| f(factorial)(10) |
| def synonym_queries(synonym_words, queries): | |
| ''' | |
| synonym_words: iterable of pairs of strings representing synonymous words | |
| queries: iterable of pairs of strings representing queries to be tested for | |
| synonymous-ness | |
| ''' | |
| synonyms = defaultdict(set) | |
| for w1, w2 in synonym_words: | |
| synonyms[w1].add(w2) | |
| shape: 50 | |
| animation: | |
| typename: mixer | |
| levels: [1, 0, 0] | |
| animations: [$bpa.strip.Wave, $bpa.strip.HalvesRainbow, $bpa.strip.PartyMode] | |
| controls: | |
| typename: midi | |
| extractor: |
| from bibliopixel.animation import BaseAnimation | |
| from bibliopixel import colors | |
| # This is using the default 32x32 simpixel display - | |
| # so this is a list of 16 * 64 = 1024 colors. | |
| BASE = [ | |
| colors.Black, colors.Black, colors.Black, colors.Black, | |
| colors.Green, colors.Green, colors.Green, colors.Green, | |
| colors.Blue, colors.Blue, colors.Blue, colors.Blue, | |
| colors.White, colors.White, colors.White, colors.White, |
| { | |
| "layout": "matrix", | |
| "animation": "matrix_test", | |
| "run": { | |
| "threaded": true | |
| } | |
| } |
| { | |
| "driver": "simpixel", | |
| "layout": "strip", | |
| "animation": { | |
| "typename": "BiblioPixelAnimations.strip.LarsonScanners.LarsonScanner", | |
| "color": [255,0,0], | |
| "tail": 1, | |
| "start": 0, | |
| "end": -1 |
Now that 3.0 is ready, it's time to look forward to the long-term - because without a long-term plan with something really exciting at the end, this is just a maintenance exercise.
BiblioPixel has three types of components: animations, layouts and drivers.
And our long-term goals are solving six problems:
| from math import sqrt | |
| from itertools import count, islice | |
| CANDIDATES = (15485867, 15485917, 15485927, 15485933, 15485941, | |
| 15485957, 15485989, 15485993, 15486013, 15486041) | |
| def is_prime(n): | |
| # from http://stackoverflow.com/a/27946768/43839 | |
| return n > 1 and all(n % i for i in islice(count(2), int(sqrt(n) - 1))) |
| def identity(x): | |
| return x | |
| identity2 = lambda x: x | |
| def add(x, y): | |
| return x + y | |
| adds = lambda x, y: x + y |
| def do_it(dog='Oliver', cat='X10'): | |
| return 1, 'a', True, dog, cat | |
| x, y, z, *animals = do_it() | |
| print(x) | |
| print(y) | |
| print(z) | |
| print(animals) |
