UAudioAnalyzerManager

: UObject

/Script/AudioAnalyzer.AudioAnalyzerManager 0x04E8 (1,256 B) align 1 inherited 0x0028 vtable /Script/AudioAnalyzer

0x00x04E8

Members 11

Show inherited members

Offset	Size	Name	Type	Flags	Default
	0x10	OnPlaybackFinished	FMulticastScriptDelegate	4 flags	<delegate>
	0x10	OnPlaybackLoopFinished	FMulticastScriptDelegate	4 flags	<delegate>
0x0048	0x458	padding / unreflected
	0x08	_amplitudeByChannel	UChannelFResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.Amplitu…
	0x08	_frequencyByChannel	UChannelFResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.Frequen…
	0x08	_averageFrequencyByChannel	UChannelFResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.AvFrequ…
	0x08	_beatOnsetByChannel	UChannelBResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.BeatByC…
	0x08	_frequencyBTByChannel	UChannelFResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.Frequen…
	0x08	_averageFrequencyBTByChannel	UChannelFResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.AvFrequ…
	0x08	_varianceFrequencyBTByChannel	UChannelFResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.VaFrequ…
	0x08	_BPMCurrentByChannel	UChannelIResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.BPMCurr…
	0x08	_BPMTotalByChannel	UChannelIResult*	5 flags	/Script/AudioAnalyzer.Default__AudioAnalyzerManager.BPMTota…

Functions 62

Signature	Flags	Params
void UnloadPlayerAudio()	FinalNative+1 flags	0x00
void UnloadLoopbackAudio()	FinalNative+1 flags	0x00
void UnloadCapturerAudio()	FinalNative+1 flags	0x00
void StopLoopback()	FinalNative+1 flags	0x00
void StopCapture()	FinalNative+1 flags	0x00
void Stop()	FinalNative+1 flags	0x00
void StartLoopback()	FinalNative+1 flags	0x00
void StartCapture(bool PlaybackCapturer)	FinalNative+1 flags	0x01
void SetPlaybackVolume(float Volume)	FinalNative+1 flags	0x04
void SetPlaybackTime(float Progress)	FinalNative+1 flags	0x04
void SetPaused(bool Pause)	FinalNative+1 flags	0x01
void SetDefaultDevicesCapturerAudio(const FString& CapturerDeviceName, const FString& PlayerDeviceName)	FinalNative+1 flags	0x20
void SetDefaultDevicePlayerAudio(const FString& AudioDeviceName)	FinalNative+1 flags	0x10
void SetDefaultDeviceLoopbackAudio(const FString& SourceDeviceName)	FinalNative+1 flags	0x10
void PlayEx(int32 Loops, float StartTime)	FinalNative+1 flags	0x08
void Play()	FinalNative+1 flags	0x00
void Pause()	FinalNative+1 flags	0x00
bool IsPlaying()	FinalNative+1 flags	0x01
bool IsPaused()	FinalNative+1 flags	0x01
bool IsLoopbackCapturing()	FinalNative+1 flags	0x01
bool IsCapturing()	FinalNative+1 flags	0x01
void InitSpectrumConfigWLimits(const EChannelSelectionMode& ChannelMode, int32 Channel, const TArray<FVector2D>& BandLimits, float TimeWindow, int32 HistorySize, bool UsePeakValues)	FinalNative+1 flags	0x21
void InitSpectrumConfig(const ESpectrumType& Type, const EChannelSelectionMode& ChannelMode, int32 Channel, int32 NumFreqBands, float TimeWindow, int32 HistorySize, bool UsePeakValues)	FinalNative+1 flags	0x15
bool InitPlayerAudioEx(const FString& Filename, int32 PlayerBufferSize)	FinalNative+1 flags	0x15
bool InitPlayerAudio(const FString& Filename)	FinalNative+1 flags	0x11
bool InitLoopbackAudioEx(float CapturerBufferSeconds)	FinalNative+1 flags	0x05
bool InitLoopbackAudio()	FinalNative+1 flags	0x01
bool InitCapturerAudioEx(int32 SampleRate, float CapturerBufferSeconds, int32 PlayerBufferSize)	FinalNative+1 flags	0x0D
bool InitCapturerAudio()	FinalNative+1 flags	0x01
void InitBeatTrackingConfigWLimits(const EChannelSelectionMode& ChannelMode, int32 Channel, const TArray<FVector2D>& BandLimits, float TimeWindow, int32 HistorySize, bool CalculateBPM, int32 BPMHistorySize, float Threshold)	FinalNative+1 flags	0x2C
void InitBeatTrackingConfig(const EChannelSelectionMode& ChannelMode, int32 Channel, float TimeWindow, int32 HistorySize, bool CalculateBPM, int32 BPMHistorySize, float Threshold)	FinalNative+1 flags	0x1C
void InitAmplitudeConfig(const EChannelSelectionMode& ChannelMode, int32 Channel, int32 NumTimeBands, float TimeWindow)	FinalNative+1 flags	0x10
float GetTotalDuration()	FinalNative+1 flags	0x04
void GetSpectrumByChannel(const UChannelFResult& Frequencies, const UChannelFResult& AverageFrequencies, bool CalculateAverageFrequencies)	FinalNative+1 flags	0x11
void GetSpectrum(const TArray<float>& Frequencies, const TArray<float>& AverageFrequencies, bool CalculateAverageFrequencies)	FinalNative+1 flags	0x21
int32 GetRemainingLoops()	FinalNative+1 flags	0x04
FString GetProjectFolder()	FinalNative+2 flags	0x10
float GetPlaybackVolume()	FinalNative+1 flags	0x04
float GetPlaybackTime()	FinalNative+1 flags	0x04
void GetOutputAudioDevices(const TArray<FString>& AudioDeviceNames)	FinalNative+1 flags	0x10
void GetMetadata(const FString& Filename, const FString& Extension, const FString& MetaType, const FString& Title, const FString& Artist, const FString& Album, const FString& Year, const FString& Genre)	FinalNative+1 flags	0x80
float GetLoopbackCaptureTime()	FinalNative+1 flags	0x04
void GetInputAudioDevices(const TArray<FString>& AudioDeviceNames)	FinalNative+1 flags	0x10
bool GetFolderFiles(const FString& FolderPath, const FString& Extension, const TArray<FString>& FileNames)	FinalNative+2 flags	0x31
void GetDefaultDevicesCapturerAudio(const FString& CapturerDeviceName, const FString& PlayerDeviceName)	FinalNative+1 flags	0x20
void GetDefaultDevicePlayerAudio(const FString& PlayerDeviceName)	FinalNative+1 flags	0x10
void GetDefaultDeviceLoopbackAudio(const FString& SourceDeviceName)	FinalNative+1 flags	0x10
float GetCaptureTime()	FinalNative+1 flags	0x04
void GetBeatTrackingWThresholdByChannel(const TArray<bool>& IsBass, const TArray<bool>& IsLowM, const TArray<bool>& IsHighM, const UChannelFResult& SpectrumValues, const UChannelIResult& BPMCurrent, const UChannelIResult*& BPMTotal, const TArray<float>& OverrideThreshold)	FinalNative+1 flags	0x58
void GetBeatTrackingWThreshold(const bool& IsBass, const bool& IsLowM, const bool& IsHighM, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal, const TArray<float>& OverrideThreshold)	FinalNative+1 flags	0x48
void GetBeatTrackingWLimitsWThresholdByChannel(const UChannelBResult& Beats, const UChannelFResult& SpectrumValues, const UChannelIResult& BPMCurrent, const UChannelIResult& BPMTotal, const TArray<float>& OverrideThreshold)	FinalNative+1 flags	0x30
void GetBeatTrackingWLimitsWThreshold(const TArray<bool>& Beats, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal, const TArray<float>& OverrideThreshold)	FinalNative+1 flags	0x50
void GetBeatTrackingWLimitsByChannel(const UChannelBResult& Beats, const UChannelFResult& SpectrumValues, const UChannelIResult& BPMCurrent, const UChannelIResult& BPMTotal)	FinalNative+1 flags	0x20
void GetBeatTrackingWLimits(const TArray<bool>& Beats, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal)	FinalNative+1 flags	0x40
void GetBeatTrackingByChannel(const TArray<bool>& IsBass, const TArray<bool>& IsLowM, const TArray<bool>& IsHighM, const UChannelFResult& SpectrumValues, const UChannelIResult& BPMCurrent, const UChannelIResult*& BPMTotal)	FinalNative+1 flags	0x48
void GetBeatTrackingAverageByChannel(const UChannelFResult*& AverageFrequencies)	FinalNative+1 flags	0x08
void GetBeatTrackingAverageAndVarianceByChannel(const UChannelFResult& AverageFrequencies, const UChannelFResult& VarianceFrequencies)	FinalNative+1 flags	0x10
void GetBeatTrackingAverageAndVariance(const TArray<float>& AverageFrequencies, const TArray<float>& VarianceFrequencies)	FinalNative+1 flags	0x20
void GetBeatTrackingAverage(const TArray<float>& AverageFrequencies)	FinalNative+1 flags	0x10
void GetBeatTracking(const bool& IsBass, const bool& IsLowM, const bool& IsHighM, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal)	FinalNative+1 flags	0x38
void GetAmplitudeByChannel(const UChannelFResult*& AmplitudeByChannel)	FinalNative+1 flags	0x08
void GetAmplitude(const TArray<float>& Amplitude)	FinalNative+1 flags	0x10

Subclasses 1

UAudioManagerBP_C

Used by 1

types with a member, parameter or interface of this type

AVISUALIZER__C

// /Script/AudioAnalyzer.AudioAnalyzerManager
// size 0x04E8 (1256), inherited 0x0028, align 1
class UAudioAnalyzerManager : public UObject
{
public:
    FMulticastScriptDelegate OnPlaybackFinished;       // 0x0028(0x10) ZeroConstructor InstancedReference BlueprintAssignable NativeAccessSpecifierPublic = <delegate>
    FMulticastScriptDelegate OnPlaybackLoopFinished;   // 0x0038(0x10) ZeroConstructor InstancedReference BlueprintAssignable NativeAccessSpecifierPublic = <delegate>
    uint8 pad_0[0x458];                            // 0x0048(0x458)
    UChannelFResult* _amplitudeByChannel;              // 0x04A0(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.AmplitudeByChannel
    UChannelFResult* _frequencyByChannel;              // 0x04A8(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.FrequencyByChannel
    UChannelFResult* _averageFrequencyByChannel;       // 0x04B0(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.AvFrequencyByChannel
    UChannelBResult* _beatOnsetByChannel;              // 0x04B8(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.BeatByChannel
    UChannelFResult* _frequencyBTByChannel;            // 0x04C0(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.FrequencyBTByChannel
    UChannelFResult* _averageFrequencyBTByChannel;     // 0x04C8(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.AvFrequencyBTByChannel
    UChannelFResult* _varianceFrequencyBTByChannel;    // 0x04D0(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.VaFrequencyBTByChannel
    UChannelIResult* _BPMCurrentByChannel;             // 0x04D8(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.BPMCurrentByChannel
    UChannelIResult* _BPMTotalByChannel;               // 0x04E0(0x08) ZeroConstructor IsPlainOldData NoDestructor HasGetValueTypeHash NativeAccessSpecifierPrivate = /Script/AudioAnalyzer.Default__AudioAnalyzerManager.BPMTotalByChannel

    void UnloadPlayerAudio(); // 0x256f20 [Final Native Public]
    void UnloadLoopbackAudio(); // 0x256f00 [Final Native Public]
    void UnloadCapturerAudio(); // 0x256ee0 [Final Native Public]
    void StopLoopback(); // 0x256ec0 [Final Native Public]
    void StopCapture(); // 0x256ea0 [Final Native Public]
    void Stop(); // 0x256e80 [Final Native Public]
    void StartLoopback(); // 0x256e60 [Final Native Public]
    void StartCapture(bool PlaybackCapturer); // 0x256dd0 [Final Native Public]
    void SetPlaybackVolume(float Volume); // 0x256d50 [Final Native Public]
    void SetPlaybackTime(float Progress); // 0x256cd0 [Final Native Public]
    void SetPaused(bool Pause); // 0x256c40 [Final Native Public]
    void SetDefaultDevicesCapturerAudio(const FString& CapturerDeviceName, const FString& PlayerDeviceName); // 0x256b50 [Final Native Public]
    void SetDefaultDevicePlayerAudio(const FString& AudioDeviceName); // 0x256ab0 [Final Native Public]
    void SetDefaultDeviceLoopbackAudio(const FString& SourceDeviceName); // 0x256a10 [Final Native Public]
    void PlayEx(int32 Loops, float StartTime); // 0x256940 [Final Native Public]
    void Play(); // 0x256920 [Final Native Public]
    void Pause(); // 0x256900 [Final Native Public]
    bool IsPlaying(); // 0x2568d0 [Final Native Public]
    bool IsPaused(); // 0x2568a0 [Final Native Public]
    bool IsLoopbackCapturing(); // 0x256870 [Final Native Public]
    bool IsCapturing(); // 0x256840 [Final Native Public]
    void InitSpectrumConfigWLimits(const EChannelSelectionMode& ChannelMode, int32 Channel, const TArray<FVector2D>& BandLimits, float TimeWindow, int32 HistorySize, bool UsePeakValues); // 0x2564e0 [Final Native Public]
    void InitSpectrumConfig(const ESpectrumType& Type, const EChannelSelectionMode& ChannelMode, int32 Channel, int32 NumFreqBands, float TimeWindow, int32 HistorySize, bool UsePeakValues); // 0x2562e0 [Final Native Public]
    bool InitPlayerAudioEx(const FString& Filename, int32 PlayerBufferSize); // 0x2561f0 [Final Native Public]
    bool InitPlayerAudio(const FString& Filename); // 0x256140 [Final Native Public]
    bool InitLoopbackAudioEx(float CapturerBufferSeconds); // 0x2560b0 [Final Native Public]
    bool InitLoopbackAudio(); // 0x256080 [Final Native Public]
    bool InitCapturerAudioEx(int32 SampleRate, float CapturerBufferSeconds, int32 PlayerBufferSize); // 0x255f80 [Final Native Public]
    bool InitCapturerAudio(); // 0x255f50 [Final Native Public]
    void InitBeatTrackingConfigWLimits(const EChannelSelectionMode& ChannelMode, int32 Channel, const TArray<FVector2D>& BandLimits, float TimeWindow, int32 HistorySize, bool CalculateBPM, int32 BPMHistorySize, float Threshold); // 0x255ce0 [Final Native Public]
    void InitBeatTrackingConfig(const EChannelSelectionMode& ChannelMode, int32 Channel, float TimeWindow, int32 HistorySize, bool CalculateBPM, int32 BPMHistorySize, float Threshold); // 0x255ae0 [Final Native Public]
    void InitAmplitudeConfig(const EChannelSelectionMode& ChannelMode, int32 Channel, int32 NumTimeBands, float TimeWindow); // 0x255990 [Final Native Public]
    float GetTotalDuration(); // 0x255960 [Final Native Public]
    void GetSpectrumByChannel(const UChannelFResult*& Frequencies, const UChannelFResult*& AverageFrequencies, bool CalculateAverageFrequencies); // 0x255830 [Final Native Public]
    void GetSpectrum(const TArray<float>& Frequencies, const TArray<float>& AverageFrequencies, bool CalculateAverageFrequencies); // 0x2556d0 [Final Native Public]
    int32 GetRemainingLoops(); // 0x2556a0 [Final Native Public]
    FString GetProjectFolder(); // 0x255620 [Final Native Static Public]
    float GetPlaybackVolume(); // 0x2555f0 [Final Native Public]
    float GetPlaybackTime(); // 0x2555c0 [Final Native Public]
    void GetOutputAudioDevices(const TArray<FString>& AudioDeviceNames); // 0x2554f0 [Final Native Public]
    void GetMetadata(const FString& Filename, const FString& Extension, const FString& MetaType, const FString& Title, const FString& Artist, const FString& Album, const FString& Year, const FString& Genre); // 0x255150 [Final Native Public]
    float GetLoopbackCaptureTime(); // 0x255120 [Final Native Public]
    void GetInputAudioDevices(const TArray<FString>& AudioDeviceNames); // 0x255050 [Final Native Public]
    bool GetFolderFiles(const FString& FolderPath, const FString& Extension, const TArray<FString>& FileNames); // 0x254ee0 [Final Native Static Public]
    void GetDefaultDevicesCapturerAudio(const FString& CapturerDeviceName, const FString& PlayerDeviceName); // 0x254dc0 [Final Native Public]
    void GetDefaultDevicePlayerAudio(const FString& PlayerDeviceName); // 0x254d10 [Final Native Public]
    void GetDefaultDeviceLoopbackAudio(const FString& SourceDeviceName); // 0x254c60 [Final Native Public]
    float GetCaptureTime(); // 0x254a90 [Final Native Public]
    void GetBeatTrackingWThresholdByChannel(const TArray<bool>& IsBass, const TArray<bool>& IsLowM, const TArray<bool>& IsHighM, const UChannelFResult*& SpectrumValues, const UChannelIResult*& BPMCurrent, const UChannelIResult*& BPMTotal, const TArray<float>& OverrideThreshold); // 0x2547c0 [Final Native Public]
    void GetBeatTrackingWThreshold(const bool& IsBass, const bool& IsLowM, const bool& IsHighM, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal, const TArray<float>& OverrideThreshold); // 0x2544f0 [Final Native Public]
    void GetBeatTrackingWLimitsWThresholdByChannel(const UChannelBResult*& Beats, const UChannelFResult*& SpectrumValues, const UChannelIResult*& BPMCurrent, const UChannelIResult*& BPMTotal, const TArray<float>& OverrideThreshold); // 0x2542e0 [Final Native Public]
    void GetBeatTrackingWLimitsWThreshold(const TArray<bool>& Beats, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal, const TArray<float>& OverrideThreshold); // 0x254090 [Final Native Public]
    void GetBeatTrackingWLimitsByChannel(const UChannelBResult*& Beats, const UChannelFResult*& SpectrumValues, const UChannelIResult*& BPMCurrent, const UChannelIResult*& BPMTotal); // 0x253ef0 [Final Native Public]
    void GetBeatTrackingWLimits(const TArray<bool>& Beats, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal); // 0x253d10 [Final Native Public]
    void GetBeatTrackingByChannel(const TArray<bool>& IsBass, const TArray<bool>& IsLowM, const TArray<bool>& IsHighM, const UChannelFResult*& SpectrumValues, const UChannelIResult*& BPMCurrent, const UChannelIResult*& BPMTotal); // 0x253aa0 [Final Native Public]
    void GetBeatTrackingAverageByChannel(const UChannelFResult*& AverageFrequencies); // 0x253a10 [Final Native Public]
    void GetBeatTrackingAverageAndVarianceByChannel(const UChannelFResult*& AverageFrequencies, const UChannelFResult*& VarianceFrequencies); // 0x253930 [Final Native Public]
    void GetBeatTrackingAverageAndVariance(const TArray<float>& AverageFrequencies, const TArray<float>& VarianceFrequencies); // 0x253810 [Final Native Public]
    void GetBeatTrackingAverage(const TArray<float>& AverageFrequencies); // 0x253760 [Final Native Public]
    void GetBeatTracking(const bool& IsBass, const bool& IsLowM, const bool& IsHighM, const TArray<float>& SpectrumValues, const TArray<int32>& BPMCurrent, const TArray<int32>& BPMTotal); // 0x2534f0 [Final Native Public]
    void GetAmplitudeByChannel(const UChannelFResult*& AmplitudeByChannel); // 0x253460 [Final Native Public]
    void GetAmplitude(const TArray<float>& Amplitude); // 0x2533b0 [Final Native Public]
};