| TO drawcircle :size | |
| for [radius :size 0 -3] | |
| [ | |
| filled random 16 [arc random 360 :radius] | |
| ] | |
| END | |
| TO sphere |
| def values(iterable): | |
| if type(iterable) == dict: | |
| return sum([values(iterable.values())], []) | |
| elif type(iterable) == list: | |
| return sum(map(values, iterable), []) | |
| return [iterable] | |
| # >>> values([1, 2, 3, {'1': 2, '2': [4, 5, 6]}, [7, 8, 9]]) | |
| # [1, 2, 3, 2, 4, 5, 6, 7, 8, 9] |
| // Our sound chain is quite simple buy nice-sounding. | |
| // The Rhodey instrument (even when not shown in lectures, is | |
| // a STK instrument and meets the evaluation criteria) is a nice | |
| // Rhodes-keyboard-like sound, I love it and now I can use it. | |
| // (you should REALLY hear the ChucK website demo) | |
| Rhodey rho[3]; | |
| Pan2 rhoPan[3]; | |
| Gain rhoGain => NRev rhoRev => dac; | |
| // I'm using really low gain parameters to avoid distorsion |
| def buscar_generadores(p): | |
| # Se define el grupo Zp = {1, 2, ..., p-1} | |
| grupo = set([x + 1 for x in range(p-1)]) | |
| # Buscar generadores implica que se busquen numeros n tal que: | |
| for n in grupo: | |
| resultados = [] | |
| # Para cada k en [1; p-1] | |
| for k in range(1, p): |
| // ArtCoders.pe - Propuesta de Logo | |
| // Variación recomendada: BQP | |
| import i_pix.cfdg | |
| import i_polygons.cfdg | |
| startshape ccpe | |
| CF::Background = [h -140.10 sat 0.8835 b -0.9448] | |
| shape ccpe { | |
| backg[x -6.65 4 1] | |
| title[z 1] |
| def capicua(numero): | |
| numero = str(numero) | |
| if numero == '' or len(numero) == 1: | |
| return True | |
| elif numero[0] == numero[-1]: | |
| return capicua(numero[1:-1]) | |
| return False | |
| print capicua(123321) |
| python -c "import urllib; print urllib.urlopen('https://api.github.com/zen').read()" |
| (function(){var today = new Date(); var firstday = new Date(today.getFullYear(), 0, 1); if(Math.ceil((today-firstday)/86400000) === 256) console.log('Happy Programmers Day!');})(); |
| #coding:utf-8 | |
| """des.py: A pure Python academic-only implementation of the DES cipher.""" | |
| __author__ = u'Moisés Cachay Tello' | |
| __copyright__ = u'Copyright 2013, Moisés Cachay Tello' | |
| import binascii | |
| class BinString(str): |