Jaggz H. jaggzh

## spect
#!/bin/bash
# gist-paste -u https://gist.github.com/jaggzh/f687be9a23d267e641dc7ff7a1967b9a
tmpdel_s=$((60)) # 5 minutes
def_maxh=5
def_maxh_1=16  # Height for 1 file
def_maxh_2=10  # Height for each of 2 files
hw=$(stty size)
bin_chafa=$(which chafa)

if [[ -z $bin_chafa ]]; then

## fn.readcountdown
readcountdown1 () {
	if [[ "$#" -lt 3 ]]; then
		cat <<-EOT
			Accepts a single char of user input
			Usage: readcountdown1 seconds variable message
			Ex: readcountdown1 5 inp '(d)elete (anything else exits)'
			gives 5 seconds and sets inp if anything (even enter) entered
			returns 0 on success, 1 for timeout
		EOT
		return 1

## ansi.sh
bgbla='[40m'; bgred='[41m'; bggre='[42m'; bgbro='[43m';
bgblu='[44m'; bgmag='[45m'; bgcya='[46m'; bggra='[47m';
bla='[30m'; red='[31m'; gre='[32m'; bro='[33m';
blu='[34m'; mag='[35m'; cya='[36m'; gra='[37m';
bbla='[30;1m'; bred='[31;1m'; bgre='[32;1m'; yel='[33;1m';
bblu='[34;1m'; bmag='[35;1m'; bcya='[36;1m'; whi='[37;1m';
rst='[0m'; inv='[7m'; cll='[2K'; cllr='[K';
cls='[2J'; clsb='[J';

bgblae='\033[40m'; bgrede='\033[41m'; bggree='\033[42m'; bgbroe='\033[43m';

## Knife.pm
package Proc::Knife;

use strict;
use warnings;
use v5.36;
use Exporter 'import';
use POSIX ":sys_wait_h";

our @EXPORT_OK = qw(knife);

## audiohandy.py
import numpy as np
import simpleaudio as sa
import threading
import time

def play_tone(freq, dur, delay):
    # Wait for the specified delay before playing the tone
    time.sleep(delay)

    # Sample rate (samples per second)

## bansi.py
from __future__ import print_function
import sys

# Some color codes for terminals.
# You just print the text and color codes, and print rst to
# send the color reset sequence.

# The color sequence names are in the first bit of code below.

# Usually, just use with something like:

## audiosplit.py
#!/usr/bin/env python3
# gist-paste -u https://gist.github.com/jaggzh/e9a5b31afc218b8d44fd5ddb976c8c96 bansi.py kbnb.py audiosplit.py
import librosa
import numpy as np
import random
from typing import Generator
import matplotlib.pyplot as plt
from bansi import *
import kbnb
import re

## ansi.sh
bgbla='[40m'; bgred='[41m'; bggre='[42m'; bgbro='[43m';
bgblu='[44m'; bgmag='[45m'; bgcya='[46m'; bggra='[47m';
bla='[30m'; red='[31m'; gre='[32m'; bro='[33m';
blu='[34m'; mag='[35m'; cya='[36m'; gra='[37m';
bbla='[30;1m'; bred='[31;1m'; bgre='[32;1m'; yel='[33;1m';
bblu='[34;1m'; bmag='[35;1m'; bcya='[36;1m'; whi='[37;1m';
rst='[0m'; inv='[7m'; cll='[2K'; cllr='[K';
cls='[2J'; clsb='[J';

bgblae='\033[40m'; bgrede='\033[41m'; bggree='\033[42m'; bgbroe='\033[43m';

## datagen.py
# datagen.py
import numpy as np
import librosa

def load_audio_chunk(audio_path, start_frame, dur_s, sr):
    # Load a specific chunk of the audio file
    audio, _ = librosa.load(audio_path, sr=sr, mono=True, offset=start_frame/sr, duration=dur_s)
    return audio

def preprocess_audio(audio_data):

## content-script.js
/* gist-paste -u https://gist.github.com/jaggzh/7b483b183562db31bde6f9bc972f126e manifest.json content-script.js */
(function() {
	const accentColor = `#f39c12`;

	const messagesCss = `
		/* Message body width */
		@media (min-width: 1280px) {
			.xl\\:max-w-3xl {
				max-width: 90% !important;
			}
	#!/bin/bash
	# gist-paste -u https://gist.github.com/jaggzh/f687be9a23d267e641dc7ff7a1967b9a
	tmpdel_s=$((60)) # 5 minutes
	def_maxh=5
	def_maxh_1=16 # Height for 1 file
	def_maxh_2=10 # Height for each of 2 files
	hw=$(stty size)
	bin_chafa=$(which chafa)

	if [[ -z $bin_chafa ]]; then
	readcountdown1 () {
	if [[ "$#" -lt 3 ]]; then
	cat <<-EOT
	Accepts a single char of user input
	Usage: readcountdown1 seconds variable message
	Ex: readcountdown1 5 inp '(d)elete (anything else exits)'
	gives 5 seconds and sets inp if anything (even enter) entered
	returns 0 on success, 1 for timeout
	EOT
	return 1
	bgbla='[40m'; bgred='[41m'; bggre='[42m'; bgbro='[43m';
	bgblu='[44m'; bgmag='[45m'; bgcya='[46m'; bggra='[47m';
	bla='[30m'; red='[31m'; gre='[32m'; bro='[33m';
	blu='[34m'; mag='[35m'; cya='[36m'; gra='[37m';
	bbla='[30;1m'; bred='[31;1m'; bgre='[32;1m'; yel='[33;1m';
	bblu='[34;1m'; bmag='[35;1m'; bcya='[36;1m'; whi='[37;1m';
	rst='[0m'; inv='[7m'; cll='[2K'; cllr='[K';
	cls='[2J'; clsb='[J';

	bgblae='\033[40m'; bgrede='\033[41m'; bggree='\033[42m'; bgbroe='\033[43m';
	package Proc::Knife;

	use strict;
	use warnings;
	use v5.36;
	use Exporter 'import';
	use POSIX ":sys_wait_h";

	our @EXPORT_OK = qw(knife);
	import numpy as np
	import simpleaudio as sa
	import threading
	import time

	def play_tone(freq, dur, delay):
	# Wait for the specified delay before playing the tone
	time.sleep(delay)

	# Sample rate (samples per second)
	from __future__ import print_function
	import sys

	# Some color codes for terminals.
	# You just print the text and color codes, and print rst to
	# send the color reset sequence.

	# The color sequence names are in the first bit of code below.

	# Usually, just use with something like:
	#!/usr/bin/env python3
	# gist-paste -u https://gist.github.com/jaggzh/e9a5b31afc218b8d44fd5ddb976c8c96 bansi.py kbnb.py audiosplit.py
	import librosa
	import numpy as np
	import random
	from typing import Generator
	import matplotlib.pyplot as plt
	from bansi import *
	import kbnb
	import re
	# datagen.py
	import numpy as np
	import librosa

	def load_audio_chunk(audio_path, start_frame, dur_s, sr):
	# Load a specific chunk of the audio file
	audio, _ = librosa.load(audio_path, sr=sr, mono=True, offset=start_frame/sr, duration=dur_s)
	return audio

	def preprocess_audio(audio_data):
	/* gist-paste -u https://gist.github.com/jaggzh/7b483b183562db31bde6f9bc972f126e manifest.json content-script.js */
	(function() {
	const accentColor = `#f39c12`;

	const messagesCss = `
	/* Message body width */
	@media (min-width: 1280px) {
	.xl\\:max-w-3xl {
	max-width: 90% !important;
	}