Styles & Modes

Baccarat Signal outputs a Suggested Pick with a confidence percentage, plus an optional Tie percentage. In Standard mode, the app may show SKIP when there is No Edge.

Output
Suggested Pick + % + Tie %
Standard
Can show SKIP (No Edge)
All Hands
No SKIP once ready
Engine
State + filters + gates

How to use (simple)

1

Select a Style + Mode

Style changes how the engine reacts to shoe structure. Mode changes whether the engine is allowed to SKIP.

2

Input results each hand

Enter Banker / Player (and Tie if your UI supports it). The engine updates after every hand.

3

Follow Suggested Pick or respect SKIP

In Standard, the app can show SKIP when the confidence is too weak (“No Edge”). In All Hands, once ready, it will always show a pick (and marks it as forced if it was a no-edge situation).

Important: Baccarat has a house edge and outcomes are independent. This tool structures decisions and reduces emotional overreaction; it does not guarantee results.

Engine math (what the % means)

The Suggested Pick % is produced from a probability model that combines: an anchored prior + weighted signals (recent bias, runs, chop, and optional road heuristics).

PRIOR

Anchored baseline

The model starts with a baseline prior (Banker-leaning anchor) and updates it using observed non-tie results. Internally it uses a Beta-style anchor and converts to log-odds.

This is implemented with p0 = 0.507 and a “priorStrength” parameter in your engine.

SIGNALS

Weighted signals

  • Recent bias: last N hands lean B/P
  • Run signal: streak length beyond a threshold
  • Chop signal: high alternation rate in a recent window
  • Road extras: zigzag / block pairs / run-break (Road Follower)
OUTPUT

Suggested Pick + strength

After combining signals, the engine applies a sigmoid (logistic) to produce a probability. The displayed “strength” is derived from distance from 50%.

Strength ≈ |pFinal − 0.5| × 200, clamped to 0–99.

Why SKIP exists: In Standard mode, if strength is too low, the engine labels it “No clear edge” and the UI shows SKIP to prevent forced entries.

Game styles (behavior presets)

Styles are presets that change the signal weights and gates. This changes how strict the engine is.

STYLE #1

Conservative

Most selective. Prefers stability, outputs fewer signals, and SKIPs more often in noisy shoes.

  • Higher streak threshold
  • Stronger “wait for structure” behavior
  • Road extras OFF
STYLE #2

Trend Rider

Balanced engagement. Leans into direction once it forms, but still respects chop detection and gates.

  • More responsive window
  • Lower streak threshold vs Conservative
  • Road extras OFF
STYLE #3

Road Follower

Structure-focused. Adds “road-like” heuristics (zigzag, block pairs, run-break) and blends with Conservative.

  • Road signals ON
  • Blended behavior (Road + Conservative)
  • More sensitive to rhythm patterns
Style presets are implemented as parameter sets (window, weights, streak thresholds, chop detection, and road heuristic weights).

Game Modes - SKIP Behavior

Modes control whether the engine is allowed to show SKIP (No Edge) or must always display a pick.

MODE

STANDARD

Standard prioritizes discipline. It becomes “ready” after enough non-tie data and may show SKIP when confidence is weak.

  • Ready: after 10 non-ties
  • Can SKIP: when strength is below the edge threshold
  • Goal: prevent forced plays
MODE

ALL HANDS

All Hands is designed for continuous output. Once ready, the engine never SKIPs. If the base engine would SKIP, it will still produce a pick and mark it as forced.

  • Ready: after 10 total hands (ties included)
  • No SKIP: after ready
  • Forced pick: when the base result was “No clear edge”

Examples (visual shoe patterns)

These simplified examples show the type of structure the engine can detect. Real outputs still pass through gates, so the app may SKIP in Standard if strength is too low.

Example A — Block pairs (BBPP pattern)

BB PP BB PP

Observed: BBPPBBPP (pairs alternating)

Road Follower heuristic: “block pairs” signal can suggest the next pair continuation behavior

Standard mode: may show SKIP if overall strength remains below threshold

All Hands: will still show a pick once ready (forced if needed)

Example B — High alternation (chop)

BP BP BP

Observed: frequent alternation

Engine behavior: “chop” signal may expect switching behavior (depending on last result + thresholds)

Why it matters: filters prevent reacting to one flip; they look at a windowed alternation rate

Example C — Long run break

BBBB P

Observed: long run breaks (BBBB then P)

Road heuristic: “run-break continuation” can briefly favor the new side after a break

Standard: may still SKIP if combined strength is weak

These examples align with the heuristic concepts implemented in the engine (block pairs, alternation/chop, run-break behavior).