update encode includes

Mach1Studios · Mar 15, 2024 · dffcdd9 · dffcdd9
1 parent a278a2a
commit dffcdd9
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Showing 45 changed files with 252 additions and 96 deletions.
diff --git a/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java b/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java
@@ -8,10 +8,10 @@
 
 package com.mach1.spatiallibs;
 
-public final class Mach1EncodePannerMode {
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
-  public final static Mach1EncodePannerMode Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
+public final class Mach1EncodePannerModeType {
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
 
   public final int swigValue() {
     return swigValue;
@@ -21,7 +21,7 @@ public String toString() {
     return swigName;
   }
 
-  public static Mach1EncodePannerMode swigToEnum(int swigValue) {
+  public static Mach1EncodePannerModeType swigToEnum(int swigValue) {
     if (swigValue < swigValues.length && swigValue >= 0 && swigValues[swigValue].swigValue == swigValue)
       return swigValues[swigValue];
     for (int i = 0; i < swigValues.length; i++)
@@ -41,13 +41,13 @@ private Mach1EncodePannerModeType(String swigName, int swigValue) {
     swigNext = swigValue+1;
   }
 
-  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerMode swigEnum) {
+  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerModeType swigEnum) {
     this.swigName = swigName;
     this.swigValue = swigEnum.swigValue;
     swigNext = this.swigValue+1;
   }
 
-  private static Mach1EncodePannerMode[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
+  private static Mach1EncodePannerModeType[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
   private static int swigNext = 0;
   private final int swigValue;
   private final String swigName;

diff --git a/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java b/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java
@@ -8,10 +8,10 @@
 
 package com.mach1.spatiallibs;
 
-public final class Mach1EncodePannerMode {
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
-  public final static Mach1EncodePannerMode Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
+public final class Mach1EncodePannerModeType {
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
 
   public final int swigValue() {
     return swigValue;
@@ -21,7 +21,7 @@ public String toString() {
     return swigName;
   }
 
-  public static Mach1EncodePannerMode swigToEnum(int swigValue) {
+  public static Mach1EncodePannerModeType swigToEnum(int swigValue) {
     if (swigValue < swigValues.length && swigValue >= 0 && swigValues[swigValue].swigValue == swigValue)
       return swigValues[swigValue];
     for (int i = 0; i < swigValues.length; i++)
@@ -41,13 +41,13 @@ private Mach1EncodePannerModeType(String swigName, int swigValue) {
     swigNext = swigValue+1;
   }
 
-  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerMode swigEnum) {
+  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerModeType swigEnum) {
     this.swigName = swigName;
     this.swigValue = swigEnum.swigValue;
     swigNext = this.swigValue+1;
   }
 
-  private static Mach1EncodePannerMode[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
+  private static Mach1EncodePannerModeType[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
   private static int swigNext = 0;
   private final int swigValue;
   private final String swigName;

diff --git a/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java b/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java
@@ -8,10 +8,10 @@
 
 package com.mach1.spatiallibs;
 
-public final class Mach1EncodePannerMode {
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
-  public final static Mach1EncodePannerMode Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
+public final class Mach1EncodePannerModeType {
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
 
   public final int swigValue() {
     return swigValue;
@@ -21,7 +21,7 @@ public String toString() {
     return swigName;
   }
 
-  public static Mach1EncodePannerMode swigToEnum(int swigValue) {
+  public static Mach1EncodePannerModeType swigToEnum(int swigValue) {
     if (swigValue < swigValues.length && swigValue >= 0 && swigValues[swigValue].swigValue == swigValue)
       return swigValues[swigValue];
     for (int i = 0; i < swigValues.length; i++)
@@ -41,13 +41,13 @@ private Mach1EncodePannerModeType(String swigName, int swigValue) {
     swigNext = swigValue+1;
   }
 
-  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerMode swigEnum) {
+  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerModeType swigEnum) {
     this.swigName = swigName;
     this.swigValue = swigEnum.swigValue;
     swigNext = this.swigValue+1;
   }
 
-  private static Mach1EncodePannerMode[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
+  private static Mach1EncodePannerModeType[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
   private static int swigNext = 0;
   private final int swigValue;
   private final String swigName;

diff --git a/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java b/...h1/spatiallibs/Mach1EncodePannerMode.java → ...patiallibs/Mach1EncodePannerModeType.java
@@ -8,10 +8,10 @@
 
 package com.mach1.spatiallibs;
 
-public final class Mach1EncodePannerMode {
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
-  public final static Mach1EncodePannerMode Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
-  public final static Mach1EncodePannerMode Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
+public final class Mach1EncodePannerModeType {
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicLinear", Mach1EncodeModuleJNI.Mach1EncodePannerModeIsotropicLinear_get());
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModeIsotropicEqualPower = new Mach1EncodePannerModeType("Mach1EncodePannerModeIsotropicEqualPower");
+  public final static Mach1EncodePannerModeType Mach1EncodePannerModePeriphonicLinear = new Mach1EncodePannerModeType("Mach1EncodePannerModePeriphonicLinear");
 
   public final int swigValue() {
     return swigValue;
@@ -21,7 +21,7 @@ public String toString() {
     return swigName;
   }
 
-  public static Mach1EncodePannerMode swigToEnum(int swigValue) {
+  public static Mach1EncodePannerModeType swigToEnum(int swigValue) {
     if (swigValue < swigValues.length && swigValue >= 0 && swigValues[swigValue].swigValue == swigValue)
       return swigValues[swigValue];
     for (int i = 0; i < swigValues.length; i++)
@@ -41,13 +41,13 @@ private Mach1EncodePannerModeType(String swigName, int swigValue) {
     swigNext = swigValue+1;
   }
 
-  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerMode swigEnum) {
+  private Mach1EncodePannerModeType(String swigName, Mach1EncodePannerModeType swigEnum) {
     this.swigName = swigName;
     this.swigValue = swigEnum.swigValue;
     swigNext = this.swigValue+1;
   }
 
-  private static Mach1EncodePannerMode[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
+  private static Mach1EncodePannerModeType[] swigValues = { Mach1EncodePannerModeIsotropicLinear, Mach1EncodePannerModeIsotropicEqualPower, Mach1EncodePannerModePeriphonicLinear };
   private static int swigNext = 0;
   private final int swigValue;
   private final String swigName;

diff --git a/mach1spatial-libs/arm-chipsets/beaglebone/include/Mach1Encode.cpp b/mach1spatial-libs/arm-chipsets/beaglebone/include/Mach1Encode.cpp
@@ -132,6 +132,14 @@ Mach1EncodeOutputModeType Mach1Encode::getOutputMode() {
     return Mach1EncodeCAPI_getOutputMode(M1obj);
 }
 
+Mach1EncodePannerModeType Mach1Encode::getPannerMode() {
+	return Mach1EncodeCAPI_getPannerMode(M1obj);
+}
+
+bool Mach1Encode::getAutoOrbit() {
+	return Mach1EncodeCAPI_getAutoOrbit(M1obj);
+}
+
 int Mach1Encode::getInputChannelsCount() {
     return Mach1EncodeCAPI_getInputChannelsCount(M1obj);
     /// Returns the number of input channels/points that Mach1Encode instance has
@@ -238,7 +246,7 @@ void Mach1Encode::setElevationRadians(float elevationFromMinusHalfPItoHalfPI) {
     ///     - value range: -PI/2 -> PI/2
 }
 
-void Mach1Encode::setPannerMode(Mach1EncodePannerMode pannerMode) {
+void Mach1Encode::setPannerMode(Mach1EncodePannerModeType pannerMode) {
     Mach1EncodeCAPI_setPannerMode(M1obj, pannerMode);
     /// Sets the style and mode of panner input calculation
     ///

diff --git a/mach1spatial-libs/arm-chipsets/beaglebone/include/Mach1Encode.h b/mach1spatial-libs/arm-chipsets/beaglebone/include/Mach1Encode.h
@@ -32,7 +32,9 @@ class Mach1Encode {
 
     Mach1EncodeInputModeType getInputMode();
     Mach1EncodeOutputModeType getOutputMode();
-    int getInputChannelsCount();
+	Mach1EncodePannerModeType getPannerMode();
+	bool getAutoOrbit();
+	int getInputChannelsCount();
     int getOutputChannelsCount();
 
     template <typename T>
@@ -52,7 +54,7 @@ class Mach1Encode {
     void setElevationDegrees(float elevationFromMinus90to90);
     void setElevationRadians(float elevationFromMinusHalfPItoHalfPI);
 
-    void setPannerMode(enum Mach1EncodePannerMode pannerMode);
+    void setPannerMode(enum Mach1EncodePannerModeType pannerMode);
     void setFrontSurroundPerspective(bool frontSurroundPerspective);
     void setOutputGain(float outputGainMultipler, bool isDecibel);
 

diff --git a/mach1spatial-libs/arm-chipsets/beaglebone/include/Mach1EncodeCAPI.h b/mach1spatial-libs/arm-chipsets/beaglebone/include/Mach1EncodeCAPI.h
@@ -51,7 +51,7 @@ enum Mach1EncodeOutputModeType {
     Mach1EncodeOutputModeM1Spatial_14,
 };
 
-enum Mach1EncodePannerMode {
+enum Mach1EncodePannerModeType {
     Mach1EncodePannerModeIsotropicLinear = (int)0,
     Mach1EncodePannerModeIsotropicEqualPower,
     Mach1EncodePannerModePeriphonicLinear
@@ -76,6 +76,8 @@ M1_API void *Mach1EncodeCAPI_getResultingCoeffsDecoded(void *M1obj, enum Mach1De
 
 M1_API enum Mach1EncodeInputModeType Mach1EncodeCAPI_getInputMode(void *M1obj);
 M1_API enum Mach1EncodeOutputModeType Mach1EncodeCAPI_getOutputMode(void *M1obj);
+M1_API enum Mach1EncodePannerModeType Mach1EncodeCAPI_getPannerMode(void *M1obj);
+M1_API bool Mach1EncodeCAPI_getAutoOrbit(void *M1obj);
 M1_API int Mach1EncodeCAPI_getInputChannelsCount(void *M1obj);
 M1_API int Mach1EncodeCAPI_getOutputChannelsCount(void *M1obj);
 
@@ -92,7 +94,7 @@ M1_API void Mach1EncodeCAPI_setElevation(void *M1obj, float elevationFromMinus1t
 M1_API void Mach1EncodeCAPI_setElevationDegrees(void *M1obj, float elevationFromMinus90to90);
 M1_API void Mach1EncodeCAPI_setElevationRadians(void *M1obj, float elevationFromMinusHalfPItoHalfPI);
 
-M1_API void Mach1EncodeCAPI_setPannerMode(void *M1obj, enum Mach1EncodePannerMode pannerMode);
+M1_API void Mach1EncodeCAPI_setPannerMode(void *M1obj, enum Mach1EncodePannerModeType pannerMode);
 M1_API void Mach1EncodeCAPI_setFrontSurroundPerspective(void *M1obj, bool frontSurroundPerspective);
 M1_API void Mach1EncodeCAPI_setOutputGain(void *M1obj, float outputGainMultipler, bool isDecibel);
 

diff --git a/mach1spatial-libs/arm-chipsets/gcc-arm-cortexm0-cxx14/include/Mach1Encode.cpp b/mach1spatial-libs/arm-chipsets/gcc-arm-cortexm0-cxx14/include/Mach1Encode.cpp
@@ -132,6 +132,14 @@ Mach1EncodeOutputModeType Mach1Encode::getOutputMode() {
     return Mach1EncodeCAPI_getOutputMode(M1obj);
 }
 
+Mach1EncodePannerModeType Mach1Encode::getPannerMode() {
+	return Mach1EncodeCAPI_getPannerMode(M1obj);
+}
+
+bool Mach1Encode::getAutoOrbit() {
+	return Mach1EncodeCAPI_getAutoOrbit(M1obj);
+}
+
 int Mach1Encode::getInputChannelsCount() {
     return Mach1EncodeCAPI_getInputChannelsCount(M1obj);
     /// Returns the number of input channels/points that Mach1Encode instance has
@@ -238,7 +246,7 @@ void Mach1Encode::setElevationRadians(float elevationFromMinusHalfPItoHalfPI) {
     ///     - value range: -PI/2 -> PI/2
 }
 
-void Mach1Encode::setPannerMode(Mach1EncodePannerMode pannerMode) {
+void Mach1Encode::setPannerMode(Mach1EncodePannerModeType pannerMode) {
     Mach1EncodeCAPI_setPannerMode(M1obj, pannerMode);
     /// Sets the style and mode of panner input calculation
     ///

diff --git a/mach1spatial-libs/arm-chipsets/gcc-arm-cortexm0-cxx14/include/Mach1Encode.h b/mach1spatial-libs/arm-chipsets/gcc-arm-cortexm0-cxx14/include/Mach1Encode.h
@@ -32,7 +32,9 @@ class Mach1Encode {
 
     Mach1EncodeInputModeType getInputMode();
     Mach1EncodeOutputModeType getOutputMode();
-    int getInputChannelsCount();
+	Mach1EncodePannerModeType getPannerMode();
+	bool getAutoOrbit();
+	int getInputChannelsCount();
     int getOutputChannelsCount();
 
     template <typename T>
@@ -52,7 +54,7 @@ class Mach1Encode {
     void setElevationDegrees(float elevationFromMinus90to90);
     void setElevationRadians(float elevationFromMinusHalfPItoHalfPI);
 
-    void setPannerMode(enum Mach1EncodePannerMode pannerMode);
+    void setPannerMode(enum Mach1EncodePannerModeType pannerMode);
     void setFrontSurroundPerspective(bool frontSurroundPerspective);
     void setOutputGain(float outputGainMultipler, bool isDecibel);
 

diff --git a/mach1spatial-libs/arm-chipsets/gcc-arm-cortexm0-cxx14/include/Mach1EncodeCAPI.h b/mach1spatial-libs/arm-chipsets/gcc-arm-cortexm0-cxx14/include/Mach1EncodeCAPI.h
@@ -51,7 +51,7 @@ enum Mach1EncodeOutputModeType {
     Mach1EncodeOutputModeM1Spatial_14,
 };
 
-enum Mach1EncodePannerMode {
+enum Mach1EncodePannerModeType {
     Mach1EncodePannerModeIsotropicLinear = (int)0,
     Mach1EncodePannerModeIsotropicEqualPower,
     Mach1EncodePannerModePeriphonicLinear
@@ -76,6 +76,8 @@ M1_API void *Mach1EncodeCAPI_getResultingCoeffsDecoded(void *M1obj, enum Mach1De
 
 M1_API enum Mach1EncodeInputModeType Mach1EncodeCAPI_getInputMode(void *M1obj);
 M1_API enum Mach1EncodeOutputModeType Mach1EncodeCAPI_getOutputMode(void *M1obj);
+M1_API enum Mach1EncodePannerModeType Mach1EncodeCAPI_getPannerMode(void *M1obj);
+M1_API bool Mach1EncodeCAPI_getAutoOrbit(void *M1obj);
 M1_API int Mach1EncodeCAPI_getInputChannelsCount(void *M1obj);
 M1_API int Mach1EncodeCAPI_getOutputChannelsCount(void *M1obj);
 
@@ -92,7 +94,7 @@ M1_API void Mach1EncodeCAPI_setElevation(void *M1obj, float elevationFromMinus1t
 M1_API void Mach1EncodeCAPI_setElevationDegrees(void *M1obj, float elevationFromMinus90to90);
 M1_API void Mach1EncodeCAPI_setElevationRadians(void *M1obj, float elevationFromMinusHalfPItoHalfPI);
 
-M1_API void Mach1EncodeCAPI_setPannerMode(void *M1obj, enum Mach1EncodePannerMode pannerMode);
+M1_API void Mach1EncodeCAPI_setPannerMode(void *M1obj, enum Mach1EncodePannerModeType pannerMode);
 M1_API void Mach1EncodeCAPI_setFrontSurroundPerspective(void *M1obj, bool frontSurroundPerspective);
 M1_API void Mach1EncodeCAPI_setOutputGain(void *M1obj, float outputGainMultipler, bool isDecibel);
 

diff --git a/mach1spatial-libs/arm-chipsets/gcc-armhf-neon-vfpv4/include/Mach1Encode.cpp b/mach1spatial-libs/arm-chipsets/gcc-armhf-neon-vfpv4/include/Mach1Encode.cpp
@@ -132,6 +132,14 @@ Mach1EncodeOutputModeType Mach1Encode::getOutputMode() {
     return Mach1EncodeCAPI_getOutputMode(M1obj);
 }
 
+Mach1EncodePannerModeType Mach1Encode::getPannerMode() {
+	return Mach1EncodeCAPI_getPannerMode(M1obj);
+}
+
+bool Mach1Encode::getAutoOrbit() {
+	return Mach1EncodeCAPI_getAutoOrbit(M1obj);
+}
+
 int Mach1Encode::getInputChannelsCount() {
     return Mach1EncodeCAPI_getInputChannelsCount(M1obj);
     /// Returns the number of input channels/points that Mach1Encode instance has
@@ -238,7 +246,7 @@ void Mach1Encode::setElevationRadians(float elevationFromMinusHalfPItoHalfPI) {
     ///     - value range: -PI/2 -> PI/2
 }
 
-void Mach1Encode::setPannerMode(Mach1EncodePannerMode pannerMode) {
+void Mach1Encode::setPannerMode(Mach1EncodePannerModeType pannerMode) {
     Mach1EncodeCAPI_setPannerMode(M1obj, pannerMode);
     /// Sets the style and mode of panner input calculation
     ///

diff --git a/mach1spatial-libs/arm-chipsets/gcc-armhf-neon-vfpv4/include/Mach1Encode.h b/mach1spatial-libs/arm-chipsets/gcc-armhf-neon-vfpv4/include/Mach1Encode.h
@@ -32,7 +32,9 @@ class Mach1Encode {
 
     Mach1EncodeInputModeType getInputMode();
     Mach1EncodeOutputModeType getOutputMode();
-    int getInputChannelsCount();
+	Mach1EncodePannerModeType getPannerMode();
+	bool getAutoOrbit();
+	int getInputChannelsCount();
     int getOutputChannelsCount();
 
     template <typename T>
@@ -52,7 +54,7 @@ class Mach1Encode {
     void setElevationDegrees(float elevationFromMinus90to90);
     void setElevationRadians(float elevationFromMinusHalfPItoHalfPI);
 
-    void setPannerMode(enum Mach1EncodePannerMode pannerMode);
+    void setPannerMode(enum Mach1EncodePannerModeType pannerMode);
     void setFrontSurroundPerspective(bool frontSurroundPerspective);
     void setOutputGain(float outputGainMultipler, bool isDecibel);
 

diff --git a/mach1spatial-libs/arm-chipsets/gcc-armhf-neon-vfpv4/include/Mach1EncodeCAPI.h b/mach1spatial-libs/arm-chipsets/gcc-armhf-neon-vfpv4/include/Mach1EncodeCAPI.h
@@ -51,7 +51,7 @@ enum Mach1EncodeOutputModeType {
     Mach1EncodeOutputModeM1Spatial_14,
 };
 
-enum Mach1EncodePannerMode {
+enum Mach1EncodePannerModeType {
     Mach1EncodePannerModeIsotropicLinear = (int)0,
     Mach1EncodePannerModeIsotropicEqualPower,
     Mach1EncodePannerModePeriphonicLinear
@@ -76,6 +76,8 @@ M1_API void *Mach1EncodeCAPI_getResultingCoeffsDecoded(void *M1obj, enum Mach1De
 
 M1_API enum Mach1EncodeInputModeType Mach1EncodeCAPI_getInputMode(void *M1obj);
 M1_API enum Mach1EncodeOutputModeType Mach1EncodeCAPI_getOutputMode(void *M1obj);
+M1_API enum Mach1EncodePannerModeType Mach1EncodeCAPI_getPannerMode(void *M1obj);
+M1_API bool Mach1EncodeCAPI_getAutoOrbit(void *M1obj);
 M1_API int Mach1EncodeCAPI_getInputChannelsCount(void *M1obj);
 M1_API int Mach1EncodeCAPI_getOutputChannelsCount(void *M1obj);
 
@@ -92,7 +94,7 @@ M1_API void Mach1EncodeCAPI_setElevation(void *M1obj, float elevationFromMinus1t
 M1_API void Mach1EncodeCAPI_setElevationDegrees(void *M1obj, float elevationFromMinus90to90);
 M1_API void Mach1EncodeCAPI_setElevationRadians(void *M1obj, float elevationFromMinusHalfPItoHalfPI);
 
-M1_API void Mach1EncodeCAPI_setPannerMode(void *M1obj, enum Mach1EncodePannerMode pannerMode);
+M1_API void Mach1EncodeCAPI_setPannerMode(void *M1obj, enum Mach1EncodePannerModeType pannerMode);
 M1_API void Mach1EncodeCAPI_setFrontSurroundPerspective(void *M1obj, bool frontSurroundPerspective);
 M1_API void Mach1EncodeCAPI_setOutputGain(void *M1obj, float outputGainMultipler, bool isDecibel);