townie

def ordinal_to_roman(ordinal):
    """
    Converts a chapter ordinal (number, word, or Roman numeral) to a Roman numeral.

    Args:
        ordinal: The chapter ordinal, which can be an integer, a word
                 representation of a number (e.g., "one", "two"), or a
                 Roman numeral string.

townie

graph TD
    subgraph "Client Applications"
        FE[Frontend]
        External[External Clients]
    end

    subgraph "API Layer"
        API[Public API]
        AdminAPI[Admin API]

townie

import time
def timeit(method):
    def timed(*args, **kw):
        ts = time.time()
        result = method(*args, **kw)
        te = time.time()
        if 'log_time' in kw:
            name = kw.get('log_name', method.__name__.upper())
            kw['log_time'][name] = int((te - ts) * 1000)

townie

GameInstance (an object spawned when you launch the application and that remains the same until you close it)
GameMode (spawned when a level is loaded)
GameState (spawned by the gameMode)
PlayerState (spawned when a PlayerController is spawned = when a player arrives in the game)
You have to pay close attention to what you do and where you do it
when coding a multiplayer game. When it comes to singleplayer, you can’t
really “have it wrong” except for GameInstance stuff.
But here are the general guidelines I follow:
GameInstance - Holds any non-pointer persistent
variables (persistent means that you need to store in between two levels

townie

def some_function(value):
  value = value or "Potato" 

townie

<snippet>
	<content><![CDATA[
import ipdb;ipdb.set_trace()
]]></content>
	<!-- ipdb breakpoint snippet -->
	<scope>source.python</scope>
	<tabTrigger>ipdb</tabTrigger>
</snippet>

townie

import string
import itertools

all_3_raw = list(itertools.permutations([chr(i) for i in range(97, 123)], 3))
all_3 = [''.join(w) for w in all_3_raw]


scrabble_3words_raw = 'aah  aal  aas  aba  abo  abs  aby  ace  act  add  ado  ads  adz  aff  aft  aga  age  ago  ags  aha  ahi  ahs  aid  ail  aim  ain  air  ais  ait  ala  alb  ale  all  alp  als  alt  ama  ami  amp  amu  ana  and  ane  ani  ant  any  ape  apo  app  apt  arb  arc  are  arf  ark  arm  ars  art  ash  ask  asp  ate  att  auk  ava  ave  avo awa  awe  awl  awn  axe  aye  ays  azo  baa  bad  bag  bah  bal  bam  ban  bap  bar  bas  bat  bay  bed  bee  beg  bel  ben  bes  bet  bey  bib  bid  big  bin  bio  bis  bit  biz  boa  bob  bod  bog  boo  bop  bos  bot  bow  box  boy  bra  bro  brr  bub  bud  bug  bun  bur  bus  but  buy  bye  bys  cab  cad  cam  can  cap  car  cat  caw  cay  cee  cel  cep  chi  cig  cis  cob  cod  cog  col  con  coo  cop  cor  cos  cot  cow  coy  coz  cru  cry  cub  cud  cue  cup  cur  cut  cwm  dab  dad  dag  dah  dak  dal  

townie

from threading import Thread


q = []
running = True


def publish(thing):
    print('publishing: {}'.format(thing))
    q.append(thing)

townie

# WHY parameters that are mutable in params


def foo_str(l='A', a=None):
    print('BEFORE')
    print(l)
    print("AFTER")
    l + a
    print(l)

townie

Current

prediction	row_id	class_1	class_2	class_3
1	0	0.998750	0.000002	0.00003

Reason codes approach

| prediction | row_id | class_1_label | class_1_probability | class_2_label | class_2_probability |class_3_label | class_3_probability |