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lastforkbender / nfm929
Created December 2, 2024 09:31
Simulation of surface background reflection completed
# . . .
#
# . ● .
#
#
# . .
import math
import random
#._//_______________________________________/____________________________________/___.
class _929_NFM:
@lastforkbender
lastforkbender / masxor.py
Last active December 15, 2024 21:23
Builds, test & nakes extreme complex xor encryption modules
# masxor.py(v1.1.122) builds, test & makes extreme complex xor encryption py modules
# Since getting skilled @slots programming....I guess it's up to me to do this work,
# so you can have something awesome regarding the classic XOR encryption scheme. Not
# promising anything perfect, however I'll give it my better thoughts and patience.
# The goal with this module is to surpass current AI levels of competence with xor
# encryption/decryption, whereof I've noticed more than once all make a mess of xor
# encryption/decryption quickly with advanced request. Not placing too many monkeys
@lastforkbender
lastforkbender / 975EHT.py
Created December 26, 2024 01:49
975EHT Encryption Base
# 975EHTT ENCRYPTION BASE
import math
import hashlib
#××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××
class DTD:
@lastforkbender
lastforkbender / xfh4.py
Last active February 2, 2025 14:55
XFH4 Collatz Conjecture Encryption
# OOPS! It seems you have reached a uncompleted module. If
# you think this is a mistake, you can contact by email or
# choose to attempt finishing it yourself. Not recommended
@lastforkbender
lastforkbender / xfh_upan___
Created February 6, 2025 10:41
XFH Upan-Inet Remote Proxy
section .data
SOCKET_ERROR db ") XFH-:Socket creation failed", 0
BIND_ERROR db ") XFH-:Bind failed", 0
RECV_ERROR db ") XFH-:Receive failed", 0
ENCRYPT_ERROR db ") XFH-:Encryption failed", 0
DECRYPT_ERROR db ") XFH-:Decryption failed", 0
BUFFER_SIZE equ 1024
buffer resb BUFFER_SIZE
encrypted_buffer resb BUFFER_SIZE
client_addr resb 16
@lastforkbender
lastforkbender / cecilmaps.py
Created February 7, 2025 05:46
Next-gen chaotic maps generations
# Cecil Maps 2025, Feb 7
# _______________________________________________________________________________
# _______________________________________________________________________________
# _______________________________________________________________________________
# _______________________________________________________________________________
import math
# _______________________________________________________________________________
@lastforkbender
lastforkbender / xfh_dfy_key_gen.py
Last active February 8, 2025 03:00
XFH-DFT UPAN/INET Key Generator
#___________________________________________________________________________________
# XFH-DFT UPAN/INET KEY GEN (completed module final, Feb 7, 2025)
# github.com/lastforkbender/staqtapp
# rcttcr5@gmail
#___________________________________________________________________________________
#___________________________________________________________________________________
@lastforkbender
lastforkbender / rita.py
Last active February 9, 2025 15:00
HSC Compression Identifiers/TLRI Addrs
#___________________________________________________________________________________
#___________________________________________________________________________________
import math
from collections import deque
#___________________________________________________________________________________
class RITA:
def __init__(self, angles: list):
self.angles = angles
@lastforkbender
lastforkbender / tscp121.py
Last active February 19, 2025 10:51
TSCP121 Time Cube Sphere Projector
# ________________ .
# . /.,------------,.\ • .
# /// .---------__|\\
# \\\ `------. .// .
# . `\\`--...._ `;//' . •
# `\\.-,___;.//' .
# `\\-..-//' `
# . `\\//' • . :
# . ""
import time
@lastforkbender
lastforkbender / sodar.py
Last active February 20, 2025 21:51
Star of David Angular Roots(Wristwatch)
import math
def star_of_david_angular_root(x_positions, y_positions, limit):
return [math.ceil((math.sqrt((math.sqrt(x+y+1))-1)+(y/2)/(math.atan((x*y+y)/y)/(math.cos((math.sin((y+1)**math.pi)))%len(y_positions))))) for x in x_positions for y in y_positions if (x <= limit and (x != x-1) or True)]
#======================================================================================
# EXAMPLE: