Logic Building with Python: Think, Code & Solve
Winter 2024
Rs 5,500/- PKR
- Duration: 2 weeks
- Starting: 26 December 2024
- Mode: Online
- Age: 10 and Above
- 5 Days a Week
- Timing: 11:30 am - 01:00 pm
About Course
This Python course is designed to provide a comprehensive introduction to programming with Python, blending foundational concepts with practical applications. From learning the basics of input/output operations and control structures to exploring advanced topics like data structures, sorting, and 2D grids, this course offers a step-by-step approach to mastering Python. Students will build essential programming skills, tackle mathematical and problem-solving challenges, and work on real-world projects like an age calculator and Conway’s Game of Life. By the end of this course, participants will have a strong grasp of Python fundamentals, empowering them to confidently create algorithms, manipulate data, and develop engaging projects.
What Will You Learn?
- Understand the fundamentals of Python, including input/output operations, loops, and conditional statements.
- Solve problems involving prime numbers, perfect squares, square roots, and patterns.
- Master the use of loops, conditionals, and Python functions for modular programming.
- Work with lists, sets, and dictionaries to store, organize, and manipulate data efficiently.
- Learn sorting techniques and implement binary search for problem-solving.
- Analyze and solve problems using frequency counting and dictionaries.
- Explore grid-based data manipulation and implement projects like Conway’s Game of Life.
- Develop practical projects like an age calculator, set calculator, and dynamic animations.
Certifications
“Logic Building with Python: Think, Code & Solve – Winter”
Dec’2024-Jan’2025
Certified Students 🌟
Here you can view and download your certificates
With lifetime access to our lecture content,
Lecture 01: Introduction to Pygames
- Screen Creation
- Different dimensions
- Variable
- Screen Color Change
- Different Colors
- Changes within a color
- Changes in color mixing
- Shape draw
- Line drawing
- Mathematical details
- Rectangle drawing (without built in)
- Mathematical details
- Rounding details
- Circle
- Mathematical details
- Line drawing
Lecture 02: Loops and practicing animations in Pygames
- Revision of Colors and Screen usage
- Different Colors
- Changes within a color
- Changes in color mixing
- Shape draw
- Line drawing
- Mathematical details
- Rectangle drawing (without built in)
- Mathematical details
- Rounding details
- Circle
- Mathematical details
- Line drawing
- Introducing ANIMATION
- Circle animation.
Lecture 03: Number Guessing and Catch The Green Ball
- Conditional Statements in python (if-else)
- Loops (for-while)
- Number Guessing Game
- Using if-else to guess the number
- Using for loop to give mulitpe trys
- Use of random function
- Catch the Green Ball
- Intro to main loop of game
- Player movement using arrow keys
- Spawning Ball at Random location
Lecture 04 Finding Errors and Helping Students
- Resolving the Installation errors.
- How to install the python setting the environment.
- Hoe to install the pygame
- Resolving student errors
- Resolving issue in the students code
Lecture 04 Introduction to the strings and List
- Introducntion to the string
- Printing String
- Strnig Concatenation
- Introduction to the List
- What is List ?
- Printing List
- Accessing elements in List
- Using [] operators
- Giving range in subscript operator []
- Using for loop to access elements in List
- Append Function of the List
Lecture 05 Catch the Green ball Game
- Enhancing the Player Movement
- Using if and List
- Enhancing the Ball Drop
- First Uisng two variables
- Resolving the issue of overlapping balls
- Ball Drop using List
- Generation of random balls
- Adding delay betweem the spawnation of the ballls
- Collision Detection
- Using Euclidean Distance
- On Collision Detection
- Increasing the score on touching the green ball
- Game quit on touching red ball
Lecture 06 Completing and Adding Graphics in the Game
- Resolving issue of the collision detection
- Setting the x and y axis of balls
- Intro to the load function of the pygame
- Adding Graphics
- Adding Score text
- Adding Background
- Adding player image in the game
- How to add walking animation of the game ?
Lecture 07 Introduction to Functions
- How to take input from the user ?
- Introduction to Break statement
- Detecting if a number is prime or not
- Introduction to function
- Function is a box
- Fucntion return
- isPrime and is Composite function
- Making catch the green ball using function
Lecture 08 Platform Game Phase - 01
- Background Mover
- Using two backgrounds
- Changing the x-axis of the background
- Platform Mover
- Making list of the pygame.Rect() Objects
- Random Spawn of the platforms
- Moving of the platforms from right to left
- Removing Unused platforms from the List
Lecture 09 Platform Game Phase - 02
- Adding Player
- Player movement function
- Setting initial Player Position
- Adding jump logic in player movement
- Player Platform Collision Detection
- Adding Stars
- Star and Platform Relation
- Star Movement
- Adding Score
- On catching the star increment in score
- Draw Score function
Lecture 10 Platform Game Final Phase
- Adding the winning condition of platformer game
- Adding Flag at the last platform
- Limiting the number of platform
- Movement of the flag
- Addng screens
- Start screen
- Game Over Screen
- Game Win Screen
- Adding controls to start, restart and quit the game
- Adding Sounds
- Background music
- Sound Effects
- Jump Sound
- Star Collect Sound
- Game Over Sound
- Discussion on how to add multiple levels.