Re: Stock EQ V2
Posted: Mon Nov 19, 2018 3:25 pm
I wanted to re-post just so that I could show the settings image:
Furthermore; I know after trying that oversampling is a hard thing to add. Here's the steps to fix its integration:
To switch signal to Oversampled keep in mind that the signal for the oversampled signal must first be un-amplified before it is turned on.
Like So:
Multiplexer || Stream multiplier || EQ Co-Efficient Module || Stream Multiplier || Selector || DSP Code Cross-fader
Basically You need to make sure there is no amplification.
1: set stream multiplier to 0,
2: turn on multiplexer and selector
3: set a DSP crossfader to switch from the original signal to the oversampled.
4: reverse the order to turn off the original
But the real issue is that the signal which You turn on and off cannot be amplified or else it will overload. Kind of like Phantom power with Mic's. I was able to solve this with five slides; Each time a slide is done and goes to one, the signal from the slide goes first to an int and then to another slide. If there is five in a row, it sets five floats to 1. You can reverse the order by using selecters to re-route the links to the slides. Just make sure the only switch at the beginning is a Boolean.
There is a prototype within the schematic above which solves this.
Furthermore; I know after trying that oversampling is a hard thing to add. Here's the steps to fix its integration:
To switch signal to Oversampled keep in mind that the signal for the oversampled signal must first be un-amplified before it is turned on.
Like So:
Multiplexer || Stream multiplier || EQ Co-Efficient Module || Stream Multiplier || Selector || DSP Code Cross-fader
Basically You need to make sure there is no amplification.
1: set stream multiplier to 0,
2: turn on multiplexer and selector
3: set a DSP crossfader to switch from the original signal to the oversampled.
4: reverse the order to turn off the original
But the real issue is that the signal which You turn on and off cannot be amplified or else it will overload. Kind of like Phantom power with Mic's. I was able to solve this with five slides; Each time a slide is done and goes to one, the signal from the slide goes first to an int and then to another slide. If there is five in a row, it sets five floats to 1. You can reverse the order by using selecters to re-route the links to the slides. Just make sure the only switch at the beginning is a Boolean.
There is a prototype within the schematic above which solves this.