Merge "EnvironmentalReverb : Add minimum and maximum capabilities for params."... (a8c8cf13) · Commits · e / os / android_hardware_interfaces

audio/aidl/aidl_api/android.hardware.audio.effect/current/android/hardware/audio/effect/EnvironmentalReverb.aidl

+11 −16

Original line number	Diff line number	Diff line
		@@ -44,22 +44,6 @@ union EnvironmentalReverb {
		int diffusionPm;
		int densityPm;
		boolean bypass;
		const int MIN_ROOM_LEVEL_MB = (-6000);
		const int MAX_ROOM_LEVEL_MB = 0;
		const int MIN_ROOM_HF_LEVEL_MB = (-4000);
		const int MAX_ROOM_HF_LEVEL_MB = 0;
		const int MIN_DECAY_TIME_MS = 100;
		const int MAX_DECAY_TIME_MS = 20000;
		const int MIN_DECAY_HF_RATIO_PM = 100;
		const int MAX_DECAY_HF_RATIO_PM = 1000;
		const int MIN_LEVEL_MB = (-6000);
		const int MAX_LEVEL_MB = 0;
		const int MIN_DELAY_MS = 0;
		const int MAX_DELAY_MS = 65;
		const int MIN_DIFFUSION_PM = 0;
		const int MAX_DIFFUSION_PM = 1000;
		const int MIN_DENSITY_PM = 0;
		const int MAX_DENSITY_PM = 1000;
		@VintfStability
		union Id {
		int vendorExtensionTag;
		@@ -68,6 +52,17 @@ union EnvironmentalReverb {
		@VintfStability
		parcelable Capability {
		android.hardware.audio.effect.VendorExtension extension;
		int minRoomLevelMb;
		int maxRoomLevelMb;
		int minRoomHfLevelMb;
		int maxRoomHfLevelMb;
		int maxDecayTimeMs;
		int minDecayHfRatioPm;
		int maxDecayHfRatioPm;
		int minLevelMb;
		int maxLevelMb;
		int maxDelayMs;
		int maxDiffusionPm;
		int maxDensityPm;
		}
		}

audio/aidl/android/hardware/audio/effect/EnvironmentalReverb.aidl

+63 −79

Original line number	Diff line number	Diff line
		@@ -49,113 +49,97 @@ union EnvironmentalReverb {
		parcelable Capability {
		VendorExtension extension;

		/**
		* Max decay time supported in millisecond.
		*/
		int maxDecayTimeMs;
		}

		/**
		* Minimal possible room level in millibels.
		*/
		const int MIN_ROOM_LEVEL_MB = -6000;
		int minRoomLevelMb;
		/**
		* Maximum possible room level in millibels.
		*/
		const int MAX_ROOM_LEVEL_MB = 0;
		/**
		* Room level apply to the reverb effect in millibels.
		*/
		int roomLevelMb;

		int maxRoomLevelMb;
		/**
		* Minimal possible room hf level in millibels.
		*/
		const int MIN_ROOM_HF_LEVEL_MB = -4000;
		int minRoomHfLevelMb;
		/**
		* Maximum possible room hf level in millibels.
		*/
		const int MAX_ROOM_HF_LEVEL_MB = 0;
		int maxRoomHfLevelMb;
		/**
		* Room HF level apply to the reverb effect in millibels.
		*/
		int roomHfLevelMb;

		/**
		* Minimal possible decay time in milliseconds.
		*/
		const int MIN_DECAY_TIME_MS = 100;
		/**
		* Maximum possible decay time in milliseconds.
		*/
		const int MAX_DECAY_TIME_MS = 20000;
		/**
		* Delay time apply to the reverb effect in milliseconds.
		* Max decay time supported in millisecond.
		*/
		int decayTimeMs;

		int maxDecayTimeMs;
		/**
		* Minimal possible per mille decay hf ratio.
		*/
		const int MIN_DECAY_HF_RATIO_PM = 100;
		int minDecayHfRatioPm;
		/**
		* Maximum possible per mille decay hf ratio.
		*/
		const int MAX_DECAY_HF_RATIO_PM = 1000;
		/**
		* HF decay ratio in permilles.
		*/
		int decayHfRatioPm;

		int maxDecayHfRatioPm;
		/**
		* Minimal possible room level in millibels.
		*/
		const int MIN_LEVEL_MB = -6000;
		int minLevelMb;
		/**
		* Maximum possible room level in millibels.
		*/
		const int MAX_LEVEL_MB = 0;
		int maxLevelMb;
		/**
		* Reverb level in millibels.
		* Maximum possible delay time in milliseconds.
		*/
		int levelMb;

		int maxDelayMs;
		/**
		* Minimal possible delay time in milliseconds.
		* Maximum possible per mille diffusion.
		*/
		const int MIN_DELAY_MS = 0;
		int maxDiffusionPm;
		/**
		* Maximum possible delay time in milliseconds.
		* Maximum possible per mille density.
		*/
		const int MAX_DELAY_MS = 65;
		int maxDensityPm;
		}

		/**
		* Reverb delay in milliseconds.
		* Room level apply to the reverb effect in millibels. The value of the roomLevelMb must be in
		* range of the value specified by the 'minRoomLevelMb' capability and the 'maxRoomLevelMb'
		* capability.
		*/
		int delayMs;

		int roomLevelMb;
		/**
		* Minimal possible per mille diffusion.
		* Room HF level apply to the reverb effect in millibels. The value of the roomHfLevelMb must be
		* in range of the value specified by the 'minRoomHfLevelMb' capability and the
		* 'maxRoomHfLevelMb' capability.
		*/
		const int MIN_DIFFUSION_PM = 0;
		int roomHfLevelMb;
		/**
		* Maximum possible per mille diffusion.
		* Delay time apply to the reverb effect in milliseconds.The value of the decayTimeMs must
		* be non-negative and not exceed the value specified by the 'maxDecayTimeMs' capability.
		*/
		const int MAX_DIFFUSION_PM = 1000;
		int decayTimeMs;
		/**
		* Diffusion in permilles.
		* HF decay ratio in permilles. The value of the decayHfRatioPm must be in range
		* of the value specified by the 'minDecayHfRatioPm' capability and the 'maxDecayHfRatioPm'
		* capability.
		*/
		int diffusionPm;

		int decayHfRatioPm;
		/**
		* Minimal possible per mille density.
		* Reverb level in millibels. The value of the levelMb must be in range
		* of the value specified by the 'minLevelMb' capability and the 'maxLevelMb' capability.
		*/
		const int MIN_DENSITY_PM = 0;
		int levelMb;
		/**
		* Maximum possible per mille density.
		* Reverb delay in milliseconds. The value of the delayMs must be non-negative and not
		* exceed the value specified by the 'maxDelayMs' capability.
		*/
		int delayMs;
		/**
		* Diffusion in permilles. The value of the diffusionPm must be non-negative and not
		* exceed the value specified by the 'maxDiffusionPm' capability.
		*/
		const int MAX_DENSITY_PM = 1000;
		int diffusionPm;
		/**
		* Density in permilles.
		* Density in permilles. The value of the densityPm must be non-negative and not
		* exceed the value specified by the 'maxDensityPm' capability.
		*/
		int densityPm;

audio/aidl/default/envReverb/EnvReverbSw.cpp

+96 −2

Original line number	Diff line number	Diff line
		@@ -60,8 +60,18 @@ extern "C" binder_exception_t queryEffect(const AudioUuid* in_impl_uuid, Descrip
		namespace aidl::android::hardware::audio::effect {

		const std::string EnvReverbSw::kEffectName = "EnvReverbSw";
		const EnvironmentalReverb::Capability EnvReverbSw::kCapability = {
		.maxDecayTimeMs = EnvironmentalReverb::MAX_DECAY_TIME_MS};
		const EnvironmentalReverb::Capability EnvReverbSw::kCapability = {.minRoomLevelMb = -6000,
		.maxRoomLevelMb = 0,
		.minRoomHfLevelMb = -4000,
		.maxRoomHfLevelMb = 0,
		.maxDecayTimeMs = 7000,
		.minDecayHfRatioPm = 100,
		.maxDecayHfRatioPm = 2000,
		.minLevelMb = -6000,
		.maxLevelMb = 0,
		.maxDelayMs = 65,
		.maxDiffusionPm = 1000,
		.maxDensityPm = 1000};
		const Descriptor EnvReverbSw::kDescriptor = {
		.common = {.id = {.type = kEnvReverbTypeUUID,
		.uuid = kEnvReverbSwImplUUID,
		@@ -251,4 +261,88 @@ IEffect::Status EnvReverbSw::effectProcessImpl(float* in, float* out, int sample
		return {STATUS_OK, samples, samples};
		}

		RetCode EnvReverbSwContext::setErRoomLevel(int roomLevel) {
		if (roomLevel < EnvReverbSw::kCapability.minRoomLevelMb \|\|
		roomLevel > EnvReverbSw::kCapability.maxRoomLevelMb) {
		LOG(ERROR) << __func__ << " invalid roomLevel: " << roomLevel;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new room level
		mRoomLevel = roomLevel;
		return RetCode::SUCCESS;
		}

		RetCode EnvReverbSwContext::setErRoomHfLevel(int roomHfLevel) {
		if (roomHfLevel < EnvReverbSw::kCapability.minRoomHfLevelMb \|\|
		roomHfLevel > EnvReverbSw::kCapability.maxRoomHfLevelMb) {
		LOG(ERROR) << __func__ << " invalid roomHfLevel: " << roomHfLevel;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new room HF level
		mRoomHfLevel = roomHfLevel;
		return RetCode::SUCCESS;
		}

		RetCode EnvReverbSwContext::setErDecayTime(int decayTime) {
		if (decayTime < 0 \|\| decayTime > EnvReverbSw::kCapability.maxDecayTimeMs) {
		LOG(ERROR) << __func__ << " invalid decayTime: " << decayTime;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new decay time
		mDecayTime = decayTime;
		return RetCode::SUCCESS;
		}

		RetCode EnvReverbSwContext::setErDecayHfRatio(int decayHfRatio) {
		if (decayHfRatio < EnvReverbSw::kCapability.minDecayHfRatioPm \|\|
		decayHfRatio > EnvReverbSw::kCapability.maxDecayHfRatioPm) {
		LOG(ERROR) << __func__ << " invalid decayHfRatio: " << decayHfRatio;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new decay HF ratio
		mDecayHfRatio = decayHfRatio;
		return RetCode::SUCCESS;
		}

		RetCode EnvReverbSwContext::setErLevel(int level) {
		if (level < EnvReverbSw::kCapability.minLevelMb \|\|
		level > EnvReverbSw::kCapability.maxLevelMb) {
		LOG(ERROR) << __func__ << " invalid level: " << level;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new level
		mLevel = level;
		return RetCode::SUCCESS;
		}

		RetCode EnvReverbSwContext::setErDelay(int delay) {
		if (delay < 0 \|\| delay > EnvReverbSw::kCapability.maxDelayMs) {
		LOG(ERROR) << __func__ << " invalid delay: " << delay;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new delay
		mDelay = delay;
		return RetCode::SUCCESS;
		}

		RetCode EnvReverbSwContext::setErDiffusion(int diffusion) {
		if (diffusion < 0 \|\| diffusion > EnvReverbSw::kCapability.maxDiffusionPm) {
		LOG(ERROR) << __func__ << " invalid diffusion: " << diffusion;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new diffusion
		mDiffusion = diffusion;
		return RetCode::SUCCESS;
		}

		RetCode EnvReverbSwContext::setErDensity(int density) {
		if (density < 0 \|\| density > EnvReverbSw::kCapability.maxDensityPm) {
		LOG(ERROR) << __func__ << " invalid density: " << density;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new density
		mDensity = density;
		return RetCode::SUCCESS;
		}

		} // namespace aidl::android::hardware::audio::effect

audio/aidl/default/envReverb/EnvReverbSw.h

+13 −85

Original line number	Diff line number	Diff line
		@@ -33,100 +33,28 @@ class EnvReverbSwContext final : public EffectContext {
		LOG(DEBUG) << __func__;
		}

		RetCode setErRoomLevel(int roomLevel) {
		if (roomLevel < EnvironmentalReverb::MIN_ROOM_LEVEL_MB \|\|
		roomLevel > EnvironmentalReverb::MAX_ROOM_LEVEL_MB) {
		LOG(ERROR) << __func__ << " invalid roomLevel: " << roomLevel;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new room level
		mRoomLevel = roomLevel;
		return RetCode::SUCCESS;
		}
		RetCode setErRoomLevel(int roomLevel);
		int getErRoomLevel() const { return mRoomLevel; }

		RetCode setErRoomHfLevel(int roomHfLevel) {
		if (roomHfLevel < EnvironmentalReverb::MIN_ROOM_HF_LEVEL_MB \|\|
		roomHfLevel > EnvironmentalReverb::MAX_ROOM_HF_LEVEL_MB) {
		LOG(ERROR) << __func__ << " invalid roomHfLevel: " << roomHfLevel;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new room HF level
		mRoomHfLevel = roomHfLevel;
		return RetCode::SUCCESS;
		}
		RetCode setErRoomHfLevel(int roomHfLevel);
		int getErRoomHfLevel() const { return mRoomHfLevel; }

		RetCode setErDecayTime(int decayTime) {
		if (decayTime < EnvironmentalReverb::MIN_DECAY_TIME_MS \|\|
		decayTime > EnvironmentalReverb::MAX_DECAY_TIME_MS) {
		LOG(ERROR) << __func__ << " invalid decayTime: " << decayTime;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new decay time
		mDecayTime = decayTime;
		return RetCode::SUCCESS;
		}
		RetCode setErDecayTime(int decayTime);
		int getErDecayTime() const { return mDecayTime; }

		RetCode setErDecayHfRatio(int decayHfRatio) {
		if (decayHfRatio < EnvironmentalReverb::MIN_DECAY_HF_RATIO_PM \|\|
		decayHfRatio > EnvironmentalReverb::MAX_DECAY_HF_RATIO_PM) {
		LOG(ERROR) << __func__ << " invalid decayHfRatio: " << decayHfRatio;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new decay HF ratio
		mDecayHfRatio = decayHfRatio;
		return RetCode::SUCCESS;
		}
		RetCode setErDecayHfRatio(int decayHfRatio);
		int getErDecayHfRatio() const { return mDecayHfRatio; }

		RetCode setErLevel(int level) {
		if (level < EnvironmentalReverb::MIN_LEVEL_MB \|\|
		level > EnvironmentalReverb::MAX_LEVEL_MB) {
		LOG(ERROR) << __func__ << " invalid level: " << level;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new level
		mLevel = level;
		return RetCode::SUCCESS;
		}
		RetCode setErLevel(int level);
		int getErLevel() const { return mLevel; }

		RetCode setErDelay(int delay) {
		if (delay < EnvironmentalReverb::MIN_DELAY_MS \|\|
		delay > EnvironmentalReverb::MAX_DELAY_MS) {
		LOG(ERROR) << __func__ << " invalid delay: " << delay;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new delay
		mDelay = delay;
		return RetCode::SUCCESS;
		}
		RetCode setErDelay(int delay);
		int getErDelay() const { return mDelay; }

		RetCode setErDiffusion(int diffusion) {
		if (diffusion < EnvironmentalReverb::MIN_DIFFUSION_PM \|\|
		diffusion > EnvironmentalReverb::MAX_DIFFUSION_PM) {
		LOG(ERROR) << __func__ << " invalid diffusion: " << diffusion;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new diffusion
		mDiffusion = diffusion;
		return RetCode::SUCCESS;
		}
		RetCode setErDiffusion(int diffusion);
		int getErDiffusion() const { return mDiffusion; }

		RetCode setErDensity(int density) {
		if (density < EnvironmentalReverb::MIN_DENSITY_PM \|\|
		density > EnvironmentalReverb::MAX_DENSITY_PM) {
		LOG(ERROR) << __func__ << " invalid density: " << density;
		return RetCode::ERROR_ILLEGAL_PARAMETER;
		}
		// TODO : Add implementation to apply new density
		mDensity = density;
		return RetCode::SUCCESS;
		}
		RetCode setErDensity(int density);
		int getErDensity() const { return mDensity; }

		RetCode setErBypass(bool bypass) {
		@@ -137,14 +65,14 @@ class EnvReverbSwContext final : public EffectContext {
		bool getErBypass() const { return mBypass; }

		private:
		int mRoomLevel = EnvironmentalReverb::MIN_ROOM_LEVEL_MB; // Default room level
		int mRoomHfLevel = EnvironmentalReverb::MAX_ROOM_HF_LEVEL_MB; // Default room hf level
		int mRoomLevel = -6000; // Default room level
		int mRoomHfLevel = 0; // Default room hf level
		int mDecayTime = 1000; // Default decay time
		int mDecayHfRatio = 500; // Default decay hf ratio
		int mLevel = EnvironmentalReverb::MIN_LEVEL_MB; // Default level
		int mLevel = -6000; // Default level
		int mDelay = 40; // Default delay
		int mDiffusion = EnvironmentalReverb::MAX_DIFFUSION_PM; // Default diffusion
		int mDensity = EnvironmentalReverb::MAX_DENSITY_PM; // Default density
		int mDiffusion = 1000; // Default diffusion
		int mDensity = 1000; // Default density
		bool mBypass = false; // Default bypass
		};

audio/aidl/vts/VtsHalEnvironmentalReverbTargetTest.cpp

+192 −70

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