def fetch_info_and_write(rs, db1, db2, output_csv, lvl3_at, lvl3_bt, lvl3_ad,
lvl3_bd, lvl3_speed):
for each_ozcta in rs.data:
temp_t = tc.timer()
n0 = len(rs.data[each_ozcta])
lv11_leftover = get_data_from_lv1(each_ozcta, rs.data[each_ozcta], db1,
output_csv)
n1 = n0 - len(lv11_leftover)
n10 = len(lv11_leftover)
temp_t.lap()
lvl2_leftover = get_data_from_lv2(each_ozcta, lv11_leftover, db1,
output_csv)
n3 = len(lvl2_leftover)
n2 = n10 - n3
temp_t.lap()
cal_data_lv3(each_ozcta, lvl2_leftover, lvl3_at, lvl3_bt, lvl3_ad,
lvl3_bd, output_csv, lvl3_speed)
temp_t.lap()
print("lvl1:{0}s - {3}\nlvl2:{1}s - {4}\nlvl3:{2}s - {5}\n\n".format(
temp_t.time_int[0], temp_t.time_int[1], temp_t.time_int[2], n1, n2,
n3))
rs.reset()
arcpy.env.workspace = inputfolder
allshps = arcpy.ListFeatureClasses()
usable_shp = []
for each_shp in allshps:
usable_shp.append(inputfolder + '\\' + each_shp)
if not os.path.exists(ODfolder + '\\error_shp.gdb'):
error_gdb = arcpy.CreateFileGDB_management(ODfolder, '\\error_shp.gdb')
if not os.path.exists(ODfolder + '\\OD_cost_out.gdb'):
arcpy.CreateFileGDB_management(ODfolder, 'OD_cost_out.gdb')
arcpy.SetProgressor("step", "Generating OD cost matrix...")
totaln = int(len(usable_shp))
watch=tc.timer()
n = 0
while n < totaln:
u_shp = usable_shp[n]
# for i in range(0,6):
# if n < len(shps_list_list[i]):
# u_shp.append(shps_list_list[i][n])
arcpy.AddMessage("Working on "+str(u_shp)+"...")
progress = int(float(n)/totaln * 100)
arcpy.SetProgressorPosition (progress)
#arcpy.AddMessage(str(argv))
#get_ODCost(provider_file, u_shp, n, na_layer, ODfolder, smp, tempfolder, log_file, orgID, desID, cost, accost, restrict, hier, max_time_limit)
"\\" + dzcta2 + ".data", "a")
fout.write(current_io[ozcta][dzcta2])
fout.close()
f = open(input_csv, "r")
field_name = f.readline()[0:-1].split(",")
current_io = {}
previous_ozcta = ""
if lvl == 2:
previous_dzcta2 = ""
out_io = ""
i = 0
t = timer.timer()
row = f.readline()
while row:
row_content = row[0:-1].split(",")
ozcta = row_content[field_name.index("OZCTA")]
dzcta = row_content[field_name.index("DZCTA")]
if ozcta == dzcta:
row = f.readline()
continue
if lvl == 1:
if previous_ozcta != ozcta:
previous_ozcta = ozcta
if sys.getsizeof(current_io) > 300 * 1000:
write_current_io(current_io, lvl)
del current_io
current_io = {}
sys.path.append(os.path.split(os.path.realpath(__file__))[0])
import timer_class as tc
zcta_file = arcpy.GetParameterAsText(0)
selected_states = arcpy.GetParameterAsText(1)
output_folder = arcpy.GetParameterAsText(2)
output_file = output_folder + "\\"
selected_states = selected_states.replace("\'", "").split(";")
for each_state in selected_states:
output_file += each_state.replace(" ", "_") + "_"
output_file += "2010_zctas_pairs.csv"
arcpy.AddMessage(output_file)
t1 = tc.timer()
arcpy.AddMessage("Gathering all zctas from the selected state...")
zctas = {}
states = {}
sc = arcpy.SearchCursor(zcta_file)
row = sc.next()
while row:
state = row.getValue("NAME10")
if state in selected_states:
zctas[row.getValue("ZCTA5CE10")] = [
row.getValue("POINT_X"),
row.getValue("POINT_Y")
]
if state not in states:
states[state] = 1
sys.path.append(r"C:\Users\lirui\OneDrive\Desktop\OD_git\LargeODcost")
import timer_class as timer
#input_csv = r"D:\US_Estimated_ODMatrix\US_Estimated_ODMatrix\US_ODMatrix_3_3-6hours_Division\NA_OD_3hours.csv"
input_csv = r"D:\US_Estimated_ODMatrix\US_Estimated_ODMatrix\US_ODMatrix_3_3-6hours_Division\NA_OD_3-6hours.csv"
#output_folder = r"D:\US_Estimated_ODMatrix\US_OD_data_plain\hour03"
output_folder = r"D:\US_Estimated_ODMatrix\US_OD_data_plain\hour36"
lvl = 2
f = open(input_csv, "r")
field_name = f.readline()[0:-1].split(",")
on = 0
ot = 0
t = timer.timer()
row = f.readline()
while row:
row_content = row[0:-1].split(",")
ozcta = row_content[field_name.index("OZCTA")]
dzcta = row_content[field_name.index("DZCTA")]
if ozcta == dzcta:
ot += 1
else:
on += 1
if on % 10000 == 0 and on > 0:
print(on)
row = f.readline()
f.close()
t.lap()