fnielsen

class Vehicle(): 
    def is_movable(self): return True

class Car(Vehicle):
    def __init__(self, color): self.color = color
    def has_wheels(self): return True

class CrashedCar(Car): 
    # overloading the grandparent 'is_movable' method
    def is_movable(self): return False

fnielsen

xs = [ float(i)/64.0 for i in range(-150, 41) ]
ys = [ float(i)/16.0 for i in range(-25,26) ]
for y in ys: 
    s = ''
    for x in xs:
        z = 0j; i = 0
        while i < 10:
            z = z**2 + x+y*1j
            if abs(z) > 2: 
                break   # Get out of inner loop

fnielsen

"""
This is a modified version of the timing code by
Patrick Altman "Try / Except Performance in Python: A Simple Test"
http://paltman.com/2008/01/18/try-except-performance-in-python-a-simple-test/
"""


import time

def time_me(function):

fnielsen

def peak_to_peak(iterable):
    """
    From an input iterable find the present maximum range. Only yield when the range gets larger
    """
    it = iter(iterable)
    first_value = it.next()
    the_min = first_value
    the_max = first_value
    while True:
        value = it.next()

fnielsen

#!/usr/bin/python2.7
# -*- coding: UTF8 -*-

"""
Copyright: Eesti Vabariigi Valimiskomisjon
(Estonian National Electoral Committee), www.vvk.ee
Written in 2004-2013 by Cybernetica AS, www.cyber.ee

This work is licensed under the Creative Commons
Attribution-NonCommercial-NoDerivs 3.0 Unported License.

fnielsen

#!/usr/bin/env python
"""
mydocopter.

Usage: mydocopter [options] <filename>

Options:
  -v --verbose  Log messages
  -o OUTPUT --output=OUTPUT   Output file 
  -a <a>        Initial coefficient for second order term [default: 1.]

fnielsen

import blessings, re, readline, rlcompleter

readline.parse_and_bind("tab: complete")    # For tab completion
_term = blessings.Terminal()                # For coloring text output

while True:
    expr = raw_input(">>> ")
    try:
        _ = eval(expr)
        print(re.sub('5', _term.bold_red_on_green('5'), str(_), 

fnielsen

#!/usr/bin/python

# http://rainbowdash.net/notice/2764341
text =  "@zeldatra I'm surprised you got my hair spot on though, " + \
    "considering how I exaggerate it so much. " + \
    "Thanks! Although I dunno why?" 


import os.path
import re

fnielsen

def func1(f1=None):
    print("In func1a")
    return f1

def func2(f2=func1):
    print("In func2a")
    return f2()

def func1(f1=func2):
    print("In func1b")

fnielsen

def func1(f=nil)
   print("In func1a\n")
   return f
end

def func2(f=func1)
   print("In func2a\n")
   return f()
end