OSGGeoPumpFactory.cpp File Reference

#include <stdlib.h>
#include <stdio.h>
#include <stddef.h>
#include "OSGConfig.h"
#include <OSGGL.h>
#include <OSGGLEXT.h>
#include "OSGLog.h"
#include "OSGFieldContainerPtr.h"
#include "OSGGeometry.h"
#include "OSGDrawAction.h"
#include "OSGMaterial.h"
#include "OSGGeoPumpFactory.h"

Go to the source code of this file.

Namespaces
namespace	osg
Defines
#define	pumpSetup(name, typename, getmethod)
#define	pumpInternalSetup(name, typename, getmethod, mandatory)
#define	pumpGLSetup(name, typename, getmethod)
#define	pumpGLExtSetup(name, typename, getmethod)
#define	pumpMultiGLExtSetup(name, typename, getmethod)
#define	iC
#define	iS
#define	iN
#define	iT
#define	iT1
#define	iT2
#define	iT3
#define	iT4
#define	iT5
#define	iT6
#define	iT7
#define	rC   ColorFunc ( ColorData + ColorStride * vind[ColorIndex] );
#define	rS   SecColorFunc ( SecColorData + SecColorStride * vind[SecColorIndex] );
#define	rN   NormalFunc ( NormalData + NormalStride * vind[NormalIndex] );
#define	rT   TexCoordsFunc ( TexCoordsData + TexCoordsStride * vind[TexCoordsIndex] );
#define	rT1   TexCoords1Func( GL_TEXTURE1_ARB , TexCoords1Data + TexCoords1Stride * vind[TexCoords1Index] );
#define	rT2   TexCoords2Func( GL_TEXTURE2_ARB , TexCoords2Data + TexCoords2Stride * vind[TexCoords2Index] );
#define	rT3   TexCoords3Func( GL_TEXTURE3_ARB , TexCoords3Data + TexCoords3Stride * vind[TexCoords3Index] );
#define	rT4   TexCoords4Func( GL_TEXTURE4_ARB , TexCoords4Data + TexCoords4Stride * vind[TexCoords4Index] );
#define	rT5   TexCoords5Func( GL_TEXTURE5_ARB , TexCoords5Data + TexCoords5Stride * vind[TexCoords5Index] );
#define	rT6   TexCoords6Func( GL_TEXTURE6_ARB , TexCoords6Data + TexCoords6Stride * vind[TexCoords6Index] );
#define	rT7   TexCoords7Func( GL_TEXTURE7_ARB , TexCoords7Data + TexCoords7Stride * vind[TexCoords7Index] );
#define	defMultiGeoPump(func, init, render)
#define	pumpSetup2(name, typename, getmethod)
Typedefs
typedef void(OSG_APIENTRY *	pumpFunc )(GLubyte *data)
typedef void(OSG_APIENTRY *	multiPumpFunc )(GLenum which, GLubyte *data)
Functions
static void	GeoPump0 (Window *win, Geometry *geo)
static void	GeoPump128 (Window *win, Geometry *geo)
static void	GeoPump129 (Window *win, Geometry *geo)
	defMultiGeoPump (1, iC;, rC;) defMultiGeoPump(2
	defMultiGeoPump (3, iC;iS;, rC;rS;) defMultiGeoPump(4
	defMultiGeoPump (5, iC;iN;, rC;rN;) defMultiGeoPump(6
	defMultiGeoPump (7, iC;iS;iN;, rC;rS;rN;) defMultiGeoPump(8
	defMultiGeoPump (9, iC;iT;, rC;rT;) defMultiGeoPump(10
	defMultiGeoPump (11, iC;iS;iT;, rC;rS;rT;) defMultiGeoPump(12
	defMultiGeoPump (13, iC;iN;iT;, rC;rN;rT;) defMultiGeoPump(14
	defMultiGeoPump (15, iC;iS;iN;iT;, rC;rS;rN;rT;) defMultiGeoPump(16
	defMultiGeoPump (17, iC;iT1;, rC;rT1;) defMultiGeoPump(18
	defMultiGeoPump (19, iC;iS;iT1;, rC;rS;rT1;) defMultiGeoPump(20
	defMultiGeoPump (21, iC;iN;iT1;, rC;rN;rT1;) defMultiGeoPump(22
	defMultiGeoPump (23, iC;iS;iN;iT1;, rC;rS;rN;rT1;) defMultiGeoPump(24
	defMultiGeoPump (25, iC;iT;iT1;, rC;rT;rT1;) defMultiGeoPump(26
	defMultiGeoPump (27, iC;iS;iT;iT1;, rC;rS;rT;rT1;) defMultiGeoPump(28
	defMultiGeoPump (29, iC;iN;iT;iT1;, rC;rN;rT;rT1;) defMultiGeoPump(30
	defMultiGeoPump (31, iC;iS;iN;iT;iT1;, rC;rS;rN;rT;rT1;) defMultiGeoPump(32
	defMultiGeoPump (33, iC;iT2;, rC;rT2;) defMultiGeoPump(34
	defMultiGeoPump (35, iC;iS;iT2;, rC;rS;rT2;) defMultiGeoPump(36
	defMultiGeoPump (37, iC;iN;iT2;, rC;rN;rT2;) defMultiGeoPump(38
	defMultiGeoPump (39, iC;iS;iN;iT2;, rC;rS;rN;rT2;) defMultiGeoPump(40
	defMultiGeoPump (41, iC;iT;iT2;, rC;rT;rT2;) defMultiGeoPump(42
	defMultiGeoPump (43, iC;iS;iT;iT2;, rC;rS;rT;rT2;) defMultiGeoPump(44
	defMultiGeoPump (45, iC;iN;iT;iT2;, rC;rN;rT;rT2;) defMultiGeoPump(46
	defMultiGeoPump (47, iC;iS;iN;iT;iT2;, rC;rS;rN;rT;rT2;) defMultiGeoPump(48
	defMultiGeoPump (49, iC;iT1;iT2;, rC;rT1;rT2;) defMultiGeoPump(50
	defMultiGeoPump (51, iC;iS;iT1;iT2;, rC;rS;rT1;rT2;) defMultiGeoPump(52
	defMultiGeoPump (53, iC;iN;iT1;iT2;, rC;rN;rT1;rT2;) defMultiGeoPump(54
	defMultiGeoPump (55, iC;iS;iN;iT1;iT2;, rC;rS;rN;rT1;rT2;) defMultiGeoPump(56
	defMultiGeoPump (57, iC;iT;iT1;iT2;, rC;rT;rT1;rT2;) defMultiGeoPump(58
	defMultiGeoPump (59, iC;iS;iT;iT1;iT2;, rC;rS;rT;rT1;rT2;) defMultiGeoPump(60
	defMultiGeoPump (61, iC;iN;iT;iT1;iT2;, rC;rN;rT;rT1;rT2;) defMultiGeoPump(62
	defMultiGeoPump (63, iC;iS;iN;iT;iT1;iT2;, rC;rS;rN;rT;rT1;rT2;) defMultiGeoPump(64
	defMultiGeoPump (65, iC;iT3;, rC;rT3;) defMultiGeoPump(66
	defMultiGeoPump (67, iC;iS;iT3;, rC;rS;rT3;) defMultiGeoPump(68
	defMultiGeoPump (69, iC;iN;iT3;, rC;rN;rT3;) defMultiGeoPump(70
	defMultiGeoPump (71, iC;iS;iN;iT3;, rC;rS;rN;rT3;) defMultiGeoPump(72
	defMultiGeoPump (73, iC;iT;iT3;, rC;rT;rT3;) defMultiGeoPump(74
	defMultiGeoPump (75, iC;iS;iT;iT3;, rC;rS;rT;rT3;) defMultiGeoPump(76
	defMultiGeoPump (77, iC;iN;iT;iT3;, rC;rN;rT;rT3;) defMultiGeoPump(78
	defMultiGeoPump (79, iC;iS;iN;iT;iT3;, rC;rS;rN;rT;rT3;) defMultiGeoPump(80
	defMultiGeoPump (81, iC;iT1;iT3;, rC;rT1;rT3;) defMultiGeoPump(82
	defMultiGeoPump (83, iC;iS;iT1;iT3;, rC;rS;rT1;rT3;) defMultiGeoPump(84
	defMultiGeoPump (85, iC;iN;iT1;iT3;, rC;rN;rT1;rT3;) defMultiGeoPump(86
	defMultiGeoPump (87, iC;iS;iN;iT1;iT3;, rC;rS;rN;rT1;rT3;) defMultiGeoPump(88
	defMultiGeoPump (89, iC;iT;iT1;iT3;, rC;rT;rT1;rT3;) defMultiGeoPump(90
	defMultiGeoPump (91, iC;iS;iT;iT1;iT3;, rC;rS;rT;rT1;rT3;) defMultiGeoPump(92
	defMultiGeoPump (93, iC;iN;iT;iT1;iT3;, rC;rN;rT;rT1;rT3;) defMultiGeoPump(94
	defMultiGeoPump (95, iC;iS;iN;iT;iT1;iT3;, rC;rS;rN;rT;rT1;rT3;) defMultiGeoPump(96
	defMultiGeoPump (97, iC;iT2;iT3;, rC;rT2;rT3;) defMultiGeoPump(98
	defMultiGeoPump (99, iC;iS;iT2;iT3;, rC;rS;rT2;rT3;) defMultiGeoPump(100
	defMultiGeoPump (101, iC;iN;iT2;iT3;, rC;rN;rT2;rT3;) defMultiGeoPump(102
	defMultiGeoPump (103, iC;iS;iN;iT2;iT3;, rC;rS;rN;rT2;rT3;) defMultiGeoPump(104
	defMultiGeoPump (105, iC;iT;iT2;iT3;, rC;rT;rT2;rT3;) defMultiGeoPump(106
	defMultiGeoPump (107, iC;iS;iT;iT2;iT3;, rC;rS;rT;rT2;rT3;) defMultiGeoPump(108
	defMultiGeoPump (109, iC;iN;iT;iT2;iT3;, rC;rN;rT;rT2;rT3;) defMultiGeoPump(110
	defMultiGeoPump (111, iC;iS;iN;iT;iT2;iT3;, rC;rS;rN;rT;rT2;rT3;) defMultiGeoPump(112
	defMultiGeoPump (113, iC;iT1;iT2;iT3;, rC;rT1;rT2;rT3;) defMultiGeoPump(114
	defMultiGeoPump (115, iC;iS;iT1;iT2;iT3;, rC;rS;rT1;rT2;rT3;) defMultiGeoPump(116
	defMultiGeoPump (117, iC;iN;iT1;iT2;iT3;, rC;rN;rT1;rT2;rT3;) defMultiGeoPump(118
	defMultiGeoPump (119, iC;iS;iN;iT1;iT2;iT3;, rC;rS;rN;rT1;rT2;rT3;) defMultiGeoPump(120
	defMultiGeoPump (121, iC;iT;iT1;iT2;iT3;, rC;rT;rT1;rT2;rT3;) defMultiGeoPump(122
	defMultiGeoPump (123, iC;iS;iT;iT1;iT2;iT3;, rC;rS;rT;rT1;rT2;rT3;) defMultiGeoPump(124
	defMultiGeoPump (125, iC;iN;iT;iT1;iT2;iT3;, rC;rN;rT;rT1;rT2;rT3;) defMultiGeoPump(126
	defMultiGeoPump (127, iC;iS;iN;iT;iT1;iT2;iT3;, rC;rS;rN;rT;rT1;rT2;rT3;) GeoPumpFactory
Variables
static const int	formatBase = GL_BYTE
static const int	numFormats = GL_DOUBLE - GL_BYTE + 1
static char *	formatNames []
	iS
	rS
	iN
	rN
	iT
	rT
	iT1
	rT1
	iT2
	rT2
	iT3
	rT3
static Char8	cvsid_cpp [] = "@(#)$Id: $"
static Char8	cvsid_hpp [] = OSGGEOPUMPFACTORY_HEADER_CVSID
static Char8	cvsid_inl [] = OSGGEOPUMPFACTORY_INLINE_CVSID

---

Define Documentation

#define pumpSetup	(	name,
		typename,
		getmethod		)

Value:

typename name##Ptr;                                                     \
    GLubyte * name##Data = NULL;                                            \
    UInt32 name##Stride = 0;                                                \
                                                                            \
    name##Ptr = geo->getmethod();                                           \
    if ( name##Ptr != NullFC )                                              \
    {                                                                       \
        name##Data = name##Ptr->getData();                                  \
        if ( ! ( name##Stride = name##Ptr->getStride() ) )                  \
            name##Stride = name##Ptr->getFormatSize() *                     \
            name##Ptr->getDimension();                                      \
    }

Definition at line 557 of file OSGGeoPumpFactory.cpp.

Referenced by osg::GeoVBO::draw(), GeoPump128(), and GeoPump129().

#define pumpInternalSetup	(	name,
		typename,
		getmethod,
		mandatory		)

Value:

GLubyte * name##Data;                                                   \
    UInt32 name##Stride;                                                    \
    UInt32 name##Ind = 0;                                                   \
    typename name##Ptr;                                                     \
                                                                            \
    name##Ptr = geo->getmethod();                                           \
    if(mandatory && name##Ptr == NullFC)                                    \
    {                                                                       \
        SWARNING << "masterPump: Geometry " << geo << " has no "            \
                 << #name << "s!" << std::endl;                             \
        return;                                                             \
    }                                                                       \
    else if(name##Ptr != NullFC)                                            \
    {                                                                       \
        name##Data = name##Ptr->getData();                                  \
        if(!(name##Stride = name##Ptr->getStride()))                        \
            name##Stride =  name##Ptr->getFormatSize() *                    \
                            name##Ptr->getDimension();                      \
    }                                                                       \
    else                                                                    \
    {                                                                       \
        name##Data = NULL;                                                  \
        name##Stride = 0;                                                   \
    }

Definition at line 1264 of file OSGGeoPumpFactory.cpp.

Referenced by osg::GeoPumpFactory::masterGeoPump().

#define pumpGLSetup	(	name,
		typename,
		getmethod		)

Definition at line 1290 of file OSGGeoPumpFactory.cpp.

Referenced by osg::GeoPumpFactory::masterGeoPump().

#define pumpGLExtSetup	(	name,
		typename,
		getmethod		)

Definition at line 1324 of file OSGGeoPumpFactory.cpp.

Referenced by osg::GeoPumpFactory::masterGeoPump().

#define pumpMultiGLExtSetup	(	name,
		typename,
		getmethod		)

Definition at line 1370 of file OSGGeoPumpFactory.cpp.

Referenced by osg::GeoPumpFactory::masterGeoPump().

#define iC

Value:

pumpGLSetup         ( Color     , GeoColorsPtr   , getColors         )\
            Int16 ColorIndex  =  geo->calcMappingIndex( Geometry::MapColor );     \
            if(ColorData && ColorPtr->getSize() == 1)                             \
                ColorFunc(ColorData);

Definition at line 1416 of file OSGGeoPumpFactory.cpp.

#define iS

Value:

pumpGLExtSetup      ( SecColor  , GeoColorsPtr   , getSecondaryColors)\
            Int16 SecColorIndex = geo->calcMappingIndex(Geometry::MapSecondaryColor);

Definition at line 1421 of file OSGGeoPumpFactory.cpp.

#define iN

Value:

pumpGLSetup         ( Normal    , GeoNormalsPtr  , getNormals        )\
            Int16 NormalIndex = geo->calcMappingIndex(Geometry::MapNormal);

Definition at line 1424 of file OSGGeoPumpFactory.cpp.

Referenced by osg::createSharedIndex().

#define iT

Value:

pumpGLSetup         ( TexCoords , GeoTexCoordsPtr, getTexCoords      )\
            Int16 TexCoordsIndex  = geo->calcMappingIndex(Geometry::MapTexCoords);

Definition at line 1427 of file OSGGeoPumpFactory.cpp.

#define iT1

Value:

pumpMultiGLExtSetup ( TexCoords1, GeoTexCoordsPtr, getTexCoords1     )\
            Int16 TexCoords1Index = geo->calcMappingIndex(Geometry::MapTexCoords1);

Definition at line 1430 of file OSGGeoPumpFactory.cpp.

#define iT2

Value:

pumpMultiGLExtSetup ( TexCoords2, GeoTexCoordsPtr, getTexCoords2     )\
            Int16 TexCoords2Index = geo->calcMappingIndex(Geometry::MapTexCoords2);

Definition at line 1433 of file OSGGeoPumpFactory.cpp.

#define iT3

Value:

pumpMultiGLExtSetup ( TexCoords3, GeoTexCoordsPtr, getTexCoords3     )\
            Int16 TexCoords3Index = geo->calcMappingIndex(Geometry::MapTexCoords3);

Definition at line 1436 of file OSGGeoPumpFactory.cpp.

#define iT4

Value:

pumpMultiGLExtSetup ( TexCoords4, GeoTexCoordsPtr, getTexCoords4     )\
            Int16 TexCoords4Index = geo->calcMappingIndex(Geometry::MapTexCoords4);

Definition at line 1439 of file OSGGeoPumpFactory.cpp.

#define iT5

Value:

pumpMultiGLExtSetup ( TexCoords5, GeoTexCoordsPtr, getTexCoords5     )\
            Int16 TexCoords5Index = geo->calcMappingIndex(Geometry::MapTexCoords5);

Definition at line 1442 of file OSGGeoPumpFactory.cpp.

#define iT6

Value:

pumpMultiGLExtSetup ( TexCoords6, GeoTexCoordsPtr, getTexCoords6     )\
            Int16 TexCoords6Index = geo->calcMappingIndex(Geometry::MapTexCoords6);

Definition at line 1445 of file OSGGeoPumpFactory.cpp.

#define iT7

Value:

pumpMultiGLExtSetup ( TexCoords7, GeoTexCoordsPtr, getTexCoords7     )\
            Int16 TexCoords7Index = geo->calcMappingIndex(Geometry::MapTexCoords7);

Definition at line 1448 of file OSGGeoPumpFactory.cpp.

#define rC   ColorFunc ( ColorData + ColorStride * vind[ColorIndex] );

Definition at line 1451 of file OSGGeoPumpFactory.cpp.

#define rS   SecColorFunc ( SecColorData + SecColorStride * vind[SecColorIndex] );

Definition at line 1452 of file OSGGeoPumpFactory.cpp.

#define rN   NormalFunc ( NormalData + NormalStride * vind[NormalIndex] );

Definition at line 1453 of file OSGGeoPumpFactory.cpp.

#define rT   TexCoordsFunc ( TexCoordsData + TexCoordsStride * vind[TexCoordsIndex] );

Definition at line 1454 of file OSGGeoPumpFactory.cpp.

Referenced by osg::TransformationMatrix< ValueTypeT >::factor().

#define rT1   TexCoords1Func( GL_TEXTURE1_ARB , TexCoords1Data + TexCoords1Stride * vind[TexCoords1Index] );

Definition at line 1455 of file OSGGeoPumpFactory.cpp.

#define rT2   TexCoords2Func( GL_TEXTURE2_ARB , TexCoords2Data + TexCoords2Stride * vind[TexCoords2Index] );

Definition at line 1456 of file OSGGeoPumpFactory.cpp.

#define rT3   TexCoords3Func( GL_TEXTURE3_ARB , TexCoords3Data + TexCoords3Stride * vind[TexCoords3Index] );

Definition at line 1457 of file OSGGeoPumpFactory.cpp.

#define rT4   TexCoords4Func( GL_TEXTURE4_ARB , TexCoords4Data + TexCoords4Stride * vind[TexCoords4Index] );

Definition at line 1458 of file OSGGeoPumpFactory.cpp.

#define rT5   TexCoords5Func( GL_TEXTURE5_ARB , TexCoords5Data + TexCoords5Stride * vind[TexCoords5Index] );

Definition at line 1459 of file OSGGeoPumpFactory.cpp.

#define rT6   TexCoords6Func( GL_TEXTURE6_ARB , TexCoords6Data + TexCoords6Stride * vind[TexCoords6Index] );

Definition at line 1460 of file OSGGeoPumpFactory.cpp.

#define rT7   TexCoords7Func( GL_TEXTURE7_ARB , TexCoords7Data + TexCoords7Stride * vind[TexCoords7Index] );

Definition at line 1461 of file OSGGeoPumpFactory.cpp.

#define defMultiGeoPump	(	func,
		init,
		render		)

Definition at line 1468 of file OSGGeoPumpFactory.cpp.

#define pumpSetup2	(	name,
		typename,
		getmethod		)

Value:

typename name##Ptr;                                                     \
    GLubyte * name##Data = NULL;                                            \
    UInt32 name##Size = 0;                                                  \
                                                                            \
    name##Ptr = geo->getmethod();                                           \
    if ( name##Ptr != NullFC )                                              \
    {                                                                       \
        name##Data = name##Ptr->getData();                                  \
        name##Size = name##Ptr->getSize() * name##Ptr->getFormatSize() * name##Ptr->getDimension(); \
    }

Definition at line 2234 of file OSGGeoPumpFactory.cpp.

Referenced by osg::GeoVBO::update().

---

Typedef Documentation

typedef void(OSG_APIENTRY * pumpFunc)(GLubyte *data)

Definition at line 342 of file OSGGeoPumpFactory.cpp.

typedef void(OSG_APIENTRY * multiPumpFunc)(GLenum which, GLubyte *data)

Definition at line 343 of file OSGGeoPumpFactory.cpp.

---

Function Documentation

static void GeoPump0	(	Window *	win,
		Geometry *	geo
	)			[static]

MasterPump for empty geometry, does nothing

Definition at line 551 of file OSGGeoPumpFactory.cpp.

Referenced by defMultiGeoPump().

{
    return;
}

static void GeoPump128	(	Window *	win,
		Geometry *	geo
	)			[static]

MasterPump for non-indexed geometry

Definition at line 574 of file OSGGeoPumpFactory.cpp.

References osg::GeoPumpFactory::_extMultitexture, osg::GeoPumpFactory::_extSecondaryColor, osg::GeoPumpFactory::_funcglClientActiveTextureARB, osg::GeoPumpFactory::_funcglSecondaryColorPointer, FWARNING, osg::Window::getFunction(), GL_SECONDARY_COLOR_ARRAY_EXT, GL_TEXTURE0_ARB, GL_TEXTURE1_ARB, GL_TEXTURE2_ARB, GL_TEXTURE3_ARB, GL_TEXTURE4_ARB, GL_TEXTURE5_ARB, GL_TEXTURE6_ARB, GL_TEXTURE7_ARB, GLenum, GLsizei, osg::Window::hasExtension(), osg::NullFC, OSG_APIENTRY, and pumpSetup.

Referenced by defMultiGeoPump().

{
    Int16 modified=0;
    pumpSetup(Positions  , GeoPositionsPtr , getPositions  );
    pumpSetup(Colors     , GeoColorsPtr    , getColors     );
    pumpSetup(SecColors  , GeoColorsPtr    , getSecondaryColors );
    pumpSetup(TexCoords  , GeoTexCoordsPtr , getTexCoords  );
    pumpSetup(TexCoords1 , GeoTexCoordsPtr , getTexCoords1 );
    pumpSetup(TexCoords2 , GeoTexCoordsPtr , getTexCoords2 );
    pumpSetup(TexCoords3 , GeoTexCoordsPtr , getTexCoords3 );
    pumpSetup(TexCoords4 , GeoTexCoordsPtr , getTexCoords4 );
    pumpSetup(TexCoords5 , GeoTexCoordsPtr , getTexCoords5 );
    pumpSetup(TexCoords6 , GeoTexCoordsPtr , getTexCoords6 );
    pumpSetup(TexCoords7 , GeoTexCoordsPtr , getTexCoords7 );
    pumpSetup(Normals    , GeoNormalsPtr   , getNormals    );

    pumpSetup(Lengths    , GeoPLengthsPtr  , getLengths    );
    pumpSetup(Types      , GeoPTypesPtr    , getTypes      );

    if (PositionsData)
    {        
        glVertexPointer(PositionsPtr->getDimension(), PositionsPtr->getFormat(),
                        PositionsStride, PositionsData);
        glEnableClientState(GL_VERTEX_ARRAY);
        modified|=(1<<0);
    }

    if (ColorsData)
    {
        glColorPointer(ColorsPtr->getDimension(), ColorsPtr->getFormat(),
                       ColorsStride, ColorsData);
        glEnableClientState(GL_COLOR_ARRAY);
        modified|=(1<<1);        
    }

    if (SecColorsData)
    {
        if (win->hasExtension(GeoPumpFactory::_extSecondaryColor))
        {
             void (OSG_APIENTRY*_glSecondaryColorPointerEXT)
                  (GLint size,GLenum type,GLsizei stride,const GLvoid *pointer)=
            (void (OSG_APIENTRY*)(GLint size,GLenum type,GLsizei stride,const GLvoid *pointer))
             win->getFunction(GeoPumpFactory::_funcglSecondaryColorPointer);

            _glSecondaryColorPointerEXT(SecColorsPtr->getDimension(),
                                       SecColorsPtr->getFormat(),
                                       SecColorsStride, SecColorsData);
            glEnableClientState(GL_SECONDARY_COLOR_ARRAY_EXT);
            modified|=(1<<2);
        }
        else
            FWARNING(("GeoPump128: Window has no Secondary Color extension\n"));
    }


    if (NormalsData)
    {
        glNormalPointer(NormalsPtr->getFormat(), NormalsStride, NormalsData);
        glEnableClientState(GL_NORMAL_ARRAY);
        modified|=(1<<3);
    }

    if (TexCoordsData)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE0_ARB);
            glTexCoordPointer (TexCoordsPtr->getDimension(), TexCoordsPtr->getFormat(),
                               TexCoordsStride, TexCoordsData);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        else
        {
            glTexCoordPointer (TexCoordsPtr->getDimension(), TexCoordsPtr->getFormat(),
                               TexCoordsStride, TexCoordsData);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        modified|=(1<<4);
    }

    if (TexCoords1Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE1_ARB);
            glTexCoordPointer (TexCoords1Ptr->getDimension(), TexCoords1Ptr->getFormat(),
                               TexCoords1Stride, TexCoords1Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<5);
        }
        else
            FWARNING(("GeoPump128: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords2Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE2_ARB);
            glTexCoordPointer (TexCoords2Ptr->getDimension(), TexCoords2Ptr->getFormat(),
                               TexCoords2Stride, TexCoords2Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<6);
        }
        else
            FWARNING(("GeoPump128: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords3Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE3_ARB);
            glTexCoordPointer (TexCoords3Ptr->getDimension(), TexCoords3Ptr->getFormat(),
                               TexCoords3Stride, TexCoords3Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<7);
        }
        else
            FWARNING(("GeoPump128: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords4Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE4_ARB);
            glTexCoordPointer (TexCoords4Ptr->getDimension(), TexCoords4Ptr->getFormat(),
                               TexCoords4Stride, TexCoords4Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<8);
        }
        else
            FWARNING(("GeoPump128: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords5Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE5_ARB);
            glTexCoordPointer (TexCoords5Ptr->getDimension(), TexCoords5Ptr->getFormat(),
                               TexCoords5Stride, TexCoords5Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<9);
        }
        else
            FWARNING(("GeoPump128: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords6Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE6_ARB);
            glTexCoordPointer (TexCoords6Ptr->getDimension(), TexCoords6Ptr->getFormat(),
                               TexCoords6Stride, TexCoords6Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<10);
        }
        else
            FWARNING(("GeoPump128: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords7Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE7_ARB);
            glTexCoordPointer (TexCoords7Ptr->getDimension(), TexCoords7Ptr->getFormat(),
                               TexCoords7Stride, TexCoords7Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<11);
        }
        else
            FWARNING(("GeoPump128: Window has no MultitextureARB extension\n"));
    }

    UInt32 lendummy;
    UInt32 LengthsSize;
    UInt32 LengthsFormatSize;

    if(LengthsPtr != NullFC && LengthsData != NULL)
    {
        LengthsSize = LengthsPtr->getSize();
        LengthsFormatSize = LengthsPtr->getFormatSize();
    }
    else
    {
        LengthsSize = 1;
        LengthsFormatSize = 4;
        LengthsData = (UChar8*) &lendummy;
        lendummy = PositionsPtr->getSize();
    }

    UInt32 LengthsInd,TypesInd = 0;
    UInt32 first=0;

    if(LengthsFormatSize == 4)
    {
        for(LengthsInd = 0; LengthsInd < LengthsSize; LengthsInd++)
        {
            UInt32 count = *(UInt32*)(LengthsData + LengthsInd * LengthsStride);
            glDrawArrays(*(TypesData + TypesInd++ * TypesStride),first,count);
            first+=count;
        }
    }
    else if(LengthsFormatSize == 2)
    {
        for(LengthsInd = 0; LengthsInd < LengthsSize; LengthsInd++)
        {
            UInt16 count = *(UInt16*)(LengthsData + LengthsInd * LengthsStride);
            glDrawArrays(*(TypesData + TypesInd++ * TypesStride),first,count);
            first+=count;
        }       
    }
    else
    {
        FWARNING(("GeoPump128: unknown Lengths format size\n"));
    }
    
    if(modified&(1<<0)) glDisableClientState(GL_VERTEX_ARRAY);
    if(modified&(1<<1)) glDisableClientState(GL_COLOR_ARRAY);
    if(modified&(1<<2)) glDisableClientState(GL_SECONDARY_COLOR_ARRAY_EXT);
    if(modified&(1<<3)) glDisableClientState(GL_NORMAL_ARRAY);

    if (win->hasExtension(GeoPumpFactory::_extMultitexture))
    {
        void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
        (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);

        if(modified&(1<<4))
        {
            _glClientActiveTextureARB(GL_TEXTURE0_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        
        if(modified&(1<<5))
        {
            _glClientActiveTextureARB(GL_TEXTURE1_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        
        if(modified&(1<<6))
        {
            _glClientActiveTextureARB(GL_TEXTURE2_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        
        if(modified&(1<<7))
        {
            _glClientActiveTextureARB(GL_TEXTURE3_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<8))
        {
            _glClientActiveTextureARB(GL_TEXTURE4_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<9))
        {
            _glClientActiveTextureARB(GL_TEXTURE5_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<10))
        {
            _glClientActiveTextureARB(GL_TEXTURE6_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<11))
        {
            _glClientActiveTextureARB(GL_TEXTURE7_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
    }
    else
    {
        if(modified&(1<<4)) glDisableClientState(GL_TEXTURE_COORD_ARRAY);
    }
}

static void GeoPump129	(	Window *	win,
		Geometry *	geo
	)			[static]

MasterPump for single-indexed geometry

Definition at line 880 of file OSGGeoPumpFactory.cpp.

References osg::GeoPumpFactory::_extCompiledVertexArray, osg::GeoPumpFactory::_extDrawRangeElements, osg::GeoPumpFactory::_extMultitexture, osg::GeoPumpFactory::_extSecondaryColor, osg::GeoPumpFactory::_funcglClientActiveTextureARB, osg::GeoPumpFactory::_funcglDrawRangeElementsEXT, osg::GeoPumpFactory::_funcglLockArraysEXT, osg::GeoPumpFactory::_funcglSecondaryColorPointer, osg::GeoPumpFactory::_funcglUnlockArraysEXT, FWARNING, osg::Window::getFunction(), osg::GeometryBase::getHighindices(), osg::GeometryBase::getLowindices(), osg::GeometryBase::getMaxindex(), osg::GeometryBase::getMinindex(), GL_SECONDARY_COLOR_ARRAY_EXT, GL_TEXTURE0_ARB, GL_TEXTURE1_ARB, GL_TEXTURE2_ARB, GL_TEXTURE3_ARB, GL_TEXTURE4_ARB, GL_TEXTURE5_ARB, GL_TEXTURE6_ARB, GL_TEXTURE7_ARB, GLenum, GLsizei, GLuint(), osg::Window::hasExtension(), osg::NullFC, OSG_APIENTRY, pumpSetup, and start.

Referenced by defMultiGeoPump().

{
    Int16 modified=0;
    pumpSetup(Positions  , GeoPositionsPtr , getPositions );
    pumpSetup(Colors     , GeoColorsPtr    , getColors    );
    pumpSetup(SecColors  , GeoColorsPtr    , getSecondaryColors );
    pumpSetup(TexCoords  , GeoTexCoordsPtr , getTexCoords  );
    pumpSetup(TexCoords1 , GeoTexCoordsPtr , getTexCoords1 );
    pumpSetup(TexCoords2 , GeoTexCoordsPtr , getTexCoords2 );
    pumpSetup(TexCoords3 , GeoTexCoordsPtr , getTexCoords3 );
    pumpSetup(TexCoords4 , GeoTexCoordsPtr , getTexCoords4 );
    pumpSetup(TexCoords5 , GeoTexCoordsPtr , getTexCoords5 );
    pumpSetup(TexCoords6 , GeoTexCoordsPtr , getTexCoords6 );
    pumpSetup(TexCoords7 , GeoTexCoordsPtr , getTexCoords7 );
    pumpSetup(Normals    , GeoNormalsPtr   , getNormals    );

    pumpSetup(Lengths    , GeoPLengthsPtr  , getLengths    );
    pumpSetup(Types      , GeoPTypesPtr    , getTypes      );
    pumpSetup(Indices    , GeoIndicesPtr   , getIndices    );

    if (PositionsData)
    {        
        glVertexPointer(PositionsPtr->getDimension(), PositionsPtr->getFormat(),
                        PositionsStride, PositionsData);
        glEnableClientState(GL_VERTEX_ARRAY);
        modified|=(1<<0);
    }

    if (ColorsData)
    {
        glColorPointer(ColorsPtr->getDimension(), ColorsPtr->getFormat(),
                       ColorsStride, ColorsData);
        glEnableClientState(GL_COLOR_ARRAY);
        modified|=(1<<1);        
    }

    if (SecColorsData)
    {
        if (win->hasExtension(GeoPumpFactory::_extSecondaryColor))
        {
             void (OSG_APIENTRY*_glSecondaryColorPointerEXT)
                  (GLint size,GLenum type,GLsizei stride,const GLvoid *pointer)=
            (void (OSG_APIENTRY*)(GLint size,GLenum type,GLsizei stride,const GLvoid *pointer))
             win->getFunction(GeoPumpFactory::_funcglSecondaryColorPointer);

            _glSecondaryColorPointerEXT(SecColorsPtr->getDimension(),
                                       SecColorsPtr->getFormat(),
                                       SecColorsStride, SecColorsData);
            glEnableClientState(GL_SECONDARY_COLOR_ARRAY_EXT);
            modified|=(1<<2);
        }
        else
            FWARNING(("GeoPump129: Window has no Secondary Color extension\n"));
    }


    if (NormalsData)
    {
        glNormalPointer(NormalsPtr->getFormat(), NormalsStride, NormalsData);
        glEnableClientState(GL_NORMAL_ARRAY);
        modified|=(1<<3);
    }

    if (TexCoordsData)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE0_ARB);
            glTexCoordPointer (TexCoordsPtr->getDimension(), TexCoordsPtr->getFormat(),
                               TexCoordsStride, TexCoordsData);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        else
        {
            glTexCoordPointer (TexCoordsPtr->getDimension(), TexCoordsPtr->getFormat(),
                               TexCoordsStride, TexCoordsData);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        modified|=(1<<4);
    }

    if (TexCoords1Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE1_ARB);
            glTexCoordPointer (TexCoords1Ptr->getDimension(), TexCoords1Ptr->getFormat(),
                               TexCoords1Stride, TexCoords1Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<5);
        }
        else
            FWARNING(("GeoPump129: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords2Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE2_ARB);
            glTexCoordPointer (TexCoords2Ptr->getDimension(), TexCoords2Ptr->getFormat(),
                               TexCoords2Stride, TexCoords2Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<6);
        }
        else
            FWARNING(("GeoPump129: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords3Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE3_ARB);
            glTexCoordPointer (TexCoords3Ptr->getDimension(), TexCoords3Ptr->getFormat(),
                               TexCoords3Stride, TexCoords3Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<7);
        }
        else
            FWARNING(("GeoPump129: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords4Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE4_ARB);
            glTexCoordPointer (TexCoords4Ptr->getDimension(), TexCoords4Ptr->getFormat(),
                               TexCoords4Stride, TexCoords4Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<8);
        }
        else
            FWARNING(("GeoPump129: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords5Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE5_ARB);
            glTexCoordPointer (TexCoords5Ptr->getDimension(), TexCoords5Ptr->getFormat(),
                               TexCoords5Stride, TexCoords5Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<9);
        }
        else
            FWARNING(("GeoPump129: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords6Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE6_ARB);
            glTexCoordPointer (TexCoords6Ptr->getDimension(), TexCoords6Ptr->getFormat(),
                               TexCoords6Stride, TexCoords6Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<10);
        }
        else
            FWARNING(("GeoPump129: Window has no MultitextureARB extension\n"));
    }

    if (TexCoords7Data)
    {
        if (win->hasExtension(GeoPumpFactory::_extMultitexture))
        {
            void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
            (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);
            _glClientActiveTextureARB(GL_TEXTURE7_ARB);
            glTexCoordPointer (TexCoords7Ptr->getDimension(), TexCoords7Ptr->getFormat(),
                               TexCoords7Stride, TexCoords7Data);
            glEnableClientState(GL_TEXTURE_COORD_ARRAY);
            modified|=(1<<11);
        }
        else
            FWARNING(("GeoPump129: Window has no MultitextureARB extension\n"));
    }

    UInt32 lendummy;
    UInt32 LengthsSize;
    bool   len16 = false;

    if(LengthsPtr != NullFC && LengthsData != NULL)
    {
        LengthsSize = LengthsPtr->getSize();
        len16 = (LengthsPtr->getFormatSize() == 2);
    }
    else
    {
        LengthsSize = 1;
        LengthsData = (UChar8*) &lendummy;
        lendummy = PositionsPtr->getSize();
    }
        
    UInt32 LengthsInd = 0, TypesInd = 0, IndicesInd = 0, 
           IndicesSize = IndicesPtr->getSize();

    if (win->hasExtension(GeoPumpFactory::_extCompiledVertexArray))
    {
            void (OSG_APIENTRY*_glLockArraysEXT) (GLint first, GLsizei count)=
            (void (OSG_APIENTRY*) (GLint first, GLsizei count))
                win->getFunction(GeoPumpFactory::_funcglLockArraysEXT);
                
            _glLockArraysEXT(geo->getMinindex(), geo->getMaxindex() + 1);
    }

    void (OSG_APIENTRY *osgGLDrawRangeElementsEXT)(GLenum mode, GLuint start,
           GLuint end, GLsizei count, GLenum type, const GLvoid*indices) =
    (void (OSG_APIENTRY *)(GLenum mode, GLuint start,
           GLuint end, GLsizei count, GLenum type, const GLvoid*indices))
            win->getFunction(GeoPumpFactory::_funcglDrawRangeElementsEXT);


    if(len16 == false)
    {
        for(LengthsInd = 0; LengthsInd < LengthsSize; LengthsInd++)
        {
            UInt32 count  = *(UInt32*)(LengthsData + LengthsInd * LengthsStride);
            UInt8 * vind = IndicesData + IndicesStride * IndicesInd;
            IndicesInd += count;

#if 0
            glDrawElements(*(TypesData + TypesInd++ * TypesStride),count,
                            IndicesPtr->getFormat(),vind);
#else
            if(win->hasExtension(GeoPumpFactory::_extDrawRangeElements))
            {
                osgGLDrawRangeElementsEXT(*(TypesData + TypesInd++ * TypesStride),
                                          geo->getLowindices() [LengthsInd], 
                                          geo->getHighindices()[LengthsInd], 
                                          count,
                                          IndicesPtr->getFormat(), 
                                          vind);
            }
            else
            {
                // hope this still works
                glDrawElements(*(TypesData + TypesInd++ * TypesStride),
                               count,
                               IndicesPtr->getFormat(),
                               vind);
            }
#endif                        
        }
    }
    else if(len16 == true)
    {
        for(LengthsInd = 0; LengthsInd < LengthsSize; LengthsInd++)
        {
            UInt16 count  = *(UInt16*)(LengthsData + LengthsInd * LengthsStride);
            UInt8 * vind = IndicesData + IndicesStride * IndicesInd;
            IndicesInd += count;

#if 0
            glDrawElements(*(TypesData + TypesInd++ * TypesStride),count,
                            IndicesPtr->getFormat(),vind);
#else
            if(win->hasExtension(GeoPumpFactory::_extDrawRangeElements))
            {
                osgGLDrawRangeElementsEXT(*(TypesData + TypesInd++ * TypesStride),
                                          0, 
                                          IndicesSize, 
                                          count,
                                          IndicesPtr->getFormat(), 
                                          vind);
            }
            else
            {
                // hope this still works
                glDrawElements(*(TypesData + TypesInd++ * TypesStride),
                               count,
                               IndicesPtr->getFormat(),
                               vind);
            }
#endif                        
        }
    }
    else
    {
        FWARNING(("GeoPump129: unknown Lengths format size\n"));
    }

    if (win->hasExtension(GeoPumpFactory::_extCompiledVertexArray))
    {
            void (OSG_APIENTRY*_glUnlockArraysEXT) (void)=
            (void (OSG_APIENTRY*) (void))
                win->getFunction(GeoPumpFactory::_funcglUnlockArraysEXT);
                
            _glUnlockArraysEXT();
    }

    if(modified&(1<<0)) glDisableClientState(GL_VERTEX_ARRAY);
    if(modified&(1<<1)) glDisableClientState(GL_COLOR_ARRAY);
    if(modified&(1<<2)) glDisableClientState(GL_SECONDARY_COLOR_ARRAY_EXT);
    if(modified&(1<<3)) glDisableClientState(GL_NORMAL_ARRAY);

    if (win->hasExtension(GeoPumpFactory::_extMultitexture))
    {
        void (OSG_APIENTRY*_glClientActiveTextureARB) (GLenum type)=
        (void (OSG_APIENTRY*) (GLenum type))win->getFunction(GeoPumpFactory::_funcglClientActiveTextureARB);

        if(modified&(1<<4))
        {
            _glClientActiveTextureARB(GL_TEXTURE0_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        
        if(modified&(1<<5))
        {
            _glClientActiveTextureARB(GL_TEXTURE1_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        
        if(modified&(1<<6))
        {
            _glClientActiveTextureARB(GL_TEXTURE2_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
        
        if(modified&(1<<7))
        {
            _glClientActiveTextureARB(GL_TEXTURE3_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<8))
        {
            _glClientActiveTextureARB(GL_TEXTURE4_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<9))
        {
            _glClientActiveTextureARB(GL_TEXTURE5_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<10))
        {
            _glClientActiveTextureARB(GL_TEXTURE6_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }

        if(modified&(1<<11))
        {
            _glClientActiveTextureARB(GL_TEXTURE7_ARB);
            glDisableClientState(GL_TEXTURE_COORD_ARRAY);
        }
    }
    else
    {
        if(modified&(1<<4)) glDisableClientState(GL_TEXTURE_COORD_ARRAY);
    }
}

defMultiGeoPump	(	1	,
		iC;	,
		rC;
	)

defMultiGeoPump	(	3	,
		iC;iS;	,
		rC;rS;
	)

defMultiGeoPump	(	5	,
		iC;iN;	,
		rC;rN;
	)

defMultiGeoPump	(	7	,
		iC;iS;iN;	,
		rC;rS;rN;
	)

defMultiGeoPump	(	9	,
		iC;iT;	,
		rC;rT;
	)

defMultiGeoPump	(	11	,
		iC;iS;iT;	,
		rC;rS;rT;
	)

defMultiGeoPump	(	13	,
		iC;iN;iT;	,
		rC;rN;rT;
	)

defMultiGeoPump	(	15	,
		iC;iS;iN;iT;	,
		rC;rS;rN;rT;
	)

defMultiGeoPump	(	17	,
		iC;iT1;	,
		rC;rT1;
	)

defMultiGeoPump	(	19	,
		iC;iS;iT1;	,
		rC;rS;rT1;
	)

defMultiGeoPump	(	21	,
		iC;iN;iT1;	,
		rC;rN;rT1;
	)

defMultiGeoPump	(	23	,
		iC;iS;iN;iT1;	,
		rC;rS;rN;rT1;
	)

defMultiGeoPump	(	25	,
		iC;iT;iT1;	,
		rC;rT;rT1;
	)

defMultiGeoPump	(	27	,
		iC;iS;iT;iT1;	,
		rC;rS;rT;rT1;
	)

defMultiGeoPump	(	29	,
		iC;iN;iT;iT1;	,
		rC;rN;rT;rT1;
	)

defMultiGeoPump	(	31	,
		iC;iS;iN;iT;iT1;	,
		rC;rS;rN;rT;rT1;
	)

defMultiGeoPump	(	33	,
		iC;iT2;	,
		rC;rT2;
	)

defMultiGeoPump	(	35	,
		iC;iS;iT2;	,
		rC;rS;rT2;
	)

defMultiGeoPump	(	37	,
		iC;iN;iT2;	,
		rC;rN;rT2;
	)

defMultiGeoPump	(	39	,
		iC;iS;iN;iT2;	,
		rC;rS;rN;rT2;
	)

defMultiGeoPump	(	41	,
		iC;iT;iT2;	,
		rC;rT;rT2;
	)

defMultiGeoPump	(	43	,
		iC;iS;iT;iT2;	,
		rC;rS;rT;rT2;
	)

defMultiGeoPump	(	45	,
		iC;iN;iT;iT2;	,
		rC;rN;rT;rT2;
	)

defMultiGeoPump	(	47	,
		iC;iS;iN;iT;iT2;	,
		rC;rS;rN;rT;rT2;
	)

defMultiGeoPump	(	49	,
		iC;iT1;iT2;	,
		rC;rT1;rT2;
	)

defMultiGeoPump	(	51	,
		iC;iS;iT1;iT2;	,
		rC;rS;rT1;rT2;
	)

defMultiGeoPump	(	53	,
		iC;iN;iT1;iT2;	,
		rC;rN;rT1;rT2;
	)

defMultiGeoPump	(	55	,
		iC;iS;iN;iT1;iT2;	,
		rC;rS;rN;rT1;rT2;
	)

defMultiGeoPump	(	57	,
		iC;iT;iT1;iT2;	,
		rC;rT;rT1;rT2;
	)

defMultiGeoPump	(	59	,
		iC;iS;iT;iT1;iT2;	,
		rC;rS;rT;rT1;rT2;
	)

defMultiGeoPump	(	61	,
		iC;iN;iT;iT1;iT2;	,
		rC;rN;rT;rT1;rT2;
	)

defMultiGeoPump	(	63	,
		iC;iS;iN;iT;iT1;iT2;	,
		rC;rS;rN;rT;rT1;rT2;
	)

defMultiGeoPump	(	65	,
		iC;iT3;	,
		rC;rT3;
	)

defMultiGeoPump	(	67	,
		iC;iS;iT3;	,
		rC;rS;rT3;
	)

defMultiGeoPump	(	69	,
		iC;iN;iT3;	,
		rC;rN;rT3;
	)

defMultiGeoPump	(	71	,
		iC;iS;iN;iT3;	,
		rC;rS;rN;rT3;
	)

defMultiGeoPump	(	73	,
		iC;iT;iT3;	,
		rC;rT;rT3;
	)

defMultiGeoPump	(	75	,
		iC;iS;iT;iT3;	,
		rC;rS;rT;rT3;
	)

defMultiGeoPump	(	77	,
		iC;iN;iT;iT3;	,
		rC;rN;rT;rT3;
	)

defMultiGeoPump	(	79	,
		iC;iS;iN;iT;iT3;	,
		rC;rS;rN;rT;rT3;
	)

defMultiGeoPump	(	81	,
		iC;iT1;iT3;	,
		rC;rT1;rT3;
	)

defMultiGeoPump	(	83	,
		iC;iS;iT1;iT3;	,
		rC;rS;rT1;rT3;
	)

defMultiGeoPump	(	85	,
		iC;iN;iT1;iT3;	,
		rC;rN;rT1;rT3;
	)

defMultiGeoPump	(	87	,
		iC;iS;iN;iT1;iT3;	,
		rC;rS;rN;rT1;rT3;
	)

defMultiGeoPump	(	89	,
		iC;iT;iT1;iT3;	,
		rC;rT;rT1;rT3;
	)

defMultiGeoPump	(	91	,
		iC;iS;iT;iT1;iT3;	,
		rC;rS;rT;rT1;rT3;
	)

defMultiGeoPump	(	93	,
		iC;iN;iT;iT1;iT3;	,
		rC;rN;rT;rT1;rT3;
	)

defMultiGeoPump	(	95	,
		iC;iS;iN;iT;iT1;iT3;	,
		rC;rS;rN;rT;rT1;rT3;
	)

defMultiGeoPump	(	97	,
		iC;iT2;iT3;	,
		rC;rT2;rT3;
	)

defMultiGeoPump	(	99	,
		iC;iS;iT2;iT3;	,
		rC;rS;rT2;rT3;
	)

defMultiGeoPump	(	101	,
		iC;iN;iT2;iT3;	,
		rC;rN;rT2;rT3;
	)

defMultiGeoPump	(	103	,
		iC;iS;iN;iT2;iT3;	,
		rC;rS;rN;rT2;rT3;
	)

defMultiGeoPump	(	105	,
		iC;iT;iT2;iT3;	,
		rC;rT;rT2;rT3;
	)

defMultiGeoPump	(	107	,
		iC;iS;iT;iT2;iT3;	,
		rC;rS;rT;rT2;rT3;
	)

defMultiGeoPump	(	109	,
		iC;iN;iT;iT2;iT3;	,
		rC;rN;rT;rT2;rT3;
	)

defMultiGeoPump	(	111	,
		iC;iS;iN;iT;iT2;iT3;	,
		rC;rS;rN;rT;rT2;rT3;
	)

defMultiGeoPump	(	113	,
		iC;iT1;iT2;iT3;	,
		rC;rT1;rT2;rT3;
	)

defMultiGeoPump	(	115	,
		iC;iS;iT1;iT2;iT3;	,
		rC;rS;rT1;rT2;rT3;
	)

defMultiGeoPump	(	117	,
		iC;iN;iT1;iT2;iT3;	,
		rC;rN;rT1;rT2;rT3;
	)

defMultiGeoPump	(	119	,
		iC;iS;iN;iT1;iT2;iT3;	,
		rC;rS;rN;rT1;rT2;rT3;
	)

defMultiGeoPump	(	121	,
		iC;iT;iT1;iT2;iT3;	,
		rC;rT;rT1;rT2;rT3;
	)

defMultiGeoPump	(	123	,
		iC;iS;iT;iT1;iT2;iT3;	,
		rC;rS;rT;rT1;rT2;rT3;
	)

defMultiGeoPump	(	125	,
		iC;iN;iT;iT1;iT2;iT3;	,
		rC;rN;rT;rT1;rT2;rT3;
	)

defMultiGeoPump	(	127	,
		iC;iS;iN;iT;iT1;iT2;iT3;	,
		rC;rS;rN;rT;rT1;rT2;rT3;
	)

Definition at line 1654 of file OSGGeoPumpFactory.cpp.

References GeoPump0(), GeoPump128(), GeoPump129(), and osg::GeoPumpFactory::masterGeoPump().

                                                  {&GeoPump0,
&GeoPump1,&GeoPump2,&GeoPump3,&GeoPump4,&GeoPump5,&GeoPump6,&GeoPump7,&GeoPump8,
&GeoPump9,&GeoPump10,&GeoPump11,&GeoPump12,&GeoPump13,&GeoPump14,&GeoPump15,&GeoPump16,
&GeoPump17,&GeoPump18,&GeoPump19,&GeoPump20,&GeoPump21,&GeoPump22,&GeoPump23,&GeoPump24,
&GeoPump25,&GeoPump26,&GeoPump27,&GeoPump28,&GeoPump29,&GeoPump30,&GeoPump31,&GeoPump32,
&GeoPump33,&GeoPump34,&GeoPump35,&GeoPump36,&GeoPump37,&GeoPump38,&GeoPump39,&GeoPump40,
&GeoPump41,&GeoPump42,&GeoPump43,&GeoPump44,&GeoPump45,&GeoPump46,&GeoPump47,&GeoPump48,
&GeoPump49,&GeoPump50,&GeoPump51,&GeoPump52,&GeoPump53,&GeoPump54,&GeoPump55,&GeoPump56,
&GeoPump57,&GeoPump58,&GeoPump59,&GeoPump60,&GeoPump61,&GeoPump62,&GeoPump63,&GeoPump64,
&GeoPump65,&GeoPump66,&GeoPump67,&GeoPump68,&GeoPump69,&GeoPump70,&GeoPump71,&GeoPump72,
&GeoPump73,&GeoPump74,&GeoPump75,&GeoPump76,&GeoPump77,&GeoPump78,&GeoPump79,&GeoPump80,
&GeoPump81,&GeoPump82,&GeoPump83,&GeoPump84,&GeoPump85,&GeoPump86,&GeoPump87,&GeoPump88,
&GeoPump89,&GeoPump90,&GeoPump91,&GeoPump92,&GeoPump93,&GeoPump94,&GeoPump95,&GeoPump96,
&GeoPump97,&GeoPump98,&GeoPump99,&GeoPump100,&GeoPump101,&GeoPump102,&GeoPump103,&GeoPump104,
&GeoPump105,&GeoPump106,&GeoPump107,&GeoPump108,&GeoPump109,&GeoPump110,&GeoPump111,&GeoPump112,
&GeoPump113,&GeoPump114,&GeoPump115,&GeoPump116,&GeoPump117,&GeoPump118,&GeoPump119,&GeoPump120,
&GeoPump121,&GeoPump122,&GeoPump123,&GeoPump124,&GeoPump125,&GeoPump126,&GeoPump127,&GeoPump128,
&GeoPump129,&GeoPumpFactory::masterGeoPump};

---

Variable Documentation

const int formatBase = GL_BYTE [static]

Definition at line 349 of file OSGGeoPumpFactory.cpp.

const int numFormats = GL_DOUBLE - GL_BYTE + 1 [static]

Definition at line 350 of file OSGGeoPumpFactory.cpp.

char* formatNames[] [static]

Initial value:

{   "GL_BYTE", "GL_UNSIGNED_BYTE", "GL_SHORT", "GL_UNSIGNED_SHORT",
    "GL_INT", "GL_UNSIGNED_INT", "GL_FLOAT", "GL_2_BYTES",
    "GL_3_BYTES", "GL_4_BYTES", "GL_DOUBLE"
}

Definition at line 352 of file OSGGeoPumpFactory.cpp.

iS

Definition at line 1529 of file OSGGeoPumpFactory.cpp.

rS

Definition at line 1529 of file OSGGeoPumpFactory.cpp.

iN

Definition at line 1531 of file OSGGeoPumpFactory.cpp.

rN

Definition at line 1531 of file OSGGeoPumpFactory.cpp.

iT

Definition at line 1535 of file OSGGeoPumpFactory.cpp.

rT

Definition at line 1535 of file OSGGeoPumpFactory.cpp.

iT1

Definition at line 1543 of file OSGGeoPumpFactory.cpp.

rT1

Definition at line 1543 of file OSGGeoPumpFactory.cpp.

iT2

Definition at line 1559 of file OSGGeoPumpFactory.cpp.

rT2

Definition at line 1559 of file OSGGeoPumpFactory.cpp.

iT3

Definition at line 1591 of file OSGGeoPumpFactory.cpp.

rT3

Definition at line 1591 of file OSGGeoPumpFactory.cpp.

Char8 cvsid_cpp[] = "@(#)$Id: $" [static]

Definition at line 3081 of file OSGGeoPumpFactory.cpp.

Char8 cvsid_hpp[] = OSGGEOPUMPFACTORY_HEADER_CVSID [static]

Definition at line 3082 of file OSGGeoPumpFactory.cpp.

Char8 cvsid_inl[] = OSGGEOPUMPFACTORY_INLINE_CVSID [static]

Definition at line 3083 of file OSGGeoPumpFactory.cpp.