jstudio-control.h

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#ifndef JSTUDIO_CONTROL_H
#define JSTUDIO_CONTROL_H
 
#include "JSystem/JStudio/JStudio/fvb.h"
#include "JSystem/JStudio/JStudio/stb.h"
#include "JSystem/JStudio/JStudio/ctb.h"
#include <dolphin/gx.h>
#include <dolphin/mtx.h>
 
namespace JStudio {
struct TObject;
struct TCreateObject {
    TCreateObject() {}
    /* 80285488 */ virtual ~TCreateObject() = 0;
    virtual bool create(TObject**, JStudio::stb::data::TParse_TBlock_object const&) = 0;
 
    template<class AdaptorT>
    static typename AdaptorT::ObjectType* createFromAdaptor(JStudio::stb::data::TParse_TBlock_object const& param_1, AdaptorT* param_2) {
        typename AdaptorT::ObjectType* rv = new typename AdaptorT::ObjectType(param_1, param_2);
        if (rv == NULL) {
            return NULL;
        }
        rv->prepareAdaptor();
        return rv;
    }
 
    /* 0x4 */ JGadget::TLinkListNode mNode;
};  // Size: 0xC
 
struct TFactory : public stb::TFactory {
    TFactory() {}
 
    /* 802854D0 */ virtual ~TFactory();
    /* 802855AC */ virtual TObject* create(JStudio::stb::data::TParse_TBlock_object const&);
 
    /* 80285560 */ void appendCreateObject(JStudio::TCreateObject*);
 
    /* 0x04 */ JGadget::TLinkList<TCreateObject, -4> mList;
    /* 0x10 */ fvb::TFactory fvb_Factory;
    /* 0x14 */ ctb::TFactory ctb_Factory;
};
 
class TControl : public stb::TControl {
public:
    struct TTransform_translation_rotation_scaling {
        Vec translation;
        Vec rotation;
        Vec scaling;
    };
    struct TTransform_position : public Vec {};
    struct TTransform_position_direction {
        Vec position;
        Vec direction;
    };
 
    /* 80285114 */ TControl();
    /* 802851AC */ virtual ~TControl();
    /* 80285228 */ void setFactory(JStudio::TFactory*);
    /* 80285250 */ int transformOnSet_setOrigin_TxyzRy(Vec const&, f32);
    /* 802852D0 */ int transformOnGet_setOrigin_TxyzRy(Vec const&, f32);
    /* 80285368 */ int transform_setOrigin_ctb(JStudio::ctb::TObject const&);
    /* 8028543C */ bool transform_setOrigin_ctb_index(u32);
 
    void stb_destroyObject_all() { stb::TControl::destroyObject_all(); }
    void fvb_destroyObject_all() { fvb_Control.destroyObject_all(); }
    void ctb_destroyObject_all() { ctb_Control.destroyObject_all(); }
 
    void destroyObject_all() {
        stb_destroyObject_all();
        fvb_destroyObject_all();
        ctb_destroyObject_all();
    }
 
    void transformOnSet_enable(bool param_0) { mTransformOnSet = param_0; }
    void transformOnGet_enable(bool param_0) { mTransformOnGet = param_0; }
 
    void transform_enable(bool param_0) {
        transformOnSet_enable(param_0);
        transformOnGet_enable(param_0);
    }
 
    void transform_setOrigin_TxyzRy(const Vec& xyz, f32 rotY) {
        transformOnSet_setOrigin_TxyzRy(xyz, rotY);
        transformOnGet_setOrigin_TxyzRy(xyz, rotY);
    }
 
    void transform_setOrigin(const Vec& xyz, f32 rotY) {
        transform_setOrigin_TxyzRy(xyz, rotY);
    }
 
    void setSecondPerFrame(f64 param_0) { mSecondPerFrame = param_0; }
    f64 getSecondPerFrame() const { return mSecondPerFrame; }
 
    ctb::TObject* ctb_getObject_index(u32 index) {
        return ctb_Control.getObject_index(index);
    }
 
    fvb::TObject* fvb_getObject(const void* param_1, u32 param_2) {
        return fvb_Control.getObject(param_1, param_2);
    }
 
    fvb::TObject* fvb_getObject_index(u32 index) {
        return fvb_Control.getObject_index(index);
    }
 
    TFunctionValue* getFunctionValue(const void* param_1, u32 param_2) {
        fvb::TObject* obj = fvb_getObject(param_1, param_2);
        if (obj == NULL) {
            return NULL;
        } 
        return obj->referFunctionValue();
    }
 
    TFunctionValue* getFunctionValue_index(u32 index) {
        fvb::TObject* obj = fvb_getObject_index(index);
        if (obj == NULL) {
            return NULL;
        } 
        return obj->referFunctionValue();
    }
 
    bool transformOnSet_isEnabled() const { return mTransformOnSet; }
    CMtxP transformOnSet_getMatrix() const { return mTransformOnSet_Matrix; }
 
    void transformOnSet_transformTranslation(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(226, pDst!=0);
        JUT_ASSERT(227, &rSrc!=pDst);
        MTXMultVec(transformOnSet_getMatrix(), &rSrc, pDst);
    }
 
    void transformOnSet_transformRotation(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(232, pDst!=0);
        JUT_ASSERT(233, &rSrc!=pDst);
        pDst->x = rSrc.x;
        pDst->y = rSrc.y + mTransformOnSet_RotationY;
        pDst->z = rSrc.z;
    }
 
    void transformOnSet_transformScaling(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(240, pDst!=0);
        JUT_ASSERT(241, &rSrc!=pDst);
        *pDst = rSrc;
    }
 
    void transformOnSet_transform(TTransform_position* param_1, TTransform_position* param_2) const {
        transformOnSet_transformTranslation(*param_1, param_2);
    }
 
    void transformOnSet_transform(TTransform_translation_rotation_scaling* param_1,
                                  TTransform_translation_rotation_scaling* param_2) const {
        transformOnSet_transformTranslation(param_1->translation, &param_2->translation);
        transformOnSet_transformRotation(param_1->rotation, &param_2->rotation);
        transformOnSet_transformScaling(param_1->scaling, &param_2->scaling);
    }
 
    TTransform_position* transformOnSet_transform_ifEnabled(TTransform_position* param_1,
                                                            TTransform_position* param_2) const {
        if (!transformOnSet_isEnabled()) {
            return param_1;
        }
        transformOnSet_transform(param_1, param_2);
        return param_2;
    }
 
    TTransform_translation_rotation_scaling*
    transformOnSet_transform_ifEnabled(TTransform_translation_rotation_scaling* param_1,
                                       TTransform_translation_rotation_scaling* param_2) const {
        if (!transformOnSet_isEnabled()) {
            return param_1;
        }
        transformOnSet_transform(param_1, param_2);
        return param_2;
    }
 
    bool transformOnGet_isEnabled() const { return mTransformOnGet; }
    CMtxP transformOnGet_getMatrix() const { return mTransformOnGet_Matrix; }
 
    void transformOnGet_transformTranslation(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(296, pDst!=0);
        JUT_ASSERT(297, &rSrc!=pDst);
        MTXMultVec(transformOnGet_getMatrix(), &rSrc, pDst);
    }
 
    void transformOnGet_transformDirection(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(316, pDst!=0);
        JUT_ASSERT(317, &rSrc!=pDst);
        MTXMultVecSR(transformOnGet_getMatrix(), &rSrc, pDst);
    }
 
    void transformOnGet_transform(TTransform_position_direction* param_1,
                                  TTransform_position_direction* pDst) const {
        JUT_ASSERT(289, pDst!=0);
        transformOnGet_transformTranslation(param_1->position, &pDst->position);
        transformOnGet_transformDirection(param_1->direction, &pDst->direction);
    }
 
    TTransform_position_direction*
    transformOnGet_transform_ifEnabled(TTransform_position_direction* param_1,
                                       TTransform_position_direction* param_2) const {
        if (!transformOnGet_isEnabled()) {
            return param_1;
        }
        transformOnGet_transform(param_1, param_2);
        return param_2;
    }
 
    void transformOnGet_transform(TTransform_position* param_1,
                                  TTransform_position* pDst) const {
        transformOnGet_transformTranslation(*param_1, pDst);
    }
 
    TTransform_position*
    transformOnGet_transform_ifEnabled(TTransform_position* param_1,
                                       TTransform_position* param_2) const {
        if (!transformOnGet_isEnabled()) {
            return param_1;
        }
        transformOnGet_transform(param_1, param_2);
        return param_2;
    }
 
    void transformOnGet_transformRotation(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(302, pDst!=0);
        JUT_ASSERT(303, &rSrc!=pDst);
        pDst->x = rSrc.x;
        pDst->y = rSrc.y + mTransformOnGet_RotationY;
        pDst->z = rSrc.z;
    }
 
    void transformOnGet_transformScaling(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(310, pDst!=0);
        JUT_ASSERT(311, &rSrc!=pDst);
        *pDst = rSrc;
    }
 
    void transformOnGet_transform(TTransform_translation_rotation_scaling* param_1,
                                  TTransform_translation_rotation_scaling* pDst) const {
        JUT_ASSERT(263, pDst!=0);
        transformOnGet_transformTranslation(param_1->translation, &pDst->translation);
        transformOnGet_transformRotation(param_1->rotation, &pDst->rotation);
        transformOnGet_transformScaling(param_1->scaling, &pDst->scaling);
    }
 
    TTransform_translation_rotation_scaling*
    transformOnGet_transform_ifEnabled(TTransform_translation_rotation_scaling* param_1,
                                       TTransform_translation_rotation_scaling* param_2) const {
        if (!transformOnGet_isEnabled()) {
            return param_1;
        }
        transformOnGet_transform(param_1, param_2);
        return param_2;
    }
 
    void transformOnSet_transformDirection(const Vec& rSrc, Vec* pDst) const {
        JUT_ASSERT(246, pDst!=0);
        JUT_ASSERT(247, &rSrc!=pDst);
        MTXMultVecSR(transformOnSet_getMatrix(), &rSrc, pDst);
    }
 
    void transformOnSet_transform(TTransform_position_direction* param_1,
                                  TTransform_position_direction* pDst) const {
        JUT_ASSERT(219, pDst!=0);
        transformOnSet_transformTranslation(param_1->position, &pDst->position);
        transformOnSet_transformDirection(param_1->direction, &pDst->direction);
    }
 
    TTransform_position_direction*
    transformOnSet_transform_ifEnabled(TTransform_position_direction* param_1,
                                       TTransform_position_direction* param_2) const {
        if (!transformOnSet_isEnabled()) {
            return param_1;
        }
        transformOnSet_transform(param_1, param_2);
        return param_2;
    }
 
    /* 0x58 */ f64 mSecondPerFrame;
    /* 0x60 */ fvb::TControl fvb_Control;
    /* 0x74 */ ctb::TControl ctb_Control;
    /* 0x88 */ bool mTransformOnSet;
    /* 0x89 */ bool mTransformOnGet;
    /* 0x8C */ Vec field_0x8c;
    /* 0x98 */ Vec field_0x98;
    /* 0xA4 */ f32 mTransformOnSet_RotationY;
    /* 0xA8 */ f32 mTransformOnGet_RotationY;
    /* 0xAC */ Mtx mTransformOnSet_Matrix;
    /* 0xDC */ Mtx mTransformOnGet_Matrix;
};
 
struct TParse : public stb::TParse {
    /* 8028566C */ TParse(JStudio::TControl*);
    /* 80285844 */ bool parseBlock_block_fvb_(JStudio::stb::data::TParse_TBlock const&, u32);
    /* 802858F0 */ bool parseBlock_block_ctb_(JStudio::stb::data::TParse_TBlock const&, u32);
 
    /* 802856A8 */ virtual ~TParse();
    /* 80285708 */ virtual bool parseHeader(JStudio::stb::data::TParse_THeader const&, u32);
    /* 802857E4 */ virtual bool parseBlock_block(JStudio::stb::data::TParse_TBlock const&, u32);
 
    TControl* getControl() { return (TControl*)stb::TParse::getControl(); }
};
 
};  // namespace JStudio
 
#endif /* JSTUDIO_CONTROL_H */