Initial Commit

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Definitions.SignalProcessing.h

@@ -0,0 +1,47 @@
+// Generated by UnrealBuildTool (UEBuildModuleCPP.cs) : Shared PCH Definitions for SignalProcessing
+#pragma once
+#include "SharedDefinitions.Core.Cpp20.h"
+#undef SIGNALPROCESSING_API
+#undef SIGNALPROCESSING_NON_ATTRIBUTED_API
+#define UE_IS_ENGINE_MODULE 1
+#define UE_VALIDATE_FORMAT_STRINGS 1
+#define UE_VALIDATE_INTERNAL_API 0
+#define UE_VALIDATE_EXPERIMENTAL_API 0
+#define UE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_4 0
+#define UE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_5 0
+#define UE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_6 0
+#define UE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_7 0
+#define UE_PROJECT_NAME FPSTemplate
+#define UE_TARGET_NAME FPSTemplateServer
+#define UE_MODULE_NAME "SignalProcessing"
+#define UE_PLUGIN_NAME ""
+#define MATHCORE_API 
+#define MATHCORE_NON_ATTRIBUTED_API 
+#define WITH_OGGVORBIS 1
+#define UELIBSAMPLERATE_API 
+#define UELIBSAMPLERATE_NON_ATTRIBUTED_API 
+#define TARGETPLATFORM_API 
+#define TARGETPLATFORM_NON_ATTRIBUTED_API 
+#define TEXTUREFORMAT_API 
+#define TEXTUREFORMAT_NON_ATTRIBUTED_API 
+#define DEVELOPERSETTINGS_API 
+#define DEVELOPERSETTINGS_NON_ATTRIBUTED_API 
+#define AUDIOPLATFORMCONFIGURATION_API 
+#define AUDIOPLATFORMCONFIGURATION_NON_ATTRIBUTED_API 
+#define WITH_VERSE_COMPILER 1
+#define COREUOBJECT_API 
+#define COREUOBJECT_NON_ATTRIBUTED_API 
+#define COREPRECISEFP_API 
+#define COREPRECISEFP_NON_ATTRIBUTED_API 
+#define DESKTOPPLATFORM_API 
+#define DESKTOPPLATFORM_NON_ATTRIBUTED_API 
+#define ANALYTICS_API 
+#define ANALYTICS_NON_ATTRIBUTED_API 
+#define WITH_MGPU 1
+#define RHI_API 
+#define RHI_NON_ATTRIBUTED_API 
+#define AUDIOMIXERCORE_API 
+#define AUDIOMIXERCORE_NON_ATTRIBUTED_API 
+#define SIGNALPROCESSING_API 
+#define SIGNALPROCESSING_NON_ATTRIBUTED_API 
+#define INTEL_ISPC 1

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy.h

@@ -0,0 +1,130 @@
+//
+// D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy.h
+// (Header automatically generated by the ispc compiler.)
+// DO NOT EDIT THIS FILE.
+//
+
+#pragma once
+#include <stdint.h>
+
+
+
+#ifdef __cplusplus
+namespace ispc { /* namespace */
+#endif // __cplusplus
+
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+///////////////////////////////////////////////////////////////////////////
+// Functions exported from ispc code
+///////////////////////////////////////////////////////////////////////////
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+extern "C" {
+#endif // __cplusplus
+    extern void ArrayAPFLongDelayProcess(const float * InSamples, const float * InDelaySamples, const int32_t InNum, float * OutSamples, float * OutDelaySamples, const float Gain);
+    extern void ArrayAbs(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayAbsInPlace(float * Data, const int32_t Num);
+    extern void ArrayAddConstantInplace(float * OutFloatBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArrayAddInPlace(const float * InData, float * InAccumulateData, const int32_t Num);
+    extern void ArrayClampInPlace(float * Data, const float InMin, const float InMax, const int32_t Num);
+    extern void ArrayClampMaxInPlace(float * Data, const float InMax, const int32_t Num);
+    extern void ArrayClampMinInPlace(float * Data, const float InMin, const int32_t Num);
+    extern void ArrayComplexConjugate(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayComplexConjugateInPlace(float * InData, const int32_t Num);
+    extern void ArrayComplexMultiplyAdd(const float * InA, const float * InB, float * Out, const int32_t Num);
+    extern void ArrayComplexMultiplyInPlace(const float * InData1, float * InData2, const int32_t Num);
+    extern void ArrayComplexToPower(const float * InRealSamples, const float * InImaginarySamples, float * OutPowerSamples, const int32_t NumSamples);
+    extern void ArrayComplexToPowerInterleaved(const float * InComplexData, float * OutPowerData, const int32_t Num);
+    extern void ArrayCumulativeSum(const float * InViewPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayFade(float * OutFloatBuffer, const int32_t NumSamples, const float StartValue, const float EndValue);
+    extern void ArrayFade2(const float * InBuffer, const int32_t NumSamples, const float StartValue, const float EndValue, float * OutBuffer);
+    extern void ArrayFloatToPcm16(const float * InBuffer, int16_t * OutBuffer, const int32_t Num);
+    extern float ArrayGetAverageAbsValue(const float * Buffer, const int32_t NumSamples);
+    extern float ArrayGetAverageValue(const float * Buffer, const int32_t NumSamples);
+#if defined(__cplusplus)
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float &OutEuclideanNorm, const int32_t Num);
+#else
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float *OutEuclideanNorm, const int32_t Num);
+#endif // ArrayGetEuclideanNorm function declaraion
+    extern float ArrayGetMagnitude(const float * Buffer, const int32_t NumSamples);
+    extern void ArrayLerpAddInPlace(const float * InData, const float InStartMultiplier, const float InEndMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayLerpFractionalDelay(const float * InSamples, const float * InDelays, const float * DelayData, const int32_t * IntegerDelays, const int32_t InNum, float * OutSamples, const float MaxDelay);
+    extern void ArrayMagnitudeToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayMax(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t Num);
+    extern float ArrayMaxAbsValue(const float * DataPtr, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMean(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMean(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMean function declaraion
+    extern void ArrayMeanFilter(const float * SummedDataPtr, const int32_t WindowSize, const int32_t WindowOrigin, float * OutDataPtr, const float LastSummedData, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMeanSquared(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMeanSquared(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMeanSquared function declaraion
+    extern void ArrayMinMaxNormalize(const float * InDataPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayMixIn(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples);
+    extern void ArrayMixInWithDelta(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float StartGain, const float EndGain);
+    extern void ArrayMixInWithGain(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float Gain);
+    extern void ArrayMultiply(const float * InFloatBuffer, const float * BufferToMultiply, float * OutDataPtr, const int32_t NumSamples);
+    extern void ArrayMultiplyAddInPlace(const float * InData, const float InMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayMultiplyByConstant(const float * InFloatBuffer, const float InValue, float * OutFloatBuffer, const int32_t InNumSamples);
+    extern void ArrayMultiplyByConstantInPlace(float * OutFloatBuffer, const int32_t NumSamples, const float InGain);
+    extern void ArrayMultiplyInPlace(const float * InFloatBuffer, float * BufferToMultiply, const int32_t NumSamples);
+    extern void ArrayPcm16ToFloat(const int16_t * InBuffer, float * OutBuffer, const int32_t Num);
+    extern void ArrayPowerToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayRangeClamp(float * InOutBuffer, const int32_t InNum, const float InMinValue, const float InMaxValue);
+    extern void ArrayScaledComplexConjugate(const float * InValues, const int32_t Num, float * OutValues, const float Scale);
+    extern void ArraySetToConstantInplace(float * InBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArraySqrtInPlace(float * InData, const int32_t Num);
+    extern void ArraySquare(const float * InData, float * OutData, const int32_t Num);
+    extern void ArraySquareInPlace(float * InData, const int32_t Num);
+    extern void ArraySubtract(const float * InMinuend, const float * InSubtrahend, float * OutBuffer, const int32_t InNum);
+    extern void ArraySubtractByConstantInPlace(float * InData, const float InSubtrahend, const int32_t Num);
+    extern void ArraySubtractInPlace1(const float * InMinuend, float * InOutSubtrahend, const int32_t InNum);
+    extern void ArraySubtractInPlace2(float * InOutMinuend, const float * InSubtrahend, const int32_t InNum);
+#if defined(__cplusplus)
+    extern void ArraySum(const float * InData, float &OutSum, const int32_t Num);
+#else
+    extern void ArraySum(const float * InData, float *OutSum, const int32_t Num);
+#endif // ArraySum function declaraion
+    extern void ArraySum2(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t NumSamples);
+    extern void ArrayUnderflowClamp(float * InOutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumOneGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, float * OutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumTwoGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, const float InGain2, float * OutBuffer, const int32_t InNum);
+    extern void TransformArrayRow(const float * OffsetInData, const float * RowValuePtr, float * OutArray, const int32_t RowIndex, const int32_t NumToMult);
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+} /* end extern C */
+#endif // __cplusplus
+
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+
+#ifdef __cplusplus
+} /* namespace */
+#endif // __cplusplus

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy.h.rsp

@@ -0,0 +1,42 @@
+"Runtime/SignalProcessing/Private/FloatArrayMath.ispc"
+-h "D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy.h"
+-MMM "D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.txt"
+--target-os=windows
+--arch=x86-64
+--target=avx512skx-i32x8,avx2,avx,sse4
+--emit-obj
+-I"."
+-I"Runtime/SignalProcessing/Private"
+-I"Runtime/Core/Public"
+-I"Runtime/Core/Internal"
+-I"Runtime/TraceLog/Public"
+-I"Runtime/AutoRTFM/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/ImageCore/UHT"
+-I"Runtime/ImageCore/Public"
+-I"Runtime/MathCore/Public"
+-I"ThirdParty/libSampleRate/Public"
+-I"Developer/TargetPlatform/Public"
+-I"Developer/TextureFormat/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/DeveloperSettings/UHT"
+-I"Runtime/DeveloperSettings/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/AudioPlatformConfiguration/UHT"
+-I"Runtime/AudioPlatformConfiguration/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/CoreUObject/UHT"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/CoreUObject/VerseVMBytecode"
+-I"Runtime/CoreUObject/Public"
+-I"Runtime/CoreUObject/Internal"
+-I"Runtime/CorePreciseFP/Public"
+-I"Runtime/CorePreciseFP/Internal"
+-I"Developer/DesktopPlatform/Public"
+-I"Developer/DesktopPlatform/Internal"
+-I"Runtime/Analytics/Analytics/Public"
+-I"Runtime/RHI/Public"
+-I"Runtime/RHI/Internal"
+-I"Runtime/AudioMixerCore/Public"
+-I"Runtime/SignalProcessing/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/Core"
+-I"ThirdParty/GuidelinesSupportLibrary/GSL-1144/include"
+-I"ThirdParty/AtomicQueue"
+-I"ThirdParty/Ogg/libogg-1.2.2/include"
+-I"ThirdParty/Vorbis/libvorbis-1.3.2/include"
+-I"ThirdParty/libOpus/opus-1.3.1-12/include"

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_avx.h

@@ -0,0 +1,123 @@
+//
+// D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_avx.h
+// (Header automatically generated by the ispc compiler.)
+// DO NOT EDIT THIS FILE.
+//
+
+#pragma once
+#include <stdint.h>
+
+#if !defined(__cplusplus)
+#if defined(__STDC_VERSION__) && (__STDC_VERSION__ >= 199901L)
+#include <stdbool.h>
+#else
+typedef int bool;
+#endif
+#endif
+
+
+
+#ifdef __cplusplus
+namespace ispc { /* namespace */
+#endif // __cplusplus
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+///////////////////////////////////////////////////////////////////////////
+// Functions exported from ispc code
+///////////////////////////////////////////////////////////////////////////
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+extern "C" {
+#endif // __cplusplus
+    extern void ArrayAPFLongDelayProcess(const float * InSamples, const float * InDelaySamples, const int32_t InNum, float * OutSamples, float * OutDelaySamples, const float Gain);
+    extern void ArrayAbs(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayAbsInPlace(float * Data, const int32_t Num);
+    extern void ArrayAddConstantInplace(float * OutFloatBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArrayAddInPlace(const float * InData, float * InAccumulateData, const int32_t Num);
+    extern void ArrayClampInPlace(float * Data, const float InMin, const float InMax, const int32_t Num);
+    extern void ArrayClampMaxInPlace(float * Data, const float InMax, const int32_t Num);
+    extern void ArrayClampMinInPlace(float * Data, const float InMin, const int32_t Num);
+    extern void ArrayComplexConjugate(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayComplexConjugateInPlace(float * InData, const int32_t Num);
+    extern void ArrayComplexMultiplyAdd(const float * InA, const float * InB, float * Out, const int32_t Num);
+    extern void ArrayComplexMultiplyInPlace(const float * InData1, float * InData2, const int32_t Num);
+    extern void ArrayComplexToPower(const float * InRealSamples, const float * InImaginarySamples, float * OutPowerSamples, const int32_t NumSamples);
+    extern void ArrayComplexToPowerInterleaved(const float * InComplexData, float * OutPowerData, const int32_t Num);
+    extern void ArrayCumulativeSum(const float * InViewPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayFade(float * OutFloatBuffer, const int32_t NumSamples, const float StartValue, const float EndValue);
+    extern void ArrayFade2(const float * InBuffer, const int32_t NumSamples, const float StartValue, const float EndValue, float * OutBuffer);
+    extern void ArrayFloatToPcm16(const float * InBuffer, int16_t * OutBuffer, const int32_t Num);
+    extern float ArrayGetAverageAbsValue(const float * Buffer, const int32_t NumSamples);
+    extern float ArrayGetAverageValue(const float * Buffer, const int32_t NumSamples);
+#if defined(__cplusplus)
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float &OutEuclideanNorm, const int32_t Num);
+#else
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float *OutEuclideanNorm, const int32_t Num);
+#endif // ArrayGetEuclideanNorm function declaraion
+    extern float ArrayGetMagnitude(const float * Buffer, const int32_t NumSamples);
+    extern void ArrayLerpAddInPlace(const float * InData, const float InStartMultiplier, const float InEndMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayLerpFractionalDelay(const float * InSamples, const float * InDelays, const float * DelayData, const int32_t * IntegerDelays, const int32_t InNum, float * OutSamples, const float MaxDelay);
+    extern void ArrayMagnitudeToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayMax(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t Num);
+    extern float ArrayMaxAbsValue(const float * DataPtr, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMean(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMean(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMean function declaraion
+    extern void ArrayMeanFilter(const float * SummedDataPtr, const int32_t WindowSize, const int32_t WindowOrigin, float * OutDataPtr, const float LastSummedData, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMeanSquared(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMeanSquared(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMeanSquared function declaraion
+    extern void ArrayMinMaxNormalize(const float * InDataPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayMixIn(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples);
+    extern void ArrayMixInWithDelta(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float StartGain, const float EndGain);
+    extern void ArrayMixInWithGain(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float Gain);
+    extern void ArrayMultiply(const float * InFloatBuffer, const float * BufferToMultiply, float * OutDataPtr, const int32_t NumSamples);
+    extern void ArrayMultiplyAddInPlace(const float * InData, const float InMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayMultiplyByConstant(const float * InFloatBuffer, const float InValue, float * OutFloatBuffer, const int32_t InNumSamples);
+    extern void ArrayMultiplyByConstantInPlace(float * OutFloatBuffer, const int32_t NumSamples, const float InGain);
+    extern void ArrayMultiplyInPlace(const float * InFloatBuffer, float * BufferToMultiply, const int32_t NumSamples);
+    extern void ArrayPcm16ToFloat(const int16_t * InBuffer, float * OutBuffer, const int32_t Num);
+    extern void ArrayPowerToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayRangeClamp(float * InOutBuffer, const int32_t InNum, const float InMinValue, const float InMaxValue);
+    extern void ArrayScaledComplexConjugate(const float * InValues, const int32_t Num, float * OutValues, const float Scale);
+    extern void ArraySetToConstantInplace(float * InBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArraySqrtInPlace(float * InData, const int32_t Num);
+    extern void ArraySquare(const float * InData, float * OutData, const int32_t Num);
+    extern void ArraySquareInPlace(float * InData, const int32_t Num);
+    extern void ArraySubtract(const float * InMinuend, const float * InSubtrahend, float * OutBuffer, const int32_t InNum);
+    extern void ArraySubtractByConstantInPlace(float * InData, const float InSubtrahend, const int32_t Num);
+    extern void ArraySubtractInPlace1(const float * InMinuend, float * InOutSubtrahend, const int32_t InNum);
+    extern void ArraySubtractInPlace2(float * InOutMinuend, const float * InSubtrahend, const int32_t InNum);
+#if defined(__cplusplus)
+    extern void ArraySum(const float * InData, float &OutSum, const int32_t Num);
+#else
+    extern void ArraySum(const float * InData, float *OutSum, const int32_t Num);
+#endif // ArraySum function declaraion
+    extern void ArraySum2(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t NumSamples);
+    extern void ArrayUnderflowClamp(float * InOutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumOneGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, float * OutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumTwoGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, const float InGain2, float * OutBuffer, const int32_t InNum);
+    extern void TransformArrayRow(const float * OffsetInData, const float * RowValuePtr, float * OutArray, const int32_t RowIndex, const int32_t NumToMult);
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+} /* end extern C */
+#endif // __cplusplus
+
+
+#ifdef __cplusplus
+} /* namespace */
+#endif // __cplusplus

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_avx2.h

@@ -0,0 +1,123 @@
+//
+// D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_avx2.h
+// (Header automatically generated by the ispc compiler.)
+// DO NOT EDIT THIS FILE.
+//
+
+#pragma once
+#include <stdint.h>
+
+#if !defined(__cplusplus)
+#if defined(__STDC_VERSION__) && (__STDC_VERSION__ >= 199901L)
+#include <stdbool.h>
+#else
+typedef int bool;
+#endif
+#endif
+
+
+
+#ifdef __cplusplus
+namespace ispc { /* namespace */
+#endif // __cplusplus
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+///////////////////////////////////////////////////////////////////////////
+// Functions exported from ispc code
+///////////////////////////////////////////////////////////////////////////
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+extern "C" {
+#endif // __cplusplus
+    extern void ArrayAPFLongDelayProcess(const float * InSamples, const float * InDelaySamples, const int32_t InNum, float * OutSamples, float * OutDelaySamples, const float Gain);
+    extern void ArrayAbs(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayAbsInPlace(float * Data, const int32_t Num);
+    extern void ArrayAddConstantInplace(float * OutFloatBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArrayAddInPlace(const float * InData, float * InAccumulateData, const int32_t Num);
+    extern void ArrayClampInPlace(float * Data, const float InMin, const float InMax, const int32_t Num);
+    extern void ArrayClampMaxInPlace(float * Data, const float InMax, const int32_t Num);
+    extern void ArrayClampMinInPlace(float * Data, const float InMin, const int32_t Num);
+    extern void ArrayComplexConjugate(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayComplexConjugateInPlace(float * InData, const int32_t Num);
+    extern void ArrayComplexMultiplyAdd(const float * InA, const float * InB, float * Out, const int32_t Num);
+    extern void ArrayComplexMultiplyInPlace(const float * InData1, float * InData2, const int32_t Num);
+    extern void ArrayComplexToPower(const float * InRealSamples, const float * InImaginarySamples, float * OutPowerSamples, const int32_t NumSamples);
+    extern void ArrayComplexToPowerInterleaved(const float * InComplexData, float * OutPowerData, const int32_t Num);
+    extern void ArrayCumulativeSum(const float * InViewPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayFade(float * OutFloatBuffer, const int32_t NumSamples, const float StartValue, const float EndValue);
+    extern void ArrayFade2(const float * InBuffer, const int32_t NumSamples, const float StartValue, const float EndValue, float * OutBuffer);
+    extern void ArrayFloatToPcm16(const float * InBuffer, int16_t * OutBuffer, const int32_t Num);
+    extern float ArrayGetAverageAbsValue(const float * Buffer, const int32_t NumSamples);
+    extern float ArrayGetAverageValue(const float * Buffer, const int32_t NumSamples);
+#if defined(__cplusplus)
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float &OutEuclideanNorm, const int32_t Num);
+#else
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float *OutEuclideanNorm, const int32_t Num);
+#endif // ArrayGetEuclideanNorm function declaraion
+    extern float ArrayGetMagnitude(const float * Buffer, const int32_t NumSamples);
+    extern void ArrayLerpAddInPlace(const float * InData, const float InStartMultiplier, const float InEndMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayLerpFractionalDelay(const float * InSamples, const float * InDelays, const float * DelayData, const int32_t * IntegerDelays, const int32_t InNum, float * OutSamples, const float MaxDelay);
+    extern void ArrayMagnitudeToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayMax(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t Num);
+    extern float ArrayMaxAbsValue(const float * DataPtr, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMean(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMean(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMean function declaraion
+    extern void ArrayMeanFilter(const float * SummedDataPtr, const int32_t WindowSize, const int32_t WindowOrigin, float * OutDataPtr, const float LastSummedData, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMeanSquared(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMeanSquared(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMeanSquared function declaraion
+    extern void ArrayMinMaxNormalize(const float * InDataPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayMixIn(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples);
+    extern void ArrayMixInWithDelta(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float StartGain, const float EndGain);
+    extern void ArrayMixInWithGain(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float Gain);
+    extern void ArrayMultiply(const float * InFloatBuffer, const float * BufferToMultiply, float * OutDataPtr, const int32_t NumSamples);
+    extern void ArrayMultiplyAddInPlace(const float * InData, const float InMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayMultiplyByConstant(const float * InFloatBuffer, const float InValue, float * OutFloatBuffer, const int32_t InNumSamples);
+    extern void ArrayMultiplyByConstantInPlace(float * OutFloatBuffer, const int32_t NumSamples, const float InGain);
+    extern void ArrayMultiplyInPlace(const float * InFloatBuffer, float * BufferToMultiply, const int32_t NumSamples);
+    extern void ArrayPcm16ToFloat(const int16_t * InBuffer, float * OutBuffer, const int32_t Num);
+    extern void ArrayPowerToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayRangeClamp(float * InOutBuffer, const int32_t InNum, const float InMinValue, const float InMaxValue);
+    extern void ArrayScaledComplexConjugate(const float * InValues, const int32_t Num, float * OutValues, const float Scale);
+    extern void ArraySetToConstantInplace(float * InBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArraySqrtInPlace(float * InData, const int32_t Num);
+    extern void ArraySquare(const float * InData, float * OutData, const int32_t Num);
+    extern void ArraySquareInPlace(float * InData, const int32_t Num);
+    extern void ArraySubtract(const float * InMinuend, const float * InSubtrahend, float * OutBuffer, const int32_t InNum);
+    extern void ArraySubtractByConstantInPlace(float * InData, const float InSubtrahend, const int32_t Num);
+    extern void ArraySubtractInPlace1(const float * InMinuend, float * InOutSubtrahend, const int32_t InNum);
+    extern void ArraySubtractInPlace2(float * InOutMinuend, const float * InSubtrahend, const int32_t InNum);
+#if defined(__cplusplus)
+    extern void ArraySum(const float * InData, float &OutSum, const int32_t Num);
+#else
+    extern void ArraySum(const float * InData, float *OutSum, const int32_t Num);
+#endif // ArraySum function declaraion
+    extern void ArraySum2(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t NumSamples);
+    extern void ArrayUnderflowClamp(float * InOutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumOneGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, float * OutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumTwoGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, const float InGain2, float * OutBuffer, const int32_t InNum);
+    extern void TransformArrayRow(const float * OffsetInData, const float * RowValuePtr, float * OutArray, const int32_t RowIndex, const int32_t NumToMult);
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+} /* end extern C */
+#endif // __cplusplus
+
+
+#ifdef __cplusplus
+} /* namespace */
+#endif // __cplusplus

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_avx512skx.h

@@ -0,0 +1,123 @@
+//
+// D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_avx512skx.h
+// (Header automatically generated by the ispc compiler.)
+// DO NOT EDIT THIS FILE.
+//
+
+#pragma once
+#include <stdint.h>
+
+#if !defined(__cplusplus)
+#if defined(__STDC_VERSION__) && (__STDC_VERSION__ >= 199901L)
+#include <stdbool.h>
+#else
+typedef int bool;
+#endif
+#endif
+
+
+
+#ifdef __cplusplus
+namespace ispc { /* namespace */
+#endif // __cplusplus
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+///////////////////////////////////////////////////////////////////////////
+// Functions exported from ispc code
+///////////////////////////////////////////////////////////////////////////
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+extern "C" {
+#endif // __cplusplus
+    extern void ArrayAPFLongDelayProcess(const float * InSamples, const float * InDelaySamples, const int32_t InNum, float * OutSamples, float * OutDelaySamples, const float Gain);
+    extern void ArrayAbs(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayAbsInPlace(float * Data, const int32_t Num);
+    extern void ArrayAddConstantInplace(float * OutFloatBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArrayAddInPlace(const float * InData, float * InAccumulateData, const int32_t Num);
+    extern void ArrayClampInPlace(float * Data, const float InMin, const float InMax, const int32_t Num);
+    extern void ArrayClampMaxInPlace(float * Data, const float InMax, const int32_t Num);
+    extern void ArrayClampMinInPlace(float * Data, const float InMin, const int32_t Num);
+    extern void ArrayComplexConjugate(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayComplexConjugateInPlace(float * InData, const int32_t Num);
+    extern void ArrayComplexMultiplyAdd(const float * InA, const float * InB, float * Out, const int32_t Num);
+    extern void ArrayComplexMultiplyInPlace(const float * InData1, float * InData2, const int32_t Num);
+    extern void ArrayComplexToPower(const float * InRealSamples, const float * InImaginarySamples, float * OutPowerSamples, const int32_t NumSamples);
+    extern void ArrayComplexToPowerInterleaved(const float * InComplexData, float * OutPowerData, const int32_t Num);
+    extern void ArrayCumulativeSum(const float * InViewPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayFade(float * OutFloatBuffer, const int32_t NumSamples, const float StartValue, const float EndValue);
+    extern void ArrayFade2(const float * InBuffer, const int32_t NumSamples, const float StartValue, const float EndValue, float * OutBuffer);
+    extern void ArrayFloatToPcm16(const float * InBuffer, int16_t * OutBuffer, const int32_t Num);
+    extern float ArrayGetAverageAbsValue(const float * Buffer, const int32_t NumSamples);
+    extern float ArrayGetAverageValue(const float * Buffer, const int32_t NumSamples);
+#if defined(__cplusplus)
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float &OutEuclideanNorm, const int32_t Num);
+#else
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float *OutEuclideanNorm, const int32_t Num);
+#endif // ArrayGetEuclideanNorm function declaraion
+    extern float ArrayGetMagnitude(const float * Buffer, const int32_t NumSamples);
+    extern void ArrayLerpAddInPlace(const float * InData, const float InStartMultiplier, const float InEndMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayLerpFractionalDelay(const float * InSamples, const float * InDelays, const float * DelayData, const int32_t * IntegerDelays, const int32_t InNum, float * OutSamples, const float MaxDelay);
+    extern void ArrayMagnitudeToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayMax(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t Num);
+    extern float ArrayMaxAbsValue(const float * DataPtr, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMean(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMean(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMean function declaraion
+    extern void ArrayMeanFilter(const float * SummedDataPtr, const int32_t WindowSize, const int32_t WindowOrigin, float * OutDataPtr, const float LastSummedData, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMeanSquared(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMeanSquared(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMeanSquared function declaraion
+    extern void ArrayMinMaxNormalize(const float * InDataPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayMixIn(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples);
+    extern void ArrayMixInWithDelta(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float StartGain, const float EndGain);
+    extern void ArrayMixInWithGain(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float Gain);
+    extern void ArrayMultiply(const float * InFloatBuffer, const float * BufferToMultiply, float * OutDataPtr, const int32_t NumSamples);
+    extern void ArrayMultiplyAddInPlace(const float * InData, const float InMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayMultiplyByConstant(const float * InFloatBuffer, const float InValue, float * OutFloatBuffer, const int32_t InNumSamples);
+    extern void ArrayMultiplyByConstantInPlace(float * OutFloatBuffer, const int32_t NumSamples, const float InGain);
+    extern void ArrayMultiplyInPlace(const float * InFloatBuffer, float * BufferToMultiply, const int32_t NumSamples);
+    extern void ArrayPcm16ToFloat(const int16_t * InBuffer, float * OutBuffer, const int32_t Num);
+    extern void ArrayPowerToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayRangeClamp(float * InOutBuffer, const int32_t InNum, const float InMinValue, const float InMaxValue);
+    extern void ArrayScaledComplexConjugate(const float * InValues, const int32_t Num, float * OutValues, const float Scale);
+    extern void ArraySetToConstantInplace(float * InBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArraySqrtInPlace(float * InData, const int32_t Num);
+    extern void ArraySquare(const float * InData, float * OutData, const int32_t Num);
+    extern void ArraySquareInPlace(float * InData, const int32_t Num);
+    extern void ArraySubtract(const float * InMinuend, const float * InSubtrahend, float * OutBuffer, const int32_t InNum);
+    extern void ArraySubtractByConstantInPlace(float * InData, const float InSubtrahend, const int32_t Num);
+    extern void ArraySubtractInPlace1(const float * InMinuend, float * InOutSubtrahend, const int32_t InNum);
+    extern void ArraySubtractInPlace2(float * InOutMinuend, const float * InSubtrahend, const int32_t InNum);
+#if defined(__cplusplus)
+    extern void ArraySum(const float * InData, float &OutSum, const int32_t Num);
+#else
+    extern void ArraySum(const float * InData, float *OutSum, const int32_t Num);
+#endif // ArraySum function declaraion
+    extern void ArraySum2(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t NumSamples);
+    extern void ArrayUnderflowClamp(float * InOutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumOneGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, float * OutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumTwoGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, const float InGain2, float * OutBuffer, const int32_t InNum);
+    extern void TransformArrayRow(const float * OffsetInData, const float * RowValuePtr, float * OutArray, const int32_t RowIndex, const int32_t NumToMult);
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+} /* end extern C */
+#endif // __cplusplus
+
+
+#ifdef __cplusplus
+} /* namespace */
+#endif // __cplusplus

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_sse4.h

@@ -0,0 +1,123 @@
+//
+// D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy_sse4.h
+// (Header automatically generated by the ispc compiler.)
+// DO NOT EDIT THIS FILE.
+//
+
+#pragma once
+#include <stdint.h>
+
+#if !defined(__cplusplus)
+#if defined(__STDC_VERSION__) && (__STDC_VERSION__ >= 199901L)
+#include <stdbool.h>
+#else
+typedef int bool;
+#endif
+#endif
+
+
+
+#ifdef __cplusplus
+namespace ispc { /* namespace */
+#endif // __cplusplus
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+///////////////////////////////////////////////////////////////////////////
+// Functions exported from ispc code
+///////////////////////////////////////////////////////////////////////////
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+extern "C" {
+#endif // __cplusplus
+    extern void ArrayAPFLongDelayProcess(const float * InSamples, const float * InDelaySamples, const int32_t InNum, float * OutSamples, float * OutDelaySamples, const float Gain);
+    extern void ArrayAbs(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayAbsInPlace(float * Data, const int32_t Num);
+    extern void ArrayAddConstantInplace(float * OutFloatBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArrayAddInPlace(const float * InData, float * InAccumulateData, const int32_t Num);
+    extern void ArrayClampInPlace(float * Data, const float InMin, const float InMax, const int32_t Num);
+    extern void ArrayClampMaxInPlace(float * Data, const float InMax, const int32_t Num);
+    extern void ArrayClampMinInPlace(float * Data, const float InMin, const int32_t Num);
+    extern void ArrayComplexConjugate(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayComplexConjugateInPlace(float * InData, const int32_t Num);
+    extern void ArrayComplexMultiplyAdd(const float * InA, const float * InB, float * Out, const int32_t Num);
+    extern void ArrayComplexMultiplyInPlace(const float * InData1, float * InData2, const int32_t Num);
+    extern void ArrayComplexToPower(const float * InRealSamples, const float * InImaginarySamples, float * OutPowerSamples, const int32_t NumSamples);
+    extern void ArrayComplexToPowerInterleaved(const float * InComplexData, float * OutPowerData, const int32_t Num);
+    extern void ArrayCumulativeSum(const float * InViewPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayFade(float * OutFloatBuffer, const int32_t NumSamples, const float StartValue, const float EndValue);
+    extern void ArrayFade2(const float * InBuffer, const int32_t NumSamples, const float StartValue, const float EndValue, float * OutBuffer);
+    extern void ArrayFloatToPcm16(const float * InBuffer, int16_t * OutBuffer, const int32_t Num);
+    extern float ArrayGetAverageAbsValue(const float * Buffer, const int32_t NumSamples);
+    extern float ArrayGetAverageValue(const float * Buffer, const int32_t NumSamples);
+#if defined(__cplusplus)
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float &OutEuclideanNorm, const int32_t Num);
+#else
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float *OutEuclideanNorm, const int32_t Num);
+#endif // ArrayGetEuclideanNorm function declaraion
+    extern float ArrayGetMagnitude(const float * Buffer, const int32_t NumSamples);
+    extern void ArrayLerpAddInPlace(const float * InData, const float InStartMultiplier, const float InEndMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayLerpFractionalDelay(const float * InSamples, const float * InDelays, const float * DelayData, const int32_t * IntegerDelays, const int32_t InNum, float * OutSamples, const float MaxDelay);
+    extern void ArrayMagnitudeToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayMax(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t Num);
+    extern float ArrayMaxAbsValue(const float * DataPtr, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMean(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMean(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMean function declaraion
+    extern void ArrayMeanFilter(const float * SummedDataPtr, const int32_t WindowSize, const int32_t WindowOrigin, float * OutDataPtr, const float LastSummedData, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMeanSquared(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMeanSquared(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMeanSquared function declaraion
+    extern void ArrayMinMaxNormalize(const float * InDataPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayMixIn(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples);
+    extern void ArrayMixInWithDelta(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float StartGain, const float EndGain);
+    extern void ArrayMixInWithGain(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float Gain);
+    extern void ArrayMultiply(const float * InFloatBuffer, const float * BufferToMultiply, float * OutDataPtr, const int32_t NumSamples);
+    extern void ArrayMultiplyAddInPlace(const float * InData, const float InMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayMultiplyByConstant(const float * InFloatBuffer, const float InValue, float * OutFloatBuffer, const int32_t InNumSamples);
+    extern void ArrayMultiplyByConstantInPlace(float * OutFloatBuffer, const int32_t NumSamples, const float InGain);
+    extern void ArrayMultiplyInPlace(const float * InFloatBuffer, float * BufferToMultiply, const int32_t NumSamples);
+    extern void ArrayPcm16ToFloat(const int16_t * InBuffer, float * OutBuffer, const int32_t Num);
+    extern void ArrayPowerToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayRangeClamp(float * InOutBuffer, const int32_t InNum, const float InMinValue, const float InMaxValue);
+    extern void ArrayScaledComplexConjugate(const float * InValues, const int32_t Num, float * OutValues, const float Scale);
+    extern void ArraySetToConstantInplace(float * InBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArraySqrtInPlace(float * InData, const int32_t Num);
+    extern void ArraySquare(const float * InData, float * OutData, const int32_t Num);
+    extern void ArraySquareInPlace(float * InData, const int32_t Num);
+    extern void ArraySubtract(const float * InMinuend, const float * InSubtrahend, float * OutBuffer, const int32_t InNum);
+    extern void ArraySubtractByConstantInPlace(float * InData, const float InSubtrahend, const int32_t Num);
+    extern void ArraySubtractInPlace1(const float * InMinuend, float * InOutSubtrahend, const int32_t InNum);
+    extern void ArraySubtractInPlace2(float * InOutMinuend, const float * InSubtrahend, const int32_t InNum);
+#if defined(__cplusplus)
+    extern void ArraySum(const float * InData, float &OutSum, const int32_t Num);
+#else
+    extern void ArraySum(const float * InData, float *OutSum, const int32_t Num);
+#endif // ArraySum function declaraion
+    extern void ArraySum2(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t NumSamples);
+    extern void ArrayUnderflowClamp(float * InOutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumOneGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, float * OutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumTwoGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, const float InGain2, float * OutBuffer, const int32_t InNum);
+    extern void TransformArrayRow(const float * OffsetInData, const float * RowValuePtr, float * OutArray, const int32_t RowIndex, const int32_t NumToMult);
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+} /* end extern C */
+#endif // __cplusplus
+
+
+#ifdef __cplusplus
+} /* namespace */
+#endif // __cplusplus

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.h

@@ -0,0 +1,130 @@
+//
+// D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.generated.dummy.h
+// (Header automatically generated by the ispc compiler.)
+// DO NOT EDIT THIS FILE.
+//
+
+#pragma once
+#include <stdint.h>
+
+
+
+#ifdef __cplusplus
+namespace ispc { /* namespace */
+#endif // __cplusplus
+
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+///////////////////////////////////////////////////////////////////////////
+// Functions exported from ispc code
+///////////////////////////////////////////////////////////////////////////
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+extern "C" {
+#endif // __cplusplus
+    extern void ArrayAPFLongDelayProcess(const float * InSamples, const float * InDelaySamples, const int32_t InNum, float * OutSamples, float * OutDelaySamples, const float Gain);
+    extern void ArrayAbs(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayAbsInPlace(float * Data, const int32_t Num);
+    extern void ArrayAddConstantInplace(float * OutFloatBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArrayAddInPlace(const float * InData, float * InAccumulateData, const int32_t Num);
+    extern void ArrayClampInPlace(float * Data, const float InMin, const float InMax, const int32_t Num);
+    extern void ArrayClampMaxInPlace(float * Data, const float InMax, const int32_t Num);
+    extern void ArrayClampMinInPlace(float * Data, const float InMin, const int32_t Num);
+    extern void ArrayComplexConjugate(const float * InData, float * OutData, const int32_t Num);
+    extern void ArrayComplexConjugateInPlace(float * InData, const int32_t Num);
+    extern void ArrayComplexMultiplyAdd(const float * InA, const float * InB, float * Out, const int32_t Num);
+    extern void ArrayComplexMultiplyInPlace(const float * InData1, float * InData2, const int32_t Num);
+    extern void ArrayComplexToPower(const float * InRealSamples, const float * InImaginarySamples, float * OutPowerSamples, const int32_t NumSamples);
+    extern void ArrayComplexToPowerInterleaved(const float * InComplexData, float * OutPowerData, const int32_t Num);
+    extern void ArrayCumulativeSum(const float * InViewPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayFade(float * OutFloatBuffer, const int32_t NumSamples, const float StartValue, const float EndValue);
+    extern void ArrayFade2(const float * InBuffer, const int32_t NumSamples, const float StartValue, const float EndValue, float * OutBuffer);
+    extern void ArrayFloatToPcm16(const float * InBuffer, int16_t * OutBuffer, const int32_t Num);
+    extern float ArrayGetAverageAbsValue(const float * Buffer, const int32_t NumSamples);
+    extern float ArrayGetAverageValue(const float * Buffer, const int32_t NumSamples);
+#if defined(__cplusplus)
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float &OutEuclideanNorm, const int32_t Num);
+#else
+    extern void ArrayGetEuclideanNorm(const float * InViewData, float *OutEuclideanNorm, const int32_t Num);
+#endif // ArrayGetEuclideanNorm function declaraion
+    extern float ArrayGetMagnitude(const float * Buffer, const int32_t NumSamples);
+    extern void ArrayLerpAddInPlace(const float * InData, const float InStartMultiplier, const float InEndMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayLerpFractionalDelay(const float * InSamples, const float * InDelays, const float * DelayData, const int32_t * IntegerDelays, const int32_t InNum, float * OutSamples, const float MaxDelay);
+    extern void ArrayMagnitudeToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayMax(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t Num);
+    extern float ArrayMaxAbsValue(const float * DataPtr, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMean(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMean(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMean function declaraion
+    extern void ArrayMeanFilter(const float * SummedDataPtr, const int32_t WindowSize, const int32_t WindowOrigin, float * OutDataPtr, const float LastSummedData, const int32_t Num);
+#if defined(__cplusplus)
+    extern void ArrayMeanSquared(const float * DataPtr, float &OutMean, const int32_t Num);
+#else
+    extern void ArrayMeanSquared(const float * DataPtr, float *OutMean, const int32_t Num);
+#endif // ArrayMeanSquared function declaraion
+    extern void ArrayMinMaxNormalize(const float * InDataPtr, float * OutDataPtr, const int32_t Num);
+    extern void ArrayMixIn(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples);
+    extern void ArrayMixInWithDelta(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float StartGain, const float EndGain);
+    extern void ArrayMixInWithGain(const float * InFloatBuffer, float * BufferToSumTo, const int32_t NumSamples, const float Gain);
+    extern void ArrayMultiply(const float * InFloatBuffer, const float * BufferToMultiply, float * OutDataPtr, const int32_t NumSamples);
+    extern void ArrayMultiplyAddInPlace(const float * InData, const float InMultiplier, float * InAccumulateData, const int32_t Num);
+    extern void ArrayMultiplyByConstant(const float * InFloatBuffer, const float InValue, float * OutFloatBuffer, const int32_t InNumSamples);
+    extern void ArrayMultiplyByConstantInPlace(float * OutFloatBuffer, const int32_t NumSamples, const float InGain);
+    extern void ArrayMultiplyInPlace(const float * InFloatBuffer, float * BufferToMultiply, const int32_t NumSamples);
+    extern void ArrayPcm16ToFloat(const int16_t * InBuffer, float * OutBuffer, const int32_t Num);
+    extern void ArrayPowerToDecibelInPlace(float * InData, const float InMinimumDb, const int32_t Num);
+    extern void ArrayRangeClamp(float * InOutBuffer, const int32_t InNum, const float InMinValue, const float InMaxValue);
+    extern void ArrayScaledComplexConjugate(const float * InValues, const int32_t Num, float * OutValues, const float Scale);
+    extern void ArraySetToConstantInplace(float * InBuffer, const int32_t NumSamples, const float InConstant);
+    extern void ArraySqrtInPlace(float * InData, const int32_t Num);
+    extern void ArraySquare(const float * InData, float * OutData, const int32_t Num);
+    extern void ArraySquareInPlace(float * InData, const int32_t Num);
+    extern void ArraySubtract(const float * InMinuend, const float * InSubtrahend, float * OutBuffer, const int32_t InNum);
+    extern void ArraySubtractByConstantInPlace(float * InData, const float InSubtrahend, const int32_t Num);
+    extern void ArraySubtractInPlace1(const float * InMinuend, float * InOutSubtrahend, const int32_t InNum);
+    extern void ArraySubtractInPlace2(float * InOutMinuend, const float * InSubtrahend, const int32_t InNum);
+#if defined(__cplusplus)
+    extern void ArraySum(const float * InData, float &OutSum, const int32_t Num);
+#else
+    extern void ArraySum(const float * InData, float *OutSum, const int32_t Num);
+#endif // ArraySum function declaraion
+    extern void ArraySum2(const float * InFloatBuffer1, const float * InFloatBuffer2, float * OutputBuffer, const int32_t NumSamples);
+    extern void ArrayUnderflowClamp(float * InOutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumOneGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, float * OutBuffer, const int32_t InNum);
+    extern void ArrayWeightedSumTwoGain(const float * InBuffer1, const float InGain1, const float * InBuffer2, const float InGain2, float * OutBuffer, const int32_t InNum);
+    extern void TransformArrayRow(const float * OffsetInData, const float * RowValuePtr, float * OutArray, const int32_t RowIndex, const int32_t NumToMult);
+#if defined(__cplusplus) && (! defined(__ISPC_NO_EXTERN_C) || !__ISPC_NO_EXTERN_C )
+} /* end extern C */
+#endif // __cplusplus
+
+
+#ifndef __ISPC_ALIGN__
+#if defined(__clang__) || !defined(_MSC_VER)
+// Clang, GCC, ICC
+#define __ISPC_ALIGN__(s) __attribute__((aligned(s)))
+#define __ISPC_ALIGNED_STRUCT__(s) struct __ISPC_ALIGN__(s)
+#else
+// Visual Studio
+#define __ISPC_ALIGN__(s) __declspec(align(s))
+#define __ISPC_ALIGNED_STRUCT__(s) __ISPC_ALIGN__(s) struct
+#endif
+#endif
+
+
+
+#ifdef __cplusplus
+} /* namespace */
+#endif // __cplusplus

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.obj.rsp

@@ -0,0 +1,183 @@
+"Runtime/SignalProcessing/Private/FloatArrayMath.ispc"
+-o "D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.obj"
+--target-os=windows
+--arch=x86-64
+--target=avx512skx-i32x8,avx2,avx,sse4
+--emit-obj
+-O3
+-I"."
+-I"Runtime/SignalProcessing/Private"
+-I"Runtime/Core/Public"
+-I"Runtime/Core/Internal"
+-I"Runtime/TraceLog/Public"
+-I"Runtime/AutoRTFM/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/ImageCore/UHT"
+-I"Runtime/ImageCore/Public"
+-I"Runtime/MathCore/Public"
+-I"ThirdParty/libSampleRate/Public"
+-I"Developer/TargetPlatform/Public"
+-I"Developer/TextureFormat/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/DeveloperSettings/UHT"
+-I"Runtime/DeveloperSettings/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/AudioPlatformConfiguration/UHT"
+-I"Runtime/AudioPlatformConfiguration/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/CoreUObject/UHT"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/FPSTemplateServer/Inc/CoreUObject/VerseVMBytecode"
+-I"Runtime/CoreUObject/Public"
+-I"Runtime/CoreUObject/Internal"
+-I"Runtime/CorePreciseFP/Public"
+-I"Runtime/CorePreciseFP/Internal"
+-I"Developer/DesktopPlatform/Public"
+-I"Developer/DesktopPlatform/Internal"
+-I"Runtime/Analytics/Analytics/Public"
+-I"Runtime/RHI/Public"
+-I"Runtime/RHI/Internal"
+-I"Runtime/AudioMixerCore/Public"
+-I"Runtime/SignalProcessing/Public"
+-I"D:/FPSTemplate_5_4_or_5_5/Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing"
+-I"ThirdParty/GuidelinesSupportLibrary/GSL-1144/include"
+-I"ThirdParty/AtomicQueue"
+-I"ThirdParty/Ogg/libogg-1.2.2/include"
+-I"ThirdParty/Vorbis/libvorbis-1.3.2/include"
+-I"ThirdParty/libOpus/opus-1.3.1-12/include"
+-DIS_PROGRAM=0
+-DUE_SERVER=1
+-DUSE_NULL_RHI=1
+-DUSE_SHADER_COMPILER_WORKER_TRACE=0
+-DUE_REFERENCE_COLLECTOR_REQUIRE_OBJECTPTR=1
+-DWITH_VERSE_VM=0
+-DENABLE_PGO_PROFILE=0
+-DUSE_VORBIS_FOR_STREAMING=1
+-DUSE_XMA2_FOR_STREAMING=1
+-DWITH_DEV_AUTOMATION_TESTS=1
+-DWITH_PERF_AUTOMATION_TESTS=1
+-DWITH_LOW_LEVEL_TESTS=0
+-DEXPLICIT_TESTS_TARGET=0
+-DWITH_TESTS=1
+-DUNICODE
+-D_UNICODE
+-D__UNREAL__
+-DIS_MONOLITHIC=1
+-DUE_MERGED_MODULES=0
+-DWITH_ENGINE=1
+-DWITH_UNREAL_DEVELOPER_TOOLS=1
+-DWITH_UNREAL_TARGET_DEVELOPER_TOOLS=1
+-DWITH_APPLICATION_CORE=1
+-DWITH_COREUOBJECT=1
+-DUE_WITH_CONSTINIT_UOBJECT=0
+-DUE_TRACE_ENABLED=1
+-DUE_TRACE_FORCE_ENABLED=0
+-DWITH_VERSE=1
+-DUE_USE_VERSE_PATHS=1
+-DWITH_VERSE_BPVM=1
+-DUSE_STATS_WITHOUT_ENGINE=0
+-DWITH_PLUGIN_SUPPORT=0
+-DWITH_ACCESSIBILITY=1
+-DWITH_PERFCOUNTERS=1
+-DWITH_FIXED_TIME_STEP_SUPPORT=1
+-DUSE_LOGGING_IN_SHIPPING=0
+-DALLOW_CONSOLE_IN_SHIPPING=0
+-DALLOW_PROFILEGPU_IN_TEST=0
+-DALLOW_PROFILEGPU_IN_SHIPPING=0
+-DWITH_LOGGING_TO_MEMORY=0
+-DUSE_CACHE_FREED_OS_ALLOCS=1
+-DUSE_CHECKS_IN_SHIPPING=0
+-DUSE_UTF8_TCHARS=0
+-DUSE_ESTIMATED_UTCNOW=0
+-DUE_ALLOW_EXEC_COMMANDS_IN_SHIPPING=1
+-DWITH_EDITOR=0
+-DWITH_EDITORONLY_DATA=0
+-DWITH_CLIENT_CODE=0
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+-DUE_FNAME_OUTLINE_NUMBER=0
+-DWITH_PUSH_MODEL=0
+-DWITH_CEF3=0
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+-DWITH_CPP_MODULES=0
+-DWITH_PROCESS_PRIORITY_CONTROL=0
+-DUE_DEFINE_FORCEINLINE_HINT_TO_INLINE=0
+-DUBT_MODULE_MANIFEST=FPSTemplateServer.modules
+-DUBT_MODULE_MANIFEST_DEBUGGAME=FPSTemplateServer-Win64-DebugGame.modules
+-DUBT_COMPILED_PLATFORM=Win64
+-DUBT_COMPILED_TARGET=Server
+-DUBT_COMPILED_ARCHITECTURE=x64
+-DUE_APP_NAME=FPSTemplateServer
+-DUE_WARNINGS_AS_ERRORS=0
+-DUE_ENGINE_DIRECTORY=../../../UE_5_7_1/Engine/
+-DFORCE_ANSI_ALLOCATOR=0
+-DUSE_MALLOC_BINNED2=1
+-DUSE_MALLOC_BINNED3=0
+-DNDIS_MINIPORT_MAJOR_VERSION=0
+-DWIN32=1
+-D_WIN32_WINNT=0x0A00
+-DWINVER=0x0A00
+-DNTDDI_VERSION=0x0A000000
+-DPLATFORM_WINDOWS=1
+-DPLATFORM_MICROSOFT=1
+-DOVERRIDE_PLATFORM_HEADER_NAME=Windows
+-DWINDOWS_MAX_NUM_TLS_SLOTS=2048
+-DWINDOWS_MAX_NUM_THREADS_WITH_TLS_SLOTS=512
+-DNDEBUG=1
+-DUE_BUILD_DEVELOPMENT=1
+-DUE_IS_ENGINE_MODULE=1
+-DUE_VALIDATE_FORMAT_STRINGS=1
+-DUE_VALIDATE_INTERNAL_API=0
+-DUE_VALIDATE_EXPERIMENTAL_API=0
+-DUE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_4=0
+-DUE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_5=0
+-DUE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_6=0
+-DUE_ENABLE_INCLUDE_ORDER_DEPRECATED_IN_5_7=0
+-DUE_PROJECT_NAME=FPSTemplate
+-DUE_TARGET_NAME=FPSTemplateServer
+-DUE_MODULE_NAME=SignalProcessing
+-DUE_PLUGIN_NAME=
+-DUE_MEMORY_TAGS_TRACE_ENABLED=1
+-DUE_ENABLE_ICU=1
+-DWITH_ADDITIONAL_CRASH_CONTEXTS=1
+-DUE_WITH_IRIS=1
+-DPLATFORM_SUPPORTS_PLATFORM_EVENTS=1
+-DPLATFORM_SUPPORTS_TRACE_WIN32_VIRTUAL_MEMORY_HOOKS=1
+-DPLATFORM_SUPPORTS_TRACE_WIN32_MODULE_DIAGNOSTICS=1
+-DPLATFORM_SUPPORTS_TRACE_WIN32_CALLSTACK=1
+-DUE_MEMORY_TRACE_AVAILABLE=1
+-DWITH_MALLOC_STOMP=1
+-DUE_DELEGATE_CHECK_LIFETIME=0
+-DCORE_API=
+-DCORE_NON_ATTRIBUTED_API=
+-DGSL_NO_IOSTREAMS
+-DTRACELOG_API=
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+-DAUTORTFM_API=
+-DAUTORTFM_NON_ATTRIBUTED_API=
+-DIMAGECORE_API=
+-DIMAGECORE_NON_ATTRIBUTED_API=
+-DMATHCORE_API=
+-DMATHCORE_NON_ATTRIBUTED_API=
+-DWITH_OGGVORBIS=1
+-DUELIBSAMPLERATE_API=
+-DUELIBSAMPLERATE_NON_ATTRIBUTED_API=
+-DTARGETPLATFORM_API=
+-DTARGETPLATFORM_NON_ATTRIBUTED_API=
+-DTEXTUREFORMAT_API=
+-DTEXTUREFORMAT_NON_ATTRIBUTED_API=
+-DDEVELOPERSETTINGS_API=
+-DDEVELOPERSETTINGS_NON_ATTRIBUTED_API=
+-DAUDIOPLATFORMCONFIGURATION_API=
+-DAUDIOPLATFORMCONFIGURATION_NON_ATTRIBUTED_API=
+-DWITH_VERSE_COMPILER=1
+-DCOREUOBJECT_API=
+-DCOREUOBJECT_NON_ATTRIBUTED_API=
+-DCOREPRECISEFP_API=
+-DCOREPRECISEFP_NON_ATTRIBUTED_API=
+-DDESKTOPPLATFORM_API=
+-DDESKTOPPLATFORM_NON_ATTRIBUTED_API=
+-DANALYTICS_API=
+-DANALYTICS_NON_ATTRIBUTED_API=
+-DWITH_MGPU=1
+-DRHI_API=
+-DRHI_NON_ATTRIBUTED_API=
+-DAUDIOMIXERCORE_API=
+-DAUDIOMIXERCORE_NON_ATTRIBUTED_API=
+-DSIGNALPROCESSING_API=
+-DSIGNALPROCESSING_NON_ATTRIBUTED_API=
+-DINTEL_ISPC=1

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/FloatArrayMath.ispc.txt

@@ -0,0 +1,3 @@
+Runtime/Core/Public\\Math/Aossoa.isph
+Runtime/Core/Public\\Math/Scalar.isph
+Runtime/SignalProcessing/Private/FloatArrayMath.ispc

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/LiveCodingInfo.json

@@ -0,0 +1,98 @@
+{
+	"RemapUnityFiles": 
+	{
+		"Module.SignalProcessing.1.cpp.obj": [
+			"AlignedBlockBuffer.cpp.obj",
+			"AllPassFilter.cpp.obj",
+			"AllPassFractionalDelay.cpp.obj",
+			"Ambisonics.cpp.obj",
+			"Amp.cpp.obj",
+			"AudioBufferDistanceAttenuation.cpp.obj",
+			"AudioChannelFormatConverter.cpp.obj",
+			"AudioDebuggingUtilities.cpp.obj",
+			"AudioFFT.cpp.obj",
+			"AudioLinearCurve.cpp.obj",
+			"BitCrusher.cpp.obj",
+			"BlockCorrelator.cpp.obj",
+			"BufferDiagnostics.cpp.obj",
+			"BufferOnePoleLPF.cpp.obj",
+			"BufferVectorOperations.cpp.obj",
+			"ChannelMap.cpp.obj",
+			"CheckedAudioBuffer.cpp.obj",
+			"Chorus.cpp.obj",
+			"ConstantQ.cpp.obj",
+			"ConvertDeinterleave.cpp.obj",
+			"ConvolutionAlgorithm.cpp.obj",
+			"Delay.cpp.obj",
+			"DelayStereo.cpp.obj",
+			"DirectedGraphAlgo.cpp.obj",
+			"Dsp.cpp.obj",
+			"DynamicDelayAPF.cpp.obj",
+			"DynamicsProcessor.cpp.obj",
+			"DynamicStateVariableFilter.cpp.obj",
+			"EarlyReflectionsFast.cpp.obj",
+			"Envelope.cpp.obj",
+			"EnvelopeFollower.cpp.obj",
+			"EQ.cpp.obj",
+			"EventQuantizer.cpp.obj",
+			"FeedbackDelayNetwork.cpp.obj",
+			"FFTAlgorithm.cpp.obj",
+			"FileEncoder.cpp.obj",
+			"Filter.cpp.obj",
+			"Flanger.cpp.obj",
+			"FloatArrayMath.cpp.obj"
+		],
+		"Module.SignalProcessing.2.cpp.obj": [
+			"FoldbackDistortion.cpp.obj",
+			"GrainDelay.cpp.obj",
+			"Granulator.cpp.obj",
+			"IAudioEncoder.cpp.obj",
+			"IntegerDelay.cpp.obj",
+			"InterpolatedLinearPitchShifter.cpp.obj",
+			"InterpolatedMultiTapDelay.cpp.obj",
+			"InterpolatedOnePole.cpp.obj",
+			"LateReflectionsFast.cpp.obj",
+			"LFO.cpp.obj",
+			"LinearInterpFractionalDelay.cpp.obj",
+			"LinkwitzRileyBandSplitter.cpp.obj",
+			"LongDelayAPF.cpp.obj",
+			"MelScale.cpp.obj",
+			"MidiNoteQuantizer.cpp.obj",
+			"ModulationMatrix.cpp.obj",
+			"MultichannelBuffer.cpp.obj",
+			"MultichannelLinearResampler.cpp.obj",
+			"MultiMono.cpp.obj",
+			"MultithreadedPatching.cpp.obj",
+			"Noise.cpp.obj",
+			"OggVorbisEncoder.cpp.obj",
+			"OpusEncoder.cpp.obj",
+			"Osc.cpp.obj",
+			"PerlinNoise.cpp.obj",
+			"Phaser.cpp.obj",
+			"Reverb.cpp.obj",
+			"ReverbFast.cpp.obj",
+			"RingModulation.cpp.obj",
+			"RuntimeResampler.cpp.obj",
+			"SampleBufferReader.cpp.obj",
+			"SampleRateConverter.cpp.obj",
+			"SignalProcessingModule.cpp.obj",
+			"SineWaveTableOsc.cpp.obj",
+			"SinOsc.cpp.obj",
+			"SpectrumAnalyzer.cpp.obj",
+			"SphericalHarmonicCalculator.cpp.obj",
+			"TapDelayPitchShifter.cpp.obj",
+			"UniformPartitionConvolution.cpp.obj",
+			"VariablePoleFilter.cpp.obj",
+			"VectorFFT.cpp.obj"
+		],
+		"Module.SignalProcessing.3.cpp.obj": [
+			"VectorLinearResampler.cpp.obj",
+			"Viterbi.cpp.obj",
+			"VoiceProcessing.cpp.obj",
+			"VolumeFader.cpp.obj",
+			"WavEncoder.cpp.obj",
+			"WaveShaper.cpp.obj",
+			"WaveTableOsc.cpp.obj"
+		]
+	}
+}

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Module.SignalProcessing.1.cpp

@@ -0,0 +1,40 @@
+// This file is automatically generated at compile-time to include some subset of the user-created cpp files.
+#include "Runtime/SignalProcessing/Private/AlignedBlockBuffer.cpp"
+#include "Runtime/SignalProcessing/Private/AllPassFilter.cpp"
+#include "Runtime/SignalProcessing/Private/AllPassFractionalDelay.cpp"
+#include "Runtime/SignalProcessing/Private/Ambisonics.cpp"
+#include "Runtime/SignalProcessing/Private/Amp.cpp"
+#include "Runtime/SignalProcessing/Private/AudioBufferDistanceAttenuation.cpp"
+#include "Runtime/SignalProcessing/Private/AudioChannelFormatConverter.cpp"
+#include "Runtime/SignalProcessing/Private/AudioDebuggingUtilities.cpp"
+#include "Runtime/SignalProcessing/Private/AudioFFT.cpp"
+#include "Runtime/SignalProcessing/Private/AudioLinearCurve.cpp"
+#include "Runtime/SignalProcessing/Private/BitCrusher.cpp"
+#include "Runtime/SignalProcessing/Private/BlockCorrelator.cpp"
+#include "Runtime/SignalProcessing/Private/BufferDiagnostics.cpp"
+#include "Runtime/SignalProcessing/Private/BufferOnePoleLPF.cpp"
+#include "Runtime/SignalProcessing/Private/BufferVectorOperations.cpp"
+#include "Runtime/SignalProcessing/Private/ChannelMap.cpp"
+#include "Runtime/SignalProcessing/Private/CheckedAudioBuffer.cpp"
+#include "Runtime/SignalProcessing/Private/Chorus.cpp"
+#include "Runtime/SignalProcessing/Private/ConstantQ.cpp"
+#include "Runtime/SignalProcessing/Private/ConvertDeinterleave.cpp"
+#include "Runtime/SignalProcessing/Private/ConvolutionAlgorithm.cpp"
+#include "Runtime/SignalProcessing/Private/Delay.cpp"
+#include "Runtime/SignalProcessing/Private/DelayStereo.cpp"
+#include "Runtime/SignalProcessing/Private/DirectedGraphAlgo.cpp"
+#include "Runtime/SignalProcessing/Private/Dsp.cpp"
+#include "Runtime/SignalProcessing/Private/DynamicDelayAPF.cpp"
+#include "Runtime/SignalProcessing/Private/DynamicsProcessor.cpp"
+#include "Runtime/SignalProcessing/Private/DynamicStateVariableFilter.cpp"
+#include "Runtime/SignalProcessing/Private/EarlyReflectionsFast.cpp"
+#include "Runtime/SignalProcessing/Private/Envelope.cpp"
+#include "Runtime/SignalProcessing/Private/EnvelopeFollower.cpp"
+#include "Runtime/SignalProcessing/Private/EQ.cpp"
+#include "Runtime/SignalProcessing/Private/EventQuantizer.cpp"
+#include "Runtime/SignalProcessing/Private/FeedbackDelayNetwork.cpp"
+#include "Runtime/SignalProcessing/Private/FFTAlgorithm.cpp"
+#include "Runtime/SignalProcessing/Private/FileEncoder.cpp"
+#include "Runtime/SignalProcessing/Private/Filter.cpp"
+#include "Runtime/SignalProcessing/Private/Flanger.cpp"
+#include "Runtime/SignalProcessing/Private/FloatArrayMath.cpp"

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Module.SignalProcessing.1.cpp.dep.json

@@ -0,0 +1,149 @@
+{
+    "Version": "1.2",
+    "Data": {
+        "Source": "d:\\fpstemplate_5_4_or_5_5\\intermediate\\build\\win64\\x64\\fpstemplateserver\\development\\signalprocessing\\module.signalprocessing.1.cpp",
+        "ProvidedModule": "",
+        "PCH": "d:\\fpstemplate_5_4_or_5_5\\intermediate\\build\\win64\\x64\\fpstemplateserver\\development\\core\\sharedpch.core.cpp20.h.pch",
+        "Includes": [
+            "d:\\fpstemplate_5_4_or_5_5\\intermediate\\build\\win64\\x64\\fpstemplateserver\\development\\signalprocessing\\definitions.signalprocessing.h",
+            "d:\\ue_5_7_1\\engine\\source\\runtime\\signalprocessing\\private\\alignedblockbuffer.cpp",
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Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Module.SignalProcessing.2.cpp

@@ -0,0 +1,42 @@
+// This file is automatically generated at compile-time to include some subset of the user-created cpp files.
+#include "Runtime/SignalProcessing/Private/FoldbackDistortion.cpp"
+#include "Runtime/SignalProcessing/Private/GrainDelay.cpp"
+#include "Runtime/SignalProcessing/Private/Granulator.cpp"
+#include "Runtime/SignalProcessing/Private/IAudioEncoder.cpp"
+#include "Runtime/SignalProcessing/Private/IntegerDelay.cpp"
+#include "Runtime/SignalProcessing/Private/InterpolatedLinearPitchShifter.cpp"
+#include "Runtime/SignalProcessing/Private/InterpolatedMultiTapDelay.cpp"
+#include "Runtime/SignalProcessing/Private/InterpolatedOnePole.cpp"
+#include "Runtime/SignalProcessing/Private/LateReflectionsFast.cpp"
+#include "Runtime/SignalProcessing/Private/LFO.cpp"
+#include "Runtime/SignalProcessing/Private/LinearInterpFractionalDelay.cpp"
+#include "Runtime/SignalProcessing/Private/LinkwitzRileyBandSplitter.cpp"
+#include "Runtime/SignalProcessing/Private/LongDelayAPF.cpp"
+#include "Runtime/SignalProcessing/Private/MelScale.cpp"
+#include "Runtime/SignalProcessing/Private/MidiNoteQuantizer.cpp"
+#include "Runtime/SignalProcessing/Private/ModulationMatrix.cpp"
+#include "Runtime/SignalProcessing/Private/MultichannelBuffer.cpp"
+#include "Runtime/SignalProcessing/Private/MultichannelLinearResampler.cpp"
+#include "Runtime/SignalProcessing/Private/MultiMono.cpp"
+#include "Runtime/SignalProcessing/Private/MultithreadedPatching.cpp"
+#include "Runtime/SignalProcessing/Private/Noise.cpp"
+#include "Runtime/SignalProcessing/Private/OggVorbisEncoder.cpp"
+#include "Runtime/SignalProcessing/Private/OpusEncoder.cpp"
+#include "Runtime/SignalProcessing/Private/Osc.cpp"
+#include "Runtime/SignalProcessing/Private/PerlinNoise.cpp"
+#include "Runtime/SignalProcessing/Private/Phaser.cpp"
+#include "Runtime/SignalProcessing/Private/Reverb.cpp"
+#include "Runtime/SignalProcessing/Private/ReverbFast.cpp"
+#include "Runtime/SignalProcessing/Private/RingModulation.cpp"
+#include "Runtime/SignalProcessing/Private/RuntimeResampler.cpp"
+#include "Runtime/SignalProcessing/Private/SampleBufferReader.cpp"
+#include "Runtime/SignalProcessing/Private/SampleRateConverter.cpp"
+#include "Runtime/SignalProcessing/Private/SignalProcessingModule.cpp"
+#include "Runtime/SignalProcessing/Private/SineWaveTableOsc.cpp"
+#include "Runtime/SignalProcessing/Private/SinOsc.cpp"
+#include "Runtime/SignalProcessing/Private/SpectrumAnalyzer.cpp"
+#include "Runtime/SignalProcessing/Private/SphericalHarmonicCalculator.cpp"
+#include "Runtime/SignalProcessing/Private/TapDelayPitchShifter.cpp"
+#include "Runtime/SignalProcessing/Private/UniformPartitionConvolution.cpp"
+#include "Runtime/SignalProcessing/Private/VariablePoleFilter.cpp"
+#include "Runtime/SignalProcessing/Private/VectorFFT.cpp"

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Module.SignalProcessing.2.cpp.dep.json

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+            "d:\\ue_5_7_1\\engine\\source\\runtime\\signalprocessing\\private\\graindelay.cpp",
+            "d:\\ue_5_7_1\\engine\\source\\runtime\\signalprocessing\\public\\dsp\\graindelay.h",
+            "d:\\ue_5_7_1\\engine\\source\\runtime\\signalprocessing\\public\\dsp\\grainenvelope.h",
+            "d:\\ue_5_7_1\\engine\\source\\runtime\\signalprocessing\\public\\dsp\\dynamicsprocessor.h",
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+            "d:\\ue_5_7_1\\engine\\source\\runtime\\signalprocessing\\public\\dsp\\filter.h",
+            "d:\\ue_5_7_1\\engine\\source\\runtime\\signalprocessing\\public\\dsp\\tapdelaypitchshifter.h",
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Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Module.SignalProcessing.3.cpp

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+// This file is automatically generated at compile-time to include some subset of the user-created cpp files.
+#include "Runtime/SignalProcessing/Private/VectorLinearResampler.cpp"
+#include "Runtime/SignalProcessing/Private/Viterbi.cpp"
+#include "Runtime/SignalProcessing/Private/VoiceProcessing.cpp"
+#include "Runtime/SignalProcessing/Private/VolumeFader.cpp"
+#include "Runtime/SignalProcessing/Private/WavEncoder.cpp"
+#include "Runtime/SignalProcessing/Private/WaveShaper.cpp"
+#include "Runtime/SignalProcessing/Private/WaveTableOsc.cpp"

Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Module.SignalProcessing.3.cpp.dep.json

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+        ],
+        "ImportedModules": [],
+        "ImportedHeaderUnits": []
+    }
+}

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Intermediate/Build/Win64/x64/FPSTemplateServer/Development/SignalProcessing/Module.SignalProcessing.3.cpp.sarif

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