Inspired by Hyperprogramming: N+N, N×N, N^N all in one Hyperprogramming: N+N, N×N, N^N all in one.
Thanks to @MartinEnder and @trichoplax for their help in the sandbox.
Inspired by Hyperprogramming: N+N, N×N, N^N all in one.
Thanks to @MartinEnder and @trichoplax for their help in the sandbox.
Inspired by Hyperprogramming: N+N, N×N, N^N all in one.
Thanks to @MartinEnder and @trichoplax for their help in the sandbox.
‡ You must use the same character encoding for source code, output, character count, and execution. For example, the Python program print 42 is not a 2-character UTF-32 submission, since the interpreter treats each byte as a single character. If your language of choice is not character-based, treat all individual bytes as characters.
‡ You must use the same character encoding for source code output, character count, and execution. For example, the Python program print 42 is not a 2-character UTF-32 submission, since the interpreter treats each byte as a single character. If your language of choice is not character-based, treat all individual bytes as characters.
‡ You must use the same character encoding for source code, output, character count, and execution. For example, the Python program print 42 is not a 2-character UTF-32 submission, since the interpreter treats each byte as a single character. If your language of choice is not character-based, treat all individual bytes as characters.