_ak_speaker_config_8h

Wwise SDK 2021.1.14

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 released in source code form as part of the SDK installer package.

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   Version: v2021.1.14  Build: 6590

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 #ifndef _AK_SPEAKERCONFIG_H_

 #define _AK_SPEAKERCONFIG_H_

 #include <AK/SoundEngine/Common/AkTypes.h>

 /// Standard speakers (channel mask):

 #define AK_SPEAKER_FRONT_LEFT               0x1     ///< Front left speaker bit mask

 #define AK_SPEAKER_FRONT_RIGHT              0x2     ///< Front right speaker bit mask

 #define AK_SPEAKER_FRONT_CENTER             0x4     ///< Front center speaker bit mask

 #define AK_SPEAKER_LOW_FREQUENCY            0x8     ///< Low-frequency speaker bit mask

 #define AK_SPEAKER_BACK_LEFT                0x10    ///< Rear left speaker bit mask

 #define AK_SPEAKER_BACK_RIGHT               0x20    ///< Rear right speaker bit mask

 #define AK_SPEAKER_BACK_CENTER              0x100   ///< Rear center speaker ("surround speaker") bit mask

 #define AK_SPEAKER_SIDE_LEFT                0x200   ///< Side left speaker bit mask

 #define AK_SPEAKER_SIDE_RIGHT               0x400   ///< Side right speaker bit mask

 /// "Height" speakers.

 #define AK_SPEAKER_TOP                      0x800   ///< Top speaker bit mask

 #define AK_SPEAKER_HEIGHT_FRONT_LEFT        0x1000  ///< Front left speaker bit mask

 #define AK_SPEAKER_HEIGHT_FRONT_CENTER      0x2000  ///< Front center speaker bit mask

 #define AK_SPEAKER_HEIGHT_FRONT_RIGHT       0x4000  ///< Front right speaker bit mask

 #define AK_SPEAKER_HEIGHT_BACK_LEFT         0x8000  ///< Rear left speaker bit mask

 #define AK_SPEAKER_HEIGHT_BACK_CENTER       0x10000 ///< Rear center speaker bit mask

 #define AK_SPEAKER_HEIGHT_BACK_RIGHT        0x20000 ///< Rear right speaker bit mask

 //

 // Supported speaker setups. Those are the ones that can be used in the Wwise Sound Engine audio pipeline.

 //

 #define AK_SPEAKER_SETUP_MONO           AK_SPEAKER_FRONT_CENTER     ///< 1.0 setup channel mask

 #define AK_SPEAKER_SETUP_0POINT1        AK_SPEAKER_LOW_FREQUENCY    ///< 0.1 setup channel mask

 #define AK_SPEAKER_SETUP_1POINT1        (AK_SPEAKER_FRONT_CENTER    | AK_SPEAKER_LOW_FREQUENCY) ///< 1.1 setup channel mask

 #define AK_SPEAKER_SETUP_STEREO         (AK_SPEAKER_FRONT_LEFT      | AK_SPEAKER_FRONT_RIGHT)   ///< 2.0 setup channel mask

 #define AK_SPEAKER_SETUP_2POINT1        (AK_SPEAKER_SETUP_STEREO    | AK_SPEAKER_LOW_FREQUENCY) ///< 2.1 setup channel mask

 #define AK_SPEAKER_SETUP_3STEREO        (AK_SPEAKER_SETUP_STEREO    | AK_SPEAKER_FRONT_CENTER)  ///< 3.0 setup channel mask

 #define AK_SPEAKER_SETUP_3POINT1        (AK_SPEAKER_SETUP_3STEREO   | AK_SPEAKER_LOW_FREQUENCY) ///< 3.1 setup channel mask

 #define AK_SPEAKER_SETUP_4              (AK_SPEAKER_SETUP_STEREO    | AK_SPEAKER_SIDE_LEFT | AK_SPEAKER_SIDE_RIGHT) ///< 4.0 setup channel mask

 #define AK_SPEAKER_SETUP_4POINT1        (AK_SPEAKER_SETUP_4         | AK_SPEAKER_LOW_FREQUENCY) ///< 4.1 setup channel mask

 #define AK_SPEAKER_SETUP_5              (AK_SPEAKER_SETUP_4         | AK_SPEAKER_FRONT_CENTER)  ///< 5.0 setup channel mask

 #define AK_SPEAKER_SETUP_5POINT1        (AK_SPEAKER_SETUP_5         | AK_SPEAKER_LOW_FREQUENCY) ///< 5.1 setup channel mask

 #define AK_SPEAKER_SETUP_6              (AK_SPEAKER_SETUP_4         | AK_SPEAKER_BACK_LEFT | AK_SPEAKER_BACK_RIGHT) ///< 6.0 setup channel mask

 #define AK_SPEAKER_SETUP_6POINT1        (AK_SPEAKER_SETUP_6         | AK_SPEAKER_LOW_FREQUENCY) ///< 6.1 setup channel mask

 #define AK_SPEAKER_SETUP_7              (AK_SPEAKER_SETUP_6         | AK_SPEAKER_FRONT_CENTER)  ///< 7.0 setup channel mask

 #define AK_SPEAKER_SETUP_7POINT1        (AK_SPEAKER_SETUP_7         | AK_SPEAKER_LOW_FREQUENCY) ///< 7.1 setup channel mask

 #define AK_SPEAKER_SETUP_SURROUND       (AK_SPEAKER_SETUP_STEREO    | AK_SPEAKER_BACK_CENTER)   ///< Legacy surround setup channel mask

 // Note. DPL2 does not really have 4 channels, but it is used by plugins to differentiate from stereo setup.

 #define AK_SPEAKER_SETUP_DPL2           (AK_SPEAKER_SETUP_4)        ///< Legacy DPL2 setup channel mask

 #define AK_SPEAKER_SETUP_HEIGHT_2       (AK_SPEAKER_HEIGHT_FRONT_LEFT | AK_SPEAKER_HEIGHT_FRONT_RIGHT)                              ///< 2 speaker height layer.

 #define AK_SPEAKER_SETUP_HEIGHT_4       (AK_SPEAKER_SETUP_HEIGHT_2  | AK_SPEAKER_HEIGHT_BACK_LEFT | AK_SPEAKER_HEIGHT_BACK_RIGHT)   ///< 4 speaker height layer.

 #define AK_SPEAKER_SETUP_HEIGHT_5       (AK_SPEAKER_SETUP_HEIGHT_4 | AK_SPEAKER_HEIGHT_FRONT_CENTER)                                ///< 5 speaker height layer.

 #define AK_SPEAKER_SETUP_HEIGHT_ALL     (AK_SPEAKER_SETUP_HEIGHT_5 | AK_SPEAKER_HEIGHT_BACK_CENTER)                                 ///< All height speaker layer.

 #define AK_SPEAKER_SETUP_HEIGHT_4_TOP   (AK_SPEAKER_SETUP_HEIGHT_4 | AK_SPEAKER_TOP)                                                ///< 4 speaker height layer + top.

 #define AK_SPEAKER_SETUP_HEIGHT_5_TOP   (AK_SPEAKER_SETUP_HEIGHT_5 | AK_SPEAKER_TOP)                                                ///< 5 speaker height layer + top.

 // Auro speaker setups

 #define AK_SPEAKER_SETUP_AURO_222           (AK_SPEAKER_SETUP_4         | AK_SPEAKER_HEIGHT_FRONT_LEFT  | AK_SPEAKER_HEIGHT_FRONT_RIGHT)    ///< Auro-222 setup channel mask (4.0.2)

 #define AK_SPEAKER_SETUP_AURO_8             (AK_SPEAKER_SETUP_AURO_222  | AK_SPEAKER_HEIGHT_BACK_LEFT   | AK_SPEAKER_HEIGHT_BACK_RIGHT)     ///< Auro-8 setup channel mask (4.0.4)

 #define AK_SPEAKER_SETUP_AURO_9             (AK_SPEAKER_SETUP_AURO_8    | AK_SPEAKER_FRONT_CENTER)                                          ///< Auro-9.0 setup channel mask (5.0.4)

 #define AK_SPEAKER_SETUP_AURO_9POINT1       (AK_SPEAKER_SETUP_AURO_9    | AK_SPEAKER_LOW_FREQUENCY)                                         ///< Auro-9.1 setup channel mask (5.1.4)

 #define AK_SPEAKER_SETUP_AURO_10            (AK_SPEAKER_SETUP_AURO_9    | AK_SPEAKER_TOP)                                                   ///< Auro-10.0 setup channel mask (5.0.4+top)

 #define AK_SPEAKER_SETUP_AURO_10POINT1      (AK_SPEAKER_SETUP_AURO_10   | AK_SPEAKER_LOW_FREQUENCY)                                         ///< Auro-10.1 setup channel mask (5.1.4+top)

 #define AK_SPEAKER_SETUP_AURO_11            (AK_SPEAKER_SETUP_AURO_10   | AK_SPEAKER_HEIGHT_FRONT_CENTER)                                   ///< Auro-11.0 setup channel mask (5.0.5+top)

 #define AK_SPEAKER_SETUP_AURO_11POINT1      (AK_SPEAKER_SETUP_AURO_11   | AK_SPEAKER_LOW_FREQUENCY)                                         ///< Auro-11.1 setup channel mask (5.1.5+top)

 #define AK_SPEAKER_SETUP_AURO_11_740        (AK_SPEAKER_SETUP_7         | AK_SPEAKER_SETUP_HEIGHT_4)                                        ///< Auro-11.0 (7+4) setup channel mask (7.0.4)

 #define AK_SPEAKER_SETUP_AURO_11POINT1_740  (AK_SPEAKER_SETUP_AURO_11_740   | AK_SPEAKER_LOW_FREQUENCY)                                     ///< Auro-11.1 (7+4) setup channel mask (7.1.4)

 #define AK_SPEAKER_SETUP_AURO_13_751        (AK_SPEAKER_SETUP_7         | AK_SPEAKER_SETUP_HEIGHT_5 | AK_SPEAKER_TOP)                       ///< Auro-13.0 setup channel mask (7.0.5+top)

 #define AK_SPEAKER_SETUP_AURO_13POINT1_751  (AK_SPEAKER_SETUP_AURO_13_751   | AK_SPEAKER_LOW_FREQUENCY)                                     ///< Auro-13.1 setup channel mask (7.1.5+top)

 // Dolby speaker setups: in Dolby nomenclature, [#plane].[lfe].[#height]

 #define AK_SPEAKER_SETUP_DOLBY_5_0_2        (AK_SPEAKER_SETUP_5         | AK_SPEAKER_HEIGHT_FRONT_LEFT  | AK_SPEAKER_HEIGHT_FRONT_RIGHT )   ///< Dolby 5.0.2 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_5_1_2        (AK_SPEAKER_SETUP_DOLBY_5_0_2   | AK_SPEAKER_LOW_FREQUENCY )                                    ///< Dolby 5.1.2 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_6_0_2        (AK_SPEAKER_SETUP_6         | AK_SPEAKER_HEIGHT_FRONT_LEFT  | AK_SPEAKER_HEIGHT_FRONT_RIGHT )   ///< Dolby 6.0.2 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_6_1_2        (AK_SPEAKER_SETUP_DOLBY_6_0_2   | AK_SPEAKER_LOW_FREQUENCY )                                    ///< Dolby 6.1.2 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_6_0_4        (AK_SPEAKER_SETUP_DOLBY_6_0_2   | AK_SPEAKER_HEIGHT_BACK_LEFT | AK_SPEAKER_HEIGHT_BACK_RIGHT )  ///< Dolby 6.0.4 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_6_1_4        (AK_SPEAKER_SETUP_DOLBY_6_0_4   | AK_SPEAKER_LOW_FREQUENCY )                                    ///< Dolby 6.1.4 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_7_0_2        (AK_SPEAKER_SETUP_7         | AK_SPEAKER_HEIGHT_FRONT_LEFT  | AK_SPEAKER_HEIGHT_FRONT_RIGHT )   ///< Dolby 7.0.2 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_7_1_2        (AK_SPEAKER_SETUP_DOLBY_7_0_2   | AK_SPEAKER_LOW_FREQUENCY )                                    ///< Dolby 7.1.2 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_7_0_4        (AK_SPEAKER_SETUP_DOLBY_7_0_2   | AK_SPEAKER_HEIGHT_BACK_LEFT | AK_SPEAKER_HEIGHT_BACK_RIGHT )  ///< Dolby 7.0.4 setup channel mask

 #define AK_SPEAKER_SETUP_DOLBY_7_1_4        (AK_SPEAKER_SETUP_DOLBY_7_0_4   | AK_SPEAKER_LOW_FREQUENCY )                                    ///< Dolby 7.1.4 setup channel mask

 #define AK_SPEAKER_SETUP_ALL_SPEAKERS       (AK_SPEAKER_SETUP_7POINT1 | AK_SPEAKER_BACK_CENTER | AK_SPEAKER_SETUP_HEIGHT_ALL | AK_SPEAKER_TOP)  ///< All speakers.

 // Channel indices.

 // ------------------------------------------------

 // Channel indices for standard setups on the plane.

 #define AK_IDX_SETUP_FRONT_LEFT             (0) ///< Index of front-left channel in all configurations.

 #define AK_IDX_SETUP_FRONT_RIGHT            (1) ///< Index of front-right channel in all configurations.

 #define AK_IDX_SETUP_CENTER                 (2) ///< Index of front-center channel in all configurations.

 #define AK_IDX_SETUP_NOCENTER_BACK_LEFT     (2) ///< Index of back-left channel in configurations with no front-center channel.

 #define AK_IDX_SETUP_NOCENTER_BACK_RIGHT    (3) ///< Index of back-right channel in configurations with no front-center channel.

 #define AK_IDX_SETUP_NOCENTER_SIDE_LEFT     (4) ///< Index of side-left channel in configurations with no front-center channel.

 #define AK_IDX_SETUP_NOCENTER_SIDE_RIGHT    (5) ///< Index of side-right channel in configurations with no front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_BACK_LEFT   (3) ///< Index of back-left channel in configurations with a front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_BACK_RIGHT  (4) ///< Index of back-right channel in configurations with a front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_SIDE_LEFT   (5) ///< Index of side-left channel in configurations with a front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_SIDE_RIGHT  (6) ///< Index of side-right channel in configurations with a front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_HEIGHT_FRONT_LEFT    (7) ///< Index of height-front-left channel in configurations with a front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_HEIGHT_FRONT_RIGHT   (8) ///< Index of height-front-right channel in configurations with a front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_HEIGHT_BACK_LEFT     (9) ///< Index of height-back-left channel in configurations with a front-center channel.

 #define AK_IDX_SETUP_WITHCENTER_HEIGHT_BACK_RIGHT   (10) ///< Index of height-back-right channel in configurations with a front-center channel.

 // Channel indices for specific setups.

 #define AK_IDX_SETUP_0_LFE          (0) ///< Index of low-frequency channel in 0.1 setup (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_1_CENTER       (0) ///< Index of center channel in 1.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_1_LFE          (1) ///< Index of low-frequency channel in 1.1 setup (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_2_LEFT         (0) ///< Index of left channel in 2.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_2_RIGHT        (1) ///< Index of right channel in 2.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_2_LFE          (2) ///< Index of low-frequency channel in 2.1 setup (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_3_LEFT         (0) ///< Index of left channel in 3.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_3_RIGHT        (1) ///< Index of right channel in 3.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_3_CENTER       (2) ///< Index of center channel in 3.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_3_LFE          (3) ///< Index of low-frequency channel in 3.1 setup (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_4_FRONTLEFT    (0) ///< Index of front left channel in 4.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_4_FRONTRIGHT   (1) ///< Index of front right channel in 4.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_4_REARLEFT     (2) ///< Index of rear left channel in 4.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_4_REARRIGHT    (3) ///< Index of rear right channel in 4.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_4_LFE          (4) ///< Index of low-frequency channel in 4.1 setup (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_5_FRONTLEFT    (0) ///< Index of front left channel in 5.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_5_FRONTRIGHT   (1) ///< Index of front right channel in 5.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_5_CENTER       (2) ///< Index of center channel in 5.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_5_REARLEFT     (3) ///< Index of rear left channel in 5.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_5_REARRIGHT    (4) ///< Index of rear right channel in 5.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_5_LFE          (5) ///< Index of low-frequency channel in 5.1 setup (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_6_FRONTLEFT    (0) ///< Index of front left channel in 6.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_6_FRONTRIGHT   (1) ///< Index of front right channel in 6x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_6_REARLEFT     (2) ///< Index of rear left channel in 6.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_6_REARRIGHT    (3) ///< Index of rear right channel in 6.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_6_SIDELEFT     (4) ///< Index of side left channel in 6.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_6_SIDERIGHT    (5) ///< Index of side right channel in 6.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_6_LFE          (6) ///< Index of low-frequency channel in 6.1 setup (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_FRONTLEFT    (0) ///< Index of front left channel in 7.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_FRONTRIGHT   (1) ///< Index of front right channel in 7.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_CENTER       (2) ///< Index of center channel in 7.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_REARLEFT     (3) ///< Index of rear left channel in 7.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_REARRIGHT    (4) ///< Index of rear right channel in 7.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_SIDELEFT     (5) ///< Index of side left channel in 7.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_SIDERIGHT    (6) ///< Index of side right channel in 7.x setups (use with AkAudioBuffer::GetChannel())

 #define AK_IDX_SETUP_7_LFE          (7) ///< Index of low-frequency channel in 7.1 setup (use with AkAudioBuffer::GetChannel())

 //

 // Extra speaker setups. This is a more exhaustive list of speaker setups, which might not all be supported

 // by the Wwise Sound Engine audio pipeline.

 //

 #define AK_SPEAKER_SETUP_0_1        ( AK_SPEAKER_LOW_FREQUENCY )                            //0.1

 #define AK_SPEAKER_SETUP_1_0_CENTER ( AK_SPEAKER_FRONT_CENTER )                         //1.0 (C)

 #define AK_SPEAKER_SETUP_1_1_CENTER ( AK_SPEAKER_FRONT_CENTER   | AK_SPEAKER_LOW_FREQUENCY )    //1.1 (C)

 #define AK_SPEAKER_SETUP_2_0        ( AK_SPEAKER_FRONT_LEFT | AK_SPEAKER_FRONT_RIGHT )                          //2.0

 #define AK_SPEAKER_SETUP_2_1        ( AK_SPEAKER_FRONT_LEFT | AK_SPEAKER_FRONT_RIGHT | AK_SPEAKER_LOW_FREQUENCY )   //2.1

 #define AK_SPEAKER_SETUP_3_0        ( AK_SPEAKER_FRONT_LEFT | AK_SPEAKER_FRONT_RIGHT | AK_SPEAKER_FRONT_CENTER )    //3.0

 #define AK_SPEAKER_SETUP_3_1        ( AK_SPEAKER_SETUP_3_0  | AK_SPEAKER_LOW_FREQUENCY )    //3.1

 #define AK_SPEAKER_SETUP_FRONT      ( AK_SPEAKER_SETUP_3_0 )

 #define AK_SPEAKER_SETUP_4_0        ( AK_SPEAKER_SETUP_4 )

 #define AK_SPEAKER_SETUP_4_1        ( AK_SPEAKER_SETUP_4POINT1 )

 #define AK_SPEAKER_SETUP_5_0        ( AK_SPEAKER_SETUP_5 )

 #define AK_SPEAKER_SETUP_5_1        ( AK_SPEAKER_SETUP_5POINT1 )

 #define AK_SPEAKER_SETUP_6_0        ( AK_SPEAKER_SETUP_6 )

 #define AK_SPEAKER_SETUP_6_1        ( AK_SPEAKER_SETUP_6POINT1 )

 #define AK_SPEAKER_SETUP_7_0        ( AK_SPEAKER_SETUP_7 )

 #define AK_SPEAKER_SETUP_7_1        ( AK_SPEAKER_SETUP_7POINT1 )

 // Standard/largest setup definitions.

 #define AK_SPEAKER_SETUP_DEFAULT_PLANE          (AK_SPEAKER_SETUP_7POINT1)  ///< All speakers on the plane, supported on this platform.

 #define AK_SUPPORTED_STANDARD_CHANNEL_MASK      (AK_SPEAKER_SETUP_ALL_SPEAKERS) ///< Platform supports all standard channels.

 #define AK_STANDARD_MAX_NUM_CHANNELS            (8)                         ///< Legacy: Platform supports at least 7.1

 #define AK_MAX_AMBISONICS_ORDER (5)

 // Helpers.

 inline void AK_SPEAKER_SETUP_FIX_LEFT_TO_CENTER( AkUInt32 &io_uChannelMask )

 {

     if( !(io_uChannelMask & AK_SPEAKER_FRONT_CENTER) 

         && !(io_uChannelMask & AK_SPEAKER_FRONT_RIGHT)

         && (io_uChannelMask & AK_SPEAKER_FRONT_LEFT) )

     {

         io_uChannelMask &= ~AK_SPEAKER_FRONT_LEFT;      // remove left

         io_uChannelMask |= AK_SPEAKER_FRONT_CENTER; // add center

     }

 }

 inline void AK_SPEAKER_SETUP_FIX_REAR_TO_SIDE( AkUInt32 &io_uChannelMask )

 {

     if( io_uChannelMask & ( AK_SPEAKER_BACK_LEFT ) && !( io_uChannelMask & AK_SPEAKER_SIDE_LEFT ) )

     {

         io_uChannelMask &= ~( AK_SPEAKER_BACK_LEFT | AK_SPEAKER_BACK_RIGHT );   // remove rears

         io_uChannelMask |= ( AK_SPEAKER_SIDE_LEFT | AK_SPEAKER_SIDE_RIGHT );    // add sides

     }

 }

 inline void AK_SPEAKER_SETUP_CONVERT_TO_SUPPORTED( AkUInt32 &io_uChannelMask )

 {

     AK_SPEAKER_SETUP_FIX_LEFT_TO_CENTER( io_uChannelMask );

     AK_SPEAKER_SETUP_FIX_REAR_TO_SIDE( io_uChannelMask );

 }

 /// Ambisonics configurations (corresponding to AkChannelConfig::eConfigType == AK_ChannelConfigType_Ambisonic).

 /// Convention: X points towards the front, and XYZ follow a right-hand rule, so Y is the side vector (pointing to the left).

 /// Channel presence and ordering are predefined according to the number of channels. The ordering convention is ACN,

 /// with the mapping of components to number of channels detailed below (source: https://en.wikipedia.org/wiki/Ambisonic_data_exchange_formats).

 /// Normalization natively used in Wwise is SN3D.

 ///

 /// <table cellspacing="0" cellpadding="1" border="1" width="800px">

 /// <tr><td rowspan="2" align="center"><b>Number of channels</b></td> <td colspan="2" align="center"><b>Order</b></td><td rowspan="2" align="center"><b>Description</b></td><td rowspan="2" align="center"><b>Layout of components</b></td></tr>

 /// <tr><td align="center">Horizontal</td><td align="center">Vertical</td></tr>

 /// <tr><td align="right">1 &nbsp;&nbsp;&nbsp;</td> <td align="right">0 &nbsp;&nbsp;&nbsp;</td><td align="right">0 &nbsp;&nbsp;&nbsp;</td> <td>&nbsp;&nbsp;mono</td><td>&nbsp;</td></tr>

 /// <tr><td align="right">4 &nbsp;&nbsp;&nbsp;</td> <td align="right">1 &nbsp;&nbsp;&nbsp;</td><td align="right">1 &nbsp;&nbsp;&nbsp;</td> <td>&nbsp;&nbsp;first-order full sphere</td><td>&nbsp;&nbsp;WYZX</td></tr>

 /// <tr><td align="right">9 &nbsp;&nbsp;&nbsp;</td> <td align="right">2 &nbsp;&nbsp;&nbsp;</td><td align="right">2 &nbsp;&nbsp;&nbsp;</td> <td>&nbsp;&nbsp;second-order full sphere</td><td>&nbsp;&nbsp;WYZXVTRSU</td></tr>

 /// <tr><td align="right">16 &nbsp;&nbsp;&nbsp;</td> <td align="right">3 &nbsp;&nbsp;&nbsp;</td><td align="right">3 &nbsp;&nbsp;&nbsp;</td> <td>&nbsp;&nbsp;third-order full sphere</td><td>&nbsp;&nbsp;WYZXVTRSUQOMKLNP</td></tr>

 /// </table>

 namespace AK

 {

 /// Returns the number of channels of a given channel configuration.

 static inline AkUInt8 ChannelMaskToNumChannels( AkChannelMask in_uChannelMask )

 {

     AkUInt8 num = 0;

     while( in_uChannelMask ){ ++num; in_uChannelMask &= in_uChannelMask-1; } // iterate max once per channel.

     return num;

 }

 /// Returns a 'best guess' channel configuration from a given number of channels.

 /// Will return 0 if no guess can be made.

 static inline AkChannelMask ChannelMaskFromNumChannels( unsigned int in_uNumChannels )

 {

     AkChannelMask uChannelMask = 0;

     switch ( in_uNumChannels )

     {

     case 1:

         uChannelMask = AK_SPEAKER_SETUP_1_0_CENTER;

         break;

     case 2:

         uChannelMask = AK_SPEAKER_SETUP_2_0;

         break;

     case 3:

         uChannelMask = AK_SPEAKER_SETUP_2_1;

         break;

     case 4:

         uChannelMask = AK_SPEAKER_SETUP_4_0;

         break;

     case 5:

         uChannelMask = AK_SPEAKER_SETUP_5_0;

         break;

     case 6:

         uChannelMask = AK_SPEAKER_SETUP_5_1;

         break;

     case 7:

         uChannelMask = AK_SPEAKER_SETUP_7;

         break;

     case 8:

         uChannelMask = AK_SPEAKER_SETUP_7POINT1;

         break;

     }

     return uChannelMask;

 }

 /// Converts a channel bit to a channel index (in Wwise pipeline ordering - LFE at the end), given a channel mask in_uChannelMask.

 /// \return Channel index.

 static inline AkUInt8 ChannelBitToIndex(AkChannelMask in_uChannelBit, AkChannelMask in_uChannelMask)

 {

 #ifdef AKASSERT

     AKASSERT(ChannelMaskToNumChannels(in_uChannelBit) == 1);

 #endif

     if (in_uChannelBit == AK_SPEAKER_LOW_FREQUENCY)

         return ChannelMaskToNumChannels(in_uChannelMask) - 1;

     return ChannelMaskToNumChannels(in_uChannelMask & ~AK_SPEAKER_LOW_FREQUENCY & (in_uChannelBit - 1)); // Count all channels prior this one except the LFE

 }

 /// Returns true when the LFE channel is present in a given channel configuration.

 /// \return True if the LFE channel is present.

 AkForceInline bool HasLFE(AkChannelMask in_uChannelMask)

 {

     return (in_uChannelMask & AK_SPEAKER_LOW_FREQUENCY) > 0;

 }

 /// Returns true when the center channel is present in a given channel configuration.

 /// Note that mono configurations have one channel which is arbitrary set to AK_SPEAKER_FRONT_CENTER,

 /// so HasCenter() returns true for mono signals.

 /// \return True if the center channel is present.

 AkForceInline bool HasCenter(AkChannelMask in_uChannelMask)

 {

     // All supported non-mono configurations have an AK_SPEAKER_FRONT_LEFT.

     return (in_uChannelMask & AK_SPEAKER_FRONT_CENTER) > 0;

 }

 /// Returns the number of angle values required to represent the given channel configuration.

 /// Use this function with supported 2D standard channel configurations only.

 /// \sa AK::SoundEngine::SetSpeakerAngles().

 AkForceInline AkUInt32 GetNumberOfAnglesForConfig(AkChannelMask in_uChannelMask)

 {

 #ifdef AKASSERT

     AKASSERT((in_uChannelMask & ~AK_SPEAKER_SETUP_DEFAULT_PLANE) == 0);

 #endif

     // LFE is irrelevant.

     in_uChannelMask &= ~AK_SPEAKER_LOW_FREQUENCY;

     // Center speaker is always in the center and thus does not require an angle.

     in_uChannelMask &= ~AK_SPEAKER_FRONT_CENTER;

     // We should have complete pairs at this point, unless there is a speaker at 180 degrees, 

     // in which case we need one more angle to specify it.

 #ifdef AKASSERT

     AKASSERT((in_uChannelMask & AK_SPEAKER_BACK_CENTER) || ((ChannelMaskToNumChannels(in_uChannelMask) % 2) == 0));

 #endif

     return ChannelMaskToNumChannels(in_uChannelMask) >> 1;

 }

 /// Channel ordering type. 

 enum AkChannelOrdering

 {

     ChannelOrdering_Standard,   // L-R-C-LFE-RL-RR-RC-SL-SR-HL-HR-HC-HRL-HRR-HRC-T

     ChannelOrdering_RunTime     // L-R-C-RL-RR-RC-SL-SR-HL-HR-HC-HRL-HRR-HRC-T-LFE

 };

 /// Returns true if standard configuration represented by channel mask has surround

 /// channels, either defined as side or back channels.

 AkForceInline bool HasSurroundChannels( AkChannelMask in_uChannelMask )

 {

     return ( in_uChannelMask & AK_SPEAKER_BACK_LEFT || in_uChannelMask & AK_SPEAKER_SIDE_LEFT );

 }

 /// Returns true if standard configuration represented by channel mask has strictly one

 /// pair of surround channels, either defined as side or back channels. 7.1 has two pairs

 /// of surround channels and would thus return false.

 AkForceInline bool HasStrictlyOnePairOfSurroundChannels( AkChannelMask in_uChannelMask )

 {

     return ( ( ( in_uChannelMask & AK_SPEAKER_BACK_LEFT ) != 0 ) ^ ( ( in_uChannelMask & AK_SPEAKER_SIDE_LEFT ) != 0 ) );

 }

 /// Returns true if standard configuration represented by channel mask has two

 /// pair of surround channels, that is, side and back channels. 7.1 has two pairs

 /// of surround channels and would thus return true, whereas 5.1 would return false.

 AkForceInline bool HasSideAndRearChannels( AkChannelMask in_uChannelMask )

 {

     return ( in_uChannelMask & AK_SPEAKER_BACK_LEFT && in_uChannelMask & AK_SPEAKER_SIDE_LEFT );

 }

 /// Returns true if standard configuration represented by channel mask has at least one "height" channel (above the plane).

 AkForceInline bool HasHeightChannels(AkChannelMask in_uChannelMask)

 {

     return (in_uChannelMask & ~AK_SPEAKER_SETUP_DEFAULT_PLANE) > 0;

 }

 /// Takes a channel mask and swap back channels with side channels if there is just

 /// one pair of surround channels.

 AkForceInline AkChannelMask BackToSideChannels( AkChannelMask in_uChannelMask )

 {

     if ( HasStrictlyOnePairOfSurroundChannels( in_uChannelMask ) )

     {

         in_uChannelMask &= ~( AK_SPEAKER_BACK_LEFT | AK_SPEAKER_BACK_RIGHT );   // remove rears

         in_uChannelMask |= ( AK_SPEAKER_SIDE_LEFT | AK_SPEAKER_SIDE_RIGHT );    // add sides

     }

     return in_uChannelMask;

 }

 /// Convert channel indices as they are ordered in standard (WAV) or Wwise sound engine (WEM) wave files 

 /// (which follow channel mask bit values, except that the LFE is at the end in the case of WEMs) 

 /// into display indices. Desired display order is L-R-C-SL-SR-RL-RR-HL-HR-HC-HRL-HRR-HRC-T-LFE. Note that 4-5.x configurations 

 /// may define back or side channels. Either way they are "Surround" channels and are assigned to "SL, SR" names.

 static inline unsigned int StdChannelIndexToDisplayIndex( AkChannelOrdering in_eOrdering, unsigned int in_uChannelMask, unsigned int in_uChannelIdx )

 {

     if ( in_eOrdering == ChannelOrdering_Standard )

     {

         unsigned int uNumChannelsFront = ChannelMaskToNumChannels( in_uChannelMask & AK_SPEAKER_SETUP_FRONT );

         if ( ( in_uChannelMask & AK_SPEAKER_LOW_FREQUENCY )

             && ( in_uChannelIdx == uNumChannelsFront ) )

         {

             // Lfe. Return penultimate channel.

             in_uChannelIdx = ChannelMaskToNumChannels( in_uChannelMask ) - 1;

         }

         else if ( in_uChannelIdx >= uNumChannelsFront ) // strictly greater than uNumChannelsFront (lfe index) if lfe is present, greater or equal otherwise.

         {

             // Back channel. Return index or index-1 if there is an LFE (uLfeOffset==1).

             unsigned int uLfeOffset = ( in_uChannelMask & AK_SPEAKER_LOW_FREQUENCY ) ? 1 : 0;

             // 6-7.x: Need to swap back and sides.

             if ( HasSideAndRearChannels( in_uChannelMask ) )

             {

                 unsigned int uRearIdx = uNumChannelsFront + uLfeOffset;

                 unsigned int uSideIdx = uRearIdx + 2;

                 unsigned int uAfterSideIdx = uSideIdx + 2;

                 if ( in_uChannelIdx < uAfterSideIdx )

                 {               

                     if ( in_uChannelIdx >= uSideIdx )

                         in_uChannelIdx -= 2;    // input is side, swap it with back.

                     else

                         in_uChannelIdx += 2;    // input is back, swap it with side.

                 }

             }

             in_uChannelIdx -= uLfeOffset;   // compensate for LFE if it was skipped above.

         }

     }

     else

     {

         // 6-7.x: Need to swap back and sides.

         if ( HasSideAndRearChannels( in_uChannelMask ) )

         {

             unsigned int uRearIdx = ChannelMaskToNumChannels( in_uChannelMask & AK_SPEAKER_SETUP_FRONT );

             unsigned int uMaxIdx = uRearIdx + 4;    // Side and rear channels.

             if ( in_uChannelIdx >= uRearIdx  

                 && in_uChannelIdx < uMaxIdx )

             {

                 // Surround channel (not LFE).

                 unsigned int uSideIdx = uRearIdx + 2;

                 if ( in_uChannelIdx >= uSideIdx )

                     in_uChannelIdx -= 2;    // input is side, swap it with back.

                 else

                     in_uChannelIdx += 2;    // input is back, swap it with side.

             }

         }

     }

     return in_uChannelIdx;

 }

 } // namespace AK

 /// Channel configuration type. 

 enum AkChannelConfigType

 {

     AK_ChannelConfigType_Anonymous = 0x0,   ///< Channel mask == 0 and channels are anonymous.

     AK_ChannelConfigType_Standard = 0x1,    ///< Channels must be identified with standard defines in AkSpeakerConfigs. 

     AK_ChannelConfigType_Ambisonic = 0x2,   ///< Ambisonics. Channel mask == 0 and channels follow standard ambisonic order.

     AK_ChannelConfigType_Objects = 0x3,     ///< Object-based configurations.

     AK_ChannelConfigType_UseDeviceMain = 0xE,           ///< Special setting for bus objects to use the audio device main configuration.

     AK_ChannelConfigType_UseDevicePassthrough = 0xF     ///< Special setting for bus objects to use the audio device passthrough configuration.

 };

 /// Defines a channel configuration.

 /// Examples:

 /// \code

 /// AkChannelConfig cfg;

 /// 

 /// // Create a stereo configuration.

 /// cfg.SetStandard(AK_SPEAKER_SETUP_STEREO);

 ///

 /// // Create a 7.1.4 configuration (7.1 plus 4 height channels).

 /// cfg.SetStandard(AK_SPEAKER_SETUP_AURO_11POINT1_740);

 /// // or

 /// cfg.SetStandard(AK_SPEAKER_SETUP_DOLBY_7_1_4);

 ///

 /// // Create a 3rd order ambisonic configuration.

 /// cfg.SetAmbisonic(16);   // pass in the number of spherical harmonics, (N+1)^2, where N is the ambisonics order.

 ///

 /// // Invalidate (usually means "As Parent")

 /// cfg.Clear();

 /// \endcode

 struct AkChannelConfig

 {

     // Channel config: 

     // - uChannelMask is a bit field, whose channel identifiers depend on AkChannelConfigType (up to 20). Channel bits are defined in AkSpeakerConfig.h.

     // - eConfigType is a code that completes the identification of channels by uChannelMask.

     // - uNumChannels is the number of channels, identified (deduced from channel mask) or anonymous (set directly). 

     AkUInt32    uNumChannels : 8;   ///< Number of channels.

     AkUInt32    eConfigType : 4;    ///< Channel config type (AkChannelConfigType).

     AkUInt32    uChannelMask : 20;///< Channel mask (configuration). 

     /// Construct standard channel config from channel mask

     static AkForceInline AkChannelConfig Standard(AkUInt32 in_uChannelMask)

     {

         return AkChannelConfig(AK::ChannelMaskToNumChannels(in_uChannelMask), in_uChannelMask);

     }

     // Construct anonymous channel config from number of channels

     static AkForceInline AkChannelConfig Anonymous(AkUInt32 in_uNumChannels)

     {

         return AkChannelConfig(in_uNumChannels, 0);

     }

     /// Construct ambisonic channel config from number of channels (NOT order)

     static AkForceInline AkChannelConfig Ambisonic(AkUInt32 in_uNumChannels)

     {

         AkChannelConfig cfg;

         cfg.SetAmbisonic(in_uNumChannels);

         return cfg;

     }

     // Construct object-based channel config

     static AkForceInline AkChannelConfig Object()

     {

         AkChannelConfig cfg;

         cfg.SetObject();

         return cfg;

     }

     /// Constructor. Clears / sets the channel config in "invalid" state (IsValid() returns false).

     AkForceInline AkChannelConfig()

         : uNumChannels(0)

         , eConfigType(0)

         , uChannelMask(0)

     {

     }

     /// Constructor. Sets number of channels, and config type according to whether channel mask is defined or not. If defined, it must be consistent with the number of channels.

     AkForceInline AkChannelConfig(AkUInt32 in_uNumChannels, AkUInt32 in_uChannelMask)

     {

         // Input arguments should be consistent.

         SetStandardOrAnonymous(in_uNumChannels, in_uChannelMask);

     }

     /// Operator != with a 32-bit word.

     AkForceInline bool operator!=(AkUInt32 in_uBitField)

     {

         return (*((AkUInt32*)this) != in_uBitField);

     }

     /// Clear the channel config. Becomes "invalid" (IsValid() returns false).

     AkForceInline void Clear()

     {

         uNumChannels = 0;

         eConfigType = 0;

         uChannelMask = 0;

     }

     /// Set channel config as a standard configuration specified with given channel mask.

     AkForceInline void SetStandard(AkUInt32 in_uChannelMask)

     {

         uNumChannels = AK::ChannelMaskToNumChannels(in_uChannelMask);

         eConfigType = AK_ChannelConfigType_Standard;

         uChannelMask = in_uChannelMask;

     }

     /// Set channel config as either a standard or an anonymous configuration, specified with both a given channel mask (0 if anonymous) and a number of channels (which must match the channel mask if standard).

     AkForceInline void SetStandardOrAnonymous(AkUInt32 in_uNumChannels, AkUInt32 in_uChannelMask)

     {

 #ifdef AKASSERT

         AKASSERT(in_uChannelMask == 0 || in_uNumChannels == AK::ChannelMaskToNumChannels(in_uChannelMask));

 #endif

         uNumChannels = in_uNumChannels;

         eConfigType = (in_uChannelMask) ? AK_ChannelConfigType_Standard : AK_ChannelConfigType_Anonymous;

         uChannelMask = in_uChannelMask;

     }

     /// Set channel config as an anonymous configuration specified with given number of channels.

     AkForceInline void SetAnonymous(AkUInt32 in_uNumChannels)

     {

         uNumChannels = in_uNumChannels;

         eConfigType = AK_ChannelConfigType_Anonymous;

         uChannelMask = 0;

     }

     /// Set channel config as an ambisonic configuration specified with given number of channels.

     AkForceInline void SetAmbisonic(AkUInt32 in_uNumChannels)

     {

         uNumChannels = in_uNumChannels;

         eConfigType = AK_ChannelConfigType_Ambisonic;

         uChannelMask = 0;

     }

     /// Set channel config as an object-based configuration (implies dynamic number of objects).

     AkForceInline void SetObject()

     {

         uNumChannels = 0;

         eConfigType = AK_ChannelConfigType_Objects;

         uChannelMask = 0;

     }

     /// Set channel config as the main mix channel configuration

     AkForceInline void SetSameAsMainMix()

     {

         uNumChannels = 0;

         eConfigType = AK_ChannelConfigType_UseDeviceMain;

         uChannelMask = 0;

     }

     /// Set channel config as the passthrough mix channel configuration

     AkForceInline void SetSameAsPassthrough()

     {

         uNumChannels = 0;

         eConfigType = AK_ChannelConfigType_UseDevicePassthrough;

         uChannelMask = 0;

     }

     /// Returns true if valid, false otherwise (as when it is constructed, or invalidated using Clear()).

     AkForceInline bool IsValid() const

     {

         return eConfigType <= AK_ChannelConfigType_Objects && (uNumChannels != 0 || eConfigType == AK_ChannelConfigType_Objects);

     }

     /// Serialize channel config into a 32-bit word.

     AkForceInline AkUInt32 Serialize() const

     {

         return uNumChannels | (eConfigType << 8) | (uChannelMask << 12);

     }

     /// Deserialize channel config from a 32-bit word.

     AkForceInline void Deserialize(AkUInt32 in_uChannelConfig)

     {

         uNumChannels = in_uChannelConfig & 0x000000ff;

         eConfigType = (in_uChannelConfig >> 8) & 0x0000000f;

         uChannelMask = (in_uChannelConfig >> 12) & 0x000fffff;

     }

     /// Returns a new config based on 'this' with no LFE.

     AkForceInline AkChannelConfig RemoveLFE() const

     {

         AkChannelConfig newConfig = *this;

         AkUInt32 uNewChannelMask = newConfig.uChannelMask & ~AK_SPEAKER_LOW_FREQUENCY;

         AkUInt32 uNumLFEChannel = (newConfig.uChannelMask - uNewChannelMask) >> 3; // 0 or 1

 #ifdef AKASSERT

         AKASSERT(uNumLFEChannel == 0 || uNumLFEChannel == 1);

 #endif

         newConfig.uNumChannels -= uNumLFEChannel;

         newConfig.uChannelMask = uNewChannelMask;

         return newConfig;

     }

     /// Returns a new config based on 'this' with no Front Center channel.

     AkForceInline AkChannelConfig RemoveCenter() const

     {

         AkChannelConfig newConfig = *this;

         AkUInt32 uNewChannelMask = newConfig.uChannelMask & ~AK_SPEAKER_FRONT_CENTER;

         AkUInt32 uNumCenterChannel = (newConfig.uChannelMask - uNewChannelMask) >> 2;   // 0 or 1.

 #ifdef AKASSERT

         AKASSERT(uNumCenterChannel == 0 || uNumCenterChannel == 1);

 #endif

         newConfig.uNumChannels -= uNumCenterChannel;

         newConfig.uChannelMask = uNewChannelMask;

         return newConfig;

     }

     /// Operator ==

     AkForceInline bool operator==(const AkChannelConfig & in_other) const

     {

         return uNumChannels == in_other.uNumChannels

             && eConfigType == in_other.eConfigType

             && uChannelMask == in_other.uChannelMask;

     }

     /// Operator !=

     AkForceInline bool operator!=(const AkChannelConfig & in_other) const

     {

         return uNumChannels != in_other.uNumChannels

             || eConfigType != in_other.eConfigType

             || uChannelMask != in_other.uChannelMask;

     }

     /// Query if LFE channel is present.

     /// \return True when LFE channel is present

     AkForceInline bool HasLFE() const

     {

         return AK::HasLFE(uChannelMask);

     }

     /// Query if center channel is present.

     /// Note that mono configurations have one channel which is arbitrary set to AK_SPEAKER_FRONT_CENTER,

     /// so HasCenter() returns true for mono signals.

     /// \return True when center channel is present and configuration has more than 2 channels.

     AkForceInline bool HasCenter() const

     {

         return AK::HasCenter(uChannelMask);

     }

 };

 #endif //_AK_SPEAKERCONFIG_H_

AkChannelConfig::operator!=

AkForceInline bool operator!=(AkUInt32 in_uBitField)

Operator != with a 32-bit word.

Definition: AkSpeakerConfig.h:551

AK::HasLFE

AkForceInline bool HasLFE(AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:319

AkChannelConfig::SetStandardOrAnonymous

AkForceInline void SetStandardOrAnonymous(AkUInt32 in_uNumChannels, AkUInt32 in_uChannelMask)

Set channel config as either a standard or an anonymous configuration, specified with both a given ch...

Definition: AkSpeakerConfig.h:573

AkChannelConfig::Ambisonic

static AkForceInline AkChannelConfig Ambisonic(AkUInt32 in_uNumChannels)

Construct ambisonic channel config from number of channels (NOT order)

Definition: AkSpeakerConfig.h:520

AK_SPEAKER_SETUP_5_0

#define AK_SPEAKER_SETUP_5_0

Definition: AkSpeakerConfig.h:200

Audiokinetic namespace

Definition: AkWwiseSDKVersion.cs:32

AkChannelConfig::HasCenter

AkForceInline bool HasCenter() const

Definition: AkSpeakerConfig.h:698

AK::BackToSideChannels

AkForceInline AkChannelMask BackToSideChannels(AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:393

AkChannelConfig::uNumChannels

AkUInt32 uNumChannels

Number of channels.

Definition: AkSpeakerConfig.h:503

AkChannelConfig

Definition: AkSpeakerConfig.h:498

AK_SPEAKER_SETUP_FIX_REAR_TO_SIDE

void AK_SPEAKER_SETUP_FIX_REAR_TO_SIDE(AkUInt32 &io_uChannelMask)

Definition: AkSpeakerConfig.h:227

AK_SPEAKER_SETUP_1_0_CENTER

#define AK_SPEAKER_SETUP_1_0_CENTER

Definition: AkSpeakerConfig.h:187

AkChannelConfig::uChannelMask

AkUInt32 uChannelMask

Channel mask (configuration).

Definition: AkSpeakerConfig.h:505

AkUInt8

uint8_t AkUInt8

Unsigned 8-bit integer

Definition: AkTypes.h:57

AK::ChannelOrdering_Standard

@ ChannelOrdering_Standard

Definition: AkSpeakerConfig.h:358

AK_ChannelConfigType_Standard

@ AK_ChannelConfigType_Standard

Channels must be identified with standard defines in AkSpeakerConfigs.

Definition: AkSpeakerConfig.h:470

AK::HasCenter

AkForceInline bool HasCenter(AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:328

AK_SPEAKER_SETUP_7POINT1

#define AK_SPEAKER_SETUP_7POINT1

7.1 setup channel mask

Definition: AkSpeakerConfig.h:71

AK_SPEAKER_BACK_LEFT

#define AK_SPEAKER_BACK_LEFT

Rear left speaker bit mask

Definition: AkSpeakerConfig.h:38

AkChannelMask

AkUInt32 AkChannelMask

Channel mask (similar to WAVE_FORMAT_EXTENSIBLE). Bit values are defined in AkSpeakerConfig....

Definition: AkTypes.h:90

AkChannelConfig::AkChannelConfig

AkForceInline AkChannelConfig()

Constructor. Clears / sets the channel config in "invalid" state (IsValid() returns false).

Definition: AkSpeakerConfig.h:536

AkChannelConfig::SetAmbisonic

AkForceInline void SetAmbisonic(AkUInt32 in_uNumChannels)

Set channel config as an ambisonic configuration specified with given number of channels.

Definition: AkSpeakerConfig.h:592

AK_ChannelConfigType_Objects

@ AK_ChannelConfigType_Objects

Object-based configurations.

Definition: AkSpeakerConfig.h:472

AK_SPEAKER_FRONT_RIGHT

#define AK_SPEAKER_FRONT_RIGHT

Front right speaker bit mask

Definition: AkSpeakerConfig.h:35

AkChannelConfig::Serialize

AkForceInline AkUInt32 Serialize() const

Serialize channel config into a 32-bit word.

Definition: AkSpeakerConfig.h:630

AK_ChannelConfigType_Ambisonic

@ AK_ChannelConfigType_Ambisonic

Ambisonics. Channel mask == 0 and channels follow standard ambisonic order.

Definition: AkSpeakerConfig.h:471

AK::StdChannelIndexToDisplayIndex

static unsigned int StdChannelIndexToDisplayIndex(AkChannelOrdering in_eOrdering, unsigned int in_uChannelMask, unsigned int in_uChannelIdx)

Definition: AkSpeakerConfig.h:407

AkChannelConfig::SetSameAsPassthrough

AkForceInline void SetSameAsPassthrough()

Set channel config as the passthrough mix channel configuration

Definition: AkSpeakerConfig.h:616

AkChannelConfig::SetAnonymous

AkForceInline void SetAnonymous(AkUInt32 in_uNumChannels)

Set channel config as an anonymous configuration specified with given number of channels.

Definition: AkSpeakerConfig.h:584

AkChannelConfig::RemoveCenter

AkForceInline AkChannelConfig RemoveCenter() const

Returns a new config based on 'this' with no Front Center channel.

Definition: AkSpeakerConfig.h:658

AK::ChannelBitToIndex

static AkUInt8 ChannelBitToIndex(AkChannelMask in_uChannelBit, AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:307

AK_SPEAKER_SETUP_DEFAULT_PLANE

#define AK_SPEAKER_SETUP_DEFAULT_PLANE

All speakers on the plane, supported on this platform.

Definition: AkSpeakerConfig.h:209

AkChannelConfig::operator!=

AkForceInline bool operator!=(const AkChannelConfig &in_other) const

Operator !=

Definition: AkSpeakerConfig.h:680

AK_ChannelConfigType_UseDevicePassthrough

@ AK_ChannelConfigType_UseDevicePassthrough

Special setting for bus objects to use the audio device passthrough configuration.

Definition: AkSpeakerConfig.h:475

AK::GetNumberOfAnglesForConfig

AkForceInline AkUInt32 GetNumberOfAnglesForConfig(AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:337

AkChannelConfig::Anonymous

static AkForceInline AkChannelConfig Anonymous(AkUInt32 in_uNumChannels)

Definition: AkSpeakerConfig.h:514

AK_SPEAKER_SIDE_LEFT

#define AK_SPEAKER_SIDE_LEFT

Side left speaker bit mask

Definition: AkSpeakerConfig.h:41

AKASSERT

#define AKASSERT(Condition)

Definition: AkAssert.h:76

AK_SPEAKER_BACK_CENTER

#define AK_SPEAKER_BACK_CENTER

Rear center speaker ("surround speaker") bit mask

Definition: AkSpeakerConfig.h:40

AK::ChannelMaskFromNumChannels

static AkChannelMask ChannelMaskFromNumChannels(unsigned int in_uNumChannels)

Definition: AkSpeakerConfig.h:270

AkChannelConfig::Clear

AkForceInline void Clear()

Clear the channel config. Becomes "invalid" (IsValid() returns false).

Definition: AkSpeakerConfig.h:557

AkChannelConfig::SetSameAsMainMix

AkForceInline void SetSameAsMainMix()

Set channel config as the main mix channel configuration

Definition: AkSpeakerConfig.h:608

AK_SPEAKER_SETUP_5_1

#define AK_SPEAKER_SETUP_5_1

Definition: AkSpeakerConfig.h:201

AkChannelConfigType

Channel configuration type.

Definition: AkSpeakerConfig.h:468

AK::HasHeightChannels

AkForceInline bool HasHeightChannels(AkChannelMask in_uChannelMask)

Returns true if standard configuration represented by channel mask has at least one "height" channel ...

Definition: AkSpeakerConfig.h:386

AK_SPEAKER_SETUP_FRONT

#define AK_SPEAKER_SETUP_FRONT

Definition: AkSpeakerConfig.h:196

AkChannelConfig::Object

static AkForceInline AkChannelConfig Object()

Definition: AkSpeakerConfig.h:528

AK_SPEAKER_SETUP_7

#define AK_SPEAKER_SETUP_7

7.0 setup channel mask

Definition: AkSpeakerConfig.h:70

AkChannelConfig::SetObject

AkForceInline void SetObject()

Set channel config as an object-based configuration (implies dynamic number of objects).

Definition: AkSpeakerConfig.h:600

AK_SPEAKER_SETUP_2_1

#define AK_SPEAKER_SETUP_2_1

Definition: AkSpeakerConfig.h:191

AK_ChannelConfigType_Anonymous

@ AK_ChannelConfigType_Anonymous

Channel mask == 0 and channels are anonymous.

Definition: AkSpeakerConfig.h:469

AK::HasSurroundChannels

AkForceInline bool HasSurroundChannels(AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:364

AK_SPEAKER_SETUP_2_0

#define AK_SPEAKER_SETUP_2_0

Definition: AkSpeakerConfig.h:190

AkChannelConfig::operator==

AkForceInline bool operator==(const AkChannelConfig &in_other) const

Operator ==

Definition: AkSpeakerConfig.h:672

AkChannelConfig::RemoveLFE

AkForceInline AkChannelConfig RemoveLFE() const

Returns a new config based on 'this' with no LFE.

Definition: AkSpeakerConfig.h:644

AkChannelConfig::SetStandard

AkForceInline void SetStandard(AkUInt32 in_uChannelMask)

Set channel config as a standard configuration specified with given channel mask.

Definition: AkSpeakerConfig.h:565

AK_SPEAKER_FRONT_LEFT

#define AK_SPEAKER_FRONT_LEFT

Standard speakers (channel mask):

Definition: AkSpeakerConfig.h:34

AkTypes.h

AkChannelConfig::AkChannelConfig

AkForceInline AkChannelConfig(AkUInt32 in_uNumChannels, AkUInt32 in_uChannelMask)

Constructor. Sets number of channels, and config type according to whether channel mask is defined or...

Definition: AkSpeakerConfig.h:544

AkUInt32

uint32_t AkUInt32

Unsigned 32-bit integer

Definition: AkTypes.h:59

AkChannelConfig::eConfigType

AkUInt32 eConfigType

Channel config type (AkChannelConfigType).

Definition: AkSpeakerConfig.h:504

AK_ChannelConfigType_UseDeviceMain

@ AK_ChannelConfigType_UseDeviceMain

Special setting for bus objects to use the audio device main configuration.

Definition: AkSpeakerConfig.h:474

AK::HasSideAndRearChannels

AkForceInline bool HasSideAndRearChannels(AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:380

AkChannelConfig::HasLFE

AkForceInline bool HasLFE() const

Definition: AkSpeakerConfig.h:689

AK::ChannelMaskToNumChannels

static AkUInt8 ChannelMaskToNumChannels(AkChannelMask in_uChannelMask)

Returns the number of channels of a given channel configuration.

Definition: AkSpeakerConfig.h:261

AK_SPEAKER_SETUP_CONVERT_TO_SUPPORTED

void AK_SPEAKER_SETUP_CONVERT_TO_SUPPORTED(AkUInt32 &io_uChannelMask)

Definition: AkSpeakerConfig.h:236

AK::AkChannelOrdering

AkChannelOrdering

Channel ordering type.

Definition: AkSpeakerConfig.h:357

AK_SPEAKER_LOW_FREQUENCY

#define AK_SPEAKER_LOW_FREQUENCY

Low-frequency speaker bit mask

Definition: AkSpeakerConfig.h:37

AkChannelConfig::Deserialize

AkForceInline void Deserialize(AkUInt32 in_uChannelConfig)

Deserialize channel config from a 32-bit word.

Definition: AkSpeakerConfig.h:636

AK_SPEAKER_FRONT_CENTER

#define AK_SPEAKER_FRONT_CENTER

Front center speaker bit mask

Definition: AkSpeakerConfig.h:36

AkForceInline

#define AkForceInline

Definition: AkTypes.h:60

AK_SPEAKER_SETUP_FIX_LEFT_TO_CENTER

void AK_SPEAKER_SETUP_FIX_LEFT_TO_CENTER(AkUInt32 &io_uChannelMask)

Definition: AkSpeakerConfig.h:216

AK::ChannelOrdering_RunTime

@ ChannelOrdering_RunTime

Definition: AkSpeakerConfig.h:359

AkChannelConfig::Standard

static AkForceInline AkChannelConfig Standard(AkUInt32 in_uChannelMask)

Construct standard channel config from channel mask

Definition: AkSpeakerConfig.h:508

AkChannelConfig::IsValid

AkForceInline bool IsValid() const

Returns true if valid, false otherwise (as when it is constructed, or invalidated using Clear()).

Definition: AkSpeakerConfig.h:624

AK_SPEAKER_SETUP_4_0

#define AK_SPEAKER_SETUP_4_0

Definition: AkSpeakerConfig.h:198

AK_SPEAKER_BACK_RIGHT

#define AK_SPEAKER_BACK_RIGHT

Rear right speaker bit mask

Definition: AkSpeakerConfig.h:39

AK_SPEAKER_SIDE_RIGHT

#define AK_SPEAKER_SIDE_RIGHT

Side right speaker bit mask

Definition: AkSpeakerConfig.h:42

AK::HasStrictlyOnePairOfSurroundChannels

AkForceInline bool HasStrictlyOnePairOfSurroundChannels(AkChannelMask in_uChannelMask)

Definition: AkSpeakerConfig.h:372

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