def run_EAZY(self, EAZYFilters, EAZYID):
F = FLARE.filters.add_filters(EAZYFilters)
hf_EAZY = eazy.eazy(ID=self.ID).run(self.hf, F, phot_type='')
# --- append EAZY group to original file
hf_EAZY.copy(f'EAZY', self.hf, name=f'EAZY/{EAZYID}')
self.hf[f'EAZY/{EAZYID}'].attrs['filters'] = EAZYFilters
def run_EAZY(self, hf):
F = FLARE.filters.add_filters(self.Filters)
hf_EAZY = eazy.eazy(ID='all', create_POFZ_FILE=True).run_new(
hf, F, path=lambda f: f'photometry/small_circular_kron/{f}/')
# --- append EAZY group to original file
hf_EAZY.copy(f'EAZY', hf, name=f'EAZY')
return hf
def run_list(self, list, run_EAZY=False):
Sources = []
for i in range(len(list['z'])):
p = {k: v[i] for k, v in list.items()}
Sources.append(self.run_single(p))
hf = self.write_to_HDF5(
Sources,
OutputFolder=
f'data/{self.surveyName}/{self.fieldName}/{self.SimType}')
if self.verbose:
def get_name_shape(name, item):
shape = ''
if hasattr(item, 'value'):
shape = item.shape
print(name, shape)
hf.visititems(get_name_shape)
if run_EAZY:
hf_EAZY = eazy.eazy(ID=self.ID,
create_POFZ_FILE=True).run(hf, self.F)
# --- append EAZY group to original file
hf_EAZY.copy('EAZY', hf)
if self.verbose:
def get_name_shape(name, item):
shape = ''
if hasattr(item, 'value'):
shape = item.shape
print(name, shape)
hf.visititems(get_name_shape)
hf.close()
def run(self, N, run_EAZY=False):
# run for many galaxies, run EAZY, and output as HDF5
Sources = self.run_many(N)
hf = self.write_to_HDF5(Sources)
if self.verbose:
def get_name_shape(name, item):
shape = ''
if hasattr(item, 'value'):
shape = item.shape
print(name, shape)
hf.visititems(get_name_shape)
if run_EAZY:
hf_EAZY = eazy.eazy(ID=self.ID).run_new(hf,
self.F,
path=lambda f: f'obs/{f}/')
# --- append EAZY group to original file
hf_EAZY.copy('EAZY', hf)
if self.verbose:
def get_name_shape(name, item):
shape = ''
if hasattr(item, 'value'):
shape = item.shape
print(name, shape)
hf.visititems(get_name_shape)
hf.close()