# Baccarat Road Chart Format

## Explaination of each keys

* rt0: bead road
* rt1: big road
* rt2: big eye road
* rt3 small road
* rt4 cockroach road
* fcb: forecast banker
* fcp: forecast player
* grt: great road tags

## Data format of each keys

each checker representing a cell located indie a grid by its Row & Col with 0 index, which mean the first cell is Row: 0, Col: 0

* rt0, rt1 using checker for example `0,1,1,256,1`, string data contains 5 parts
  * 0 => Row (int, required)
  * 1 => Col (int, required)
  * 1 => Winner (int, required)
    * 1 = banker (red)
    * 2 = player (blue)
    * 3 = tie (green)
  * 256 => a bitwise combination data as following:

    * CntSkws => state of straight kill wins (used in rt0, rt1, 0: none, 1: straight kills)

    * CntFties => state of first ties. (only used in rt1, (0: none, >0: number of first ties, max value: 15)

    * CntTies => state of ties. (only used in rt1, (0: none, >0: number of ties, max value: 15)

    * CntBps => state of banker pairs (0: none, >0: number of pairs, max value: 15)

    * CntPps => state of player pairs (0: none, >0: number of pairs, max value: 15)

    > c# example for extract values of int32((CntStk&0xf)<<16 | (CntFties&0xf)<<12 | (CntTies&0xf)<<8 | (CntBps&0xf)<<4 | (CntPps & 0xf))

    ```
        int CntPps = 256 & 0xf
        int CntBps = (256 >> 4) & 0xf
        int CntTies = (256 >> 8) & 0xf
        int CntFties = (256 >> 12) & 0xf
        int CntSkws = (256 >> 16) & 0xf
    ```
  * 1 => LuckySix or other special indicator (int, optional, used in rt0, rt1)
    * 0 = No Value
    * 1 = LuckySix (grade 1, odds 20)
    * 2 = LuckySix (grade 2, odds 12)
    * 3 = LuckySeven (grade 1, odds 15)
    * 4 = LuckySeven (grade 2, odds 6)
    * 5 = SuperLuckySeven (grade 1, odds 100)
    * 6 = SuperLuckySeven (grade 2, odds 40)
    * 7 = SuperLuckySeven (grade 3, odds 30)
* rt2, rt3, rt4 have the same data result format, string data contains 4 parts, for example `0,3,2,256`
  * 0 => Row (int, required)
  * 3 => Col (int, required)
  * 2 => Winner (int, required)
  * 256 => a bitwise combination data (same format as rt0, rt1)
* fcb, fcp have the same data format, each array contain 5 items in ordered: \[rt0, rt1, rt2, rt3, rt4], if the check if empty string, means no data of it

## Great Road Patterns

* LONGB\_5 => Long Banker Represents 5 rounds
* LONGP\_6 => Long Player Represents 6 rounds
* SINGLEJ => Big Road Single Jump
* OHTRB => One Living Room, Two Rooms (Banker)
* OHTRP => One Living Room, Two Rooms (Player)
* LONGTSJ => Long Road Single Jump
* SINGLEJB => Jump on every Banker
* SINGLEJP => Jump on every Player
* COMBOJB => Consecutive Banker/Player
* COMBOJP => Consecutive Player/Player
* DOUBLEUP => Row Up/Row Up

Roadmap Statistics Json Example Data

```json

{
    "rt0":"0,0,2,0,0;1,0,2,0,0;2,0,2,0,0;3,0,2,0,0;4,0,2,0,0;5,0,2,0,0;0,1,2,0,0;1,1,2,0,0;2,1,2,0,0;3,1,2,0,0;4,1,2,0,0;5,1,2,0,0;0,2,2,0,0;1,2,2,0,0;2,2,2,0,0;3,2,2,0,0;4,2,2,0,0;5,2,2,0,0;0,3,1,0,0;1,3,1,0,0;2,3,1,0,0;3,3,1,0,0;4,3,1,0,0;5,3,1,0,0;0,4,1,0,0;1,4,1,0,0;2,4,1,0,0;3,4,1,0,0;4,4,1,0,0;5,4,1,0,0;0,5,1,0,0;1,5,1,0,0;2,5,1,0,0;3,5,1,0,0;4,5,2,0,0;5,5,2,0,0;0,6,2,0,0;1,6,2,0,0;2,6,2,0,0;3,6,2,0,0;4,6,2,0,0;5,6,2,0,0;0,7,2,0,0;1,7,2,0,0;2,7,2,0,0;3,7,2,0,0;4,7,2,0,0;5,7,2,0,0;0,8,1,0,0;1,8,1,0,0;2,8,1,0,0;3,8,1,0,0;4,8,1,0,0;5,8,1,0,0;0,9,1,0,0;1,9,1,0,0;2,9,1,0,0;3,9,1,0,0;4,9,1,0,0;5,9,1,0,0;0,10,2,0,0;1,10,2,0,0;2,10,2,0,0;3,10,2,0,0;4,10,2,0,0;5,10,2,0,0;0,11,2,0,0;1,11,2,0,0;2,11,2,0,0;3,11,2,0,0;4,11,1,0,0;5,11,1,0,0;0,12,1,0,0;1,12,1,0,0;2,12,1,0,0;3,12,1,0,0;4,12,1,0,0;5,12,1,0,0;0,13,1,0,0;1,13,1,0,0;2,13,1,0,0;3,13,1,0,0;4,13,1,0,0;5,13,2,0,0;0,14,2,0,0;1,14,2,0,0;2,14,2,0,0;3,14,2,0,0;4,14,2,0,0;5,14,2,0,0;0,15,2,0,0;1,15,2,0,0",
    "rt1":"0,0,2,0,0;1,0,2,0,0;2,0,2,0,0;3,0,2,0,0;4,0,2,0,0;5,0,2,0,0;5,1,2,0,0;5,2,2,0,0;5,3,2,0,0;5,4,2,0,0;5,5,2,0,0;5,6,2,0,0;5,7,2,0,0;5,8,2,0,0;5,9,2,0,0;5,10,2,0,0;5,11,2,0,0;5,12,2,0,0;0,1,1,0,0;1,1,1,0,0;2,1,1,0,0;3,1,1,0,0;4,1,1,0,0;4,2,1,0,0;4,3,1,0,0;4,4,1,0,0;4,5,1,0,0;4,6,1,0,0;4,7,1,0,0;4,8,1,0,0;4,9,1,0,0;4,10,1,0,0;4,11,1,0,0;4,12,1,0,0;0,2,2,0,0;1,2,2,0,0;2,2,2,0,0;3,2,2,0,0;3,3,2,0,0;3,4,2,0,0;3,5,2,0,0;3,6,2,0,0;3,7,2,0,0;3,8,2,0,0;3,9,2,0,0;3,10,2,0,0;3,11,2,0,0;3,12,2,0,0;0,3,1,0,0;1,3,1,0,0;2,3,1,0,0;2,4,1,0,0;2,5,1,0,0;2,6,1,0,0;2,7,1,0,0;2,8,1,0,0;2,9,1,0,0;2,10,1,0,0;2,11,1,0,0;2,12,1,0,0;0,4,2,0,0;1,4,2,0,0;1,5,2,0,0;1,6,2,0,0;1,7,2,0,0;1,8,2,0,0;1,9,2,0,0;1,10,2,0,0;1,11,2,0,0;1,12,2,0,0;0,5,1,0,0;0,6,1,0,0;0,7,1,0,0;0,8,1,0,0;0,9,1,0,0;0,10,1,0,0;0,11,1,0,0;0,12,1,0,0;0,13,1,0,0;0,14,1,0,0;0,15,1,0,0;0,16,1,0,0;0,17,1,0,0;0,18,2,0,0;1,18,2,0,0;2,18,2,0,0;3,18,2,0,0;4,18,2,0,0;5,18,2,0,0;5,19,2,0,0;5,20,2,0,0;5,21,2,0,0",
    "rt2":"0,0,1,0;1,0,1,0;2,0,1,0;3,0,1,0;4,0,1,0;5,0,1,0;5,1,1,0;5,2,1,0;5,3,1,0;5,4,1,0;5,5,1,0;5,6,1,0;5,7,1,0;5,8,1,0;5,9,1,0;0,1,2,0;0,2,1,0;1,2,1,0;2,2,1,0;3,2,1,0;4,2,1,0;4,3,1,0;4,4,1,0;4,5,1,0;4,6,1,0;4,7,1,0;4,8,1,0;4,9,1,0;4,10,1,0;0,3,2,0;0,4,1,0;1,4,1,0;2,4,1,0;3,4,1,0;3,5,1,0;3,6,1,0;3,7,1,0;3,8,1,0;3,9,1,0;3,10,1,0;3,11,1,0;0,5,2,0;0,6,1,0;1,6,1,0;2,6,1,0;2,7,1,0;2,8,1,0;2,9,1,0;2,10,1,0;2,11,1,0;2,12,1,0;0,7,2,0;0,8,1,0;1,8,1,0;1,9,1,0;1,10,1,0;1,11,1,0;1,12,1,0;1,13,1,0;1,14,1,0;1,15,1,0;0,9,2,0;0,10,1,0;0,11,1,0;0,12,2,0;0,13,1,0;0,14,1,0;0,15,1,0;0,16,1,0;0,17,1,0;0,18,1,0;0,19,1,0;0,20,1,0",
    "rt3":"0,0,1,0;1,0,1,0;2,0,1,0;3,0,1,0;4,0,1,0;5,0,1,0;5,1,1,0;5,2,1,0;5,3,1,0;5,4,1,0;5,5,1,0;5,6,1,0;5,7,1,0;0,1,2,0;0,2,1,0;1,2,1,0;2,2,1,0;3,2,1,0;4,2,1,0;4,3,1,0;4,4,1,0;4,5,1,0;4,6,1,0;4,7,1,0;4,8,1,0;0,3,2,0;0,4,1,0;1,4,1,0;2,4,1,0;3,4,1,0;3,5,1,0;3,6,1,0;3,7,1,0;3,8,1,0;3,9,1,0;0,5,2,0;0,6,1,0;1,6,1,0;2,6,1,0;2,7,1,0;2,8,1,0;2,9,1,0;2,10,1,0;2,11,1,0;2,12,1,0;2,13,1,0;2,14,1,0;0,7,2,0;1,7,2,0;0,8,1,0;1,8,1,0;1,9,1,0;1,10,1,0;1,11,1,0;1,12,1,0;1,13,1,0;1,14,1,0",
    "rt4":"0,0,1,0;1,0,1,0;2,0,1,0;3,0,1,0;4,0,1,0;5,0,1,0;5,1,1,0;5,2,1,0;5,3,1,0;5,4,1,0;5,5,1,0;0,1,2,0;0,2,1,0;1,2,1,0;2,2,1,0;3,2,1,0;4,2,1,0;4,3,1,0;4,4,1,0;4,5,1,0;4,6,1,0;0,3,2,0;0,4,1,0;1,4,1,0;2,4,1,0;3,4,1,0;3,5,1,0;3,6,1,0;3,7,1,0;3,8,1,0;3,9,1,0;3,10,1,0;3,11,1,0;3,12,1,0;0,5,2,0;0,6,1,0;1,6,1,0;2,6,1,0;2,7,1,0;2,8,1,0;2,9,1,0;2,10,1,0;2,11,1,0"
}

```


---

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