def completed_or_archived_runids_in_range(runidspec):
runids = sorted(runids_in_range(runidspec))
db = Database()
runids = filter(
lambda runid: db.select("runid=" + str(runid))[0]['runstatus'] in
('completed', 'archived'), runids)
db.close()
return runids
if len(sys.argv) != 3:
raise ValueError("This script expects exactly two command-line arguments")
vistype = sys.argv[1].lower()
found = False
for knowntype in filenames_for_vistype.keys():
if knowntype.startswith(vistype):
vistype = knowntype
found = True
break
if not found: raise ValueError("Unknown visualization type: " + vistype)
buildrange = sys.argv[2].lower()
update = "update".startswith(buildrange)
rebuild = "rebuild".startswith(buildrange)
runidrange = runids_in_range(buildrange)
if not update and not rebuild and not runidrange:
raise ValueError("Unknown build range: " + buildrange)
# -----------------------------------------------------------------
# get a list of relevant filename endings depending on the visualization type
filenames = filenames_for_vistype[vistype]
# construct the list of SKIRT-runs to be processed
if runidrange:
skirtruns = [SkirtRun(runid) for runid in runidrange]
else:
skirtruns = completed_skirtruns(filenames if update else None)
# =================================================================
if not stage in ("extract", "simulate", "observe", "store"):
raise ValueError("First argument must be 'extract', 'simulate', 'observe', or 'store'")
mode = sys.argv[2]
if not mode in ("loop", "force"):
raise ValueError("Second argument must be 'loop' or 'force'")
argum = sys.argv[3]
# parse and verify third argument according to requested mode
if mode == "loop":
numjobs = int(argum)
if numjobs<1 or numjobs>99: raise ValueError("Number of jobs must be in range [1,99]")
print "Preparing {} {} jobs in loop mode".format(numjobs, stage)
if mode == "force":
numjobs = 1
runidspec = argum
numruns = len(runids_in_range(runidspec))
if numruns<1 or numruns>20: raise ValueError("Can't schedule more than 20 SKIRT-runs in single job")
print "Preparing {} job with {} SKIRT-runs in force mode".format(stage, numruns)
# set some parameters according to requested stage
wallhours = 72
if stage=="simulate":
tasks = 2
cpuspertask = 8
cpuspernode = 16
memorypernode = 120 # can usually be lower for simulations without IFU
else:
tasks = 1
cpuspertask = 1
cpuspernode = 1
memorypernode = 30
def completed_or_archived_runids_in_range(runidspec):
runids = sorted(runids_in_range(runidspec))
db = Database()
runids = filter(lambda runid: db.select("runid=" + str(runid))[0]["runstatus"] in ("completed", "archived"), runids)
db.close()
return runids
"This script expects exactly two command-line arguments: outputtype runidspec"
)
vistypes = ('bandimages', 'densities', 'fastimages', 'greybodyfit', 'infofile',
'particles', 'seds', 'temperature', 'wavemovie')
inputtype = sys.argv[1].lower()
found = False
for knowntype in vistypes:
if knowntype.startswith(inputtype):
vistype = knowntype
found = True
break
if not found: raise ValueError("Unknown visualization type: " + inputtype)
runidspec = sys.argv[2]
runids = runids_in_range(runidspec)
# construct a list of SKIRT-runs to be processed
skirtruns = [SkirtRun(runid) for runid in runids]
# =================================================================
# build band-integrated images
if vistype == 'bandimages':
from pts.core.plot.rgbimages import makeintegratedrgbimages
from pts.core.filter.broad import BroadBandFilter
print "Building band-integrated images for {} SKIRT-runs".format(
len(skirtruns))
filterR = BroadBandFilter('SDSS.i')
filterG = BroadBandFilter('SDSS.r')
filterB = BroadBandFilter('SDSS.g')
# get and parse the command-line arguments
if len(sys.argv) != 3: raise ValueError("This script expects exactly two command-line arguments")
vistype = sys.argv[1].lower()
found = False
for knowntype in filenames_for_vistype.keys():
if knowntype.startswith(vistype):
vistype = knowntype
found = True
break
if not found: raise ValueError("Unknown visualization type: " + vistype)
buildrange = sys.argv[2].lower()
update = "update".startswith(buildrange)
rebuild = "rebuild".startswith(buildrange)
runidrange = runids_in_range(buildrange)
if not update and not rebuild and not runidrange: raise ValueError("Unknown build range: " + buildrange)
# -----------------------------------------------------------------
# get a list of relevant filename endings depending on the visualization type
filenames = filenames_for_vistype[vistype]
# construct the list of SKIRT-runs to be processed
if runidrange:
skirtruns = [ SkirtRun(runid) for runid in runidrange ]
else:
skirtruns = completed_skirtruns(filenames if update else None)
# =================================================================
if len(sys.argv) != 3:
raise ValueError("This script expects exactly two command-line arguments: outputtype runidspec")
vistypes = ('gepimages', 'bandimages', 'densities', 'fastimages', 'greybodyfit', 'infofile',
'particles', 'seds', 'temperature', 'wavemovie')
inputtype = sys.argv[1].lower()
found = False
for knowntype in vistypes:
if knowntype.startswith(inputtype):
vistype = knowntype
found = True
break
if not found: raise ValueError("Unknown visualization type: " + inputtype)
runidspec = sys.argv[2]
runids = runids_in_range(runidspec)
# construct a list of SKIRT-runs to be processed
skirtruns = [ SkirtRun(runid) for runid in runids ]
# =================================================================
# build GEP-band-integrated gray-scale images
if vistype=='gepimages':
from pts.core.plot.rgbimages import makeintegratedrgbimages
from pts.core.filter.broad import BroadBandFilter
print "Building GEP-band-integrated gray-scale images for {} SKIRT-runs".format(len(skirtruns))
# List of filter objects
bandedges = (
( 1, 10.00, 11.33),
( 2, 11.33, 12.84),
