Python

Assignment1_Jc433987_Rakshith/IPO_Rakshith.docx

ASSESSMENT TASK [INSERT NUMBER] COLLEGE OF [INSERT COLLEGE]

CP1401: Subject title

INDIVIDUAL TASK COVER SHEET

Student Please sign, date and attach cover sheet to front of assessment task for all hard copy submissions
SUBJECT CODE	CP1401
STUDENT FAMILY NAME	Student Given Name	JCU Student Number
Rajendra	Rakshith	1	3	3	5	2	7	3	2
ASSESSMENT TITLE	TROPICAL AIR INSTRUCTION
DUE DATE	5th December
LECTURER NAME	SHAILEY CHAWLA
TUTOR NAME	SHAILEY CHAWLA
Student Declaration 1. This assignment is my original work and no part has been copied/ reproduced from any other person’s work or from any other source, except where acknowledgement has been made (see Learning, Teaching and Assessment Policy 5.1). 2. This work has not been submitted for any other course/subject (see Learning, Teaching and Assessment Policy 5.9). 3. This assignment has not been written for me. 4. I hold a copy of this assignment and can produce a copy if requested. 5. This work may be used for the purposes of moderation and identifying plagiarism. 6. I give permission for a copy of this marked assignment to be retained by the College for benchmarking and course review and accreditation purposes. Learning, Teaching and Assessment Policy 5.1. A student who submits work containing plagiarised material for assessment will be subject to the provisions of the Student Academic Misconduct Requirements. Note definition of plagiarism and self plagiarism in Learning, Teaching and Assessment Policy: Plagiarism: reproduction without acknowledgement of another person’s words, work or expressed thoughts from any source. The definition of words, works and thoughts includes such representations as diagrams, drawings, sketches, pictures, objects, text, lecture hand-outs, artistic works and other such expressions of ideas, but hereafter the term ‘work’ is used to embrace all of these. Plagiarism comprises not only direct copying of aspects of another person’s work but also the reproduction, even if slightly rewritten or adapted, of someone else’s ideas. In both cases, someone else’s work is presented as the student’s own. Under the Australian Copyright Act 1968 a copyright owner can take legal action in the courts against a party who has infringed their copyright. Self Plagiarism: the use of one’s own previously assessed material being resubmitted without acknowledgement or citing of the original. Student Signature … Rakshith Rajendra … Submission Date 5th December , 2019

Individual Task Cover Sheet (Version January 2017)

IPO TABLE FOR main() function:

Input	Processing	Output
Name	Call to the function menu()	Prints a welcome message and name

IPO for the def main():

def main():

name = input("What is your name?")

global NAME

NAME = name

print("Welcome", NAME)

menu()

Ipo for age function :

Input	processing	output
Name, location, total fare, class and seat location	Checks person’s age and based on that ticket fare is calculated	Displays the ticket with details and fare

def age(nAME, lOCATION, tOTAL, cLASS, sEATLOC):

print("How old is the person travelling."&&"Travellers under 16 years old will receive promotion of 50% discount for the fare.").

age = int(input())

if age > 0 and age < 16:

tOTAL = float(tOTAL) / 2

print("Calculating Fare..")

print("Ticket for: " + nAME + " LOCATION: " + lOCATION + " CLASS: " + cLASS + " SEATLOC: " + sEATLOC)

print("TOTAL FARE: " + tOTAL)

else:

print("Calculating Fare..")

print(" Ticket for: " + nAME + " LOCATION: " + lOCATION + " CLASS: " + cLASS + " SEATLOC: " + sEATLOC)

print("TOTAL FARE: " + tOTAL)

Ipo for menu function:

Input	Processing	output
get user choice	If its I displays information if it is o displays name and if its e then display thank you	Display the information or display name or display thank you for visiting the airlines.

def menu(name):

print("Tropical Airlines Ticket Ordering System")

print("(I)nstructions /n(O)rder Ticket /n(E)xit")

userchoice = input()

if userchoice == "I"||userchoice == "i":

print("Thank you for choosing Tropical Airlines for your air travel" + "needs.You will be asked questions regarding what type of ticket you" + "would like to purchase as well as destination information.We" + "also offer 50% discounted fares for children")

else:

if userchoice == "O"||userchoice == "o":

order (name)

else:

if userchoice == "E"||userchoice == "e":

print("Thank you for visiting Tropical Airlines")

else:

menu ()

Ipo for order function:

Input	Processing	Output
Name of the current passenger	Get the input so as to know whether the ticket is for current user or another	Get the ticket for the passanger by calling function ticket ()

def order(nAME):

print("Ticket for (Y)ou or (S)omeone else")

input = input()

if input == "Y":

ticket (nAME)

else:

print("Enter the name of the fellow passengers")

newname = input()

ticket (newname)

Ipo for seat function:

Input	Processing	Output
Name, location, amount and class	Book the seat location based on the user input(window aisle or middle)	Calls the function age()

def seat(nAME, lOCATION, tOTAL, var_class):

print("Please choose the seat type. Choosing the middle seat will deduct 25 from the total fare")

print("(W)indow 75(A)isle 50\\n(M)iddle - 25 ")

input = input()

if input == "W"|| input == "w":

seatloc = "WINDOW - 75"

tOTAL = tOTAL + 75

else:

if input == "A"|| input == "a":

seatloc = "AISLE - 50"

tOTAL = tOTAL + 50

else:

if input == "M"|| input == "m":

seatloc = "MIDDLE - (-25)"

tOTAL = tOTAL - 25

else:

seat (nAME, lOCATION, tOTAL, var_class)

age (nAME, lOCATION, tOTAL, var_class, seatloc)

Ipo for seat type function:

Input	Processing	Output
Name, location and amount	Gets the seat class from the user	Based on the class seat() function is called

def seattype(name, location, totalfare):

name = name

location = location

tOTAL = totalfare

print("Please choose the type of fare. Fees are displayed below and are in addition to the basic fare.")

print("Please note choosing Frugal fare means you will not be offered a seat choice, it will be assigned to the ticketholder at travel time")

input = input()

if input == "B"|| input == "b":

var_class = "BUSINESS - 275"

tOTAL = tOTAL + 275

else:

if input == "E"|| input == "e":

var_class = "ECONOMY-25"

tOTAL = tOTAL + 25

else:

if input == "F"|| input == "f":

var_class = "FRUGAL-0"

else:

seattype (name, location, tOTAL)

seat (name, location, tOTAL, var_class)

IPo for ticket function:

Input	Processing	Output
Name	Gets the destination and trip type(one way or round trip) from user	Based on the input from user call seattype() function

def ticket(name):

cALLBACK = name

print("Please choose a destination and trip length. Fare choices are" + "displayed below")

print("(C1) Cairns One Way – 250" + "(C2) Cairns Return – 400" + " " + "(S1) Sydney One Way – 420" + "(S2) Sydney Return – 575" + " " + "(P1) Perth One Way –510" + "(P2) Perth Return - 700")

input = input()

if input == "C1"|| input == "c1":

lOCATION = "(C1) Cairns One Way – 250"

tOTALFARE = 250

else:

if input == "C2"|| input == "c2":

lOCATION = "(C2) Cairns Return – 400"

tOTALFARE = 400

else:

if input == "S1"|| input == "s1":

lOCATION = "(S1) Sydney One Way – 420"

tOTALFARE = 420

else:

if input == "S2"|| input == "s2":

lOCATION = "Sydney Return – 575"

tOTALFARE = 575

else:

if input == "P1"|| input == "p1":

lOCATION = "(P1) Perth One Way –510"

tOTALFARE = 510

else:

if input == "P2"|| input == "p2":

lOCATION = "(P2) Perth Return - 700"

tOTALFARE = 700

else:

ticket (cALLBACK)

seattype (name, lOCATION, tOTALFARE)

Pseudocode:

def age(nAME, lOCATION, tOTAL, cLASS, sEATLOC):

OUTPUT "How old is the person travelling. Travellers under 16 years old will receive a 50% discount for the child fare."

ENDFOR

age <- int(input())

IF age > 0 AND age < 16:

tOTAL <- float(tOTAL) / 2

OUTPUT "Calculating Fare.."

OUTPUT "Ticket for: " + nAME + " LOCATION: " + lOCATION + " CLASS: " + cLASS + " SEATLOC: " + sEATLOC

ENDFOR

OUTPUT "TOTAL FARE: " + tOTAL

ELSE:

OUTPUT "Calculating Fare.."

OUTPUT " Ticket for: " + nAME + " LOCATION: " + lOCATION + " CLASS: " + cLASS + " SEATLOC: " + sEATLOC

ENDFOR

OUTPUT "TOTAL FARE: " + tOTAL

ENDIF

ENDFUNCTION

FUNCTION menu(name):

OUTPUT "Tropical Airlines Ticket Ordering System"

OUTPUT "(I)nstructions /n(O)rder Ticket /n(E)xit"

userchoice <- input()

IF userchoice = "I"|| userchoice = "i":

ENDFOR

ELSE:

IF userchoice = "O"|| userchoice = "o":

order (name)

ELSE:

IF userchoice = "E"|| userchoice = "e":

OUTPUT "Thank you for visiting Tropical Airlines"

ENDFOR

ELSE:

menu ()

ENDIF

ENDIF

ENDIF

ENDFUNCTION

FUNCTION order(nAME):

OUTPUT "Ticket for (Y)ou or (S)omeone else"

ENDFOR

input <- input()

IF input = "Y":

ticket (nAME)

ELSE:

OUTPUT "ENter the name of the fellow passenger"

newname <- input()

ticket (newname)

ENDIF

ENDFUNCTION

FUNCTION seat(nAME, lOCATION, tOTAL, var_class):

ENDCLASS

OUTPUT "Please choose the seat type. Choosing the middle seat will deduct 25 from the total fare"

OUTPUT "(W)indow 75(A)isle 50\\n(M)iddle - 25 "

input <- input()

IF input = "W"|| input = "w":

seatloc <- "WINDOW - 75"

tOTAL <- tOTAL + 75

ELSE:

IF input = "A"|| input = "a":

seatloc <- "AISLE - 50"

tOTAL <- tOTAL + 50

ELSE:

IF input = "M"|| input = "m":

seatloc <- "MIDDLE - (-25)"

tOTAL <- tOTAL - 25

ELSE:

seat (nAME, lOCATION, tOTAL, var_class)

ENDIF

ENDIF

ENDIF

ENDCLASS

age (nAME, lOCATION, tOTAL, var_class, seatloc)

ENDFUNCTION

ENDCLASS

FUNCTION seattype(name, location, totalfare):

name <- name

location <- location

tOTAL <- totalfare

OUTPUT "Please choose the type of fare. Fees are displayed below AND are in addition to the basic fare."

OUTPUT "Please note choosing Frugal fare means you will not be offered a seat choice, it will be assigned to the ticketholder at travel time"

input <- input()

IF input = "B"|| input = "b":

var_class <- "BUSINESS - 275"

ENDCLASS

tOTAL <- tOTAL + 275

ELSE:

IF input = "E"|| input = "e":

var_class <- "ECONOMY-25"

ENDCLASS

tOTAL <- tOTAL + 25

ELSE:

IF input = "F"|| input = "f":

var_class <- "FRUGAL-0"

ENDCLASS

ELSE:

seattype (name, location, tOTAL)

ENDIF

ENDIF

ENDIF

seat (name, location, tOTAL, var_class)

ENDFUNCTION

ENDCLASS

FUNCTION ticket(name):

cALLBACK <- name

OUTPUT "Please choose a destination AND trip length. Fare choices are" + "displayed below"

OUTPUT "(C1) Cairns One Way – 250" + "(C2) Cairns Return – 400" + " " + "(S1) Sydney One Way – 420" + "(S2) Sydney Return – 575" + " " + "(P1) Perth One Way –510" + "(P2) Perth Return - 700"

input <- input()

IF input = "C1"|| input = "c1":

lOCATION <- "(C1) Cairns One Way – 250"

tOTALFARE <- 250

ELSE:

IF input = "C2"|| input = "c2":

lOCATION <- "(C2) Cairns Return – 400"

tOTALFARE <- 400

ELSE:

IF input = "S1"|| input = "s1":

lOCATION <- "(S1) Sydney One Way – 420"

tOTALFARE <- 420

ELSE:

IF input = "S2"|| input = "s2":

lOCATION <- "Sydney Return – 575"

tOTALFARE <- 575

ELSE:

IF input = "P1"|| input = "p1":

lOCATION <- "(P1) Perth One Way –510"

tOTALFARE <- 510

ELSE:

IF input = "P2"|| input = "p2":

lOCATION <- "(P2) Perth Return - 700"

tOTALFARE <- 700

ELSE:

ticket (cALLBACK)

ENDIF

ENDIF

ENDIF

ENDIF

ENDIF

ENDIF

seattype (name, lOCATION, tOTALFARE)

# Main

ENDFUNCTION

OUTPUT "What is your name?"

name <- input()

OUTPUT "Welcome, " + name

menu (name)

FLOWCHART:

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