def growZweig(self, cLtPBk):
assert cLtPBk <= 1
if self.fGerm:
self.becomeInact()
dMnMx = self.dIA['dMinMax']
# draw a value for the length of this "Zweig"
lenZw = Fkt.drawVRel(self.dLenZw, self.nKZw, self.sDirN, self.cM,
dMnMx['LenZw'], dMnMx['NKZw'],
self.dFAd['LenZw'],
self.dITp['dDist']['NKZw'])
# adjust the "Zweig" length according to the available light
if self.dIA['lvlDbg'] > 0 and cLtPBk < 1:
print('lenZw (before):', lenZw,
'- current light propagated in block:', cLtPBk)
lenZw *= cLtPBk
if self.dIA['lvlDbg'] > 0:
print('lenZw (after):', lenZw)
# TODO - change
if lenZw < 10:
return 0
dInfo = {
'VertZ': self.cAnVZ,
'RelPZw': self.cAnRZ,
'RelPKt': self.pKR,
'LenZw': self.lenZ,
'AgeZw': 1,
'AgeBm': self.ageB
}
# draw a value for the number of "Knoten" on this "Zweig"
nKZw = Fkt.drawDict(self.dITp, dInfo, dMnMx, 'dDist', 'NKZw',
'dNumNKZw', 'dBndAr', 'dCtWt', self.sDirN,
self.cM)
# # adjust the number of "Knoten" according to the available light
# nKZw = max(1, round(nKZw*cLtPBk))
lFDstK = Fkt.drawLVRel(self.dFPKZw, nKZw, self.sDirN, self.cM,
dMnMx['FctPKZw'],
self.dITp['dDist']['NKZw'])
return Zweig(self.dIA, self.dITp, self.cMk, self.dFAd, self.dFPEZw,
self.dAnEPlr, self.dAnEAzm, self.IDKs, self.pathID,
self.yrG, self.ageB, self.pKC, self.sDirN,
self.vDirZw, self.vDir, self.cAnVZ, self.cAnRZ, lenZw,
lFDstK)
def growKnoten(self, lKN, mxIDKt, iKN, cY):
for k in range(len(self.lKC)):
iKN += 1
dInfo = {
'VertZ': self.cAnVZ,
'RelPZw': self.cAnRZ,
'RelPKt': self.lFDsK[k],
'LenZw': self.lenZ,
'AgeZw': self.ageZ,
'AgeBm': self.ageB
}
nKKt = Fkt.drawDict(self.dITp, dInfo, self.dIA['dMinMax'], 'dDist',
'NKKt', 'dNumNKKt', 'dBndAr', 'dCtWt',
self.sDir, self.cM)
# print('Growing Knoten with ID', mxIDKt + iKN, '.')
lKN.append(
Knoten(self.dIA, self.dITp, self.cMk, self.dFAd, mxIDKt + iKN,
self.pathID + [self.IDZ], k, cY, self.ageB, self.ageZ,
self.lenZ, self.lKC[k], self.lFDsK[k],
self.lKPS[k], self.sDir, self.vDirP, self.lKVD[k],
len(self.vDsK), nKKt))
self.lKZw = [cKt for cKt in lKN[-len(self.lKC):]]
return iKN