Bitwise NOR Integers

The Bitwise NOR Integers tool lets you apply a bitwise NOR operation (~(A | B)) to pairs of integers from two input lists. You can run it in pairwise mode (line 1 of A with line 1 of B, and so on), or cross-product mode (every A with every B). It’s a quick way to explore binary logic operations or preprocess data for logic-based systems.

You can format the output as lines, CSV, or JSON, and everything updates instantly as you type or paste in values. It also supports file import, export, maximize output, and a total count of operations performed all in your browser.

Total items: 0
Options
Cross all pairs
Maximize output
Output format:

How to Use:

  • Enter one integer per line into both List A and List B
  • Use the toggle for Cross all pairs if you want every A × B pair evaluated
  • Choose Output format:
    • One per line
    • CSV
    • JSON array
  • Click Calculate or let it update live as you type
  • Use Maximize output if needed
  • Hit Copy Output or Export to File to save results
  • Click Clear All to reset the tool

What Bitwise NOR Integers can do:

  • Perform bitwise NOR (~(A | B)) between integers from two lists
  • Switch between pairwise matching and full cross-product comparisons
  • Format output for display, scripts, or data analysis
  • Count total number of results and flash on updates
  • Import numbers via plain-text file
  • Export processed output directly to a file
  • All operations happen locally no uploads

Example:

List A:

5
8

List B:

2
4

Output (Pairwise mode):

-8
-13

Output (Cross all pairs):

-8
-6
-13
-9

Common Use Cases:

Use this tool when working with binary operations, logical gates, or data cleaning in bitwise systems. It’s handy for programmers, educators, and anyone exploring the low-level behavior of numbers. You don’t need any setup just paste, toggle, and go.

Useful Tools & Suggestions:

If you’re using Bitwise NOR Integers, try XOR Integers to compare how the logic shifts with a different bitwise op. And if you’re exploring combinations, XNOR Integers gives you another perspective on how bits align or cancel out.

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