jmuzsik

findExit(clone, maze) {
    //go to a random location that is not where the clone is
    if( maze.location.next.length === 3 ) {
         let currentLocation = clone.direction( maze.location.next[
             Math.floor(Math.random()*3)]
                                              ) )
    } //...more if's, etc.
    if( currentLocation === maze.location.final ) {
        return theMeaningOfLife
    }

jmuzsik

type TheMeaningOfLife {
    sustenance //this is not matched with anything, it is simply for meaning
}

type LocationProps struct {
    next []string
    final string
}

type Location struct {

jmuzsik

type LocationProps struct {
    next []string    
    final string
}

jmuzsik

type Location struct {
    props LocationProps
}
type Maze struct {    
    Location
    Directions [][]int    
    Height int    
    Width int
}

jmuzsik

type CloneAction interface { 
    goDifLocation(location string) 
    findExit(m Maze)
}

jmuzsik

func (*c Clone) goDifLocation(l string) {
  /*c.goDifLocation can now occur in different functions*/
} 

jmuzsik

func (c Clone) findExit(m Maze) TheMeaningOfLife {/*...*/}

jmuzsik

func (c Clone) findExit(m Maze) TheMeaningOfLife {
    var currentLocation string
    if len(m.location.props.next) == 3 {
        currentLocation = &c.goDifLocation(
            m.Location.props.next[rand.Intn(
                len(m.location.props.next))])
    } 
    //... etc.                                                           
    if currentLocation == m.location.props.final {
        return TheMeaningOfLife

jmuzsik

func main() {
    mazeData := createMaze(1000, 10000)
    maze := Maze{mazeData}
    clones := make([]Clone, 1000000)
    for i := range clones {
        clones[i] = Clone{id: i}
        go clones[i].findExit(maze)
    }
}

jmuzsik

{
  Location: {
    next:["a1","a2","a3"],//or the like
    final:"z99"
  }
  Directions: [[/*giant*/][/*array*/]],
  Height: 1000,
  Width: 10000
}