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	setAffineTrans (AffineTrans< double > a)
void	delAffineTrans (void)
bool	addData (FacetBaseData facetdata, MaterialParam param)
bool	addData (Vector< double > vct, Vector< double > nrm, UVMap< double > map, int vnum, MaterialParam param, bool useBrep)
bool	addData (TriPolyData tridata, int tnum, int fnum, MaterialParam param, bool useBrep)
	処理するFACETを選択できる
void	joinData (MeshObjectData *&data)
	data は削除される．
void	setMaterialParam (MaterialParam param, int num=-1)
bool	importTriData (TriPolyData *tridata, int tnum, int fnum=-1)
bool	importTriData (Vector< double > vct, Vector< double > nrm, UVMap< double > *map, int vnum)
bool	addNode (FacetBaseData facetdata, const char name)
bool	addNode (const char *name, bool useBrep)
Public Attributes
Buffer	data_name
	データ名
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
MeshObjectNode *	nodelist
	ノード（テクスチャー単位の面）のデータのリストへのポインタ
MeshObjectNode *	endplist
	ノード（テクスチャー単位の面）のデータのリストの最後のデータへのポインタ
AffineTrans< double > *	affine_trans
	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．

Detailed Description

Definition at line 106 of file MeshObjectData.h.

Constructor & Destructor Documentation

MeshObjectData ( const char * name = NULL ) [inline]

Definition at line 130 of file MeshObjectData.h.

References MeshObjectData::init().

00130 { init(name);}

Here is the call graph for this function:

virtual ~MeshObjectData ( void ) [inline, virtual]

Definition at line 131 of file MeshObjectData.h.

00131 {}

Member Function Documentation

bool addData	(	TriPolyData *	tridata,
		int	tnum,
		int	fnum,
		MaterialParam *	param,
		bool	useBrep
	)

TriPolyData (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．
num を指定すると，指定されたFACET（面）の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
	fnum	追加するデータのFACETの番号（選択的に追加する場合に指定する）．-1以下なら全てのFACET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．速度は遅くなるが，頂点数（データ量）は減る．

Definition at line 545 of file MeshObjectData.cpp.

References MeshObjectData::addNode(), MeshObjectData::endplist, MaterialParam::getAdditionalName(), MeshObjectData::importTriData(), MeshObjectNode::setFacetNo(), and MeshObjectNode::setMaterialParam().

00546 {
00547     bool ret = importTriData(tridata, tnum, fnum);
00548     if (ret) {
00549         char* name = NULL;
00550         if (param!=NULL) name = param->getAdditionalName();
00551         ret = addNode(name, useBrep);
00552     }
00553     //
00554     if (ret) {
00555         if (fnum>=0)     endplist->setFacetNo(fnum);
00556         if (param!=NULL) endplist->setMaterialParam(*param);
00557     }
00558 
00559     return ret;
00560 }

Here is the call graph for this function:

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

bool MeshObjectData::addData(Vector<double>* vct, Vector<double>* nrm, UVMap<double>* map, 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FACET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．
FACETを選択的に処理することはできない．予め FACETに分解しておくか，FACETが1つのみの場合に使用する．

その後 MeshObjectNode::computeVertexDirect() または MeshObjectNode::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
	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．速度は遅くなるが，頂点数（データ量）は減る．

Definition at line 519 of file MeshObjectData.cpp.

References MeshObjectData::addNode(), MeshObjectData::endplist, MaterialParam::getAdditionalName(), MeshObjectData::importTriData(), and MeshObjectNode::setMaterialParam().

00520 {
00521     bool ret = importTriData(vct, nrm, map, vnum);
00522     if (ret) {
00523         char* name = NULL;
00524         if (param!=NULL) name = param->getAdditionalName();
00525         ret = addNode(name, useBrep);
00526     }
00527 
00528     if (ret && param!=NULL) endplist->setMaterialParam(*param);
00529 
00530     return ret;
00531 }

Here is the call graph for this function:

bool addData	(	FacetBaseData *	facetdata,
		MaterialParam *	param
	)

bool MeshObjectData::addData(FacetBaseData* facetdata, MaterialParam* param)

インデックス化された FacetBaseDataを importTriData()を介さずに，直接 Nodeデータに書き込む．
FACETを選択的に処理することはできない．予め FACETに分解しておくか，FACETが1つのみの場合に使用する．

この後 MeshObjectNode::computeVertexDirect() を使用して頂点データの計算を行う．

Definition at line 490 of file MeshObjectData.cpp.

References MeshObjectData::addNode(), MeshObjectData::endplist, MaterialParam::getAdditionalName(), and MeshObjectNode::setMaterialParam().

00491 {
00492     char* name = NULL;
00493     if (param!=NULL) name = param->getAdditionalName();
00494 
00495     bool ret = addNode(facetdata, name);
00496     if (ret && param!=NULL) endplist->setMaterialParam(*param);
00497 
00498     return ret;
00499 }

Here is the call graph for this function:

bool addNode	(	const char *	name,
		bool	useBrep
	)

Parameters:

	name	ノードの名前
	useBrep	BREPを使用して頂点を配置する．速度は遅くなるが，頂点数（データ量）は減る．

Definition at line 732 of file MeshObjectData.cpp.

References jbxl::AddMeshObjectNode(), MeshObjectNode::computeVertexByBREP(), MeshObjectNode::computeVertexDirect(), MeshObjectData::endplist, jbxl::freeNull(), MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, MeshObjectData::nodelist, MeshObjectData::num_import, MeshObjectNode::num_index, MeshObjectData::num_node, MeshObjectNode::num_texcrd, MeshObjectData::num_vcount, MeshObjectNode::num_vertex, MeshObjectNode::setMaterialID(), MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

00734 00735 00736 00737 00738 00739 00740 00741 00742 00743     } 00744 00745 00746     } 00747 00748 00749 00750 00751 00752 00753 00754 00755     } 00756 00757 00758 00759 00760 00761 00762 }

class="fragment">00733 { bool ret = false; if (impvtx_value==NULL) return ret; MeshObjectNode* node = new MeshObjectNode(); if (node==NULL) return ret; node->setMaterialID(name); if (useBrep) { ret = node->computeVertexByBREP(impvtx_value, impnrm_value, impmap_value, num_import, num_vcount); else { ret = node->computeVertexDirect(impvtx_value, impnrm_value, impmap_value, num_import, num_vcount); if (ret) { if (nodelist==NULL) nodelist = endplist = node; else endplist = AddMeshObjectNode(endplist, 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); return ret;

Here is the call graph for this function:

bool addNode	(	FacetBaseData *	facetdata,
		const char *	name
	)

Definition at line 703 of file MeshObjectData.cpp.

References jbxl::AddMeshObjectNode(), MeshObjectNode::computeVertexDirect(), MeshObjectData::endplist, MeshObjectData::nodelist, MeshObjectNode::num_index, MeshObjectData::num_node, MeshObjectNode::num_texcrd, MeshObjectNode::num_vertex, MeshObjectNode::setMaterialID(), MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

Referenced by MeshObjectData::addData().

00704 {
00705     bool ret = false;
00706 
00707     MeshObjectNode* node = new MeshObjectNode();
00708     if (node==NULL) return ret;
00709     node->setMaterialID(name);
00710     
00711     ret = node->computeVertexDirect(facetdata);
00712 
00713     if (ret) {
00714         if (nodelist==NULL) nodelist = endplist = node;
00715         else                endplist = AddMeshObjectNode(endplist, node);
00716         num_node++;
00717         ttl_index  += node->num_index;
00718         ttl_vertex += node->num_vertex;
00719         ttl_texcrd += node->num_texcrd;
00720     }
00721 
00722     return ret;
00723 }

Here is the call graph for this function:

Here is the caller graph for this function:

void clear ( void )

Definition at line 474 of file MeshObjectData.cpp.

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

00475 {
00476     this->free();
00477     init();
00478 }

Here is the call graph for this function:

void delAffineTrans ( void ) [inline]

Definition at line 143 of file MeshObjectData.h.

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

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

00143 { freeAffineTrans(affine_trans);}

Here is the call graph for this function:

Here is the caller graph for this function:

void free ( void )

Definition at line 452 of file MeshObjectData.cpp.

References MeshObjectData::data_name, MeshObjectData::delAffineTrans(), MeshObjectData::endplist, free_Buffer(), MeshObjectData::free_value(), jbxl::freeMeshObjectList(), and MeshObjectData::nodelist.

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

00453 {
00454     free_Buffer(&data_name);
00455     free_value();
00456 
00457     delAffineTrans();
00458 
00459     freeMeshObjectList(nodelist);
00460     nodelist = endplist = NULL;
00461 }

Here is the call graph for this function:

Here is the caller graph for this function:

void free_value ( void )

Definition at line 465 of file MeshObjectData.cpp.

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

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

00466 {
00467     freeNull(impvtx_value);
00468     freeNull(impnrm_value);
00469     freeNull(impmap_value);
00470 }

Here is the call graph for this function:

Here is the caller graph for this function:

char* getName ( void ) [inline]

Definition at line 140 of file MeshObjectData.h.

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

00140 { return _tochar(data_name.buf);}

bool importTriData	(	Vector< double > *	vct,
		Vector< double > *	nrm,
		UVMap< double > *	map,
		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
	vnum	データ数

Definition at line 573 of file MeshObjectData.cpp.

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

00574 {
00575     if (vct==NULL) return false;
00576     //
00577     free_value();
00578 
00579     int lsize = sizeof(Vector<double>)*vnum;
00580     impvtx_value = (Vector<double>*)malloc(lsize);
00581     if (impvtx_value!=NULL) memcpy(impvtx_value, vct, lsize);
00582     else return false;
00583 
00584     if (nrm!=NULL) {
00585         impnrm_value = (Vector<double>*)malloc(lsize);
00586         if (impnrm_value!=NULL) {
00587             memcpy(impnrm_value, nrm, lsize);
00588         }
00589         else {
00590             freeNull(impvtx_value);
00591             return false;
00592         }
00593     }
00594 
00595     if (map!=NULL) {
00596         int msize = sizeof(UVMap<double>)*vnum;
00597         impmap_value = (UVMap<double>*)malloc(msize);
00598         if (impmap_value!=NULL) {
00599             memcpy(impmap_value, map, msize);
00600         }
00601         else {
00602             freeNull(impvtx_value);
00603             freeNull(impnrm_value);
00604             return false;
00605         }
00606     }
00607 
00608     num_vcount = 3;
00609     num_import = vnum;
00610 
00611     return true;
00612 }

Here is the call graph for this function:

bool importTriData	(	TriPolyData *	tridata,
		int	tnum,
		int	fnum = `-1`
	)

TriPolyData (三角ポリゴンデータ) を単位としてデータを取り込む．
num を指定すると，指定されたFACET（面）の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	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
	fnum	追加するデータのFACETの番号（選択的に追加する番号）．-1以下なら全てのFACETデータを追加する．

Definition at line 624 of file MeshObjectData.cpp.

References MeshObjectData::free_value(), jbxl::freeNull(), MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, TriPolyData::normal, MeshObjectData::num_import, MeshObjectData::num_vcount, TriPolyData::texcrd, and TriPolyData::vertex.

Referenced by MeshObjectData::addData().

00625 {
00626     if (tridata==NULL) return false;
00627 
00628     free_value();
00629 
00630     int pnum = 0;
00631     if (fnum>=0) {
00632         for (int i=0; i<tnum; i++) {
00633             if (tridata[i].facetNum==fnum) pnum++;
00634         }
00635         if (pnum==0) return false;
00636     }
00637     else pnum = tnum;
00638 
00639     int vnum  = pnum*3;
00640     int lsize = sizeof(Vector<double>)*vnum;
00641 
00642     impvtx_value = (Vector<double>*)malloc(lsize);
00643     if (impvtx_value!=NULL) {
00644         for (int i=0, n=0; i<tnum; i++) {
00645             if (tridata[i].facetNum==fnum || fnum<0) {
00646                 impvtx_value[n*3]   = tridata[i].vertex[0];
00647                 impvtx_value[n*3+1] = tridata[i].vertex[1];
00648                 impvtx_value[n*3+2] = tridata[i].vertex[2];
00649                 n++;
00650             }
00651         }
00652     }
00653     else return false;
00654 
00655     impnrm_value = NULL;
00656     if (tridata[0].has_normal) {
00657         impnrm_value = (Vector<double>*)malloc(lsize);
00658         if (impnrm_value!=NULL) {
00659             for (int i=0, n=0; i<tnum; i++) {
00660                 if (tridata[i].facetNum==fnum || fnum<0) {
00661                     impnrm_value[n*3]   = tridata[i].normal[0];
00662                     impnrm_value[n*3+1] = tridata[i].normal[1];
00663                     impnrm_value[n*3+2] = tridata[i].normal[2];
00664                     n++;
00665                 }
00666             }
00667         }
00668         else {
00669             freeNull(impvtx_value);
00670             return false;
00671         }
00672     }
00673 
00674     impmap_value = NULL;
00675     if (tridata[0].has_texcrd) {
00676         int msize = sizeof(UVMap<double>)*vnum;
00677         impmap_value = (UVMap<double>*)malloc(msize);
00678         if (impmap_value!=NULL) {
00679             for (int i=0, n=0; i<tnum; i++) {
00680                 if (tridata[i].facetNum==fnum || fnum<0) {
00681                     impmap_value[n*3]   = tridata[i].texcrd[0];
00682                     impmap_value[n*3+1] = tridata[i].texcrd[1];
00683                     impmap_value[n*3+2] = tridata[i].texcrd[2];
00684                     n++;
00685                 }
00686             }
00687         }
00688         else {
00689             freeNull(impvtx_value);
00690             freeNull(impnrm_value);
00691             return false;
00692         }
00693     }
00694 
00695     num_vcount = 3;
00696     num_import = vnum;
00697 
00698     return true;
00699 }

Here is the call graph for this function:

Here is the caller graph for this function:

void init ( const char * name = NULL )

Definition at line 430 of file MeshObjectData.cpp.

References MeshObjectData::affine_trans, MeshObjectData::data_name, MeshObjectData::endplist, MeshObjectData::impmap_value, MeshObjectData::impnrm_value, MeshObjectData::impvtx_value, make_Buffer_str, MeshObjectData::nodelist, MeshObjectData::num_import, MeshObjectData::num_node, MeshObjectData::num_vcount, MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

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

00431 {
00432     data_name    = make_Buffer_str(name);
00433 
00434     ttl_index    = 0;
00435     ttl_vertex   = 0;
00436     ttl_texcrd   = 0;
00437     num_node     = 0;
00438     num_vcount   = 3;
00439 
00440     nodelist     = NULL;
00441     endplist     = NULL;
00442     affine_trans = NULL;
00443 
00444     num_import   = 0;
00445     impvtx_value = NULL;
00446     impnrm_value = NULL;
00447     impmap_value = NULL;
00448 }

Here is the caller graph for this function:

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 805 of file MeshObjectData.cpp.

References MeshObjectData::affine_trans, MeshObjectData::endplist, jbxl::freeMeshObjectData(), MeshObjectNode::next, MeshObjectData::nodelist, MeshObjectData::num_node, MeshObjectNode::prev, MeshObjectData::setAffineTrans(), MeshObjectData::ttl_index, MeshObjectData::ttl_texcrd, and MeshObjectData::ttl_vertex.

00806 {
00807     if (data==NULL) return;
00808 
00809     ttl_index  += data->ttl_index;
00810     ttl_vertex += data->ttl_vertex;
00811     ttl_texcrd += data->ttl_texcrd;
00812     num_node   += data->num_node;
00813 
00814     if (endplist==NULL) {   //  最初のデータ
00815         setAffineTrans(*data->affine_trans);
00816         nodelist = data->nodelist;
00817         endplist = data->endplist;
00818     }
00819     else if (data->nodelist!=NULL) {
00820         endplist->next = data->nodelist;
00821         data->nodelist->prev = endplist;
00822         endplist = data->endplist;
00823     }
00824 
00825     data->nodelist = NULL;
00826     freeMeshObjectData(data);
00827 
00828     return;
00829 }

Here is the call graph for this function:

void setAffineTrans ( AffineTrans< double > a ) [inline]

Definition at line 142 of file MeshObjectData.h.

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

Referenced by MeshObjectData::joinData().

00142 { delAffineTrans(); affine_trans=new AffineTrans<double>(); affine_trans->dup(a);}

Here is the call graph for this function:

Here is the caller graph for this function:

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 772 of file MeshObjectData.cpp.

References MaterialParam::enable, MeshObjectNode::facet_no, MeshObjectNode::material_param, MeshObjectNode::next, MeshObjectData::nodelist, and MeshObjectNode::setMaterialParam().

00773 {
00774     MeshObjectNode* node = nodelist;
00775 
00776     if (num>=0) {
00777         while (node!=NULL) {
00778             if (node->facet_no==num) {
00779                 node->setMaterialParam(param);
00780                 return;
00781             }
00782             node = node->next;
00783         }
00784     }
00785     else {
00786         while (node!=NULL) {
00787             if (!node->material_param.enable) {
00788                 node->setMaterialParam(param);
00789                 return;
00790             }
00791             node = node->next;
00792         }
00793     }
00794 
00795     return;
00796 }

Here is the call graph for this function:

void setName ( const char * str ) [inline]

Definition at line 139 of file MeshObjectData.h.

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

00139 { free_Buffer(&data_name); data_name=make_Buffer_str(str);}

Here is the call graph for this function:

Member Data Documentation

AffineTrans<double>* affine_trans

Definition at line 120 of file MeshObjectData.h.

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

Buffer data_name

Definition at line 109 of file MeshObjectData.h.

Referenced by ColladaXML::addGeometry(), ColladaXML::addScene(), MeshObjectData::free(), MeshObjectData::getName(), MeshObjectData::init(), and MeshObjectData::setName().

MeshObjectNode* endplist

Definition at line 118 of file MeshObjectData.h.

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

UVMap<double>* impmap_value [private]

Definition at line 127 of file MeshObjectData.h.

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

Vector<double>* impnrm_value [private]

Definition at line 126 of file MeshObjectData.h.

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

Vector<double>* impvtx_value [private]

Definition at line 125 of file MeshObjectData.h.

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

MeshObjectNode* nodelist

Definition at line 117 of file MeshObjectData.h.

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

int num_import [private]

Definition at line 123 of file MeshObjectData.h.

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

int num_node

Definition at line 114 of file MeshObjectData.h.

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

int num_vcount

Definition at line 115 of file MeshObjectData.h.

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

int ttl_index

Definition at line 111 of file MeshObjectData.h.

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

int ttl_texcrd

Definition at line 113 of file MeshObjectData.h.

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

int ttl_vertex

Definition at line 112 of file MeshObjectData.h.

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

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

MeshLib/MeshObjectData.h
MeshLib/MeshObjectData.cpp

MeshObjectData Class Reference

Public Member Functions

Public Attributes

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation