PrimeRemasterStructs/CAudioSoundEffect.bt

#ifndef _CAUDIOSOUNDEFFECT
#define _CAUDIOSOUNDEFFECT

#include "CMayaSpline.bt"
#include "CVector3f.bt"
#include "Common.bt"

typedef struct STimelineEvent {
  float unk1;
  float unk2;
} STimelineEvent;

typedef struct SFilterSettings {
  ubyte type;
  switch (type) {
  case 1:
  case 2:
  case 3:
  case 4:
    uint unk1;
    uint unk2;
    break;
  case 5:
    uint unk1;
    uint unk2;
    break;
  case 6:
  case 7:
    uint unk;
    break;
  case 8:
    uint unk;
    break;
  case 0xFF:
  case 9:
    break;
  default:
    uint unk;
    break;
  }
} SFilterSettings;

typedef struct CAudioMetaSample {
  GUID csmp;
  float unk1;
  uint unk2;
  float unk3;
  float unk4;
  float unk5;
  float unk6;
  float unk7;
  float unk8;
  float unk9;
  float unk10;
  int unk11;
  int unk12;
  int unk13;
  float unk14;
  int unk15;
  float unk16;
  float unk17;
  float unk18;
  float unk19;
  float unk20;
  float unk21;
  bool unk22;
  bool unk23;
  bool unk24;
  bool unk25;
  bool unk26;
  CMayaSpline spline1<optimize = false>;
  CMayaSpline spline2<optimize = false>;
  CMayaSpline spline3<optimize = false>;
  CMayaSpline spline4<optimize = false>;
  uint timelineEventCount;
  STimelineEvent timelineEvents[timelineEventCount];
  uint unk27;
  float unk28;
  CMayaSpline lowPass<optimize = false>;
  CVector3f unk29;
  SFilterSettings filterSettings1;
  SFilterSettings filterSettings2;
} CAudioMetaSample;

typedef struct STimelineEventPairs {
  uint unk1;
  uint timelineEventCount;
  STimelineEvent timelineEvents[timelineEventCount];
} STimelineEventPairs;

typedef struct CAudioSoundEffectEvent {
  GUID guid;
  uint unk1;
  uint unk2;
  char unk3[unk2];
} CAudioSoundEffectEvent;

typedef struct CAudioSoundEffect {
  uint nameLen;
  char name[nameLen];
  float unk1;
  // Loaded by CAudioSoundEffect::FinishConstructing
  float unk2;
  uint unk3 <format = binary>;

  if (unk3 & (1 << 1)) {
    uchar unk4;
  } 

  if (unk3 & (1 << 2)) {
    float unk5;
  }

  if (unk3 & (1 << 4)) {
    float unk6;
  }

  uchar unk7;
  GUID objectId;
  uint gobCount;
  typedef struct CGobData {
    byte unk1;
    byte unk2;
    float unk3;
    uint metaSampleCount;
    CAudioMetaSample metaSamples[metaSampleCount]<optimize = false>;
    uint timelineEventPairCount;
    STimelineEventPairs
        timelineEventPairs[timelineEventPairCount]<optimize = false>;
    if (unk1 != 0) {
      uint eventDataCount;
      typedef struct CEventData {
        CAudioSoundEffectEvent effectEvent;
        uint timelineEventCount;
        STimelineEvent timelineEvents[timelineEventCount];
      } CEventData;
      CEventData eventData[eventDataCount]<optimize = false>;
    }
  } CGobData;
  CGobData gobs[gobCount]<optimize = false>;
} CAudioSoundEffect;

#endif // _CAUDIOSOUNDEFFECT