def append_report_if_valid(filepath, sensor_data_dict, channel_data_dicts, filename="report.csv"):
"""Since the channel table in the mysql database is a somewhat manual channel this allows
us to create a report.csv while bypassing secondary information and just including the Calibs."""
# If channel table exists, proceed as normal and create line in report.csv with channel info.
if channel_data_dicts != None:
channel_data_dict = utils.dict_frm_singular_list(channel_data_dicts)
append_report(filepath, sensor_data_dict, channel_data_dict, filename)
# Otherwise only use information from the trace table, and note the absence of channel data.
else:
channel_data_dict = {}
channel_data_dict[cfg_chan_dpth] = "N/A"
channel_data_dict[cfg_chan_noffset] = "N/A"
channel_data_dict[cfg_chan_eoffset] = "N/A"
data_filename = sensor_data_dict[cfg_fl_dfile]
append_report(filepath, sensor_data_dict, channel_data_dict, filename)
def generate_evid_report(filepath, event_id, exp_num, evt_type="Earthquake", filename="report.csv"):
"""Creates report based on mySQL database in the requested folder.
Args:
filepath: Folder path where you want a report.csv created.
event_id: Event ID of the requested event.
exp_num: Experiment Number of the event
"""
site_list = mySQL_sitedef[exp_num]
station_list = mySQL_stadef[exp_num]
event_dicts = smysql.retrieve_event_description(list_of_sites=site_list, evid=event_id)
event_dict = utils.dict_frm_singular_list(event_dicts)
site_evt = event_dict[cfg_evt_siteEvt]
create_report(filepath, event_dict, evt_type, filename)
# Parse through all files to create individual folder lines.
file_list = smysql.retrieve_file_location(site_evt, station_list)
for file_dict in file_list:
event_time = event_dict[cfg_evt_time]
pub_chan = "%s_%s_%s" % (file_dict[cfg_fl_net], file_dict[cfg_fl_sta], file_dict[cfg_fl_chan])
channel_dict = smysql.retrieve_channel_position(pub_chan, event_time)
append_report_if_valid(filepath, file_dict, channel_dict, filename)
def generate_CSV(filepath, siteEvt, channel_list="all", time="", evt_type="Earthquake"):
"""Generates CSV file with custom number of channels.
Args:
filepath: Folder path or filename path. If filepath is entered as folder
path report.csv will be used.
siteEvt: MYSQL database specific siteEVT assigned to the lookup. Enter 0
if you want to create report for non-event type database.
Channel_List: List of channels you wish to display. Can either be a Python List or a
string list with comma separated values. Leaving blank or "all" uses all channels.
time: Time of non-event trials, such as SFSI. If siteEvt is specified, this is ignored.
evt_type: Header event type for report.csv file. Defaulted at "Earthquake"
"""
file_parse = utils.parse_file_path(filepath)
filename = file_parse["filename"]
folder_path = file_parse["folder"]
channel_cond = utils.parse_channel_list(channel_list)
# If this is a standard event type, proceed normally.
if siteEvt != 0:
event_dicts = smysql.retrieve_event_description(site_evt=siteEvt)
event_dict = utils.dict_frm_singular_list(event_dicts)
create_report(folder_path, event_dict, evt_type, filename)
file_list = smysql.retrieve_file_location(siteEvt)
# Look through every file associated with this siteEvt.
for file_dict in file_list:
event_time = event_dict[cfg_evt_time]
pub_chan = "%s_%s_%s" % (file_dict[cfg_fl_net], file_dict[cfg_fl_sta], file_dict[cfg_fl_chan])
# Check if we are allowed to use this channel for creation.
if pub_chan in channel_cond or channel_cond == "all":
channel_dict = smysql.retrieve_channel_position(pub_chan, event_time)
append_report_if_valid(folder_path, file_dict, channel_dict, filename)
# None Event report creation begins if the proper key is set.
elif siteEvt == 0:
print "VAL YOU NEED TO PROGRAM IN A REPORT CREATION FOR CROSS-HOLES AND SFSI SHAKES"
