[PD-cvs] externals/gridflow/optional/rblti LICENSE, NONE, 1.1 Makefile, NONE, 1.1 gen_ltilib_classes.py, NONE, 1.1 lti_manual.h, NONE, 1.1 rblti.i, NONE, 1.1 std_list_ruby.i, NONE, 1.1
Mathieu Bouchard
matju at users.sourceforge.net
Wed Mar 15 05:47:17 CET 2006
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Update of /cvsroot/pure-data/externals/gridflow/optional/rblti
In directory sc8-pr-cvs1.sourceforge.net:/tmp/cvs-serv23121
Added Files:
LICENSE Makefile gen_ltilib_classes.py lti_manual.h rblti.i
std_list_ruby.i
Log Message:
0.8.1
--- NEW FILE: gen_ltilib_classes.py ---
#!/usr/bin/env python
#******************************************************************************
# rblti, Copyright 2005 by Mathieu Bouchard and Heri Andria
# pylti, Copyright 2005 by Michael Neuroth
# a wrapper for ltilib using SWIG
#******************************************************************************
#
# Tool to generate header files for SWIG to process the nested classes "parameters"
#
# 1) generate XML files for the ltilib with doxygen (tested with version 1.4.3) (use this switch in doc.cfg file: GENERATE_XML = YES)
# 2) generate the new header files for SWIG with this python script
from xml.dom import minidom
import os
import sys
from distutils.text_file import TextFile
str_version = '0.32'
basedir=None
# handle the settings: WORKAREA has to be defined !
if len(sys.argv)>1:
basedir = sys.argv[1]
else:
workarea = os.getenv('WORKAREA')
# is pylti not part of the ltilib ? Yes --> than we need a directory structure of WORKAREA_PATH/import/ltilib/xml
if workarea<>None:
basedir = workarea+os.sep+'import'+os.sep+'ltilib'+os.sep+'xml'+os.sep
# check if we are in misc directory of the ltilib distribution (ltilib/misc/pylti)
# very simple way: navigate up and navigate down again
else:
strCheckPath = '..'+os.sep+'..'+os.sep+'misc'+os.sep+'pylti'+'-'+str_version
try:
# try to read lti.i, this is a good indication of a pylti directory
aTestFile = TextFile(filename=strCheckPath+os.sep+'lti.i')
basedir = '..'+os.sep+'..'+os.sep+'xml'+os.sep # move up ltipy and misc directory
except IOError: pass
output_dir = 'generated'
#output_dir = 'generated_ruby'
def f(x): return 'classlti_1_1'+x+'.xml'
#def g(x): return 'lti::_'+x+'::_'+x+'_parameters'
def g(x): return 'lti::_'+x+'::'+x+'_parameters'
# list of tuples with ( xml-file-name, full-qualified-name of the base class )
lst = [ (f('functor_1_1parameters'), 'lti::ioObject')
, (f('ioFunctor_1_1parameters'), g('functor'))
, (f('ioImage_1_1parameters'), g('ioFunctor'))
, (f('usePalette_1_1parameters'), g('functor'))
, (f('segmentation_1_1parameters'), g('functor'))
, (f('regionGrowing_1_1parameters'), g('segmentation'))
, (f('meanShiftSegmentation_1_1parameters'), g('segmentation'))
, (f('kMeansSegmentation_1_1parameters'), g('segmentation'))
, (f('whiteningSegmentation_1_1parameters'), g('segmentation'))
, (f('csPresegmentation_1_1parameters'), g('segmentation'))
, (f('colorQuantization_1_1parameters'), g('functor'))
, (f('kMColorQuantization_1_1parameters'), g('colorQuantization'))
, (f('viewerBase_1_1parameters'), g('functor'))
, (f('externViewer_1_1parameters'), g('viewerBase'))
, (f('objectsFromMask_1_1parameters'), g('segmentation'))
, (f('objectsFromMask_1_1objectStruct'), 'lti::ioObject')
, (f('tree_1_1node'), 'lti::ioObject')
, (f('featureExtractor_1_1parameters'), g('functor'))
, (f('globalFeatureExtractor_1_1parameters'),g('featureExtractor'))
, (f('localFeatureExtractor_1_1parameters'), g('featureExtractor'))
, (f('geometricFeatures_1_1parameters'), g('globalFeatureExtractor'))
, (f('localMoments_1_1parameters'), g('localFeatureExtractor'))
, (f('chromaticityHistogram_1_1parameters'), g('globalFeatureExtractor'))
, (f('modifier_1_1parameters'), g('functor'))
, (f('polygonApproximation_1_1parameters'), g('modifier'))
, (f('transform_1_1parameters'), g('functor'))
, (f('gradientFunctor_1_1parameters'), g('transform'))
, (f('skeleton_1_1parameters'), g('transform'))
, (f('colorContrastGradient_1_1parameters'), g('gradientFunctor'))
, (f('edgeDetector_1_1parameters'), g('modifier'))
, (f('classicEdgeDetector_1_1parameters'), g('edgeDetector'))
, (f('cannyEdges_1_1parameters'), g('edgeDetector'))
, (f('filter_1_1parameters'), g('modifier'))
, (f('convolution_1_1parameters'), g('filter'))
, (f('morphology_1_1parameters'), g('modifier'))
, (f('dilation_1_1parameters'), g('morphology'))
, (f('erosion_1_1parameters'), g('morphology'))
, (f('distanceTransform_1_1parameters'), g('morphology'))
, (f('classifier_1_1parameters'), 'lti::ioObject')
, (f('classifier_1_1outputTemplate'), 'lti::ioObject')
, (f('classifier_1_1outputVector'), 'lti::ioObject')
, (f('decisionTree_1_1parameters'), g('classifier'))
, (f('ioBMP_1_1parameters'), g('ioFunctor'))
, (f('ioPNG_1_1parameters'), g('ioFunctor'))
, (f('ioJPEG_1_1parameters'), g('ioFunctor'))
, (f('distanceTransform_1_1sedMask'), None)
]
# some constants
nl = '\n'
# Doku:
#-------
# 'memberdef' ==> 'kind'=function
# --> 'name'
# --> 'type' # Return Type
# --> 'param' # Argumente
# --> 'type'
def WriteFile(name,txt):
f = open(name,'w')
f.write(txt)
def GetAttribute(attribs,key):
for k,v in attribs:
if k==key:
return v
def GetValue(elem):
#print elem,elem.firstChild,elem.nodeType
if elem.nodeType == elem.TEXT_NODE:
return elem.data
elif elem.nodeType == elem.ELEMENT_NODE:
if elem.firstChild <> None:
s = ''
for e in elem.childNodes:
s += GetValue(e) #+' '
return s
return ''
elif elem.nodeType == elem.ATTRIBUTE_NODE:
return 'xxxx'
elif elem.firstChild.nodeType == elem.TEXT_NODE:
return elem.firstChild.data
return '???'
def GetValueForItem(node,itemname,bOnlyFirst=False):
s = ''
nodes = node.getElementsByTagName(itemname)
#print '>>>>>>>',nodes,itemname,len(nodes)
if bOnlyFirst:
s += GetValue( nodes[0] )
else:
for node in nodes:
s += GetValue( node )
s += ' '
return s
def ProcessFunction(member,classname,newclassname,bIsConst=False,bIsPureVirtual=False,bIsHeader=True):
s = ''
arg = 'arg'
names = member.getElementsByTagName('name')
# es sollte immer nur einen Namen geben !
nameNode = names[0]
name = GetValue(nameNode)
s += GetValueForItem(member,'type',bOnlyFirst=True)
s += ' '
if not bIsHeader:
s += classname+'::'
s += GetValueForItem(member,'name')
s += '( '
# Behandlung des Constructors
bIsConstructor = (name == classname)
params = member.getElementsByTagName('param')
for i in range(len(params)):
if i>0:
s += ', '
s += GetValueForItem(params[i],'type')
s += ' '+arg+str(i)
s += ' )'
if bIsConst:
s += ' const'
if bIsPureVirtual:
s += ' = 0'
if not bIsHeader:
s += nl
s += '{'+nl
s += ' '+'pObj->'+name+'('
for i in range(len(params)):
if i>0:
s += ', '
s += arg+str(i)
s += ');'+nl
s += '}'
s += ';'+nl
# dies ist fuer das manuelle name mangling notwendig !
s = s.replace(classname,newclassname)
return s
def VerifyParameterType(sType):
"""
Sonderbehandlung fuer den Typ, falls es ein parameters Typ ist,
notwendig, da der parameters Typ mit einem define umbenannt wird...
Beispiel: gradientFunctor::parameters --> gradientFunctor_parameters
"""
s = sType
elem = sType.split('::')
if len(elem)>1 and elem[-1]=='parameters':
s = 'lti_'+sType.replace('::','_')
print "FOUND:",s
return s
def ProcessAttribute(member):
s = ''
sType = GetValueForItem(member,'type',bOnlyFirst=True)
sType = VerifyParameterType(sType)
s += sType
s += ' '
s += GetValueForItem(member,'name')
s += GetValueForItem(member,'argsstring')
s += ';'
return s
def ProcessEnum(member):
s = ''
s += 'enum '
name = GetValueForItem(member,'name',bOnlyFirst=True)
# Behandlung der unbenannten enums
if name[0]=='@':
name = ''
s += name
s += ' {'+nl
items = member.getElementsByTagName('enumvalue')
for i in range(len(items)):
e = items[i]
if i>0:
s += ','
s += GetValueForItem(e,'name')
val = GetValueForItem(e,'initializer')
if val<>None and len(val)>0:
s += ' = ' + val
s += nl
s += '};'+nl
return s
def ProcessMember(member,classname,newclassname,bIsHeader):
s = ''
attribs = member.attributes.items()
if GetAttribute(attribs,'prot')=='public':
if GetAttribute(attribs,'kind')=='function':
s = ProcessFunction(member, classname, newclassname, GetAttribute(attribs,'const')=='yes', GetAttribute(attribs,'virt')=='pure-virtual', bIsHeader ) #, GetAttribute(attribs,'virtual')=='virtual'
elif GetAttribute(attribs,'kind')=='variable':
s = ProcessAttribute(member)
elif GetAttribute(attribs,'kind')=='enum':
s = ProcessEnum(member)
else:
s = '/* not a function or attribute */'
return s+'\n'
def ProcessAllMembers(theclassname,thenewclassname,members,bIsHeader=True,indent=' '*4):
s = ''
for member in members:
s += indent+ProcessMember(member,theclassname,thenewclassname,bIsHeader)
return s
def ProcessHeaderFile(classname,theclassname,thenewclassname,members,baseclassname=None):
s = ''
s += '#ifndef _'+thenewclassname+'_h'+nl
s += '#define _'+thenewclassname+'_h'+nl
s += nl
sClose = ''
names = classname.split('::')
sTypedef = 'typedef '
for n in range(len(names)):
if n<len(names)-1:
s += 'namespace '
sPre = ''
if n>0:
sPre += '_'
s += sPre+names[n]+' {'+nl
if n<len(names)-2:
sClose += '}'+nl
sTypedef += sPre+names[n]+'::'
s += 'class '+thenewclassname
if baseclassname<>None:
s += ' : public '+baseclassname
s += nl
s += '{'+nl
s += 'public:'+nl
s += ProcessAllMembers(theclassname,thenewclassname,members)
#s += 'private:'+nl
#s += ' /*pObj*/'+nl
s += '};'+nl
s += sClose
# s += sTypedef+thenewclassname+' '+thenewclassname[1:]+';'+nl # erstes _ vom Klassennamen entfernen
s += sTypedef+thenewclassname+' '+thenewclassname+';'+nl
s += '}'
s += nl
s += '#endif'+nl
return s
def ProcessCppFile(classname,theclassname,thenewclassname,members):
s = ''
s += nl
s += '#include "'+thenewclassname+'.h"'+nl
s += nl
s += ProcessAllMembers(theclassname,thenewclassname,members,bIsHeader=False,indent='')
s += nl
return s
def ProcessClass(classname,theclassname,thenewclassname,members,baseclassname=None):
s = ''
s += ProcessHeaderFile(classname,theclassname,thenewclassname,members,baseclassname)
s += nl
#s += ProcessCppFile(classname,theclassname,thenewclassname,members)
return s
def ProcessFile(filename,baseclassname,add_to_output=None):
dom = minidom.parse(filename)
#elem = dom.getElementsByTagName('compoundname')
members = dom.getElementsByTagName('memberdef')
classitem = dom.getElementsByTagName('compoundname')
classname = GetValue(classitem[0]) # lti::object
print "processing",classname,"...",
nameitems = classname.split('::')
theclassname = nameitems[-1] # object
s = ''
for i in range(len(nameitems)):
# ignoriere das erste lti::
if i>0:
# s += '_'
if i>1: s += '_' #to prevent class names starting with '_', Ruby hates that
s += nameitems[i]
thenewclassname = s #classname.replace('::','_') # lti_object
print thenewclassname
# outputfilename = thenewclassname
outputfilename = '_'+thenewclassname
if add_to_output<>None:
outputfilename += add_to_output
outputfilename += '.h'
s = ProcessClass(classname,theclassname,thenewclassname,members,baseclassname)
WriteFile(output_dir+os.sep+outputfilename,s)
def ProcessAllFiles(lst):
for e in lst:
filename = basedir+e[0]
ProcessFile(filename,e[1])
#-------------------------------------------------
ProcessAllFiles(lst)
--- NEW FILE: LICENSE ---
The GNU Lesser General Public License (LGPL)
Copyright (C) 1991, 1999 Free Software Foundation, Inc. 59 Temple
Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to
copy and distribute verbatim copies of this license document, but
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[This is the first released version of the Lesser GPL. It also counts
as the successor of the GNU Library Public License, version 2, hence
the version number 2.1.]
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END OF TERMS AND CONDITIONS
--- NEW FILE: lti_manual.h ---
/*
Do not delete,
here you can add manual wraped functions and classes...
*/
--- NEW FILE: std_list_ruby.i ---
/*
Lists
*/
%fragment("StdListTraits","header",fragment="StdSequenceTraits")
%{
namespace swig {
template <class T >
struct traits_asptr<std::list<T> > {
static int asptr(PyObject *obj, std::list<T> **lis) {
return traits_asptr_stdseq<std::list<T> >::asptr(obj, lis);
}
};
template <class T>
struct traits_from<std::list<T> > {
static PyObject *from(const std::list<T> & vec) {
return traits_from_stdseq<std::list<T> >::from(vec);
}
};
}
%}
#define %swig_list_methods(Type...) %swig_sequence_methods(Type)
#define %swig_list_methods_val(Type...) %swig_sequence_methods_val(Type);
%include <std/std_list.i>
--- NEW FILE: Makefile ---
LTIPREFIX = /usr/local
#LTIPREFIX = /home/matju
LIBS = $(LTIPREFIX)/lib/ltilib/libltir.a -lpng -ljpeg
INCS = -I$(LTIPREFIX)/include/ltilib -I/usr/share/swig1.3/std
PINC = -I/usr/include/python
RINC = -I`ruby -rrbconfig -e'h=Config::CONFIG;puts h["rubylibdir"]+"/"+h["arch"]'`
default:: python
python:: _pylti.so
python -c 'import pylti'
python testpylti.py fan.jpg
_pylti.so: pylti_wrap.o Makefile
g++ -shared -o _pylti.so pylti_wrap.o $(LIBS)
pylti_wrap.o: pylti_wrap.cxx
g++ $(PINC) -Ipatched $(INCS) -c pylti_wrap.cxx
pylti_wrap.cxx: ./swig/pylti.i
swig -v -c++ -python -DHAVE_LIBJPEG -DHAVE_LIBPNG -I./generated -I./patched \
$(INCS) -w509,-312,-362,-389 -o ./pylti_wrap.cxx ./swig/pylti.i
#swig -c++ -python -DHAVE_LIBJPEG -DHAVE_LIBPNG -I./generated_python -I./patched \
# $(INCS) -w509,-312,-362,-389 pylti.i
ruby:: rblti.so
ruby -e 'require "rblti"'
rblti.so: rblti_wrap.o Makefile
g++ -shared -o rblti.so rblti_wrap.o $(LIBS)
rblti_wrap.o: rblti_wrap.cxx
g++ $(RINC) -Ipatched $(INCS) -c rblti_wrap.cxx
rblti_wrap.s: rblti_wrap.cxx
g++ $(RINC) -Ipatched $(INCS) -S rblti_wrap.cxx
rblti_wrap.cxx: rblti.i
swig -c++ -ruby -DHAVE_LIBJPEG -DHAVE_LIBPNG -I./generated -I./patched \
-fcompact -fvirtual $(INCS) -w509,-312,-362,-389,-801,-314 rblti.i
clean::
rm -f \
pylti.so pylti_wrap.o pylti_wrap.cxx \
rblti.so rblti_wrap.o rblti_wrap.cxx
--- NEW FILE: rblti.i ---
//******************************************************************************
// rblti, Copyright 2005 by Mathieu Bouchard and Heri Andria
// pylti, Copyright 2005 by Michael Neuroth
// a wrapper for ltilib using SWIG
%module rblti
%rename(inplace_add) operator +=;
%rename(inplace_sub) operator -=;
%rename(inplace_mul) operator *=;
%rename(inplace_div) operator /=;
%rename(not_equal) operator !=;
%include "std_list_ruby.i"
%include "std_string.i"
//%include "std_list.i"
//%include "std_vector.i"
//%include "std_map.i"
using namespace std;
// sollte nach dem include der std_*.i Dateien stehen, ansonsten gibt swig einen Fehlercode zurueck !
//%feature("autodoc","1")
std::string _getStdString(std::string * pStr);
bool _setStdString(std::string * pStr, const std::string & strValue);
// for the access to c arrays
%include "carrays.i"
%array_functions(float,floatArray)
%array_functions(double,doubleArray)
%array_functions(int,intArray)
%array_class(float,floatArr)
%array_class(double,doubleArr)
%array_class(int,intArr)
//test:
//namespace std {
// %template(sdmap) map<string,double>; // TODO: does not work yet ...
//}
//namespace std {
// %template(vectordouble) vector<double>;
//}
// **************************************************************************
// **************************************************************************
// This part is for the c++ wrapper compile phase !
// This code will be copied into the wrapper-code (generated from swig)
%{
#include <string>
// TODO: to be removed, only for tests
std::string _getStdString(std::string * pStr) {return *pStr;}
bool _setStdString(std::string * pStr, const std::string & strValue) {
if(pStr) *pStr = strValue;
return !!pStr;
}
// </to-be-removed>
#undef PACKAGE_NAME
#undef PACKAGE_TARNAME
#undef PACKAGE_STRING
#undef PACKAGE_VERSION
#include "ltiObject.h"
//#include "ltiTypes.h"
#include "ltiIoHandler.h"
#include "ltiIoObject.h"
#include "ltiMathObject.h"
#include "ltiRGBPixel.h"
#include "ltiPoint.h"
#include "ltiPointList.h"
#include "ltiPolygonPoints.h"
#include "ltiGeometry.h"
#include "ltiGenericVector.h" // MODIFIED for SWIG !
#include "ltiVector.h"
#include "ltiArray.h"
#include "ltiGenericMatrix.h" // MODIFIED for SWIG !
#include "ltiMatrix.h" // MODIFIED for SWIG !
#include "ltiTree.h"
#include "ltiHistogram.h"
#include "ltiImage.h"
#include "ltiContour.h"
#include "ltiLinearKernels.h"
#include "ltiGradientKernels.h"
#include "ltiHessianKernels.h"
#include "ltiLaplacianKernel.h"
#include "ltiSecondDerivativeKernels.h"
#include "ltiFunctor.h"
// durch SWIG manipulierte typ parameters in functor wieder zurueck benennen
#define _functor functor // wegen Namenskonflikt mit schon deklarierter Klasse und dem Trick ueber den namespace um die Parameter-Klassen zu generieren (gen_ltilib_class.py)
#define _functor_parameters parameters // sezte den aus dem XML generierten Parameter-Klassen-Namen wieder zurueck auf den urspruenglichen Namen
// notwendig fuer die plain Methoden lti::write(...) und lti::read(...)
namespace lti {typedef lti::functor::parameters functor_parameters;}
#include "ltiModifier.h"
#define _modifier modifier
#define _modifier_parameters parameters
namespace lti {typedef lti::modifier::parameters modifier_parameters;}
#include "ltiFilter.h"
#define _filter filter
#define _filter_parameters parameters
namespace lti {typedef lti::filter::parameters filter_parameters;}
#include "ltiIOFunctor.h"
#define _ioFunctor ioFunctor
#define _ioFunctor_parameters parameters
namespace lti {typedef lti::ioFunctor::parameters ioFunctor_parameters;}
#include "ltiBMPFunctor.h"
#define _ioBMP ioBMP
#define _ioBMP_parameters parameters
#define lti_ioBMP_parameters ioBMP_parameters // TODO: PATCH !
namespace lti {typedef lti::ioBMP::parameters ioBMP_parameters;}
#include "ltiJPEGFunctor.h"
#define _ioJPEG ioJPEG
#define _ioJPEG_parameters parameters
#define lti_ioJPEG_parameters ioJPEG_parameters // TODO: PATCH !
namespace lti {typedef lti::ioJPEG::parameters ioJPEG_parameters;}
#include "ltiPNGFunctor.h"
#define _ioPNG ioPNG
#define _ioPNG_parameters parameters
#define lti_ioPNG_parameters ioPNG_parameters
namespace lti {typedef lti::ioPNG::parameters ioPNG_parameters;}
#include "ltiALLFunctor.h"
#define _ioImage ioImage
#define _ioImage_parameters parameters
#define ioImage_parameters parameters // TODO: PATCH !
namespace lti {typedef lti::ioImage::parameters ioImage_parameters;}
#include "ltiViewerBase.h"
#define _viewerBase viewerBase
#define _viewerBase_parameters parameters
namespace lti {typedef lti::viewerBase::parameters viewerBase_parameters;}
#include "ltiExternViewer.h"
#define _externViewer externViewer
#define _externViewer_parameters parameters
namespace lti {typedef lti::externViewer::parameters externViewer_parameters;}
#include "ltiSplitImage.h"
#include "ltiSplitImageTorgI.h"
#include "ltiUsePalette.h"
#define _usePalette usePalette
#define _usePalette_parameters parameters
namespace lti {typedef lti::usePalette::parameters usePalette_parameters;}
#include "ltiTransform.h"
#define _transform transform
#define _transform_parameters parameters
namespace lti {typedef lti::transform::parameters transform_parameters;}
#include "ltiGradientFunctor.h"
#define _gradientFunctor gradientFunctor
#define _gradientFunctor_parameters parameters
#define lti_gradientFunctor_parameters gradientFunctor_parameters // TODO: PATCH !
namespace lti {typedef lti::gradientFunctor::parameters gradientFunctor_parameters;}
#include "ltiColorContrastGradient.h"
#define _colorContrastGradient colorContrastGradient
#define _colorContrastGradient_parameters parameters
#define lti_colorContrastGradient_parameters colorContrastGradient_parameters // TODO: PATCH !
namespace lti {typedef lti::colorContrastGradient::parameters colorContrastGradient_parameters;}
#include "ltiEdgeDetector.h"
#define _edgeDetector edgeDetector
#define _edgeDetector_parameters parameters
namespace lti {typedef lti::edgeDetector::parameters edgeDetector_parameters;}
#include "ltiClassicEdgeDetector.h"
#define _classicEdgeDetector classicEdgeDetector
#define _classicEdgeDetector_parameters parameters
namespace lti {typedef lti::classicEdgeDetector::parameters classicEdgeDetector_parameters;}
#include "ltiCannyEdges.h"
#define _cannyEdges cannyEdges
#define _cannyEdges_parameters parameters
namespace lti {typedef lti::cannyEdges::parameters cannyEdges_parameters;}
#include "ltiConvolution.h"
#define _convolution convolution
#define _convolution_parameters parameters
namespace lti {typedef lti::convolution::parameters convolution_parameters;}
#include "ltiSegmentation.h"
#define _segmentation segmentation
#define _segmentation_parameters parameters
namespace lti {typedef lti::segmentation::parameters segmentation_parameters;}
#include "ltiRegionGrowing.h"
#define _regionGrowing regionGrowing
#define _regionGrowing_parameters parameters
namespace lti {typedef lti::regionGrowing::parameters regionGrowing_parameters;}
#include "ltiObjectsFromMask.h"
#define _objectsFromMask objectsFromMask
#define _objectsFromMask_parameters parameters
#define _objectsFromMask_objectStruct objectStruct
namespace lti {
typedef lti::objectsFromMask::objectStruct objectStruct;
typedef lti::objectsFromMask::objectStruct objectsFromMask_objectStruct;
typedef lti::objectsFromMask::parameters objectsFromMask_parameters;
}
////TODO: add better tree support !!!
////#define _tree tree
//#define _tree_objectStruct_node node
//#define _tree tree<objectStruct>
//namespace lti {
//typedef lti::tree<objectStruct>::node tree_objectStruct_node;
//}
#include "ltiPolygonApproximation.h"
#define _polygonApproximation polygonApproximation
#define _polygonApproximation_parameters parameters
namespace lti {typedef lti::polygonApproximation::parameters polygonApproximation_parameters;}
#include "ltiColorQuantization.h"
#define _colorQuantization colorQuantization
#define _colorQuantization_parameters parameters
namespace lti {typedef lti::colorQuantization::parameters colorQuantization_parameters;}
#include "ltiKMColorQuantization.h"
#define _kMColorQuantization kMColorQuantization
#define _kMColorQuantization_parameters parameters
namespace lti {
typedef lti::kMColorQuantization::parameters kMColorQuantization_parameters;
//typedef lti::kMColorQuantization::parameters lti_kMColorQuantization_parameters;
}
typedef lti::kMColorQuantization::parameters lti_kMColorQuantization_parameters;
#include "ltiMeanShiftSegmentation.h"
#define _meanShiftSegmentation meanShiftSegmentation
#define _meanShiftSegmentation_parameters parameters
namespace lti {typedef lti::meanShiftSegmentation::parameters meanShiftSegmentation_parameters;}
#include "ltiKMeansSegmentation.h"
#define _kMeansSegmentation kMeansSegmentation
#define _kMeansSegmentation_parameters parameters
namespace lti {
typedef lti::kMeansSegmentation::parameters kMeansSegmentation_parameters;
//typedef lti::kMeansSegmentation::parameters lti_kMeansSegmentation_parameters;
}
typedef lti::kMeansSegmentation::parameters lti_kMeansSegmentation_parameters;
#include "ltiWhiteningSegmentation.h"
#define _whiteningSegmentation whiteningSegmentation
#define _whiteningSegmentation_parameters parameters
namespace lti {typedef lti::whiteningSegmentation::parameters whiteningSegmentation_parameters;}
#include "ltiCsPresegmentation.h"
#define _csPresegmentation csPresegmentation
#define _csPresegmentation_parameters parameters
namespace lti {typedef lti::csPresegmentation::parameters csPresegmentation_parameters;}
#include "ltiFeatureExtractor.h"
#define _featureExtractor featureExtractor
#define _featureExtractor_parameters parameters
namespace lti {typedef lti::featureExtractor::parameters featureExtractor_parameters;}
#include "ltiGlobalFeatureExtractor.h"
#define _globalFeatureExtractor globalFeatureExtractor
#define _globalFeatureExtractor_parameters parameters
namespace lti {typedef lti::globalFeatureExtractor::parameters globalFeatureExtractor_parameters;}
#include "ltiGeometricFeatures.h"
#define _geometricFeatures geometricFeatures
#define _geometricFeatures_parameters parameters
namespace lti {typedef lti::geometricFeatures::parameters geometricFeatures_parameters;}
#include "ltiChromaticityHistogram.h"
#define _chromaticityHistogram chromaticityHistogram
#define _chromaticityHistogram_parameters parameters
namespace lti {typedef lti::chromaticityHistogram::parameters chromaticityHistogram_parameters;}
#include "ltiLocalFeatureExtractor.h"
#define _localFeatureExtractor localFeatureExtractor
#define _localFeatureExtractor_parameters parameters
namespace lti {typedef lti::localFeatureExtractor::parameters localFeatureExtractor_parameters;}
#include "ltiLocalMoments.h"
#define _localMoments localMoments
#define _localMoments_parameters parameters
namespace lti {typedef lti::localMoments::parameters localMoments_parameters;}
#include "ltiMorphology.h"
#define _morphology morphology
#define _morphology_parameters parameters
namespace lti {typedef lti::morphology::parameters morphology_parameters;}
#include "ltiDilation.h"
#define _dilation dilation
#define _dilation_parameters parameters
namespace lti {typedef lti::dilation::parameters dilation_parameters;}
#include "ltiErosion.h"
#define _erosion erosion
#define _erosion_parameters parameters
namespace lti {typedef lti::erosion::parameters erosion_parameters;}
#include "ltiDistanceTransform.h"
#define _distanceTransform distanceTransform
#define _distanceTransform_parameters parameters
namespace lti {typedef lti::distanceTransform::parameters distanceTransform_parameters;}
#include "ltiSkeleton.h"
#define _skeleton skeleton
#define _skeleton_parameters parameters
namespace lti {typedef lti::skeleton::parameters skeleton_parameters;}
#include "ltiClassifier.h"
#define _classifier classifier
#define _classifier_parameters parameters
#define _classifier_outputTemplate outputTemplate
#define _classifier_outputVector outputVector
namespace lti {
typedef lti::classifier::parameters classifier_parameters;
typedef lti::classifier::outputTemplate classifier_outputTemplate;
typedef lti::classifier::outputVector classifier_outputVector;
}
#include "ltiSupervisedInstanceClassifier.h"
#define _supervisedInstanceClassifier supervisedInstanceClassifier
#define _supervisedInstanceClassifier_parameters parameters
namespace lti {typedef lti::supervisedInstanceClassifier::parameters supervisedInstanceClassifier_parameters;}
/* TODO
#include "ltiDecisionTree.h"
#define _decisionTree decisionTree
#define _decisionTree_parameters parameters
namespace lti {
typedef lti::decisionTree::parameters decisionTree_parameters;
}
*/
#include "ltiSplitImageToHSI.h"
#include "ltiSplitImageToHSV.h"
#include "ltiSplitImageToHLS.h"
#include "ltiSplitImageToRGB.h"
#include "ltiSplitImageToYUV.h"
typedef std::ostream ostream;
typedef std::istream istream;
using namespace lti;
#include "lti_manual.h"
%}
// **************************************************************************
// This part is for the swig parser phase !
// This code will be used by swig to build up the type hierarchy.
// for successful mapping of const ubyte & to simple data types !!!
typedef unsigned char ubyte;
typedef signed char byte;
typedef unsigned short int uint16;
typedef signed short int int16;
typedef unsigned int uint32;
typedef signed int int32;
/* #ifdef LOSEDOWS
typedef unsigned __int64 uint64;
typedef signed __int64 int64;
#else
typedef unsigned long long uint64;
typedef signed long long int64;
#endif */
typedef point<int> ipoint;
%include "ltiObject.h"
%include "ltiIoHandler.h"
%include "ltiIoObject.h"
%include "ltiMathObject.h"
%include "ltiRGBPixel.h"
%include "ltiPoint.h"
namespace lti {
%template(ipoint) tpoint<int>;
%template(fpoint) tpoint<float>;
%template(dpoint) tpoint<double>;
}
%template(list_ipoint) std::list<lti::ipoint>;
%include "ltiPointList.h"
%extend lti::tpointList {
// TODO: add a better (pythonic) support for iterators
void * createIterator()
{
lti::tpointList<T>::iterator * pIter = new lti::tpointList<T>::iterator;
(*pIter) = self->begin();
return (void *) (pIter);
}
void deleteIterator(void *p)
{
lti::tpointList<T>::iterator * pIter = (lti::tpointList<T>::iterator *)p;
delete pIter;
}
bool isEnd(void *p)
{
lti::tpointList<T>::iterator * pIter = (lti::tpointList<T>::iterator *)p;
return *pIter == self->end();
}
tpoint<T> nextElement(void * p)
{
lti::tpointList<T>::iterator * pIter = (lti::tpointList<T>::iterator *)p;
tpoint<T> aPointOut = *(*pIter);
++(*pIter);
return aPointOut;
}
}
namespace lti {
%template(pointList) tpointList<int>;
}
%include "ltiPolygonPoints.h"
namespace lti {
// %template(ipolygonPoints) tpolygonPoints<int>; // PATCH in ltiPolygonPoints.h
}
%include "ltiGeometry.h"
namespace lti {
//TODO: %template(iintersection) intersection<ipoint>;
}
%include "ltiGenericVector.h"
%extend lti::genericVector {
// add index support for python (Warning: this is Python-specific!)
const T & __getitem__( int index )
{
return self->at(index);
}
void __setitem__( int index, const T & value )
{
(*self)[index] = value;
}
}
namespace lti {
%template(dgenericVector) genericVector<double>;
%template(fgenericVector) genericVector<float>;
%template(igenericVector) genericVector<int>;
%template(bgenericVector) genericVector<ubyte>;
%template(rgbgenericVector) genericVector<rgbPixel>;
}
%include "ltiVector.h"
namespace lti {
%template(dvector) vector<double>;
%template(fvector) vector<float>;
%template(ivector) vector<int>;
%template(uvector) vector<ubyte>;
%template(palette) vector<rgbPixel>;
}
%include "ltiArray.h"
namespace lti {
%template(iarray) array<int>;
%template(farray) array<float>;
%template(darray) array<double>;
%template(barray) array<ubyte>;
}
%include "ltiGenericMatrix.h"
%extend lti::genericMatrix {
// add index support for python (Warning: this is Python-specific!)
const T & __getitem__( int index )
{
return self->at(index);
}
void __setitem__( int index, const genericVector<T> & value )
{
(*self)[index] = value;
}
// TODO: check
// The original at()-method makes some problems! is it because of 'inline' ?
const T & at( int row, int col )
{
return self->at(row,col);
}
void setAt( int row, int col, const T & value )
{
(*self)[row][col] = value;
}
}
namespace lti {
%template(bgenericMatrix) genericMatrix<ubyte>;
%template(igenericMatrix) genericMatrix<int>;
%template(fgenericMatrix) genericMatrix<float>;
%template(dgenericMatrix) genericMatrix<double>;
%template(rgbPixelgenericMatrix) genericMatrix<rgbPixel>;
}
%include "ltiMatrix.h"
namespace lti {
%template(imatrix) matrix<int>;
%template(fmatrix) matrix<float>;
%template(dmatrix) matrix<double>;
%template(bmatrix) matrix<ubyte>;
%template(rgbPixelmatrix) matrix<rgbPixel>;
}
%include "ltiHistogram.h"
//namespace lti {
// %template(histogram) thistogram<double>;
//}
%include "ltiImage.h"
%include "ltiContour.h"
// has to be included AFTER the definition of borderPoints !!!
%include "_objectsFromMask_objectStruct.h"
#include "_objectsFromMask_objectStruct.h"
// TODO: add better tree support !
//%include "ltiTree.h"
//namespace lti {
// //%template(tree_objectStruct) tree<objectsFromMask_objectStruct>; // does not work because of a syntactical difference to tree<objectStruct>, unforunately is swig not so clever to handel that :-(
// %template(tree_objectStruct) tree<objectStruct>;
//}
////#define node tree_objectStruct_node
//%include "_tree_node.h"
%include "ltiLinearKernels.h"
namespace lti {
%template(ikernel1D) kernel1D<int>;
%template(fkernel1D) kernel1D<float>;
%template(dkernel1D) kernel1D<double>;
%template(bkernel1D) kernel1D<ubyte>;
%template(ikernel2D) kernel2D<int>;
%template(fkernel2D) kernel2D<float>;
%template(dkernel2D) kernel2D<double>;
%template(bkernel2D) kernel2D<ubyte>;
%template(isepKernel) sepKernel<int>;
%template(fsepKernel) sepKernel<float>;
%template(dsepKernel) sepKernel<double>;
%template(usepKernel) sepKernel<ubyte>;
}
%include "ltiGradientKernels.h"
namespace lti {
// TODO %template(igradientKernelX) gradientKernelX<int>;
}
%include "ltiHessianKernels.h"
%include "ltiLaplacianKernel.h"
%include "ltiSecondDerivativeKernels.h"
namespace lti {
%template(iandoKernelXX) andoKernelXX<int>;
%template(iandoKernelXY) andoKernelXY<int>;
%template(iandoKernelYY) andoKernelYY<int>;
%template(fandoKernelXX) andoKernelXX<float>;
%template(fandoKernelXY) andoKernelXY<float>;
%template(fandoKernelYY) andoKernelYY<float>;
}
// TODO: ok: mit SWIG 1.3.21 !!! und SWIG 1.3.24 + VC7
%template(list_ioPoints) std::list<lti::ioPoints>;
%template(list_borderPoints) std::list<lti::borderPoints>;
%template(list_areaPoints) std::list<lti::areaPoints>;
// parameters in functor (eindeutig) umbenennen
#define parameters functor_parameters
%include "_functor_parameters.h"
%include "ltiFunctor.h"
#undef parameters
#define parameters modifier_parameters
%include "_modifier_parameters.h"
%include "ltiModifier.h"
#undef parameters
#define parameters filter_parameters
%include "_filter_parameters.h"
%include "ltiFilter.h"
#undef parameters
#define parameters ioFunctor_parameters
%include "_ioFunctor_parameters.h"
%include "ltiIOFunctor.h"
#undef parameters
#define parameters ioBMP_parameters
%include "_ioBMP_parameters.h"
%include "ltiBMPFunctor.h"
#undef parameters
#define parameters ioJPEG_parameters
%include "_ioJPEG_parameters.h"
%include "ltiJPEGFunctor.h"
#undef parameters
#define parameters ioPNG_parameters
%include "_ioPNG_parameters.h"
%include "ltiPNGFunctor.h"
#undef parameters
#define parameters ioImage_parameters
%include "_ioImage_parameters.h"
%include "ltiALLFunctor.h"
#undef parameters
#define parameters viewerBase_parameters
%include "_viewerBase_parameters.h"
%include "ltiViewerBase.h"
#undef parameters
#define parameters externViewer_parameters
%include "_externViewer_parameters.h"
%include "ltiExternViewer.h"
#undef parameters
%include "ltiSplitImage.h"
%include "ltiSplitImageTorgI.h"
#define parameters usePalette_parameters
%include "_usePalette_parameters.h"
%include "ltiUsePalette.h"
#undef parameters
#define parameters transform_parameters
%include "_transform_parameters.h"
%include "ltiTransform.h"
#undef parameters
#define parameters gradientFunctor_parameters
%include "_gradientFunctor_parameters.h"
%include "ltiGradientFunctor.h"
#undef parameters
#define parameters colorContrastGradient_parameters
%include "_colorContrastGradient_parameters.h"
%include "ltiColorContrastGradient.h"
#undef parameters
#define parameters edgeDetector_parameters
%include "_edgeDetector_parameters.h"
%include "ltiEdgeDetector.h"
#undef parameters
#define parameters classicEdgeDetector_parameters
%include "_classicEdgeDetector_parameters.h"
%include "ltiClassicEdgeDetector.h"
#undef parameters
#define parameters cannyEdges_parameters
%include "_cannyEdges_parameters.h"
%include "ltiCannyEdges.h"
#undef parameters
// TODO: problems with private class accumulator !!! --> can we solve this with generated header file out of the XML-output ?
#define parameters convolution_parameters
%include "_convolution_parameters.h"
%include "ltiConvolution.h"
#undef parameters
#define parameters segmentation_parameters
%include "_segmentation_parameters.h"
%include "ltiSegmentation.h"
#undef parameters
#define parameters regionGrowing_parameters
%include "_regionGrowing_parameters.h"
%include "ltiRegionGrowing.h"
#undef parameters
////#define objectStruct objectsFromMask_objectStruct
//%include "_objectsFromMask_objectStruct.h"
////%include "ltiObjectsFromMask.h"
////#undef objectStruct
#define parameters objectsFromMask_parameters
%include "_objectsFromMask_parameters.h"
%include "ltiObjectsFromMask.h"
#undef parameters
#define parameters polygonApproximation_parameters
%include "_polygonApproximation_parameters.h"
%include "ltiPolygonApproximation.h"
#undef parameters
#define parameters colorQuantization_parameters
%include "_colorQuantization_parameters.h"
%include "ltiColorQuantization.h"
#undef parameters
#define parameters kMColorQuantization_parameters
%include "_kMColorQuantization_parameters.h"
%include "ltiKMColorQuantization.h"
#undef parameters
#define parameters meanShiftSegmentation_parameters
%include "_meanShiftSegmentation_parameters.h"
%include "ltiMeanShiftSegmentation.h"
#undef parameters
#define parameters kMeansSegmentation_parameters
%include "_kMeansSegmentation_parameters.h"
%include "ltiKMeansSegmentation.h"
#undef parameters
%extend lti::_kMeansSegmentation::_kMeansSegmentation_parameters {
// TODO: is there a better way to support complex attributes ?
// a helper method to set complex attributes of a parameters-class
void setQuantParameters(const lti::_kMColorQuantization::kMColorQuantization_parameters & value)
{
self->quantParameters = value;
}
};
#define parameters whiteningSegmentation_parameters
%include "_whiteningSegmentation_parameters.h"
%include "ltiWhiteningSegmentation.h"
#undef parameters
#define parameters csPresegmentation_parameters
%include "_csPresegmentation_parameters.h"
%include "ltiCsPresegmentation.h"
#undef parameters
#define parameters featureExtractor_parameters
%include "_featureExtractor_parameters.h"
%include "ltiFeatureExtractor.h"
#undef parameters
#define parameters globalFeatureExtractor_parameters
%include "_globalFeatureExtractor_parameters.h"
%include "ltiGlobalFeatureExtractor.h"
#undef parameters
#define parameters localFeatureExtractor_parameters
%include "_localFeatureExtractor_parameters.h"
%include "ltiLocalFeatureExtractor.h"
#undef parameters
#define parameters localMoments_parameters
%include "_localMoments_parameters.h"
%include "ltiLocalMoments.h"
#undef parameters
#define parameters geometricFeatures_parameters
%include "_geometricFeatures_parameters.h"
%include "ltiGeometricFeatures.h"
#undef parameters
#define parameters chromaticityHistogram_parameters
%include "_chromaticityHistogram_parameters.h"
%include "ltiChromaticityHistogram.h"
#undef parameters
#define parameters morphology_parameters
%include "_morphology_parameters.h"
%include "ltiMorphology.h"
#undef parameters
#define parameters dilation_parameters
%include "_dilation_parameters.h"
%include "ltiDilation.h"
#undef parameters
#define parameters erosion_parameters
%include "_erosion_parameters.h"
%include "ltiErosion.h"
#undef parameters
#define parameters distanceTransform_parameters
%rename (distanceTransform_sedMask) lti::distanceTransform::sedMask;
%include "_distanceTransform_parameters.h"
%include "ltiDistanceTransform.h"
#undef parameters
#define parameters skeleton_parameters
%include "_skeleton_parameters.h"
%include "ltiSkeleton.h"
#undef parameters
#define parameters classifier_parameters
#define outputTemplate classifier_outputTemplate
#define outputVector classifier_outputVector
%include "_classifier_outputVector.h"
%include "_classifier_outputTemplate.h"
%include "_classifier_parameters.h"
%include "ltiClassifier.h"
#undef parameters
#define parameters supervisedInstanceClassifier_parameters
//%include "_supervisedInstanceClassifier_parameters.h"
%include "ltiSupervisedInstanceClassifier.h"
#undef parameters
//#define parameters decisionTree_parameters
//%include "_decisionTree_parameters.h"
//%include "ltiDecisionTree.h"
//#undef parameters
%include "ltiSplitImageToHSI.h"
%extend lti::splitImageToHSI {
// transfer the HSI value as a rgbPixel (TODO: maybe better as a Python tuple? How?)
lti::rgbPixel apply( const rgbPixel &pixel )
{
ubyte H, S, I;
self->apply( pixel, H, S, I );
return lti::rgbPixel( H, S, I );
}
/* TODO --> does not work !
int[3] apply( const rgbPixel &pixel )
{
int ret[3];
ubyte H, S, I;
self->apply( pixel, H, S, I );
ret[0] = H;
ret[1] = S;
ret[2] = I;
return ret;
}
*/
}
%include "ltiSplitImageToHSV.h"
%include "ltiSplitImageToHLS.h"
%include "ltiSplitImageToRGB.h"
%include "ltiSplitImageToYUV.h"
// **************************************************************************
%include "lti_manual.h"
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