def plotZweige(self, cAx):
fWdthZw, offsZWd = self.dIA['fWdthZw'], self.dIA['offsWdthZw']
lClrZw = self.dIA['lClrZweig']
for cK in self.lK:
for cZw in cK.lZw:
cLwd = cZw.ageZ * fWdthZw + offsZWd
cCol = Fkt.getCol(lClrZw, self.dIA['colModeZw'], cZw.ageZ)
cAx.plot(cZw.arrX,
cZw.arrY,
cZw.arrZ,
linestyle='solid',
linewidth=cLwd,
color=cCol)
def plotBlaetter(self, cAx):
lClrB, sPlWhich = self.dIA['lClrBltS1'], self.dIA['dPlot']['Blatt'][1]
mEW = self.dITp['wdEdgeBl']
if self.dIA['colSetBl'] == 'Autumn':
lClrB = self.dIA['lClrBltS2']
for cK in self.lK:
for cBt in cK.lBt:
if ((sPlWhich in ['All', 'Current'] and cBt.ageBt == 1) or
(sPlWhich in ['All', 'Previous'] and cBt.ageBt > 1)):
cCol = Fkt.getCol(lClrB, self.dIA['colModeBl'], cBt.ageBt)
mSz = np.average([cBt.lenBt, cBt.widBt])
mSz *= self.dITp['fMarkSzBl']
lX, lY, lZ = Fkt.getCCMidP(cBt.pS, cBt.vDirBt, cBt.lenBt)
cAx.plot(lX,
lY,
lZ,
linestyle='None',
marker='H',
ms=mSz,
markeredgewidth=mEW,
color=cCol)
