Gets a random song from an mp3 directory. gets a random 58 seconds from that mp3 and save with a unique using uuid as an .mp3

Generate_random_58seconds.py

from moviepy.editor import AudioFileClip
import random
from scipy.io import wavfile
import uuid
import glob
import random
# Function to find a random song in the Music directory
def music():
    MUSIC = random.choice(glob.glob("/home/jack/Desktop/HDD500/collections/Music/*.mp3"))
    return MUSIC

audio_clip = AudioFileClip(music())  # Replace with your audio file path

# Define fade durations
fade_in_duration = 10  # seconds
fade_out_duration = 10  # seconds

# Calculate the maximum possible start time to ensure the selected section fits within the audio clip
max_start_time = audio_clip.duration - (58 - fade_in_duration - fade_out_duration)

# Choose a random start time within the valid range
random_start_time = random.uniform(0, max_start_time)

# Calculate the end time based on the random start time and desired total duration
random_end_time = random_start_time + (58 - fade_out_duration)

# Extract the random section from the audio clip
random_section = audio_clip.subclip(random_start_time, random_end_time)

# Apply fade-in and fade-out effects
faded_audio = random_section.audio_fadein(fade_in_duration).audio_fadeout(fade_out_duration)

# Make sure the resulting audio clip is exactly 58 seconds long
final_audio_clip = faded_audio.subclip(0, 58)

# Print the duration of the final audio clip
print("Final audio clip duration:", final_audio_clip.duration, "seconds")

# Preview the final audio clip
final_audio_clip.preview()

base_filename = str(uuid.uuid4())
# Save the audio as a WAV file
clip=final_audio_clip
wavfile.write("zooms/"+base_filename+".wav", int(clip.fps), clip.to_soundarray())
import subprocess

# Convert the WAV file to MP3 using FFmpeg
subprocess.run(["ffmpeg", "-i", "zooms/"+base_filename+".wav", "zooms/"+base_filename+".mp3"])

print("Audio saved as zooms/"+base_filename+".wav")

clip.preview()