I have attempted to add a ADD_GLINT_SERIALIZER for the cases where I got
errors. I did as Robert suggested and just blindly cast to int.
Figured I'd post here first instead of to submissions since I have no
idea if this will break other builds, but it allows the serializers to
compile for me under the 10.4 SDK.
Martins
On 3/18/10 4:28 AM, Robert Osfield wrote:
HI Matrin& Wang Rui
On Thu, Mar 18, 2010 at 3:15 AM, Wang Rui<wangra...@gmail.com> wrote:
Hi Martins,
I have no experience in Mac. But it seems that type definition of
GLint changes to some other types in your system. In most other cases,
we have:
typedef int GLint;
in the gl.h header. And an ADD_INT_SERIALIZER is workable with it.
Maybe we should have more tests on 64bit systems and try to find out
if an independent ADD_GLINT_SERIALIZER was required to keep compatible
on different platforms.
An ADD_GLINT_SERIALIZER may well be required. We'd need to
static_cast the GLint to int for portability of the data format.
Robert.
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#include <osg/LineStipple>
#include <osgDB/ObjectWrapper>
#include <osgDB/InputStream>
#include <osgDB/OutputStream>
REGISTER_OBJECT_WRAPPER( LineStipple,
new osg::LineStipple,
osg::LineStipple,
"osg::Object osg::StateAttribute osg::LineStipple" )
{
ADD_GLINT_SERIALIZER( Factor, 1 ); // _factor
ADD_HEXSHORT_SERIALIZER( Pattern, 0xffff ); // _pattern
}
/* -*-c++-*- OpenSceneGraph - Copyright (C) 1998-2010 Robert Osfield
*
* This library is open source and may be redistributed and/or modified under
* the terms of the OpenSceneGraph Public License (OSGPL) version 0.0 or
* (at your option) any later version. The full license is in LICENSE file
* included with this distribution, and on the openscenegraph.org website.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* OpenSceneGraph Public License for more details.
*/
// Written by Wang Rui, (C) 2010
#ifndef OSGDB__SERIALIZER
#define OSGDB__SERIALIZER
#include <osg/ref_ptr>
#include <osg/Notify>
#include <osg/Object>
#include <osgDB/InputStream>
#include <osgDB/OutputStream>
#include <string>
#include <sstream>
namespace osgDB
{
#ifndef OBJECT_CAST
#define OBJECT_CAST static_cast
#endif
class IntLookup
{
public:
typedef int Value;
typedef std::map<std::string, Value> StringToValue;
typedef std::map<Value, std::string> ValueToString;
IntLookup() {}
unsigned int size() const { return _stringToValue.size(); }
void add( const char* str, Value value )
{
if ( _valueToString.find(value)!=_valueToString.end() )
{
osg::notify(osg::WARN) << "Duplicate enum value " << value
<< " with old string: " <<
_valueToString[value]
<< " and new string: " << str << std::endl;
}
_valueToString[value] = str;
_stringToValue[str] = value;
}
Value getValue( const char* str )
{
StringToValue::iterator itr = _stringToValue.find(str);
if ( itr==_stringToValue.end() )
{
Value value;
std::stringstream stream;
stream << str; stream >> value;
_stringToValue[str] = value;
return value;
}
return itr->second;
}
const std::string& getString( Value value )
{
ValueToString::iterator itr = _valueToString.find(value);
if ( itr==_valueToString.end() )
{
std::string str;
std::stringstream stream;
stream << value; stream >> str;
_valueToString[value] = str;
return _valueToString[value];
}
return itr->second;
}
protected:
StringToValue _stringToValue;
ValueToString _valueToString;
};
class UserLookupTableProxy
{
public:
typedef void (*AddValueFunc)( IntLookup* lookup );
UserLookupTableProxy( AddValueFunc func ) { if ( func ) (*func)(&_lookup); }
IntLookup _lookup;
};
#define BEGIN_USER_TABLE(NAME, CLASS) \
static void add_user_value_func_##NAME(osgDB::IntLookup*); \
static osgDB::UserLookupTableProxy
s_user_lookup_table_##NAME(&add_user_value_func_##NAME); \
static void add_user_value_func_##NAME(osgDB::IntLookup* lookup) { typedef
CLASS MyClass
#define ADD_USER_VALUE(VALUE) lookup->add(#VALUE, MyClass::VALUE)
#define END_USER_TABLE() }
#define USER_READ_FUNC(NAME, FUNCNAME) \
static int FUNCNAME(osgDB::InputStream& is) { \
int value; if (is.isBinary()) is >> value; \
else { std::string str; is >> str; \
value = (s_user_lookup_table_##NAME)._lookup.getValue(str.c_str()); } \
return value; }
#define USER_WRITE_FUNC(NAME, FUNCNAME) \
static void FUNCNAME(osgDB::OutputStream& os, int value) { \
if (os.isBinary()) os << value; \
else os << (s_user_lookup_table_##NAME)._lookup.getString(value); } \
class BaseSerializer : public osg::Referenced
{
public:
BaseSerializer() {}
virtual bool read( InputStream&, osg::Object& ) = 0;
virtual bool write( OutputStream&, const osg::Object& ) = 0;
virtual const std::string& getName() const = 0;
};
template<typename C>
class UserSerializer : public BaseSerializer
{
public:
typedef bool (*Checker)( const C& );
typedef bool (*Reader)( InputStream&, C& );
typedef bool (*Writer)( OutputStream&, const C& );
UserSerializer( const char* name, Checker cf, Reader rf, Writer wf )
: _name(name), _checker(cf), _reader(rf), _writer(wf) {}
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
if ( is.isBinary() )
{
bool ok = false; is >> ok;
if ( !ok ) return true;
}
else
{
if ( !is.matchString(_name) )
return true;
}
return (*_reader)(is, object);
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
bool ok = (*_checker)(object);
if ( os.isBinary() )
{
os << ok;
if ( !ok ) return true;
}
else
{
if ( !ok ) return true;
os << PROPERTY(_name.c_str());
}
return (*_writer)(os, object);
}
virtual const std::string& getName() const { return _name; }
protected:
std::string _name;
Checker _checker;
public:
Reader _reader;
Writer _writer;
};
template<typename P>
class TemplateSerializer : public BaseSerializer
{
public:
TemplateSerializer( const char* name )
: _name(name) {}
virtual bool read( InputStream& is, osg::Object& obj ) = 0;
virtual bool write( OutputStream& os, const osg::Object& obj ) = 0;
virtual const std::string& getName() const { return _name; }
protected:
std::string _name;
P _defaultValue;
};
template<typename C, typename P>
class PropByValSerializer : public TemplateSerializer<P>
{
public:
typedef TemplateSerializer<P> ParentType;
typedef P (C::*Getter)() const;
typedef void (C::*Setter)( P );
PropByValSerializer( const char* name, P def, Getter gf, Setter sf, bool
useHex=false )
: ParentType(name), _getter(gf), _setter(sf), _useHex(useHex)
{ ParentType::_defaultValue = def; }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
P value;
if ( is.isBinary() )
{
is >> value;
if ( ParentType::_defaultValue!=value )
(object.*_setter)( value );
}
else if ( is.matchString(ParentType::_name) )
{
if ( _useHex ) is >> std::hex;
is >> value;
if ( _useHex ) is >> std::dec;
(object.*_setter)( value );
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
if ( os.isBinary() )
{
os << (object.*_getter)();
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str());
if ( _useHex ) os << std::hex;
os << (object.*_getter)();
if ( _useHex ) os << std::dec;
os << std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
protected:
bool _useHex;
};
template<typename C, typename P>
class PropByRefSerializer : public TemplateSerializer<P>
{
public:
typedef TemplateSerializer<P> ParentType;
typedef const P& CP;
typedef CP (C::*Getter)() const;
typedef void (C::*Setter)( CP );
PropByRefSerializer( const char* name, CP def, Getter gf, Setter sf )
: ParentType(name), _getter(gf), _setter(sf)
{ ParentType::_defaultValue = def; }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
P value;
if ( is.isBinary() )
{
is >> value;
if ( ParentType::_defaultValue!=value )
(object.*_setter)( value );
}
else if ( is.matchString(ParentType::_name) )
{
is >> value;
(object.*_setter)( value );
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
if ( os.isBinary() )
{
os << (object.*_getter)();
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str()) << (object.*_getter)()
<< std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
};
template<typename C>
class MatrixSerializer : public TemplateSerializer<osg::Matrix>
{
public:
typedef TemplateSerializer<osg::Matrix> ParentType;
typedef const osg::Matrix& (C::*Getter)() const;
typedef void (C::*Setter)( const osg::Matrix& );
MatrixSerializer( const char* name, const osg::Matrix& def, Getter gf,
Setter sf )
: ParentType(name), _getter(gf), _setter(sf)
{ ParentType::_defaultValue = def; }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
osg::Matrix value;
if ( is.isBinary() )
{
readMatrixImplementation( is, value );
if ( ParentType::_defaultValue!=value )
(object.*_setter)( value );
}
else if ( is.matchString(ParentType::_name) )
{
readMatrixImplementation( is, value );
(object.*_setter)( value );
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
if ( os.isBinary() )
{
os << (object.*_getter)();
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str()) << (object.*_getter)()
<< std::endl;
}
return true;
}
protected:
void readMatrixImplementation( InputStream& is, osg::Matrix& matrix )
{
if ( is.getUseFloatMatrix() )
{
osg::Matrixf realValue; is >> realValue;
matrix = realValue;
}
else
{
osg::Matrixd realValue; is >> realValue;
matrix = realValue;
}
}
public:
Getter _getter;
Setter _setter;
};
template<typename C, typename P>
class GLenumSerializer : public TemplateSerializer<P>
{
public:
typedef TemplateSerializer<P> ParentType;
typedef P (C::*Getter)() const;
typedef void (C::*Setter)( P );
GLenumSerializer( const char* name, P def, Getter gf, Setter sf )
: ParentType(name), _getter(gf), _setter(sf)
{ ParentType::_defaultValue = def; }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
if ( is.isBinary() )
{
GLenum value; is >> value;
if ( ParentType::_defaultValue!=static_cast<P>(value) )
(object.*_setter)( static_cast<P>(value) );
}
else if ( is.matchString(ParentType::_name) )
{
DEF_GLENUM(value); is >> value;
(object.*_setter)( static_cast<P>(value.get()) );
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
if ( os.isBinary() )
{
os << static_cast<GLenum>((object.*_getter)());
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str()) <<
GLENUM((object.*_getter)()) << std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
};
template<typename C>
class StringSerializer : public TemplateSerializer<std::string>
{
public:
typedef TemplateSerializer<std::string> ParentType;
typedef const std::string& (C::*Getter)() const;
typedef void (C::*Setter)( const std::string& );
StringSerializer( const char* name, const std::string& def, Getter gf,
Setter sf )
: ParentType(name), _getter(gf), _setter(sf)
{ ParentType::_defaultValue = def; }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
std::string value;
if ( is.isBinary() )
{
is >> value;
if ( ParentType::_defaultValue!=value )
(object.*_setter)( value );
}
else if ( is.matchString(ParentType::_name) )
{
is.readWrappedString( value );
if ( !value.empty() )
(object.*_setter)( value );
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
if ( os.isBinary() )
{
os << (object.*_getter)();
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str());
os.writeWrappedString( (object.*_getter)() );
os << std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
};
template<typename C, typename P>
class ObjectSerializer : public TemplateSerializer<P*>
{
public:
typedef TemplateSerializer<P*> ParentType;
typedef const P* (C::*Getter)() const;
typedef void (C::*Setter)( P* );
ObjectSerializer( const char* name, P* def, Getter gf, Setter sf )
: ParentType(name), _getter(gf), _setter(sf)
{ ParentType::_defaultValue = def; }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
bool hasObject = false;
if ( is.isBinary() )
{
is >> hasObject;
if ( hasObject )
{
P* value = dynamic_cast<P*>( is.readObject() );
if ( ParentType::_defaultValue!=value )
(object.*_setter)( value );
}
}
else if ( is.matchString(ParentType::_name) )
{
is >> hasObject;
if ( hasObject )
{
is >> BEGIN_BRACKET;
P* value = dynamic_cast<P*>( is.readObject() );
(object.*_setter)( value );
is >> END_BRACKET;
}
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
bool hasObject = ((object.*_getter)()!=NULL);
if ( os.isBinary() )
{
os << hasObject;
os.writeObject( (object.*_getter)() );
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str()) << hasObject;
if ( hasObject )
{
os << BEGIN_BRACKET << std::endl;
os.writeObject( (object.*_getter)() );
os << END_BRACKET;
}
os << std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
};
template<typename C, typename P>
class ImageSerializer : public TemplateSerializer<P*>
{
public:
typedef TemplateSerializer<P*> ParentType;
typedef const P* (C::*Getter)() const;
typedef void (C::*Setter)( P* );
ImageSerializer( const char* name, P* def, Getter gf, Setter sf )
: ParentType(name), _getter(gf), _setter(sf)
{ ParentType::_defaultValue = def; }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
bool hasObject = false;
if ( is.isBinary() )
{
is >> hasObject;
if ( hasObject )
{
P* value = dynamic_cast<P*>( is.readImage() );
if ( ParentType::_defaultValue!=value )
(object.*_setter)( value );
}
}
else if ( is.matchString(ParentType::_name) )
{
is >> hasObject;
if ( hasObject )
{
is >> BEGIN_BRACKET;
P* value = dynamic_cast<P*>( is.readImage() );
(object.*_setter)( value );
is >> END_BRACKET;
}
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
bool hasObject = ((object.*_getter)()!=NULL);
if ( os.isBinary() )
{
os << hasObject;
os.writeImage( (object.*_getter)() );
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str()) << hasObject;
if ( hasObject )
{
os << BEGIN_BRACKET << std::endl;
os.writeImage( (object.*_getter)() );
os << END_BRACKET;
}
os << std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
};
template<typename C, typename P, typename B>
class EnumSerializer : public TemplateSerializer<P>
{
public:
typedef TemplateSerializer<P> ParentType;
typedef P (C::*Getter)() const;
typedef B (C::*Setter)( P );
EnumSerializer( const char* name, P def, Getter gf, Setter sf )
: ParentType(name), _getter(gf), _setter(sf)
{ ParentType::_defaultValue = def; }
void add( const char* str, P value )
{ _lookup.add(str, static_cast<osgDB::IntLookup::Value>(value)); }
P getValue( const char* str )
{ return static_cast<P>(_lookup.getValue(str)); }
const std::string& getString( P value )
{ return _lookup.getString(static_cast<osgDB::IntLookup::Value>(value)); }
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
IntLookup::Value value;
if ( is.isBinary() )
{
is >> value;
if ( ParentType::_defaultValue!=static_cast<P>(value) )
(object.*_setter)( static_cast<P>(value) );
}
else if ( is.matchString(ParentType::_name) )
{
std::string str; is >> str;
(object.*_setter)( getValue(str.c_str()) );
}
return true;
}
virtual bool write( osgDB::OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
if ( os.isBinary() )
{
os << (osgDB::IntLookup::Value)(object.*_getter)();
}
else if ( ParentType::_defaultValue!=(object.*_getter)() )
{
os << PROPERTY((ParentType::_name).c_str()) <<
getString((object.*_getter)()) << std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
protected:
IntLookup _lookup;
};
template<typename C, typename P>
class ListSerializer : public TemplateSerializer<P>
{
public:
typedef TemplateSerializer<P> ParentType;
typedef typename P::value_type ValueType;
typedef typename P::const_iterator ConstIterator;
typedef const P& (C::*Getter)() const;
typedef void (C::*Setter)( const P& );
ListSerializer( const char* name, Getter gf, Setter sf )
: ParentType(name), _getter(gf), _setter(sf) {}
virtual bool read( InputStream& is, osg::Object& obj )
{
C& object = OBJECT_CAST<C&>(obj);
unsigned int size = 0;
P list;
if ( is.isBinary() )
{
is >> size;
for ( unsigned int i=0; i<size; ++i )
{
ValueType value;
is >> value;
list.push_back( value );
}
if ( size>0 ) (object.*_setter)( list );
}
else if ( is.matchString(ParentType::_name) )
{
is >> size;
if ( size>0 ) is >> BEGIN_BRACKET;
for ( unsigned int i=0; i<size; ++i )
{
ValueType value;
is >> value;
list.push_back( value );
}
if ( size>0 )
{
is >> END_BRACKET;
(object.*_setter)( list );
}
}
return true;
}
virtual bool write( OutputStream& os, const osg::Object& obj )
{
const C& object = OBJECT_CAST<const C&>(obj);
const P& list = (object.*_getter)();
unsigned int size = (unsigned int)list.size();
if ( os.isBinary() )
{
os << size;
for ( ConstIterator itr=list.begin();
itr!=list.end(); ++itr )
{
os << (*itr);
}
}
else if ( size>0 )
{
os << PROPERTY((ParentType::_name).c_str()) << size <<
BEGIN_BRACKET << std::endl;
for ( ConstIterator itr=list.begin();
itr!=list.end(); ++itr )
{
os << (*itr);
}
os << END_BRACKET << std::endl;
}
return true;
}
public:
Getter _getter;
Setter _setter;
};
// ADDING MANIPULATORS
#define ADD_SERIALIZER(S) \
wrapper->addSerializer(S)
#define ADD_USER_SERIALIZER(PROP) \
wrapper->addSerializer( new osgDB::UserSerializer<MyClass>( \
#PROP, &check##PROP, &read##PROP, &write##PROP) )
#define ADD_BOOL_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, bool >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_SHORT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, short >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_USHORT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, unsigned
short >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_HEXSHORT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, unsigned
short >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP, true) )
#define ADD_INT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, int >(
\
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_UINT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, unsigned
int >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_GLINT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, GLint >( \
#PROP, ((int)(DEF)), &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_HEXINT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, unsigned
int >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP, true) )
#define ADD_FLOAT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, float >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_DOUBLE_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByValSerializer< MyClass, double >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_VEC3F_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass, osg::Vec3f
>( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_VEC3D_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass, osg::Vec3d
>( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_VEC3_SERIALIZER(PROP, DEF) ADD_VEC3F_SERIALIZER(PROP, DEF)
#define ADD_VEC4F_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass, osg::Vec4f
>( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_VEC4D_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass, osg::Vec4d
>( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_VEC4_SERIALIZER(PROP, DEF) ADD_VEC4F_SERIALIZER(PROP, DEF)
#define ADD_QUAT_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass, osg::Quat
>( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_PLANE_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass, osg::Plane
>( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_MATRIXF_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass,
osg::Matrixf >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_MATRIXD_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::PropByRefSerializer< MyClass,
osg::Matrixd >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_MATRIX_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::MatrixSerializer< MyClass >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_GLENUM_SERIALIZER(PROP, TYPE, DEF) \
wrapper->addSerializer( new osgDB::GLenumSerializer< MyClass, TYPE >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_STRING_SERIALIZER(PROP, DEF) \
wrapper->addSerializer( new osgDB::StringSerializer< MyClass >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_OBJECT_SERIALIZER(PROP, TYPE, DEF) \
wrapper->addSerializer( new osgDB::ObjectSerializer< MyClass, TYPE >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_IMAGE_SERIALIZER(PROP, TYPE, DEF) \
wrapper->addSerializer( new osgDB::ImageSerializer< MyClass, TYPE >( \
#PROP, DEF, &MyClass::get##PROP, &MyClass::set##PROP) )
#define ADD_LIST_SERIALIZER(PROP, TYPE) \
wrapper->addSerializer( new osgDB::ListSerializer< MyClass, TYPE >( \
#PROP, &MyClass::get##PROP, &MyClass::set##PROP) )
#define BEGIN_ENUM_SERIALIZER(PROP, DEF) \
{ typedef osgDB::EnumSerializer<MyClass, MyClass::PROP, void> MySerializer;
\
osg::ref_ptr<MySerializer> serializer = new MySerializer( \
#PROP, MyClass::DEF, &MyClass::get##PROP, &MyClass::set##PROP)
#define BEGIN_ENUM_SERIALIZER2(PROP, TYPE, DEF) \
{ typedef osgDB::EnumSerializer<MyClass, TYPE, void> MySerializer; \
osg::ref_ptr<MySerializer> serializer = new MySerializer( \
#PROP, MyClass::DEF, &MyClass::get##PROP, &MyClass::set##PROP)
#define BEGIN_ENUM_SERIALIZER3(PROP, DEF) \
{ typedef osgDB::EnumSerializer<MyClass, MyClass::PROP, bool> MySerializer;
\
osg::ref_ptr<MySerializer> serializer = new MySerializer( \
#PROP, MyClass::DEF, &MyClass::get##PROP, &MyClass::set##PROP)
#define BEGIN_ENUM_SERIALIZER4(PROPERTIES_CLASS, PROP, DEF) \
{ typedef osgDB::EnumSerializer<MyClass, PROPERTIES_CLASS::PROP, void>
MySerializer; \
osg::ref_ptr<MySerializer> serializer = new MySerializer( \
#PROP, PROPERTIES_CLASS::DEF, &MyClass::get##PROP, &MyClass::set##PROP)
#define ADD_ENUM_VALUE(VALUE) \
serializer->add(#VALUE, MyClass::VALUE)
#define ADD_ENUM_CLASS_VALUE(CLASS, VALUE) \
serializer->add(#VALUE, CLASS::VALUE)
#define END_ENUM_SERIALIZER() \
wrapper->addSerializer(serializer.get()); }
}
#endif
#include <osg/Texture>
#include <osgDB/ObjectWrapper>
#include <osgDB/InputStream>
#include <osgDB/OutputStream>
#define WRAP_FUNCTIONS( PROP, VALUE ) \
static bool check##PROP( const osg::Texture& tex ) { return true; } \
static bool read##PROP( osgDB::InputStream& is, osg::Texture& tex ) { \
DEF_GLENUM(mode); is >> mode; \
tex.setWrap( VALUE, (osg::Texture::WrapMode)mode.get() ); \
return true; \
} \
static bool write##PROP( osgDB::OutputStream& os, const osg::Texture& tex )
{ \
os << GLENUM(tex.getWrap(VALUE)) << std::endl; \
return true; \
}
WRAP_FUNCTIONS( WRAP_S, osg::Texture::WRAP_S )
WRAP_FUNCTIONS( WRAP_T, osg::Texture::WRAP_T )
WRAP_FUNCTIONS( WRAP_R, osg::Texture::WRAP_R )
#define FILTER_FUNCTIONS( PROP, VALUE ) \
static bool check##PROP( const osg::Texture& tex ) { return true; } \
static bool read##PROP( osgDB::InputStream& is, osg::Texture& tex ) { \
DEF_GLENUM(mode); is >> mode; \
tex.setFilter( VALUE, (osg::Texture::FilterMode)mode.get() ); \
return true; \
} \
static bool write##PROP( osgDB::OutputStream& os, const osg::Texture& tex )
{ \
os << GLENUM(tex.getFilter(VALUE)) << std::endl; \
return true; \
}
FILTER_FUNCTIONS( MIN_FILTER, osg::Texture::MIN_FILTER )
FILTER_FUNCTIONS( MAG_FILTER, osg::Texture::MAG_FILTER )
#define GL_FORMAT_FUNCTIONS( PROP ) \
static bool check##PROP( const osg::Texture& tex ) { \
return tex.get##PROP()!=GL_NONE; \
} \
static bool read##PROP( osgDB::InputStream& is, osg::Texture& tex ) { \
DEF_GLENUM(mode); is >> mode; tex.set##PROP( mode.get() ); \
return true; \
} \
static bool write##PROP( osgDB::OutputStream& os, const osg::Texture& tex )
{ \
os << GLENUM(tex.get##PROP()) << std::endl; \
return true; \
}
GL_FORMAT_FUNCTIONS( SourceFormat )
GL_FORMAT_FUNCTIONS( SourceType )
static bool checkInternalFormat( const osg::Texture& tex )
{ return tex.getInternalFormatMode()==osg::Texture::USE_USER_DEFINED_FORMAT; }
static bool readInternalFormat( osgDB::InputStream& is, osg::Texture& tex )
{
DEF_GLENUM(mode); is >> mode;
if ( tex.getInternalFormatMode()==osg::Texture::USE_USER_DEFINED_FORMAT )
tex.setInternalFormat( mode.get() );
return true;
}
static bool writeInternalFormat( osgDB::OutputStream& os, const osg::Texture&
tex )
{
if ( os.isBinary() &&
tex.getInternalFormatMode()!=osg::Texture::USE_USER_DEFINED_FORMAT )
os << GLENUM(GL_NONE) << std::endl; // Avoid use of OpenGL extensions
else
os << GLENUM(tex.getInternalFormat()) << std::endl;
return true;
}
REGISTER_OBJECT_WRAPPER( Texture,
/*new osg::Texture*/NULL,
osg::Texture,
"osg::Object osg::StateAttribute osg::Texture" )
{
ADD_USER_SERIALIZER( WRAP_S ); // _wrap_s
ADD_USER_SERIALIZER( WRAP_T ); // _wrap_t
ADD_USER_SERIALIZER( WRAP_R ); // _wrap_r
ADD_USER_SERIALIZER( MIN_FILTER ); // _min_filter
ADD_USER_SERIALIZER( MAG_FILTER ); // _mag_filter
ADD_FLOAT_SERIALIZER( MaxAnisotropy, 1.0f ); // _maxAnisotropy
ADD_BOOL_SERIALIZER( UseHardwareMipMapGeneration, true ); //
_useHardwareMipMapGeneration
ADD_BOOL_SERIALIZER( UnRefImageDataAfterApply, false ); //
_unrefImageDataAfterApply
ADD_BOOL_SERIALIZER( ClientStorageHint, false ); // _clientStorageHint
ADD_BOOL_SERIALIZER( ResizeNonPowerOfTwoHint, false ); //
_resizeNonPowerOfTwoHint
ADD_VEC4D_SERIALIZER( BorderColor, osg::Vec4d(0.0,0.0,0.0,0.0) ); //
_borderColor
ADD_GLINT_SERIALIZER( BorderWidth, 0 ); // _borderWidth
BEGIN_ENUM_SERIALIZER( InternalFormatMode, USE_IMAGE_DATA_FORMAT );
ADD_ENUM_VALUE( USE_IMAGE_DATA_FORMAT );
ADD_ENUM_VALUE( USE_USER_DEFINED_FORMAT );
ADD_ENUM_VALUE( USE_ARB_COMPRESSION );
ADD_ENUM_VALUE( USE_S3TC_DXT1_COMPRESSION );
ADD_ENUM_VALUE( USE_S3TC_DXT3_COMPRESSION );
ADD_ENUM_VALUE( USE_S3TC_DXT5_COMPRESSION );
END_ENUM_SERIALIZER(); // _internalFormatMode
ADD_USER_SERIALIZER( InternalFormat ); // _internalFormat
ADD_USER_SERIALIZER( SourceFormat ); // _sourceFormat
ADD_USER_SERIALIZER( SourceType ); // _sourceType
ADD_BOOL_SERIALIZER( ShadowComparison, false ); // _use_shadow_comparison
BEGIN_ENUM_SERIALIZER( ShadowCompareFunc, LEQUAL );
ADD_ENUM_VALUE( NEVER );
ADD_ENUM_VALUE( LESS );
ADD_ENUM_VALUE( EQUAL );
ADD_ENUM_VALUE( LEQUAL );
ADD_ENUM_VALUE( GREATER );
ADD_ENUM_VALUE( NOTEQUAL );
ADD_ENUM_VALUE( GEQUAL );
ADD_ENUM_VALUE( ALWAYS );
END_ENUM_SERIALIZER(); // _shadow_compare_func
BEGIN_ENUM_SERIALIZER( ShadowTextureMode, LUMINANCE );
ADD_ENUM_VALUE( LUMINANCE );
ADD_ENUM_VALUE( INTENSITY );
ADD_ENUM_VALUE( ALPHA );
END_ENUM_SERIALIZER(); // _shadow_texture_mode
ADD_FLOAT_SERIALIZER( ShadowAmbient, 0.0f ); // _shadow_ambient
}
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