_09_tkhanoi Namespace Reference

Towers of Hanoi, Python/Tk style. More...

Functions
def	do_hanoi (n)
def	hanoi (n, ffrom, to, work)
def	init ()
def	move_ring (n, to)
def	main ()

Variables
list	colors = []
int	fly_y = 32
int	max_rings = 24
int	num_moves = 0
dictionary	pole = {}
dictionary	ring = {}
int	ring_base = 0
int	ring_spacing = 0
bool	stopped = False
bool	single_move = False
int	velocity = 0
	mw = Tk()
	canvas = Canvas()

Detailed Description

Towers of Hanoi, Python/Tk style.

Author

Paulo Roma

Since

2009/08/08

Function Documentation

do_hanoi()

def _09_tkhanoi.do_hanoi

(

n

)

 Initialize for a new simulation.
    n: number of rings

Referenced by init().

hanoi()

def _09_tkhanoi.hanoi	(		n,
			ffrom,
			to,
			work
	)

Recursively move rings until complete or stopped by the user.

init()

def _09_tkhanoi.init

(

)

References _10_tkmpg123.about(), do_hanoi(), _07_alarme_class.fini(), and _05c_sinx_x.stop().

Referenced by main(), and _12a_poly_interface.mainInterface().

main()

def _09_tkhanoi.main

(

)

Main program.

References init().

move_ring()

def _09_tkhanoi.move_ring	(		n,
			to
	)

Move ring n - its bounding box coordinates - to pole to.

References Getch.getch.

Variable Documentation

canvas

_09_tkhanoi.canvas = Canvas()

colors

list _09_tkhanoi.colors = []

fly_y

int _09_tkhanoi.fly_y = 32

max_rings

int _09_tkhanoi.max_rings = 24

mw

_09_tkhanoi.mw = Tk()

num_moves

int _09_tkhanoi.num_moves = 0

pole

dictionary _09_tkhanoi.pole = {}

ring

dictionary _09_tkhanoi.ring = {}

ring_base

int _09_tkhanoi.ring_base = 0

ring_spacing

int _09_tkhanoi.ring_spacing = 0

single_move

bool _09_tkhanoi.single_move = False

stopped

bool _09_tkhanoi.stopped = False

velocity

int _09_tkhanoi.velocity = 0