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#include "maximilian.h"
double outputs[2],moreoutputs[2]; //some track outputs
double filtered,patch1,patch2,tune,delayed,
mixed,ramp,filtered2,noise,pan,more;//a bunch of patch cables
int beat,lastbeat,morebeats,lastmorebeats;//some rhythmic elemts
double env[4]={200,0,0,50};//the kick drum pitch envelope data
double env2[6]={10000,0,9000,5,0,5};//the hi hat pitch envelope dat
double melody[14]={600,0,0,650,0,0,400,0,0,425,0,300,0,315};//the melody data
int rhythm1[16]={1,0,0,1,0,0,1,0,0,1,0,0,1,0,1,0};//another way of doing a rhythm
maxiOsc a,c,d,e,g,h,i,j,squarewave;//some oscillators
maxiEnvelope b,f;//two envelopers
maxiDelayline delay;//a delay line
maxiFilter myfilter,antia;// a FAT filter
maxiMix mymix,bobbins;//some panning busses
maxiSample beats;
void setup() {//some inits
b.amplitude=env[0];//starting value for envelope b
f.amplitude=env2[0];//same for f
beats.load("/Users/chris/src/Maximilian/beat2.wav");//put a path to a soundfile here. Wav format only.
printf("Summary:\n%s", beats.getSummary());//get info on samples if you like
}
void play(double *output) {//this is where the magic happens. Very slow magic.
beat=((int) c.phasor(8));//this oscillator is now a counter
morebeats=((int) e.phasor(0.5,0,16));//so is this one
patch1=b.line(4,env);//here's envelope b
patch2=f.line(6,env2);//here's envelop f
tune=g.saw(melody[morebeats]*0.25);//here's the melody, which occurs at certain times
if (lastbeat!=beat) {//this is a nice sample and hold routine for the kick drum
f.trigger(0, env2[0]);//it runs off the hi hat.
if (rhythm1[morebeats]==1) {
b.trigger(0, env[0]);//and gets played when it's time.
}
}
lastbeat=beat;//let's start again. It's a loop
ramp=i.phasor(0.5,1,2048);//create a basic ramp
pan=j.phasor(0.25);//some panning from a phasor (object is equal power)
delayed=delay.dl(tune, ramp, 0.9)*0.125;//the delay line
//then it all gets mixed.
mixed=((a.sinewave(patch1)*0.5)+((d.saw(patch2))*0.125)+(delayed*0.3)*0.5);
//add some noise
noise=i.noise()*0.25;
filtered2=beats.play(1*(1./16.),0,beats.length);
// filtered2=beats.play(-1);
more=squarewave.pulse(melody[morebeats],pan)*0.05;
//filter the noise! this lores takes values between 1 and 100 for res, and freq for cutoff.
filtered=myfilter.lores(filtered2, 1+(pan*10000), 10)*0.4;
//now we send the sounds to some stereo busses.
mymix.stereo(more+mixed+delayed, outputs, 1-pan);
bobbins.stereo(filtered, moreoutputs, pan);//invert the pan
//mixing
output[0]=outputs[0]+moreoutputs[0];//stick it in the out!!
output[1]=outputs[1]+moreoutputs[1];
}
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