def plotOEM(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15, 15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
labels.append(myAircraft.wing.id)
fracs.append(myAircraft.wing.mWing.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append(myAircraft.htp.id)
fracs.append(myAircraft.htp.mHtp.getValue())
colors.append(giveColorForNetworkx(htpC))
labels.append(myAircraft.vtp.id)
fracs.append(myAircraft.vtp.mVtp.getValue())
colors.append(giveColorForNetworkx(vtpC))
labels.append(myAircraft.fuselage.id)
fracs.append(myAircraft.fuselage.mFuselage.getValue())
colors.append(giveColorForNetworkx(fuselageC))
labels.append(myAircraft.engine.id)
fracs.append(myAircraft.engine.mEngine.getValue())
colors.append(giveColorForNetworkx(engineC))
labels.append(myAircraft.pylon.id)
fracs.append(myAircraft.pylon.mPylon.getValue())
colors.append(giveColorForNetworkx(pylonC))
labels.append(myAircraft.systems.id)
fracs.append(myAircraft.systems.mSystems.getValue())
colors.append(giveColorForNetworkx(systemsC))
labels.append(myAircraft.landingGear.id)
fracs.append(myAircraft.landingGear.mLandingGear.getValue())
colors.append(giveColorForNetworkx(landingGearC))
labels.append('oIM')
fracs.append(myAircraft.oIM.getValue())
colors.append(giveColorForNetworkx(aircraftC))
explode = [0.05] * len(labels)
myPie = pie(fracs,
explode=explode,
labels=labels,
colors=colors,
autopct='%1.1f%%',
shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[kg]' % (labels[i], fracs[i])
legends.append(out)
ax.legend(myPie[0], legends, shadow=True)
saveFigure('OEM Breakdown')
close(fig)
def plotCOC(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15, 15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
#===========================================================================
# COC
#===========================================================================
labels.append('costCrew')
fracs.append(myAircraft.costCrew.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costFuel')
fracs.append(myAircraft.costFuel.getValue())
colors.append(giveColorForNetworkx(fuselageC))
labels.append('costMaintenance')
fracs.append(myAircraft.costMaintenance.getValue())
colors.append(giveColorForNetworkx(htpC))
labels.append('costNavigation')
fracs.append(myAircraft.costNavigation.getValue())
colors.append(giveColorForNetworkx(engineC))
labels.append('costLanding')
fracs.append(myAircraft.costLanding.getValue())
colors.append(giveColorForNetworkx(vtpC))
labels.append('costGround')
fracs.append(myAircraft.costGround.getValue())
colors.append(giveColorForNetworkx(fuelC))
#===========================================================================
# Plot
#===========================================================================
explode = [0.05] * len(labels)
myPie = pie(fracs,
explode=explode,
labels=labels,
colors=colors,
autopct='%1.1f%%',
shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[EU/bh]' % (labels[i], fracs[i])
legends.append(out)
ax.legend(myPie[0], legends, shadow=True)
saveFigure('COC Breakdown')
close(fig)
def plotOEM(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15,15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
labels.append(myAircraft.wing.id)
fracs.append(myAircraft.wing.mWing.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append(myAircraft.htp.id)
fracs.append(myAircraft.htp.mHtp.getValue())
colors.append(giveColorForNetworkx(htpC))
labels.append(myAircraft.vtp.id)
fracs.append(myAircraft.vtp.mVtp.getValue())
colors.append(giveColorForNetworkx(vtpC))
labels.append(myAircraft.fuselage.id)
fracs.append(myAircraft.fuselage.mFuselage.getValue())
colors.append(giveColorForNetworkx(fuselageC))
labels.append(myAircraft.engine.id)
fracs.append(myAircraft.engine.mEngine.getValue())
colors.append(giveColorForNetworkx(engineC))
labels.append(myAircraft.pylon.id)
fracs.append(myAircraft.pylon.mPylon.getValue())
colors.append(giveColorForNetworkx(pylonC))
labels.append(myAircraft.systems.id)
fracs.append(myAircraft.systems.mSystems.getValue())
colors.append(giveColorForNetworkx(systemsC))
labels.append(myAircraft.landingGear.id)
fracs.append(myAircraft.landingGear.mLandingGear.getValue())
colors.append(giveColorForNetworkx(landingGearC))
labels.append('oIM')
fracs.append(myAircraft.oIM.getValue())
colors.append(giveColorForNetworkx(aircraftC))
explode=[0.05]*len(labels)
myPie = pie(fracs, explode=explode,labels=labels, colors=colors, autopct='%1.1f%%', shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[kg]'%(labels[i],fracs[i])
legends.append(out)
ax.legend(myPie[0],legends,shadow = True)
saveFigure('OEM Breakdown')
close(fig)
def plotCOC(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15,15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
#===========================================================================
# COC
#===========================================================================
labels.append('costCrew')
fracs.append(myAircraft.costCrew.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costFuel')
fracs.append(myAircraft.costFuel.getValue())
colors.append(giveColorForNetworkx(fuselageC))
labels.append('costMaintenance')
fracs.append(myAircraft.costMaintenance.getValue())
colors.append(giveColorForNetworkx(htpC))
labels.append('costNavigation')
fracs.append(myAircraft.costNavigation.getValue())
colors.append(giveColorForNetworkx(engineC))
labels.append('costLanding')
fracs.append(myAircraft.costLanding.getValue())
colors.append(giveColorForNetworkx(vtpC))
labels.append('costGround')
fracs.append(myAircraft.costGround.getValue())
colors.append(giveColorForNetworkx(fuelC))
#===========================================================================
# Plot
#===========================================================================
explode=[0.05]*len(labels)
myPie = pie(fracs, explode=explode,labels=labels,colors=colors, autopct='%1.1f%%', shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[EU/bh]'%(labels[i],fracs[i])
legends.append(out)
ax.legend(myPie[0],legends,shadow = True)
saveFigure('COC Breakdown')
close(fig)
def plotConvergence(myAircraft):
fig = figure(figsize=(15, 15))
ax = axes()
myAircraft.plotter(ax)
# leg = ax.legend(loc='upper right',frameon=False,ncol=5)
# for t in leg.get_texts():
# t.set_fontsize('xx-small')
ax.tick_params(pad=10, labelsize='x-large')
ax.set_xscale('log')
ax.grid(True, which='both', ls='-')
ylabel('rel. Change [-]', size='40')
xlabel('Iteration [-]', size='40')
saveFigure('Convergence')
close(fig)
def plotDrag(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15, 15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
labels.append(myAircraft.wing.id)
fracs.append(myAircraft.wing.cD0c.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append(myAircraft.htp.id)
fracs.append(myAircraft.htp.cD0c.getValue())
colors.append(giveColorForNetworkx(htpC))
labels.append(myAircraft.vtp.id)
fracs.append(myAircraft.vtp.cD0c.getValue())
colors.append(giveColorForNetworkx(vtpC))
labels.append(myAircraft.fuselage.id)
fracs.append(myAircraft.fuselage.cD0c.getValue())
colors.append(giveColorForNetworkx(fuselageC))
labels.append(myAircraft.engine.id)
fracs.append(myAircraft.engine.cD0c.getValue())
colors.append(giveColorForNetworkx(engineC))
explode = [0.05] * len(labels)
myPie = pie(fracs,
explode=explode,
labels=labels,
colors=colors,
autopct='%1.1f%%',
shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f' % (labels[i], fracs[i])
legends.append(out)
ax.legend(myPie[0], legends, shadow=True)
saveFigure('Component Drag')
close(fig)
def plotDrag(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15,15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
labels.append(myAircraft.wing.id)
fracs.append(myAircraft.wing.cD0c.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append(myAircraft.htp.id)
fracs.append(myAircraft.htp.cD0c.getValue())
colors.append(giveColorForNetworkx(htpC))
labels.append(myAircraft.vtp.id)
fracs.append(myAircraft.vtp.cD0c.getValue())
colors.append(giveColorForNetworkx(vtpC))
labels.append(myAircraft.fuselage.id)
fracs.append(myAircraft.fuselage.cD0c.getValue())
colors.append(giveColorForNetworkx(fuselageC))
labels.append(myAircraft.engine.id)
fracs.append(myAircraft.engine.cD0c.getValue())
colors.append(giveColorForNetworkx(engineC))
explode=[0.05]*len(labels)
myPie = pie(fracs, explode=explode,labels=labels,colors=colors, autopct='%1.1f%%', shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f'%(labels[i],fracs[i])
legends.append(out)
ax.legend(myPie[0],legends,shadow = True)
saveFigure('Component Drag')
close(fig)
def plotConvergence(myAircraft):
fig = figure(figsize=(15,15))
ax = axes()
myAircraft.plotter(ax)
# leg = ax.legend(loc='upper right',frameon=False,ncol=5)
# for t in leg.get_texts():
# t.set_fontsize('xx-small')
ax.tick_params(pad=10,labelsize='x-large')
ax.set_xscale('log')
ax.grid(True, which='both', ls='-')
ylabel('rel. Change [-]',size='40')
xlabel('Iteration [-]',size='40')
saveFigure('Convergence')
close(fig)
def plotMFUEL(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15, 15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
labels.append('mFuelCR')
fracs.append(myAircraft.fuel.mFuelCR.getValue())
colors.append(giveColorForNetworkx(fuelC))
labels.append('mFuelCLIMB')
fracs.append(myAircraft.fuel.mFuelCLIMB.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('mFuelDESCENT')
fracs.append(myAircraft.fuel.mFuelDESCENT.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('mFuelTO')
fracs.append(myAircraft.fuel.mFuelTO.getValue())
colors.append(giveColorForNetworkx(payloadC))
labels.append('mFuelRES')
fracs.append(myAircraft.fuel.mFuelRES.getValue())
colors.append(giveColorForNetworkx(engineC))
explode = [0.05] * len(labels)
myPie = pie(fracs,
explode=explode,
labels=labels,
colors=colors,
autopct='%1.1f%%',
shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[kg]' % (labels[i], fracs[i])
legends.append(out)
ax.legend(myPie[0], legends, shadow=True)
saveFigure('mFUEL Breakdown')
close(fig)
def plotMFUEL(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15,15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
labels.append('mFuelCR')
fracs.append(myAircraft.fuel.mFuelCR.getValue())
colors.append(giveColorForNetworkx(fuelC))
labels.append('mFuelCLIMB')
fracs.append(myAircraft.fuel.mFuelCLIMB.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('mFuelDESCENT')
fracs.append(myAircraft.fuel.mFuelDESCENT.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('mFuelTO')
fracs.append(myAircraft.fuel.mFuelTO.getValue())
colors.append(giveColorForNetworkx(payloadC))
labels.append('mFuelRES')
fracs.append(myAircraft.fuel.mFuelRES.getValue())
colors.append(giveColorForNetworkx(engineC))
explode=[0.05]*len(labels)
myPie = pie(fracs, explode=explode,labels=labels,colors=colors, autopct='%1.1f%%', shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[kg]'%(labels[i],fracs[i])
legends.append(out)
ax.legend(myPie[0],legends,shadow = True)
saveFigure('mFUEL Breakdown')
close(fig)
def plotGeometry(myAircraft):
fig = figure(figsize=(15,15))
ax = Axes3D(fig)
ax = plotWingGeom(ax, myAircraft.wing,wingC)
ax = plotWingGeom(ax, myAircraft.htp,htpC)
ax = plotCoG(ax, myAircraft,engineC)
#note: this is a high level representation of the wings geometry
#ax = plotWingHighGeom(ax, myAircraft.wing,fuelC)
ax = plotVtpGeom(ax, myAircraft.vtp,vtpC)
ax = plotFuselageGeom(ax, myAircraft.fuselage,fuselageC)
ax = plotEngineGeom(ax,myAircraft.engine,engineC)
ax.set_xlim3d(0,myAircraft.fuselage.lfus.getValue()+2)
ax.set_ylim3d(0,myAircraft.fuselage.lfus.getValue()+2)
ax.set_zlim3d(0,myAircraft.fuselage.lfus.getValue()+2)
ax.set_aspect('equal')
leg = ax.legend(loc='right')
for t in leg.get_texts():
t.set_fontsize('small')
ax.view_init(elev=90.,azim=0.)
saveFigure('aircraftGeomTop',True)
ax.view_init(elev=0.,azim=90.)
saveFigure('aircraftGeomSide',True)
ax.set_xlim3d(0,myAircraft.wing.span.getValue()/2.+2)
ax.set_ylim3d(0,myAircraft.wing.span.getValue()/2.+2)
ax.set_zlim3d(0,myAircraft.wing.span.getValue()/2.+2)
ax.view_init(elev=0.,azim=180.)
saveFigure('aircraftGeomFront',True)
close(fig)
def plotDOC(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15, 15))
ax = axes([0.1, 0.1, 0.8, 0.8])
labels = []
fracs = []
colors = []
'''
#===========================================================================
# COC
#===========================================================================
labels.append('costCrew')
fracs.append(myAircraft.costCrew.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costFuel')
fracs.append(myAircraft.costFuel.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costMaintenance')
fracs.append(myAircraft.costMaintenance.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costNavigation')
fracs.append(myAircraft.costNavigation.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costLanding')
fracs.append(myAircraft.costLanding.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costGround')
fracs.append(myAircraft.costGround.getValue())
colors.append(giveColorForNetworkx(wingC))
#===========================================================================
# COO
#===========================================================================
labels.append('costDepreciation')
fracs.append(myAircraft.costDepreciation.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costInterest')
fracs.append(myAircraft.costInterest.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costInsurance')
fracs.append(myAircraft.costInsurance.getValue())
colors.append(giveColorForNetworkx(aircraftC))
'''
#===========================================================================
# TU Berlin DOC method
#===========================================================================
# C1 = costCrew + CostCap
labels.append('costCrew')
fracs.append(myAircraft.costCrew.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costCap')
fracs.append(myAircraft.costCap.getValue())
colors.append(giveColorForNetworkx(wingC))
# C2 = costFuel + costLanding + costGround + costNavigation + costMaintenance
labels.append('costFuel')
fracs.append(myAircraft.costFuel.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costLanding')
fracs.append(myAircraft.costLanding.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costGround')
fracs.append(myAircraft.costGround.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costNavigation')
fracs.append(myAircraft.costNavigation.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costMaintenance')
fracs.append(myAircraft.costMaintenance.getValue())
colors.append(giveColorForNetworkx(aircraftC))
#===========================================================================
# Plot
#===========================================================================
explode = [0.05] * len(labels)
myPie = pie(fracs,
explode=explode,
labels=labels,
colors=colors,
autopct='%1.1f%%',
shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[EU/bh]' % (labels[i], fracs[i])
legends.append(out)
ax.legend(myPie[0], legends, shadow=True)
saveFigure('DOC Breakdown')
close(fig)
def plotDOC(myAircraft):
# make a square figure and axes
fig = figure(figsize=(15,15))
ax = axes([0.1,0.1,0.8,0.8])
labels = []
fracs = []
colors = []
'''
#===========================================================================
# COC
#===========================================================================
labels.append('costCrew')
fracs.append(myAircraft.costCrew.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costFuel')
fracs.append(myAircraft.costFuel.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costMaintenance')
fracs.append(myAircraft.costMaintenance.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costNavigation')
fracs.append(myAircraft.costNavigation.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costLanding')
fracs.append(myAircraft.costLanding.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costGround')
fracs.append(myAircraft.costGround.getValue())
colors.append(giveColorForNetworkx(wingC))
#===========================================================================
# COO
#===========================================================================
labels.append('costDepreciation')
fracs.append(myAircraft.costDepreciation.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costInterest')
fracs.append(myAircraft.costInterest.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costInsurance')
fracs.append(myAircraft.costInsurance.getValue())
colors.append(giveColorForNetworkx(aircraftC))
'''
#===========================================================================
# TU Berlin DOC method
#===========================================================================
# C1 = costCrew + CostCap
labels.append('costCrew')
fracs.append(myAircraft.costCrew.getValue())
colors.append(giveColorForNetworkx(wingC))
labels.append('costCap')
fracs.append(myAircraft.costCap.getValue())
colors.append(giveColorForNetworkx(wingC))
# C2 = costFuel + costLanding + costGround + costNavigation + costMaintenance
labels.append('costFuel')
fracs.append(myAircraft.costFuel.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costLanding')
fracs.append(myAircraft.costLanding.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costGround')
fracs.append(myAircraft.costGround.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costNavigation')
fracs.append(myAircraft.costNavigation.getValue())
colors.append(giveColorForNetworkx(aircraftC))
labels.append('costMaintenance')
fracs.append(myAircraft.costMaintenance.getValue())
colors.append(giveColorForNetworkx(aircraftC))
#===========================================================================
# Plot
#===========================================================================
explode=[0.05]*len(labels)
myPie = pie(fracs, explode=explode,labels=labels,colors=colors, autopct='%1.1f%%', shadow=True)
legends = []
for i in range(len(fracs)):
out = '%-10s= %.2f[EU/bh]'%(labels[i],fracs[i])
legends.append(out)
ax.legend(myPie[0],legends,shadow = True)
saveFigure('DOC Breakdown')
close(fig)
