Ok, hold on a sec, I'm in the middle of finishing a project - this is a lot of info I need to process, I'll answer you very shortlyevolutionator wrote:Does the random generated waveform have parameters? If not the output would be just noise, I understand...
What about the precision of the algorithm? What is being used to approximate the equation? Are there options, like bitcrushing?
Is there an immediate interface for creating a waveform with just harmonics (instead of writing them as equations) like in absynth and in part fm8? (so with predefined faders)
Always in the argument "harmonics", does it have the possibility of using a specific waveform instead of the classic sinusoid? An example would be creating the saw and then the supersaw (where every harmonic is substituted with the collection of harmonics of the saw), and then the hypersaw (where every harmonic is substituted with the harmonic set of the supersaw).
I know these are two different things, but is this usable as a generator (output a wave form) and as an effect (like funcshaper, a shaper)?
2048 samples means 2048/44100=~21 Hz as lowest frequency (relatively to the plugin only)? Externally, does it depends on the audio frequency of the host? For example if I set the project to use 22KHz or 48Khz or 96KHz audio...
Is the note of the sample fixed? (like 4th octave C, say)
This project remebers me the old times with fasttracker 2...
Is the area in which one can draw the waveform only linear? Or logarithmic too?
It doesn't seem it's told anywhere (in the meantime I'm rapidly reading the thread): what are the functions supported? sin/cos/tan, I suppose, then the hyperbolic versions (tanh), then soft clip and hard clip (with parameters)? obviously +, -, *, and /, then powers (x^2), fractional powers (and so roots), powers with parameters (x^a), fast integral and derivative (do you know abox 2?) if they make sense, imaginary numbers -- if they make sense or not, "mod" (remainder of division, you know, for creating ramps), absolute value (e.g. for rectifying), and so on (someone else mentionend summation, you could put there production too)... What about piecewise functions?
Are there peculiarities in operators priorities?
Differential equations?
Constants? (like PI)
(What is 'frac', X-int(X)?) Judging from page 22, yes.
Oh, and obviously I expect that every parameter is coded in the vst so that it is exported and so in it being automatablebecause nobody would like a static, banal waveform with a project like this, true?
Another important question: undo levels. How many?
The fft part (drawing in the frequencies domain): options? Are frequencies and amplitudes limits selectable? (I mean, can I define the space where I'm going to draw? For example, if I want to draw something for a bass, I would want the window going from like 20 to say 500Hz) Are there brushes? Is it stereo? Surround (with different colors)? Can I draw or control the phase? Is the drawing area switchable between linear and logarithmic (and maybe others)? May I decide how much is big the fft? Like from 128 to 16K bins... You know, it changes the attack and the precision...
Are ultrasonic frequencies supported?
Last, I think: is there an asymmetric waveform like the saturation shape of the tube? (I don't want to make comparison, but as example I would use again funcshaper)
Sorry for the weird expressions sometimes, I'm not english.
