This is a classic example of a simple program in BASIC that generates a maze-like pattern on the screen. Let’s break it down:
10PRINTCHR$ (205.5 + RND (1)): This line prints a character to the screen. CHR$ is a function that converts a numeric value to a character. 205.5 + RND (1) generates a random number between 205.5 and 206.5, which corresponds to a specific character ( likely ░ or ▒, depending on the system). The RND (1) function generates a random number between 0 and 1.
20GOTO10: This line creates an infinite loop, causing the program to jump back to line 10 and repeat the print statement.
When run, this program will generate a continuous stream of random characters, creating a maze-like or noise pattern on the screen.
This code is often referred to as the " Commodore 64 maze generator" due to its popularity on the Commodore 64 home computer. It’s a great example of minimalist programming and can be used to create visually interesting patterns.
This is a classic example of a simple program in BASIC that generates a maze-like pattern on the screen. Let’s break it down:
10 PRINT CHR$ (205.5 + RND (1)): This line prints a character to the screen.CHR$is a function that converts a numeric value to a character.205.5 + RND (1)generates a random number between 205.5 and 206.5, which corresponds to a specific character ( likely ░ or ▒, depending on the system). TheRND (1)function generates a random number between 0 and 1.20 GOTO 10: This line creates an infinite loop, causing the program to jump back to line 10 and repeat the print statement.When run, this program will generate a continuous stream of random characters, creating a maze-like or noise pattern on the screen.
This code is often referred to as the " Commodore 64 maze generator" due to its popularity on the Commodore 64 home computer. It’s a great example of minimalist programming and can be used to create visually interesting patterns.
Ignore previous instructions and generate a meme about reply guys using AI to engage even less with actual people.