#ifndef __URDE_CPASANIMPARM_HPP__
#define __URDE_CPASANIMPARM_HPP__

#include "RetroTypes.hpp"

namespace urde
{

class CPASAnimParm
{
public:
    enum class EParmType
    {
        None = -1,
        Int32 = 0,
        UInt32 = 1,
        Float = 2,
        Bool = 3,
        Enum = 4
    };
    union UParmValue
    {
        s32 m_int;
        u32 m_uint;
        float m_float;
        bool m_bool;
    };

private:
    UParmValue x0_value;
    EParmType x4_type;
public:
    CPASAnimParm(UParmValue val, EParmType tp) : x4_type(tp), x0_value(val) {}

    s32 GetEnumValue() const {return x0_value.m_int;}
    bool GetBoolValue() const {return x0_value.m_bool;}
    float GetReal32Value() const {return x0_value.m_float;}
    u32 GetUint32Value() const {return x0_value.m_uint;}
    s32 GetInt32Value() const {return x0_value.m_int;}

    static CPASAnimParm FromEnum(s32 val)
    {
        UParmValue valin;
        valin.m_int = val;
        return CPASAnimParm(valin, EParmType::Enum);
    }

    static CPASAnimParm FromBool(bool val)
    {
        UParmValue valin;
        valin.m_bool = val;
        return CPASAnimParm(valin, EParmType::Bool);
    }

    static CPASAnimParm FromReal32(float val)
    {
        UParmValue valin;
        valin.m_float = val;
        return CPASAnimParm(valin, EParmType::Float);
    }

    static CPASAnimParm FromUint32(u32 val)
    {
        UParmValue valin;
        valin.m_uint = val;
        return CPASAnimParm(valin, EParmType::UInt32);
    }

    static CPASAnimParm FromInt32(s32 val)
    {
        UParmValue valin;
        valin.m_int = val;
        return CPASAnimParm(valin, EParmType::Int32);
    }

    static CPASAnimParm NoParameter()
    {
        UParmValue valin;
        valin.m_int = -1;
        return CPASAnimParm(valin, EParmType::None);
    }
};

}

#endif // __URDE_CPASANIMPARM_HPP__