Pmono record MIDI to DAW

[dietcv]

im still trying to find a way to understand whats happening here. its giving me sleepless nights.

why is it not possible to chain the Pmono(\bass) with the ~bassData function in the example above? this would solve all the problems for multiple Event Patterns inside PSPdiv. as i understand it the \dur values inside the function ~bassData are calculated from pulse, div and divBase inside Pspawner wrapper class PSPdiv and then passed as arguments to the function ~bassData.

If this is really not working is there another way to have one “master pulse” Pbind where its index only advances on phrase boundaries like described here:

Dictionary inside Pattern

I keep coming back to this thread because this idea of an index that advances only on phrase boundaries lines up neatly with list patterns’ embedding of items – that is, in Pseq([pattern1, pattern2]), first pattern1 takes complete control and runs until the end, before pattern2 takes over. The catch is that the data structure contains the data to Pseq, but not Pseqs themselves – and the data need to be directly available to the L-system. One way to hack it might be to create a function to upda…

which is then chained to several Pbinds which do their math to the master pulse for \dur (divide the pulse and multiply by Pbjorklund2, to have one master pulse equally divided by hits and divisions) and then chain these Pbinds to their specific Pmonos ?

im not sure if this is working correctly:
EDIT: (its not, the master pulse is going faster when divided by a specific number in the subpatterns).

(
~index = Pn(Pseq([0,1], inf)).asStream.trace(prefix: "measure index: ");

Pdef(\pulse,
	Pdup(2,
		Pn(Pbind(
			\dur, Pdict(~patDict, Pfin(1, PL(\index))).trace,
		), inf)
	).asStream
);

// bass
~numberOfHits_bass = 3;
~div_bass = 4;

// sine
~numberOfHits_sine = 5;
~div_sine = 6;

Pdef(\bass,
	Pbind(
		\dur, Pkey(\dur) / ~div_bass * Pbjorklund2(
			k: Pseq([~numberOfHits_bass.clip(0, ~div_bass)]),
			n: Pseq([~div_bass])
		),
		\degree, 3,
	) <> Pdef(\pulse);
);

Pdef(\sine,
	Pbind(
		\dur, Pkey(\dur) / ~div_sine * Pbjorklund2(
			k: Pseq([~numberOfHits_bass.clip(0, ~div_sine)]),
			n: Pseq([~div_sine])
		),
		\degree, 5,
	) <> Pdef(\pulse);
);
)

Pdef(\player, Ppar([Pdef(\bass), Pdef(\sine)], inf)).play;