JSON Structure Analysis

Root Object Structure

The JSON file contains a single root object with the following structure:

{
  "id": "string",
  "level": "string", 
  "myTeam": "string",
  "myUsername": "string",
  "players": [
    // Array of player objects
  ]
}

Player Object Structure

Each player in the players array has the following structure:

{
  "username": "string",
  "isLocalPlayer": "boolean",
  "teamId": "string", 
  "planeVarient": "number",
  "skinVarient": "number",
  "color": {
    "r": "number",
    "g": "number", 
    "b": "number",
    "a": "number"
  },
  "snapshots": [
    // Array of snapshot objects
  ]
}

Snapshot Object Structure

Each snapshot in the snapshots array has the following structure:

{
  "time": "number",
  "position": {
    "x": "number",
    "y": "number",
    "z": "number"
  },
  "rotation": {
    "x": "number",
    "y": "number", 
    "z": "number",
    "w": "number"
  },
  "health": "number",
  "throttle": "number",
  "isShooting": "boolean"
}

Complete Structure Summary

Root Object
├── id (string)
├── level (string) 
├── myTeam (string)
├── myUsername (string)
└── players (array)
    └── Player Object
        ├── username (string)
        ├── isLocalPlayer (boolean)
        ├── teamId (string)
        ├── planeVarient (number)
        ├── skinVarient (number)
        ├── color (object)
        │   ├── r (number)
        │   ├── g (number)
        │   ├── b (number)
        │   └── a (number)
        └── snapshots (array)
            └── Snapshot Object
                ├── time (number)
                ├── position (object)
                │   ├── x (number)
                │   ├── y (number)
                │   └── z (number)
                ├── rotation (object)
                │   ├── x (number)
                │   ├── y (number)
                │   ├── z (number)
                │   └── w (number)
                ├── health (number)
                ├── throttle (number)
                └── isShooting (boolean)

Data Type Notes

All numeric values appear to be floating-point numbers
The rotation object uses quaternion representation (x, y, z, w)
The color object uses RGBA values (0.0 to 1.0 range)
The position object represents 3D coordinates
The snapshots array contains time-series data for player movement and state

2.5 KiB Raw Permalink Blame History