def get_bare_col(col):
"""
Given a col that could be a bare column (list or array), or measure or
quantity containing a bare column, return the bare column.
"""
barecol = col
if hasattr(barecol, 'has_key'):
if barecol.has_key('comment'):
barecol = barecol.get('data')
if type(barecol)==dict and me.ismeasure(barecol):
barecol = barecol['m0']
# if qa.isquantity(data) can't be trusted.
if hasattr(barecol, 'has_key') and barecol.has_key('unit') and barecol.has_key('value'):
barecol = barecol['value']
return barecol
def get_bare_col(col):
"""
Given a col that could be a bare column (list or array), or measure or
quantity containing a bare column, return the bare column.
"""
barecol = col
if hasattr(barecol, 'has_key'):
if barecol.has_key('comment'):
barecol = barecol.get('data')
if type(barecol) == dict and me.ismeasure(barecol):
barecol = barecol['m0']
# if qa.isquantity(data) can't be trusted.
if hasattr(barecol, 'has_key') and barecol.has_key(
'unit') and barecol.has_key('value'):
barecol = barecol['value']
return barecol
mytb.removerows(0)
else:
mytb.create(tablepath, tabdesc)
if type(info) == dict:
mytb.putinfo(info)
mytb.addrows(nrows) # Must be done before putting the columns.
except Exception, e:
print "Error", e, "trying to create", tablepath
retval = False
for c in cols:
try:
#print "tabdesc[%s] =" % c, tabdesc[c]
data = indict[c] # Note the trickle-down nature below.
if hasattr(indict[c], 'has_key') and indict[c].has_key('comment'):
data = data['data']
if type(data)==dict and me.ismeasure(data):
mytb.putcolkeyword(c, 'MEASINFO', {'Ref': data['refer'],
'type': data['type']})
data = data['m0'] # = quantity
# if qa.isquantity(data) can't be trusted.
if hasattr(data, 'has_key') and data.has_key('unit') and data.has_key('value'):
mytb.putcolkeyword(c, 'QuantumUnits',
numpy.array([data['unit']]))
data = data['value']
mytb.putcol(c, data)
except Exception, e:
print "Error", e, "trying to put column", c, "in", tablepath
print "data[0] =", data[0]
print "tabdesc[c] =", tabdesc[c]
retval = False
for k in keywords:
mytb.removerows(0)
else:
mytb.create(tablepath, tabdesc)
if type(info) == dict:
mytb.putinfo(info)
mytb.addrows(nrows) # Must be done before putting the columns.
except Exception, e:
print "Error", e, "trying to create", tablepath
retval = False
for c in cols:
try:
#print "tabdesc[%s] =" % c, tabdesc[c]
data = indict[c] # Note the trickle-down nature below.
if hasattr(indict[c], 'has_key') and indict[c].has_key('comment'):
data = data['data']
if type(data) == dict and me.ismeasure(data):
mytb.putcolkeyword(c, 'MEASINFO', {
'Ref': data['refer'],
'type': data['type']
})
data = data['m0'] # = quantity
# if qa.isquantity(data) can't be trusted.
if hasattr(data, 'has_key') and data.has_key(
'unit') and data.has_key('value'):
mytb.putcolkeyword(c, 'QuantumUnits',
numpy.array([data['unit']]))
data = data['value']
mytb.putcol(c, data)
except Exception, e:
print "Error", e, "trying to put column", c, "in", tablepath
print "data[0] =", data[0]