Live Stream #116.2 - Snakes & Ladders Continued + 2048

TL;DR

In this coding challenge, the programmer attempts to create a game of Snakes and Ladders using an object-oriented approach.

Transcript

oh hello I'm back I don't know if there's a pract I didn't like post anything and schedule this I just sort of like was live-streaming earlier then I had to go downstairs for a meeting and then I thought I got to finish this when I come back now it's like almost 7:00 in the evening it's been a very long day very long week I haven't seen anyone post... Read More

Key Insights

• 👻 The object-oriented approach allows for easier management and organization of the code for the Snakes and Ladders game.
• 🪜 Randomly placing snakes and ladders adds variety and challenge to the game.
• 🍵 The swipe function handles the movement of tiles based on the direction of the swipe.

Questions & Answers

Q: What is the purpose of the "state" variable in the code?

The "state" variable is used to keep track of the current state of the game, such as the roll state, move state, and Schnatter state. It determines which actions should be taken based on the current state.

Q: Why does the code randomly place 5 pairs of snakes and ladders on the board?

The placement of snakes and ladders is meant to add complexity and unpredictability to the game. It creates obstacles and shortcuts for the player to navigate, making the game more challenging and interesting.

Q: How does the swipe function work in the code?

The swipe function takes in the direction of the swipe (up, down, left, or right) and moves the tiles on the board accordingly. It checks for valid moves based on the current position of the tiles and combines or moves them as necessary.

Q: How does the game determine when it is over?

The game checks if the player has reached or passed the last tile on the board. If the player's position is greater than or equal to the last tile, the game is considered over.

Summary & Key Takeaways

• The programmer starts by creating a grid for the Snakes and Ladders board and displays it on the screen.

• They then add functionality to randomly place 5 pairs of snakes and ladders on the board.

• Next, they implement the game mechanics, including rolling the dice, moving the player, and checking for landings on snakes or ladders.

• Finally, they add a swipe function to allow the player to swipe in a specific direction to move the tiles.