Cracked Documentation examples/filters.html

Lowpass

//create & connect white noise and //lowpass filter (with a frequency of 600) to output __().white().lowpass(600).dac(.25); __("white").start();
Frequency Q

Highpass

//create & connect white noise and //highpass filter (with a frequency of 1800 & Q of 10) to output __().white().highpass({frequency:1000,q:10}).dac(.25); __("white").start();
Frequency Q

Bandpass

//create & connect white noise and //a bandpass filter (with a frequency of 880 & Q of 10) to output __().white().bandpass({frequency:880,q:10}).dac(); __("white").start();
Frequency Q

Lowshelf

//create & connect white noise and a lowshelf filter //(with a frequency of 440, gain of 1 & Q of 10) to output __().white().lowshelf({frequency:440,q:10,gain:1}).dac(.15); __("white").start();
Frequency Q Gain

Highshelf

//create & connect white noise and a highshelf filter //(with a frequency of 880, gain of 1 & Q of 10) to output __().white().highshelf({frequency:880,q:10,gain:1}).dac(.25); __("white").start();
Frequency Q Gain

Peaking

//create & connect white noise and peaking filter //(with a frequency of 220) to output __().white().peaking(220).dac(.25); __("white").start();
Frequency Q Gain

Notch

//create & connect white noise and notch filter to output __().white().notch(440).dac(.25); __("white").start();
Frequency Q

Allpass

//create & connect white noise // and allpass filter to output __().white().allpass().dac(.25); __("white").start();
Frequency Q