#include <FBXDataTool.h>

Collaboration diagram for FBXData:

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Public Member Functions
	FBXData (void)

virtual	~FBXData (void)

void	init (void)

void	free (void)

void	setUnity (bool b)

void	setUE (bool b)

void	setEngine (int)

void	setAffineTrans (AffineTrans< double > a)

void	delAffineTrans (void)

Vector< double >	execAffineTrans (void)

void	addShell (MeshObjectData meshdata, bool collider, SkinJointData joints_data=NULL, tList *joints_template=NULL)

void	closeSolid (void)

void	outputFile (const char fn, const char out_dirn, const char tex_dirn, const char bin_dirn)

void	output_fbx (FILE *fp)

Public Attributes
Buffer	fbx_name

bool	phantom_out

bool	no_offset

bool	forUnity

bool	forUE

int	engine

bool	has_joints

tList *	joints_list

AffineTrans< double > *	affineTrans

AffineTrans< double >	skeleton

Detailed Description

Definition at line 27 of file FBXDataTool.h.

Constructor & Destructor Documentation

◆ FBXData()

FBXData ( void )

inline

Definition at line 30 of file FBXDataTool.h.

30{ this->init();}

jbxl::FBXData::init

void init(void)

Definition FBXDataTool.cpp:23

References FBXData::init().

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◆ ~FBXData()

~FBXData ( void )

virtual

Definition at line 16 of file FBXDataTool.cpp.

{
    DEBUG_MODE PRINT_MESG("FBXData::DESTRUCTOR:\n");
    this->free();
}

References DEBUG_MODE, FBXData::free(), and PRINT_MESG.

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Member Function Documentation

◆ addShell()

void addShell	(	MeshObjectData *	meshdata,
		bool	collider,
		SkinJointData *	joints_data = NULL,
		tList *	joints_template = NULL )

Definition at line 87 of file FBXDataTool.cpp.

{
    //PRINT_MESG("FBXData::addShell: start\n");
 
    if (meshdata==NULL) return;
 
    if (joints_data!=NULL && joints_template!=NULL) {
        if (this->joints_list==NULL && !this->has_joints) {
            this->joints_list = joints_template;
            this->has_joints = true;
        }
        else {
            if (joints_template!=NULL) del_tList(&joints_template);
            joints_template = NULL;
        }
    }
 
    MeshFacetNode* facet = meshdata->facet;
    while (facet!=NULL) {
        if (facet->num_vertex != facet->num_texcrd) {
            PRINT_MESG("FBXData::addShell: Error: missmatch vertex and uvmap number! (%d != %d)\n", facet->num_vertex, facet->num_texcrd);
            facet = facet->next;
            continue;
        }
 
        // UV Map and PLANAR Texture
        if (facet->material_param.mapping == MATERIAL_MAPPING_PLANAR) {
            Vector<double> scale(1.0, 1.0, 1.0);
            if (meshdata->affineTrans!=NULL) scale = meshdata->affineTrans->getScale();
            facet->generatePlanarUVMap(scale, facet->texcrd_value);
        }
        facet->execAffineTransUVMap(facet->texcrd_value, facet->num_vertex);
 
        //facet->num_index;
        //facet->num_vertex;
 
        //int*            index = facet->data_index;
        //Vector<double>* vectr = facet->vertex_value;
        //Vector<double>* norml = facet->normal_value;
        //UVMap<double>*  uvmap = facet->texcrd_value;
 
        facet = facet->next;
    }
 
    //
    this->phantom_out = true;
    if (collider) {
        this->phantom_out = false;
    }
 
    //
    if (this->has_joints && this->joints_list!=NULL) {
        
    }
 
    return;
}

References MeshObjectData::affineTrans, del_tList(), MeshFacetNode::execAffineTransUVMap(), MeshObjectData::facet, MeshFacetNode::generatePlanarUVMap(), AffineTrans< T >::getScale(), FBXData::has_joints, FBXData::joints_list, MaterialParam::mapping, MATERIAL_MAPPING_PLANAR, MeshFacetNode::material_param, MeshFacetNode::next, MeshFacetNode::num_texcrd, MeshFacetNode::num_vertex, FBXData::phantom_out, PRINT_MESG, and MeshFacetNode::texcrd_value.

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◆ closeSolid()

void closeSolid ( void )

inline

Definition at line 61 of file FBXDataTool.h.

61{}

◆ delAffineTrans()

void delAffineTrans ( void )

inline

Definition at line 57 of file FBXDataTool.h.

57{ freeAffineTrans(this->affineTrans);}

jbxl::FBXData::affineTrans

AffineTrans< double > * affineTrans

Definition FBXDataTool.h:45

jbxl::freeAffineTrans

void freeAffineTrans(AffineTrans< T > *&affine)

Definition AffineTrans.h:141

References jbxl::freeAffineTrans().

Referenced by FBXData::free(), and FBXData::setAffineTrans().

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◆ execAffineTrans()

Vector< double > execAffineTrans ( void )

Vector<double> FBXData::execAffineTrans(void)

FBXデータの原点縮退変換を行う． no_offset が trueの場合，データの中心を原点に戻し，実際の位置をオフセットで返す．

Definition at line 152 of file FBXDataTool.cpp.

{
    Vector<double> center(0.0, 0.0, 0.0);
 
    if (this->no_offset) center = affineTrans->getShift();
 
    return center;
}

References FBXData::affineTrans, AffineTrans< T >::getShift(), and FBXData::no_offset.

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◆ free()

void free ( void )

Definition at line 41 of file FBXDataTool.cpp.

{
    free_Buffer(&(this->fbx_name));
    this->skeleton.free();
    this->delAffineTrans();
    this->affineTrans = NULL;
    
    if (this->joints_list!=NULL) del_tList(&this->joints_list);
    this->joints_list = NULL;
}

References FBXData::affineTrans, del_tList(), FBXData::delAffineTrans(), FBXData::fbx_name, AffineTrans< T >::free(), free_Buffer(), FBXData::joints_list, and FBXData::skeleton.

Referenced by jbxl::freeFBXData(), FBXData::outputFile(), and FBXData::~FBXData().

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◆ init()

void init ( void )

Definition at line 23 of file FBXDataTool.cpp.

{
    this->fbx_name    = init_Buffer();
    this->phantom_out = true;
    this->no_offset   = false;
 
    this->has_joints  = false;
    this->joints_list = NULL;
 
    this->forUnity    = true;
    this->forUE       = false;
 
    this->engine      = JBXL_3D_ENGINE_UE;
    this->affineTrans = NULL;
    this->skeleton.init();
}

References FBXData::affineTrans, FBXData::engine, FBXData::fbx_name, FBXData::forUE, FBXData::forUnity, FBXData::has_joints, AffineTrans< T >::init(), init_Buffer(), JBXL_3D_ENGINE_UE, FBXData::joints_list, FBXData::no_offset, FBXData::phantom_out, and FBXData::skeleton.

Referenced by FBXData::FBXData().

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◆ output_fbx()

void output_fbx ( FILE * fp )

Definition at line 162 of file FBXDataTool.cpp.

{
    if (fp==NULL) return;
    
    return;
}

◆ outputFile()

void outputFile	(	const char *	fn,
		const char *	out_dirn,
		const char *	tex_dirn,
		const char *	bin_dirn )

Definition at line 67 of file FBXDataTool.cpp.

{
    UNUSED(out_dirn);
    UNUSED(tex_dirn);
    UNUSED(bin_dirn);
 
    char* packname = pack_head_tail_char(get_file_name(fname), ' ');
    Buffer file_name = make_Buffer_bystr(packname);
    ::free(packname);
    //
    canonical_filename_Buffer(&file_name, TRUE);
    if (file_name.buf[0]=='.') file_name.buf[0] = '_';
 
    free_Buffer(&file_name);
    return;
}

References Buffer::buf, canonical_filename_Buffer(), FBXData::free(), free_Buffer(), get_file_name(), make_Buffer_bystr, pack_head_tail_char(), TRUE, and UNUSED.

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◆ setAffineTrans()

void setAffineTrans ( AffineTrans< double > a )

inline

Definition at line 56 of file FBXDataTool.h.

56{ delAffineTrans(); affineTrans = new AffineTrans<double>(); affineTrans->dup(a);}

jbxl::AffineTrans::dup

void dup(AffineTrans a)

References FBXData::affineTrans, FBXData::delAffineTrans(), and AffineTrans< T >::dup().

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◆ setEngine()

void setEngine ( int e )

Definition at line 53 of file FBXDataTool.cpp.

{
    this->setUnity(false);
    this->setUE(false);
    //
    this->engine = e;
    if (e==JBXL_3D_ENGINE_UNITY)   this->setUnity(true);
    else if (e==JBXL_3D_ENGINE_UE) this->setUE(true);
 
    return;
}