Mach1EncodeCAPI.h

//  Mach1 Spatial SDK
//  Copyright © 2017 Mach1. All rights reserved.
 
#pragma once
 
#ifdef M1ENCODE_INLINE_DECODE
#    include "Mach1DecodeCAPI.h"
#endif
#include "Mach1Point3D.h"
#include "Mach1Point4D.h"
 
#if defined(Mach1DecodeCore_h) || defined(Mach1EncodeCore_h) || defined(Mach1PositionalCore_h) || defined(Mach1TranscodeCore_h) || defined(Mach1AudioTimelineCore_h)
#    ifndef M1_API
#        if defined(_WINDOWS) || defined(_WIN32)
#            define M1_API __declspec(dllexport)
#        else
#            define M1_API
#        endif
#    endif
#else
#    ifndef M1_API
#        if !defined(M1_STATIC) && (defined(_WINDOWS) || defined(_WIN32))
#            define M1_API __declspec(dllimport)
#        else
#            define M1_API
#        endif
#    endif
#endif
 
enum Mach1EncodeInputMode {
    Mono = (int)0,
    Stereo,
    LCR,
    Quad,
    LCRS,
    AFormat,
    FiveDotZero,
    FiveDotOneFilm,
    FiveDotOneDTS,
    FiveDotOneSMTPE,
    BFOAACN,
    BFOAFUMA,
    B2OAACN,
    B2OAFUMA,
    B3OAACN,
    B3OAFUMA
};
 
enum Mach1EncodeOutputMode {
    M1Spatial_4 = (int)0,
    M1Spatial_8,
    M1Spatial_14
};
 
enum Mach1EncodePannerMode {
    IsotropicLinear = (int)0,
    IsotropicEqualPower,
    PeriphonicLinear
};
 
#ifdef __cplusplus
extern "C" {
#endif
M1_API void *Mach1EncodeCAPI_create();
M1_API void Mach1EncodeCAPI_copy(void *M1str, void *M1dst);
M1_API void Mach1EncodeCAPI_delete(void *M1obj);
 
M1_API void *Mach1EncodeCAPI_getPoints(void *M1obj);
M1_API void *Mach1EncodeCAPI_getGains(void *M1obj);
M1_API void *Mach1EncodeCAPI_getPointsNames(void *M1obj);
M1_API void *Mach1EncodeCAPI_getGainsForInputChannelNamed(void *M1obj, char *pointName);
 
M1_API void Mach1EncodeCAPI_generatePointResults(void *M1obj);
M1_API int Mach1EncodeCAPI_getPointsCount(void *M1obj);
 
#ifdef M1ENCODE_INLINE_DECODE
M1_API void *Mach1EncodeCAPI_getResultingCoeffsDecoded(void *M1obj, enum Mach1DecodeMode decodeMode, float *decodeResult);
#endif
 
M1_API enum Mach1EncodeInputMode Mach1EncodeCAPI_getInputMode(void *M1obj);
M1_API enum Mach1EncodeOutputMode Mach1EncodeCAPI_getOutputMode(void *M1obj);
M1_API enum Mach1EncodePannerMode 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);
 
M1_API void Mach1EncodeCAPI_setInputMode(void *M1obj, enum Mach1EncodeInputMode inputMode);
M1_API void Mach1EncodeCAPI_setOutputMode(void *M1obj, enum Mach1EncodeOutputMode outputMode);
 
M1_API void Mach1EncodeCAPI_setAzimuth(void *M1obj, float azimuthFromMinus1To1);
M1_API void Mach1EncodeCAPI_setAzimuthDegrees(void *M1obj, float azimuthDegrees);
M1_API void Mach1EncodeCAPI_setAzimuthRadians(void *M1obj, float azimuthRadians);
 
M1_API void Mach1EncodeCAPI_setDiverge(void *M1obj, float divergeFromMinus1To1);
 
M1_API void Mach1EncodeCAPI_setElevation(void *M1obj, float elevationFromMinus1to1);
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_setFrontSurroundPerspective(void *M1obj, bool frontSurroundPerspective);
 
M1_API float Mach1EncodeCAPI_getOutputGain(void *M1obj, bool isDecibel);
M1_API void Mach1EncodeCAPI_setOutputGain(void *M1obj, float outputGainMultipler, bool isDecibel);
 
M1_API float Mach1EncodeCAPI_getGainCompensation(void *M1obj, bool isDecibel);
M1_API bool Mach1EncodeCAPI_getGainCompensationActive(void *M1obj);
M1_API void Mach1EncodeCAPI_setGainCompensationActive(void *M1obj, bool active);
 
M1_API void Mach1EncodeCAPI_setAutoOrbit(void *M1obj, bool autoOrbit);
M1_API void Mach1EncodeCAPI_setOrbitRotation(void *M1obj, float orbitRotationFromMinusOnetoOne);
M1_API void Mach1EncodeCAPI_setOrbitRotationDegrees(void *M1obj, float orbitRotationDegrees);
M1_API void Mach1EncodeCAPI_setOrbitRotationRadians(void *M1obj, float orbitRotationRadians);
M1_API void Mach1EncodeCAPI_setStereoSpread(void *M1obj, float sSpreadFrom0to1);
 
M1_API long Mach1EncodeCAPI_getLastCalculationTime(void *M1obj);
 
#ifdef __cplusplus
}
#endif