def writedss(filename, pathname, ds) :
"""
writedss(filename,pathname,ds):
writes the given data set ds to the filename and the pathname.
"""
DSSUtil.writeData(filename,pathname,ds)
print "Error reading line: ", line
line = string.upper(f.readline()[:-1])
# create appropriate time series object
if len(yvals) == 0 : continue
#print yvals, flags
if ( dssts ):
attr = DataSetAttr(DataType.REGULAR_TIME_SERIES,"TIME",units,"",type)
ts = RegularTimeSeries("",repr(stime),path.getPart(Pathname.E_PART),
yvals, flags, attr)
else :
attr = DataSetAttr(DataType.IRREGULAR_TIME_SERIES,"TIME",units,"",type)
ts = IrregularTimeSeries("",xvals, yvals, flags, attr)
#
#for x in ts: print x
# write to dss
DSSUtil.writeData(dssfile,repr(path),ts)
#
# function for regular time series format
def read_dssts(file,flag=0):
""" read_dssts(file): reads dss from dssts format file and writes it out to a dss file
DSSTS FORMAT : The ()* brackets are not actually entered and are just to denote the
parts that repeats. The format is :-
dss_filename
( # not in actual file
pathname ( of this format /A/B/C//E/F/ where A-F are the various path part names )
units ( a string for units such as cfs
type ( one of inst-val, per-val, inst-cum, per-cum, per-avg)
date (in ddMMMyyyy HHmm format)
values
end