Kass said : "In this case -1 to 1 clearly is rather a small range for all but the
most subtle of modulations. You can multiply by "index" every sample as in the posted examples, but personally I'd simply set the modulator's .gain() to the value of the index. "
so you just make index * m.gain() ? Kas said: "While we are at it; I'd also use the fm input to the carrier set by
the .sync() member function."
I'm not succeeding because I'm not able to use .sync. There's written something about in the manual, is it correct to write 2 => c.sync ? Cause at SinOsc page it is written : " (2) fm synth " . Kas said: "That leaves the centre frequency, I'd sum the modulator with a Step UGen set to that value.
This will greatly simplify the code (no need to manually loop) and because of that decrease the CPU cost. "
And what about Step? you put it in the blackhole also and you set it at carrier frequency? I'M SHOUTING!!
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