
Master the basics of Python by building a cricket simulation game with sport-focused projects. Engage beginners and aspiring sports data analysts with cricket-related examples.
Install Python and the PyCharm ide on your computer, then follow steps to download Python from python.org for Windows or Mac and install PyCharm community edition.
Open PyCharm for the first time and set up a Python project for a cricket game by choosing a theme and saving it in your cricket course folder.
Start with a simple Python cricket game and print statements to show the batsman and bowler. Use strings and newline escapes to format the console output.
Learn how to use variables in Python to store strings, integers, and floats, add comments, and print results, with clear naming conventions for cricket-themed data such as averages.
Learn to use variables and placeholders with curly braces and format in Python to insert batsman and bowler names, test by swapping players like Virat Kohli and Dale Steyn.
Learn to capture batsman and bowler names with Python's input(), show prompts in the console, and verify with Joe Root and Shane Warne.
Code a cricket game in python using the random module to generate ball outcomes (0 dot ball, 1-4 and 6 runs, 5 wicket), and learn about imports and placeholders.
Learn to use for loops in Python to repeat actions, like printing hello ten times, and understand range and indentation to simulate an over efficiently.
Learn to implement a Python for loop to drive cricket scoring, update batsman totals and over summaries including wickets, and manage variable scope from local to global.
Learn how to use if statements and control flow in Python by simulating a cricket game, where run decisions, wickets, and breaking the loop determine the next action.
Fix the wicket tally in a Python cricket game by adding a wickets variable, using plus equals to increment on each wicket, and updating the over printing for accuracy.
Learn to use Python lists to model a cricket team, including creating lists, zero-based indexing, printing items, and using len with a for loop.
Build a cricket game in python by assembling odi and t20 teams, selecting batsmen and a random bowler, and rotating through teammates as the game progresses.
Learn to move through the batting line-up by introducing a next_batsman variable, updating it when a batsman goes out, and preventing crashes at the end of the list.
Code a cricket game: learn python programming through sports by building a 10-over innings with a for loop, printing end-of-over formatting, and tracking runs, wickets, and a scorecard.
Swap the on-strike and non-striking batsmen at the end of an over, and use Python's double assignment to update the players and handle wickets for clear game progression.
Develop a Python cricket game control flow using while loops and boolean variables to run until the innings ends after 10 wickets, switch bowlers each over, and print status updates.
Learn how to use Python functions to track cricket scores by defining, calling, and returning values; then combine with dictionaries to build a scorecard.
Learn to use dictionaries in Python to store and update cricket score data, including nested dictionaries for a scorecard and a function that adds runs per ball for each player.
Learn to implement a cricket scorecard in Python by updating batsman totals, tracking on-strike and non-striker scores, and printing team totals at end of overs.
Add a team total variable to the scorecard and update it as runs accumulate, and print the total at the end of each over and innings.
Update the team bowling scorecard in Python after each over to track runs conceded and wickets per bowler. Print the bowling figures and runs conceded to reveal performance.
Refine the cricket game code by tracking runs and wickets at the end of each over, adding team batting and bowling scorecards, and preparing for the second innings.
Learn to code a cricket game in python by preparing the second innings, managing batting and bowling teams with variables, looping through innings, and planning a winner function.
Learn to code a cricket game in Python by building a winner-checking function using target score, balls left, and wickets, handling innings end and ties in a 10-over match.
Use this course as a springboard to build cricket projects in Python, add player skills with dictionaries, and use conditional logic to decide outs; when stuck, google the syntax.
Hey cricket fans,
Learn to code with this beginner Python programming course featuring 100% cricket-related examples and projects.
By the end of this course, you will have made a fully working cricket game simulator - even if you are new to programming.
So, whether you want to change careers and become a super savvy sports data analyst or, just try to predict the results of your team every week – learning Python is where it all begins.
Check out this course and learn a new high-income skill while tackling a super-interesting cricket project.
As a sports fan, even if you’ve tried to learn to program before, but lost interest because of the boring examples – give this course a go – you’ll be pleasantly surprised.
And, obviously, if you aspire to become a sports data analyst, but need to learn Python basics first – then this is definitely the course for you. You will learn programming using relevant sports examples as opposed to rehashed unrelatable exercises.
This course is very practical. I’m going to teach you a lot of different concepts right from the start, and you will immediately see how they work in a practice – in real scenarios – because you are programming something from lesson one. Then, we will keep on using and building on these concepts throughout our projects until you become really familiar with them.
Many other courses take 10-20 videos to go through some of the concepts I introduce in lesson one – and you would be sitting there wondering when you’re going to get to actually program something. With this course, you won’t ever feel that.
This course is based on a very successful learning strategy that many experienced programmers encourage, which is to find a project that you enjoy doing, and then learn the concepts you need to complete that project. Then do another project and, learn what you need, and build your knowledge, and so on.
Learn what you love, love what you do
So, if you are ready to invest some time in learning Python – why not enjoy it? It’s a lot easier to learn to program when you’re engaged in the subject matter and working through scenarios that you can picture in real life – and while having fun. So, are you ready to kick-off? I know, I am….