def main(client):
customer_ids = list(all_clients.keys())
# print(customer_ids)
# return
account_performance_data = []
start_time = time.time()
# Entering the data in timestamp file.
time_stamp_file_path = utility.get_path_of_timestamp_file(
BASE_DIR, SCRIPT_NAME)
#print(('Time stamp path : '+time_stamp_file_path))
timestamp_file = open(time_stamp_file_path, "a+")
current_time = time.asctime(time.localtime(time.time()))
timestamp_file.write("\n*************************************************")
timestamp_file.write("\n" + SCRIPT_NAME + " Script running started on " +
str(len(customer_ids)) + " accounts,start time: " +
current_time)
timestamp_file.close()
logic.main(client, customer_ids, time_stamp_file_path, API_VERSION,
account_performance_data)
def lite(inlets, flow_dir_raster, slope_raster, cn_raster, precip_table_noaa,
output, pour_point_field):
"""
Peak-Flow Calculator "Lite". Use with pre-calculated slope and flow direction rasters.
"""
return main(inlets=inlets,
pour_point_field=pour_point_field,
flow_dir_raster=flow_dir_raster,
slope_raster=slope_raster,
cn_raster=cn_raster,
precip_table_noaa=precip_table_noaa,
output=output)
def full(inlets, dem, cn_raster, precip_table_noaa, pour_point_field, output):
"""
Peak-Flow Calculator "Full". Use to automatically calculate flow direction and slope from DEM.
"""
msg('Deriving flow direction and slop from DEM...')
derived_rasters = derive_from_dem(dem=dem)
flow_dir_raster = derived_rasters['flow_direction_raster']
slope_raster = derived_rasters['slope_raster']
return main(inlets=inlets,
pour_point_field=pour_point_field,
flow_dir_raster=flow_dir_raster,
slope_raster=slope_raster,
cn_raster=cn_raster,
precip_table_noaa=precip_table_noaa,
output=output)
'''
peakflow2_tbx.py
ArcToolbox script interface to the peak flow tool.
Includes an additional argument for inputing a pre-calculated basin layer, which speeds up the execution time.
'''
from arcpy import GetParameterAsText
from logic import main
main(inlets=GetParameterAsText(0),
pour_point_field=GetParameterAsText(1),
input_watershed_raster=GetParameterAsText(2),
flow_dir_raster=GetParameterAsText(3),
slope_raster=GetParameterAsText(4),
cn_raster=GetParameterAsText(5),
precip_table_noaa=GetParameterAsText(6),
output=GetParameterAsText(7),
output_catchments=GetParameterAsText(8))
from logic import main main()
# -*- coding: utf-8 -*-
import logic
if __name__ == "__main__":
logic.main()
#!/usr/bin/env python2.7
# -*- coding: utf-8 -*-
# File: launcher.py
# Date: 2010-08-18
# Author: jyf<*****@*****.**>
# Comment: this is job control script
"""i will give my thanks to 58.com, they provide the infomations"""
import logic
endDate = ( 8, 15)
##dstarea = ('shuangjing', 'tuanjiehu', 'chaoyanggongyuan', 'hujialou', 'dongba', 'yaojiayuan', 'shuiduizi', 'tianshuiyuan', 'chaoqingbankuai', 'shifoying', 'shilibao', 'hongmiao'):
dstarea = ('tuanjiehu', 'chaoyanggongyuan', 'hujialou', 'shuiduizi', 'tianshuiyuan', 'hongmiao')
for loc in dstarea:
for cls in ('hezu', 'zufang'):
url = """http://bj.58.com/%s/%s/pn1""" % ( loc, cls)
logic.main(url, endDate)
def quit():
main()
def search():
logic.main(e1.get(), e2.get())
def setUp(self):
from logic import main
app = main({})
from webtest import TestApp
self.testapp = TestApp(app)
'''
peakflow2_tbx.py
ArcToolbox script interface to the peak flow tool.
'''
from arcpy import GetParameterAsText
from logic import main
main(inlets=GetParameterAsText(0),
flow_dir_raster=GetParameterAsText(1),
slope_raster=GetParameterAsText(2),
cn_raster=GetParameterAsText(3),
precip_table_noaa=GetParameterAsText(4),
output=GetParameterAsText(5),
output_catchments=GetParameterAsText(6))
