I need a pseudocode that looks like this example please. nothing else only a pse
ID: 3869464 • Letter: I
Question
I need a pseudocode that looks like this example please. nothing else only a pseudo that looks this way will get a thumbs up.
start
Declarations
string customerName
string serviceType
num feeForService
num calculateParkingFee
num calculateShuttleFee
output “Welcome to the airports service calculator”
output “This program will help you calculate you fee”,
“depending on what service you would you need.”
output “Enter your name”
input customerName
output “What service will you be using today?”
input seriviceType
if (serviceType = parking) then
fee= calculateParkingFee()
else
fee= calculateShuttleFee()
endif
output “The total fee for”, customerName, “for service,” ,
serviceType, “, is $”, fee
stop
num calculateParkingFee()
Declarations
string frequentParkerProgramMember
num numOfDaysParking
num finalFee
output “Are you a frequent parking program member?”,
“Y or N”
input frequentParkerProgramMember
output “How many days will you be parked here?”
input numOfDaysParking
fee = 12 * numOfDaysParking
if (frequentParkerProgramMember = Y) then
finalFee = fee – (fee * (10/100))
return finalFee
else
return fee
endif
return
num calculateShuttleFee()
Declarations
num numberOfPassengers
num numberOfBags
num finalFee
output “How many passengers?”
input numberOfPassengers
output “How many bags will each passenger have?”
input numberOfBags
fee = 29 + (numberOfBags – 1)*2
if numberOfPassengers >=2 then
finalFee = fee * numberOfPassengers
return finalFee
else
return fee
endif
return
The seating map for a particular performance at a theater contains 70 rows of 100 seats each.
Assume that the following declarations have been made:
num desiredRowNumber
num desiredSeatNumber
num currentRow
num currentSeat
num rowSeatsReserved
num totalSeatsReserved
num seatsAvailable
a) Declare any other variables and constants needed and a 2-dimensional array to represent the seating map. This seating map applies only to this particular show. For other shows, the seating map may contain a different number of rows and seats per row, and the program must be capable of being modified for those by editing only two lines of code. Page 3 of 3
b) Allow a user to continuously enter a row number and seat number until they enter an appropriate sentinel value for the row number in order to stop entering input. Each time the user enters a valid row and seat number, the program determines if that seat is available, and if so, marks it as reserved with an “X” (available seats are not marked in any way). If the seat is not available, the program informs the user of this.
c) Once the user quits, the program outputs
i) each row number followed by the seat numbers in that row that have been reserved
ii) the total number of reserved seats
iii) the total number of available seats
Explanation / Answer
Declarations
CheckingAccount account1
CheckingAccount account2
account1 = getAccountData()
account2 = getAccountNum()
Here is the pseudo code, hope it will help you
display(account1)
display(account2)
stop
CheckingAccount getAccountData()
Declarations
CheckingAccount account
string name
num accoutnNum
num balance
output “Enter your name ”input name
output “Enter account number ”
input number
output “Enter balance ”
input balance
account.setName(name)
account.setAccountNum(number)
account.setBalance(balance)
return account
void display(CheckingAccount account)
output “Checking Account data”
account.displayValues()
return
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