big boi gen

import numpy as np
import random
LETTERS="""..####...#####....####...#####...######..######...####...##..##..######..######..##..##..##......##...##..##..##...####...#####....####...#####....####...######..##..##..##..##..##...##..##..##..##..##..######.
.##..##..##..##..##..##..##..##..##......##......##......##..##....##........##..##.##...##......###.###..###.##..##..##..##..##..##..##..##..##..##........##....##..##..##..##..##...##...####....####......##..
.######..#####...##......##..##..####....####....##.###..######....##........##..####....##......##.#.##..##.###..##..##..#####...##.###..#####....####.....##....##..##..##..##..##.#.##....##......##......##...
.##..##..##..##..##..##..##..##..##......##......##..##..##..##....##....##..##..##.##...##......##...##..##..##..##..##..##......##..##..##..##......##....##....##..##...####...#######...####.....##.....##....
.##..##..#####....####...#####...######..##.......####...##..##..######...####...##..##..######..##...##..##..##...####...##.......#####..##..##...####.....##.....####.....##.....##.##...##..##....##....######.
..................................................................................................................................................................................................................""".split("\n")

INLINES=np.array([*map(lambda x:[ 1 if l=='#' else 0 for l in x],LETTERS)])

def upscale(ascii,f=2):
    res=[]
    for l in ascii:
        twice=[]
        for x in l:
            twice+=[x]*f
        for _ in range(f):
            res.append(twice)
    return res

WORD="PUTALLUPPERCASELETTERSHERE"
def getAsciiArt(l):
    cellStart=(ord(l)-ord('A'))*8
    return INLINES[:,cellStart:cellStart+8]

TEST=getAsciiArt("A")
for l in upscale(TEST,3):
    print(l)

M=10**10
T=10**10
MAX_SCALE=2
#random position fpr each letter
P_SHIFTS=[(random.randint(0,M),random.randint(0,M)) for _ in range(len(WORD))]
# random 'intersection' time for each letter
T_SHIFTS=sorted([random.randint(1,T) for _ in range(len(WORD))])
# random scale for each letter
SCALE=[random.randint(1,MAX_SCALE) for _ in range(len(WORD))]
ALL_LETTERS=[]
for p,t,l,s in zip(P_SHIFTS,T_SHIFTS,WORD,SCALE):
    ccc=[]
    px,py=p
    zzz=upscale(getAsciiArt(l),s)
    rands = [*range(-90,0), *range(1,100)]
    for y,line in enumerate(zzz):
        for x,c in enumerate(line):
            vx,vy = (random.choice(rands) for _ in range(2))
            if c:
                ccc.append(((x+px,y+py),(vx,vy)))
            else:
                print(c)
    Q=t
    ALL_LETTERS += [((x+Q*a,y+Q*b),(a,b)) for (x,y),(a,b) in ccc]
from random import shuffle
shuffle(ALL_LETTERS)
ALL_LETTERS_STRING = '\n'.join(f"position=<{x}, {y}> velocity=<{-vx}, {-vy}>" for (x,y),(vx,vy) in ALL_LETTERS)
with open("gout_mix_large.txt","w") as f:
    f.write(ALL_LETTERS_STRING)