MAX SOUND AUDIO PROGRAM
A process and system for enhancing and customizing sound comprises receiving an input audio sound and processing the input by one or more filter blocks to dynamically reshape the dynamic, phase and frequency content of the input audio sound. The parallel processed audio is combined in a sound mixer and tube harmonics are added to the output from the mixer. The tube harmonics added audio is fed to a highpass filter which sets a frequency limit of audio passing through this block. A low pass filter movines the audio in a plus or minus direction with a dynamic envelope control. A frequency divider is provided for shifting audio sound below a selected frequency down an octave. Output from this stage is edited by feeding a certain amount of each side of the audio to a corresponding opposite side. The frequency balance is adjusted by setting a band phase coherent equalizer for frequency adjustments. The original, unprocessed sound is then mixed with the processed audio. Gain is adjusted and the processed sound is outputted for use.
1 . A process and system for enhancing and customizing sound comprising:
Receiving an input audio sound;
Processing the input by one or more filter blocks to dynamically reshape the dynamic, phase and frequency content of the input audio sound;
Combining the processed input audio sounds in a mixer;
Adding tube harmonics to the output from the mixer;
Providing the tube harmonics added audio to a highpass filter which sets a frequency limit of audio passing through this block;
A low pass filter for moving the audio in a plus or minus direction with a dynamic envelope control;
A frequency divider for shifting audio sound below a selected frequency down an octave;
Editing sound output by feeding a certain amount of each side of the audio to a corresponding opposite side;
Adjusting a sound frequency balance by setting a band phase coherent equalizer for frequency adjustments;
Mix the original unprocessed audio with the processed audio;
Adjust Gain;
Output the processed sound for use.
2 . The process of claim 1 , wherein the number of the filter blocks is four.
3 . The process of claim 2 , wherein the processing is performed in parallel.