I have not seen any public beta available for download anywhere
IIRC, the Betas were only released to licenced users - which may or may not count as "public" depending on who's definition you use!


No No No No. That's not the definition of public at all. Public means you can download it from ...

Here is my most advanced sampler so far with automatic panner and such but it still sucks because there are clicks and pops every time is switching sounds and performance is not very great either. So, yeah. Thanks Flowstone for ruining my precious Wavestate prototype. LOL

You can see it in action ...

Since all the components are buggy and slow as crap, we also need a button that says:

Convert Ruby script to super optimized assembly script that is fully editable by retards and other ridiculous Robotrons.

That way this thing could run properly for once without killing the CPU and it would also ...

Almost certainly, your sample data is stored multiple times within the schematic.

OK. Here is the deal. Since you know more about how this super buggy toy works, you have 30 days to prototype this synth right here and make it work more kick ass than the Korg Wavestate synth. Right now the sample ...

I think FS should make use of instances and reuse everything without wasting resources or at least compress everything that gets stored on disk. Basically, I have to store the samples outside of the schematic because if they are stored in the schematic it's increasing the file size by 7.92 times ...

Here is a version that kind of modulates things randomly but it's still using the super buggy Arp code. I need something more simple and more optimized that doesn't overload the CPU as much as the Arp code.

[Moderator Comment: Links and downloads removed]

It's overloading something or crashing Ruby or something.
Exactly that - all three examples are overloading the Ruby interpreter. While they're all legal Ruby code, I wouldn't expect any of them to work in the context of FlowStone.


Well then, how can I accomplish a random oscillator, or a ...

In Flowstone, math for the save button works like this:

221KB + 460KB = 5,536KB

Can somebody explain that crap ?

Here are the files.

[Moderator Comment: Links and downloads removed]

How is the Arpeggiator able to generate continuous output if I hold a midi key indefinitely without having the infinite loop problem ? It's supposed to be the same problem or at least very similar.

Since the other Arp made in Ruby has performance issues and bugs and who knows what else, can that Arp be recreated in assembler ?