tester wrote:As for this format filter....

What about the "L" sound?

Try using an "Eh" followed by an "Oh", and roll off the highs & mids on the "Oh".

Hi StereoSpace,
This idea could lead to a very CPU intensive plug-in, but that aside, it can be done.
Attached is an example of using 1 knob to control the EQ "Gain"... or more accurately: a balance between the dry signal, a "fully boosted filter" IR, and a "fully cut filter" IR.

This schematic is ...

Windows 10 does have the folder (C:\Users\[YourName]\AppData\Roaming\FlowStone\Modules\User), it is just set as hidden by default. To see it, you need to set Windows Explorer to show hidden items. A checkbox for this is found under the View pull-down menu.

Keep it simple, no neeed for programming some complicated automated test.
mul_vs_div (2).osm

Rounding errors are virtually nullified at a factor of 1,2,4,8,16,32,64...
(And the same applies to the reverse below 1: 0.5,0.25,0.125...)


I really want to make sure that people just getting into this ...

No probs for me, but there's not much going on in this schematic. Maybe the cause of the crashing you're getting is actually something else you have happening in whatever schematic you've been trying it in.

SSE allows 4 channels to be processed together at the same CPU toll (hence the 4-dot symbol and naming of the "Mono4" connections), so even better than your stereo (2-channel) pack would be to use the stock Pack and Unpack primitives, supporting 4 channels.
That will take the CPU down to 1/4 of the ...

Attached are a few example in one schematic.
This is all in green. You can use a Slide primitive, or get a little more complex with a timer.
I'm sure someone else can provide a ruby example, but it's beyond me.

Perhaps the best approach would be to use the split signals as a side-chain, and process the main signal in two ways (run the processes in series of each other). When the lower signal is present (or just any signal at all, before the split) you have your 1st effect on the main signal. When the upper ...

Not stupid at all!
Attached is an example through code.

The trouble comes in processing the two signals after this split. If their levels change at the threshold crossover point set in this first step, then recombining them will result in clicks where the level jumps between the two. Therefore, I'm ...

To further Trog's example: The proof is easy enough - just stick a trigger blocker primitive between the trigger combiner and the sample-and-hold.

...You can in fact remove the connection altogether. The only thing running the counter is the ruby ticker. In effect, there is no additional ...