// =======================================================================================================================================================================================
// Example 1
// 4 Sine Wave Oscillators with individual pitch control (Y MODE, Encoders 1A, 2A, 3A & 4A)
// Sinewave 1 (sine1) = 200hz
// Sinewave 2 (sine2) = 300hz
// Sinewave 3 (sine3) = 400hz
// Sinewave 4 (sine4) = 500hz
// Pitch control for each Sinewave is +/- 1000hz
// NOTE: SuperCollider Oscillators work at positive and negative frequencies (you'll notice this when turning the encoders)
// =======================================================================================================================================================================================

s.waitForBoot{

	"../OSCfunctions.scd".loadRelative; // This will load OSC definitions so that SuperCollider knows what to expect on its OSC software port (i.e. wahat encoder data-streams etc.)
	                                    // Having these defenitions in a seperate file saves you from having to copy/paste the same defenintions in each patch file.

x = {

		// This is where you define your parameters
		// You can define all possible Planet Drone parameters even when you only use a few of them
		// Remember that the patch filename pre-fix (4_, 8_, 12_ or 16_) gives you access to either the first 4, first 8, first 12 or all 16 "planetDrone_" parameters
		// "planetDrone_effect_1" to "planetDrone_effect_3" are always accepted.
        	arg
		planetDrone_1a,	planetDrone_2a,	planetDrone_3a, planetDrone_4a,   // Y-MODE, Encoders 1A, 2A, 3A and 4A
        	planetDrone_1b,	planetDrone_2b,	planetDrone_3b,	planetDrone_4b,   // Y-MODE, Encoders 1B, 2B, 3B and 4B
		planetDrone_1c,	planetDrone_2c,	planetDrone_3c,	planetDrone_4c,   // Y-MODE, Encoders 1C, 2C, 3C and 4C
		planetDrone_1d,	planetDrone_2d,	planetDrone_3d,	planetDrone_4d,   // Y-MODE, Encoders 1D, 2D, 3D and 4D
        	planetDrone_effect_1, planetDrone_effect_2,	planetDrone_effect_3, // X-MODE, Encoders 1 EFF, 2 EFF, 3 EFF
		sine1, sine2, sine3, sine4,
		result;

		sine1 = SinOsc.ar(200 + (planetDrone_1a * 1000), 0, 0.5).dup; // Sine Oscillator 1, 200hz +/- ("Range of planetDrone_1a = -1 and less ..0.. +1 and more" * 1000)
		sine2 = SinOsc.ar(300 + (planetDrone_2a * 1000), 0, 0.5).dup; // Sine Oscillator 2, 300hz +/- ("Range of planetDrone_1a = -1 and less ..0.. +1 and more" * 1000)
		sine3 = SinOsc.ar(400 + (planetDrone_3a * 1000), 0, 0.5).dup; // Sine Oscillator 3, 400hz +/- ("Range of planetDrone_1a = -1 and less ..0.. +1 and more" * 1000)
		sine4 = SinOsc.ar(500 + (planetDrone_4a * 1000), 0, 0.5).dup; // Sine Oscillator 4, 500hz +/- ("Range of planetDrone_1a = -1 and less ..0.. +1 and more" * 1000)

		result = (sine1 + sine2 + sine3 + sine4); // Mix Sinewaves

}.play;

	s.volume = -95; // This is the initial patch volume and it's controlled by X-MODE, Encoder 4 Volume.
	                // You have to turn up the volume to hear audio.
	                // Set to -10 or so when developing a patch so that you don't turn up the volume each time you test your creative patch!

}

// =======================================================================================================================================================================================





// =======================================================================================================================================================================================
// Example 2
// 4 Sine Wave Oscillators with individual pitch control (Y MODE, 1A, 2A, 3A & 4A)
// ... plus a fixed frequency change of +/- 100hz each at a slow frequency of 0.25hz
// Sinewave 1 (sine1) = 200hz
// Sinewave 2 (sine2) = 300hz
// Sinewave 3 (sine3) = 400hz
// Sinewave 4 (sine4) = 500hz
// =======================================================================================================================================================================================

s.waitForBoot{

"../OSCfunctions.scd".loadRelative;

x = {

        arg
	  planetDrone_1a,	planetDrone_2a,	planetDrone_3a, planetDrone_4a,
        planetDrone_1b,	planetDrone_2b,	planetDrone_3b,	planetDrone_4b,
	  planetDrone_1c,	planetDrone_2c,	planetDrone_3c,	planetDrone_4c,
	  planetDrone_1d,	planetDrone_2d,	planetDrone_3d,	planetDrone_4d,
        planetDrone_effect_1, planetDrone_effect_2,	planetDrone_effect_3,
	  sine1, sine2, sine3, sine4,
	  result;

	  sine1 = SinOsc.ar(200 + (planetDrone_1a * 1000) + SinOsc.ar(0.25, 0, 100), 0, 0.5).dup;
	  sine2 = SinOsc.ar(300 + (planetDrone_2a * 1000) + SinOsc.ar(0.25, 0, 100), 0, 0.5).dup;
	  sine3 = SinOsc.ar(400 + (planetDrone_3a * 1000) + SinOsc.ar(0.25, 0, 100), 0, 0.5).dup;
	  sine4 = SinOsc.ar(500 + (planetDrone_4a * 1000) + SinOsc.ar(0.25, 0, 100), 0, 0.5).dup;

	  result = (sine1 + sine2 + sine3 + sine4);

}.play;

s.volume = -95;

}

// =======================================================================================================================================================================================





// =======================================================================================================================================================================================
// Example 3
// 4 Sine Wave Oscillators with individual pitch control (Y MODE, 1A, 2A, 3A & 4A)
// ... plus a fixed frequency change of +/- 100hz each at a slow frequency of 0.25hz
// ....plus a variable frequency change of the "wobble" using X-MODE Encoder 1 EFF by +/- 4hz
// Sinewave 1 (sine1) = 200hz
// Sinewave 2 (sine2) = 300hz
// Sinewave 3 (sine3) = 400hz
// Sinewave 4 (sine4) = 500hz
// =======================================================================================================================================================================================

s.waitForBoot{

"../OSCfunctions.scd".loadRelative;

x = {

        arg
		planetDrone_1a,	planetDrone_2a,	planetDrone_3a, planetDrone_4a,
        	planetDrone_1b,	planetDrone_2b,	planetDrone_3b,	planetDrone_4b,
		planetDrone_1c,	planetDrone_2c,	planetDrone_3c,	planetDrone_4c,
		planetDrone_1d,	planetDrone_2d,	planetDrone_3d,	planetDrone_4d,
        	planetDrone_effect_1, planetDrone_effect_2,	planetDrone_effect_3,
		sine1, sine2, sine3, sine4,
		result;

		sine1 = SinOsc.ar(200 + (planetDrone_1a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100), 0, 0.5).dup;
		sine2 = SinOsc.ar(300 + (planetDrone_2a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100), 0, 0.5).dup;
		sine3 = SinOsc.ar(400 + (planetDrone_3a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100), 0, 0.5).dup;
		sine4 = SinOsc.ar(500 + (planetDrone_4a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100), 0, 0.5).dup;

		result = (sine1 + sine2 + sine3 + sine4);

}.play;

s.volume = -95;

}

// =======================================================================================================================================================================================





// =======================================================================================================================================================================================
// Example 4
// 4 Sine Wave Oscillators with individual pitch control (Y MODE, 1A, 2A, 3A & 4A)
// ... plus a fixed frequency change of +/- 100hz each at a slow frequency of 0.25hz
// ... plus a variable frequency change of the "wobble" using X-MODE Encoder 1 EFF by +/- 4hz
// ... plus now with frequency depth using X-MODE Encoder 2 EFF
// Sinewave 1 (sine1) = 200hz
// Sinewave 2 (sine2) = 300hz
// Sinewave 3 (sine3) = 400hz
// Sinewave 4 (sine4) = 500hz
// =======================================================================================================================================================================================

s.waitForBoot{

"../OSCfunctions.scd".loadRelative;

x = {

        	arg
		planetDrone_1a,	planetDrone_2a,	planetDrone_3a, planetDrone_4a,
        	planetDrone_1b,	planetDrone_2b,	planetDrone_3b,	planetDrone_4b,
		planetDrone_1c,	planetDrone_2c,	planetDrone_3c,	planetDrone_4c,
		planetDrone_1d,	planetDrone_2d,	planetDrone_3d,	planetDrone_4d,
        	planetDrone_effect_1, planetDrone_effect_2,	planetDrone_effect_3,
		sine1, sine2, sine3, sine4,
		result;

		sine1 = SinOsc.ar(200 + (planetDrone_1a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;
		sine2 = SinOsc.ar(300 + (planetDrone_2a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;
		sine3 = SinOsc.ar(400 + (planetDrone_3a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;
		sine4 = SinOsc.ar(500 + (planetDrone_4a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;

		result = (sine1 + sine2 + sine3 + sine4);

}.play;

s.volume = -95;

}

// =======================================================================================================================================================================================





// =======================================================================================================================================================================================
// Example 5
// 4 Sine Wave Oscillators with individual pitch control (Y MODE, 1A, 2A, 3A & 4A)
// ... plus a fixed frequency change of +/- 100hz each at a slow frequency of 0.25hz
// ... plus a variable frequency change of the "wobble" using X-MODE Encoder 1 EFF by +/- 4hz
// ... plus now with frequency depth using X-MODE Encoder 2 EFF
// ... plus with even more frequency shift but this time at different depths using  X-MODE Encoder 3 EFF
// Sinewave 1 (sine1) = 200hz
// Sinewave 2 (sine2) = 300hz
// Sinewave 3 (sine3) = 400hz
// Sinewave 4 (sine4) = 500hz
// =======================================================================================================================================================================================

s.waitForBoot{

"../OSCfunctions.scd".loadRelative;

x = {

        	arg
		planetDrone_1a,	planetDrone_2a,	planetDrone_3a, planetDrone_4a,
        	planetDrone_1b,	planetDrone_2b,	planetDrone_3b,	planetDrone_4b,
		planetDrone_1c,	planetDrone_2c,	planetDrone_3c,	planetDrone_4c,
		planetDrone_1d,	planetDrone_2d,	planetDrone_3d,	planetDrone_4d,
        	planetDrone_effect_1, planetDrone_effect_2,	planetDrone_effect_3,
		sine1, sine2, sine3, sine4,
		result;

		sine1 = SinOsc.ar(200 + (planetDrone_1a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) + (planetDrone_effect_3*20), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;
		sine2 = SinOsc.ar(300 + (planetDrone_2a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) - (planetDrone_effect_3*5.25), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;
		sine3 = SinOsc.ar(400 + (planetDrone_3a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) + (planetDrone_effect_3*30), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;
		sine4 = SinOsc.ar(500 + (planetDrone_4a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) - (planetDrone_effect_3*10.75), 0, 100 + (planetDrone_effect_2*250)), 0, 0.5).dup;

		result = (sine1 + sine2 + sine3 + sine4);

}.play;

s.volume = -95;

}

// =======================================================================================================================================================================================





// =======================================================================================================================================================================================
// Example 6
// Like example 5 but with a fixed amount of reverb to get you droning!
// =======================================================================================================================================================================================

s.waitForBoot{

"../OSCfunctions.scd".loadRelative;

x = {

        	arg
		planetDrone_1a,	planetDrone_2a,	planetDrone_3a, planetDrone_4a,
        	planetDrone_1b,	planetDrone_2b,	planetDrone_3b,	planetDrone_4b,
		planetDrone_1c,	planetDrone_2c,	planetDrone_3c,	planetDrone_4c,
		planetDrone_1d,	planetDrone_2d,	planetDrone_3d,	planetDrone_4d,
        	planetDrone_effect_1, planetDrone_effect_2,	planetDrone_effect_3,
		sine1, sine2, sine3, sine4,
		result;

        GVerb.ar(

		sine1 = SinOsc.ar(200 + (planetDrone_1a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) + (planetDrone_effect_3*20), 0, 100 + (planetDrone_effect_2*250)), 0, 0.1).dup;
         	sine2 = SinOsc.ar(300 + (planetDrone_2a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) - (planetDrone_effect_3*5.25), 0, 100 + (planetDrone_effect_2*250)), 0, 0.1).dup;
         	sine3 = SinOsc.ar(400 + (planetDrone_3a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) + (planetDrone_effect_3*30), 0, 100 + (planetDrone_effect_2*250)), 0, 0.1).dup;
         	sine4 = SinOsc.ar(500 + (planetDrone_4a * 1000) + SinOsc.ar(0.25 + (planetDrone_effect_1*4) - (planetDrone_effect_3*10.75), 0, 100 + (planetDrone_effect_2*250)), 0, 0.1).dup;

         result = (sine1 + sine2 + sine3 + sine4),

        roomsize: 25, revtime: 4, damping: 0.4, inputbw: 0.15, spread: 18, drylevel: -8, earlyreflevel: -9, taillevel: -8, maxroomsize: 100, mul: 0.1, add: 0)

	}.play;

s.volume = -95;

}

// =======================================================================================================================================================================================