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// // LxProtocolLight.java // LIFX//from ww w . ja v a2 s . com // // Created by Jarrod Boyes on 24/03/14. // Copyright (c) 2014 LIFX Labs. All rights reserved. // // Start File: @./LxProtocolLight.java package lifx.java.android.entities.internal.structle; /* **** GENERATED CODE **** Start Of File: LxProtocolLight.java */ import android.annotation.SuppressLint; import java.util.HashMap; import lifx.java.android.entities.internal.structle.StructleTypes.Bool8; import lifx.java.android.entities.internal.structle.StructleTypes.Float32; import lifx.java.android.entities.internal.structle.StructleTypes.Int16; import lifx.java.android.entities.internal.structle.StructleTypes.Int32; import lifx.java.android.entities.internal.structle.StructleTypes.Int64; import lifx.java.android.entities.internal.structle.StructleTypes.LxProtocolTypeBase; import lifx.java.android.entities.internal.structle.StructleTypes.ProtocolField; import lifx.java.android.entities.internal.structle.StructleTypes.RoutingField; import lifx.java.android.entities.internal.structle.StructleTypes.UInt16; import lifx.java.android.entities.internal.structle.StructleTypes.UInt32; import lifx.java.android.entities.internal.structle.StructleTypes.UInt64; import lifx.java.android.entities.internal.structle.StructleTypes.UInt8; @SuppressLint( "UseSparseArrays") @SuppressWarnings( "unused") public class LxProtocolLight { public enum Waveform // Enum Lx::Protocol::Light::Waveform { LX_PROTOCOL_LIGHT_WAVEFORM_SAW, // LX_PROTOCOL_LIGHT_WAVEFORM_SAW = 0 LX_PROTOCOL_LIGHT_WAVEFORM_SINE, // LX_PROTOCOL_LIGHT_WAVEFORM_SINE = 1 LX_PROTOCOL_LIGHT_WAVEFORM_HALF_SINE, // LX_PROTOCOL_LIGHT_WAVEFORM_HALF_SINE = 2 LX_PROTOCOL_LIGHT_WAVEFORM_TRIANGLE, // LX_PROTOCOL_LIGHT_WAVEFORM_TRIANGLE = 3 LX_PROTOCOL_LIGHT_WAVEFORM_PULSE, // LX_PROTOCOL_LIGHT_WAVEFORM_PULSE = 4 }; public static HashMap<Waveform,Integer> waveformValueMap; public static HashMap<Integer,Waveform> waveformMap; static { waveformValueMap = new HashMap<Waveform,Integer>(); waveformMap = new HashMap<Integer,Waveform>(); waveformValueMap.put( Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_SAW, 0); waveformMap.put( 0, Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_SAW); waveformValueMap.put( Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_SINE, 1); waveformMap.put( 1, Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_SINE); waveformValueMap.put( Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_HALF_SINE, 2); waveformMap.put( 2, Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_HALF_SINE); waveformValueMap.put( Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_TRIANGLE, 3); waveformMap.put( 3, Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_TRIANGLE); waveformValueMap.put( Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_PULSE, 4); waveformMap.put( 4, Waveform.LX_PROTOCOL_LIGHT_WAVEFORM_PULSE); }; public static class Hsbk extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::Hsbk { // Fields: hue, saturation, brightness, kelvin; private UInt16 hue; // Field: hue - Structle::Uint16 byte offset: 0 private UInt16 saturation; // Field: saturation - Structle::Uint16 byte offset: 2 private UInt16 brightness; // Field: brightness - Structle::Uint16 byte offset: 4 private UInt16 kelvin; // Field: kelvin - Structle::Uint16 byte offset: 6 private static final int PAYLOAD_SIZE = 8; public Hsbk( byte[] bytes) { this( bytes, 0); } public Hsbk( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[2]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; hue = new UInt16( member0Data); byte[] member1Data = new byte[2]; member1Data[0] = bytes[initialOffset + 2]; member1Data[1] = bytes[initialOffset + 3]; saturation = new UInt16( member1Data); byte[] member2Data = new byte[2]; member2Data[0] = bytes[initialOffset + 4]; member2Data[1] = bytes[initialOffset + 5]; brightness = new UInt16( member2Data); byte[] member3Data = new byte[2]; member3Data[0] = bytes[initialOffset + 6]; member3Data[1] = bytes[initialOffset + 7]; kelvin = new UInt16( member3Data); } public Hsbk( Object padding , UInt16 hue , UInt16 saturation , UInt16 brightness , UInt16 kelvin ) { this.hue = hue; this.saturation = saturation; this.brightness = brightness; this.kelvin = kelvin; } public UInt16 getHue() { return hue; } public UInt16 getSaturation() { return saturation; } public UInt16 getBrightness() { return brightness; } public UInt16 getKelvin() { return kelvin; } public void printMessageData() { hue.printValue( "hue"); // Field: hue - Structle::Uint16 byte offset: 8 saturation.printValue( "saturation"); // Field: saturation - Structle::Uint16 byte offset: 8 brightness.printValue( "brightness"); // Field: brightness - Structle::Uint16 byte offset: 8 kelvin.printValue( "kelvin"); // Field: kelvin - Structle::Uint16 byte offset: 8 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , UInt16 hue , UInt16 saturation , UInt16 brightness , UInt16 kelvin ) { byte[] memberData; // = name.getBytes(); memberData = hue.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = saturation.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = brightness.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = kelvin.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , UInt16 hue , UInt16 saturation , UInt16 brightness , UInt16 kelvin ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , hue , saturation , brightness , kelvin ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = hue.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = saturation.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = brightness.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = kelvin.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class Get extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::Get { private static final int PAYLOAD_SIZE = 0; public Get( byte[] bytes) { this( bytes, 0); } public Get( byte[] bytes, int initialOffset) { } public Get( Object padding ) { } public void printMessageData() { } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset ) { byte[] memberData; // = name.getBytes(); } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class Set extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::Set { // Fields: stream, color, duration; private UInt8 stream; // Field: stream - Structle::Uint8 byte offset: 0 private Hsbk color; // Field: color - Lx::Protocol::Light::Hsbk byte offset: 1 private UInt32 duration; // Field: duration - Structle::Uint32 byte offset: 9 private static final int PAYLOAD_SIZE = 13; public Set( byte[] bytes) { this( bytes, 0); } public Set( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[1]; member0Data[0] = bytes[initialOffset + 0]; stream = new UInt8( member0Data); byte[] member1Data = new byte[8]; member1Data[0] = bytes[initialOffset + 1]; member1Data[1] = bytes[initialOffset + 2]; member1Data[2] = bytes[initialOffset + 3]; member1Data[3] = bytes[initialOffset + 4]; member1Data[4] = bytes[initialOffset + 5]; member1Data[5] = bytes[initialOffset + 6]; member1Data[6] = bytes[initialOffset + 7]; member1Data[7] = bytes[initialOffset + 8]; color = new Hsbk( member1Data); // Field: color - Lx::Protocol::Light::Hsbk byte offset: 1 byte[] member2Data = new byte[4]; member2Data[0] = bytes[initialOffset + 9]; member2Data[1] = bytes[initialOffset + 10]; member2Data[2] = bytes[initialOffset + 11]; member2Data[3] = bytes[initialOffset + 12]; duration = new UInt32( member2Data); } public Set( Object padding , UInt8 stream , Hsbk color , UInt32 duration ) { this.stream = stream; this.color = color; this.duration = duration; } public UInt8 getStream() { return stream; } public Hsbk getColor() { return color; }; public UInt32 getDuration() { return duration; } public void printMessageData() { stream.printValue( "stream"); // Field: stream - Structle::Uint8 byte offset: 13 color.printMessageData(); // Field: color - Lx::Protocol::Light::Hsbk byte offset: 13 duration.printValue( "duration"); // Field: duration - Structle::Uint32 byte offset: 13 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , UInt8 stream , Hsbk color , UInt32 duration ) { byte[] memberData; // = name.getBytes(); memberData = stream.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = duration.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , UInt8 stream , Hsbk color , UInt32 duration ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , stream , color , duration ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = stream.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = duration.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class SetWaveform extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::SetWaveform { // Fields: stream, transient, color, period, cycles, duty_cycle, waveform; private UInt8 stream; // Field: stream - Structle::Uint8 byte offset: 0 private Bool8 transienttype; // Field: transienttype - Structle::Bool byte offset: 1 private Hsbk color; // Field: color - Lx::Protocol::Light::Hsbk byte offset: 2 private UInt32 period; // Field: period - Structle::Uint32 byte offset: 10 private Float32 cycles; // Field: cycles - Structle::Float byte offset: 14 private Int16 duty_cycle; // Field: duty_cycle - Structle::Int16 byte offset: 18 private UInt8 waveform; // Field: waveform - Structle::Uint8 byte offset: 20 private static final int PAYLOAD_SIZE = 21; public SetWaveform( byte[] bytes) { this( bytes, 0); } public SetWaveform( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[1]; member0Data[0] = bytes[initialOffset + 0]; stream = new UInt8( member0Data); byte[] member1Data = new byte[1]; member1Data[0] = bytes[initialOffset + 1]; transienttype = new Bool8( member1Data); byte[] member2Data = new byte[8]; member2Data[0] = bytes[initialOffset + 2]; member2Data[1] = bytes[initialOffset + 3]; member2Data[2] = bytes[initialOffset + 4]; member2Data[3] = bytes[initialOffset + 5]; member2Data[4] = bytes[initialOffset + 6]; member2Data[5] = bytes[initialOffset + 7]; member2Data[6] = bytes[initialOffset + 8]; member2Data[7] = bytes[initialOffset + 9]; color = new Hsbk( member2Data); // Field: color - Lx::Protocol::Light::Hsbk byte offset: 2 byte[] member3Data = new byte[4]; member3Data[0] = bytes[initialOffset + 10]; member3Data[1] = bytes[initialOffset + 11]; member3Data[2] = bytes[initialOffset + 12]; member3Data[3] = bytes[initialOffset + 13]; period = new UInt32( member3Data); byte[] member4Data = new byte[4]; member4Data[0] = bytes[initialOffset + 14]; member4Data[1] = bytes[initialOffset + 15]; member4Data[2] = bytes[initialOffset + 16]; member4Data[3] = bytes[initialOffset + 17]; cycles = new Float32( member4Data); byte[] member5Data = new byte[2]; member5Data[0] = bytes[initialOffset + 18]; member5Data[1] = bytes[initialOffset + 19]; duty_cycle = new Int16( member5Data); byte[] member6Data = new byte[1]; member6Data[0] = bytes[initialOffset + 20]; waveform = new UInt8( member6Data); } public SetWaveform( Object padding , UInt8 stream , Bool8 transienttype , Hsbk color , UInt32 period , Float32 cycles , Int16 duty_cycle , UInt8 waveform ) { this.stream = stream; this.transienttype = transienttype; this.color = color; this.period = period; this.cycles = cycles; this.duty_cycle = duty_cycle; this.waveform = waveform; } public UInt8 getStream() { return stream; } public Bool8 getTransienttype() { return transienttype; } public Hsbk getColor() { return color; }; public UInt32 getPeriod() { return period; } public Float32 getCycles() { return cycles; } public Int16 getDuty_cycle() { return duty_cycle; } public UInt8 getWaveform() { return waveform; } public void printMessageData() { stream.printValue( "stream"); // Field: stream - Structle::Uint8 byte offset: 21 transienttype.printValue( "transienttype"); // Field: transienttype - Structle::Bool byte offset: 21 color.printMessageData(); // Field: color - Lx::Protocol::Light::Hsbk byte offset: 21 period.printValue( "period"); // Field: period - Structle::Uint32 byte offset: 21 cycles.printValue( "cycles"); // Field: cycles - Structle::Float byte offset: 21 duty_cycle.printValue( "duty_cycle"); // Field: duty_cycle - Structle::Int16 byte offset: 21 waveform.printValue( "waveform"); // Field: waveform - Structle::Uint8 byte offset: 21 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , UInt8 stream , Bool8 transienttype , Hsbk color , UInt32 period , Float32 cycles , Int16 duty_cycle , UInt8 waveform ) { byte[] memberData; // = name.getBytes(); memberData = stream.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = transienttype.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = period.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = cycles.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = duty_cycle.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = waveform.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , UInt8 stream , Bool8 transienttype , Hsbk color , UInt32 period , Float32 cycles , Int16 duty_cycle , UInt8 waveform ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , stream , transienttype , color , period , cycles , duty_cycle , waveform ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = stream.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = transienttype.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = period.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = cycles.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = duty_cycle.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = waveform.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class SetDimAbsolute extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::SetDimAbsolute { // Fields: brightness, duration; private Int16 brightness; // Field: brightness - Structle::Int16 byte offset: 0 private UInt32 duration; // Field: duration - Structle::Uint32 byte offset: 2 private static final int PAYLOAD_SIZE = 6; public SetDimAbsolute( byte[] bytes) { this( bytes, 0); } public SetDimAbsolute( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[2]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; brightness = new Int16( member0Data); byte[] member1Data = new byte[4]; member1Data[0] = bytes[initialOffset + 2]; member1Data[1] = bytes[initialOffset + 3]; member1Data[2] = bytes[initialOffset + 4]; member1Data[3] = bytes[initialOffset + 5]; duration = new UInt32( member1Data); } public SetDimAbsolute( Object padding , Int16 brightness , UInt32 duration ) { this.brightness = brightness; this.duration = duration; } public Int16 getBrightness() { return brightness; } public UInt32 getDuration() { return duration; } public void printMessageData() { brightness.printValue( "brightness"); // Field: brightness - Structle::Int16 byte offset: 6 duration.printValue( "duration"); // Field: duration - Structle::Uint32 byte offset: 6 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , Int16 brightness , UInt32 duration ) { byte[] memberData; // = name.getBytes(); memberData = brightness.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = duration.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , Int16 brightness , UInt32 duration ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , brightness , duration ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = brightness.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = duration.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class SetDimRelative extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::SetDimRelative { // Fields: brightness, duration; private Int32 brightness; // Field: brightness - Structle::Int32 byte offset: 0 private UInt32 duration; // Field: duration - Structle::Uint32 byte offset: 4 private static final int PAYLOAD_SIZE = 8; public SetDimRelative( byte[] bytes) { this( bytes, 0); } public SetDimRelative( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[4]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; member0Data[2] = bytes[initialOffset + 2]; member0Data[3] = bytes[initialOffset + 3]; brightness = new Int32( member0Data); byte[] member1Data = new byte[4]; member1Data[0] = bytes[initialOffset + 4]; member1Data[1] = bytes[initialOffset + 5]; member1Data[2] = bytes[initialOffset + 6]; member1Data[3] = bytes[initialOffset + 7]; duration = new UInt32( member1Data); } public SetDimRelative( Object padding , Int32 brightness , UInt32 duration ) { this.brightness = brightness; this.duration = duration; } public Int32 getBrightness() { return brightness; } public UInt32 getDuration() { return duration; } public void printMessageData() { brightness.printValue( "brightness"); // Field: brightness - Structle::Int32 byte offset: 8 duration.printValue( "duration"); // Field: duration - Structle::Uint32 byte offset: 8 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , Int32 brightness , UInt32 duration ) { byte[] memberData; // = name.getBytes(); memberData = brightness.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = duration.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , Int32 brightness , UInt32 duration ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , brightness , duration ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = brightness.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = duration.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class Rgbw extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::Rgbw { // Fields: red, green, blue, white; private UInt16 red; // Field: red - Structle::Uint16 byte offset: 0 private UInt16 green; // Field: green - Structle::Uint16 byte offset: 2 private UInt16 blue; // Field: blue - Structle::Uint16 byte offset: 4 private UInt16 white; // Field: white - Structle::Uint16 byte offset: 6 private static final int PAYLOAD_SIZE = 8; public Rgbw( byte[] bytes) { this( bytes, 0); } public Rgbw( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[2]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; red = new UInt16( member0Data); byte[] member1Data = new byte[2]; member1Data[0] = bytes[initialOffset + 2]; member1Data[1] = bytes[initialOffset + 3]; green = new UInt16( member1Data); byte[] member2Data = new byte[2]; member2Data[0] = bytes[initialOffset + 4]; member2Data[1] = bytes[initialOffset + 5]; blue = new UInt16( member2Data); byte[] member3Data = new byte[2]; member3Data[0] = bytes[initialOffset + 6]; member3Data[1] = bytes[initialOffset + 7]; white = new UInt16( member3Data); } public Rgbw( Object padding , UInt16 red , UInt16 green , UInt16 blue , UInt16 white ) { this.red = red; this.green = green; this.blue = blue; this.white = white; } public UInt16 getRed() { return red; } public UInt16 getGreen() { return green; } public UInt16 getBlue() { return blue; } public UInt16 getWhite() { return white; } public void printMessageData() { red.printValue( "red"); // Field: red - Structle::Uint16 byte offset: 8 green.printValue( "green"); // Field: green - Structle::Uint16 byte offset: 8 blue.printValue( "blue"); // Field: blue - Structle::Uint16 byte offset: 8 white.printValue( "white"); // Field: white - Structle::Uint16 byte offset: 8 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , UInt16 red , UInt16 green , UInt16 blue , UInt16 white ) { byte[] memberData; // = name.getBytes(); memberData = red.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = green.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = blue.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = white.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , UInt16 red , UInt16 green , UInt16 blue , UInt16 white ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , red , green , blue , white ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = red.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = green.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = blue.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = white.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class SetRgbw extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::SetRgbw { // Fields: color; private Rgbw color; // Field: color - Lx::Protocol::Light::Rgbw byte offset: 0 private static final int PAYLOAD_SIZE = 8; public SetRgbw( byte[] bytes) { this( bytes, 0); } public SetRgbw( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[8]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; member0Data[2] = bytes[initialOffset + 2]; member0Data[3] = bytes[initialOffset + 3]; member0Data[4] = bytes[initialOffset + 4]; member0Data[5] = bytes[initialOffset + 5]; member0Data[6] = bytes[initialOffset + 6]; member0Data[7] = bytes[initialOffset + 7]; color = new Rgbw( member0Data); // Field: color - Lx::Protocol::Light::Rgbw byte offset: 0 } public SetRgbw( Object padding , Rgbw color ) { this.color = color; } public Rgbw getColor() { return color; }; public void printMessageData() { color.printMessageData(); // Field: color - Lx::Protocol::Light::Rgbw byte offset: 8 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , Rgbw color ) { byte[] memberData; // = name.getBytes(); memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , Rgbw color ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , color ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class State extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::State { // Fields: color, dim, power, label, tags; private Hsbk color; // Field: color - Lx::Protocol::Light::Hsbk byte offset: 0 private Int16 dim; // Field: dim - Structle::Int16 byte offset: 8 private UInt16 power; // Field: power - Structle::Uint16 byte offset: 10 private String label; // Field: label - Structle::String byte offset: 12 private UInt64 tags; // Field: tags - Structle::Uint64 byte offset: 44 private static final int PAYLOAD_SIZE = 52; public State( byte[] bytes) { this( bytes, 0); } public State( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[8]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; member0Data[2] = bytes[initialOffset + 2]; member0Data[3] = bytes[initialOffset + 3]; member0Data[4] = bytes[initialOffset + 4]; member0Data[5] = bytes[initialOffset + 5]; member0Data[6] = bytes[initialOffset + 6]; member0Data[7] = bytes[initialOffset + 7]; color = new Hsbk( member0Data); // Field: color - Lx::Protocol::Light::Hsbk byte offset: 0 byte[] member1Data = new byte[2]; member1Data[0] = bytes[initialOffset + 8]; member1Data[1] = bytes[initialOffset + 9]; dim = new Int16( member1Data); byte[] member2Data = new byte[2]; member2Data[0] = bytes[initialOffset + 10]; member2Data[1] = bytes[initialOffset + 11]; power = new UInt16( member2Data); byte[] member3Data = new byte[32]; member3Data[0] = bytes[initialOffset + 12]; member3Data[1] = bytes[initialOffset + 13]; member3Data[2] = bytes[initialOffset + 14]; member3Data[3] = bytes[initialOffset + 15]; member3Data[4] = bytes[initialOffset + 16]; member3Data[5] = bytes[initialOffset + 17]; member3Data[6] = bytes[initialOffset + 18]; member3Data[7] = bytes[initialOffset + 19]; member3Data[8] = bytes[initialOffset + 20]; member3Data[9] = bytes[initialOffset + 21]; member3Data[10] = bytes[initialOffset + 22]; member3Data[11] = bytes[initialOffset + 23]; member3Data[12] = bytes[initialOffset + 24]; member3Data[13] = bytes[initialOffset + 25]; member3Data[14] = bytes[initialOffset + 26]; member3Data[15] = bytes[initialOffset + 27]; member3Data[16] = bytes[initialOffset + 28]; member3Data[17] = bytes[initialOffset + 29]; member3Data[18] = bytes[initialOffset + 30]; member3Data[19] = bytes[initialOffset + 31]; member3Data[20] = bytes[initialOffset + 32]; member3Data[21] = bytes[initialOffset + 33]; member3Data[22] = bytes[initialOffset + 34]; member3Data[23] = bytes[initialOffset + 35]; member3Data[24] = bytes[initialOffset + 36]; member3Data[25] = bytes[initialOffset + 37]; member3Data[26] = bytes[initialOffset + 38]; member3Data[27] = bytes[initialOffset + 39]; member3Data[28] = bytes[initialOffset + 40]; member3Data[29] = bytes[initialOffset + 41]; member3Data[30] = bytes[initialOffset + 42]; member3Data[31] = bytes[initialOffset + 43]; int endOfStringIndex; byte[] subString; endOfStringIndex = member3Data.length; for( int i = 0; i < member3Data.length; i ++) { if( member3Data[i] == 0x00) { endOfStringIndex = i; break; } } subString = new byte[endOfStringIndex]; for( int i = 0; i < endOfStringIndex; i++) { subString[i] = member3Data[i]; } label = new String( subString); byte[] member4Data = new byte[8]; member4Data[0] = bytes[initialOffset + 44]; member4Data[1] = bytes[initialOffset + 45]; member4Data[2] = bytes[initialOffset + 46]; member4Data[3] = bytes[initialOffset + 47]; member4Data[4] = bytes[initialOffset + 48]; member4Data[5] = bytes[initialOffset + 49]; member4Data[6] = bytes[initialOffset + 50]; member4Data[7] = bytes[initialOffset + 51]; tags = new UInt64( member4Data); } public State( Object padding , Hsbk color , Int16 dim , UInt16 power , String label , UInt64 tags ) { this.color = color; this.dim = dim; this.power = power; this.label = label; this.tags = tags; } public Hsbk getColor() { return color; }; public Int16 getDim() { return dim; } public UInt16 getPower() { return power; } public String getLabel() { return label; } public UInt64 getTags() { return tags; } public void printMessageData() { color.printMessageData(); // Field: color - Lx::Protocol::Light::Hsbk byte offset: 52 dim.printValue( "dim"); // Field: dim - Structle::Int16 byte offset: 52 power.printValue( "power"); // Field: power - Structle::Uint16 byte offset: 52 System.out.println( label); // Field: label - Structle::String byte offset: 52 tags.printValue( "tags"); // Field: tags - Structle::Uint64 byte offset: 52 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , Hsbk color , Int16 dim , UInt16 power , String label , UInt64 tags ) { byte[] memberData; // = name.getBytes(); memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = dim.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = power.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; char[] labelchars = label.toCharArray(); //byte[] labelBytes = new byte[labelchars.length]; byte[] labelBytes = new byte[32]; for( int i = 0; i < 32; i++) { labelBytes[i] = 0x00; } for( int i = 0; i < labelchars.length; i++) { labelBytes[i] = (byte)labelchars[i]; } memberData = labelBytes; for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = tags.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , Hsbk color , Int16 dim , UInt16 power , String label , UInt64 tags ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , color , dim , power , label , tags ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = color.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = dim.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = power.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); char[] labelchars = label.toCharArray(); //byte[] labelBytes = new byte[labelchars.length]; byte[] labelBytes = new byte[32]; for( int i = 0; i < 32; i++) { labelBytes[i] = 0x00; } for( int i = 0; i < labelchars.length; i++) { labelBytes[i] = (byte)labelchars[i]; } memberData = labelBytes; for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = tags.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class GetRailVoltage extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::GetRailVoltage { private static final int PAYLOAD_SIZE = 0; public GetRailVoltage( byte[] bytes) { this( bytes, 0); } public GetRailVoltage( byte[] bytes, int initialOffset) { } public GetRailVoltage( Object padding ) { } public void printMessageData() { } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset ) { byte[] memberData; // = name.getBytes(); } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class StateRailVoltage extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::StateRailVoltage { // Fields: voltage; private UInt32 voltage; // Field: voltage - Structle::Uint32 byte offset: 0 private static final int PAYLOAD_SIZE = 4; public StateRailVoltage( byte[] bytes) { this( bytes, 0); } public StateRailVoltage( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[4]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; member0Data[2] = bytes[initialOffset + 2]; member0Data[3] = bytes[initialOffset + 3]; voltage = new UInt32( member0Data); } public StateRailVoltage( Object padding , UInt32 voltage ) { this.voltage = voltage; } public UInt32 getVoltage() { return voltage; } public void printMessageData() { voltage.printValue( "voltage"); // Field: voltage - Structle::Uint32 byte offset: 4 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , UInt32 voltage ) { byte[] memberData; // = name.getBytes(); memberData = voltage.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , UInt32 voltage ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , voltage ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = voltage.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class GetTemperature extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::GetTemperature { private static final int PAYLOAD_SIZE = 0; public GetTemperature( byte[] bytes) { this( bytes, 0); } public GetTemperature( byte[] bytes, int initialOffset) { } public GetTemperature( Object padding ) { } public void printMessageData() { } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset ) { byte[] memberData; // = name.getBytes(); } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class StateTemperature extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::StateTemperature { // Fields: temperature; private Int16 temperature; // Field: temperature - Structle::Int16 byte offset: 0 private static final int PAYLOAD_SIZE = 2; public StateTemperature( byte[] bytes) { this( bytes, 0); } public StateTemperature( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[2]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; temperature = new Int16( member0Data); } public StateTemperature( Object padding , Int16 temperature ) { this.temperature = temperature; } public Int16 getTemperature() { return temperature; } public void printMessageData() { temperature.printValue( "temperature"); // Field: temperature - Structle::Int16 byte offset: 2 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , Int16 temperature ) { byte[] memberData; // = name.getBytes(); memberData = temperature.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , Int16 temperature ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , temperature ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = temperature.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class Xyz extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::Xyz { // Fields: x, y, z; private Float32 x; // Field: x - Structle::Float byte offset: 0 private Float32 y; // Field: y - Structle::Float byte offset: 4 private Float32 z; // Field: z - Structle::Float byte offset: 8 private static final int PAYLOAD_SIZE = 12; public Xyz( byte[] bytes) { this( bytes, 0); } public Xyz( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[4]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; member0Data[2] = bytes[initialOffset + 2]; member0Data[3] = bytes[initialOffset + 3]; x = new Float32( member0Data); byte[] member1Data = new byte[4]; member1Data[0] = bytes[initialOffset + 4]; member1Data[1] = bytes[initialOffset + 5]; member1Data[2] = bytes[initialOffset + 6]; member1Data[3] = bytes[initialOffset + 7]; y = new Float32( member1Data); byte[] member2Data = new byte[4]; member2Data[0] = bytes[initialOffset + 8]; member2Data[1] = bytes[initialOffset + 9]; member2Data[2] = bytes[initialOffset + 10]; member2Data[3] = bytes[initialOffset + 11]; z = new Float32( member2Data); } public Xyz( Object padding , Float32 x , Float32 y , Float32 z ) { this.x = x; this.y = y; this.z = z; } public Float32 getX() { return x; } public Float32 getY() { return y; } public Float32 getZ() { return z; } public void printMessageData() { x.printValue( "x"); // Field: x - Structle::Float byte offset: 12 y.printValue( "y"); // Field: y - Structle::Float byte offset: 12 z.printValue( "z"); // Field: z - Structle::Float byte offset: 12 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , Float32 x , Float32 y , Float32 z ) { byte[] memberData; // = name.getBytes(); memberData = x.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = y.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = z.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , Float32 x , Float32 y , Float32 z ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , x , y , z ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = x.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = y.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = z.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } public static class SetCalibrationCoefficients extends LxProtocolTypeBase // Struct: Lx::Protocol::Light::SetCalibrationCoefficients { // Fields: r, g, b, w; private Xyz r; // Field: r - Lx::Protocol::Light::Xyz byte offset: 0 private Xyz g; // Field: g - Lx::Protocol::Light::Xyz byte offset: 12 private Xyz b; // Field: b - Lx::Protocol::Light::Xyz byte offset: 24 private Xyz w; // Field: w - Lx::Protocol::Light::Xyz byte offset: 36 private static final int PAYLOAD_SIZE = 48; public SetCalibrationCoefficients( byte[] bytes) { this( bytes, 0); } public SetCalibrationCoefficients( byte[] bytes, int initialOffset) { byte[] member0Data = new byte[12]; member0Data[0] = bytes[initialOffset + 0]; member0Data[1] = bytes[initialOffset + 1]; member0Data[2] = bytes[initialOffset + 2]; member0Data[3] = bytes[initialOffset + 3]; member0Data[4] = bytes[initialOffset + 4]; member0Data[5] = bytes[initialOffset + 5]; member0Data[6] = bytes[initialOffset + 6]; member0Data[7] = bytes[initialOffset + 7]; member0Data[8] = bytes[initialOffset + 8]; member0Data[9] = bytes[initialOffset + 9]; member0Data[10] = bytes[initialOffset + 10]; member0Data[11] = bytes[initialOffset + 11]; r = new Xyz( member0Data); // Field: r - Lx::Protocol::Light::Xyz byte offset: 0 byte[] member1Data = new byte[12]; member1Data[0] = bytes[initialOffset + 12]; member1Data[1] = bytes[initialOffset + 13]; member1Data[2] = bytes[initialOffset + 14]; member1Data[3] = bytes[initialOffset + 15]; member1Data[4] = bytes[initialOffset + 16]; member1Data[5] = bytes[initialOffset + 17]; member1Data[6] = bytes[initialOffset + 18]; member1Data[7] = bytes[initialOffset + 19]; member1Data[8] = bytes[initialOffset + 20]; member1Data[9] = bytes[initialOffset + 21]; member1Data[10] = bytes[initialOffset + 22]; member1Data[11] = bytes[initialOffset + 23]; g = new Xyz( member1Data); // Field: g - Lx::Protocol::Light::Xyz byte offset: 12 byte[] member2Data = new byte[12]; member2Data[0] = bytes[initialOffset + 24]; member2Data[1] = bytes[initialOffset + 25]; member2Data[2] = bytes[initialOffset + 26]; member2Data[3] = bytes[initialOffset + 27]; member2Data[4] = bytes[initialOffset + 28]; member2Data[5] = bytes[initialOffset + 29]; member2Data[6] = bytes[initialOffset + 30]; member2Data[7] = bytes[initialOffset + 31]; member2Data[8] = bytes[initialOffset + 32]; member2Data[9] = bytes[initialOffset + 33]; member2Data[10] = bytes[initialOffset + 34]; member2Data[11] = bytes[initialOffset + 35]; b = new Xyz( member2Data); // Field: b - Lx::Protocol::Light::Xyz byte offset: 24 byte[] member3Data = new byte[12]; member3Data[0] = bytes[initialOffset + 36]; member3Data[1] = bytes[initialOffset + 37]; member3Data[2] = bytes[initialOffset + 38]; member3Data[3] = bytes[initialOffset + 39]; member3Data[4] = bytes[initialOffset + 40]; member3Data[5] = bytes[initialOffset + 41]; member3Data[6] = bytes[initialOffset + 42]; member3Data[7] = bytes[initialOffset + 43]; member3Data[8] = bytes[initialOffset + 44]; member3Data[9] = bytes[initialOffset + 45]; member3Data[10] = bytes[initialOffset + 46]; member3Data[11] = bytes[initialOffset + 47]; w = new Xyz( member3Data); // Field: w - Lx::Protocol::Light::Xyz byte offset: 36 } public SetCalibrationCoefficients( Object padding , Xyz r , Xyz g , Xyz b , Xyz w ) { this.r = r; this.g = g; this.b = b; this.w = w; } public Xyz getR() { return r; }; public Xyz getG() { return g; }; public Xyz getB() { return b; }; public Xyz getW() { return w; }; public void printMessageData() { r.printMessageData(); // Field: r - Lx::Protocol::Light::Xyz byte offset: 48 g.printMessageData(); // Field: g - Lx::Protocol::Light::Xyz byte offset: 48 b.printMessageData(); // Field: b - Lx::Protocol::Light::Xyz byte offset: 48 w.printMessageData(); // Field: w - Lx::Protocol::Light::Xyz byte offset: 48 } public static void loadMessageDataWithPayloadAtOffset( byte[] messageData, int offset , Xyz r , Xyz g , Xyz b , Xyz w ) { byte[] memberData; // = name.getBytes(); memberData = r.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = g.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = b.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; memberData = w.getBytes(); for( int i = 0; i < (memberData.length); i++) { messageData[(offset + i)] = memberData[i]; } offset += memberData.length; } public static void loadMessageDataWithPayloadAtDefaultOffset( byte[] messageData , Xyz r , Xyz g , Xyz b , Xyz w ) { int offset = PAYLOAD_OFFSET; loadMessageDataWithPayloadAtOffset( messageData, offset , r , g , b , w ); } public byte[] getBytes() { int offset = 0; byte[] bytes = new byte[getPayloadSize()]; byte[] memberData; // = name.getBytes(); memberData = r.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = g.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = b.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; // = name.getBytes(); memberData = w.getBytes(); for( int i = 0; i < (memberData.length); i++) { bytes[(offset + i)] = memberData[i]; } offset += memberData.length; return bytes; } public static int getPayloadSize() { return PAYLOAD_SIZE; } } } /* End Of File: LxProtocolLight.java */