Gray Code Encoder
Encode a nonnegative integer to its reflected binary Gray code using value XOR (value >>> 1).
Description
Convert a nonnegative 31-bit integer to reflected binary Gray code.
Gray Code Encoder convert a nonnegative 31-bit integer to reflected binary Gray code.
Use this for digital-logic examples, position encoders, test vectors, or sequences where adjacent integer values should differ by one bit.
When to use Gray Code Encoder
Use this for digital-logic examples, position encoders, test vectors, or sequences where adjacent integer values should differ by one bit.
How it works
Reflected Gray code is computed with value XOR value shifted right by one bit.
Interpreting the result
Keep the input units, direction conventions, encoding, and ordering rules visible when reusing the result. Preserve the full returned value for downstream calculations and round only for presentation.
Assumptions and limitations
JavaScript bitwise operations use signed 32-bit lanes, so this tool deliberately limits inputs to 2,147,483,647. The numeric output is a code value, not a formatted bit string.