def run(results, cmdenv, tdb):
cmdenv = results.cmdenv
tdb = cmdenv.tdb
srcSystem = cmdenv.nearSystem
ly = cmdenv.maxLyPer
if ly is None:
ly = tdb.maxSystemLinkLy
results.summary = ResultRow()
results.summary.near = srcSystem
results.summary.ly = ly
results.summary.stations = 0
distances = {srcSystem: 0.0}
# Calculate the bounding dimensions
for destSys, dist in tdb.genSystemsInRange(srcSystem, ly):
distances[destSys] = dist
showStations = cmdenv.detail
wantStations = cmdenv.stations
padSize = cmdenv.padSize
planetary = cmdenv.planetary
wantNoPlanet = cmdenv.noPlanet
wantTrading = cmdenv.trading
wantShipYard = cmdenv.shipyard
wantBlackMarket = cmdenv.blackMarket
wantOutfitting = cmdenv.outfitting
wantRearm = cmdenv.rearm
wantRefuel = cmdenv.refuel
wantRepair = cmdenv.repair
def station_filter(stations):
for station in stations:
if wantNoPlanet and station.planetary != 'N':
continue
if wantTrading and not station.isTrading:
continue
if wantBlackMarket and station.blackMarket != 'Y':
continue
if wantShipYard and station.shipyard != 'Y':
continue
if padSize and not station.checkPadSize(padSize):
continue
if planetary and not station.checkPlanetary(planetary):
continue
if wantOutfitting and station.outfitting != 'Y':
continue
if wantRearm and station.rearm != 'Y':
continue
if wantRefuel and station.refuel != 'Y':
continue
if wantRepair and station.repair != 'Y':
continue
yield station
for (system, dist) in sorted(distances.items(), key=lambda x: x[1]):
if showStations or wantStations:
stations = []
for (station) in station_filter(system.stations):
stations.append(
ResultRow(
station=station,
age=station.itemDataAgeStr,
))
if not stations and wantStations:
continue
row = ResultRow()
row.system = system
row.dist = dist
row.stations = stations if showStations else []
results.rows.append(row)
results.summary.stations += len(row.stations)
return results
def run(results, cmdenv, tdb):
from commands.commandenv import ResultRow
srcSystem, dstSystem = cmdenv.origPlace, cmdenv.destPlace
if isinstance(srcSystem, Station):
srcSystem = srcSystem.system
if isinstance(dstSystem, Station):
dstSystem = dstSystem.system
maxLyPer = cmdenv.maxLyPer or tdb.maxSystemLinkLy
cmdenv.DEBUG0("Route from {} to {} with max {}ly per jump.",
srcSystem.name(), dstSystem.name(), maxLyPer)
# Build a list of src->dst pairs
hops = [[srcSystem, None]]
if cmdenv.viaPlaces:
for hop in cmdenv.viaPlaces:
hops[-1][1] = hop
hops.append([hop, None])
hops[-1][1] = dstSystem
avoiding = [
avoid for avoid in cmdenv.avoidPlaces if isinstance(avoid, System)
]
route = []
stationInterval = cmdenv.stationInterval
for hop in hops:
hopRoute = tdb.getRoute(
hop[0],
hop[1],
maxLyPer,
avoiding,
stationInterval=stationInterval,
)
if not hopRoute:
raise NoRouteError("No route found between {} and {} "
"with a max {}ly/jump limit.".format(
hop[0].name(),
hop[1].name(),
maxLyPer,
))
route = route[:-1] + hopRoute
results.summary = ResultRow(
fromSys=srcSystem,
toSys=dstSystem,
maxLy=maxLyPer,
)
lastSys, totalLy, dirLy = srcSystem, 0.00, 0.00
maxPadSize = cmdenv.padSize
planetary = cmdenv.planetary
noPlanet = cmdenv.noPlanet
for (jumpSys, dist) in route:
jumpLy = lastSys.distanceTo(jumpSys)
totalLy += jumpLy
if cmdenv.detail:
dirLy = jumpSys.distanceTo(dstSystem)
row = ResultRow(
action='Via',
system=jumpSys,
jumpLy=jumpLy,
totalLy=totalLy,
dirLy=dirLy,
)
row.stations = []
if cmdenv.stations:
for (station) in jumpSys.stations:
if maxPadSize and not station.checkPadSize(maxPadSize):
continue
if planetary and not station.checkPlanetary(planetary):
continue
if noPlanet and station.planetary != 'N':
continue
rr = ResultRow(
station=station,
age=station.itemDataAgeStr,
)
row.stations.append(rr)
results.rows.append(row)
lastSys = jumpSys
results.rows[0].action = 'Depart'
results.rows[-1].action = 'Arrive'
return results
def run(results, cmdenv, tdb):
from commands.commandenv import ResultRow
srcSystem, dstSystem = cmdenv.origPlace, cmdenv.destPlace
if isinstance(srcSystem, Station):
srcSystem = srcSystem.system
if isinstance(dstSystem, Station):
dstSystem = dstSystem.system
maxLyPer = cmdenv.maxLyPer or tdb.maxSystemLinkLy
cmdenv.DEBUG0("Route from {} to {} with max {}ly per jump.",
srcSystem.name(), dstSystem.name(), maxLyPer)
# Build a list of src->dst pairs
hops = [ [ srcSystem, None ] ]
if cmdenv.viaPlaces:
for hop in cmdenv.viaPlaces:
hops[-1][1] = hop
hops.append([hop, None])
hops[-1][1] = dstSystem
avoiding = [
avoid for avoid in cmdenv.avoidPlaces
if isinstance(avoid, System)
]
route = [ ]
stationInterval = cmdenv.stationInterval
for hop in hops:
hopRoute = tdb.getRoute(
hop[0], hop[1],
maxLyPer,
avoiding,
stationInterval=stationInterval,
)
if not hopRoute:
raise NoRouteError(
"No route found between {} and {} "
"with a max {}ly/jump limit.".format(
hop[0].name(), hop[1].name(),
maxLyPer,
))
route = route[:-1] + hopRoute
results.summary = ResultRow(
fromSys=srcSystem,
toSys=dstSystem,
maxLy=maxLyPer,
)
lastSys, totalLy, dirLy = srcSystem, 0.00, 0.00
maxPadSize = cmdenv.padSize
for (jumpSys, dist) in route:
jumpLy = lastSys.distanceTo(jumpSys)
totalLy += jumpLy
if cmdenv.detail:
dirLy = jumpSys.distanceTo(dstSystem)
row = ResultRow(
action='Via',
system=jumpSys,
jumpLy=jumpLy,
totalLy=totalLy,
dirLy=dirLy,
)
row.stations = []
if cmdenv.stations:
for (station) in jumpSys.stations:
if maxPadSize and not station.checkPadSize(maxPadSize):
continue
rr = ResultRow(
station=station,
age=station.itemDataAgeStr,
)
row.stations.append(rr)
results.rows.append(row)
lastSys = jumpSys
results.rows[0].action='Depart'
results.rows[-1].action='Arrive'
return results
def run(results, cmdenv, tdb):
cmdenv = results.cmdenv
tdb = cmdenv.tdb
srcSystem = cmdenv.nearSystem
ly = cmdenv.maxLyPer
if ly is None:
ly = tdb.maxSystemLinkLy
results.summary = ResultRow()
results.summary.near = srcSystem
results.summary.ly = ly
results.summary.stations = 0
distances = { srcSystem: 0.0 }
# Calculate the bounding dimensions
for destSys, dist in tdb.genSystemsInRange(srcSystem, ly):
distances[destSys] = dist
showStations = cmdenv.detail
wantStations = cmdenv.stations
padSize = cmdenv.padSize
wantTrading = cmdenv.trading
wantShipYard = cmdenv.shipyard
wantBlackMarket = cmdenv.blackMarket
wantOutfitting = cmdenv.outfitting
wantRearm = cmdenv.rearm
wantRefuel = cmdenv.refuel
wantRepair = cmdenv.repair
def station_filter(stations):
for station in stations:
if wantTrading and not station.isTrading:
continue
if wantBlackMarket and station.blackMarket != 'Y':
continue
if wantShipYard and station.shipyard != 'Y':
continue
if padSize and not station.checkPadSize(padSize):
continue
if wantOutfitting and station.outfitting != 'Y':
continue
if wantRearm and station.rearm != 'Y':
continue
if wantRefuel and station.refuel != 'Y':
continue
if wantRepair and station.repair != 'Y':
continue
yield station
for (system, dist) in sorted(distances.items(), key=lambda x: x[1]):
if showStations or wantStations:
stations = []
for (station) in station_filter(system.stations):
stations.append(
ResultRow(
station=station,
age=station.itemDataAgeStr,
)
)
if not stations and wantStations:
continue
row = ResultRow()
row.system = system
row.dist = dist
row.stations = stations if showStations else []
results.rows.append(row)
results.summary.stations += len(row.stations)
return results
