It would seem that I have far too much time on my hands. After the post about a Star Trek "test", I started wondering if there could be any data to back it up and... well here we go:
Those Old Scientists
Name |
Total Lines |
Percentage of Lines |
KIRK |
8257 |
32.89 |
SPOCK |
3985 |
15.87 |
MCCOY |
2334 |
9.3 |
SCOTT |
912 |
3.63 |
SULU |
634 |
2.53 |
UHURA |
575 |
2.29 |
CHEKOV |
417 |
1.66 |
The Next Generation
Name |
Total Lines |
Percentage of Lines |
PICARD |
11175 |
20.16 |
RIKER |
6453 |
11.64 |
DATA |
5599 |
10.1 |
LAFORGE |
3843 |
6.93 |
WORF |
3402 |
6.14 |
TROI |
2992 |
5.4 |
CRUSHER |
2833 |
5.11 |
WESLEY |
1285 |
2.32 |
Deep Space Nine
Name |
Total Lines |
Percentage of Lines |
SISKO |
8073 |
13.0 |
KIRA |
5112 |
8.23 |
BASHIR |
4836 |
7.79 |
O'BRIEN |
4540 |
7.31 |
ODO |
4509 |
7.26 |
QUARK |
4331 |
6.98 |
DAX |
3559 |
5.73 |
WORF |
1976 |
3.18 |
JAKE |
1434 |
2.31 |
GARAK |
1420 |
2.29 |
NOG |
1247 |
2.01 |
ROM |
1172 |
1.89 |
DUKAT |
1091 |
1.76 |
EZRI |
953 |
1.53 |
Voyager
Name |
Total Lines |
Percentage of Lines |
JANEWAY |
10238 |
17.7 |
CHAKOTAY |
5066 |
8.76 |
EMH |
4823 |
8.34 |
PARIS |
4416 |
7.63 |
TUVOK |
3993 |
6.9 |
KIM |
3801 |
6.57 |
TORRES |
3733 |
6.45 |
SEVEN |
3527 |
6.1 |
NEELIX |
2887 |
4.99 |
KES |
1189 |
2.06 |
Enterprise
Name |
Total Lines |
Percentage of Lines |
ARCHER |
6959 |
24.52 |
T'POL |
3715 |
13.09 |
TUCKER |
3610 |
12.72 |
REED |
2083 |
7.34 |
PHLOX |
1621 |
5.71 |
HOSHI |
1313 |
4.63 |
TRAVIS |
1087 |
3.83 |
SHRAN |
358 |
1.26 |
Discovery
Important Note: As the source material is incomplete for Discovery, the following table only includes line counts from seasons 1 and 4 along with a single episode of season 2.
Name |
Total Lines |
Percentage of Lines |
BURNHAM |
2162 |
22.92 |
SARU |
773 |
8.2 |
BOOK |
586 |
6.21 |
STAMETS |
513 |
5.44 |
TILLY |
488 |
5.17 |
LORCA |
471 |
4.99 |
TARKA |
313 |
3.32 |
TYLER |
300 |
3.18 |
GEORGIOU |
279 |
2.96 |
CULBER |
267 |
2.83 |
RILLAK |
205 |
2.17 |
DETMER |
186 |
1.97 |
OWOSEKUN |
169 |
1.79 |
ADIRA |
154 |
1.63 |
COMPUTER |
152 |
1.61 |
ZORA |
151 |
1.6 |
VANCE |
101 |
1.07 |
CORNWELL |
101 |
1.07 |
SAREK |
100 |
1.06 |
T'RINA |
96 |
1.02 |
If anyone is interested, here's the (rather hurried, don't judge me) Python used:
#!/usr/bin/env python
#
# This script assumes that you've already downloaded all the episode lines from
# the fantastic chakoteya.net:
#
# wget --accept=html,htm --relative --wait=2 --include-directories=/STDisco17/ http://www.chakoteya.net/STDisco17/episodes.html -m
# wget --accept=html,htm --relative --wait=2 --include-directories=/Enterprise/ http://www.chakoteya.net/Enterprise/episodes.htm -m
# wget --accept=html,htm --relative --wait=2 --include-directories=/Voyager/ http://www.chakoteya.net/Voyager/episode_listing.htm -m
# wget --accept=html,htm --relative --wait=2 --include-directories=/DS9/ http://www.chakoteya.net/DS9/episodes.htm -m
# wget --accept=html,htm --relative --wait=2 --include-directories=/NextGen/ http://www.chakoteya.net/NextGen/episodes.htm -m
# wget --accept=html,htm --relative --wait=2 --include-directories=/StarTrek/ http://www.chakoteya.net/StarTrek/episodes.htm -m
#
# Then you'll probably have to convert the following files to UTF-8 as they
# differ from the rest:
#
# * Voyager/709.htm
# * Voyager/515.htm
# * Voyager/416.htm
# * Enterprise/41.htm
#
import re
from collections import defaultdict
from pathlib import Path
EPISODE_REGEX = re.compile(r"^\d+\.html?$")
LINE_REGEX = re.compile(r"^(?P<name>[A-Z']+): ")
EPISODES = Path("www.chakoteya.net")
DISCO = EPISODES / "STDisco17"
ENT = EPISODES / "Enterprise"
TNG = EPISODES / "NextGen"
TOS = EPISODES / "StarTrek"
DS9 = EPISODES / "DS9"
VOY = EPISODES / "Voyager"
NAMES = {
TOS.name: "Those Old Scientists",
TNG.name: "The Next Generation",
DS9.name: "Deep Space Nine",
VOY.name: "Voyager",
ENT.name: "Enterprise",
DISCO.name: "Discovery",
}
class CharacterLines:
def __init__(self, path: Path) -> None:
self.path = path
self.line_count = defaultdict(int)
def collect(self) -> None:
for episode in self.path.glob("*.htm*"):
if EPISODE_REGEX.match(episode.name):
for line in episode.read_text().split("\n"):
if m := LINE_REGEX.match(line):
self.line_count[m.group("name")] += 1
@property
def as_tablular_data(self) -> tuple[tuple[str, int, float], ...]:
total = sum(self.line_count.values())
r = []
for k, v in self.line_count.items():
percentage = round(v * 100 / total, 2)
if percentage > 1:
r.append((str(k), v, percentage))
return tuple(reversed(sorted(r, key=lambda _: _[2])))
def render(self) -> None:
print(f"\n\n# {NAMES[self.path.name]}\n")
print("| Name | Total Lines | Percentage of Lines |")
print("| ---------------- | :---------: | ------------------: |")
for character, total, pct in self.as_tablular_data:
print(f"| {character:16} | {total:11} | {pct:19} |")
if __name__ == "__main__":
for series in (TOS, TNG, DS9, VOY, ENT, DISCO):
counter = CharacterLines(series)
counter.collect()
counter.render()
What exactly are the risks here? Should Measles and even Polio make a comeback because of these idiots, is it just the lives of the idiots at risk, or is a resistance mutation that'd threaten everyone a risk?