Commit 6cc20946961a9da0ed83ccbd4b888df891605365 - sugar-pippy-activity

Port to Python 3 - non-tutorial examples James Cameron 4 years ago

17 changed file(s) with 227 addition(s) and 227 deletion(s). Raw diff Collapse all Expand all

+13

-13

data/en/graphics/jump less more

0	0	import pippy
1	1
2		for i in xrange(0, 50):
	2	for i in range(0, 50):
3	3	pippy.console.clear()
4	4	if i < 25:
5	5	pippy.console.red()

7	7	pippy.console.blue()
8	8
9	9	# Note that we have to escape backslashes
10		print '\\o/'
11		print '_\|_'
12		print ' '
	10	print('\\o/')
	11	print('_\|_')
	12	print(' ')
13	13	pippy.wait()
14	14
15	15	pippy.console.clear()
16		print '_o_'
17		print ' \| '
18		print '/ \\'
	16	print('_o_')
	17	print(' \| ')
	18	print('/ \\')
19	19	pippy.wait()
20	20
21	21	pippy.console.clear()
22		print ' o '
23		print '/\|\\'
24		print '\| \|'
	22	print(' o ')
	23	print('/\|\\')
	24	print('\| \|')
25	25	pippy.wait()
26	26
27	27	pippy.console.clear()
28		print '_o_'
29		print ' \| '
30		print '/ \\'
	28	print('_o_')
	29	print(' \| ')
	30	print('/ \\')
31	31	pippy.wait()

+131

-131

data/en/graphics/life less more

0		# -- coding: utf-8 --
1		# This is the game life http://en.wikipedia.org/wiki/Conway%27s_Game_of_Life
2
3		import os
4		import time
5		import random
6
7
8		def LoadCells(rows, cols):
9		""" We need a function to load cells in the neighborhood """
10		grid = []
11		col = [0] * cols
12		# first we load an empty grid
13		for i in range(rows):
14		col = [0] * cols
15		grid.append(col)
16		# then we load some cells
17		for x in range(rows):
18		for y in range(cols):
19		cell = random.randint(0, random.randint(0, 1))
20		grid[x][y] = cell
21		return grid
22
23
24		def DrawGrid(grid):
25		""" Here we draw the grid """
26		""" Test: Print the number of neighbors of living cells """
27		rows = len(grid)
28		cols = len(grid[1])
29		# print rows, cols
30		for x in range(rows):
31		for y in range(cols):
32		if grid[x][y] != 1:
33		print '.',
34		else:
35		neighbors = CountNeighbors(grid, x, y)
36		print chr(neighbors+48),
37		# print 'o',
38		print '\n',
39
40
41		def CountNeighbors(grid, x, y):
42		""" Count neighbors arround a single cell"""
43
44		neighbors = 0
45		rows = len(grid)
46		cols = len(grid[1])
47
48		# if x < (rows - 1) and grid[x + 1][y] == 1:
49		# neighbors += 1
50		# if x > 0 and grid[x - 1][y] == 1:
51		# neighbors += 1
52		# if y < (cols - 1) and grid[x][y + 1] == 1:
53		# neighbors += 1
54		# if y > 0 and grid[x][y - 1] == 1:
55		# neighbors += 1
56		# if x < (rows - 1) and y < (cols - 1) and grid[x + 1][y + 1] == 1:
57		# neighbors += 1
58		# if x > 0 and y > 0 and grid[x - 1][y - 1] == 1:
59		# neighbors += 1
60		# if x > 0 and y < (cols - 1) and grid[x - 1][y + 1] == 1:
61		# neighbors += 1
62		# if x < (rows - 1) and y > 0 and grid[x + 1][y - 1] == 1:
63		# neighbors += 1
64
65		neighbors += grid[(x+rows-1) % rows][(y+cols-1) % cols]
66		neighbors += grid[(x+rows-1) % rows][ y ]
67		neighbors += grid[(x+rows-1) % rows][(y +1) % cols]
68		neighbors += grid[ x ][(y+cols-1) % cols]
69		# neighbors += grid[ x ][ y ]
70		neighbors += grid[ x ][(y +1) % cols]
71		neighbors += grid[(x +1) % rows][(y+cols-1) % cols]
72		neighbors += grid[(x +1) % rows][ y ]
73		neighbors += grid[(x +1) % rows][(y +1) % cols]
74
75		return neighbors
76
77
78		def Iteration(grid):
79		""" here we define a single iteration :
80		# if we have between 3 and 6 neighbors the single cell lives
81		# in other case the cell dies
82		If a living cell has 2 or 3 neighbors, it survives
83		in other cases it dies.
84		A dead cell with 3 neighbors will become alive.
85		"""
86		rows = len(grid)
87		cols = len(grid[1])
88
89		# grid0 = grid # Save the original grid for proper counts
90		grid0 = []
91		col = [0] * cols
92		# First we load an empty grid
93		for x in range(rows):
94		col = [0] * cols
95		grid0.append(col)
96
97		for x in range(rows):
98		for y in range(cols):
99		cell = grid[x][y]
100		grid0[x][y] = cell
101
102		# neighbors = 0
103		for x in range(rows):
104		for y in range(cols):
105		neighbors = CountNeighbors(grid0, x, y)
106		if grid0[x][y] == 1:
107		if neighbors < 2 or neighbors > 3:
108		grid[x][y] = 0
109		else:
110		if neighbors == 3:
111		grid[x][y] = 1
112
113		return grid
114
115		def Iterator(rows, cols, pulses):
116		""" Iterate n pulses and draws the result of each one """
117		pulse = 1
118		grid = LoadCells(rows, cols)
119		while pulse <= pulses:
120		# os.system('clear')
121		print 'Pulse: ', pulse
122		# Iteration(grid)
123		grid = Iteration(grid)
124		DrawGrid(grid)
125		pulse += 1
126		time.sleep(0.2)
127
128		number = input('Please input the number of rows and cols (unique number):')
129		pulses = input('Please input the number of pulses:')
130		Iterator(number, 4*number, pulses)
	0	# -- coding: utf-8 --
	1	# This is the game life http://en.wikipedia.org/wiki/Conway%27s_Game_of_Life
	2
	3	import os
	4	import time
	5	import random
	6
	7
	8	def LoadCells(rows, cols):
	9	""" We need a function to load cells in the neighborhood """
	10	grid = []
	11	col = [0] * cols
	12	# first we load an empty grid
	13	for i in range(rows):
	14	col = [0] * cols
	15	grid.append(col)
	16	# then we load some cells
	17	for x in range(rows):
	18	for y in range(cols):
	19	cell = random.randint(0, random.randint(0, 1))
	20	grid[x][y] = cell
	21	return grid
	22
	23
	24	def DrawGrid(grid):
	25	""" Here we draw the grid """
	26	""" Test: Print the number of neighbors of living cells """
	27	rows = len(grid)
	28	cols = len(grid[1])
	29	# print rows, cols
	30	for x in range(rows):
	31	for y in range(cols):
	32	if grid[x][y] != 1:
	33	print('.', end=' ')
	34	else:
	35	neighbors = CountNeighbors(grid, x, y)
	36	print(chr(neighbors+48), end=' ')
	37	# print 'o',
	38	print('\n', end=' ')
	39
	40
	41	def CountNeighbors(grid, x, y):
	42	""" Count neighbors arround a single cell"""
	43
	44	neighbors = 0
	45	rows = len(grid)
	46	cols = len(grid[1])
	47
	48	# if x < (rows - 1) and grid[x + 1][y] == 1:
	49	# neighbors += 1
	50	# if x > 0 and grid[x - 1][y] == 1:
	51	# neighbors += 1
	52	# if y < (cols - 1) and grid[x][y + 1] == 1:
	53	# neighbors += 1
	54	# if y > 0 and grid[x][y - 1] == 1:
	55	# neighbors += 1
	56	# if x < (rows - 1) and y < (cols - 1) and grid[x + 1][y + 1] == 1:
	57	# neighbors += 1
	58	# if x > 0 and y > 0 and grid[x - 1][y - 1] == 1:
	59	# neighbors += 1
	60	# if x > 0 and y < (cols - 1) and grid[x - 1][y + 1] == 1:
	61	# neighbors += 1
	62	# if x < (rows - 1) and y > 0 and grid[x + 1][y - 1] == 1:
	63	# neighbors += 1
	64
	65	neighbors += grid[(x+rows-1) % rows][(y+cols-1) % cols]
	66	neighbors += grid[(x+rows-1) % rows][ y ]
	67	neighbors += grid[(x+rows-1) % rows][(y +1) % cols]
	68	neighbors += grid[ x ][(y+cols-1) % cols]
	69	# neighbors += grid[ x ][ y ]
	70	neighbors += grid[ x ][(y +1) % cols]
	71	neighbors += grid[(x +1) % rows][(y+cols-1) % cols]
	72	neighbors += grid[(x +1) % rows][ y ]
	73	neighbors += grid[(x +1) % rows][(y +1) % cols]
	74
	75	return neighbors
	76
	77
	78	def Iteration(grid):
	79	""" here we define a single iteration :
	80	# if we have between 3 and 6 neighbors the single cell lives
	81	# in other case the cell dies
	82	If a living cell has 2 or 3 neighbors, it survives
	83	in other cases it dies.
	84	A dead cell with 3 neighbors will become alive.
	85	"""
	86	rows = len(grid)
	87	cols = len(grid[1])
	88
	89	# grid0 = grid # Save the original grid for proper counts
	90	grid0 = []
	91	col = [0] * cols
	92	# First we load an empty grid
	93	for x in range(rows):
	94	col = [0] * cols
	95	grid0.append(col)
	96
	97	for x in range(rows):
	98	for y in range(cols):
	99	cell = grid[x][y]
	100	grid0[x][y] = cell
	101
	102	# neighbors = 0
	103	for x in range(rows):
	104	for y in range(cols):
	105	neighbors = CountNeighbors(grid0, x, y)
	106	if grid0[x][y] == 1:
	107	if neighbors < 2 or neighbors > 3:
	108	grid[x][y] = 0
	109	else:
	110	if neighbors == 3:
	111	grid[x][y] = 1
	112
	113	return grid
	114
	115	def Iterator(rows, cols, pulses):
	116	""" Iterate n pulses and draws the result of each one """
	117	pulse = 1
	118	grid = LoadCells(rows, cols)
	119	while pulse <= pulses:
	120	# os.system('clear')
	121	print('Pulse: ', pulse)
	122	# Iteration(grid)
	123	grid = Iteration(grid)
	124	DrawGrid(grid)
	125	pulse += 1
	126	time.sleep(0.2)
	127
	128	number = eval(input('Please input the number of rows and cols (unique number):'))
	129	pulses = eval(input('Please input the number of pulses:'))
	130	Iterator(number, 4*number, pulses)

-6

data/en/math/factorial less more

5	5	result = 1
6	6	if number > 0:
7	7	result = number * factorial_recursive(number - 1)
8		print 'factorizing: ', number, ' result: ', result
	8	print('factorizing: ', number, ' result: ', result)
9	9	return result
10	10
11	11

14	14	result = 1
15	15	for i in range(1, number + 1):
16	16	result = result * i
17		print 'factorizing: ', i, ' result: ', result
	17	print('factorizing: ', i, ' result: ', result)
18	18	return result
19	19
20	20

29	29	factorial_iterative(number)
30	30	delta = time.time() - start
31	31	if delta > 0:
32		print 'Type: ', type_s, ' in: ', 1 / delta
	32	print('Type: ', type_s, ' in: ', 1 / delta)
33	33	else:
34		print 'Type: ', type_s
	34	print('Type: ', type_s)
35	35
36	36	# ask for a number to compute the factorial of
37		number = input('Please input a number:')
38		print 'Calculating...'
	37	number = eval(input('Please input a number:'))
	38	print('Calculating...')
39	39	calculate(number, 0)
40	40	calculate(number, 1)

-1

data/en/math/fibonacci less more

0	0	a, b = 0, 1
1	1	while b < 1001:
2		print b,
	2	print(b, end=' ')
3	3	a, b = b, a + b

-6

data/en/math/guess less more

1	1	import pippy
2	2	R = random.randrange(1, 100)
3	3
4		print 'Guess a number between 1 and 100!'
5		N = input('Enter a number: ')
	4	print('Guess a number between 1 and 100!')
	5	N = eval(input('Enter a number: '))
6	6	i = 1
7	7	while (N != R):
8	8	if N > R:
9	9	pippy.console.red()
10		print 'Too big... try again'
	10	print('Too big... try again')
11	11	else:
12	12	pippy.console.blue()
13		print 'Too small.. try again'
	13	print('Too small.. try again')
14	14	pippy.console.black()
15		N = input('Enter a number: ')
	15	N = eval(input('Enter a number: '))
16	16	i = i + 1
17	17
18		print 'You got it in', i, 'tries'
	18	print('You got it in', i, 'tries')

-3

data/en/math/pascal less more

9	9	newvector = vector[:]
10	10	for j in range(0, len(vector) - 1):
11	11	if (newvector[j] == 0):
12		print ' ',
	12	print(' ', end=' ')
13	13	else:
14		print '%2d' % newvector[j],
	14	print('%2d' % newvector[j], end=' ')
15	15	newvector[j] = vector[j - 1] + vector[j + 1]
16		print
	16	print()
17	17	vector = newvector[:]

+10

-10

data/en/math/pi less more

4	4	pi += (4.0/a) - (4.0/b)
5	5	a += 4
6	6	b += 4
7		print pi
	7	print(pi)
8	8	# Now that the result has been computed we can explore printing the result.
9		print "There are multiple ways to print numbers here is a quick sample."
10		print "Just print it :", pi
11		print "Using repr() :", repr(pi)
12		print "Our approximation: %3.20f" % pi
13		print "\nPi is a very famous number...."
	9	print("There are multiple ways to print numbers here is a quick sample.")
	10	print("Just print it :", pi)
	11	print("Using repr() :", repr(pi))
	12	print("Our approximation: %3.20f" % pi)
	13	print("\nPi is a very famous number....")
14	14	# Use python's math module it is faster and close enough for most computations.
15	15	import math
16		print "Python's Math library computes"
17		print "a better value pi: %3.39f" % math.pi; # it uses...(math.atan(1.0) * 4.0)
	16	print("Python's Math library computes")
	17	print("a better value pi: %3.39f" % math.pi); # it uses...(math.atan(1.0) * 4.0)
18	18	# when running computations based on "pi" it is good to begin with the best value you can get.
19	19	# from the gnu 'C' comiler /usr/include/math.h"
20		print "For reference a more exact 32 bit floating point value for pi is."
21		print "Known value of pi: 3.14159265358979323846"
	20	print("For reference a more exact 32 bit floating point value for pi is.")
	21	print("Known value of pi: 3.14159265358979323846")

-4

data/en/math/sierpinski less more

12	12	newvector = vector[:]
13	13	for j in range(0, len(vector) - 1):
14	14	if (newvector[j] == 0):
15		print ' ',
	15	print(' ', end=' ')
16	16	else:
17	17	remainder = newvector[j] % modulus
18	18	if (remainder == 0):
19		print 'O',
	19	print('O', end=' ')
20	20	else:
21		print '.',
	21	print('.', end=' ')
22	22	newvector[j] = vector[j - 1] + vector[j + 1]
23		print
	23	print()
24	24	vector = newvector[:]

-1

data/en/math/stern-brocot less more

31	31	r = rationals()
32	32	i = 1
33	33	while i<5:
34		print r.next()
	34	print(next(r))
35	35	i+=1

-2

data/en/math/times less more

0		number = input('Which times table? ')
	0	number = eval(input('Which times table? '))
1	1	for i in range(1, 13):
2		print i, 'x', number, '=', i * number
	2	print(i, 'x', number, '=', i * number)

-1

data/en/python/function less more

0	0	def square(x):
1		print x * x
	1	print(x * x)
2	2
3	3	square(3)
4	4	square(4)

-4

data/en/python/if less more

0		number = input('Enter a number: ')
	0	number = eval(input('Enter a number: '))
1	1
2	2	if number > 5:
3		print 'Greater than 5'
	3	print('Greater than 5')
4	4	elif number < 5:
5		print 'Less than 5'
	5	print('Less than 5')
6	6	else:
7		print 'Number is 5!'
	7	print('Number is 5!')

-4

data/en/python/recursion less more

0	0	def count_backwards(number):
1		print 'I have the number', number
	1	print('I have the number', number)
2	2	if number > 0:
3		print 'Calling count_backwards again!'
	3	print('Calling count_backwards again!')
4	4	count_backwards(number - 1)
5	5	else:
6		print 'I am done counting'
	6	print('I am done counting')
7	7
8		number = input('Enter a number: ')
	8	number = eval(input('Enter a number: '))
9	9	count_backwards(number)

-1

data/en/sound/getSoundList less more

0	0	import pippy
1	1
2		print " ".join(pippy.sound.getSoundList())
	2	print(" ".join(pippy.sound.getSoundList()))

-2

data/en/string/hello less more

0		name = raw_input("Type your name here: ")
1		print "Hello " + name + "!"
	0	name = input("Type your name here: ")
	1	print("Hello " + name + "!")

-2

data/en/string/jeringoso less more

7	7	vowels = ['a', 'e', 'i', 'o', 'u']
8	8
9	9	# then we ask for a string to make the replacements
10		text = raw_input("Please input your text to translate to jeringoso:")
	10	text = input("Please input your text to translate to jeringoso:")
11	11	length = len(text)
12	12	jeringoso = ""
13	13	for i in range(length):

17	17	else:
18	18	jeringoso = jeringoso + char
19	19
20		print jeringoso
	20	print(jeringoso)

+36

-36

data/en/string/thanks less more

0	0	table = {
1		'Hardware & Mechanicals': 'John Watlington, Mark Foster, Mary Lou Jepsen, Yves Behar, Bret Recor, Mitch Pergola, Martin Schnitzer, Kenneth Jewell, Kevin Young, Jacques Gagne, Nicholas Negroponte, Frank Lee, Victor Chau, Albert Hsu, HT Chen, Vance Ke, Ben Chuang, Johnson Huang, Sam Chang, Alex Chu, Roger Huang, and the rest of the Quanta team, the Marvell team, the AMD team, the ChiMei team...',
2
3		'Firmware': 'Ron Minnich, Richard Smith, Mitch Bradley, Tom Sylla, Lilian Walter, Bruce Wang, James Cameron',
	1	'Hardware & Mechanicals': 'John Watlington, Mark Foster, Mary Lou Jepsen, Yves Behar, Bret Recor, Mitch Pergola, Martin Schnitzer, Kenneth Jewell, Kevin Young, Jacques Gagne, Nicholas Negroponte, Frank Lee, Victor Chau, Albert Hsu, HT Chen, Vance Ke, Ben Chuang, Johnson Huang, Sam Chang, Alex Chu, Roger Huang, and the rest of the Quanta team, the Marvell team, the AMD team, the ChiMei team ...',
4	2
5		'Kernel & Drivers': 'Jaya Kumar, Jon Corbet, Reynaldo Verdejo, Pierre Ossman, Dave Woodhouse, Matthew Garrett, Chris Ball, Andy Tanenbaum, Linus Torvalds, Dave Jones, Andres Salomon, Marcelo Tosatti..',
6
7		'Graphics systems': 'Jordan Crouse, Daniel Stone, Zephaniah Hull, Bernardo Innocenti, Behdad Esfahbod, Jim Gettys, Adam Jackson, RobertTheKing, William Orr, Simon Schampijer, Gary Martin',
8
9		'Programming': 'Guido Van Rossum, Johan Dahlin, Brian Silverman, Alan Kay, Kim Rose, Bert Freudenberg, Yoshiki Ohshima, Takashi Yamamiya, Scott Wallace, Ted Kaehler, Stephane Ducasse, Hilaire Fernandes, David Narveaz, Tim Moody, Martin Langhoff, Paul Fox, Tim Shepard, Martin Abente Lahaye, Sam Parkinson, James Cameron, Ignacio Rodriguez, Jerry Vonau, Sebastian Silva, Ana Balica, rcunning01 Frederick Grose, Prason Shukla, Emil Dudev, Christofer Yael, cheekujodhpur, Agustin Zubiaga, Daniel Francis',
10
11		'Sugar': 'Marco Pesenti Gritti, Dan Williams, Chris Blizzard, John Palmieri, Lisa Strausfeld, Christian Marc Schmidt, Takaaki Okada, Eben Eliason, Walter Bender, Tomeu Vizoso, Simon Schampijer, Reinier Heeres, Ben Saller, Martin Dengler, Benjamin Berg, Daniel Drake, Jameson Quinn, Miguel Alvarez...',
12
13		'Activities': 'Erik Blankinship, Bakhtiar Mikhak, Manusheel Gupta, J.M. Maurer (uwog) and the Abiword team, the Mozilla team, Jean Piche, Barry Vercoe, Richard Boulanger, Greg Thompson, Arjun Sarwal, Cody Lodrige, Shannon Sullivan, Idit Harel, and the MaMaMedia team, John Huang, Bruno Coudoin, Eduardo Silva, Hakon Wium Lie, Don Hopkins, Muriel de Souza Godoi, Benjamin M. Schwartz..',
14
15		'Network': 'Michael Bletsas, James Cameron, Javier Cardona, Ronak Chokshi, Polychronis Ypodimatopoulos, Simon McVittie, Dafydd Harries, Sjoerd Simons, Morgan Collett, Guillaume Desmottes, Robert McQueen..',
16
17		'Security': 'Ivan Krstic, Michael Stone, C. Scott Ananian, Noah Kantrowitz, Herbert Poetzl, Marcus Leech..',
18
19		'Content': 'SJ Klein, Mako Hill, Xavier Alvarez, Alfonso de la Guarda, Sayamindu Dasgupta, Mallory Chua, Lauren Klein, Zdenek Broz, Felicity Tepper, Andy Sisson, Christine Madsen, Matthew Steven Carlos, Justin Thorp, Ian Bicking, Christopher Fabian, Wayne Mackintosh, the OurStories team, Will Wright, Chuck Normann..',
20
21		'Testing': 'Kim Quirk, Alex Latham, Giannis Galanis, Ricardo Carrano, Zach Cerza, John Fuhrer, Tom Gilliard, Niraj Nakrani',
22
23		'Country Support': 'Carla Gomez Monroy, David Cavallo, Matt Keller, Khaled Hassounah, Antonio Battro, Audrey Choi, Habib Kahn, Arnan (Roger) Sipitakiat, Reuben Caron',
24
25		'Administrative Support': 'Nia Lewis, Felice Gardner, Lindsay Petrillose, Jill Clarke, Julia Reynolds, Tracy Price, David Robertson, Danny Clark',
26
27		'Finance & Legal': 'Eben Moglen, Bruce Parker, William Kolb, John Sare, Sandra Lee, Richard Bernstein, Jaclyn Tsai, Jaime Cheng, Robert Fadel, Charles Kane (Grasshopper), Kathy Paur, Andriani Ferti',
28
29		'PR and Media': 'Larry Weber, Jackie Lustig, Jodi Petrie, George Snell, Kyle Austin, Hilary Meserole, Erick A. Betancourt, Michael Borosky, Sylvain Lefebvre, Martin Le Sauteur',
30
31		'Directors & Advisors': 'Howard Anderson, Rebecca Allen, Ayo Kusamotu, Jose Maria Aznar, V. Michael Bove, Jr., Rodrigo Mesquita, Seymour Papert, Ted Selker, Ethan Beard (Google); John Roese (Nortel); Dandy Hsu (Quanta); Marcelo Claure (Brightstar); Gary Dillabough (eBay); Gustavo Arenas (AMD); Mike Evans (Red Hat); Ed Horowitz (SES Astra); Jeremy Philips (NewsCorp); Scott Soong (Chi Lin); Sehat Sutardja (Marvell); Joe Jacobson (MIT Media Lab); Steve Kaufman (Riverside); and Tom Meredith (MFI)',
32
33		'Pippy': 'Chris Ball, C. Scott Ananian, James Cameron, Anish Mangal'
34		}
	3	'Firmware': 'Ron Minnich, Richard Smith, Mitch Bradley, Tom Sylla, Lilian Walter, Bruce Wang, James Cameron ...',
	4
	5	'Kernel & Drivers': 'Jaya Kumar, Jon Corbet, Reynaldo Verdejo, Pierre Ossman, Dave Woodhouse, Matthew Garrett, Chris Ball, Andy Tanenbaum, Linus Torvalds, Dave Jones, Andres Salomon, Marcelo Tosatti ...',
	6
	7	'Graphics systems': 'Jordan Crouse, Daniel Stone, Zephaniah Hull, Bernardo Innocenti, Behdad Esfahbod, Jim Gettys, Adam Jackson, RobertTheKing, William Orr, Simon Schampijer, Gary Martin ...',
	8
	9	'Programming': 'Guido Van Rossum, Johan Dahlin, Brian Silverman, Alan Kay, Kim Rose, Bert Freudenberg, Yoshiki Ohshima, Takashi Yamamiya, Scott Wallace, Ted Kaehler, Stephane Ducasse, Hilaire Fernandes, David Narveaz, Tim Moody, Martin Langhoff, Paul Fox, Tim Shepard, Martin Abente Lahaye, Sam Parkinson, James Cameron, Ignacio Rodriguez, Jerry Vonau, Sebastian Silva, Ana Balica, rcunning01 Frederick Grose, Prason Shukla, Emil Dudev, Christofer Yael, cheekujodhpur, Agustin Zubiaga, Daniel Francis ...',
	10
	11	'Sugar': 'Marco Pesenti Gritti, Dan Williams, Chris Blizzard, John Palmieri, Lisa Strausfeld, Christian Marc Schmidt, Takaaki Okada, Eben Eliason, Walter Bender, Tomeu Vizoso, Simon Schampijer, Reinier Heeres, Ben Saller, Martin Dengler, Benjamin Berg, Daniel Drake, Jameson Quinn, Miguel Alvarez ...',
	12
	13	'Activities': 'Erik Blankinship, Bakhtiar Mikhak, Manusheel Gupta, J.M. Maurer (uwog) and the Abiword team, the Mozilla team, Jean Piche, Barry Vercoe, Richard Boulanger, Greg Thompson, Arjun Sarwal, Cody Lodrige, Shannon Sullivan, Idit Harel, and the MaMaMedia team, John Huang, Bruno Coudoin, Eduardo Silva, Hakon Wium Lie, Don Hopkins, Muriel de Souza Godoi, Benjamin M. Schwartz ...',
	14
	15	'Network': 'Michael Bletsas, James Cameron, Javier Cardona, Ronak Chokshi, Polychronis Ypodimatopoulos, Simon McVittie, Dafydd Harries, Sjoerd Simons, Morgan Collett, Guillaume Desmottes, Robert McQueen ...',
	16
	17	'Security': 'Ivan Krstic, Michael Stone, C. Scott Ananian, Noah Kantrowitz, Herbert Poetzl, Marcus Leech ...',
	18
	19	'Content': 'SJ Klein, Mako Hill, Xavier Alvarez, Alfonso de la Guarda, Sayamindu Dasgupta, Mallory Chua, Lauren Klein, Zdenek Broz, Felicity Tepper, Andy Sisson, Christine Madsen, Matthew Steven Carlos, Justin Thorp, Ian Bicking, Christopher Fabian, Wayne Mackintosh, the OurStories team, Will Wright, Chuck Normann ...',
	20
	21	'Testing': 'Kim Quirk, Alex Latham, Giannis Galanis, Ricardo Carrano, Zach Cerza, John Fuhrer, Tom Gilliard, Niraj Nakrani ...',
	22
	23	'Country Support': 'Carla Gomez Monroy, David Cavallo, Matt Keller, Khaled Hassounah, Antonio Battro, Audrey Choi, Habib Kahn, Arnan (Roger) Sipitakiat, Reuben Caron ...',
	24
	25	'Administrative Support': 'Nia Lewis, Felice Gardner, Lindsay Petrillose, Jill Clarke, Julia Reynolds, Tracy Price, David Robertson, Danny Clark ...',
	26
	27	'Finance & Legal': 'Eben Moglen, Bruce Parker, William Kolb, John Sare, Sandra Lee, Richard Bernstein, Jaclyn Tsai, Jaime Cheng, Robert Fadel, Charles Kane (Grasshopper), Kathy Paur, Andriani Ferti ...',
	28
	29	'PR and Media': 'Larry Weber, Jackie Lustig, Jodi Petrie, George Snell, Kyle Austin, Hilary Meserole, Erick A. Betancourt, Michael Borosky, Sylvain Lefebvre, Martin Le Sauteur ...',
	30
	31	'Directors & Advisors': 'Howard Anderson, Rebecca Allen, Ayo Kusamotu, Jose Maria Aznar, V. Michael Bove, Jr., Rodrigo Mesquita, Seymour Papert, Ted Selker, Ethan Beard (Google); John Roese (Nortel); Dandy Hsu (Quanta); Marcelo Claure (Brightstar); Gary Dillabough (eBay); Gustavo Arenas (AMD); Mike Evans (Red Hat); Ed Horowitz (SES Astra); Jeremy Philips (NewsCorp); Scott Soong (Chi Lin); Sehat Sutardja (Marvell); Joe Jacobson (MIT Media Lab); Steve Kaufman (Riverside); and Tom Meredith (MFI)',
	32
	33	'Pippy': 'Chris Ball, C. Scott Ananian, James Cameron, Anish Mangal ...'
	34	}
35	35
36	36	import random
37	37	import time

46	46
47	47	while True:
48	48	reset()
49		print fill("OLPC would like to take this opportunity to acknowledge the community of people and projects that have made the XO laptop possible.", int(cols))
	49	print(fill("OLPC would like to take this opportunity to acknowledge the community of people and projects that have made the XO laptop possible.", int(cols)))
50	50
51		subsystem = random.choice(table.keys())
	51	subsystem = random.choice(list(table.keys()))
52	52	random.choice([red, green, yellow, blue, magenta, cyan])()
53	53	#random.choice([normal, bold, underlined, inverse])()
54		print '\n', fill("%s: %s" % (subsystem, table[subsystem]), int(cols))
	54	print('\n' + fill("%s: %s" % (subsystem, table[subsystem]), int(cols)))
55	55	table.pop(subsystem)
56	56	if len(table) == 0:
57	57	break