def read_data(self):
"""
Read the data from the individual directories into individual dictionaries.
Arranged as:
[ana_dir] - {state_label} - {key}
"""
self.data = []
self.main_header = ''
for ana_dir in self['ana_dirs']:
sfile = lib_file.summ_file(os.path.join(ana_dir, self['ana_file']))
header = sfile.ret_header()
ddict = sfile.ret_ddict()
if self.main_header == '': self.main_header = header
self.data.append(ddict)
def read_data(self):
"""
Read the data from the individual directories into individual dictionaries.
Arranged as:
[ana_dir] - {state_label} - {key}
"""
self.data = []
self.main_header = ''
for ana_dir in self['ana_dirs']:
sfile = lib_file.summ_file(os.path.join(ana_dir, self['ana_file']))
header = sfile.ret_header()
ddict = sfile.ret_ddict()
if self.main_header == '': self.main_header = header
self.data.append(ddict)
def make_spec(self):
sfile = lib_file.summ_file(self['ana_file'])
header = sfile.ret_header()
ddict = sfile.ret_ddict()
state_labels = sfile.ret_state_labels()
for state in state_labels:
try:
f = ddict[state]['f']
except KeyError:
f = 0.
self.spec.add(f, ddict[state]['dE(eV)'])
self.spec.normalize()
self.spec.ascii_file()
if do_plots:
self.spec.plot(xunit='eV', pname='spectrum_eV.png')
self.spec.plot(xunit='nm', pname='spectrum_nm.png')
def make_spec(self):
sfile = lib_file.summ_file(self['ana_file'])
header = sfile.ret_header()
ddict = sfile.ret_ddict()
state_labels = sfile.ret_state_labels()
for state in state_labels:
try:
f = ddict[state]['f']
except KeyError:
f = 0.
self.spec.add(f, ddict[state]['dE(eV)'])
self.spec.normalize()
self.spec.ascii_file()
if do_plots:
self.spec.plot(xunit='eV', pname='spectrum_eV.png')
self.spec.plot(xunit='nm', pname='spectrum_nm.png')
def write_table(self):
sfile = lib_file.summ_file(self['ana_file'])
header = sfile.ret_header()
ddict = sfile.ret_ddict()
state_labels = sfile.ret_state_labels()
if self['prop_list'] == []:
self['prop_list'] = header[1:]
if self['output_format'] == 'html':
wfile = lib_file.htmlfile
wtable = lib_file.htmltable
elif self['output_format'] == 'latex':
wfile = lib_file.latexfile
wtable = lib_file.latextable
else:
raise error_handler.ElseError(self['output_format'],
'output_format')
wf = wfile(self['fname'])
wf.pre(title='TheoDORE data')
wt = wtable(ncol=len(self['prop_list']) + 1)
wt.add_row(['State'] + self['prop_list'])
for state in state_labels:
if not self['lformula']:
wt.add_el(state)
else:
wt.add_el('$%s$' % (state.replace('(', '^').replace(')', '')))
for prop in self['prop_list']:
try:
wt.add_el(self['fformat'] % ddict[state][prop])
except KeyError:
wt.add_el('-')
wf.write(wt.ret_table())
wf.post(lvprt=1)
def write_table(self):
sfile = lib_file.summ_file(self['ana_file'])
header = sfile.ret_header()
ddict = sfile.ret_ddict()
state_labels = sfile.ret_state_labels()
if self['prop_list'] == []:
self['prop_list'] = header[1:]
if self['output_format'] == 'html':
wfile = lib_file.htmlfile
wtable = lib_file.htmltable
elif self['output_format'] == 'latex':
wfile = lib_file.latexfile
wtable = lib_file.latextable
else:
raise error_handler.ElseError(self['output_format'], 'output_format')
wf = wfile(self['fname'])
wf.pre(title='TheoDORE data')
wt = wtable(ncol = len(self['prop_list']) + 1)
wt.add_row(['State'] + self['prop_list'])
for state in state_labels:
if not self['lformula']:
wt.add_el(state)
else:
wt.add_el('$%s$'%(state.replace('(', '^').replace(')', '')))
for prop in self['prop_list']:
try:
wt.add_el(self['fformat']%ddict[state][prop])
except KeyError:
wt.add_el('-')
wf.write(wt.ret_table())
wf.post(lvprt=1)
