#ifndef _CPASANIMSTATE
#define _CPASANIMSTATE

#include "types.h"

#include "Kyoto/Animation/CharacterCommon.hpp"

#include "rstl/reserved_vector.hpp"
#include "rstl/vector.hpp"

class CPASAnimParm {
public:
  enum EParmType {
    kPT_None = -1,
    kPT_Int32 = 0,
    kPT_UInt32 = 1,
    kPT_Float = 2,
    kPT_Bool = 3,
    kPT_Enum = 4,
  };
  union UParmValue {
    int m_int;
    uint m_uint;
    float m_float;
    bool m_bool;
  };
  CPASAnimParm(const CPASAnimParm& other) : x0_value(other.x0_value), x4_type(other.x4_type) {}

  static CPASAnimParm FromEnum(int val);
  static CPASAnimParm FromBool(bool val);
  static CPASAnimParm FromReal32(float val);
  static CPASAnimParm FromUint32(uint val);
  static CPASAnimParm FromInt32(int val);
  static CPASAnimParm NoParameter();

  int GetInt32Value() const;
  float GetReal32Value() const;

private:
  UParmValue x0_value;
  EParmType x4_type;
};

class CPASParmInfo {
public:
  enum EWeightFunction {
    kWF_ExactMatch,
    kWF_PercentError,
    kWF_AngularPercent,
    kWF_NoWeight,
  };

private:
  CPASAnimParm::EParmType x0_type;
  EWeightFunction x4_weightFunction;
  float x8_weight;
  CPASAnimParm::UParmValue xc_min;
  CPASAnimParm::UParmValue x10_max;
};

class CPASAnimInfo {
private:
  uint x0_id;
  rstl::reserved_vector< CPASAnimParm::UParmValue, 8 > x4_parms;
};

class CPASAnimState {
public:
  CPASAnimParm GetAnimParmData(int, unsigned int) const;

private:
  pas::EAnimationState x0_id;
  rstl::vector< CPASParmInfo > x4_parms;
  rstl::vector< CPASAnimInfo > x14_anims;
  rstl::vector< int > x24_selectionCache;
};
CHECK_SIZEOF(CPASAnimState, 0x34)

#endif // _CPASANIMSTATE