TestClasses.h

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#pragma once


#include "swCommonLib/ParameterAnimation/Animation/Animation.h"

#include "swCommonLib/ParameterAnimation/Parameters/DirectPropertyh.h"
#include "swCommonLib/ParameterAnimation/Parameters/PropertyPath.h"
#include "swCommonLib/ParameterAnimation/Parameters/StringPropertyPath.h"


#include <DirectXMath.h>
#include <DirectXPackedVector.h>
#include <string>



struct Nested2
{
    float           SomeValue;
    int             IntValue;
    std::string     Name;
};

struct Nested
{
    float           SomeValue;
    int             IntValue;
    std::string     Name;
    Nested2         Additional;
};



enum Methods
{
    Discrete,
    Linear,
    Integral
};


class TestAnim : public EngineObject
{
    RTTR_ENABLE( EngineObject );
    RTTR_REGISTRATION_FRIEND;
public:
    float           m_energy;
    float           m_mass;
    float           m_power;
    float           m_shit;

    Nested          m_otherData;

protected:
public:
    Ptr< FloatAnimation< StringPropertyPath > >     FloatAnimString;
    Ptr< FloatAnimation< PropertyPath > >           FloatAnimProperty;
    Ptr< FloatAnimation< DirectProperty > >         FloatAnimDirect;

public:
    explicit        TestAnim();
    ~TestAnim() { };

};


class TestInterpolators : public EngineObject
{
    RTTR_ENABLE( EngineObject );
    RTTR_REGISTRATION_FRIEND;
public:

    double      DoubleField;
    float       FloatField;

    uint64      UIntField64;
    int64       IntField64;
    uint32      UIntField32;
    int32       IntField32;
    uint16      UIntField16;
    int16       IntField16;
    uint8       UIntField8;
    int8        IntField8;

    char        CharField;
    bool        BoolField;

    std::string     StringField;
    std::wstring    WStringField;

    Methods         EnumField;

    DirectX::XMFLOAT4                   Color4F;
    DirectX::XMFLOAT3                   Position3F;
    DirectX::PackedVector::XMCOLOR      Color;

public:
    explicit        TestInterpolators();
    ~TestInterpolators() { };

    template< typename FieldType >
    FieldType&      GetField();

#define DEFINE_GET_FIELD( type, name )          \
template<>                                      \
type&       GetField< type >() { return name;  }
    
    DEFINE_GET_FIELD( uint64, UIntField64 );
    DEFINE_GET_FIELD( int64, IntField64 );
    DEFINE_GET_FIELD( uint32, UIntField32 );
    DEFINE_GET_FIELD( int32, IntField32 );
    DEFINE_GET_FIELD( uint16, UIntField16 );
    DEFINE_GET_FIELD( int16, IntField16 );
    DEFINE_GET_FIELD( uint8, UIntField8 );
    DEFINE_GET_FIELD( int8, IntField8 );

    DEFINE_GET_FIELD( char, CharField );
    DEFINE_GET_FIELD( bool, BoolField );
    DEFINE_GET_FIELD( std::string, StringField );
    DEFINE_GET_FIELD( std::wstring, WStringField );

    DEFINE_GET_FIELD( double, DoubleField );
    DEFINE_GET_FIELD( float, FloatField );
    DEFINE_GET_FIELD( Methods, EnumField );

    DEFINE_GET_FIELD( DirectX::XMFLOAT4, Color4F );
    DEFINE_GET_FIELD( DirectX::XMFLOAT3, Position3F );
    DEFINE_GET_FIELD( DirectX::PackedVector::XMCOLOR, Color );

#undef DEFINE_GET_FIELD
};






//====================================================================================//
//          Impl    
//====================================================================================//

inline TestAnim::TestAnim()
{
    m_energy = 1.0f;
    m_mass = 2.0f;
    m_power = 3.0f;
    m_shit = 4.0f;
    m_otherData.SomeValue = 5.0f;
    m_otherData.IntValue = 6;
    m_otherData.Name = "Nested other data";
    m_otherData.Additional.SomeValue = 7.0f;
    m_otherData.Additional.Name = "Nested2 additional data";
    m_otherData.Additional.IntValue = 8;
}



inline TestInterpolators::TestInterpolators()
{
    DoubleField = 1.0;
    FloatField = 2.0;

    UIntField64 = 4;
    IntField64 = 4;
    UIntField32 = 4;
    IntField32 = 4;
    UIntField16 = 4;
    IntField16 = 4;
    UIntField8 = 4;
    IntField8 = 4;

    CharField = 4;
    BoolField = false;

    StringField = "To jest string";
    WStringField = L"To jest wstring";

    EnumField = Methods::Integral;
}