// Create a device.
var dev = audioLib.AudioDevice(function(sampleBuffer){
	// Fill the buffer here.
}, channelCount, preBufferSize, sampleRate);

// Note that all the arguments are optional, so if you want to create a write-only device, you can leave the arguments blank.
// Writing buffers:
dev.writeBuffer(buffer);

// Or create a scheduled AudioDevice
var dev = audioLib.AudioDevice.createScheduled(/* same arguments as for the normal AudioDevice call */);

// Schedule an event
dev.schedule(function(){
	// do something, change oscillator frequency, whatever, see ./tests/scheduling.html for an example.
});

// Effects

var del = new audioLib.Delay(sampleRate, delay, feedback);

var flt = new audioLib.IIRFilter(sampleRate, cutoffFreq, resonance);

var flt = new audioLib.LP12Filter(sampleRate, cutoffFreq, resonance);

var flt = new audioLib.LowPassFilter(sampleRate, cutoffFreq, resonance);

var dist = new audioLib.Distortion(sampleRate);

// to feed a new input sample
effect.pushSample(sample);
// to get the output
sample = effect.getMix();

// Synthesis

var osc = new audioLib.Oscillator(sampleRate, frequency);

// to generate a new sample
osc.generate(fm1, fm2, ..., fmX);
// to get the output
osc.getMix();

// Sampler

var sampler = new audioLib.Sampler(sampleRate, sampleBuffer, defaultPitch);

// Envelopes

var adsr = new audioLib.ADSREnvelope(sampleRate, attack, decay, sustain, release);

// to trigger the gate
adsr.triggerGate(isOpen);
// to update the value ** Do this on every sample fetch for this to work properly. also returns the current value
adsr.generate();
// Get the value
adsr.value; // 0.0 - 1.0, unless you put something more as sustain

var stepSeq = new audioLib.StepSequencer(sampleRate, stepLength, stepArray, attack);

// To start the sequence over
stepSeq.triggerGate();
// to update the value ** Do this on every sample fetch for this to work properly. also returns the current value
stepSeq.generate();
// Get the value
stepSeq.value; // 0.0 - 1.0

//Recording

var rec = dev.record();

// To stop
rec.stop();
// To export wav
var audioElement = new Audio(
	'data:audio/wav;base64,' +
	btoa( rec.toWav() ) // presuming btoa is supported
);

// Resampling buffers
audioLib.Sampler.resample(buffer, fromSampleRate, fromFrequency, toSampleRate, toFrequency);

// Effect chains
var fx = new audioLib.EffectChain(fx1, fx2, fx3 /*, ...*/);
// Or...
var fx = fx1.join(fx2, fx3 /*, ...*/);

// Used just as if it were a single effect:
sample = fx.pushSample(sample);

// You can adjust mix or other properties of the chain simply as it were an array.
fx[0].mix = 0.75;