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Dice Sum Simulator with Fewer Repeats

Simulates dice sums whose individual faces weigh the recent results, keeping long streaks of one face rare. Faces and dice count match the standard sum probability tool.

Roll and compare

Runs 5 trials every 1 second.

0

Total probabilities for 2d6

The frequency is an average. It does not mean the outcome is guaranteed within that many rolls.

2 dice · 6 sides each — Dice total probabilities
TotalTheory (standard rolls)Average frequency
22.78%About 1 in every 36 rolls
35.56%About 1 in every 18 rolls
48.33%About 1 in every 12 rolls
511.11%About 1 in every 9 rolls
613.89%About 1 in every 7.2 rolls
716.67%About 1 in every 6 rolls
813.89%About 1 in every 7.2 rolls
911.11%About 1 in every 9 rolls
108.33%About 1 in every 12 rolls
115.56%About 1 in every 18 rolls
122.78%About 1 in every 36 rolls

What this simulator does

Fewer repeated faces

Each die weighs its own position's recent faces, so the same face repeats less.

Same conditions as the standard tool

Faces, dice count, start and pause, and the histogram view all match the standard sum probability tool.

Theory shown as a comparison baseline

The paired theory is the value for independent rolls. The measured rows deviate because this policy considers history.

How to use

  1. Pick faces and dice

    Choose the faces and set 1 to 20 dice. Changing them updates the theory table right away.

  2. Run the trials

    The primary button starts the observation loop; pause, resume and resetting this condition are available.

  3. Compare measured and theory

    The measured rates do not match the theory. Read the theory as the value for standard independent rolls.

When this helps

Watching sums without repetitive faces

For observing how the totals build up while the same face repeats less than a standard die.

Comparing with the standard tool

Run the same conditions on both tools to see what considering history changes.

Theory and measurement

The theory assumes independent rolls

The paired theory is exact for rolls that are independent and identically weighted. Do not treat it as the correct target for this page's trials; it is a comparison baseline.

The measurement leans on history

Because recent faces weigh less, the measured distribution does not take the theory's shape. That deviation is the feature of this policy, not an error.

FAQ

Is the "7 is most likely" note correct?

It is correct for independent rolls. This page's measured rows shift because the weights move with history; the theory is shown as a baseline.

Where does the measured deviation come from?

Both policies deviate while trials are few. The fewer-repeat policy additionally reduces streaks through the recent-face weights.

Can I use the theory as the correct answer?

No. For calculations that require independent rolls, use the standard sum probability tool.

Handling

Processing
All trials happen inside this browser. Results and history are never sent to a server.
Reset
Resetting clears this condition's measured records; faces and dice count stay unchanged.

Current settings

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