def test_calspec3_config_miri_multi(_jail, miri_full_coverage):
""" Test CalSpec3 MIRI configuration default band cubes"""
pars_input = {}
pars_input['channel'] = []
pars_input['subchannel'] = []
pars_input['filter'] = []
pars_input['grating'] = []
weighting = 'msm'
output_type = 'multi'
single = False
par_filename = 'None'
resol_filename = 'None'
input_file = 'test.fits'
num_files = len(miri_full_coverage)
input_filenames = []
for i in range(num_files):
input_filenames.append(input_file)
pars = {
'channel': pars_input['channel'],
'subchannel': pars_input['subchannel'],
'grating': pars_input['grating'],
'filter': pars_input['filter'],
'weighting': weighting,
'single': single,
'output_type': output_type
}
cubeinfo = cube_build.CubeData(miri_full_coverage, input_filenames,
par_filename, resol_filename, **pars)
master_table = file_table.FileTable()
this_instrument = master_table.set_file_table(cubeinfo.input_models,
cubeinfo.input_filenames)
assert this_instrument == 'MIRI'
cubeinfo.instrument = this_instrument
cubeinfo.determine_band_coverage(master_table)
num_cubes, cube_pars = cubeinfo.number_cubes()
assert num_cubes == 1
assert cubeinfo.all_channel == [
'1', '1', '1', '2', '2', '2', '3', '3', '3', '4', '4', '4'
]
assert cubeinfo.all_subchannel == [
'short', 'medium', 'long', 'short', 'medium', 'long', 'short',
'medium', 'long', 'short', 'medium', 'long'
]
assert cube_pars['1']['par1'] == [
'1', '1', '1', '2', '2', '2', '3', '3', '3', '4', '4', '4'
]
assert cube_pars['1']['par2'] == [
'short', 'medium', 'long', 'short', 'medium', 'long', 'short',
'medium', 'long', 'short', 'medium', 'long'
]
def test_calspec3_config_nirspec(_jail, nirspec_medium_coverage):
""" Test CalSpec3 configuration for NIRSpec - default band cubes"""
pars_input = {}
pars_input['channel'] = []
pars_input['subchannel'] = []
pars_input['filter'] = []
pars_input['grating'] = []
weighting = 'msm'
output_type = 'band'
single = False
par_filename = 'None'
resol_filename = 'None'
input_file = 'test.fits'
num_files = len(nirspec_medium_coverage)
input_filenames = []
for i in range (num_files):
input_filenames.append(input_file)
pars = {
'channel': pars_input['channel'],
'subchannel': pars_input['subchannel'],
'grating': pars_input['grating'],
'filter': pars_input['filter'],
'weighting': weighting,
'single': single,
'output_type':output_type}
cubeinfo = cube_build.CubeData(
nirspec_medium_coverage,
input_filenames,
par_filename,
resol_filename,
**pars)
master_table = file_table.FileTable()
this_instrument = master_table.set_file_table(
cubeinfo.input_models,cubeinfo.input_filenames)
assert this_instrument == 'NIRSPEC'
cubeinfo.instrument = this_instrument
cubeinfo.determine_band_coverage(master_table)
num_cubes,cube_pars = cubeinfo.number_cubes()
assert num_cubes == 2
assert cubeinfo.all_grating == ['g140m','g235m']
assert cubeinfo.all_filter == ['f100lp','f170lp']
assert cube_pars['1']['par1'] == ['g140m']
assert cube_pars['1']['par2'] == ['f100lp']
assert cube_pars['2']['par1'] == ['g235m']
assert cube_pars['2']['par2'] == ['f170lp']
def test_calspec2_config(_jail, miri_ifushort_short):
""" Determine cube based on calspec2 setup """
pars_input = {}
pars_input['channel'] = []
pars_input['subchannel'] = []
pars_input['filter'] = []
pars_input['grating'] = []
weighting = 'msm'
output_type = 'multi' #calspec 2 setup. Only 1 cube create from 2 chanels
single = False
par_filename = 'None'
resol_filename = 'None'
input_file = 'test.fits'
input_models = []
input_filenames = []
input_models.append(miri_ifushort_short)
input_filenames.append(input_file)
pars = {
'channel': pars_input['channel'],
'subchannel': pars_input['subchannel'],
'grating': pars_input['grating'],
'filter': pars_input['filter'],
'weighting': weighting,
'single': single,
'output_type':output_type}
cubeinfo = cube_build.CubeData(
input_models,
input_filenames,
par_filename,
resol_filename,
**pars)
master_table = file_table.FileTable()
this_instrument = master_table.set_file_table(
cubeinfo.input_models,cubeinfo.input_filenames)
assert this_instrument == 'MIRI'
cubeinfo.instrument = this_instrument
cubeinfo.determine_band_coverage(master_table)
assert cubeinfo.all_channel == ['1','2']
assert cubeinfo.all_subchannel == ['short','short']
num_cubes,cube_pars = cubeinfo.number_cubes()
assert num_cubes == 1
assert cube_pars['1']['par1'] == ['1','2']
assert cube_pars['1']['par2'] == ['short','short']