def analyze_experiment(analyzer_list, dict_experiment):
if dict_experiment.get('need_spectra_number', None) is not None:
# dict_experiment['spectra_number'] = Version.return_spectra_num_dict()
dict_experiment['spectra_number'] = Version.dict_spectra_number[dict_experiment['need_spectra_number']]
for experiment_no in dict_experiment.get('experiment_list', []):
experiment = Version.Experiment(experiment_no)
for formula in dict_experiment.get('formula_list', []):
dict_experiment['formula'] = formula
dict_experiment['analyze_list'] = experiment.return_analyze(formula)
dict_experiment['fault_list'] = experiment.return_fault(formula)
for analyzer in analyzer_list:
if dict_experiment.get('split', False):
analyzer.split_analyze(experiment, dict_experiment)
else:
analyzer.analyze(experiment, dict_experiment)
def __init__(self, judgement, exclude, base, formula_list, compare_method):
Analyzer.__init__(self, 'compare_base', exclude)
self.judgement = judgement
base_experiment = Version.Experiment(base)
self.compare_system = {}
for formula in formula_list:
print('formula: %s' % formula)
# compare_machine = CompareWithBase()
compare_machine = dict_compare_base[compare_method]()
self.compare_system[formula] = compare_machine
# analyze_result = base_experiment.return_analyze(formula)
analyze_result = self.load_base(base_experiment, formula)
for row in analyze_result:
if self.exclude and if_exclude(row['project'], row['no']):
continue
# print(row)
#compare_machine.set_base_value('%s@%s' % (
# row['project'], row['no']), row[judgement])
self.set_base(compare_machine, row)
