Omega_c0')
print(particle2.type)
print(particle2.mass)
print(particle.name in ParticleDataSource.getExcludedParticles())
print(TransformationChannels.from_decaylist(particle.decay_channels).all)