Teach students to plan, build and test a game in Python that runs on a grid. Students pick Tic-Tac-Toe, Sea Battle, Treasure Hunt or their own idea and plan the starting grid, the functions and the end check. They build a game that shows the board after each turn, asks for a row and a column with checked input and returns a (row, col) tuple.
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A short coding level practices this lesson in CodeGrove, our code lab that runs in the browser. Students write the program, run it and check it, with no account and nothing to install. Use it with the lesson or as practice later.
Open the level→A game can seem to work until it fails to stop or never notices a win. This project has students plan the end check before they code. A partner plays a whole game with bad answers, so students test every way the game can end.
The build runs online in CodeGrove, our in-browser code lab, on both days, so students need a computer or tablet. Students pick one of 4 builds: My Own Grid Game, Sea Battle, Tic Tac Toe or Treasure Hunt. The Grid Game Build level practices building a game on a grid that shows the board after each turn, asks for a row and a column with a checked input, returns a (row, col) tuple, changes the grid and stops at an end check. On the last day, students send the turn-in Form with their CodeGrove link. CodeGrove is free, with no accounts, sign-ins or installs.
Students build their grid game in CodeGrove, have a partner play it and turn it in with the turn-in Form. Students pick one of 4 builds: My Own Grid Game, Sea Battle, Tic Tac Toe or Treasure Hunt.
Students plan the starting grid, the functions and what each one returns, and the check that stops the game.
A partner plays one whole game and types bad answers. Students fix what fails and retest every answer.
Every page is a print-ready PDF, and the Google Forms™ and Google Slides™ let you teach the same lesson in Google Classroom™.
Students write and run real Python in CodeGrove, our in-browser code lab, on a computer or tablet, with no accounts or installs.
Every day has its own answer key, and every written question has a sample answer and what to look for.
Each day's plan is timed activity by activity against real reading and writing speeds.
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Leave a reviewInstant download right after checkout: PowerPoint and Word files you can edit, print-ready PDFs, and links that copy the Google Forms™ and Google Slides™ into your Drive.
Yes. This lesson is part of the Unit 3 bundle and the complete Python Programming 2 course. Both cost less than buying the lessons one at a time.
No. It is a full-year, non-AP second course in Python for grades 9 to 12. For AP, see our AP Computer Science A and AP CSP courses.
Students know list methods, the loop patterns, tuples, grids and how to check input.
Yes, on the CodeGrove days. Each student needs a computer or tablet that's online, and CodeGrove needs no account or install. The bell ringers, notes, exit tickets and quiz are on paper.
Every page is a print-ready PDF. The slides are an editable PowerPoint and the guided notes an editable Word file. The exit tickets and the turn-in Form also come as Google Forms™, and the deck as Google Slides™.
Written for Florida's Intermediate Programming course (9007220). The skills map in the lesson shows which standards each day teaches.