org.si.sound.synthesizers.AnalogSynth

	Property	Defined By
		amplitudeModulation : int amplitude modulation.	BasicSynth
		attackTime : Number [override] VCA attack time [0-1], This value is not linear.	AnalogSynth
		balance : Number mixing balance of 2 oscillators (0-1), 0=1st only, 0.5=same volume, 1=2nd only.	AnalogSynth
		con : int connection algorism of 2 oscillators	AnalogSynth
		cutoff : Number [override]	AnalogSynth
		decayTime : Number VCA decay time [0-1], This value is not linear.	AnalogSynth
		filterType : int filter type (0:lowpass, 1:bandpass, 2:highpass)	BasicSynth
		lfoCycleFrames : int modulation (low-frequency oscillator) cycle frames.	BasicSynth
		lfoWaveShape : int modulation (low-frequency oscillator) wave shape, 0=saw, 1=square, 2=triangle, 3=random.	BasicSynth
		pitchModulation : int pitch modulation.	BasicSynth
		releaseTime : Number [override] VCA release time [0-1], This value is not linear.	AnalogSynth
		resonance : Number low-pass filter resonance(0-1).	BasicSynth
		sustainLevel : Number VCA sustain level [0-1], This value is not linear.	AnalogSynth
		vcfAttackTime : Number VCF attack time [0-1], This value is not linear.	AnalogSynth
		vcfDecayTime : Number VCF decay time [0-1], This value is not linear.	AnalogSynth
		vcfPeakCutoff : Number VCF peak cutoff [0-1].	AnalogSynth
		vco2pitch : Number pitch difference in osc1 and 2.	AnalogSynth
		voice : SiONVoice voice setting	VoiceReference
		ws1 : int wave shape of 1st oscillator	AnalogSynth
		ws2 : int wave shape of 2nd oscillator	AnalogSynth

	Property	Defined By
		_tracks : Vector.<SiMMLTrack> tracks to control	BasicSynth

	Method	Defined By
		AnalogSynth(connectionType:int = 0, ws1:int = 1, ws2:int = 1, balance:Number = 0.5, vco2pitch:Number = 0.1) constructor	AnalogSynth
		setAmplitudeModulation(depth:int = 0, end_depth:int = 0, delay:int = 0, term:int = 0):void Set amplitude modulation parameters (same as "ma" command in MML).	BasicSynth
		setFilterEnvelop(filterType:int = 0, cutoff:Number = 1, resonance:Number = 0, far:int = 0, fdr1:int = 0, fdr2:int = 0, frr:int = 0, fdc1:Number = 1, fdc2:Number = 0.5, fsc:Number = 0.25, frc:Number = 1):void set filter envelop (same as '@f' command in MML).	BasicSynth
		setLPFEnvelop(cutoff:Number = 1, resonance:Number = 0, far:int = 0, fdr1:int = 0, fdr2:int = 0, frr:int = 0, fdc1:Number = 1, fdc2:Number = 0.5, fsc:Number = 0.25, frc:Number = 1):void [Please use setFilterEnvelop instead of this function].	BasicSynth
		setPitchModulation(depth:int = 0, end_depth:int = 0, delay:int = 0, term:int = 0):void Set amplitude modulation parameters (same as "mp" command in MML).	BasicSynth
		setVCAEnvelop(attackTime:Number, decayTime:Number, sustainLevel:Number, releaseTime:Number):AnalogSynth set VCA envelope.	AnalogSynth
		setVCFEnvelop(cutoff:Number = 1, resonance:Number = 0, attackTime:Number = 0, decayTime:Number = 0, peakCutoff:Number = 1):AnalogSynth set VCF envelope, This is a simplification of BasicSynth.setLPFEnvelop().	AnalogSynth

	Constant	Defined By
		CONNECT_NORMAL : int = 0 [static] nromal connection	AnalogSynth
		CONNECT_RING : int = 1 [static] ring connection	AnalogSynth
		CONNECT_SYNC : int = 2 [static] sync connection	AnalogSynth
		NOISE : int = 6 [static] wave shape number of noise wave	AnalogSynth
		SAW : int = 1 [static] wave shape number of saw wave	AnalogSynth
		SINE : int = 0 [static] wave shape number of sine wave	AnalogSynth
		SQUARE : int = 5 [static] wave shape number of square wave	AnalogSynth
		TRIANGLE : int = 4 [static] wave shape number of triangle wave	AnalogSynth

Property Detail

attackTime

property

attackTime:Number[override]

VCA attack time [0-1], This value is not linear.

Implementation
public function get attackTime():Number
public function set attackTime(value:Number):void

balance

property

balance:Number

mixing balance of 2 oscillators (0-1), 0=1st only, 0.5=same volume, 1=2nd only.

Implementation
public function get balance():Number
public function set balance(value:Number):void

con

property

con:int

connection algorism of 2 oscillators

Implementation
public function get con():int
public function set con(value:int):void

cutoff

property

cutoff:Number[override]

Implementation
public function get cutoff():Number
public function set cutoff(value:Number):void

decayTime

property

decayTime:Number

VCA decay time [0-1], This value is not linear.

Implementation
public function get decayTime():Number
public function set decayTime(value:Number):void

releaseTime

property

releaseTime:Number[override]

VCA release time [0-1], This value is not linear.

Implementation
public function get releaseTime():Number
public function set releaseTime(value:Number):void

sustainLevel

property

sustainLevel:Number

VCA sustain level [0-1], This value is not linear.

Implementation
public function get sustainLevel():Number
public function set sustainLevel(value:Number):void

vcfAttackTime

property

vcfAttackTime:Number

VCF attack time [0-1], This value is not linear.

Implementation
public function get vcfAttackTime():Number
public function set vcfAttackTime(value:Number):void

vcfDecayTime

property

vcfDecayTime:Number

VCF decay time [0-1], This value is not linear.

Implementation
public function get vcfDecayTime():Number
public function set vcfDecayTime(value:Number):void

vcfPeakCutoff

property

vcfPeakCutoff:Number

VCF peak cutoff [0-1].

Implementation
public function get vcfPeakCutoff():Number
public function set vcfPeakCutoff(value:Number):void

vco2pitch

property

vco2pitch:Number

pitch difference in osc1 and 2. 1 = halftone.

Implementation
public function get vco2pitch():Number
public function set vco2pitch(value:Number):void

ws1

property

ws1:int

wave shape of 1st oscillator

Implementation
public function get ws1():int
public function set ws1(value:int):void

ws2

property

ws2:int

wave shape of 2nd oscillator

Implementation
public function get ws2():int
public function set ws2(value:int):void

Constructor Detail

AnalogSynth

()

Constructor

public function AnalogSynth(connectionType:int = 0, ws1:int = 1, ws2:int = 1, balance:Number = 0.5, vco2pitch:Number = 0.1)

constructor

Parameters

	`connectionType:int` (default = `0`) — Connection type, 0=normal, 1=ring, 2=sync.

	`ws1:int` (default = `1`) — Wave shape for osc1.

	`ws2:int` (default = `1`) — Wave shape for osc2.

	`balance:Number` (default = `0.5`) — mixing balance of 2 osccilators (0-1), 0=1st only, 0.5=same volume, 1=2nd only.

	`vco2pitch:Number` (default = `0.1`) — pitch difference in osc1 and 2. 1 for halftone.

Method Detail

setVCAEnvelop

()

method

public function setVCAEnvelop(attackTime:Number, decayTime:Number, sustainLevel:Number, releaseTime:Number):AnalogSynth

set VCA envelope. This provide basic ADSR envelop.

Parameters

	`attackTime:Number` — attack time [0-1]. This value is not linear.

	`decayTime:Number` — decay time [0-1]. This value is not linear.

	`sustainLevel:Number` — sustain level [0-1]. This value is not linear.

	`releaseTime:Number` — release time [0-1]. This value is not linear.

Returns

AnalogSynth — this instance

setVCFEnvelop

()

method

 public function setVCFEnvelop(cutoff:Number = 1, resonance:Number = 0, attackTime:Number = 0, decayTime:Number = 0, peakCutoff:Number = 1):AnalogSynth

set VCF envelope, This is a simplification of BasicSynth.setLPFEnvelop().

Parameters

	`cutoff:Number` (default = `1`) — cutoff frequency[0-1].

	`resonance:Number` (default = `0`) — resonanse[0-1].

	`attackTime:Number` (default = `0`) — attack time [0-1]. This value is not linear.

	`decayTime:Number` (default = `0`) — decay time [0-1]. This value is not linear.

	`peakCutoff:Number` (default = `1`)

Returns

AnalogSynth — this instance

Constant Detail

CONNECT_NORMAL

Constant

public static const CONNECT_NORMAL:int = 0

nromal connection

CONNECT_RING

Constant

public static const CONNECT_RING:int = 1

ring connection

CONNECT_SYNC

Constant

public static const CONNECT_SYNC:int = 2

sync connection

NOISE

Constant

public static const NOISE:int = 6

wave shape number of noise wave

SAW

Constant

public static const SAW:int = 1

wave shape number of saw wave

SINE

Constant

public static const SINE:int = 0

wave shape number of sine wave

SQUARE

Constant

public static const SQUARE:int = 5

wave shape number of square wave

TRIANGLE

Constant

public static const TRIANGLE:int = 4

wave shape number of triangle wave

Fri Jan 22 2016, 07:46 PM +09:00

SiON version 0.66 API Documentation	All Packages \| All Classes \| Index \| Frames No Frames
AnalogSynth	Properties \| Methods \| Constants

Package	org.si.sound.synthesizers
Class	public class AnalogSynth
Inheritance	AnalogSynth BasicSynth VoiceReference Object