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Post by xpiotoc333 on Sept 28, 2024 14:40:35 GMT
So this is the intention repeater but it outputs a sine wave audio, similar to the conception of the text to wav, however it more powerful. i added features to it that makes it repeat the intentions 1 million times per second and the durations portion is the output of the sine wave. This is very powerful as it gave me a headache but i have seen manifestations results from it very fast. Please use with caution, it also gives the option to input two files with intentions in it so they will also be repeated 1 million times per second. |
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Post by AnthroHeart on Sept 28, 2024 14:56:50 GMT
So this is the intention repeater but it outputs a sine wave audio, similar to the conception of the text to wav, however it more powerful. i added features to it that makes it repeat the intentions 1 million times per second and the durations portion is the output of the sine wave. This is very powerful as it gave me a headache but i have seen manifestations results from it very fast. Please use with caution, it also gives the option to input two files with intentions in it so they will also be repeated 1 million times per second. A WAV file only has 96000 sampling rate at the most. How do you encode the intentions 1 million times per second into them?
At most you could do 96000 bytes per second.
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Post by xpiotoc333 on Sept 28, 2024 14:59:08 GMT
Here's how this works:
The intention is treated as a string, and each character in the string is processed as a part of the signal.
Since the goal is to repeat the intention very quickly and embed it in an audio signal (sine wave), the intention is duplicated multiple times per second.
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Post by sound on Sept 28, 2024 17:25:16 GMT
So this is the intention repeater but it outputs a sine wave audio, similar to the conception of the text to wav, however it more powerful. i added features to it that makes it repeat the intentions 1 million times per second and the durations portion is the output of the sine wave. This is very powerful as it gave me a headache but i have seen manifestations results from it very fast. Please use with caution, it also gives the option to input two files with intentions in it so they will also be repeated 1 million times per second. A WAV file only has 96000 sampling rate at the most. How do you encode the intentions 1 million times per second into them?
At most you could do 96000 bytes per second.
My DAC supports 384 kHz sampling. But you have a good point -- I'd like to see the discussion on this go on. |
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Post by sound on Sept 28, 2024 17:55:34 GMT
So this is the intention repeater but it outputs a sine wave audio, similar to the conception of the text to wav, however it more powerful. i added features to it that makes it repeat the intentions 1 million times per second and the durations portion is the output of the sine wave. This is very powerful as it gave me a headache but i have seen manifestations results from it very fast. Please use with caution, it also gives the option to input two files with intentions in it so they will also be repeated 1 million times per second. A WAV file only has 96000 sampling rate at the most. How do you encode the intentions 1 million times per second into them?
At most you could do 96000 bytes per second.
Llama 3.1 70B says: The comment is partially true. The standard sampling rates for WAV files are typically 44.1 kHz (44100 Hz), 48 kHz, 88.2 kHz, 96 kHz, and 192 kHz. While it's technically possible to create a WAV file with a higher sampling rate, such as 1 MHz (1,000,000 Hz), it's not a standard or common practice. The script you provided does not actually encode the intentions 1 million times per second into the WAV file. Instead, it repeats the intention a large number of times (1 million times per second) and then embeds the resulting string into the sine wave by modulating the amplitude. The actual sampling rate of the WAV file is set to 44.1 kHz (44100 Hz), which is a standard sampling rate for audio files. The intention signal is generated by converting the repeated intention string into a numerical array, where each character is represented by its ASCII value modulo 256. This array is then used to modulate the amplitude of the sine wave. The intention signal is not actually encoded at a rate of 1 million times per second, but rather at the sampling rate of the WAV file (44.1 kHz). The repeated intention string is simply used to generate a numerical array that is used to modulate the sine wave. |
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Post by sound on Sept 28, 2024 17:59:02 GMT
Mixtral 8x7B says:
Regarding encoding intentions 1 million times per second, the script does not embed the intention at that rate directly into the audio file. Instead, it repeats the intention 1 million times per second in memory and then generates a sine wave with a duration corresponding to the desired runtime. The intention is then embedded into the sine wave by modulating its amplitude. The resulting combined wave is then saved as a 16-bit PCM format .wav file.
The script does not attempt to encode the intention at a rate of 1 million times per second into the audio file itself.
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Post by sound on Sept 28, 2024 18:13:37 GMT
Claude 3 Haiku and GPT-4o mini said nonsensical stuff.
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Post by reden on Sept 28, 2024 19:47:03 GMT
Encoding a hash in this form could be better than using text. That way it would fit in the sample rate too, if such a consideration is useful.
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Post by sound on Sept 28, 2024 19:48:13 GMT
Encoding a hash in this form could be better than using text. That way it would fit in the sample rate too, if such a consideration is useful. It is already an option |
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Post by xpiotoc333 on Sept 28, 2024 21:51:48 GMT
Thank you guys for all that was said now that i can make this in beta form and work on it to actualize it , in the format it needs to be. Still have been having manifestations in the format its in already so let's see what i can do from here
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Post by nathanmyersc on Sept 29, 2024 0:55:33 GMT
Thank you guys for all that was said now that i can make this in beta form and work on it to actualize it , in the format it needs to be. Still have been having manifestations in the format its in already so let's see what i can do from here A new idea is to create a binaural beat of it. I created a version where the left channel is 20 hz + intention binary and the right channel is 20 + user inputted frequency hz + intention binary. So the difference in frequency between left and right will always be the user inputted frequency even with the intention binary. |
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Post by xpiotoc333 on Sept 29, 2024 1:17:48 GMT
Thank you guys for all that was said now that i can make this in beta form and work on it to actualize it , in the format it needs to be. Still have been having manifestations in the format its in already so let's see what i can do from here A new idea is to create a binaural beat of it. I created a version where the left channel is 20 hz + intention binary and the right channel is 20 + user inputted frequency hz + intention binary. So the difference in frequency between left and right will always be the user inputted frequency even with the intention binary. I actually like this concept, try using 100hz it complements the binaural beats as well, even in my original program 100hz makes it easier to listen to for longer durations. |
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Post by sound on Sept 29, 2024 13:43:49 GMT
Remember binaural beats only work up to around 25 Hz channel difference/frequency deviation.
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Post by AnthroHeart on Sept 29, 2024 13:53:37 GMT
Remember binaural beats only work up to around 25 Hz channel difference/frequency deviation. What about Isochronic Tones? |
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Post by sound on Sept 29, 2024 13:56:18 GMT
Remember binaural beats only work up to around 25 Hz channel difference/frequency deviation. What about Isochronic Tones? They work above 25 Hz. Also, momaural beats. Waveform frequency, amplitude and phase modulation do too. Brainaural.com has lots of those coolities. |
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