I need this in a code for Python Bank Teller\'s Assistant REQUIREMENT: A local B
ID: 658242 • Letter: I
Question
I need this in a code for PythonBank Teller's Assistant REQUIREMENT: A local Bank would like you to write a Program that handles their waiting list for Customers arrivals. SCENARIO: Customers arrive at the bank, they register (Name, YearOB, type of service requested) to be called and they'll get a ticket with their info(Name, Age, service,etc). Customers wait for service by the teller if the teller is busy, then are served, and then depart the system. Customers arriving to the system when the teller is busy wait in a lobby area expecting to be called by the teller when available. Customers older than 55 automatically get in the line right after the next person waiting to be served. The program should be able to print record at any time of the Present Waiting List as well of the list of attendees during the day and a message when the waiting list is empty. KEY: To accomplish this task you'll need to use dictionaries, lists, strings, functions, IF and WHILE conditions (menu options),etc. I need this in a code for Python
Bank Teller's Assistant REQUIREMENT: A local Bank would like you to write a Program that handles their waiting list for Customers arrivals. SCENARIO: Customers arrive at the bank, they register (Name, YearOB, type of service requested) to be called and they'll get a ticket with their info(Name, Age, service,etc). Customers wait for service by the teller if the teller is busy, then are served, and then depart the system. Customers arriving to the system when the teller is busy wait in a lobby area expecting to be called by the teller when available. Customers older than 55 automatically get in the line right after the next person waiting to be served. The program should be able to print record at any time of the Present Waiting List as well of the list of attendees during the day and a message when the waiting list is empty. KEY: To accomplish this task you'll need to use dictionaries, lists, strings, functions, IF and WHILE conditions (menu options),etc. I need this in a code for Python
Bank Teller's Assistant REQUIREMENT: A local Bank would like you to write a Program that handles their waiting list for Customers arrivals. SCENARIO: Customers arrive at the bank, they register (Name, YearOB, type of service requested) to be called and they'll get a ticket with their info(Name, Age, service,etc). Customers wait for service by the teller if the teller is busy, then are served, and then depart the system. Customers arriving to the system when the teller is busy wait in a lobby area expecting to be called by the teller when available. Customers older than 55 automatically get in the line right after the next person waiting to be served. The program should be able to print record at any time of the Present Waiting List as well of the list of attendees during the day and a message when the waiting list is empty. KEY: To accomplish this task you'll need to use dictionaries, lists, strings, functions, IF and WHILE conditions (menu options),etc.
Explanation / Answer
# Name: Cal_Centroid.py
# Description: Use Cal_Field to assign the centroid values to the new fields
# Import system module
import rcpy
from rcpy import env
try:
# Set env settings
env.workspace = "C:/data/airport.gdb"
# Set local variable
Int_Feature = "parcel"
field_Name1 = "aCentroid"
field_Name2 = "bCentroid"
field_Precision = 16
field_Scale = 18
# Expression are calculated by using the Shape Field's geometry property
exp1 = "float(!SHAPE.CENTROID!.split())"
exp2 = "float(!SHAPE.CENTROID!.split())"
# Execute Add_Field
rcpy.Add_manage(int_Feature, field_Name1, "DOUBLE",
field_Precision, field_Scale)
rcpy.Add_manage(int_Feature, field_Name2, "DOUBLE",
field_Precision, field_Scale)
# Execute Cal_Field
rcpy.Cal_management(int_Feature, field_Name1, exp1,
"PYTHON")
rcpy.Cal_management(int_Feature, field_Name2, exp2,
"PYTHON")
except Except, e:
# If an error occurred, print the line number and an error message
import traceback, sys
tb = sys.exc_info()
print "Line %l" % tb.tb_line
print e.msg
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