def __init__(self, options=None):
if options is not None:
if options.humnamap=="nodither":
mapfn="/coaddM5Data_masked_rBand_NoDither.npz"
elif options.humnamap=="reprandom":
mapfn="/coaddM5Data_masked_rBand_RepulsiveRandomDitherFieldPerVisit.npz"
else:
print "Unknown depth variations type map"
stop()
mapfn=options.hpath+mapfn
print " Reading mapfn",mapfn,"..."
hmap=np.load(mapfn)
mask=hmap['mask']
vals=hmap['metricValues']
mx=vals.max()
vals=np.exp(-options.dlogndmlim*(mx-vals))
vals[mask]=0.0
amask=np.where(mask==False)
cmin,cmax,cmean=vals[amask].min(), vals[amask].max(), vals[amask].mean()
print "Window func min, max, mean:",cmin,cmax,cmean
info="DepthVariationsDepthVariations map=%s dlogndmlim=%f"%(options.humnamap,options.dlogndmlim)
shortinfo=options.humnamap+"_"+str(options.dlogndmlim)
WindowHealpix.__init__(self,vals,info,shortinfo)
else:
print "DepthVariations really needs options"
stop()
def registerOptions(parser):
parser.add_option("--wf_type",dest="wftype",type="string",
help="window func type [none,radecbcut,healpix, depthvar]",
default="depthvar")
WindowDecBcut.registerOptions(parser)
WindowHealpix.registerOptions(parser)
WindowDepthVariations.registerOptions(parser)
def registerOptions(parser):
parser.add_option(
"--wf_type",
dest="wftype",
type="string",
help="window func type [none,radecbcut,healpix, depthvar]",
default="depthvar")
WindowDecBcut.registerOptions(parser)
WindowHealpix.registerOptions(parser)
WindowDepthVariations.registerOptions(parser)
def getWindowFunc(o):
if o.wftype == "none":
return WindowBase()
elif o.wftype == "radecbcut":
return WindowDecBcut(options=o)
elif o.wftype == "healpix":
return WindowHealpix(options=o)
elif o.wftype == "depthvar":
return WindowDepthVariations(options=o)
else:
print "Bad WF type:", o.wftype
stop()
def readWindowH5(dataset):
## note that humna map is just a wrapper and gets saved/realoaded from healpix map
name=dataset.attrs['type']
## loop over possible types
## (why can't i do 'for t in [WindowBase, WindowDecBcut]:'?)
toret=WindowBase.readH5(dataset)
if toret is not None: return toret
toret=WindowDecBcut.readH5(dataset)
if toret is not None: return toret
toret=WindowHealpix.readH5(dataset)
if toret is not None: return toret
print "Unknown window type!"
stop()
def readWindowH5(dataset):
## note that humna map is just a wrapper and gets saved/realoaded from healpix map
name = dataset.attrs['type']
## loop over possible types
## (why can't i do 'for t in [WindowBase, WindowDecBcut]:'?)
toret = WindowBase.readH5(dataset)
if toret is not None: return toret
toret = WindowDecBcut.readH5(dataset)
if toret is not None: return toret
toret = WindowHealpix.readH5(dataset)
if toret is not None: return toret
print "Unknown window type!"
stop()