===========================================================
.___ __ __
_________________ __ __ __| _/|__|/ |_
/ ___\_` __ \__ \ | | \/ __ | | \\_ __\
/ /_/ > | \// __ \| | / /_/ | | || |
\___ /|__| (____ /____/\____ | |__||__|
/_____/ \/ \/
grep rough audit - static analysis tool
v2.8 written by @Wireghoul
=================================[justanotherhacker.com]===
gnudatalanguage-0.9.9/obsolete/configure.in-435- else
gnudatalanguage-0.9.9/obsolete/configure.in:436: LIBS="$LIBS `$MagickConfig --libs`"
gnudatalanguage-0.9.9/obsolete/configure.in:437: INCLUDES="$INCLUDES `$MagickConfig --cppflags`"
gnudatalanguage-0.9.9/obsolete/configure.in:438: LDFLAGS="$LDFLAGS `$MagickConfig --ldflags`"
gnudatalanguage-0.9.9/obsolete/configure.in-439- fi
##############################################
gnudatalanguage-0.9.9/obsolete/configure.in-487- else
gnudatalanguage-0.9.9/obsolete/configure.in:488: LIBS="$LIBS `$GraphicsMagickConfig --libs`"
gnudatalanguage-0.9.9/obsolete/configure.in:489: INCLUDES="$INCLUDES `$GraphicsMagickConfig --cppflags`"
gnudatalanguage-0.9.9/obsolete/configure.in:490: LDFLAGS="$LDFLAGS `$GraphicsMagickConfig --ldflags`"
gnudatalanguage-0.9.9/obsolete/configure.in-491- fi
##############################################
gnudatalanguage-0.9.9/obsolete/configure.in-553- if test "x$nc_config" != "xno"; then
gnudatalanguage-0.9.9/obsolete/configure.in:554: LIBS="$LIBS `$nc_config --libs`"
gnudatalanguage-0.9.9/obsolete/configure.in:555: INCLUDES="$INCLUDES `$nc_config --cflags`"
gnudatalanguage-0.9.9/obsolete/configure.in:556: ncdfincdir="`$nc_config --prefix`/include"
gnudatalanguage-0.9.9/obsolete/configure.in-557- else
##############################################
gnudatalanguage-0.9.9/obsolete/configure.in-847-dnl echo print sys.version.split\(\'.\'\)[\[0\]]+\".\"+sys.version.split\(\'.\'\)[\[1\]] >> $queryfile
gnudatalanguage-0.9.9/obsolete/configure.in:848: PYTHON_VERSION=`python $queryfile`
gnudatalanguage-0.9.9/obsolete/configure.in-849- rm $queryfile
##############################################
gnudatalanguage-0.9.9/obsolete/configure.in-883- AC_MSG_CHECKING([for Numpy include directory])
gnudatalanguage-0.9.9/obsolete/configure.in:884: pinc=`echo "import numpy; print numpy.get_include()" | $PYTHON - 2>/dev/null`
gnudatalanguage-0.9.9/obsolete/configure.in-885- AC_MSG_RESULT([${pinc:-unknown}])
##############################################
gnudatalanguage-0.9.9/obsolete/configure.in-1076-AC_DEFINE_DIR([EXEC_PREFIX], [exec_prefix], [--exec-prefix or default])
gnudatalanguage-0.9.9/obsolete/configure.in:1077:#AC_DEFINE([EXEC_PREFIX],[\"`echo ${exec_prefix}`\"],[GDL installation directory])
gnudatalanguage-0.9.9/obsolete/configure.in-1078-AC_DEFINE_DIR([GDLDATADIR], [datadir/$datasubdir], [$datadir/gnudatalanguage])
##############################################
gnudatalanguage-0.9.9/quick_start_GDL.sh-10-
gnudatalanguage-0.9.9/quick_start_GDL.sh:11:Absolute_PATH="`dirname \"$0\"`"
gnudatalanguage-0.9.9/quick_start_GDL.sh:12:Absolute_PATH="`( cd \"$Absolute_PATH\" && pwd )`"
gnudatalanguage-0.9.9/quick_start_GDL.sh-13-#
##############################################
gnudatalanguage-0.9.9/scripts/aptget4gdl.sh-32- # echo $dep
gnudatalanguage-0.9.9/scripts/aptget4gdl.sh:33: test_installed=( `LANG=C apt-cache policy $dep | grep "Installed:" ` )
gnudatalanguage-0.9.9/scripts/aptget4gdl.sh-34- if [ "${test_installed[1]}" == "(none)" ] ; then
##############################################
gnudatalanguage-0.9.9/scripts/aptget4gdl.sh-54-for dep in ${extra_dep_list[*]}; do
gnudatalanguage-0.9.9/scripts/aptget4gdl.sh:55: test_installed=( `LANG=C apt-cache policy $dep | grep "Installed:" ` )
gnudatalanguage-0.9.9/scripts/aptget4gdl.sh-56- if [ "${test_installed[1]}" == "(none)" ] ; then
##############################################
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-72- if [ $OS = 'Darwin' ] ; then
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh:73: md5value=`md5 -r $1 | cut -c -32`
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-74- else
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh:75: md5value=`md5sum $1 | cut -c -32`
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-76- fi
##############################################
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-195- if [ -x $RACINE/gsl-1.16/Compilation/bin/gsl-config ] ; then
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh:196: GSL_PATH=`$RACINE/gsl-1.16/Compilation/bin/gsl-config --prefix`
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-197- else
##############################################
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-204- echo "GSL PATH : "$GSL_PATH
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh:205: echo "GSL found, version : "`$GSL_PATH/bin/gsl-config --version`
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-206- echo "GSL (re)compilation SKIPPED !"
##############################################
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-231-if [ -x $CmakeEXE ] ; then
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh:232: cmake_version=`cmake --version | head -1 | awk -F " " '{print $3}'`
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-233- if [[ ${cmake_version:0:1} < "3" ]] ; then
##############################################
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-248- CmakeEXE=$RACINE/$CMAKE_DIR/bin/cmake
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh:249: cmake_version=`$CmakeEXE --version | head -1 | awk -F " " '{print $3}'`
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-250- do_cmake_compil=0
##############################################
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-270- CmakeEXE=$PWD/bin/cmake
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh:271: cmake_version=`$CmakeEXE --version | head -1 | awk -F " " '{print $3}'`
gnudatalanguage-0.9.9/scripts/minimum_script4gdl.sh-272-fi
##############################################
gnudatalanguage-0.9.9/scripts/which_packages_to_add.sh-2-if [[ -z /etc/issue ]] ; then
gnudatalanguage-0.9.9/scripts/which_packages_to_add.sh:3: line=`sed "/^[ \t]*$/d" /etc/issue | cut -d' ' -f1 | head -1`
gnudatalanguage-0.9.9/scripts/which_packages_to_add.sh-4-fi
##############################################
gnudatalanguage-0.9.9/src/basegdl.cpp-156-
gnudatalanguage-0.9.9/src/basegdl.cpp:157:void* BaseGDL::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/src/basegdl.cpp-158-{
gnudatalanguage-0.9.9/src/basegdl.cpp:159: throw GDLException("BaseGDL::DataAddr(...) called.");
gnudatalanguage-0.9.9/src/basegdl.cpp-160-}
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-1297- //*** POSSIBLE ERROR because of alignment here
gnudatalanguage-0.9.9/src/basic_fun.cpp:1298: void* srcAddr = static_cast<void*>( static_cast<char*>(p0->DataAddr()) +
gnudatalanguage-0.9.9/src/basic_fun.cpp-1299- offs);
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-1302-
gnudatalanguage-0.9.9/src/basic_fun.cpp:1303: // char* srcAddr = reinterpret_cast<char*>(p0->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-1304- // char* dstAddr = reinterpret_cast<char*>(&(*res)[0]);
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4031-
gnudatalanguage-0.9.9/src/basic_fun.cpp:4032: DLong *hh = static_cast<DLong*>(res->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-4033-
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4181- int iseven = ((nEl % 2) == 0 && e->KeywordSet(evenIx));
gnudatalanguage-0.9.9/src/basic_fun.cpp:4182: BaseGDL *res = new DDoubleGDL(quick_select_d((DDouble*) array->DataAddr(), nEl, iseven));
gnudatalanguage-0.9.9/src/basic_fun.cpp-4183-
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4240- int iseven=((nEl % 2) == 0 && e->KeywordSet(evenIx));
gnudatalanguage-0.9.9/src/basic_fun.cpp:4241: BaseGDL *res = new DFloatGDL(quick_select_f((DFloat*) array->DataAddr(), nEl, iseven));
gnudatalanguage-0.9.9/src/basic_fun.cpp-4242-
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4471- fastmedian::ctmf(
gnudatalanguage-0.9.9/src/basic_fun.cpp:4472: (unsigned char*) data->DataAddr(), (unsigned char*) res->DataAddr(),
gnudatalanguage-0.9.9/src/basic_fun.cpp-4473- width, height,
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4483- BaseGDL* res = new DDoubleGDL(data->Dim(), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/basic_fun.cpp:4484: fastmedian::median_filter_2d(width, height, radius, radius, 0, (DDouble*) data->DataAddr(), (DDouble*) res->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-4485- return res;
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4490- BaseGDL* res = new DDoubleGDL(data->Dim(), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/basic_fun.cpp:4491: fastmedian::median_filter_2d(width, height, radius, radius, 0, (DDouble*) data->DataAddr(), (DDouble*) res->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-4492- if (p0->Type() == GDL_BYTE) return res->Convert2(GDL_BYTE, BaseGDL::CONVERT);
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4498- BaseGDL* res = new DDoubleGDL(data->Dim(), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/basic_fun.cpp:4499: fastmedian::median_filter_1d(width, radius, 0, (DDouble*) data->DataAddr(), (DDouble*) res->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-4500- return res;
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4502- BaseGDL* res = data->Dup();
gnudatalanguage-0.9.9/src/basic_fun.cpp:4503: fastmedian::filter((DDouble*) res->DataAddr(), width, size, iseven);
gnudatalanguage-0.9.9/src/basic_fun.cpp-4504- return res;
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4511- BaseGDL* res = new DFloatGDL(data->Dim(), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/basic_fun.cpp:4512: fastmedian::median_filter_2d(width, height, radius, radius, 0, (DFloat*) data->DataAddr(), (DFloat*) res->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-4513- return res;
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4518- BaseGDL* res = new DFloatGDL(data->Dim(), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/basic_fun.cpp:4519: fastmedian::median_filter_2d(width, height, radius, radius, 0, (DFloat*) data->DataAddr(), (DFloat*) res->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-4520- if (p0->Type() == GDL_BYTE) return res->Convert2(GDL_BYTE, BaseGDL::CONVERT);
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4526- BaseGDL* res = new DFloatGDL(data->Dim(), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/basic_fun.cpp:4527: fastmedian::median_filter_1d(width, radius, 0, (DFloat*) data->DataAddr(), (DFloat*) res->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun.cpp-4528- return res;
##############################################
gnudatalanguage-0.9.9/src/basic_fun.cpp-4530- BaseGDL* res = data->Dup();
gnudatalanguage-0.9.9/src/basic_fun.cpp:4531: fastmedian::filter((DFloat*) res->DataAddr(), width, size, iseven);
gnudatalanguage-0.9.9/src/basic_fun.cpp-4532- if (p0->Type() == GDL_BYTE) return res->Convert2(GDL_BYTE, BaseGDL::CONVERT);
##############################################
gnudatalanguage-0.9.9/src/basic_op.cpp-1689- SM1<Ty>( mSz, nCol, nColEl, nRow,
gnudatalanguage-0.9.9/src/basic_op.cpp:1690: static_cast<Ty*>(right->DataAddr()),
gnudatalanguage-0.9.9/src/basic_op.cpp:1691: static_cast<Ty*>(this->DataAddr()),
gnudatalanguage-0.9.9/src/basic_op.cpp:1692: static_cast<Ty*>(res->DataAddr()));
gnudatalanguage-0.9.9/src/basic_op.cpp-1693-
##############################################
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-450- else
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp:451: memcpy(&argv[i-2], (void*) par->DataAddr(), par->Sizeof());
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-452- }
##############################################
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-467- {
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp:468: argv[i - 2] = (void*) par->DataAddr();
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-469- }
##############################################
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-677- if (NumericType(pType) || pType == GDL_PTR || pType == GDL_OBJ) {
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp:678: source = (void*) member->DataAddr();
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-679- length = member->NBytes();
##############################################
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-742- length = member->NBytes();
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp:743: dest = (void*) member->DataAddr();
gnudatalanguage-0.9.9/src/basic_pro_jmg.cpp-744- memcpy(dest, p, length);
##############################################
gnudatalanguage-0.9.9/src/convol.cpp-353- DFloat tmp=std::numeric_limits<float>::quiet_NaN();
gnudatalanguage-0.9.9/src/convol.cpp:354: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol.cpp-355- }
##############################################
gnudatalanguage-0.9.9/src/convol.cpp-357- DDouble tmp=std::numeric_limits<double>::quiet_NaN();
gnudatalanguage-0.9.9/src/convol.cpp:358: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol.cpp-359- }
##############################################
gnudatalanguage-0.9.9/src/convol.cpp-362- DComplex tmp=std::complex<DFloat>(std::numeric_limits<float>::quiet_NaN(),std::numeric_limits<float>::quiet_NaN());
gnudatalanguage-0.9.9/src/convol.cpp:363: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol.cpp-364- }
##############################################
gnudatalanguage-0.9.9/src/convol.cpp-366- DComplexDbl tmp=std::complex<DDouble>(std::numeric_limits<double>::quiet_NaN(),std::numeric_limits<double>::quiet_NaN());
gnudatalanguage-0.9.9/src/convol.cpp:367: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol.cpp-368- }
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-42- Data_<SpDLong>* dbiaskern = new Data_<SpDLong>( kIn->Dim(), BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:43: DLong* absker = static_cast<DLong*>( dabskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp:44: DLong* biasker = static_cast<DLong*>( dbiaskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-45-
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-48- Data_* res = New( dim, BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:49: DLong* ker = static_cast<DLong*>( kernel->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-50- DLong bias = (*static_cast<Data_<SpDLong>*>( biasIn))[0];
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-63- Data_<SpDLong>* dbiaskern = new Data_<SpDLong>( kIn->Dim(), BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:64: DLong* absker = static_cast<DLong*>( dabskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp:65: DLong* biasker = static_cast<DLong*>( dbiaskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-66-
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-69- Data_* res = New( dim, BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:70: DLong* ker = static_cast<DLong*>( kernel->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-71- DLong bias = (*static_cast<Data_<SpDLong>*>( biasIn))[0];
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-84- Data_<SpDLong>* dbiaskern = new Data_<SpDLong>( kIn->Dim(), BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:85: DLong* absker = static_cast<DLong*>( dabskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp:86: DLong* biasker = static_cast<DLong*>( dbiaskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-87-
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-90- Data_* res = New( dim, BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:91: DLong* ker = static_cast<DLong*>( kernel->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-92- DLong bias = (*static_cast<Data_<SpDLong>*>( biasIn))[0];
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-104- Data_<SpDLong>* dbiaskern = new Data_<SpDLong>( kIn->Dim(), BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:105: DLong* absker = static_cast<DLong*>( dabskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp:106: DLong* biasker = static_cast<DLong*>( dbiaskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-107-
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-110- Data_* res = New( dim, BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:111: DLong* ker = static_cast<DLong*>( kernel->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-112- DLong bias = (*static_cast<Data_<SpDLong>*>( biasIn))[0];
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-124- Data_<SpDLong64>* dbiaskern = new Data_<SpDLong64>( kIn->Dim(), BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:125: DLong64* absker = static_cast<DLong64*>( dabskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp:126: DLong64* biasker = static_cast<DLong64*>( dbiaskern->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-127-
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-130- Data_* res = New( dim, BaseGDL::ZERO);
gnudatalanguage-0.9.9/src/convol_inc.cpp:131: DLong64* ker = static_cast<DLong64*>( kernel->DataAddr());
gnudatalanguage-0.9.9/src/convol_inc.cpp-132- DLong64 bias = (*static_cast<Data_<SpDLong64>*>( biasIn))[0];
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-976-// DFloat tmp=std::numeric_limits<float>::quiet_NaN();
gnudatalanguage-0.9.9/src/convol_inc.cpp:977:// memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol_inc.cpp-978-// }
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-980-// DDouble tmp=std::numeric_limits<double>::quiet_NaN();
gnudatalanguage-0.9.9/src/convol_inc.cpp:981:// memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol_inc.cpp-982-// }
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-985-// DComplex tmp=std::complex<DFloat>(std::numeric_limits<float>::quiet_NaN(),std::numeric_limits<float>::quiet_NaN());
gnudatalanguage-0.9.9/src/convol_inc.cpp:986:// memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol_inc.cpp-987-// }
##############################################
gnudatalanguage-0.9.9/src/convol_inc.cpp-989-// DComplexDbl tmp=std::complex<DDouble>(std::numeric_limits<double>::quiet_NaN(),std::numeric_limits<double>::quiet_NaN());
gnudatalanguage-0.9.9/src/convol_inc.cpp:990:// memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/convol_inc.cpp-991-// }
##############################################
gnudatalanguage-0.9.9/src/datatypes.hpp-182-
gnudatalanguage-0.9.9/src/datatypes.hpp:183: void* DataAddr();// SizeT elem=0);
gnudatalanguage-0.9.9/src/datatypes.hpp-184-
##############################################
gnudatalanguage-0.9.9/src/dinterpreter.cpp-1059-
gnudatalanguage-0.9.9/src/dinterpreter.cpp:1060: // include (only when at $MAIN$)
gnudatalanguage-0.9.9/src/dinterpreter.cpp-1061- // during compilation this is handled by the interpreter
##############################################
gnudatalanguage-0.9.9/src/dstructgdl.hpp-200-
gnudatalanguage-0.9.9/src/dstructgdl.hpp:201:// void* DataAddr( SizeT elem)
gnudatalanguage-0.9.9/src/dstructgdl.hpp-202-// {
##############################################
gnudatalanguage-0.9.9/src/dstructgdl.hpp-204-// }
gnudatalanguage-0.9.9/src/dstructgdl.hpp:205:void* DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/src/dstructgdl.hpp-206-{
##############################################
gnudatalanguage-0.9.9/src/dstructgdl.hpp-210-}//elem];}
gnudatalanguage-0.9.9/src/dstructgdl.hpp:211:void* DataAddr(SizeT tag)// SizeT elem)
gnudatalanguage-0.9.9/src/dstructgdl.hpp-212-{
##############################################
gnudatalanguage-0.9.9/src/export.hpp-11- BaseGDL* data = new T1( dimension( nElem), GDL_BARR_INI_ZERO);
gnudatalanguage-0.9.9/src/export.hpp:12: bzero( data->DataAddr(), nElem*sizeof(T2));
gnudatalanguage-0.9.9/src/export.hpp-13- *p = data;
gnudatalanguage-0.9.9/src/export.hpp:14: return (T2 *) data->DataAddr();
gnudatalanguage-0.9.9/src/export.hpp-15-}
##############################################
gnudatalanguage-0.9.9/src/export.hpp-25- for( SizeT i=0; i<rank; i++) nElem *= dim[i];
gnudatalanguage-0.9.9/src/export.hpp:26: bzero( data->DataAddr(), nElem*sizeof(T2));
gnudatalanguage-0.9.9/src/export.hpp-27- }
##############################################
gnudatalanguage-0.9.9/src/export.hpp-29- *v = data;
gnudatalanguage-0.9.9/src/export.hpp:30: return (T2 *) data->DataAddr();
gnudatalanguage-0.9.9/src/export.hpp-31-}
##############################################
gnudatalanguage-0.9.9/src/gsl_fun.cpp-1031- DULongGDL* ret = new DULongGDL(dimension(MERSENNE_GSL_N + 4), BaseGDL::ZERO); //ZERO as not all elements are initialized here
gnudatalanguage-0.9.9/src/gsl_fun.cpp:1032: DULong* newstate = (DULong*) (ret->DataAddr());
gnudatalanguage-0.9.9/src/gsl_fun.cpp-1033- newstate[0] = seed;
##############################################
gnudatalanguage-0.9.9/src/hdf5_fun.cpp-611- }
gnudatalanguage-0.9.9/src/hdf5_fun.cpp:612: if (H5Aread(h5a_id, type, res->DataAddr()) < 0)
gnudatalanguage-0.9.9/src/hdf5_fun.cpp-613- { string msg; e->Throw(hdf5_error_message(msg)); }
##############################################
gnudatalanguage-0.9.9/src/hdf5_fun.cpp-786-
gnudatalanguage-0.9.9/src/hdf5_fun.cpp:787: if (H5Dread(h5d_id, type, memspace, h5s_id, H5P_DEFAULT, res->DataAddr()) < 0) {
gnudatalanguage-0.9.9/src/hdf5_fun.cpp-788- string msg;
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-42- if (strideKW == NULL)
gnudatalanguage-0.9.9/src/hdf_pro.cpp:43: SDreaddata(sds_id, start, NULL, edges, data->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-44- else
gnudatalanguage-0.9.9/src/hdf_pro.cpp:45: SDreaddata(sds_id, start, stride, edges, data->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-46- BaseGDL** p1 = &e->GetPar( 1);
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-246- if (strideKW == NULL)
gnudatalanguage-0.9.9/src/hdf_pro.cpp:247: SDwritedata(sds_id, start, NULL, edges, p1->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-248- else
gnudatalanguage-0.9.9/src/hdf_pro.cpp:249: SDwritedata(sds_id, start, stride, edges, p1->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-250- }
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-414- *dataKW = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/hdf_pro.cpp:415: SDreadattr(s_id, attrindex, (*dataKW)->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-416- break;
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-420- *dataKW = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/hdf_pro.cpp:421: SDreadattr(s_id, attrindex, (*dataKW)->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-422- break;
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-426- *dataKW = new DLongGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/hdf_pro.cpp:427: SDreadattr(s_id, attrindex, (*dataKW)->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-428- break;
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-432- *dataKW = new DIntGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/hdf_pro.cpp:433: SDreadattr(s_id, attrindex, (*dataKW)->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-434- break;
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-438- *dataKW = new DULongGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/hdf_pro.cpp:439: SDreadattr(s_id, attrindex, (*dataKW)->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-440- break;
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-444- *dataKW = new DUIntGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/hdf_pro.cpp:445: SDreadattr(s_id, attrindex, (*dataKW)->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-446- break;
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-561- Vgettagrefs(vg_id,
gnudatalanguage-0.9.9/src/hdf_pro.cpp:562: (int32 *) (*p1L)->DataAddr(),
gnudatalanguage-0.9.9/src/hdf_pro.cpp:563: (int32 *) (*p2L)->DataAddr(),
gnudatalanguage-0.9.9/src/hdf_pro.cpp-564- nentries);
##############################################
gnudatalanguage-0.9.9/src/hdf_pro.cpp-627- T* data = new T(dimension(dim_size), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/hdf_pro.cpp:628: SDgetdimscale(dim_id, data->DataAddr());
gnudatalanguage-0.9.9/src/hdf_pro.cpp-629- BaseGDL** scaleKW = &e->GetKW(2);
##############################################
gnudatalanguage-0.9.9/src/list.cpp-2707- }
gnudatalanguage-0.9.9/src/list.cpp:2708: DLong *hh = static_cast<DLong*>(indexLong->DataAddr());
gnudatalanguage-0.9.9/src/list.cpp-2709-// massage the indeces so that < 0 are back in range
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-807-
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:808: T2* res = (T2*) res_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:809: T2* data = (T2*) data_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-810- if (doMissing) {
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-860-
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:861: T2* res = (T2*) res_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:862: T2* data = (T2*) data_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-863-
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-994-
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:995: T2* res = (T2*) res_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:996: T2* data = (T2*) data_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-997-
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1105-
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1106: T2* res = (T2*) res_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1107: T2* data = (T2*) data_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1108- if (doMissing) {
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1168-
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1169: T2* res = (T2*) res_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1170: T2* data = (T2*) data_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1171-
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1310-
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1311: T2* res = (T2*) res_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1312: T2* data = (T2*) data_->DataAddr();
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1313-
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1482- if (p0->Type() == GDL_BYTE) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1483: return warp_linear0< DByteGDL, DByte>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1484- } else if (p0->Type() == GDL_INT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1485: return warp_linear0< DIntGDL, DInt>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1486- } else if (p0->Type() == GDL_UINT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1487: return warp_linear0< DUIntGDL, DUInt>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1488- } else if (p0->Type() == GDL_LONG) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1489: return warp_linear0< DLongGDL, DLong>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1490- } else if (p0->Type() == GDL_ULONG) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1491: return warp_linear0< DULongGDL, DULong>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1492- } else if (p0->Type() == GDL_LONG64) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1493: return warp_linear0< DLong64GDL, DLong64>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1494- } else if (p0->Type() == GDL_ULONG64) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1495: return warp_linear0< DULong64GDL, DULong64>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1496- } else if (p0->Type() == GDL_FLOAT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1497: return warp_linear0< DFloatGDL, DFloat>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1498- } else if (p0->Type() == GDL_DOUBLE) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1499: return warp_linear0< DDoubleGDL, DDouble>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1500- }
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1502- if (p0->Type() == GDL_BYTE) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1503: return warp_linear1< DByteGDL, DByte>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1504- } else if (p0->Type() == GDL_INT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1505: return warp_linear1< DIntGDL, DInt>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1506- } else if (p0->Type() == GDL_UINT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1507: return warp_linear1< DUIntGDL, DUInt>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1508- } else if (p0->Type() == GDL_LONG) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1509: return warp_linear1< DLongGDL, DLong>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1510- } else if (p0->Type() == GDL_ULONG) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1511: return warp_linear1< DULongGDL, DULong>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1512- } else if (p0->Type() == GDL_LONG64) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1513: return warp_linear1< DLong64GDL, DLong64>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1514- } else if (p0->Type() == GDL_ULONG64) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1515: return warp_linear1< DULong64GDL, DULong64>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1516- } else if (p0->Type() == GDL_FLOAT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1517: return warp_linear1< DFloatGDL, DFloat>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1518- } else if (p0->Type() == GDL_DOUBLE) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1519: return warp_linear1< DDoubleGDL, DDouble>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1520- }
##############################################
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1522- if (p0->Type() == GDL_BYTE) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1523: return warp_linear2< DByteGDL, DByte>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1524- } else if (p0->Type() == GDL_INT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1525: return warp_linear2< DIntGDL, DInt>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1526- } else if (p0->Type() == GDL_UINT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1527: return warp_linear2< DUIntGDL, DUInt>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1528- } else if (p0->Type() == GDL_LONG) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1529: return warp_linear2< DLongGDL, DLong>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1530- } else if (p0->Type() == GDL_ULONG) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1531: return warp_linear2< DULongGDL, DULong>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1532- } else if (p0->Type() == GDL_LONG64) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1533: return warp_linear2< DLong64GDL, DLong64>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1534- } else if (p0->Type() == GDL_ULONG64) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1535: return warp_linear2< DULong64GDL, DULong64>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1536- } else if (p0->Type() == GDL_FLOAT) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1537: return warp_linear2< DFloatGDL, DFloat>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1538- } else if (p0->Type() == GDL_DOUBLE) {
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp:1539: return warp_linear2< DDoubleGDL, DDouble>(nCol, nRow, p0, (DDouble*) P->DataAddr(),(DDouble*) Q->DataAddr(), cubicParameter, missing, doMissing);
gnudatalanguage-0.9.9/src/math_fun_jmg.cpp-1540- }
##############################################
gnudatalanguage-0.9.9/src/mpi.cpp-92- //cout << "Before gdl send" << (*p0)[0] << " nelem="<< nElem << endl;
gnudatalanguage-0.9.9/src/mpi.cpp:93: MPI_Send( (*p0).DataAddr(), nElem, mpi_type, dest, tag, MPI_COMM_WORLD);
gnudatalanguage-0.9.9/src/mpi.cpp-94- //cout << "after gdl send" << endl;
##############################################
gnudatalanguage-0.9.9/src/mpi.cpp-146- // MPI_Recv( &((*result)[0]), count, mpi_type, source, tag, MPI_COMM_WORLD, &status);
gnudatalanguage-0.9.9/src/mpi.cpp:147: MPI_Recv( (*result).DataAddr(), count, mpi_type, source, tag, MPI_COMM_WORLD, &status);
gnudatalanguage-0.9.9/src/mpi.cpp-148-
##############################################
gnudatalanguage-0.9.9/src/mpi.cpp-200- // MPI_Recv( &((*result)[0]), count, mpi_type, source, tag, MPI_COMM_WORLD, &status);
gnudatalanguage-0.9.9/src/mpi.cpp:201: MPI_Allreduce( (*p0).DataAddr(), (*result).DataAddr(), count,
gnudatalanguage-0.9.9/src/mpi.cpp-202- mpi_type, mpi_op, MPI_COMM_WORLD);
##############################################
gnudatalanguage-0.9.9/src/nullgdl.cpp-156-
gnudatalanguage-0.9.9/src/nullgdl.cpp:157:void* NullGDL::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/src/nullgdl.cpp-158-{
gnudatalanguage-0.9.9/src/nullgdl.cpp:159: throw GDLException("NullGDL::DataAddr(...) called.");
gnudatalanguage-0.9.9/src/nullgdl.cpp-160-}
##############################################
gnudatalanguage-0.9.9/src/nullgdl.hpp-115- /*virtual*/ bool EqType( const BaseGDL*) const;
gnudatalanguage-0.9.9/src/nullgdl.hpp:116: /*virtual*/ void* DataAddr();// SizeT elem=0);
gnudatalanguage-0.9.9/src/nullgdl.hpp-117- /*virtual*/ BaseGDL* New( const dimension& dim_, InitType noZero=ZERO) const;
##############################################
gnudatalanguage-0.9.9/src/objects.cpp-949- // cout<<"is MAC/*BSD"<<endl;
gnudatalanguage-0.9.9/src/objects.cpp:950: iff= popen("echo $(sysctl -n vm.loadavg|cut -d\" \" -f 3)", "r");
gnudatalanguage-0.9.9/src/objects.cpp-951- if (!iff)
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-385- for (int j=0; j < dim0; ++j) for (int i=0; i < dim1; ++i)(*mat)[i*dim1+j]=(*me)[j*dim0 + i];
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:386: memcpy(me->DataAddr(),mat->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-387- GDLDelete(mat);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-395- for(SizeT i=0; i<dim1; ++i) {(*Identity)[i*dim1+i]=(double)1.0;}
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:396: memcpy(me->DataAddr(),Identity->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-397- GDLDelete(Identity);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-418- DDoubleGDL* intermediary=mat->MatrixOp(me,false,false);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:419: memcpy(me->DataAddr(),intermediary->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-420- GDLDelete(intermediary);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-442- DDoubleGDL* intermediary=mat->MatrixOp(me,false,false);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:443: memcpy(me->DataAddr(),intermediary->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-444- GDLDelete(intermediary);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-483- DDoubleGDL* intermediary=maty->MatrixOp(mat,false,false);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:484: memcpy(mat->DataAddr(),intermediary->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-485- GDLDelete(intermediary);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-494- DDoubleGDL* intermediary=matz->MatrixOp(mat,false,false);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:495: memcpy(mat->DataAddr(),intermediary->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-496- GDLDelete(intermediary);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-501- DDoubleGDL* intermediary=mat->MatrixOp(me,false,false);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:502: memcpy(me->DataAddr(),intermediary->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-503- GDLDelete(intermediary);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-518- DDoubleGDL* intermediary=mat->MatrixOp(me,false,false);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:519: memcpy(me->DataAddr(),intermediary->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-520- GDLDelete(intermediary);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-533- DDoubleGDL* intermediary=mat->MatrixOp(me,false,false);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:534: memcpy(me->DataAddr(),intermediary->DataAddr(),dim0*dim1*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-535- GDLDelete(intermediary);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-661- DDoubleGDL* xyzw=new DDoubleGDL(dimension(nEl,4));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:662: memcpy(&((*xyzw)[0]),xValin->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:663: memcpy(&((*xyzw)[nEl]),yValin->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:664: if (zValin != NULL) memcpy(&((*xyzw)[2*nEl]),zValin->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-665- else for (int index=0; index< nEl; ++index){ (*xyzw)[2*nEl+index]=1.0;}
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-667- DDoubleGDL* trans=xyzw->MatrixOp(toWorld,false,true);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:668: memcpy(xValou->DataAddr(), trans->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:669: memcpy(yValou->DataAddr(), &(*trans)[nEl],nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:670: if (zValou != NULL) memcpy(zValou->DataAddr(), &(*trans)[2*nEl],nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-671- GDLDelete(trans);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-683- DDoubleGDL* xyzw=new DDoubleGDL(dimension(nEl,4));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:684: memcpy(&((*xyzw)[0]),decodedAxis[localCode[0]]->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:685: memcpy(&((*xyzw)[nEl]),decodedAxis[localCode[1]]->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:686: memcpy(&((*xyzw)[2*nEl]),decodedAxis[localCode[2]]->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-687- for (int index=0; index< nEl; ++index){ (*xyzw)[3*nEl+index]=1.0;}
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-688- DDoubleGDL* trans=xyzw->MatrixOp(t3dMatrix,false,true);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:689: memcpy(xValou->DataAddr(), trans->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:690: memcpy(yValou->DataAddr(), &(*trans)[nEl],nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-691- GDLDelete(trans);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-706- DDoubleGDL* xyzw=new DDoubleGDL(dimension(nEl,4));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:707: memcpy(&((*xyzw)[0]),xVal->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:708: memcpy(&((*xyzw)[nEl]),yVal->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:709: memcpy(&((*xyzw)[2*nEl]),zVal->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-710- for (int index=0; index< nEl; ++index){ (*xyzw)[3*nEl+index]=1.0;}
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-712- DDoubleGDL* trans=xyzw->MatrixOp(temp,false,true);
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:713: memcpy(xValou->DataAddr(), trans->DataAddr(),nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:714: memcpy(yValou->DataAddr(), &(*trans)[nEl],nEl*sizeof(double));
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-715- GDLDelete(trans);
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-934- if (translate->N_Elements() != 3) e->Throw("TRANSLATE parameter must be a [3] array.");
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:935: SelfTranslate3d(mat, (DDouble*)translate->DataAddr());
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-936- }
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-942- if (scale->N_Elements() != 3) e->Throw("SCALE parameter must be a [3] array.");
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:943: SelfScale3d(mat, (DDouble*)scale->DataAddr());
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-944- }
##############################################
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-950- if (rotate->N_Elements() != 3) e->Throw("ROTATE parameter must be a [3] array.");
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp:951: SelfRotate3d(mat, (DDouble*)rotate->DataAddr());
gnudatalanguage-0.9.9/src/plotting_convert_coord.cpp-952- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-952- {
gnudatalanguage-0.9.9/src/saverestore.cpp:953: char* addr = (char*) var->DataAddr();
gnudatalanguage-0.9.9/src/saverestore.cpp-954- if (!xdr_bytes(xdrs, &addr, &nEl, nEl)) cerr << "error GDL_BYTE" << endl;
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-958- {
gnudatalanguage-0.9.9/src/saverestore.cpp:959: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DInt), (xdrproc_t) xdr_int16_t)) cerr << "error GDL_INT" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-960- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-963- {
gnudatalanguage-0.9.9/src/saverestore.cpp:964: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DUInt), (xdrproc_t) xdr_uint16_t)) cerr << "error GDL_UINT" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-965- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-968- {
gnudatalanguage-0.9.9/src/saverestore.cpp:969: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (int32_t), (xdrproc_t) xdr_int32_t)) cerr << "error GDL_LONG" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-970- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-973- {
gnudatalanguage-0.9.9/src/saverestore.cpp:974: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DULong), (xdrproc_t) xdr_uint32_t)) cerr << "error GDL_ULONG" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-975- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-978- {
gnudatalanguage-0.9.9/src/saverestore.cpp:979: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DLong64), (xdrproc_t) xdr_int64_t)) cerr << "error GDL_LONG64" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-980- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-983- {
gnudatalanguage-0.9.9/src/saverestore.cpp:984: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DULong64), (xdrproc_t) xdr_uint64_t)) cerr << "error GDL_ULONG64" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-985- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-988- {
gnudatalanguage-0.9.9/src/saverestore.cpp:989: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DFloat), (xdrproc_t) xdr_float)) cerr << "error GDL_FLOAT" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-990- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-993- {
gnudatalanguage-0.9.9/src/saverestore.cpp:994: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DDouble), (xdrproc_t) xdr_double)) cerr << "error GDL_DOUBLE" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-995- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-999- u_int nEl2 = nEl * 2;
gnudatalanguage-0.9.9/src/saverestore.cpp:1000: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl2, sizeof (DFloat), (xdrproc_t) xdr_float)) cerr << "error GDL_COMPLEX" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1001- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1005- u_int nEl2 = nEl * 2;
gnudatalanguage-0.9.9/src/saverestore.cpp:1006: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl2, sizeof (DDouble), (xdrproc_t) xdr_double)) cerr << "error GDL_COMPLEXDBL" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1007- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1064- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1065: char* addr = (char*) var->DataAddr();
gnudatalanguage-0.9.9/src/saverestore.cpp-1066- if (!xdr_bytes(xdrs, &addr, &nEl, nEl)) cerr << "error GDL_BYTE" << endl;
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1070- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1071: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DInt), (xdrproc_t) xdr_int16_t)) cerr << "error GDL_INT" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1072- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1075- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1076: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DUInt), (xdrproc_t) xdr_uint16_t)) cerr << "error GDL_UINT" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1077- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1080- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1081: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (int32_t), (xdrproc_t) xdr_int32_t)) cerr << "error GDL_LONG" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1082- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1085- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1086: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DULong), (xdrproc_t) xdr_uint32_t)) cerr << "error GDL_ULONG" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1087- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1090- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1091: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DLong64), (xdrproc_t) xdr_int64_t)) cerr << "error GDL_LONG64" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1092- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1095- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1096: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DULong64), (xdrproc_t) xdr_uint64_t)) cerr << "error GDL_ULONG64" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1097- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1100- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1101: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DFloat), (xdrproc_t) xdr_float)) cerr << "error GDL_FLOAT" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1102- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1105- {
gnudatalanguage-0.9.9/src/saverestore.cpp:1106: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl, sizeof (DDouble), (xdrproc_t) xdr_double)) cerr << "error GDL_DOUBLE" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1107- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1111- u_int nEl2 = nEl * 2;
gnudatalanguage-0.9.9/src/saverestore.cpp:1112: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl2, sizeof (DFloat), (xdrproc_t) xdr_float)) cerr << "error GDL_COMPLEX" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1113- }
##############################################
gnudatalanguage-0.9.9/src/saverestore.cpp-1117- u_int nEl2 = nEl * 2;
gnudatalanguage-0.9.9/src/saverestore.cpp:1118: if (!xdr_vector(xdrs, (char*) var->DataAddr(), nEl2, sizeof (DDouble), (xdrproc_t) xdr_double)) cerr << "error GDL_COMPLEXDBL" << endl;
gnudatalanguage-0.9.9/src/saverestore.cpp-1119- }
##############################################
gnudatalanguage-0.9.9/src/smooth.cpp-160- BaseGDL* resi=im->Smooth(width, edgeMode, doNan, missi);
gnudatalanguage-0.9.9/src/smooth.cpp:161: DDouble* dresi=(DDouble*)resi->DataAddr();
gnudatalanguage-0.9.9/src/smooth.cpp:162: DDouble* dresr=(DDouble*)resr->DataAddr();
gnudatalanguage-0.9.9/src/smooth.cpp-163- for (SizeT i=0; i< this->N_Elements(); ++i) (*res)[i]=std::complex<DDouble>(dresr[i], dresr[i]);
##############################################
gnudatalanguage-0.9.9/src/smooth.cpp-185- BaseGDL* resi=im->Smooth(width, edgeMode, doNan, missi);
gnudatalanguage-0.9.9/src/smooth.cpp:186: DFloat* fresi=(DFloat*)resi->DataAddr();
gnudatalanguage-0.9.9/src/smooth.cpp:187: DFloat* fresr=(DFloat*)resr->DataAddr();
gnudatalanguage-0.9.9/src/smooth.cpp-188- for (SizeT i=0; i< this->N_Elements(); ++i) (*res)[i]=std::complex<DFloat>(fresr[i], fresr[i]);
##############################################
gnudatalanguage-0.9.9/src/smooth.cpp-285- DFloat tmp=std::numeric_limits<float>::quiet_NaN();
gnudatalanguage-0.9.9/src/smooth.cpp:286: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/smooth.cpp-287- }
##############################################
gnudatalanguage-0.9.9/src/smooth.cpp-289- DDouble tmp=std::numeric_limits<double>::quiet_NaN();
gnudatalanguage-0.9.9/src/smooth.cpp:290: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/smooth.cpp-291- }
##############################################
gnudatalanguage-0.9.9/src/smooth.cpp-299- // imag(tmp)=std::numeric_limits<double>::quiet_NaN();
gnudatalanguage-0.9.9/src/smooth.cpp:300: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/smooth.cpp-301- }
##############################################
gnudatalanguage-0.9.9/src/smooth.cpp-308- // tmp.imag()=std::numeric_limits<double>::quiet_NaN();
gnudatalanguage-0.9.9/src/smooth.cpp:309: memcpy((*missing).DataAddr(), &tmp, sizeof(tmp));
gnudatalanguage-0.9.9/src/smooth.cpp-310- }
##############################################
gnudatalanguage-0.9.9/src/smooth_inc.cpp-213- if (edgeMode==0){
gnudatalanguage-0.9.9/src/smooth_inc.cpp:214: Smooth1DNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-215- } else if (edgeMode==1) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:216: Smooth1DWrapNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-217- } else if (edgeMode==2) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:218: Smooth1DTruncateNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-219- } else if (edgeMode==3) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:220: Smooth1DZeroNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-221- } else if (edgeMode==4) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:222: Smooth1DMirrorNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-223- }
##############################################
gnudatalanguage-0.9.9/src/smooth_inc.cpp-227- if (edgeMode==0){
gnudatalanguage-0.9.9/src/smooth_inc.cpp:228: Smooth2DNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-229- } else if (edgeMode==1) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:230: Smooth2DWrapNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-231- } else if (edgeMode==2) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:232: Smooth2DTruncateNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-233- } else if (edgeMode==3) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:234: Smooth2DZeroNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-235- } else if (edgeMode==4) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:236: Smooth2DMirrorNan((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-237- }
##############################################
gnudatalanguage-0.9.9/src/smooth_inc.cpp-243- if (edgeMode==0){
gnudatalanguage-0.9.9/src/smooth_inc.cpp:244: SmoothPolyDNan((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-245- } else if (edgeMode==1) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:246: SmoothPolyDWrapNan((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-247- } else if (edgeMode==2) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:248: SmoothPolyDTruncateNan((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-249- } else if (edgeMode==3) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:250: SmoothPolyDZeroNan((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-251- } else if (edgeMode==4) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:252: SmoothPolyDMirrorNan((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-253- }
##############################################
gnudatalanguage-0.9.9/src/smooth_inc.cpp-257- if (gdlValid(missingValue)) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:258: SMOOTH_Ty* resty=(SMOOTH_Ty*)res->DataAddr();
gnudatalanguage-0.9.9/src/smooth_inc.cpp-259-#pragma omp for
##############################################
gnudatalanguage-0.9.9/src/smooth_inc.cpp-266- if (edgeMode==0){
gnudatalanguage-0.9.9/src/smooth_inc.cpp:267: Smooth1D((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-268- } else if (edgeMode==1) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:269: Smooth1DWrap((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-270- } else if (edgeMode==2) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:271: Smooth1DTruncate((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-272- } else if (edgeMode==3) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:273: Smooth1DZero((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-274- } else if (edgeMode==4) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:275: Smooth1DMirror((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, w);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-276- }
##############################################
gnudatalanguage-0.9.9/src/smooth_inc.cpp-280- if (edgeMode==0){
gnudatalanguage-0.9.9/src/smooth_inc.cpp:281: Smooth2D((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-282- } else if (edgeMode==1) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:283: Smooth2DWrap((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-284- } else if (edgeMode==2) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:285: Smooth2DTruncate((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-286- } else if (edgeMode==3) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:287: Smooth2DZero((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-288- } else if (edgeMode==4) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:289: Smooth2DMirror((SMOOTH_Ty*)data->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), dimx, dimy, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-290- }
##############################################
gnudatalanguage-0.9.9/src/smooth_inc.cpp-296- if (edgeMode==0){
gnudatalanguage-0.9.9/src/smooth_inc.cpp:297: SmoothPolyD((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-298- } else if (edgeMode==1) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:299: SmoothPolyDWrap((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-300- } else if (edgeMode==2) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:301: SmoothPolyDTruncate((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-302- } else if (edgeMode==3) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:303: SmoothPolyDZero((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-304- } else if (edgeMode==4) {
gnudatalanguage-0.9.9/src/smooth_inc.cpp:305: SmoothPolyDMirror((SMOOTH_Ty*)dataw->DataAddr(), (SMOOTH_Ty*)res->DataAddr(), srcDim, rank, width);
gnudatalanguage-0.9.9/src/smooth_inc.cpp-306- }
##############################################
gnudatalanguage-0.9.9/src/specializations.hpp-375-/*template<>
gnudatalanguage-0.9.9/src/specializations.hpp:376:void* Data_<SpDString>::DataAddr();//SizeT);*/
gnudatalanguage-0.9.9/src/specializations.hpp-377-// patch [1561592]
##############################################
gnudatalanguage-0.9.9/src/tiff.cxx-240- auto img = static_cast<T*>(image);
gnudatalanguage-0.9.9/src/tiff.cxx:241: auto ptr = reinterpret_cast<typename T::Ty*>(img->DataAddr());
gnudatalanguage-0.9.9/src/tiff.cxx-242- auto dim = img->Dim();
##############################################
gnudatalanguage-0.9.9/src/topython.cpp-61- // return //reinterpret_cast< PyObject*>
gnudatalanguage-0.9.9/src/topython.cpp:62: // (PyArray_SimpleNewFromData( n_dim, dimArr, item_type, DataAddr()));
gnudatalanguage-0.9.9/src/topython.cpp-63-
##############################################
gnudatalanguage-0.9.9/src/topython.cpp-69- }
gnudatalanguage-0.9.9/src/topython.cpp:70: memcpy(PyArray_DATA(ret), DataAddr(), this->N_Elements() * Data_<Sp>::Sizeof());
gnudatalanguage-0.9.9/src/topython.cpp-71- return ret;
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-122- //Stripack is lat, lon and IDL lon,lat
gnudatalanguage-0.9.9/src/triangulation.cpp:123: DLong ret0=stripack::trans_(&npts, (DDouble*)sc_yVal->DataAddr(), (DDouble*)sc_xVal->DataAddr(),(DDouble*)x->DataAddr(),(DDouble*)y->DataAddr(),(DDouble*)z->DataAddr());
gnudatalanguage-0.9.9/src/triangulation.cpp-124- SizeT listsize=6*npts-12;
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-132- DLong lnew=0;
gnudatalanguage-0.9.9/src/triangulation.cpp:133: DLong ret1=stripack::sph_trmesh_(&npts,(DDouble*)x->DataAddr(),(DDouble*)y->DataAddr(),(DDouble*)z->DataAddr(), (DLong*)list->DataAddr(), (DLong*)lptr->DataAddr(), (DLong*)lend->DataAddr(), &lnew, near__, next, dist, &ier);
gnudatalanguage-0.9.9/src/triangulation.cpp-134- free(dist);
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-175- DLong ntriangles = 0;
gnudatalanguage-0.9.9/src/triangulation.cpp:176: DLong ret2=stripack::sph_trlist_(&npts, (DLong*)list->DataAddr(), (DLong*)lptr->DataAddr(), (DLong*)lend->DataAddr(), &nrow, &ntriangles, ltri, &ier);
gnudatalanguage-0.9.9/src/triangulation.cpp-177- if (ier != 0)
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-201- DLong nt=0;
gnudatalanguage-0.9.9/src/triangulation.cpp:202: DLong ret3=stripack::sph_bnodes_(&npts, (DLong*)list->DataAddr(), (DLong*)lptr->DataAddr(), (DLong*)lend->DataAddr(), nodes, &nb, &na, &nt);
gnudatalanguage-0.9.9/src/triangulation.cpp-203- if (nb>0){
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-237-
gnudatalanguage-0.9.9/src/triangulation.cpp:238: DLong ret1=tripack::trmesh_(&npts, (DDouble*)xVal->DataAddr() , (DDouble*)yVal->DataAddr(), list, lptr, lend, &lnew, near__, next, dist, &ier);
gnudatalanguage-0.9.9/src/triangulation.cpp-239- free(near__);
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-450- if (nx < 1) e->Throw("XOUT must have >1 elements.");
gnudatalanguage-0.9.9/src/triangulation.cpp:451: plon=(DDouble*)xOut->DataAddr();
gnudatalanguage-0.9.9/src/triangulation.cpp-452- if (doDegree) for (int i=0; i<nx; ++i) plon[i]*=DToR;
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-462- if (ny < 1) e->Throw("YOUT must have >1 elements.");
gnudatalanguage-0.9.9/src/triangulation.cpp:463: plat=(DDouble*)yOut->DataAddr();
gnudatalanguage-0.9.9/src/triangulation.cpp-464- if (doDegree) for (int j=0; j<ny; ++j) plat[j]*=DToR;
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-496- DDouble sigma=1.;
gnudatalanguage-0.9.9/src/triangulation.cpp:497: DLong ret2=ssrfpack::unif_ (&npts,(DDouble*)xVal->DataAddr(), (DDouble*)yVal->DataAddr(),
gnudatalanguage-0.9.9/src/triangulation.cpp:498: (DDouble*)zVal->DataAddr(), (DDouble*)fval->DataAddr(),(DLong*)list->DataAddr(), (DLong*)lptr->DataAddr(),
gnudatalanguage-0.9.9/src/triangulation.cpp:499: (DLong*)lend->DataAddr(), &iflgs, &sigma, &ny, &ny, &nx, plat, plon, &iflgg,
gnudatalanguage-0.9.9/src/triangulation.cpp:500: &grad, (DDouble*)res->DataAddr() , &ier);
gnudatalanguage-0.9.9/src/triangulation.cpp-501- if (cleanplon) free(plon);
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-1009- if (nx < 1) e->Throw("XOUT must have >1 elements.");
gnudatalanguage-0.9.9/src/triangulation.cpp:1010: x=(DDouble*)xOut->DataAddr();
gnudatalanguage-0.9.9/src/triangulation.cpp-1011- } else {
##############################################
gnudatalanguage-0.9.9/src/triangulation.cpp-1020- if (ny < 1) e->Throw("YOUT must have >1 elements.");
gnudatalanguage-0.9.9/src/triangulation.cpp:1021: y=(DDouble*)yOut->DataAddr();
gnudatalanguage-0.9.9/src/triangulation.cpp-1022- } else {
##############################################
gnudatalanguage-0.9.9/src/widget.cpp-666- BaseGDL* transpose=testByte->Transpose(NULL);
gnudatalanguage-0.9.9/src/widget.cpp:667: wxImage tryImage=wxImage(transpose->Dim(1),transpose->Dim(2),static_cast<unsigned char*>(transpose->DataAddr()),TRUE); //STATIC DATA I BELIEVE.
gnudatalanguage-0.9.9/src/widget.cpp-668- bitmap = new wxBitmap(tryImage.Rotate90(false).Mirror(false));
##############################################
gnudatalanguage-0.9.9/src/widget.cpp-1094- if (testByte->Rank() == 2) {
gnudatalanguage-0.9.9/src/widget.cpp:1095: bitmap = new wxBitmap(static_cast<char*>(testByte->DataAddr()),testByte->Dim(0)*8,testByte->Dim(1),1);
gnudatalanguage-0.9.9/src/widget.cpp-1096- value.clear();
##############################################
gnudatalanguage-0.9.9/src/widget.cpp-1098- BaseGDL* transpose=testByte->Transpose(NULL);
gnudatalanguage-0.9.9/src/widget.cpp:1099: wxImage * tryImage=new wxImage(transpose->Dim(1),transpose->Dim(2),static_cast<unsigned char*>(transpose->DataAddr()),TRUE); //STATIC DATA I BELIEVE.
gnudatalanguage-0.9.9/src/widget.cpp-1100- GDLDelete( transpose );
##############################################
gnudatalanguage-0.9.9/src/widget.cpp-2527- if (testByte->Rank() == 2) {
gnudatalanguage-0.9.9/src/widget.cpp:2528: bitmap = new wxBitmap(static_cast<char*>(testByte->DataAddr()),testByte->Dim(0)*8,testByte->Dim(1),1);
gnudatalanguage-0.9.9/src/widget.cpp-2529- } else {
gnudatalanguage-0.9.9/src/widget.cpp-2530- BaseGDL* transpose=testByte->Transpose(NULL);
gnudatalanguage-0.9.9/src/widget.cpp:2531: wxImage * tryImage=new wxImage(transpose->Dim(1),transpose->Dim(2),static_cast<unsigned char*>(transpose->DataAddr()),TRUE); //STATIC DATA I BELIEVE.
gnudatalanguage-0.9.9/src/widget.cpp-2532- GDLDelete( transpose );
##############################################
gnudatalanguage-0.9.9/src/basic_fun_jmg.cpp-1090- if (par == NULL) return NULL;
gnudatalanguage-0.9.9/src/basic_fun_jmg.cpp:1091: // char* addr = static_cast<char*>(par->DataAddr());
gnudatalanguage-0.9.9/src/basic_fun_jmg.cpp-1092-
##############################################
gnudatalanguage-0.9.9/src/basic_pro.cpp-1375-
gnudatalanguage-0.9.9/src/basic_pro.cpp:1376: char* addr = static_cast<char*> (par->DataAddr());
gnudatalanguage-0.9.9/src/basic_pro.cpp-1377-
##############################################
gnudatalanguage-0.9.9/src/basic_pro.cpp-1402-
gnudatalanguage-0.9.9/src/basic_pro.cpp:1403: char* addr = static_cast<char*> (par->DataAddr());
gnudatalanguage-0.9.9/src/basic_pro.cpp-1404-
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-656- DULong64GDL* ret = new DULong64GDL(dimension(1+(DSFMT_N64+1)*maxNumberOfThreads()), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:657: DULong64* newstate = (DULong64*) (ret->DataAddr());
gnudatalanguage-0.9.9/src/randomgenerators.cpp-658- long k=0;
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-800- DLongGDL* res = new DLongGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:801: random_dlong((DLong*)res->DataAddr(), dsfmt_mem,res->N_Elements());
gnudatalanguage-0.9.9/src/randomgenerators.cpp-802- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-806- DULongGDL* res = new DULongGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:807: random_dulong((DULong*)res->DataAddr(), dsfmt_mem,res->N_Elements());
gnudatalanguage-0.9.9/src/randomgenerators.cpp-808- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-825- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:826: random_gamma((double*)res->DataAddr(), dsfmt_mem,res->N_Elements(), n);
gnudatalanguage-0.9.9/src/randomgenerators.cpp-827- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-830- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:831: random_gamma((float*)res->DataAddr(), dsfmt_mem,res->N_Elements(), n);
gnudatalanguage-0.9.9/src/randomgenerators.cpp-832- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-850- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:851: random_binomial((double*)res->DataAddr(), dsfmt_mem, res->N_Elements(), binomialKey);
gnudatalanguage-0.9.9/src/randomgenerators.cpp-852- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-855- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:856: random_binomial((float*)res->DataAddr(), dsfmt_mem, res->N_Elements(), binomialKey);
gnudatalanguage-0.9.9/src/randomgenerators.cpp-857- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-869- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:870: random_poisson((double*)res->DataAddr(), dsfmt_mem, res->N_Elements(), poissonKey);
gnudatalanguage-0.9.9/src/randomgenerators.cpp-871- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-874- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:875: random_poisson((float*)res->DataAddr(), dsfmt_mem, res->N_Elements(), poissonKey);
gnudatalanguage-0.9.9/src/randomgenerators.cpp-876- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-883- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:884: random_uniform((double*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/src/randomgenerators.cpp-885- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-888- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:889: random_uniform((float*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/src/randomgenerators.cpp-890- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-897- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:898: random_normal((double*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/src/randomgenerators.cpp-899- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/randomgenerators.cpp-902- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/src/randomgenerators.cpp:903: random_normal((float*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/src/randomgenerators.cpp-904- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/src/datatypes.cpp-1832-template< class Sp>
gnudatalanguage-0.9.9/src/datatypes.cpp:1833:void* Data_<Sp>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/src/datatypes.cpp-1834-{ return &(*this)[0];}//elem];}
##############################################
gnudatalanguage-0.9.9/src/datatypes.cpp-1836-// template<>
gnudatalanguage-0.9.9/src/datatypes.cpp:1837:// void* Data_<SpDString>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/src/datatypes.cpp-1838-// {
##############################################
gnudatalanguage-0.9.9/src/datatypes.cpp-1842-// template<>
gnudatalanguage-0.9.9/src/datatypes.cpp:1843:// void* Data_<SpDPtr>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/src/datatypes.cpp-1844-// {
##############################################
gnudatalanguage-0.9.9/src/datatypes.cpp-1848-// template<>
gnudatalanguage-0.9.9/src/datatypes.cpp:1849:// void* Data_<SpDObj>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/src/datatypes.cpp-1850-// {
##############################################
gnudatalanguage-0.9.9/src/magick_cl.cpp-660- image.setPixels(0,0,columns, rows);
gnudatalanguage-0.9.9/src/magick_cl.cpp:661: image.readPixels(IndexQuantum,(unsigned char*)bImage->DataAddr());
gnudatalanguage-0.9.9/src/magick_cl.cpp-662- image.syncPixels();
##############################################
gnudatalanguage-0.9.9/src/basegdl.hpp-527- virtual bool EqType( const BaseGDL*) const;
gnudatalanguage-0.9.9/src/basegdl.hpp:528: virtual void* DataAddr();// SizeT elem=0);
gnudatalanguage-0.9.9/src/basegdl.hpp-529- virtual BaseGDL* New( const dimension& dim_, InitType noZero=ZERO) const;
##############################################
gnudatalanguage-0.9.9/testsuite/try-20-# IDL_PATH="" IDL_STARTUP="" GDL_STARTUP="" GDL_PATH=+$1/src/pro:$1/testsuite \
gnudatalanguage-0.9.9/testsuite/try:21:# $1/src/gdl -quiet -e `echo $2 | cut -d/ -f2 | cut -d. -f1` &> /dev/null
gnudatalanguage-0.9.9/testsuite/try-22-IDL_PATH="" IDL_STARTUP="" GDL_STARTUP="" GDL_PATH=+$2/src/pro:$1/testsuite \
gnudatalanguage-0.9.9/testsuite/try:23: $2/src/gdl -quiet -e `echo $2 | cut -d/ -f2 | cut -d. -f1` &> /dev/null
##############################################
gnudatalanguage-0.9.9/debian/tests/test-gdl-15- if fgrep -q $f Makefile.am ; then
gnudatalanguage-0.9.9/debian/tests/test-gdl:16: t=`echo $f | sed s/.pro//`
gnudatalanguage-0.9.9/debian/tests/test-gdl-17- if ! grep -q ^$t\$ $IGNORE_TESTS ; then
##############################################
gnudatalanguage-0.9.9/debian/tests/test-gdl-38- if grep -q ^$t\$ $XFAIL_TESTS ; then
gnudatalanguage-0.9.9/debian/tests/test-gdl:39: xfail=`expr $xfail + 1`
gnudatalanguage-0.9.9/debian/tests/test-gdl-40- xfail_tests="$xfail_tests $t"
gnudatalanguage-0.9.9/debian/tests/test-gdl-41- else
gnudatalanguage-0.9.9/debian/tests/test-gdl:42: err=`expr $err + 1`
gnudatalanguage-0.9.9/debian/tests/test-gdl-43- err_tests="$err_tests $t"
##############################################
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_fun_jmg.cpp-1090- if (par == NULL) return NULL;
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_fun_jmg.cpp:1091: // char* addr = static_cast<char*>(par->DataAddr());
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_fun_jmg.cpp-1092-
##############################################
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_pro.cpp-1375-
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_pro.cpp:1376: char* addr = static_cast<char*> (par->DataAddr());
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_pro.cpp-1377-
##############################################
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_pro.cpp-1402-
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_pro.cpp:1403: char* addr = static_cast<char*> (par->DataAddr());
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/basic_pro.cpp-1404-
##############################################
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/magick_cl.cpp-656- image.setPixels(0,0,columns, rows);
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/magick_cl.cpp:657: image.readPixels(IndexQuantum,(unsigned char*)bImage->DataAddr());
gnudatalanguage-0.9.9/.pc/Fix-various-spelling-errors-found-by-lintian.patch/src/magick_cl.cpp-658- image.syncPixels();
##############################################
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-654- DULong64GDL* ret = new DULong64GDL(dimension(1+(DSFMT_N64+1)*maxNumberOfThreads()), BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:655: DULong64* newstate = (DULong64*) (ret->DataAddr());
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-656- long k=0;
##############################################
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-798- DLongGDL* res = new DLongGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:799: random_dlong((DLong*)res->DataAddr(), dsfmt_mem,res->N_Elements());
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-800- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-804- DULongGDL* res = new DULongGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:805: random_dulong((DULong*)res->DataAddr(), dsfmt_mem,res->N_Elements());
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-806- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-823- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:824: random_gamma((double*)res->DataAddr(), dsfmt_mem,res->N_Elements(), n);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-825- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-828- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:829: random_gamma((float*)res->DataAddr(), dsfmt_mem,res->N_Elements(), n);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-830- get_random_state(e, dsfmt_mem, seed);
##############################################
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-848- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:849: random_binomial((double*)res->DataAddr(), dsfmt_mem, res->N_Elements(), binomialKey);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-850- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-853- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:854: random_binomial((float*)res->DataAddr(), dsfmt_mem, res->N_Elements(), binomialKey);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-855- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-867- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:868: random_poisson((double*)res->DataAddr(), dsfmt_mem, res->N_Elements(), poissonKey);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-869- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-872- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:873: random_poisson((float*)res->DataAddr(), dsfmt_mem, res->N_Elements(), poissonKey);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-874- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-881- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:882: random_uniform((double*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-883- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-886- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:887: random_uniform((float*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-888- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-895- DDoubleGDL* res = new DDoubleGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:896: random_normal((double*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-897- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-900- DFloatGDL* res = new DFloatGDL(dim, BaseGDL::NOZERO);
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp:901: random_normal((float*)res->DataAddr(), dsfmt_mem, res->N_Elements());
gnudatalanguage-0.9.9/.pc/Disable-specialized-code-that-causes-problems-on-powerpc.patch/src/randomgenerators.cpp-902- get_random_state(e, dsfmt_mem, seed);
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gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1831-template< class Sp>
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp:1832:void* Data_<Sp>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1833-{ return &(*this)[0];}//elem];}
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gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1835-// template<>
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp:1836:// void* Data_<SpDString>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1837-// {
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gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1841-// template<>
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp:1842:// void* Data_<SpDPtr>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1843-// {
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gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1847-// template<>
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp:1848:// void* Data_<SpDObj>::DataAddr()// SizeT elem)
gnudatalanguage-0.9.9/.pc/Initial-attempt-at-python-3-support.patch/src/datatypes.cpp-1849-// {
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gnudatalanguage-0.9.9/.pc/Initialize-GraphicsMagick-on-library-load.patch/src/magick_cl.cpp-656- image.setPixels(0,0,columns, rows);
gnudatalanguage-0.9.9/.pc/Initialize-GraphicsMagick-on-library-load.patch/src/magick_cl.cpp:657: image.readPixels(IndexQuantum,(unsigned char*)bImage->DataAddr());
gnudatalanguage-0.9.9/.pc/Initialize-GraphicsMagick-on-library-load.patch/src/magick_cl.cpp-658- image.syncPixels();
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gnudatalanguage-0.9.9/.pc/Add-support-for-PROJ.4.patch/src/basegdl.hpp-525- virtual bool EqType( const BaseGDL*) const;
gnudatalanguage-0.9.9/.pc/Add-support-for-PROJ.4.patch/src/basegdl.hpp:526: virtual void* DataAddr();// SizeT elem=0);
gnudatalanguage-0.9.9/.pc/Add-support-for-PROJ.4.patch/src/basegdl.hpp-527- virtual BaseGDL* New( const dimension& dim_, InitType noZero=ZERO) const;