代写FIT9136、Python编程设计代写

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FIT9136 Algorithms and
Programming Foundations in
Python
Assignment 2
Last Updated: 4 September 2023, 3:00PM
Table of Contents
1. Key Information
2. Instruction
2.1. Car Class
2.2. Retailer Class
2.3. CarRetailer Class
2.4. Order Class
2.5. Main File
2.6. User Manual
3. Git Management
4. Do and Do NOT
4.1. Important NOTES
5. Submission Requirements
6. Academic Integrity
7. Marking Guide
8. Getting help
8.1. English language skills
8.2. Study skills
8.3. Things are tough right now
8.4. Things in the unit don’t make sense
8.5. I don’t know what I need
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1. Key Information
Purpose This assignment will develop your skills in designing, constructing, testing, and
documenting a Python program according to specific programming standards.
This assessment is related to the following learning outcome (LO):
● LO2 - Restructure a computational program into manageable units of
modules and classes using the object-oriented methodology
● LO3 - Demonstrate Input/Output strategies in a Python application and
apply appropriate testing and exception handling techniques
Your task This assignment is an individual task where you will work independently. Your
task is to develop a simple car purchase advisor system using Python code, based
on the provided specifications.
Value 45% of your total marks for the unit.
Due Date Friday, 22 September 2023, 4:30 PM (AEST)
Submission ● Via Moodle Assignment Submission.
● FIT GitLab check-ins will be used to assess the history of development
● JPlag will be used for similarity checking of all submissions.
Assessment
Criteria
This assessment includes a compulsory interview with your tutor following the
submission date. At the interview you will be asked to explain your
code/design/testing, modify your code, and discuss your design decisions and
alternatives. Marks will not be awarded for any section of
code/design/functionality that you cannot explain satisfactorily. Failure to attend
the interview will result in your assessment not being marked. You will be
provided with the timing of the interviews at a later date.
The following aspects will be assessed:
1. Program functionality in accordance to the requirements
2. Code Architecture and Adherence to Python coding standards
3. The comprehensiveness of documented code
Late
Penalties
● 10% deduction per calendar day or part thereof for up to one week
● Submissions more than 7 calendar days after the due date will receive a
mark of zero (0) and no assessment feedback will be provided.
Support
Resources
See Moodle Assessment page and Section 8 in this document
Feedback Feedback will be provided on student work via
● general cohort performance
● specific student feedback ten working days post submission
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2. Instruction
For this assignment, your goal is to create a Car Purchase Advisor System that utilises files
"stock.txt" and “order.txt” located in the "data" folder. The application will feature a text
interface to act as the advisor system for a car retailer. The functionalities include:
Functionality 1:
When the program starts, test data needs to be automatically generated. The
generated test data needs to be reflected in the “stock.txt” file and also loaded in the
program memory. For the format of the test data, you can refer to the provided
example “stock.txt”. Please ensure that the test data presents a certain degree of
randomness.
Functionality 2:
After generating the test data, a menu should be presented to the user with the
following options:
a) Look for the nearest car retailer
b) Get car purchase advice
c) Place a car order
d) Exit
Functionality 3:
If the user selects the option for checking the nearest car retailer, the program
should ask for the user’s postcode to identify the nearest car retailer (here we
assume that suburbs with smaller differences in postcodes are geographically closer,
for more information please refer to section 2.3.6).
Functionality 4:
If the user selects the option for getting car purchase advice, the program needs to:
a) First list all the available car retailers and prompt the users to select one to
continue the advising process;
b) Then show a sub-menu with the following options:
i) Recommend a car
ii) Get all cars in stock
iii) Get cars in stock by car types (the car types is a list of strings, e.g.,
[“AWD”, “RWD”])
iv) Get probationary licence permitted cars in stock
c) The option i) should randomly select one car from the current stock of the car
retailer, the options ii) to iv) should show the current stock of a car retailer.
You need to first print the retailer ID and the retailer name, and also ensure
that the printed stocked cars are well-formatted.
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Functionality 5:
If the user selects the option for placing a car order, the program should ask for the
retailer ID and the car ID from the user separated by a space. However, before
placing the order, the program needs to check whether the current time is within the
business hours of the target retailer. If not, an order should not be created and a
message should be prompted to the user. For any other invalid cases, you need to
handle them properly. Otherwise, in valid cases, an order should be created and
stored in “order.txt” and the order details should be printed to the user.
Please note that the program will continue to run until the user chooses to exit the
application.
To develop this application, you will need to create four classes, each defined in a separate
Python file (i.e. *.py), and one main Python file to execute the program. All the required files
can be found in the RENAME_ME.zip file, which is located in the Assessments section on
Moodle. It is important to note that the addition of supplementary classes exceeding the
prescribed four may incur a penalty in the form of mark deduction.
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2.1. Car Class
Contains all the operations related to a car.
Required
Class
Variables
● N/A (You can add if you need)
Required
Methods 2.1.1. __init__()
Constructs a car object.
Arguments ● car_code (must be unique and in the format of
two uppercase letters plus 6 digits, e.g.,
MB123456)
● car_name
● car_capacity (Each car has a maximum seating
capacity)
● car_horsepower (in kilowatts)
● car_weight (in kilograms) - the car_weight is the
tare weight of the vehicle (the weight of an empty
standard vehicle with all of its fluids and
specifically 10 litres of fuel in the tank)
● car_type (values should be one of “FWD”, “RWD”
or “AWD”)
Returns ● N/A
*All arguments of the constructor must have a default value.
2.1.2. __str__()
Return the unit information as a formatted string.
Arguments ● N/A
Returns ● a string in the following format:
"car_code, car_name, car_capacity,
car_horsepower, car_weight, car_type"
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2.1.3. probationary_licence_prohibited_vehicle()
Return whether the vehicle is a prohibited vehicle for probationary licence
drivers
Arguments ● N/A
Returns ● A boolean value of True or False
Note:
● A car with a Power to Mass ratio greater than 130 kilowatt per tonne
is a prohibited vehicle for probationary licence drivers
● The formula to calculate the Power to Mass ratio is:
𝑅𝑜𝑢𝑛𝑑𝑈𝑝( , where weight is the tare
𝑃𝑜𝑤𝑒𝑟 (𝑘𝑖𝑙𝑜𝑤𝑎𝑡𝑡𝑠)
𝑊𝑒𝑖𝑔ℎ𝑡 (𝑘𝑖𝑙𝑜𝑔𝑟𝑎𝑚𝑠)
) × 1000
weight of the vehicle.
2.1.4. found_matching_car()
Return whether the current vehicle is the one to be found based on a
car_code.
Arguments ● car_code (the car_code of the car to be searched)
Returns ● True (the car_code matches the current car’s
car_code)
● False (the car_code does not match the current
car’s car_code)
2.1.5. get_car_type()
Return the car_type of the current car.
Arguments ● N/A
Returns ● A string value of the car_type
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2.2. Retailer Class
Contains all the operations related to a retailer.
Required
Class
Variables
● N/A (You can add if you need)
Required
Methods 2.2.1. __init__()
Constructs a Retailer object.
Arguments ● retailer_id (must be unique integer of 8 digits)
● retailer_name (can only consist of letters and the
whitespace character)
Returns ● N/A
*All arguments of the constructor must have a default value.
2.2.2. __str__()
Return the retailer information as a formatted string.
Arguments ● N/A
Returns ● a string in the following format:
"retailer_id, retailer_name"
2.2.3. generate_retailer_id()
Generate a randomly generated unique retailer ID that is different from
the existing retailer IDs and set it as the retailer_id (8 digits number)
Arguments ● list_retailer (A list of all existing retailers)
Returns ● N/A
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2.3. CarRetailer Class
Contains all the operations related to the CarRetailer Class. This class inherits from the
Retailer class.
Required
Class
Variables
● N/A (You can add if you need)
Required
methods 2.3.1. __init__()
Constructs a CarRetailer object.
Arguments ● retailer_id (must be unique integer of 8 digits)
● retailer_name (can only consist of letters and
whitespace)
● carretailer_address (the address format will be
street address followed by the state and postcode,
e.g., “Wellington Road Clayton, VIC 3800”)
● carretailer_business_hours (a tuple of floats
representing start and end hours in 24hr, e.g., (8.5,
17.5) - business hours are from 8:30AM inclusive to
5:30PM inclusive), the business hours should be
within the range of 6:00AM inclusive to 11:00PM
inclusive.
● carretailer_stock (a list of car_codes indicating the
available cars from the retailer; the default value
should be an empty list)
Returns ● N/A
*All arguments of the constructor must have a default value.
2.3.2. __str__()
Return the car retailer information as a formatted string.
Arguments ● N/A
Returns ● a string in the following format:
"retailer_id, retailer_name, carretailer_address,
carretailer_business_hours, carretailer_stock"
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2.3.3. load_current_stock()
Load the current stock of the car retailer according to the retailer_id from
the stock.txt file and store the car_codes of the Cars in a list; this list should
be saved to carretailer_stock.
Arguments ● path (the path to the stock file)
Returns ● N/A
2.3.4. is_operating()
Return a boolean value to indicate whether the car retailer is currently
operating (i.e., within working hours)
Arguments ● cur_hour (A float value indicating current hour in
24H format, e.g., 12.5 - 12:30PM)
Returns ● True (is operating) / False (is not operating)
2.3.5. get_all_stock()
Returns the information of all available cars currently in stock at the car
retailer
Arguments ● N/A
Returns ● A list of Car objects
2.3.6. get_postcode_distance()
Return the absolute difference of the postcode input by the user and that
of the car retailer. You need to extrcar_act the postcode from
carretailer_address first.
Arguments ● postcode (An integer)
Returns ● The absolute difference between the two
postcodes as integers
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2.3.7. remove_from_stock()
Remove a car from the current stock at the car retailer. The car stock
should be consistent with the stock.txt file. A boolean value should be
returned to indicate whether the removal is successful.
Argument ● car_code (the car_code of the car to be removed)
Returns ● True (successful) / False (unsuccessful)
Note:
● Unsuccessful cases: car not existing in the current stock
2.3.8. add_to_stock()
Add a car to the current stock. The car stock should be consistent with the
stock.txt file. A boolean value should be returned to indicate whether the
adding is successful.
Argument ● car (a Car object)
Returns ● True (successful) / False (unsuccessful)
Note:
● Unsuccessful cases: car already existing in the current stock
2.3.9. get_stock_by_car_type()
Return the list of cars in the current stock by specific car_type values.
Argument ● car_types (the list of car_type values of the cars to
be fetched)
Returns ● A list of Car objects
2.3.10. get_stock_by_licence_type()
Return the list of cars in the current stock that are not forbidden by the
driver’s licence type.
Argument ● licence_type (a string value of either “L” (Learner
Licence), “P” (Probationary Licence), or “Full” (Full
Licence))
Returns ● A list of Car objects
Note:
● The current regulation only forbids certain cars for probationary
licence, but no restrictions are placed for learner licence and full
licence.
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2.3.11. car_recommendation()
Return a car that is randomly selected from the cars in stock at the current
car retailer.
Argument ● N/A
Returns ● A Car object
2.3.12. create_order()
Return an order object of a created order. When an order is created, the
car needs to be removed from the current stock of the car retailer. Such
updates need to be reflected in “stock.txt”. The created order needs to be
appended to “order.txt”.
Argument ● car_code (the car_code of the car to be ordered)
Returns ● An Order object
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2.4. Order Class
Contains all the operations related to an order.
Required
Class
Variables
● N/A (You can add if you need)
Required
Methods 2.4.1. __init__()
Constructs an order object.
Arguments ● order_id (must be unique strings)
● order_car (the car object related to this order)
● order_retailer (the retailer object related to this
order)
● order_creation_time (the UNIX timestamp of the
order creation), for example, 1/1/2023 00:00:01 in
UNIX timestamp is 1672491601
Returns ● N/A
*All arguments of the constructor must have a default value.
2.4.2. __str__()
Return the user information as a formatted string.
Arguments ● N/A
Returns ● a string in the following format:
"order_id, order_car.car_code,
order_retailer.retailer_id, order_creation_time"
2.4.3. generate_order_id()
Return a unique order ID. For the order ID:
Step 1: You first need to generate a random string of 6 lowercase
alphabetic characters;
Step 2: For every second character in the string (i.e., the 2nd, 4th, 6th,
etc. character), convert it into uppercase letter;
Step 3: For each character in the string from Step 2, get the ASCII code of
the letter using ord();
Step 4: Calculate the ASCII code to the power of 2 for each character and
get the remainder of the powered ASCII code divided by the
length of str_1;
Step 5: Use the remainder from Step 4 as the index to obtain the
corresponding character from str_1 for each character in Step 2;
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Step 6: Append each of the characters from Step 5 n times to the string
updated in Step 2. (n is the index of the character in the string
from Step 2.
Step 7: Append the car_code and the order creation time to the string
generated in Step 6.
Example:
1. “python”
2. “pYtHoN”
3. p →112, Y→89, t→116, H→72, o→111, N →78
4.
a. p: 1122→12544%9 →7
b. Y: 892→7921%9 → 1
c. t: 1162→13456%9 →1
d. H: 722→5184%9 →0
e. o: 1112→12321%9 →0
f. N: 782→6084%9 →0
5.
a. 7→&
b. 1 →!
c. 1 →!
d. 0 →~
e. 0 →~
f. 0 →~
6.
a. & refer to ‘p’ with index 0 in “pYtHoN” →nothing will be
appended
b. ! refer to ‘Y’ with index 1 in “pYtHoN” → “pYtHoN!”
c. ! refer to ‘t’ with index 2 in “pYtHoN” → “pYtHoN!!!”
d. ~ refer to ‘H’ with index 3 in “pYtHoN” → “pYtHoN!!!~~~”
e. ~ refer to ’o’ with index 4 in “pYtHoN” →
“pYtHoN!!!~~~~~~~”
f. ~ refer to ‘N’ with index 5 in “pYtHoN” →
“pYtHoN!!!~~~~~~~~~~~~”
So the final output of step 6 is “pYtHoN!!!~~~~~~~~~~~~”
7. With a car_code (e.g., “MB123456”) and an order creation time
(e.g., 1672491601), the final output will be
“pYtHoN!!!~~~~~~~~~~~~MB1234561672491601”
Arguments ● car_code (the car_code related to the current
order)
Local
Variables
● str_1 = "~!@#$%^&*"
Returns ● A unique string representing the order ID.
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2.5. Main File
In this file, you will be creating three functions: main_menu(), generate_test_data(), and
main().
● The main_menu() function will display all available operations for users to choose
from. This function accepts zero parameters and has no return value.
● The generate_test_data() function will generate test data for the program, including
a total of twelve cars and three car retailers (each car retailer with four cars in their
stock). This function accepts zero parameters and has no return value.
● The main() function will handle all program logic, including user input, calling
methods from objects and handling validations.
○ In the main() function, you should maintain a list of all existing retailer
objects. When creating a new retailer object, you should create the
CarRetailer object with a default retailer ID value of -1, and then immediately
call the generate_retailer_id() of the newly created retailer object to
generate a unique retailer ID for the retailer object.
This function accepts zero parameters and has no return value.
The design and implementation is up to you but must include the menu items outlined in
section 2 using the classes and methods outlined.
You must ensure that your menu and control logic handles exceptions appropriately.
You can break down your code to several functions if you wish but you still need to call the
extra defined functions in the main function. In the if __name__==”__main__” part, only
call main() function. Your tutor will only run your main.py file. For each operation that the
user performs, try to give enough instructional messages.
In regards to the tasks listed above, please adhere to the method names as provided in the
instructions. Additionally, you are permitted to add more class variables, methods in classes
and functions. However, it is crucial to ensure that all necessary methods and functions have
been implemented and that they have been invoked in the application. Any unused code
present in the application will lead to mark deductions.
Please keep in mind:
● In terms of validation, it is essential to perform all validation of the user inputs in the
main file outside of any methods. It is not acceptable to include any validation inside
of methods unless it is required locally. Additionally, all operations involving data
should be updated to files immediately.
● It is also important to understand the concept of inheritance. The child class inherits
all the methods and attributes from the parent class, and the idea of overriding or
Page 15 of 24
adding new methods comes into play when additional methods or attributes are
required in the child class.
● Furthermore, the format of the data saved in stock.txt should conform to the format
specified in the str() method for the CarRetailer Class. The format of the data saved
in order.txt should conform to the format specified in the str() method for the Order
Class.
2.6. User Manual
Please provide user instructions in a file named userManual_studentID.pdf, which should
clearly explain how to run your application (main.py). Your marker will first run your main.py
file without looking at the user manual. Therefore, please ensure that your program is
informative. In cases when the marker cannot run your program based on the instructional
messages in your program (which may incur penalty), they will follow the user manual to run
the application. So please ensure they are clear and easy to follow. Please be concise in your
writing and keep the PDF document to a maximum of one page in length.
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3. Git Management
GIT STORAGE
Your work MUST be saved in your local working directory (local repository) in the
Assignment 2 folder and regularly pushed to the FIT GitLab server (remote repository) to
build a clear history of development of your application. Any submission with less than four
pushes to the FIT GitLab server will incur a grade penalty. Please note four pushes is a
minimum, in practice we would expect significantly more. All commits must include a
meaningful commit message which clearly describes what the particular commit is about.
Students must regularly check that their Git pushes have been successful by logging in to the
web interface of the FIT GitLab server; you must not simply assume they are working. Before
submission, via Moodle, you must log in to the web interface of the GitLab server and
ensure your submission files are present on the GitLab server.
GIT automatically maintains a history of all files pushed to the server, you MUST not add a
version name to your files, please ensure you use the same name for all versions of a
particular file.
If you have problems in pushing to the remote repository, you should make a backup of your
work by moving your current local repository to a new folder, and then re-clone your
repository.
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4. Do and Do NOT
Do Do NOT
● Maintain appropriate citing and referencing1
,
● Get support early from this unit and other
services within the university,
● Apply for special consideration or for
extensions2 early if needed.
● Leave your assignment in draft mode
(assignments in draft mode will not be
marked),
● Submit late (10% daily penalty applies)3
,
● Attempt to submit after 7 days of the due
date (they will not be accepted), unless
you have special consideration.
4.1. Important NOTES
● DO NOT use absolute paths and follow the exact structure for the path as provided in
the examples in each section. All path issues that cause your program crash or
exception will lead to no mark for functionality.
● You must implement all required methods but you may add additional methods if
you require but ensure they will be used in the application.
● The methods should be implemented as instance methods. Class methods should
not be used in this assignment.
● Please make sure your file reading/writing operations include encoding type utf8.
Changing the application running environment could cause issues if you do not have
the encoding type. Any character encoding issues/exceptions will cause serious mark
deduction.
● If one method is not working and it hinders the program from continuing running to
show other functionalities, the following functionalities will receive no marks. For
example, if your program can generate test data but the user can not select any
option in the menu, the functionality/s that needs to be marked after the display
menu will receive no marks and you will only get marks for the generating test data.
Therefore, it is important to finish each functionality one by one and make sure they
can work properly.
● Add correct validation and output messages to make your code more user-friendly to
users.
● The assignment must be done using the PyCharm, Python Version 3.10.
3 e.g.: The original mark was 70/100, submitting 2 days late results in 50/100 (20 mark
deduction). This includes weekends and public holidays.
2 https://www.monash.edu/exams/changes/special-consideration
1https://www.monash.edu/library/help/citing-and-referencing/citing-and-referencing-tutorial
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● The Python code for this assignment must be implemented according to the PEP
8-Style Guide for Python Code.
● The allowed libraries are random, math, os, string, re, time. You will not receive
marks for the components if you use any other libraries apart from the mentioned
library.
● For using any built-in function, students should seek confirmation from the teaching
team.
● Commenting on your code is an essential part of the assessment criteria. In addition
to inline and function commenting on your code, you should include comments at
the beginning of your program file which specify your name, student ID, the creation
date, the last modified date of the file, as well as a high-level description of the file.
● This assignment cannot be completed in a few days and requires students to apply
what they learnt each week as we move closer to the submission date. Please
remember to show your progress weekly to your tutor.
● You must keep up to date with the Moodle Ed Assignment 2 forum where further
clarifications may be posted (this forum is to be treated as your client). In cases of
specification updates, apart from making announcements on Ed, an updated
specification file will also be uploaded to Moodle. Please ensure that you regularly
check the specification files.
● Please be careful to ensure you do not publicly post anything which includes your
reasoning, logic or any part of your work to this forum, doing so violates Monash
plagiarism/ collusion rules and has significant academic penalties. Use private posts
or email your allocated tutor to raise questions that may reveal part of your
reasoning or solution.
● If any aspect of the assignment specifications is unclear or not explicitly addressed,
please ensure to verify with the teaching team and request clarification.
● You must properly test your code. However, writing unit tests is optional. You are
allowed to use the unittest library only for the purpose of implementing unit tests. If
you are implementing unit tests, you need to create another .py file and put the test
cases in the newly created .py file.
● In this Assessment, you must NOT use generative artificial intelligence (AI) to
generate any materials or content in relation to the assessment task.
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5. Submission Requirements
The assignment must be submitted by Friday, 22nd September 2023, 4:30 pm (AEST).
The following files are to be submitted and must exist in your FIT GITLab server repo:
● A series of .py files (i.e., order.py, car.py, retailer.py, car_retailer.py and main.py)
o A template, RENAME-ME.zip, is available on the Moodle Assessments page.
You have to use this template.
● A userManual_studentID.pdf file.
The above files must be compressed to a .zip file named ass2_studentID.zip and submitted
via Moodle. The .py files must also have been pushed to your remote repository (at FIT
GitLab server) with an appropriate history as you develop your solutions. Please ensure your
commit messages are meaningful. You are NOT required to push the history of the manual
file to the FIT GitLab server. DO NOT push the .zip file.
● No submissions will be accepted via email.
● Please note we cannot mark any work on the GitLab Server, you need to ensure that
you submit correctly via Moodle since it is only in this process that you complete the
required student declaration without which work cannot be assessed.
● It is your responsibility to ENSURE that the submitted files are the correct files. We
strongly recommend after uploading a submission, and prior to actually submitting in
Moodle, that you download the submission and double-check its contents.
● Please carefully read the documentation under the “Special Consideration” and
"Assignment Task Submission" on the Moodle Assessments page which covers things
such as extensions, correct submission, and resubmission.
● Please note, if you need to resubmit, you cannot depend on your tutors' availability,
for this reason, please be VERY CAREFUL with your submission. It is strongly
recommended that you submit several hours before the deadline to avoid such
issues.
● Marks will be deducted for any of these requirements that are not strictly complied
with.
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6. Academic Integrity
Students are expected to be familiar with the University Academic Integrity Policy and are
particularly reminded of the following:
Section 1.9:
Students are responsible for their own good academic practice and must:
● undertake their studies and research responsibly and with honesty and integrity;
● credit the work of others and seek permission to use that work where required;
● not plagiarise, cheat or falsify their work;
● ensure that their work is not falsified;
● not resubmit any assessment they have previously submitted, without the
permission of the chief examiner; appropriately acknowledge the work of others;
● take reasonable steps to ensure that other students are unable to copy or misuse
their work; and
● be aware of and comply with University regulations, policies and procedures relating
to academic integrity.
and Section 2.9:
Unauthorised distribution of course-related materials: Students are not permitted to share,
sell or pass on to another person or entity external to Monash:
2.9.1 any course material produced by Monash University (such as lecture slides, lecture
recordings, class handouts, assessment requirements, examination questions; excluding
Handbook entries) as this is a breach of the Copyright Compliance Policy and such conduct
may be a copyright law infringement subject to legal action; or
2.9.2 any course-related material produced by students themselves or other students (such
as class notes, past assignments), nor to receive such material, without the permission of
the chief examiner. The penalties for breaches of academic misconduct include
● a zero mark for the assessment task
● a zero mark for the unit
● suspension from the course
● exclusion from the University.
Where a penalty or disciplinary action is applied, the outcome is recorded and kept for seven
years, or for 15 years if the penalty was excluded.
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7. Marking Guide
Your work will be marked as per the following:
● Classes Implementation - 45 marks
○ Car Class - 7 marks
○ Retailer Class - 6 marks
○ CarRetailer Class - 22 marks
○ Order Class - 10 marks
● Main File Design - 7 marks
○ Error Handling and Validation
■ Does the program handle different types of errors gracefully?
■ Are user inputs validated to prevent unexpected behaviour or
crashes?
■ Are error messages clear and helpful to users or developers?
○ User Interface
■ Are any user prompts or messages clear and informative?
○ Logical Flow:
■ Does the code follow a logical sequence of steps that align with the
program's functionality?
■ Do all defined methods and functions have been invoked in the
application?
○ Control Structures:
■ Are conditional statements (if, else, match) used effectively to guide
program flow?
■ Are loops used appropriately to repeat actions based on specific
conditions?
● Application Functionality - 26 Marks
○ Your tutor will run your main.py to check all the basic functionalities listed in
section 2. Instruction:
■ Functionality 1 - 4 marks
■ Functionality 2 - 2 marks
■ Functionality 3 - 3 marks
■ Functionality 4 - 12 marks
■ Functionality 5 - 5 marks
○ If your program crashes or if any functionalities do not execute correctly, you
will receive zero (0) marks for those specific functionalities. For instance, if
Functionality 4 encounters an error and its assigned Functionality score is 12
marks, you will be awarded zero (0) marks for Functionality 4. It's important
to note that if the failure of any Functionality impacts the assessment of
other Functionalities, those affected Functionalities will also receive a mark of
zero (0) if they cannot be properly evaluated.
● User Manual - 2 Marks
Page 22 of 24
○ Is there clear documentation on how to run the program and utilise its
features?
● Interview (compulsory) - 20 Marks
○ Missing Interview: If you do not attend the interview, you will receive zero
marks for the entire Assignment 1.
○ Interview Score of 5 Marks: If you score 5 marks in the interview, 50% of the
marks initially assigned to th