class sza_histogram():
idl_routines = ['matrix_file__define', 'hist_l2_run_stats']
def __init__(self, recompile=False, **addl_args):
from IDL_Util import IDL_Util
self.idl_util = IDL_Util()
self.idl_util.idl_routines = self.idl_routines
self.idl_util.load_idl(recompile)
def plot(self, set_dir, results_dir, verbose=False):
logger = logging.getLogger('sza_histogram')
plot_file = SZA_HIST_FILE_TMPL % results_dir
summ_files = []
hist_list_types = []
for curr_type, curr_lists in HIST_SUMM_TYPES.items():
found_files = glob.glob(SUMM_FILE_TMPL % (results_dir, curr_type))
if len(found_files) > 0:
hist_list_types += curr_lists
for curr_filename in found_files:
summ_files.append(curr_filename)
if len(summ_files) == 0:
logger.error(
'Could not find any summary files for histogram plot for set dir: %s'
% set_dir)
return
list_files = []
for curr_type in hist_list_types:
for found_file in glob.glob(LIST_FILE_TMPL %
(results_dir, curr_type)):
list_files.append(found_file)
# This check causes unnecessary problems when both max_div and max_iter are not present
# for exceeded_max
#if len(list_files) != len(hist_list_types):
# raise IOError('Could not find all list file types: %s in results dir: %s, found: %s' % (hist_list_types, results_dir, list_files))
brdf_map_file = BRDF_MAP_FILE_TMPL % set_dir
if not os.path.exists(brdf_map_file):
raise IOError('Could not find brdf map file: %s' % brdf_map_file)
for put_name in [
'list_files', 'summ_files', 'brdf_map_file', 'set_dir',
'plot_file'
]:
eval(' self.idl_util.idl.put("{0}", {0}) '.format(put_name))
logger.info('Building SZA histogram plot')
logger.info('summary files: %s' % summ_files)
logger.info('list files: %s' % list_files)
self.idl_util.idl.eval(
'hist_l2_run_stats, list_files, summ_files, brdf_map_file, set_dir, plot_file'
)
def __init__(self, recompile=False, **addl_args):
IDL_Util.__init__(self)
# Load IDL interpreter
self.setup_idl()
if not recompile and os.path.exists(self.sav_filename):
self.load_sav()
else:
self.compile_sav()
class sza_histogram():
idl_routines = ['matrix_file__define', 'hist_l2_run_stats']
def __init__(self, recompile=False, **addl_args):
from IDL_Util import IDL_Util
self.idl_util = IDL_Util()
self.idl_util.idl_routines = self.idl_routines
self.idl_util.load_idl(recompile)
def plot(self, set_dir, results_dir, verbose=False):
logger = logging.getLogger('sza_histogram')
plot_file = SZA_HIST_FILE_TMPL % results_dir
summ_files = []
hist_list_types = []
for curr_type, curr_lists in HIST_SUMM_TYPES.items():
found_files = glob.glob(SUMM_FILE_TMPL % (results_dir, curr_type))
if len(found_files) > 0:
hist_list_types += curr_lists
for curr_filename in found_files:
summ_files.append(curr_filename)
if len(summ_files) == 0:
logger.error('Could not find any summary files for histogram plot for set dir: %s' % set_dir)
return
list_files = []
for curr_type in hist_list_types:
for found_file in glob.glob(LIST_FILE_TMPL % (results_dir, curr_type)):
list_files.append(found_file)
# This check causes unnecessary problems when both max_div and max_iter are not present
# for exceeded_max
#if len(list_files) != len(hist_list_types):
# raise IOError('Could not find all list file types: %s in results dir: %s, found: %s' % (hist_list_types, results_dir, list_files))
brdf_map_file = BRDF_MAP_FILE_TMPL % set_dir
if not os.path.exists(brdf_map_file):
raise IOError('Could not find brdf map file: %s' % brdf_map_file)
for put_name in ['list_files', 'summ_files', 'brdf_map_file', 'set_dir', 'plot_file']:
eval(' self.idl_util.idl.put("{0}", {0}) '.format(put_name))
logger.info('Building SZA histogram plot')
logger.info('summary files: %s' % summ_files)
logger.info('list files: %s' % list_files)
self.idl_util.idl.eval('hist_l2_run_stats, list_files, summ_files, brdf_map_file, set_dir, plot_file')
class idl_vis_plot():
idl_routines = ['matrix_file__define', 'compile_dummies', 'plot_statevector_profiles']
def __init__(self, recompile=False, **addl_args):
from IDL_Util import IDL_Util
self.idl_util = IDL_Util()
self.idl_util.idl_routines = self.idl_routines
self.idl_util.load_idl(recompile)
def plot_statevector_profiles(self, name_str, dir_name, plot_output_dir, overwrite=False):
if (overwrite):
idl_overwrite_bool = 1
else:
idl_overwrite_bool = 0
self.idl_util.idl.plot_statevector_profiles(name_str, dir_name, plot_output_dir, idl_overwrite_bool)
class idl_vis_plot:
idl_routines = ["matrix_file__define", "compile_dummies", "plot_statevector_profiles"]
def __init__(self, recompile=False, **addl_args):
from IDL_Util import IDL_Util
self.idl_util = IDL_Util()
self.idl_util.idl_routines = self.idl_routines
self.idl_util.load_idl(recompile)
def plot_statevector_profiles(self, name_str, dir_name, plot_output_dir, overwrite=False):
if overwrite:
idl_overwrite_bool = 1
else:
idl_overwrite_bool = 0
self.idl_util.idl.plot_statevector_profiles(name_str, dir_name, plot_output_dir, idl_overwrite_bool)
def __init__(self, recompile=False, **addl_args):
from IDL_Util import IDL_Util
self.idl_util = IDL_Util()
self.idl_util.idl_routines = self.idl_routines
self.idl_util.load_idl(recompile)
def __init__(self, recompile=False, **addl_args):
from IDL_Util import IDL_Util
self.idl_util = IDL_Util()
self.idl_util.idl_routines = self.idl_routines
self.idl_util.load_idl(recompile)