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00039 #ifndef _OSGVECTOR_H_
00040 #define _OSGVECTOR_H_
00041 #ifdef __sgi
00042 #pragma once
00043 #endif
00044
00045 #include "OSGBaseTypes.h"
00046 #include "OSGBaseFunctions.h"
00047
00048 #include <iostream>
00049
00050 OSG_BEGIN_NAMESPACE
00051
00052 template<class ValueTypeT, UInt32 SizeI>
00053 class Point;
00054
00055 template<class ValueTypeT, UInt32 SizeI>
00056 class Vector;
00057
00058
00059 #ifdef __sgi
00060 #pragma set woff 1209
00061 #endif
00062
00063
00064
00065
00066
00074 template <class ValueTypeT>
00075 class VecStorage1
00076 {
00077
00078
00079 public:
00080
00081 static const UInt32 _uiSize = 1;
00082
00083
00087 VecStorage1(void);
00088
00090
00094 ~VecStorage1(void);
00095
00097
00101 void setValues (const ValueTypeT rVal1);
00102
00103 void getSeparateValues( ValueTypeT &rVal1) const;
00104
00105 ValueTypeT x (void ) const;
00106
00108
00109
00110 protected:
00111
00112 ValueTypeT _values[_uiSize];
00113
00114
00115
00116 private:
00117
00119 VecStorage1(const VecStorage1 &source);
00121 void operator =(const VecStorage1 &source);
00122 };
00123
00124
00125
00126
00127
00128
00136 template <class ValueTypeT>
00137 class VecStorage2
00138 {
00139
00140
00141 public:
00142
00143 static const UInt32 _uiSize = 2;
00144
00145
00149 VecStorage2(void);
00150
00152
00156 ~VecStorage2(void);
00157
00159
00163 void setValues (const ValueTypeT rVal1,
00164 const ValueTypeT rVal2);
00165
00166 void getSeparateValues( ValueTypeT &rVal1,
00167 ValueTypeT &rVal2) const;
00168
00169 ValueTypeT x (void ) const;
00170 ValueTypeT y (void ) const;
00171
00173
00174
00175 protected:
00176
00177 ValueTypeT _values[_uiSize];
00178
00179
00180
00181 private:
00182
00184 VecStorage2(const VecStorage2 &source);
00186 void operator =(const VecStorage2 &source);
00187 };
00188
00189
00190
00191
00192
00193
00194
00195
00203 template <class ValueTypeT>
00204 class VecStorage3
00205 {
00206
00207
00208 public:
00209
00210 static const UInt32 _uiSize = 3;
00211
00212
00216 VecStorage3(void);
00217
00219
00223 ~VecStorage3(void);
00224
00226
00230 void setValues (const ValueTypeT rVal1,
00231 const ValueTypeT rVal2,
00232 const ValueTypeT rVal3);
00233
00234 void getSeparateValues( ValueTypeT &rVal1,
00235 ValueTypeT &rVal2,
00236 ValueTypeT &rVal3) const;
00237
00238 ValueTypeT x (void ) const;
00239 ValueTypeT y (void ) const;
00240 ValueTypeT z (void ) const;
00241
00243
00244
00245 protected:
00246
00247 ValueTypeT _values[_uiSize];
00248
00249
00250
00251 private:
00252
00254 VecStorage3(const VecStorage3 &source);
00256 void operator =(const VecStorage3 &source);
00257 };
00258
00259
00260
00261
00262
00263
00264
00265
00273 template <class ValueTypeT>
00274 class VecStorage4
00275 {
00276
00277
00278 public:
00279
00280 static const UInt32 _uiSize = 4;
00281
00282
00286 VecStorage4(void);
00287
00289
00293 ~VecStorage4(void);
00294
00296
00300 void setValues (const ValueTypeT rVal1,
00301 const ValueTypeT rVal2,
00302 const ValueTypeT rVal3,
00303 const ValueTypeT rVal4);
00304
00305 void getSeparateValues( ValueTypeT &rVal1,
00306 ValueTypeT &rVal2,
00307 ValueTypeT &rVal3,
00308 ValueTypeT &rVal4) const;
00309
00310 ValueTypeT x (void ) const;
00311 ValueTypeT y (void ) const;
00312 ValueTypeT z (void ) const;
00313 ValueTypeT w (void ) const;
00314
00316
00317
00318 protected:
00319
00320 ValueTypeT _values[_uiSize];
00321
00322
00323
00324 private:
00325
00327 VecStorage4(const VecStorage4 &source);
00329 void operator =(const VecStorage4 &source);
00330 };
00331
00332
00335 template <class ValueTypeT, UInt32 SizeI>
00336 struct SelectVecStorage;
00337
00338 #ifndef DOXYGEN_SHOULD_SKIP_THIS
00339 template <class ValueTypeT>
00340 struct SelectVecStorage<ValueTypeT, 1> : public VecStorage1<ValueTypeT>
00341 {
00342 };
00343
00344 template <class ValueTypeT>
00345 struct SelectVecStorage<ValueTypeT, 2> : public VecStorage2<ValueTypeT>
00346 {
00347 };
00348
00349 template <class ValueTypeT>
00350 struct SelectVecStorage<ValueTypeT, 3> : public VecStorage3<ValueTypeT>
00351 {
00352 };
00353
00354 template <class ValueTypeT>
00355 struct SelectVecStorage<ValueTypeT, 4> : public VecStorage4<ValueTypeT>
00356 {
00357 };
00358 #endif
00359
00360
00361
00362
00363
00371 #ifdef __sgi
00372 #pragma set woff 1375
00373 #endif
00374
00375 template <class ValueTypeT, UInt32 SizeI>
00376 class Point : public SelectVecStorage<ValueTypeT, SizeI>
00377 {
00378
00379
00380 public:
00381
00382 typedef SelectVecStorage<ValueTypeT,
00383 SizeI > Inherited;
00384 typedef Point <ValueTypeT,
00385 SizeI > Self;
00386 typedef SelectVecStorage<ValueTypeT,
00387 SizeI > StorageInterface;
00388
00389 typedef ValueTypeT ValueType;
00390 typedef typename TypeTraits<ValueTypeT>::RealReturnType RealReturnType;
00391
00392 typedef Point <ValueTypeT,
00393 SizeI > PointType;
00394 typedef Vector <ValueTypeT,
00395 SizeI > VectorType;
00396
00397
00398 static const Point Null;
00399
00400
00404 Point( void );
00405
00406 explicit Point(const ValueType *pVals );
00407 explicit Point( ValueType *pVals );
00408
00409 template <class ValueType2T, UInt32 Size2I>
00410 explicit Point(const Point <ValueType2T, Size2I> &pnt );
00411
00412 template <class ValueType2T, UInt32 Size2I>
00413 explicit Point(const Vector<ValueType2T, Size2I> &vec );
00414
00415 Point(const Point &source);
00416
00417
00418
00419
00420
00421 Point(const ValueType rVal1 );
00422
00423 Point(const ValueType rVal1, const ValueType rVal2 );
00424
00425 Point(const ValueType rVal1, const ValueType rVal2,
00426 const ValueType rVal3 );
00427
00428 Point(const ValueType rVal1, const ValueType rVal2,
00429 const ValueType rVal3, const ValueType rVal4 );
00430
00432
00436 ~Point(void);
00437
00439
00443 void setNull (void);
00444
00445 template <class ValueType2T, UInt32 Size2I>
00446 void setValue (const Point<ValueType2T,
00447 Size2I > &pnt );
00448
00449 void setValue (const Point &pnt );
00450
00451 void setValue (const ValueType *pVals );
00452 void setValue ( ValueType *pVals );
00453
00454 void setValueFromCString(const Char8 *szString);
00455 void setValueFromCString( Char8 *szString);
00456
00457 #ifndef OSG_DISABLE_DEPRECATED
00458 void setValue (const Char8 *szString);
00459 void setValue ( Char8 *szString);
00460 #endif
00461
00463
00467 ValueType *getValues(void);
00468 const ValueType *getValues(void) const;
00469
00471
00475 bool isZero ( void ) const;
00476
00477 void negate ( void );
00478
00479 bool equals (const Point &pnt,
00480 const ValueType tolerance) const;
00481
00482 VectorType &subZero ( void );
00483 const VectorType &subZero ( void ) const;
00484
00485 RealReturnType dist (const Point &pnt ) const;
00486 RealReturnType dist2 (const Point &pnt ) const;
00487
00488 RealReturnType maxValue( void ) const;
00489
00491
00495 void operator *=(const ValueType val);
00496 void operator /=(const ValueType val);
00497
00498 VectorType operator - (const Point &pnt) const;
00499
00500 Point operator + (const VectorType &vec) const;
00501
00502 Point operator - (const VectorType &vec) const;
00503
00504 Point operator * (const ValueType val) const;
00505
00506 Point operator - (void );
00507
00508 void operator +=(const VectorType &vec);
00509 void operator -=(const VectorType &vec);
00510
00512
00516 ValueType &operator[](const UInt32 uiVal);
00517 const ValueType &operator[](const UInt32 uiVal) const;
00518
00520
00524 Point &operator =(const Point &source);
00525 Point &operator =(const VectorType &source);
00526
00528
00532 bool operator < (const Point &other) const;
00533
00534 bool operator == (const Point &other) const;
00535 bool operator != (const Point &other) const;
00536
00538
00539
00540 protected:
00541
00542
00543
00544 private:
00545 };
00546
00549 template <class ValueTypeT,
00550 UInt32 SizeI > inline
00551 Point<ValueTypeT, SizeI>
00552 operator *(const ValueTypeT val,
00553 const Point<ValueTypeT, SizeI> &pnt );
00554
00557 template <class ValueTypeT,
00558 UInt32 SizeI > OSG_BASE_DLLMAPPING
00559 std::ostream &operator <<(
00560 std::ostream &os,
00561 const Point<ValueTypeT, SizeI> &pnt);
00562
00565 template <class ValueTypeT,
00566 UInt32 SizeI > OSG_BASE_DLLMAPPING
00567 std::istream &operator >>(
00568 std::istream &is,
00569 Point<ValueTypeT, SizeI> &pnt);
00570
00571
00572
00573
00574
00582 template <class ValueTypeT, UInt32 SizeI>
00583 class Vector : public Point<ValueTypeT, SizeI>
00584 {
00585
00586
00587 public:
00588
00589 typedef Point <ValueTypeT, SizeI> Inherited;
00590 typedef Vector<ValueTypeT, SizeI> Self;
00591
00592 typedef ValueTypeT ValueType;
00593 typedef typename TypeTraits<ValueTypeT>::RealReturnType RealReturnType;
00594
00595 typedef typename Inherited::PointType PointType;
00596 typedef typename Inherited::VectorType VectorType;
00597
00598
00599 static const Vector Null;
00600
00601
00605 Vector( void );
00606
00607 explicit Vector(const ValueTypeT *pVals );
00608 explicit Vector( ValueTypeT *pVals );
00609
00610 template <class ValueType2T, UInt32 Size2I>
00611 explicit Vector(const Point <ValueType2T, Size2I> &pnt);
00612
00613 template <class ValueType2T, UInt32 Size2I>
00614 explicit Vector(const Vector<ValueType2T, Size2I> &vec);
00615
00616 Vector(const Vector &source);
00617
00618
00619
00620
00621
00622 Vector(const ValueType rVal1 );
00623
00624 Vector(const ValueType rVal1, const ValueType rVal2 );
00625
00626 Vector(const ValueType rVal1, const ValueType rVal2,
00627 const ValueType rVal3 );
00628
00629 Vector(const ValueType rVal1, const ValueType rVal2,
00630 const ValueType rVal3, const ValueType rVal4 );
00631
00633
00637 ~Vector(void);
00638
00640
00644 RealReturnType length ( void ) const;
00645 RealReturnType squareLength ( void ) const;
00646
00647 void normalize ( void );
00648
00649 Vector cross (const Vector &vec ) const;
00650 Vector operator % (const Vector &vec ) const;
00651
00652 void crossThis (const Vector &vec );
00653
00654 ValueType dot (const Vector &vec ) const;
00655 ValueType operator * (const Vector &vec ) const;
00656 ValueType dot (const PointType &pnt ) const;
00657 ValueType operator * (const PointType &pnt ) const;
00658
00659 RealReturnType enclosedAngle(const Vector &vec ) const;
00660
00661 RealReturnType projectTo (const Vector &toVec);
00662
00664
00668 PointType &addToZero (void);
00669 const PointType &addToZero (void) const;
00670
00671 Vector &subZero (void);
00672 const Vector &subZero (void) const;
00673
00675
00679 Vector operator - (const Vector &vec) const;
00680 Vector operator + (const Vector &vec) const;
00681
00682 Vector operator * (const ValueType val) const;
00683
00684 Vector operator - ( void ) const;
00685
00687
00691 Vector &operator =(const Vector &source);
00692
00694
00698 bool operator < (const Vector &other) const;
00699
00700 bool operator == (const Vector &other) const;
00701 bool operator != (const Vector &other) const;
00702
00704
00705
00706 protected:
00707
00708
00709
00710 private:
00711 };
00712
00713 #ifdef __sgi
00714 #pragma reset woff 1375
00715 #endif
00716
00719 template <class ValueTypeT,
00720 UInt32 SizeI > inline
00721 Vector<ValueTypeT, SizeI>
00722 operator *(const ValueTypeT val,
00723 const Vector<ValueTypeT, SizeI> &vec );
00724
00727 template <class ValueTypeT,
00728 UInt32 SizeI > OSG_BASE_DLLMAPPING
00729 std::ostream &operator <<(
00730 std::ostream &os,
00731 const Vector<ValueTypeT, SizeI> &vec);
00732
00735 template <class ValueTypeT,
00736 UInt32 SizeI > OSG_BASE_DLLMAPPING
00737 std::istream &operator >>(
00738 std::istream &is,
00739 Vector<ValueTypeT, SizeI> &vec);
00740
00741
00742
00743
00744
00753 typedef OSG::Vector< OSG::UInt8, 1> Vec1ub;
00754
00760 typedef OSG::Vec1ub *Vec1ubP;
00761
00762 #ifndef OSG_NO_INT8_PNT
00763
00768 typedef OSG::Vector< OSG::Int8, 1 > Vec1b;
00769
00775 typedef OSG::Vec1b *Vec1bP;
00776 #endif
00777
00783 typedef OSG::Vector< OSG::UInt16, 1 > Vec1us;
00784
00790 typedef OSG::Vec1us *Vec1usP;
00791
00797 typedef OSG::Vector< OSG::Int16, 1 > Vec1s;
00798
00804 typedef OSG::Vec1s *Vec1sP;
00805
00811 typedef OSG::Vector< OSG::Real32, 1 > Vec1f;
00812
00818 typedef OSG::Vec1f *Vec1fP;
00819
00825 typedef OSG::Vector< Fixed32, 1 > Vec1fx;
00826
00832 typedef OSG::Vec1fx *Vec1fxP;
00833
00839 typedef OSG::Vector< OSG::Real64, 1 > Vec1d;
00840
00846 typedef OSG::Vec1d *Vec1dP;
00847
00853 typedef OSG::Vector< OSG::Real128, 1 > Vec1ld;
00854
00860 typedef OSG::Vec1ld *Vec1ldP;
00861
00862
00868 typedef OSG::Vector< OSG::UInt8, 2 > Vec2ub;
00869
00875 typedef OSG::Vec2ub *Vec2ubP;
00876
00877 #ifndef OSG_NO_INT8_PNT
00878
00883 typedef OSG::Vector< OSG::Int8, 2 > Vec2b;
00884
00890 typedef OSG::Vec2b *Vec2bP;
00891 #endif
00892
00898 typedef OSG::Vector< OSG::UInt16, 2 > Vec2us;
00899
00905 typedef OSG::Vec2us *Vec2usP;
00906
00912 typedef OSG::Vector< OSG::Int16, 2 > Vec2s;
00913
00919 typedef OSG::Vec2s *Vec2sP;
00920
00926 typedef OSG::Vector< OSG::Int32, 2 > Vec2i;
00927
00933 typedef OSG::Vec2i *Vec2iP;
00934
00940 typedef OSG::Vector< OSG::UInt32, 2 > Vec2u;
00941
00947 typedef OSG::Vec2u *Vec2uP;
00948
00954 typedef OSG::Vector< OSG::Real32, 2 > Vec2f;
00955
00961 typedef OSG::Vec2f *Vec2fP;
00962
00969 typedef OSG::Vector< Fixed32, 2 > Vec2fx;
00970
00976 typedef OSG::Vec2fx *Vec2fxP;
00977
00983 typedef OSG::Vector< OSG::Real64, 2 > Vec2d;
00984
00990 typedef OSG::Vec2d *Vec2dP;
00991
00997 typedef OSG::Vector< OSG::Real128, 2 > Vec2ld;
00998
01004 typedef OSG::Vec2ld *Vec2ldP;
01005
01006
01012 typedef OSG::Vector< OSG::UInt8, 3 > Vec3ub;
01013
01019 typedef OSG::Vec3ub *Vec3ubP;
01020
01021 #ifndef OSG_NO_INT8_PNT
01022
01027 typedef OSG::Vector< OSG::Int8, 3 > Vec3b;
01028
01034 typedef OSG::Vec3b *Vec3bP;
01035 #endif
01036
01042 typedef OSG::Vector< OSG::UInt16, 3 > Vec3us;
01043
01049 typedef OSG::Vec3us *Vec3usP;
01050
01056 typedef OSG::Vector< OSG::Int16, 3 > Vec3s;
01057
01063 typedef OSG::Vec3s *Vec3sP;
01064
01070 typedef OSG::Vector < OSG::Real32, 3 > Vec3f;
01071
01077 typedef OSG::Vec3f *Vec3fP;
01078
01084 typedef OSG::Vector< Fixed32, 3 > Vec3fx;
01085
01091 typedef OSG::Vec3fx *Vec3fxP;
01092
01098 typedef OSG::Vector< OSG::Real64, 3 > Vec3d;
01099
01105 typedef OSG::Vec3d *Vec3dP;
01106
01112 typedef OSG::Vector< OSG::Real128, 3 > Vec3ld;
01113
01119 typedef OSG::Vec3ld *Vec3ldP;
01120
01121
01127 typedef OSG::Vector< OSG::UInt8, 4 > Vec4ub;
01128
01134 typedef OSG::Vec4ub *Vec4ubP;
01135
01136 #ifndef OSG_NO_INT8_PNT
01137
01142 typedef OSG::Vector< OSG::Int8, 4 > Vec4b;
01143
01149 typedef OSG::Vec4b *Vec4bP;
01150 #endif
01151
01157 typedef OSG::Vector< OSG::UInt16, 4 > Vec4us;
01158
01164 typedef OSG::Vec4us *Vec4usP;
01165
01171 typedef OSG::Vector< OSG::Int16, 4 > Vec4s;
01172
01178 typedef OSG::Vec4s *Vec4sP;
01179
01185 typedef OSG::Vector< OSG::Real32, 4 > Vec4f;
01186
01192 typedef OSG::Vec4f *Vec4fP;
01193
01199 typedef OSG::Vector< Fixed32, 4 > Vec4fx;
01200
01206 typedef OSG::Vec4fx *Vec4fxP;
01207
01213 typedef OSG::Vector< OSG::Real64, 4 > Vec4d;
01214
01220 typedef OSG::Vec4d *Vec4dP;
01221
01227 typedef OSG::Vector< OSG::Real128, 4 > Vec4ld;
01228
01234 typedef OSG::Vec4ld *Vec4ldP;
01235
01236
01238
01248 typedef OSG::Point< OSG::UInt8, 1 > Pnt1ub;
01249
01255 typedef OSG::Pnt1ub *Pnt1ubP;
01256
01257 #ifndef OSG_NO_INT8_PNT
01258
01263 typedef OSG::Point< OSG::Int8, 1 > Pnt1b;
01264
01270 typedef OSG::Pnt1b *Pnt1bP;
01271 #endif
01272
01278 typedef OSG::Point< OSG::UInt16, 1 > Pnt1us;
01279
01285 typedef OSG::Pnt1us *Pnt1usP;
01286
01292 typedef OSG::Point< OSG::Int16, 1 > Pnt1s;
01293
01299 typedef OSG::Pnt1s *Pnt1sP;
01300
01306 typedef OSG::Point< OSG::Real32, 1 > Pnt1f;
01307
01313 typedef OSG::Pnt1f *Pnt1fP;
01314
01320 typedef OSG::Point< Fixed32, 1 > Pnt1fx;
01321
01327 typedef OSG::Pnt1fx *Pnt1fxP;
01328
01334 typedef OSG::Point< OSG::Real64, 1 > Pnt1d;
01335
01341 typedef OSG::Pnt1d *Pnt1dP;
01342
01348 typedef OSG::Point< OSG::Real128, 1 > Pnt1ld;
01349
01355 typedef OSG::Pnt1ld *Pnt1ldP;
01356
01357
01358
01364 typedef OSG::Point< OSG::UInt8, 2 > Pnt2ub;
01365
01371 typedef OSG::Pnt2ub *Pnt2ubP;
01372
01373 #ifndef OSG_NO_INT8_PNT
01374
01379 typedef OSG::Point< OSG::Int8, 2 > Pnt2b;
01380
01386 typedef OSG::Pnt2b *Pnt2bP;
01387 #endif
01388
01394 typedef OSG::Point< OSG::UInt16, 2 > Pnt2us;
01395
01401 typedef OSG::Pnt2us *Pnt2usP;
01402
01408 typedef OSG::Point< OSG::Int16, 2 > Pnt2s;
01409
01415 typedef OSG::Pnt2s *Pnt2sP;
01416
01422 typedef OSG::Point< OSG::Int32, 2 > Pnt2i;
01423
01429 typedef OSG::Pnt2i *Pnt2iP;
01430
01436 typedef OSG::Point< OSG::Real32, 2 > Pnt2f;
01437
01443 typedef OSG::Pnt2f *Pnt2fP;
01444
01450 typedef OSG::Point< Fixed32, 2 > Pnt2fx;
01451
01457 typedef OSG::Pnt2fx *Pnt2fxP;
01458
01464 typedef OSG::Point< OSG::Real64, 2 > Pnt2d;
01465
01471 typedef OSG::Pnt2d *Pnt2dP;
01472
01478 typedef OSG::Point< OSG::Real128, 2 > Pnt2ld;
01479
01485 typedef OSG::Pnt2ld *Pnt2ldP;
01486
01487
01493 typedef OSG::Point< OSG::UInt8, 3 > Pnt3ub;
01494
01500 typedef OSG::Pnt3ub *Pnt3ubP;
01501
01502 #ifndef OSG_NO_INT8_PNT
01503
01508 typedef OSG::Point< OSG::Int8, 3 > Pnt3b;
01509
01515 typedef OSG::Pnt3b *Pnt3bP;
01516 #endif
01517
01523 typedef OSG::Point< OSG::UInt16, 3 > Pnt3us;
01524
01530 typedef OSG::Pnt3us *Pnt3usP;
01531
01537 typedef OSG::Point< OSG::Int16, 3 > Pnt3s;
01538
01544 typedef OSG::Pnt3s *Pnt3sP;
01545
01551 typedef OSG::Point< OSG::Real32, 3 > Pnt3f;
01552
01558 typedef OSG::Pnt3f *Pnt3fP;
01559
01565 typedef OSG::Point < Fixed32, 3 > Pnt3fx;
01566
01572 typedef OSG::Pnt3fx *Pnt3fxP;
01573
01579 typedef OSG::Point< OSG::Real64, 3 > Pnt3d;
01580
01586 typedef OSG::Pnt3d *Pnt3dP;
01587
01593 typedef OSG::Point< OSG::Real128, 3 > Pnt3ld;
01594
01600 typedef OSG::Pnt3ld *Pnt3ldP;
01601
01602
01608 typedef OSG::Point< OSG::UInt8, 4 > Pnt4ub;
01609
01615 typedef OSG::Pnt4ub *Pnt4ubP;
01616
01617 #ifndef OSG_NO_INT8_PNT
01618
01623 typedef OSG::Point< OSG::Int8, 4 > Pnt4b;
01624
01630 typedef OSG::Pnt4b *Pnt4bP;
01631 #endif
01632
01638 typedef OSG::Point< OSG::UInt16, 4 > Pnt4us;
01639
01645 typedef OSG::Pnt4us *Pnt4usP;
01646
01652 typedef OSG::Point< OSG::Int16, 4 > Pnt4s;
01653
01659 typedef OSG::Pnt4s *Pnt4sP;
01660
01666 typedef OSG::Point< OSG::Real32, 4 > Pnt4f;
01667
01673 typedef OSG::Pnt4f *Pnt4fP;
01674
01680 typedef OSG::Point< Fixed32, 4 > Pnt4fx;
01681
01687 typedef OSG::Pnt4fx *Pnt4fxP;
01688
01694 typedef OSG::Point< OSG::Real64, 4 > Pnt4d;
01695
01701 typedef OSG::Pnt4d *Pnt4dP;
01702
01708 typedef OSG::Point< OSG::Real128, 4 > Pnt4ld;
01709
01715 typedef OSG::Pnt4ld *Pnt4ldP;
01716
01718
01722 #ifdef OSG_FLOAT_PROFILE
01723
01728 typedef OSG::Vec2f Vec2r;
01729
01734 typedef OSG::Vec3f Vec3r;
01735
01740 typedef OSG::Vec4f Vec4r;
01741
01746 typedef OSG::Pnt2f Pnt2r;
01747
01752 typedef OSG::Pnt3f Pnt3r;
01753
01758 typedef OSG::Pnt4f Pnt4r;
01759
01760 #else
01761
01762
01767 typedef OSG::Vec2fx Vec2r;
01768
01773 typedef OSG::Vec3fx Vec3r;
01774
01779 typedef OSG::Vec4fx Vec4r;
01780
01785 typedef OSG::Pnt2fx Pnt2r;
01786
01791 typedef OSG::Pnt3fx Pnt3r;
01792
01797 typedef OSG::Pnt4fx Pnt4r;
01798
01799 #endif
01800
01802
01803
01804 OSG_END_NAMESPACE
01805
01806 #include "OSGVector.inl"
01807
01808
01809 #ifdef __sgi
01810 #pragma reset woff 1209
01811 #endif
01812
01813 #endif
01814
01815
