Generate Tuples of Numbers

An n-tuple is an ordered list of n numbers: (a1, a2, ..., an). Pairs and triples are the 2- and 3-tuples; the n-tuple makes the idea general. Databases call every row a tuple, machine learning calls them feature vectors, and geometry calls them points in n-dimensional space - one word, many dimensions.

Generate Tuples of Numbers builds n-tuples of any arity from 2 to 12, with each component drawn from the range you set. Every row shows its sum and n-dimensional distance, and a no-repeat option keeps the set unique. Up to 1000 tuples, copy or download.

• Any arity: From pairs (2) up to 12-component tuples.
• Ordered lists: Exactly n numbers per row, in order.
• Shared range: One range shapes every component.
• No-repeat option: Guarantee distinct tuples for data.
• Sum and distance: Two compact statistics on every row.
• Up to 1000 tuples: A full dataset in one run.

1. Choose n - the number of components per tuple.
2. Set the range - the bounds each component draws from.
3. Choose repeats - yes for samples, no for unique sets.
4. Set the count - up to 1000 tuples.
5. Generate - and read tuples with their sums and distances.

1. n = 2, range 1-6, 8 tuples: eight ordered pairs - a dice-roll dataset.

2. n = 4, range 0-9, 10 tuples: four-digit feature rows like (3, 7, 1, 5).

3. n = 3, range -3 to 3, no repeats, 15 tuples: distinct 3D-ish points in a signed box.

4. n = 6, range 1-49, 6 tuples: lottery-style draws on the classic six-number scale.

5. n = 12, range 0-1, 5 tuples: twelve-bit strings as tuples of zeros and ones.

• Dimension flexible: Any arity from 2 to 12, same tool.
• Order matters: Components stay in exact sequence.
• Uniqueness toggle: No repeats for proper datasets.
• Compact statistics: Sum and distance summarise each row.
• Copy or download: The tuple list exports one per line.
• Private and free: All generation stays in the browser; nothing is uploaded or logged.