Robin Schmidt

ok, i can reproduce it now in my DebugAudioModule. hmmm....this is some numerical precision issue...i have to experiment with my convergence criterion in the root finder...maybe i'm dividing by a...

i never did a midi producing plugin, but as i understand the juce framework, you are supposed to just manipulate the MidiBuffer object that is passed to processBlock. in my...

i should probably add some baseclasses AudioModuleWithMidiInOut/AudioPluginWithMidiInOut to jura...

but i'm not sure, if you are supposed to add only those events to the buffer that belong to the current rendering audio-buffer (timestamp-wise) or if you can also already...

i was thinking about connecting the incoming signal "dots" not with straight lines but cubic spline segments. it's a bit of math to work out, i'm not sure, how hard...

> i guess, i'll have to do a line integral for this something like that: http://tutorial.math.lamar.edu/Classes/CalcIII/LineIntegralsPtI.aspx but that's really the 2nd step. first i need to have parametric formulas for...

using an oversampling approach would just mean to compute more intermediate data points and then connecting *them* with line segments. this would also smooth the curve, but is arguably less...

ah - no - this is even more relevant: http://tutorial.math.lamar.edu/Classes/CalcII/ParaArcLength.aspx the link above is for more general stuff, this is a simpler special case which applies here

i think, it (the formula in cyan) will eventually boil down to such an integral: http://www.wolframalpha.com/input/?i=integral+sqrt(a_0+%2B+a_1+t+%2B+a_2+t%5E2+%2B+a_3+t%5E3+%2B+a_4+t%5E4)+dt+from+0+to+1 because the derivative of a cubic is a quadratic, squaring it yields a quartic...

are you suggesting to use this as upsampling filter?