def add_attribute(self, v, a):
"""
Adds value "v" for attribute "a" with index "i" to the DSN;
see the self.attributes dictionary for more info.
"""
i = a['index']
if a['type'] == 'INTEGER':
retcode = hspf.wdbsaipy(self.wdm, self.number, self.message, i, v)
var = '%d'
if a['type'] == 'REAL':
retcode = hspf.wdbsarpy(self.wdm, self.number, self.message, i, v)
var = '%.6e'
if a['type'] == 'CHARACTER':
# this is a bit tricky since FORTRAN pre-allocates the character
# size, so add blanks to the end
v = v[:a['length']] + ' ' * (a['length'] - len(v))
retcode = hspf.wdbsacpy(self.wdm, self.number, self.message, i, v)
var = '%s'
if retcode < 0:
print('problem adding attribute to %d, retcode = %d' %
(i, retcode))
return retcode, var
def add_attribute(self, v, a):
"""
Adds value "v" for attribute "a" with index "i" to the DSN;
see the self.attributes dictionary for more info.
"""
i = a['index']
if a['type'] == 'INTEGER':
retcode = hspf.wdbsaipy(self.wdm, self.number, self.message, i, v)
var = '%d'
if a['type'] == 'REAL':
retcode = hspf.wdbsarpy(self.wdm, self.number, self.message, i, v)
var = '%.6e'
if a['type'] == 'CHARACTER':
# this is a bit tricky since FORTRAN pre-allocates the character
# size, so add blanks to the end
v = v[:a['length']] + ' ' * (a['length'] - len(v))
retcode = hspf.wdbsacpy(self.wdm, self.number, self.message, i, v)
var = '%s'
if retcode < 0: print('problem adding attribute to %d, retcode = %d'
% (i, retcode))
return retcode, var