Sonic Pi & SpectraStrobe & ChatGPT

[oro]

Hi,

I'm a longtime lurker and this is my first post. I'm a software engineer and a proud Kasina DeepVision owner. Several of the sessions available here have helped me greatly with my anxiety and alcohol cessation. 🙏 JoeV!

Wanting to give back to the community and being new to Sonic Pi and SpectraStrobe sessions, I decided to use ChatGPT to create a simple session over the weekend. I was only able to create the attached AudioStrobe session.

I have a few questions:

1. Is this an accurate description of the SpectraStrobe format?
   
   The second is SpectraStrobe which controls all RGB color channels and also requires a reference track to identify the SS stream. SpectraStrobe's tone channels are 18.7khz for Red, 19.2khz for Green (same as AudioStrobe) and 19.7khz for Blue. The reference track is an 18.2khz sine wave tone that is modulated by a pulse wave at 10hz per channel with the second channel being 180 degrees out of phase. The easiest way to program the reference channel is to use an autopan set to a square wave at 20hz.
   
   
2. Has anyone created a simple SpectraStrobe session using Sonic Pi? I tried to create a ROYGBIV color progression accompanied by a Solfeggio frequency progression but was only partially successful.
3. Is there a way to copy files to the Kasina without having to remove/replace the SD card? The SD card does not mount when I attach the Kasina to my laptop via the USB cable.

Thanks in advance for any answers!

Cheers,

Oro

[oro]

Hi,
Wanting to give back to the community and being new to Sonic Pi and SpectraStrobe sessions, I decided to use ChatGPT to create a simple session over the weekend. I was only able to create the attached AudioStrobe session.

FWIW, here is the Sonic Pi code for the attached file.

# See chat https://chat.openai.com/chat/ed9ea0e0-666b-49ee-b819-672069512ccc
# CONSTANTS
FREQUENCY_TO_COLOR = {
  174.0 => [1, 0, 0],    # red
  285.0 => [1, 0.5, 0],  # orange
  396.0 => [1, 1, 0],    # yellow
  417.0 => [0, 1, 0],    # green
  528.0 => [0, 0, 1],    # blue
  639.0 => [0.5, 0, 1],  # indigo
  741.0 => [1, 0, 1],    # violet
  852.0 => [1, 1, 1]     # white
}




FREQUENCY_DURATION = 5
PAUSE_DURATION = 3
REFERENCE_FREQUENCY = 18200
RED_FREQUENCY = 18700
GREEN_FREQUENCY = 19200
BLUE_FREQUENCY = 19700
PAN_FREQUENCY = 20




# FUNCTIONS
define :play_strobe do |freq, color|
  puts "freq: #{freq}"
  use_synth :dark_ambience
  use_synth_defaults amp: 2, sustain: FREQUENCY_DURATION
  play hz_to_midi(freq)
  strobe_channel(color)
end




define :strobe_channel do |color|
  use_synth :saw
  use_synth_defaults amp: 0.5, sustain: FREQUENCY_DURATION, note_slide: 0.01
  with_fx :slicer, phase: 0.25 do
    control note: [RED_FREQUENCY, GREEN_FREQUENCY, BLUE_FREQUENCY], note_slide: FREQUENCY_DURATION do |n|
      play n, note_slide: FREQUENCY_DURATION
      control hpf: 80, note: n, amp: color.shift
      control hpf: 80, note: n + 1, amp: color[1]
      control hpf: 80, note: n + 2, amp: color[2]
    end
  end
end




# MAIN CODE
loop do
  FREQUENCY_TO_COLOR.each do |freq, color|
    play_strobe(freq, color)
    sleep FREQUENCY_DURATION
  end
  sleep PAUSE_DURATION
end

And here is the prompt I used to create it:

Using what you know about the SpectraStrobe audio format, and as a programmer using the Sonic Pi v3.3.1 program,
I want you to write a multitrack song using the Solfeggio frequencies with the duration of 30 seconds for each frequency and a 3 second
pause between each frequency.


Requirements:


Store frequency duration and pause duration in variables


Please make each frequency binaural with the root frequency being the Solfeggio frequency.


Include the red, orange, yellow, green, blue, indigo, violet, and white colors with one color for each Solfeggio frequency.


Ensure that the following frequencies display the corresponding colors:


174.0 hz displays red
285.0 hz displays orange
396.0 hz displays yellow
417.0 hz displays green
528.0 hz displays blue
639.0 hz displays indigo
741.0 hz displays violet
852.0 hz displays white


The song needs a reference track as described below:


The reference track is an 18.2 kHz sine wave tone that is modulated by a pulse wave at 10 hz per channel with the second channel
being 180 degrees out of phase. The easiest way to program the reference channel is to create an automatic pan function set to
a square wave at 20 hz.


Only use these valid FX methods and their valid options:
:autotuner
:band_eq
:bitcrusher
:bpf
:compressor
:distortion
:echo
:eq
:flanger
:gverb
:hpf
:ixi_techno
:krush
:level
:lpf
:mono
:nbpf
:nhpf
:nlpf
:normaliser
:nrbpf
:nrhpf
:nrlpf
:octaver
:pan
:panslicer
:ping_pong
:pitch_shift
:rbpf
:record
:reverb
:rhpf
:ring_mod
:rlpf
:slicer
:sound_out
:sound_out_stereo
:tanh
:tremolo
:vowel
:whammy
:wobble


Please only use valid arguments or options for the methods, especially the :lpf and :hpf methods.
The :cutoff option value must be less than 131. The sine, spectrastrobe, and spectral_strobe methods
are NOT valid Sonic Pi FX methods so please do NOT use them.

Cheers,

Oro

[oro]

[/I][*]Is there a way to copy files to the Kasina without having to remove/replace the SD card? The SD card does not mount when I attach the Kasina to my laptop via the USB cable.[/LIST]

I answered my own question via this link and now my Kasina SD mounts on my laptop.