MeshObjectData Class Reference

#include <MeshObjectData.h>

Collaboration diagram for MeshObjectData:

Public Member Functions
	MeshObjectData (const char *name=NULL)
virtual	~MeshObjectData (void)
void	init (const char *name=NULL)
void	free (void)
void	free_value (void)
void	clear (void)
void	setName (const char *str)
char *	getName (void)
void	setAltName (const char *str)
char *	getAltName (void)
void	setAffineTrans (AffineTrans< double > a)
void	delAffineTrans (void)
bool	addData (ContourBaseData *facetdata, MaterialParam *param)
bool	addNode (ContourBaseData *facetdata, const char *name, MaterialParam *param)
bool	addData (Vector< double > *vct, Vector< double > *nrm, UVMap< double > *map, ArrayParam< int > *wgt, int vnum, MaterialParam *param, bool useBrep)
bool	addData (TriPolygonData *tridata, int tnum, int fnum, MaterialParam *param, bool useBrep)
	処理するFACETを選択できる
bool	importTriData (Vector< double > *vct, Vector< double > *nrm, UVMap< double > *map, ArrayParam< int > *wgt, int vnum)
bool	importTriData (TriPolygonData *tridata, int tnum, int fnum=-1)
bool	addNode (const char *name, MaterialParam *param, bool useBrep)
void	joinData (MeshObjectData *&data)
	data は削除される．
void	setMaterialParam (MaterialParam param, int num=-1)

Public Attributes
Buffer	data_name
	データ名
Buffer	alt_name
	別名
int	ttl_index
	インデックスの総数（実質的データ数）
int	ttl_vertex
	頂点データの総数．
int	ttl_texcrd
	テクスチャ画像の座標総数．通常は ttl_vertexと同じ値．
int	num_node
	テクスチャー単位の面の数（Node の数）
int	num_vcount
	1ポリゴン あたりの頂点数．現在は 3のみサポート
MeshFacetNode *	facet
	FACETデータ（１面のポリゴンデータ）のリストへのポインタ
MeshFacetNode *	facet_end
	FACETデータのリストの最後のデータへのポインタ
AffineTrans< double > *	affineTrans
	アフィン変換．ここで使用するのは，shift, rotate, scale(size) のみ

Private Attributes
int	num_import
	入力データの数
Vector< double > *	impvtx_value
	入力された頂点データ．3個で 1ポリゴンを表現．法線方向は右手順．
Vector< double > *	impnrm_value
	入力された頂点の法線ベクトル．impvtx_value と対応．
UVMap< double > *	impmap_value
	入力されたテクスチャ座標データ．impvtx_value と対応．
ArrayParam< int > *	impwgt_value
	入力された頂点の重み．Jointを持つデータに使用される．

Detailed Description

class MeshObjectData

Definition at line 21 of file MeshObjectData.h.

Constructor & Destructor Documentation

MeshObjectData()

MeshObjectData ( const char * name = NULL )

inline

Definition at line 47 of file MeshObjectData.h.

{ init(name);}

References MeshObjectData::init().

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~MeshObjectData()

virtual ~MeshObjectData ( void )

inlinevirtual

Definition at line 48 of file MeshObjectData.h.

{ free();}

References MeshObjectData::free().

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Member Function Documentation

addData() [1/3]

bool addData	(	ContourBaseData *	contours,
		MaterialParam *	param )

bool MeshObjectData::addData(ContourBaseData* contours, MaterialParam* param)

インデックス化された ContourBaseDataを importTriData()を介さずに，直接 Nodeデータに書き込む．
CONTOUR(ポリゴン)を選択的に処理することはできない．予め CONTOURに分解しておくか，CONTOURが1つのみの場合に使用する． この後 MeshFacetNode::computeVertexDirect() を使用して頂点データの計算を行う．

Parameters

contours
param

Return values

true	処理の成功．false: 処理の失敗．

Definition at line 87 of file MeshObjectData.cpp.

{
    DEBUG_MODE PRINT_MESG("MeshObjectData::addData(): for ContourBaseData: start.\n");
    char* name = NULL;
    if (param!=NULL) name = param->getParamString();
 
    bool ret = addNode(contours, name, param);
    if (ret && param!=NULL) facet_end->setMaterialParam(*param);    // Materialデータを追加
 
    DEBUG_MODE PRINT_MESG("MeshObjectData::addData(): for ContourBaseData: end.\n");
    return ret;
}

References MeshObjectData::addNode(), DEBUG_MODE, MeshObjectData::facet_end, MaterialParam::getParamString(), PRINT_MESG, and MeshFacetNode::setMaterialParam().

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addData() [2/3]

bool addData	(	TriPolygonData *	tridata,
		int	tnum,
		int	pnum,
		MaterialParam *	param,
		bool	useBrep )

bool MeshObjectData::addData(TriPolygonData* tridata, int tnum, int pnum, MaterialParam* param, bool useBrep)

TriPolygonData (三角ポリゴンデータ) を単位としてデータを追加し，MeshObjectのデータを作成する．
pnum を指定すると，指定されたポリゴンデータのみが追加される．これにより面ごとのデータ構造を形成することができる．

Parameters

tridata	追加対象の三角ポリゴンデータへのポインタ
tnum	三角ポリゴンデータの数
pnum	追加するデータのポリゴン番号（選択的に追加する場合に指定する）．-1以下なら全てのポリゴンデータを追加する．
param	マテリアル用パラメータへのポインタ
useBrep	BREPを使用して頂点を配置する．

Return values

true	処理の成功．false: 処理の失敗．

Definition at line 146 of file MeshObjectData.cpp.

{
    DEBUG_MODE PRINT_MESG("MeshObjectData::addData(): for TriPolygonData: start.\n");
 
    bool ret = importTriData(tridata, tnum, pnum);
    if (ret) {
        char* name = NULL;
        if (param!=NULL) name = param->getParamString();
        ret = addNode(name, param, useBrep);
    }
    //
    if (ret) {
        if (pnum>=0)     facet_end->setFacetNo(pnum);
        if (param!=NULL) facet_end->setMaterialParam(*param);       // Materialデータを追加
    }
 
    DEBUG_MODE PRINT_MESG("MeshObjectData::addData(): for TriPolygonData: end.\n");
    return ret;
}

References MeshObjectData::addNode(), DEBUG_MODE, MeshObjectData::facet_end, MaterialParam::getParamString(), MeshObjectData::importTriData(), PRINT_MESG, MeshFacetNode::setFacetNo(), and MeshFacetNode::setMaterialParam().

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addData() [3/3]

bool addData	(	Vector< double > *	vct,
		Vector< double > *	nrm,
		UVMap< double > *	map,
		ArrayParam< int > *	wgt,
		int	vnum,
		MaterialParam *	param,
		bool	useBrep )

bool MeshObjectData::addData(Vector<double>* vct, Vector<double>* nrm, UVMap<double>* map, ArrayParam<int>* wgt, int vnum, MaterialParam* param, bool useBrep)

指定した頂点ベクトルのデータを追加し，MeshObjectのデータ（通常はCONTOUR すなわちポリゴン単位）を作成する．
vct, nrm, map は3個づつ組になって三角ポリゴンを表す．従って vnumは必ず3の倍数になるはず．
その後 MeshFacetNode::computeVertexDirect() または MeshFacetNode::computeVertexByBREP() を使用して頂点データの計算を行う．

Parameters

vct	追加対象の頂点座標データへのポインタ
nrm	追加対象の頂点の法線ベクトルのデータへのポインタ
map	追加対象のテクスチャ座標のデータへのポインタ
wgt	頂点の重みデータへのポインタ（オプション）
vnum	データ数
param	マテリアル用パラメータへのポインタ
useBrep	BREPを使用して頂点を配置する．

Return values

true	処理の成功．false: 処理の失敗．

Definition at line 117 of file MeshObjectData.cpp.

{
    DEBUG_MODE PRINT_MESG("MeshObjectData::addData(): for Vector<>: start.\n");
    bool ret = importTriData(vct, nrm, map, wgt, vnum);
    if (ret) {
        char* name = NULL;
        if (param!=NULL) name = param->getParamString();
        ret = addNode(name, param, useBrep);
    }
    if (ret && param!=NULL) facet_end->setMaterialParam(*param);    // Materialデータを追加
 
    DEBUG_MODE PRINT_MESG("MeshObjectData::addData(): for Vector<>: end.\n");
    return ret;
}

References MeshObjectData::addNode(), DEBUG_MODE, MeshObjectData::facet_end, MaterialParam::getParamString(), MeshObjectData::importTriData(), PRINT_MESG, and MeshFacetNode::setMaterialParam().

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addNode() [1/2]

bool addNode	(	const char *	name,
		MaterialParam *	param,
		bool	useBrep )

bool MeshObjectData::addNode(const char* name, MaterialParam* param, bool useBrep)

Parameters

name	ノードの名前
useBrep	BREPを使用して頂点を配置する．

Definition at line 400 of file MeshObjectData.cpp.

{
    DEBUG_MODE PRINT_MESG("MeshObjectData::addNode(): for TriPolygonData or Vector<>: start.\n");
 
    bool ret = false;
    if (impvtx_value==NULL) return ret;
 
    MeshFacetNode* node = new MeshFacetNode();
    if (node==NULL) return ret;
    //
    if (param!=NULL) node->setMaterialParam(*param);
    node->setMaterialID(name);
 
    if (useBrep) {
        ret = node->computeVertexByBREP(impvtx_value, impnrm_value, impmap_value, impwgt_value, num_import, num_vcount);
    }
    else {
        ret = node->computeVertexDirect(impvtx_value, impnrm_value, impmap_value, impwgt_value, num_import, num_vcount);
    }
    if (ret) {
        if (facet==NULL) facet = facet_end = node;
        else             facet_end = AddMeshFacetNode(facet_end, node);
        num_node++;
        ttl_index  += node->num_index;
        ttl_vertex += node->num_vertex;
        ttl_texcrd += node->num_texcrd;
    }
    //
    freeNull(impvtx_value);
    freeNull(impnrm_value);
    freeNull(impmap_value);
    freeArrayParams<int>(impwgt_value, node->num_vertex);
    impwgt_value = NULL;
 
    DEBUG_MODE PRINT_MESG("MeshObjectData::addNode(): for TriPolygonData or Vector<>: end.\n");
    return ret;
}

References jbxl::AddMeshFacetNode(), MeshFacetNode::computeVertexByBREP(), MeshFacetNode::computeVertexDirect(), DEBUG_MODE, MeshObjectData::facet, MeshObjectData::facet_end, jbxl::freeNull(), MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, MeshObjectData::impwgt_value, MeshObjectData::num_import, MeshFacetNode::num_index, MeshObjectData::num_node, MeshFacetNode::num_texcrd, MeshObjectData::num_vcount, MeshFacetNode::num_vertex, PRINT_MESG, MeshFacetNode::setMaterialID(), MeshFacetNode::setMaterialParam(), MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

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addNode() [2/2]

bool addNode	(	ContourBaseData *	facetdata,
		const char *	name,
		MaterialParam *	param )

bool MeshObjectData::addNode(ContourBaseData* facetdata, const char* name, MaterialParam* param)

Definition at line 367 of file MeshObjectData.cpp.

{
    DEBUG_MODE PRINT_MESG("MeshObjectData::addNode(): for ContourBaseData: start.\n");
    bool ret = false;
 
    MeshFacetNode* node = new MeshFacetNode();
    if (node==NULL) return ret;
    //
    if (param!=NULL) node->setMaterialParam(*param);
    node->setMaterialID(name);
    
    ret = node->computeVertexDirect(facetdata);
 
    if (ret) {
        if (facet==NULL) facet = facet_end = node;
        else             facet_end = AddMeshFacetNode(facet_end, node);
        num_node++;
        ttl_index  += node->num_index;
        ttl_vertex += node->num_vertex;
        ttl_texcrd += node->num_texcrd;
    }
 
    DEBUG_MODE PRINT_MESG("MeshObjectData::addNode(): for ContourBaseData: end.\n");
    return ret;
}

References jbxl::AddMeshFacetNode(), MeshFacetNode::computeVertexDirect(), DEBUG_MODE, MeshObjectData::facet, MeshObjectData::facet_end, MeshFacetNode::num_index, MeshObjectData::num_node, MeshFacetNode::num_texcrd, MeshFacetNode::num_vertex, PRINT_MESG, MeshFacetNode::setMaterialID(), MeshFacetNode::setMaterialParam(), MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

Referenced by MeshObjectData::addData(), MeshObjectData::addData(), and MeshObjectData::addData().

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clear()

void clear

(

void

)

Definition at line 69 of file MeshObjectData.cpp.

{
    this->free();
    init();
}

References MeshObjectData::free(), and MeshObjectData::init().

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delAffineTrans()

void delAffineTrans ( void )

inline

Definition at line 62 of file MeshObjectData.h.

{ freeAffineTrans(affineTrans);}

References MeshObjectData::affineTrans, and jbxl::freeAffineTrans().

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

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free()

void free

(

void

)

Definition at line 42 of file MeshObjectData.cpp.

{
    free_Buffer(&data_name);
    free_Buffer(&alt_name);
    free_value();
 
    delAffineTrans();
 
    freeMeshFacetList(facet);
    facet = facet_end = NULL;
}

References MeshObjectData::alt_name, MeshObjectData::data_name, MeshObjectData::delAffineTrans(), MeshObjectData::facet, MeshObjectData::facet_end, free_Buffer(), MeshObjectData::free_value(), and jbxl::freeMeshFacetList().

Referenced by MeshObjectData::clear(), jbxl::freeMeshObjectData(), and MeshObjectData::~MeshObjectData().

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free_value()

void free_value

(

void

)

Definition at line 55 of file MeshObjectData.cpp.

{
    freeNull(impvtx_value);
    freeNull(impnrm_value);
    freeNull(impmap_value);
    freeArrayParams<int>(impwgt_value, num_import);
 
    impvtx_value = NULL;
    impnrm_value = NULL;
    impmap_value = NULL;
    impwgt_value = NULL;
}

References jbxl::freeNull(), MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, MeshObjectData::impwgt_value, and MeshObjectData::num_import.

Referenced by MeshObjectData::free(), MeshObjectData::importTriData(), and MeshObjectData::importTriData().

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getAltName()

char * getAltName ( void )

inline

Definition at line 59 of file MeshObjectData.h.

{ return _tochar(alt_name.buf);}

References _tochar, MeshObjectData::alt_name, and Buffer::buf.

getName()

char * getName ( void )

inline

Definition at line 57 of file MeshObjectData.h.

{ return _tochar(data_name.buf);}

References _tochar, Buffer::buf, and MeshObjectData::data_name.

importTriData() [1/2]

bool importTriData	(	TriPolygonData *	tridata,
		int	tnum,
		int	pnum = -1 )

TriPolygonData (三角ポリゴンデータ) を単位としてデータを取り込む．
pnum を指定すると，指定されたポリゴンデータのみが追加される．

Parameters

tridata	三角ポリゴンデータへのポインタ
tnum	三角ポリゴンデータの数
pnum	追加するデータの三角ポリゴンの番号（選択的に追加する番号）．-1以下なら全てのポリゴンデータを追加する．

Return values

true	処理の成功．false: 処理の失敗．

Definition at line 256 of file MeshObjectData.cpp.

{
    DEBUG_MODE PRINT_MESG("MeshObjectData::importTriData: for TriPolygonData: start.\n");
    if (tridata==NULL) return false;
 
    free_value();
 
    int num = 0;
    if (pnum>=0) {
        for (int i=0; i<tnum; i++) {
            if (tridata[i].polygonNum==pnum) num++;
        }
        if (num==0) return false;
    }
    else num = tnum;
 
    int vnum  = num*3;
    int lsize = sizeof(Vector<double>)*vnum;
 
    // Vertex Position
    if (impvtx_value!=NULL) freeNull(impvtx_value);
    impvtx_value = (Vector<double>*)malloc(lsize);
    if (impvtx_value!=NULL) {
        int n = 0;
        for (int i=0; i<tnum; i++) {
            if (tridata[i].polygonNum==pnum || pnum<0) {
                impvtx_value[n*3]   = tridata[i].vertex[0];
                impvtx_value[n*3+1] = tridata[i].vertex[1];
                impvtx_value[n*3+2] = tridata[i].vertex[2];
                n++;
            }
        }
    }
    else return false;
 
    // Normal Vector
    if (impnrm_value!=NULL) freeNull(impnrm_value);
    if (tridata[0].has_normal) {
        impnrm_value = (Vector<double>*)malloc(lsize);
        if (impnrm_value!=NULL) {
            int n = 0;
            for (int i=0; i<tnum; i++) {
                if (tridata[i].polygonNum==pnum || pnum<0) {
                    impnrm_value[n*3]   = tridata[i].normal[0];
                    impnrm_value[n*3+1] = tridata[i].normal[1];
                    impnrm_value[n*3+2] = tridata[i].normal[2];
                    n++;
                }
            }
        }
        else {
            freeNull(impvtx_value);
            return false;
        }
    }
 
    // UV Map
    if (impmap_value!=NULL) freeNull(impmap_value);
    if (tridata[0].has_texcrd) {
        int msize = sizeof(UVMap<double>)*vnum;
        impmap_value = (UVMap<double>*)malloc(msize);
        if (impmap_value!=NULL) {
            int n = 0;
            for (int i=0; i<tnum; i++) {
                if (tridata[i].polygonNum==pnum || pnum<0) {
                    impmap_value[n*3]   = tridata[i].texcrd[0];
                    impmap_value[n*3+1] = tridata[i].texcrd[1];
                    impmap_value[n*3+2] = tridata[i].texcrd[2];
                    n++;
                }
            }
        }
        else {
            freeNull(impvtx_value);
            freeNull(impnrm_value);
            return false;
        }
 
    }
 
    // Vertex Weight (option)
    if (impwgt_value!=NULL) freeArrayParams<int>(impwgt_value, num_import);
    if (tridata[0].has_weight) {
        int wsize = sizeof(ArrayParam<int>)*vnum;
        impwgt_value = (ArrayParam<int>*)malloc(wsize);
        if (impwgt_value!=NULL) {
            memset(impwgt_value, 0, vnum);
            for (int i=0, n=0; i<tnum; i++) {
                if (tridata[i].polygonNum==pnum || pnum<0) {
                    impwgt_value[n*3]  .dup(tridata[i].weight[0], false);
                    impwgt_value[n*3+1].dup(tridata[i].weight[1], false);
                    impwgt_value[n*3+2].dup(tridata[i].weight[2], false);
                    n++;
                }
            }
        }
    }
 
    //
    num_vcount = 3;         // Contour（ポリゴン）を形成する頂点数
    num_import = vnum;      // 総頂点数
 
    DEBUG_MODE PRINT_MESG("MeshObjectData::importTriData: for TriPolygonData (%d): end.\n", vnum);
    return true;
}

References DEBUG_MODE, ArrayParam< T >::dup(), MeshObjectData::free_value(), jbxl::freeNull(), MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, MeshObjectData::impwgt_value, TriPolygonData::normal, MeshObjectData::num_import, MeshObjectData::num_vcount, PRINT_MESG, TriPolygonData::texcrd, and TriPolygonData::vertex.

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importTriData() [2/2]

bool importTriData	(	Vector< double > *	vct,
		Vector< double > *	nrm,
		UVMap< double > *	map,
		ArrayParam< int > *	wgt,
		int	vnum )

bool MeshObjectData::importTriData(Vector<double>* vct, Vector<double>* nrm, UVMap<double>* map, ArrayParam<int>* wgt, int vnum)

指定した頂点ベクトルのデータを取り込む．
vct, nrm, map は3個づつ組になって三角ポリゴンを表す．従って vnumは必ず3の倍数になるはず．

Parameters

vct	頂点座標データへのポインタ
nrm	頂点の法線ベクトルのデータへのポインタ
map	テクスチャ座標のデータへのポインタ
wgt	頂点の重みデータへのポインタ（オプション）
vnum	データ数

Return values

true	処理の成功．false: 処理の失敗．

Definition at line 180 of file MeshObjectData.cpp.

{
    DEBUG_MODE PRINT_MESG("MeshObjectData::importTriData: for Vector<>: start.\n");
    if (vct==NULL) return false;
    //
    free_value();
 
    int lsize = sizeof(Vector<double>)*vnum;
 
    // Vertex Position
    if (impvtx_value!=NULL) freeNull(impvtx_value);
    impvtx_value = (Vector<double>*)malloc(lsize);
    if (impvtx_value!=NULL) {
        memcpy(impvtx_value, vct, lsize);
    }
    else return false;
 
    // Normal Vector
    if (nrm!=NULL) {
        if (impnrm_value!=NULL) freeNull(impnrm_value);
        impnrm_value = (Vector<double>*)malloc(lsize);
        if (impnrm_value!=NULL) {
            memcpy(impnrm_value, nrm, lsize);
        }
        else {
            freeNull(impvtx_value);
            return false;
        }
    }
 
    // UV Map
    if (map!=NULL) {
        int msize = sizeof(UVMap<double>)*vnum;
        if (impmap_value!=NULL) freeNull(impmap_value);
        impmap_value = (UVMap<double>*)malloc(msize);
        if (impmap_value!=NULL) {
            memcpy(impmap_value, map, msize);
        }
        else {
            freeNull(impvtx_value);
            freeNull(impnrm_value);
            return false;
        }
    }
 
    // Vertex Weight (option)
    if (wgt!=NULL) {
        if (impwgt_value!=NULL) freeArrayParams<int>(impwgt_value, num_import);
        int wsize = sizeof(ArrayParam<int>)*vnum;
        impwgt_value = (ArrayParam<int>*)malloc(wsize);
        if (impwgt_value!=NULL) {
            memset(impwgt_value, 0, wsize);
            for (int i=0; i<vnum; i++) {
                impwgt_value[i].dup(wgt[i]);
            }
        }
    }
 
    //
    num_vcount = 3;         // Contour（ポリゴン）を形成する頂点数
    num_import = vnum;      // 総頂点数
 
    DEBUG_MODE PRINT_MESG("MeshObjectData::importTriData: for Vector<>: end.\n");
    return true;
}

References DEBUG_MODE, ArrayParam< T >::dup(), MeshObjectData::free_value(), jbxl::freeNull(), MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, MeshObjectData::impwgt_value, MeshObjectData::num_import, MeshObjectData::num_vcount, and PRINT_MESG.

Referenced by MeshObjectData::addData(), and MeshObjectData::addData().

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init()

void init

(

const char *

name = NULL

)

Definition at line 17 of file MeshObjectData.cpp.

{
    data_name    = make_Buffer_str(name);
    alt_name     = make_Buffer_str(name);
    canonical_filename_Buffer(&data_name, TRUE);
    canonical_filename_Buffer(&alt_name,  TRUE);
 
    ttl_index    = 0;
    ttl_vertex   = 0;
    ttl_texcrd   = 0;
    num_node     = 0;
    num_vcount   = 3;
 
    facet        = NULL;
    facet_end    = NULL;
    affineTrans  = NULL;
 
    num_import   = 0;
    impvtx_value = NULL;
    impnrm_value = NULL;
    impmap_value = NULL;
    impwgt_value = NULL;
}

References MeshObjectData::affineTrans, MeshObjectData::alt_name, canonical_filename_Buffer(), MeshObjectData::data_name, MeshObjectData::facet, MeshObjectData::facet_end, MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, MeshObjectData::impwgt_value, make_Buffer_str, MeshObjectData::num_import, MeshObjectData::num_node, MeshObjectData::num_vcount, TRUE, MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

Referenced by MeshObjectData::clear(), and MeshObjectData::MeshObjectData().

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joinData()

void joinData

(

MeshObjectData *&

data

)

現在の形状データに，dataを面の一部(Node)として結合させる．アフィン変換のパラメータの違うものは結合できない．

Parameters

data	結合するMeshObjectデータ．結合後データは削除される．データのアフィン変換は無視する．

Definition at line 478 of file MeshObjectData.cpp.

{
    if (data==NULL) return;
 
    ttl_index  += data->ttl_index;
    ttl_vertex += data->ttl_vertex;
    ttl_texcrd += data->ttl_texcrd;
    num_node   += data->num_node;
 
    if (facet_end==NULL) {   //  最初のデータ
        setAffineTrans(*data->affineTrans);
        facet = data->facet;
        facet_end = data->facet_end;
    }
    else if (data->facet!=NULL) {
        facet_end->next = data->facet;
        data->facet->prev = facet_end;
        facet_end = data->facet_end;
    }
 
    data->facet = NULL;
    freeMeshObjectData(data);
 
    return;
}

References MeshObjectData::affineTrans, MeshObjectData::facet, MeshObjectData::facet_end, jbxl::freeMeshObjectData(), MeshFacetNode::next, MeshObjectData::num_node, MeshFacetNode::prev, MeshObjectData::setAffineTrans(), MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

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setAffineTrans()

void setAffineTrans ( AffineTrans< double > a )

inline

Definition at line 61 of file MeshObjectData.h.

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

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

Referenced by MeshObjectData::joinData().

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setAltName()

void setAltName ( const char * str )

inline

Definition at line 58 of file MeshObjectData.h.

{ free_Buffer(&alt_name); alt_name=make_Buffer_str(str); canonical_filename_Buffer(&alt_name, TRUE);}

References MeshObjectData::alt_name, canonical_filename_Buffer(), free_Buffer(), make_Buffer_str, and TRUE.

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setMaterialParam()

void setMaterialParam	(	MaterialParam	param,
		int	num = -1 )

void MeshObjectData::setMaterialParam(MaterialParam param, int num)

Parameters

param	マテリアルパラメータ
num	0以上の場合は指定したノードに，-1の場合は先頭から順にノードにパラメータを設定する

Definition at line 445 of file MeshObjectData.cpp.

{
    MeshFacetNode* node = facet;
 
    if (num>=0) {
        while (node!=NULL) {
            if (node->facet_no==num) {
                node->setMaterialParam(param);
                node->setMaterialID(param.getParamString());
                return;
            }
            node = node->next;
        }
    }
    else {
        while (node!=NULL) {
            if (!node->material_param.enable) {
                node->setMaterialParam(param);
                node->setMaterialID(param.getParamString());
                return;
            }
            node = node->next;
        }
    }
    return;
}

References MaterialParam::enable, MeshObjectData::facet, MeshFacetNode::facet_no, MaterialParam::getParamString(), MeshFacetNode::material_param, MeshFacetNode::next, MeshFacetNode::setMaterialID(), and MeshFacetNode::setMaterialParam().

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setName()

void setName ( const char * str )

inline

Definition at line 56 of file MeshObjectData.h.

{ free_Buffer(&data_name); data_name=make_Buffer_str(str); canonical_filename_Buffer(&data_name, TRUE);}

References canonical_filename_Buffer(), MeshObjectData::data_name, free_Buffer(), make_Buffer_str, and TRUE.

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Member Data Documentation

affineTrans

AffineTrans<double>* affineTrans

Definition at line 36 of file MeshObjectData.h.

Referenced by ColladaXML::addScene(), FBXData::addShell(), GLTFData::addShell(), OBJData::addShell(), BrepSolidList::addSolid(), ColladaXML::addTexcrdSource(), MeshObjectData::delAffineTrans(), MeshObjectData::init(), MeshObjectData::joinData(), and MeshObjectData::setAffineTrans().

alt_name

Buffer alt_name

Definition at line 25 of file MeshObjectData.h.

Referenced by ColladaXML::addController(), ColladaXML::addGeometry(), ColladaXML::addScene(), GLTFData::addShell(), MeshObjectData::free(), MeshObjectData::getAltName(), MeshObjectData::init(), and MeshObjectData::setAltName().

data_name

Buffer data_name

Definition at line 24 of file MeshObjectData.h.

Referenced by GLTFData::addShell(), OBJData::addShell(), MeshObjectData::free(), MeshObjectData::getName(), MeshObjectData::init(), and MeshObjectData::setName().

facet

MeshFacetNode* facet

Definition at line 33 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::addNode(), ColladaXML::addNormalSource(), ColladaXML::addPolylists(), ColladaXML::addScene(), FBXData::addShell(), GLTFData::addShell(), OBJData::addShell(), BrepSolidList::addSolid(), ColladaXML::addTexcrdSource(), ColladaXML::addVertexSource(), ColladaXML::addWeightSource(), MeshObjectData::free(), MeshObjectData::init(), MeshObjectData::joinData(), and MeshObjectData::setMaterialParam().

facet_end

MeshFacetNode* facet_end

Definition at line 34 of file MeshObjectData.h.

Referenced by MeshObjectData::addData(), MeshObjectData::addData(), MeshObjectData::addData(), MeshObjectData::addNode(), MeshObjectData::addNode(), MeshObjectData::free(), MeshObjectData::init(), and MeshObjectData::joinData().

impmap_value

UVMap<double>* impmap_value

private

Definition at line 43 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::free_value(), MeshObjectData::importTriData(), MeshObjectData::importTriData(), and MeshObjectData::init().

impnrm_value

Vector<double>* impnrm_value

private

Definition at line 42 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::free_value(), MeshObjectData::importTriData(), MeshObjectData::importTriData(), and MeshObjectData::init().

impvtx_value

Vector<double>* impvtx_value

private

Definition at line 41 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::free_value(), MeshObjectData::importTriData(), MeshObjectData::importTriData(), and MeshObjectData::init().

impwgt_value

ArrayParam<int>* impwgt_value

private

Definition at line 44 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::free_value(), MeshObjectData::importTriData(), MeshObjectData::importTriData(), and MeshObjectData::init().

num_import

int num_import

private

Definition at line 39 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::free_value(), MeshObjectData::importTriData(), MeshObjectData::importTriData(), and MeshObjectData::init().

num_node

int num_node

Definition at line 30 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::addNode(), MeshObjectData::init(), and MeshObjectData::joinData().

num_vcount

int num_vcount

Definition at line 31 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), ColladaXML::addPolylists(), MeshObjectData::importTriData(), MeshObjectData::importTriData(), and MeshObjectData::init().

ttl_index

int ttl_index

Definition at line 27 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::addNode(), MeshObjectData::init(), and MeshObjectData::joinData().

ttl_texcrd

int ttl_texcrd

Definition at line 29 of file MeshObjectData.h.

Referenced by MeshObjectData::addNode(), MeshObjectData::addNode(), ColladaXML::addTexcrdSource(), MeshObjectData::init(), and MeshObjectData::joinData().

ttl_vertex

int ttl_vertex

Definition at line 28 of file MeshObjectData.h.

Referenced by ColladaXML::addController(), MeshObjectData::addNode(), MeshObjectData::addNode(), ColladaXML::addNormalSource(), ColladaXML::addTexcrdSource(), ColladaXML::addVertexSource(), ColladaXML::addWeightSource(), MeshObjectData::init(), and MeshObjectData::joinData().

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The documentation for this class was generated from the following files:

• MeshLib/MeshObjectData.h
• MeshLib/MeshObjectData.cpp