def stackio(self, cmd: 'txt', name: 'txt' = ''):
''' Calculate a set of metrics within specified sectors. '''
print('BLAAA', cmd, name)
if cmd == 'LIST':
if not self.sectors:
return True, 'No registered sectors available'
return True, 'Registered sectors:', str.join(', ', self.sectors)
elif cmd == 'ADDSECTOR':
if name == 'ALL':
for areaname in areafilter.basic_shapes.keys():
self.stackio('ADDSECTOR', areaname)
# Add new sector to list.
elif name in self.sectors:
return False, 'Sector %s already registered.' % name
elif areafilter.hasArea(name):
if not self.sectors:
self.fconv = open(
'output/' + stack.get_scenname() + 'convergence.csv',
'w')
self.fsd = open(
'output/' + stack.get_scenname() + 'density.csv', 'w')
self.feff = open(
'output/' + stack.get_scenname() + 'efficiency.csv',
'w')
# Create the plot if this is the first sector
plotter.plot('metrics.metrics.sectorsd',
dt=2.5,
title='Static Density',
xlabel='Time',
ylabel='Aircraft count',
fig=1)
plotter.plot('metrics.metrics.sectorconv',
dt=2.5,
title='Summed Pairwise Convergence',
xlabel='Time',
ylabel='Convergence',
fig=2)
self.effplot = plotter.Plot('metrics.metrics.sectoreff',
title='Route Efficiency',
plot_type='boxplot',
xlabel='Sector',
ylabel='Efficiency',
fig=3)
# Add new area to the sector list, and add an initial inside count of traffic
self.sectors.append(name)
self.acinside.append(SectorData())
plotter.legend(self.sectors, 1)
return True, 'Added %s to sector list.' % name
else:
return False, "No area found with name '%s', create it first with one of the shape commands" % name
else:
# Remove area from sector list
if name in self.sectors:
idx = self.sectors.index(name)
self.sectors.pop(idx)
return True, 'Removed %s from sector list.' % name
return False, "No sector registered with name '%s'." % name
def stackio(self, cmd, name):
if cmd == 'LIST':
if not self.sectors:
return True, 'No registered sectors available'
else:
return True, 'Registered sectors:', str.join(', ', self.sectors)
elif cmd == 'ADDSECTOR':
if name == 'ALL':
for name in areafilter.areas.keys():
self.stackio('ADDSECTOR', name)
# Add new sector to list.
elif name in self.sectors:
return False, 'Sector %s already registered.' % name
elif areafilter.hasArea(name):
if not self.sectors:
self.fconv = open('output/convergence.csv', 'w')
self.fsd = open('output/density.csv', 'w')
self.feff = open('output/efficiency.csv', 'w')
# Create the plot if this is the first sector
plotter.plot('metrics.metrics.sectorsd', dt=2.5, title='Static Density',
xlabel='Time', ylabel='Aircraft count', fig=1)
plotter.plot('metrics.metrics.sectorconv', dt=2.5, title='Summed Pairwise Convergence',
xlabel='Time', ylabel='Convergence', fig=2)
self.effplot = plotter.Plot('metrics.metrics.sectoreff', title='Route Efficiency', plot_type='boxplot',
xlabel='Sector', ylabel='Efficiency', fig=3)
# Add new area to the sector list, and add an initial inside count of traffic
self.sectors.append(name)
self.acinside.append(SectorData())
plotter.legend(self.sectors, 1)
return True, 'Added %s to sector list.' % name
else:
return False, "No area found with name '%s', create it first with one of the shape commands" % name
else:
# Remove area from sector list
if name in self.sectors:
idx = self.sectors.index(name)
self.sectors.pop(idx)
return True, 'Removed %s from sector list.' % name
else:
return False, "No sector registered with name '%s'." % name