[Golang] Генерация положений куба в коробке

package cube
 
import "fmt"
 
type Side struct {
    Value int
}
 
type Cube struct {
    Front  Side
    Bottom Side
    Left   Side
    Right  Side
    Top    Side
    Down   Side
}
 
func NewCube(front int, bottom int, left int, right int, top int, down int) *Cube {
 
    c := new(Cube)
 
    c.Front = Side{front}
    c.Bottom = Side{bottom}
    c.Left = Side{left}
    c.Right = Side{right}
    c.Top = Side{top}
    c.Down = Side{down}
 
    return c
}
 
func (c *Cube) RotateY(clockwise bool) {
    if clockwise {
        c.Front, c.Left, c.Bottom, c.Right = c.Right, c.Front, c.Left, c.Bottom
        return
    }
    c.Front, c.Left, c.Bottom, c.Right = c.Left, c.Bottom, c.Right, c.Front
}
 
func (c *Cube) RotateX(clockwise bool) {
    if clockwise {
        c.Front, c.Top, c.Bottom, c.Down = c.Down, c.Front, c.Top, c.Bottom
        return
    }
    c.Front, c.Top, c.Bottom, c.Down = c.Top, c.Bottom, c.Down, c.Front
}
 
func (c *Cube) RotateZ(clockwise bool) {
    if clockwise {
        c.Left, c.Top, c.Right, c.Down = c.Down, c.Left, c.Top, c.Right
        return
    }
    c.Left, c.Top, c.Right, c.Down = c.Top, c.Right, c.Down, c.Left
}
 
func (c *Cube) Print() {
    fmt.Println(c.Front, c.Bottom, c.Left, c.Right, c.Top, c.Down)
}

package main
 
import "once/internal/cube"
 
func main() {
 
    c := cube.Cube{
        Front:  cube.Side{2},
        Bottom: cube.Side{5},
        Left:   cube.Side{4},
        Right:  cube.Side{3},
        Top:    cube.Side{1},
        Down:   cube.Side{6},
    }
        fmt.Println("f,b,l,r,t,d")
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateZ(false)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateZ(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateZ(true)
    c.RotateZ(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateZ(false)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateZ(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
    c.RotateY(true)
    c.Print()
}