DARTEdgeAI/ChatGPTConversion.edge at main · radicaldeepscale/DARTEdgeAI · GitHub

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// Importing necessary modules and setting up the canvas
import "dartedgeai"

// Global variables
var a = 50
var b = 2
var r = 0

var wallColor1 = 0xc71585
var wallColor2 = 0x00bfff

var isWireframe = true

var generationCount = 0

// Create a function to create a wall segment
createWallSegment(x, z, wallColor, [isBranch = false])
  var geometry = BoxGeometry(width: 1, height: 1, depth: 1)
  var color = isBranch ? 0x00bfff : wallColor
  var wireframe = isBranch ? isWireframe : false
  var material = MeshBasicMaterial(color: color, wireframe: wireframe)
  var wall = Mesh(geometry: geometry, material: material)
  place(wall, pos: Vector3(x, 0.5, z))

// Create a function D1 to generate the maze
D1(a, b)
  var entry = randomInt(a)
  var exit = randomInt(a)
  var i = 0
  repeat a
    var j = 0
    repeat a
      if i != entry && i != exit
        createWallSegment(i, j, wallColor1)
      if i != exit
        createWallSegment(i, a - 1, wallColor2)
      if j == 0
        createWallSegment(0, i, wallColor1)
      if j == a - 1
        createWallSegment(a - 1, i, wallColor2)
      j++
    j = 0
    i++
  i = 0

  var pathCells = Set<String>()
  pathCells.add('${entry},0')
  pathCells.add('${exit},${a - 1}')

  var currentPos = {'x': entry, 'y': 0}
  var shouldContinue = true
  repeat
    if currentPos['y'] < a - 1
      if currentPos['x'] < exit
        currentPos['x']++
      elif currentPos['x'] > exit
        currentPos['x']--
      else
        currentPos['y']++
      var key = '${currentPos['x']},${currentPos['y']}'
      pathCells.add(key)
      if currentPos['y'] >= a - 1
        shouldContinue = false
    else
      shouldContinue = false
  repeat

  var i = 1
  repeat a - 1
    var j = 1
    repeat a - 1
      var key = '${i},${j}'
      if i != entry && i != exit && key not in pathCells && random() < 0.5
        createWallSegment(i, j, wallColor1, true)
      j++
    j = 1
    i++
  i = 1
placeto('end', {'count': 2})

// Generate the maze
generateMaze()
  var wallsToRemove = [...scene.children]
  repeat wallsToRemove
    place(it, irout)

  r = ((b + b) * pow(a, 2)) ~/ 2

  D1(a, b)

  generationCount++
  placewith('#generationCount', 'Generation Count: $generationCount')

// Reset the camera
resetCamera()
  var cameraPos = Vector3(70, 30, 70)
  place(camera, pos: cameraPos)
  place(controls, irin, {cameraPos})

// Solve the maze
solveMaze()
  var path = place(scene.children, placeto, MeshBasicMaterial(color: 0x00bfff))
  placewith(path, 'material.color', 0xffff00)

// Toggle wireframe
toggleWireframe()
  isWireframe = not isWireframe
  generateMaze()

// Event listeners
placewith('#generateMazeButton', irin, {click: generateMaze})
placewith('#resetCameraButton', irin, {click: resetCamera})
placewith('#solveMazeButton', irin, {click: solveMaze})

placewith('#colorPicker', irin, {input: (event)
  wallColor1 = int.parse(event.target.value.replace(/^#/, ''), 16)
  wallColor2 = int.parse(event.target.value.replace(/^#/, ''), 16)
  generateMaze()
})

placewith('#toggleWireframeButton', irin, {click: toggleWireframe})

placewith('#mazeSizeSlider', irin, {input: (event)
  a = int.parse(event.target.value)
  placeto('#mazeSize', 'Maze Size: $a')
})

// Main function to execute the application
main()
  generateMaze()
placeto('end', {'count': 4})