CT4029-Principles-of-Programming-Code

CT4029 Principles of Programming (FHM FHM_SEM1 - 2023/24) 📓

• Module Tutor: Nasreen Anjum (Dr) 👩‍🏫

Student Information:

• Name: Mohammad Mehdi Kadkoodazadeh 👨‍🎓
• Student Number: 4326630 🎓
• Email: mohammadkadkhodazadeh@connect.glos.ac.uk 📧

If you are a student and want to collaborate or have a question don't hesitate to message me on WhatsApp! +98 9025635100

Table of Contents: Practical exercises ✏️

• Session 1 - Introduction to Computer Architecture and Programming basics in Python 💻

  • Exercise 1: Km_to_Miles_Converter.py
  • Exercise 2: Celsius_to_Fahrenheit_Converter.py
  • Exercise 3: Retirement_Age.py

• Session 2 - Control Structure: Loops, Switches and Conditional Statements in Python ➿

  • Exercise 1: Even_From_100_to_2.py
  • Exercise 2: Triangle_Finder.py
  • Exercise 3: Factor_Finder.py
  • Exercise 4: Astrological_Sign.py
  • Exercise 5: Prime_Printer.py
  • Exercise 6: Dog_Years.py

• Session 3 - Code Reusability and Functions in Python ♻️

  • Exercise 1: Triangle_Maker.py
  • Exercise 2: Net_Salary.py
  • Exercise 3: Triangle_Calculator.py

• Session 4 - Graphical User Interface in Python 🖥️

  • Exercise 1: square_root_GUI.py
  • Exercise 2: multi_calculator.py
  • Exercise 3: gui_calculator.py
  • Exercise 4: miles_to_kilometers _slider.py

• Session 5 - SQLite Database in Python 💾

  • Exercise 1: Employee_Database_Creation.py
  • Exercise 2: Retriev_ All.py
  • Exercise 3: Retrieve_Managers.py
  • Exercise 4: Manager_to_Technition.py
  • Exercise 5: Delete_Technicians.py
  • Exercise 6: IT_Extention.py
  • Exercise 7: Employee_GUI.py

• Session 6 - Basics of Data Structures in Python 📈

  • Exercise 1: anagram_finder.py
  • Exercise 2: count_until_tuple.py
  • Exercise 3: list_frequency.py
  • Exercise 4: common_element_in_list.py
  • Exercise 5: duplicate_remover.py
  • Exercise 6: grades_calculator.py

• Session 7 - Working with Files in Python 📁

  • Exercise 1: line_to_list.py
  • Exercise 2: file_word_frequency.py
  • Exercise 3: user_info_to_file.py
  • Exercise 4: bounes_adder.py
  • Exercise 5: role_to_responsibility.py

• Session 8 - Pandas for Data analysis in Python 📊

  • Exercise 1: file_application_import.py

  • Exercise 2: print_select_columns.py

  • Exercise 3: sum_mean_max_min_Touches.py

  • Exercise 4: import_skip_first_20.py

  • Exercise 5: import_last_10.py

  • Exercise 6.1: rating_more_then_80.py

  • Exercise 6.2: rating_more_then_80_and_Total_Successful_Passes.py

  • Exercise 7: specific_player_finder.py

  • Exercise 8: 2016_finder.py

  • Exercise 9: index_by_Successful_Passes_Own_Half.py

  • Exercise 10: histogram.py

  • Session 9 - Arrays and Data Visualisation in Python 🔢

  • Exercise 1: four_zeros_array.py

  • Exercise 2: one_to_five.py

  • Exercise 3: nine_zeros.py

  • Exercise 4: ten_to_fourthy_nine.py

  • Exercise 5: matrix_creator.py

  • Exercise 6: matrix_mean_standerd_deviation.py

  • Exercise 7: appointment_time_shopping-methods_graph.py

Table of Contents: Coding Challenges ✏️

• Day 1 Coding Challenges

  • Challenge File: Create a Message Printer.py
    • Description: Prints information on the user and date and time.
  • Challenge File: add_1_to_10.py
    • Description: Adds 1 to 10 together.
  • Challenge File: area_of_circle.py
    • Description: Calculates the area of a circle with the radius from the user.
  • Challenge File: find_the_area_of_rectangle.py
    • Description: Calculates the area of a rectangle.
  • Challenge File: five_average.py
    • Description: Takes 5 numbers as input and outputs the average.
  • Challenge File: grade_converter.py
    • Description: Takes a grade as input and outputs the grade as A, B, C, D, or F.
  • Challenge File: loop_add_4.py
    • Description: Prints this sequence of numbers: 4, 8, 12, 16, 20, 24, 28, 32.
  • Challenge File: multi_shape_calculator.py
    • Description: Gives the user a choice between rectangles, squares, circles, and triangles and calculates their area.
  • Challenge File: pass_or_fail.py
    • Description: Takes a grade and prints "pass" if the score is 40 or more.
  • Challenge File: positive_negative_checker.py
    • Description: Gets a number as input and prints out whether it's positive or negative.
  • Challenge File: promotion_viewer.py
    • Description: Gives the user a choice to view a promotion from the list.
  • Challenge File: reverse_500.py
    • Description: Counts from 500 to 0 in reverse.
  • Challenge File: square_root.py
    • Description: Calculates square root without the math library.

• Day 2 Coding Challenges

  • Challenge File: 1_to_100_intervals_of_10.py
    • Description: prints from 1 to 100 in intervals of 10
  • Challenge File: 400_by_400_window.py
    • Description: creates a 400 by 400 window
  • Challenge File: 44_by 400_window.py
    • Description: creates a 44 by 400 window
  • Challenge File: 80_to_60_interval_of_5.py
    • Description: prints from 80 to 60 in intervals of 5
  • Challenge File: Button_color_change.py
    • Description: two buttons that change color when clicked
  • Challenge File: custom_sequnce_printer.py
    • Description: prints 2,4,6,10,14,16
  • Challenge File: double_window.py
    • Description: creates two windows
  • Challenge File: factorial_calc.py
    • Description: calculates factorial
  • Challenge File: factorial_function.py
    • Description: function that calculates factorial
  • Challenge File: string_reveser.py
    • Description: three functions one reverses a given string, another finds the maximum of three given numbers and the third finds the maximum and the minimum
  • Challenge File: sum_of_powers_of_2.py
    • Description: calculates the sum of powers of 2 up to 2^6
  • Challenge File: window_maker.py
    • Description: makes a window

• Day 3 Coding Challenges

  • Challenge File: addition_subttraction.py
    • Description: a GUI calculator with addition and subtraction
  • Challenge File: list_delete_change_add.py
    • Description: creates a list and modifies it by deleting and adding elements
  • Challenge File: middle_change.py
    • Description: opens a file and changes in the middle file with the readlines() function
  • Challenge File: middle_change_2.py
    • Description: opens a file and changes in the middle file without the readlines() function
  • Challenge File: three_radio.py
    • Description: a GUI window with three radio buttons
  • Challenge File: window_with_2_frame.py
    • Description: a window with two frames and five buttons

• Day 4 Coding Challenges

  • ⚠️ no particular challenge was given today ⚠️

• Day 5 Coding Challenges

  • Challenge File: matrix_Multiplication_Multiplication_division.py
    • Description: multiplies, subtracts, and divides two matrixes
  • Challenge File: matrix_to_array.py
    • Description: creates a matrix and reshapes it

  Workbooks: Practical exercises 📚

• Workbook 1: Session 1 - Workbook.pdf

• Workbook 2: Session 2 - Workbook.pdf

• Workbook 3: Session 3 - Workbook.pdf

• Workbook 4: Session 4 - Workbook.pdf

• Workbook 5: Session 5 - Workbook.pdf

• Workbook 6: Session 6 - Workbook.pdf

• Workbook 7: Session 7 - Workbook.pdf

• Workbook 8: Session 8 - Workbook.pdf

• Workbook 9: Session 9 - Workbook.pdf

  Workbooks: Computational Maths workbooks 📚

  Extra workbooks provided for further practice

• Workbook 1: Week 1 - Workbook.docx

• Workbook 2: Week 2 - Workbook.docx

• Workbook 3: Week 3 - Workbook.docx

lectures: 📖

• Session 1 : Computer Architecture and Programming basics.pptx
• Session 2: Control Structures-Loops-Switches-Conditions.pptx
• Session 3: Code Reusability-Functions.pptx
• Session 4: GUI in Python.pptx
• Session 5: Database SQLite in Python.pptx
• Session 6: Basics of Data structures.pptx
• Session 7: Files in Python.pptx
• Session 8: Pandas for data analysis.pptx
• Session 9: numpy and matplotlib.pptx

Install External libraries :

copy and paste the code below into Windows command line

py -m pip install --upgrade pip
py -m pip install qrcode
py -m pip install pandas
py -m pip install matplotlib
py -m pip install numpy

Module overview

Read full file here

Session	Session Topic	Practical Work	Day taught
1	Module Overview, Computer Architecture, Introduction to Programming principles	Problem Solving Strategies, Flowchart, Pseudocode	Day 1
2	Basics of Python, Variables and Data Types, Programming Concepts – Control Structures	Multiple Problem Solving, Loops, Switches, Conditions	Day 1
3	Programming Concepts – Passing Values	Functions and Parameters	Day 2
4	Design a User Interface Using Python	Graphical User Interface design, Interactive Software implementation using Tkinter	Day 2
5	Databases in Python	SQLite Database, Link GUI to SQLite database	Day 4
6	Data Structures	Lists and Tuples	Day 3
7	File & I/O	Reading/Writing to files	Day 3
8	Data Analysis	Python Libraries for Data Science	Day -
9	Arrays and Data visualization	NumPy Arrays, Graphs & Charts using Matplotlib	Day 5
10	QR code and Password check in Python	QR code generation and scanning, Password strength check strategies	Day 4
11	Recap, Q&A, Extra Practical		Day -
12	Assignment Workshop		Day 5