aCadence.error_this = aCadence.error_this[0:trunc]
survey = repr(trunc)
points_per_curve = len(aCadence.error_this)
curve_info = [
points_per_curve, source_class, 0, 0, 0, 0, None, survey, 0, period
]
for i in range(50):
tfe = ComputeTfe(aRRLyraeFund, aCadence)
create_database.enter_record(curve_info, curve_info_names, tfe, cursor)
## extract features
sql_cmd = """SELECT source_id FROM sources"""
cursor.execute(sql_cmd)
db_info = cursor.fetchall()
source_ids = tolist(db_info)
noise_dict = noisification.get_noisification_dict()
derive_features.derive_features_par(source_ids,
noise_dict,
cursor,
connection,
number_processors=2,
delete_existing=True)
# take a look at the features
sql_cmd = """SELECT * FROM features_short"""
cursor.execute(sql_cmd)
db_info = cursor.fetchall()
for i in db_info:
print i
# output all sources to R file for analysis
sql_cmd = """UPDATE features SET n_points=(SELECT number_points FROM sources WHERE features.source_id = sources.source_id)""" cursor.execute(sql_cmd) connection.commit() ########## ########## DERIVE FEATURES FOR THE DATA ########## sql_cmd = """SELECT source_id FROM sources""" cursor.execute(sql_cmd) connection.commit() db_info = cursor.fetchall() source_ids = tolist(db_info) noise_dict = noisification.get_noisification_dict() derive_features.derive_features_par(source_ids,noise_dict,cursor,connection,number_processors=2,delete_existing=True) connection.commit() ########## ########## OUTPUT RESULTS ########## ## output all sources to R file for analysis sql_cmd = """SELECT source_id FROM sources""" cursor.execute(sql_cmd) db_info = cursor.fetchall() source_ids = tolist(db_info) db_output.outputRfile(source_ids,cursor,'../data_processed/job_talk.dat') ## output tfes
