public void map(InfoMap infoMap) {
infoMap
.put(new Info("CvMoments").base("AbstractCvMoments"))
.put(new Info("_CvContourScanner").pointerTypes("CvContourScanner"))
.put(
new Info("CvContourScanner")
.valueTypes("CvContourScanner")
.pointerTypes("@ByPtrPtr CvContourScanner"))
.put(new Info("cvCalcBackProject").cppTypes("void", "IplImage**", "CvArr*", "CvHistogram*"))
.put(
new Info("cvCalcBackProjectPatch")
.cppTypes(
"void", "IplImage**", "CvArr*", "CvSize", "CvHistogram*", "int", "double"))
.put(new Info("cv::Vec4f", "cv::Vec6f").cast().pointerTypes("FloatPointer"));
}
public void map(InfoMap infoMap) {
infoMap
.put(
new Info("NOT_IMPLEMENTED", "NO_GPU", "CUDA_POST_KERNEL_CHECK")
.cppTypes()
.annotations())
.put(new Info("GFLAGS_GFLAGS_H_", "SWIG").define())
.put(new Info("cublasHandle_t", "curandGenerator_t").cast().valueTypes("Pointer"))
.put(
new Info("CBLAS_TRANSPOSE", "cublasStatus_t", "curandStatus_t", "hid_t")
.cast()
.valueTypes("int"))
.put(
new Info("std::string")
.annotations("@StdString")
.valueTypes("BytePointer", "String")
.pointerTypes("@Cast({\"char*\", \"std::string*\"}) BytePointer"))
.put(new Info("std::vector<std::string>").pointerTypes("StringVector").define())
.put(
new Info("google::protobuf::int8", "google::protobuf::uint8")
.cast()
.valueTypes("byte")
.pointerTypes("BytePointer", "ByteBuffer", "byte[]"))
.put(
new Info("google::protobuf::int16", "google::protobuf::uint16")
.cast()
.valueTypes("short")
.pointerTypes("ShortPointer", "ShortBuffer", "short[]"))
.put(
new Info("google::protobuf::int32", "google::protobuf::uint32")
.cast()
.valueTypes("int")
.pointerTypes("IntPointer", "IntBuffer", "int[]"))
.put(
new Info("google::protobuf::int64", "google::protobuf::uint64")
.cast()
.valueTypes("long")
.pointerTypes("LongPointer", "LongBuffer", "long[]"))
.put(
new Info(
"google::protobuf::Descriptor",
"google::protobuf::EnumDescriptor",
"google::protobuf::Message",
"google::protobuf::Metadata",
"google::protobuf::UnknownFieldSet",
"google::protobuf::io::CodedInputStream",
"google::protobuf::io::CodedOutputStream",
"leveldb::Iterator",
"leveldb::DB",
"MDB_txn",
"MDB_cursor",
"MDB_dbi",
"boost::mt19937")
.cast()
.pointerTypes("Pointer"))
.put(
new Info("google::protobuf::RepeatedField", "google::protobuf::RepeatedPtrField")
.skip());
String[] functionTemplates = {
"caffe_cpu_gemv",
"caffe_axpy",
"caffe_cpu_axpby",
"caffe_copy",
"caffe_set",
"caffe_memset",
"caffe_add_scalar",
"caffe_scal",
"caffe_sqr",
"caffe_add",
"caffe_sub",
"caffe_mul",
"caffe_div",
"caffe_powx",
"caffe_nextafter",
"caffe_rng_uniform",
"caffe_rng_gaussian",
"caffe_rng_bernoulli",
"caffe_rng_bernoulli",
"caffe_exp",
"caffe_abs",
"caffe_cpu_dot",
"caffe_cpu_strided_dot",
"caffe_cpu_hamming_distance",
"caffe_cpu_asum",
"caffe_sign",
"caffe_cpu_scale",
"caffe_gpu_gemm",
"caffe_gpu_gemv",
"caffe_gpu_axpy",
"caffe_gpu_axpby",
"caffe_gpu_memcpy",
"caffe_gpu_set",
"caffe_gpu_memset",
"caffe_gpu_add_scalar",
"caffe_gpu_scal",
"caffe_gpu_add",
"caffe_gpu_sub",
"caffe_gpu_mul",
"caffe_gpu_div",
"caffe_gpu_abs",
"caffe_gpu_exp",
"caffe_gpu_powx",
"caffe_gpu_rng_uniform",
"caffe_gpu_rng_gaussian",
"caffe_gpu_rng_bernoulli",
"caffe_gpu_dot",
"caffe_gpu_hamming_distance",
"caffe_gpu_asum",
"caffe_gpu_sign",
"caffe_gpu_sgnbit",
"caffe_gpu_fabs",
"caffe_gpu_scale",
"hdf5_load_nd_dataset_helper",
"hdf5_load_nd_dataset",
"hdf5_save_nd_dataset",
"im2col_cpu",
"col2im_cpu",
"im2col_gpu",
"col2im_gpu"
};
for (String t : functionTemplates) {
infoMap
.put(new Info("caffe::" + t + "<float>").javaNames(t + "_float"))
.put(new Info("caffe::" + t + "<double>").javaNames(t + "_double"));
}
String classTemplates[] = {
"Blob",
"DataTransformer",
"Filler",
"ConstantFiller",
"UniformFiller",
"GaussianFiller",
"PositiveUnitballFiller",
"XavierFiller",
"BaseDataLayer",
"BasePrefetchingDataLayer",
"DataLayer",
"DummyDataLayer",
"HDF5DataLayer",
"HDF5OutputLayer",
"ImageDataLayer",
"MemoryDataLayer",
"WindowDataLayer",
"Layer",
"LayerRegistry",
"LayerRegisterer",
"AccuracyLayer",
"LossLayer",
"ContrastiveLossLayer",
"EuclideanLossLayer",
"HingeLossLayer",
"InfogainLossLayer",
"MultinomialLogisticLossLayer",
"SigmoidCrossEntropyLossLayer",
"SoftmaxWithLossLayer",
"NeuronLayer",
"AbsValLayer",
"BNLLLayer",
"DropoutLayer",
"ExpLayer",
"PowerLayer",
"ReLULayer",
"SigmoidLayer",
"TanHLayer",
"ThresholdLayer",
"PReLULayer",
"ArgMaxLayer",
"ConcatLayer",
"EltwiseLayer",
"FlattenLayer",
"InnerProductLayer",
"MVNLayer",
"SilenceLayer",
"SoftmaxLayer",
"SplitLayer",
"SliceLayer",
"Net",
"Solver",
"SGDSolver",
"NesterovSolver",
"AdaGradSolver",
"BaseConvolutionLayer",
"ConvolutionLayer",
"DeconvolutionLayer",
"Im2colLayer",
"LRNLayer",
"PoolingLayer",
/* "CuDNNReLULayer", "CuDNNSigmoidLayer", "CuDNNTanHLayer", "CuDNNSoftmaxLayer", "CuDNNConvolutionLayer", "CuDNNPoolingLayer" */ };
for (String t : classTemplates) {
boolean purify =
t.equals("BaseDataLayer") || t.equals("LossLayer") || t.equals("NeuronLayer");
boolean virtualize = t.endsWith("Layer");
infoMap
.put(
new Info("caffe::" + t + "<float>")
.pointerTypes("Float" + t)
.purify(purify)
.virtualize(virtualize))
.put(
new Info("caffe::" + t + "<double>")
.pointerTypes("Double" + t)
.purify(purify)
.virtualize(virtualize));
}
infoMap
.put(
new Info(
"caffe::BasePrefetchingDataLayer<float>::InternalThreadEntry()",
"caffe::BasePrefetchingDataLayer<double>::InternalThreadEntry()")
.skip())
.put(new Info("caffe::GetFiller<float>").javaNames("GetFloatFiller"))
.put(new Info("caffe::GetFiller<double>").javaNames("GetDoubleFiller"))
.put(new Info("caffe::GetSolver<float>").javaNames("GetFloatSolver"))
.put(new Info("caffe::GetSolver<double>").javaNames("GetDoubleSolver"))
.put(
new Info("boost::shared_ptr<caffe::Blob<float> >")
.annotations("@SharedPtr")
.pointerTypes("FloatBlob"))
.put(
new Info("boost::shared_ptr<caffe::Blob<double> >")
.annotations("@SharedPtr")
.pointerTypes("DoubleBlob"))
.put(
new Info("std::vector<boost::shared_ptr<caffe::Blob<float> > >")
.pointerTypes("FloatBlobSharedVector")
.define())
.put(
new Info("std::vector<boost::shared_ptr<caffe::Blob<double> > >")
.pointerTypes("DoubleBlobSharedVector")
.define())
.put(
new Info("boost::shared_ptr<caffe::Layer<float> >")
.annotations(
"@Cast({\"\", \"boost::shared_ptr<caffe::Layer<float> >\"}) @SharedPtr")
.pointerTypes("FloatLayer"))
.put(
new Info("boost::shared_ptr<caffe::Layer<double> >")
.annotations(
"@Cast({\"\", \"boost::shared_ptr<caffe::Layer<double> >\"}) @SharedPtr")
.pointerTypes("DoubleLayer"))
.put(
new Info("std::vector<boost::shared_ptr<caffe::Layer<float> > >")
.pointerTypes("FloatLayerSharedVector")
.define())
.put(
new Info("std::vector<boost::shared_ptr<caffe::Layer<double> > >")
.pointerTypes("DoubleLayerSharedVector")
.define())
.put(
new Info("boost::shared_ptr<caffe::Net<float> >")
.annotations("@SharedPtr")
.pointerTypes("FloatNet"))
.put(
new Info("boost::shared_ptr<caffe::Net<double> >")
.annotations("@SharedPtr")
.pointerTypes("DoubleNet"))
.put(
new Info("std::vector<boost::shared_ptr<caffe::Net<float> > >")
.pointerTypes("FloatNetSharedVector")
.define())
.put(
new Info("std::vector<boost::shared_ptr<caffe::Net<double> > >")
.pointerTypes("DoubleNetSharedVector")
.define())
.put(new Info("std::vector<caffe::Blob<float>*>").pointerTypes("FloatBlobVector").define())
.put(
new Info("std::vector<caffe::Blob<double>*>").pointerTypes("DoubleBlobVector").define())
.put(
new Info("std::vector<std::vector<caffe::Blob<float>*> >")
.pointerTypes("FloatBlobVectorVector")
.define())
.put(
new Info("std::vector<std::vector<caffe::Blob<double>*> >")
.pointerTypes("DoubleBlobVectorVector")
.define())
.put(
new Info("caffe::LayerRegistry<float>::Creator")
.valueTypes("FloatLayerRegistry.Creator"))
.put(
new Info("caffe::LayerRegistry<double>::Creator")
.valueTypes("DoubleLayerRegistry.Creator"))
.put(
new Info("std::map<std::string,caffe::LayerRegistry<float>::Creator>")
.pointerTypes("FloatRegistry")
.define())
.put(
new Info("std::map<std::string,caffe::LayerRegistry<double>::Creator>")
.pointerTypes("DoubleRegistry")
.define())
.put(new Info("std::vector<bool>").pointerTypes("BoolVector").define())
.put(new Info("std::vector<std::vector<bool> >").pointerTypes("BoolVectorVector").define())
.put(new Info("std::map<std::string,int>").pointerTypes("StringIntMap").define())
.put(
new Info("caffe::Net<float>::layer_by_name")
.javaText(
"public FloatLayer layer_by_name(BytePointer layer_name) { return layer_by_name(FloatLayer.class, layer_name); }\n"
+ "public FloatLayer layer_by_name(String layer_name) { return layer_by_name(FloatLayer.class, layer_name); };\n"
+ "public native @Const @Cast({\"\", \"boost::shared_ptr<caffe::Layer<float> >\"}) @SharedPtr @ByVal <L extends FloatLayer> L layer_by_name(Class<L> cls, @StdString BytePointer layer_name);\n"
+ "public native @Const @Cast({\"\", \"boost::shared_ptr<caffe::Layer<float> >\"}) @SharedPtr @ByVal <L extends FloatLayer> L layer_by_name(Class<L> cls, @StdString String layer_name);\n"))
.put(
new Info("caffe::Net<double>::layer_by_name")
.javaText(
"public DoubleLayer layer_by_name(BytePointer layer_name) { return layer_by_name(DoubleLayer.class, layer_name); }\n"
+ "public DoubleLayer layer_by_name(String layer_name) { return layer_by_name(DoubleLayer.class, layer_name); };\n"
+ "public native @Const @Cast({\"\", \"boost::shared_ptr<caffe::Layer<double> >\"}) @SharedPtr @ByVal <L extends DoubleLayer> L layer_by_name(Class<L> cls, @StdString BytePointer layer_name);\n"
+ "public native @Const @Cast({\"\", \"boost::shared_ptr<caffe::Layer<double> >\"}) @SharedPtr @ByVal <L extends DoubleLayer> L layer_by_name(Class<L> cls, @StdString String layer_name);\n"));
}
public void map(InfoMap infoMap) {
infoMap
.put(new Info("algorithm", "opencv_adapters.h").skip())
.put(new Info("__cplusplus", "CV_StaticAssert").define())
.put(
new Info(
"defined __ICL",
"defined __ICC",
"defined __ECL",
"defined __ECC",
"defined __INTEL_COMPILER",
"defined WIN32 || defined _WIN32",
"defined(__clang__)",
"defined(__GNUC__)",
"defined(_MSC_VER)",
"OPENCV_NOSTL_TRANSITIONAL",
"CV_COLLECT_IMPL_DATA")
.define(false))
.put(
new Info(
"CV_ENABLE_UNROLLED",
"CV_CDECL",
"CV_STDCALL",
"CV_IMPL",
"CV_EXTERN_C",
"CV_Func")
.cppTypes()
.cppText(""))
.put(
new Info(
"CV_DEFAULT",
"CV_INLINE",
"CV_EXPORTS",
"CV_NEON",
"CPU_HAS_NEON_FEATURE",
"CV_NORETURN",
"CV_SUPPRESS_DEPRECATED_START",
"CV_SUPPRESS_DEPRECATED_END")
.cppTypes()
.annotations())
.put(new Info("CVAPI").cppText("#define CVAPI(rettype) rettype"))
.put(
new Info(
"CV_EXPORTS_W",
"CV_EXPORTS_W_SIMPLE",
"CV_EXPORTS_AS",
"CV_EXPORTS_W_MAP",
"CV_IN_OUT",
"CV_OUT",
"CV_PROP",
"CV_PROP_RW",
"CV_WRAP",
"CV_WRAP_AS")
.cppTypes()
.annotations()
.cppText(""))
.put(
new Info("CvRNG")
.cast()
.valueTypes("long")
.pointerTypes("LongPointer", "LongBuffer", "long[]"))
.put(
new Info(
"CV_MAT_DEPTH",
"CV_8UC",
"CV_8SC",
"CV_16UC",
"CV_16SC",
"CV_32SC",
"CV_32FC",
"CV_64FC")
.cppTypes("int", "int"))
.put(new Info("CV_MAKETYPE", "CV_MAKE_TYPE").cppTypes("int", "int", "int"))
.put(
new Info(
"CV_8UC1",
"CV_8UC2",
"CV_8UC3",
"CV_8UC4",
"CV_8SC1",
"CV_8SC2",
"CV_8SC3",
"CV_8SC4",
"CV_16UC1",
"CV_16UC2",
"CV_16UC3",
"CV_16UC4",
"CV_16SC1",
"CV_16SC2",
"CV_16SC3",
"CV_16SC4",
"CV_32SC1",
"CV_32SC2",
"CV_32SC3",
"CV_32SC4",
"CV_32FC1",
"CV_32FC2",
"CV_32FC3",
"CV_32FC4",
"CV_64FC1",
"CV_64FC2",
"CV_64FC3",
"CV_64FC4")
.cppTypes("int")
.translate())
.put(
new Info("CV_MAT_CN", "CV_MAT_TYPE", "CV_IS_CONT_MAT", "CV_IS_MAT_CONT")
.cppTypes("int", "int"))
.put(new Info("CV_WHOLE_ARR", "CV_WHOLE_SEQ").cppTypes("CvSlice").translate())
.put(new Info("CvArr").skip().pointerTypes("CvArr"))
.put(new Info("_IplROI").pointerTypes("IplROI"))
.put(new Info("_IplImage").pointerTypes("IplImage"))
.put(new Info("_IplTileInfo").pointerTypes("IplTileInfo"))
.put(new Info("IplImage").base("AbstractIplImage"))
.put(
new Info("IplConvKernel")
.base("org.bytedeco.javacpp.helper.opencv_imgproc.AbstractIplConvKernel"))
.put(new Info("CvMat").base("AbstractCvMat"))
.put(new Info("CvMatND").base("AbstractCvMatND"))
.put(new Info("CvSparseMat").base("AbstractCvSparseMat"))
.put(
new Info("CvHistogram")
.base("org.bytedeco.javacpp.helper.opencv_imgproc.AbstractCvHistogram"))
.put(new Info("CvRect").base("AbstractCvRect"))
.put(
new Info("CvPoint")
.cast()
.pointerTypes("CvPoint", "IntBuffer", "int[]")
.base("AbstractCvPoint"))
.put(
new Info("CvPoint2D32f")
.cast()
.pointerTypes("CvPoint2D32f", "FloatBuffer", "float[]")
.base("AbstractCvPoint2D32f"))
.put(
new Info("CvPoint3D32f")
.cast()
.pointerTypes("CvPoint3D32f", "FloatBuffer", "float[]")
.base("AbstractCvPoint3D32f"))
.put(
new Info("CvPoint2D64f")
.cast()
.pointerTypes("CvPoint2D64f", "DoubleBuffer", "double[]")
.base("AbstractCvPoint2D64f"))
.put(
new Info("CvPoint3D64f")
.cast()
.pointerTypes("CvPoint3D64f", "DoubleBuffer", "double[]")
.base("AbstractCvPoint3D64f"))
.put(new Info("CvSize").base("AbstractCvSize"))
.put(new Info("CvSize2D32f").base("AbstractCvSize2D32f"))
.put(new Info("CvBox2D").base("AbstractCvBox2D"))
.put(new Info("CvScalar").base("AbstractCvScalar"))
.put(new Info("CvMemStorage").base("AbstractCvMemStorage"))
.put(new Info("CvSeq").base("AbstractCvSeq"))
.put(new Info("CvSet").base("AbstractCvSet"))
.put(new Info("CvChain", "CvContour", "CvContourTree").base("CvSeq"))
.put(new Info("CvGraph").base("AbstractCvGraph"))
.put(new Info("CvGraphVtx2D").base("CvGraphVtx"))
.put(new Info("CvChainPtReader").base("CvSeqReader"))
.put(new Info("CvFileStorage").base("AbstractCvFileStorage"))
.put(new Info("CvGraphScanner").base("AbstractCvGraphScanner"))
.put(new Info("CvFont").base("AbstractCvFont"))
.put(new Info("cvGetSubArr").cppTypes("CvMat*", "CvArr*", "CvMat*", "CvRect"))
.put(new Info("cvZero").cppTypes("void", "CvArr*"))
.put(
new Info("cvCvtScale", "cvScale", "cvCvtScaleAbs")
.cppTypes("void", "CvArr*", "CvArr*", "double", "double"))
.put(new Info("cvConvert", "cvT").cppTypes("void", "CvArr*", "CvArr*"))
.put(new Info("cvCheckArray").cppTypes("int", "CvArr*", "int", "double", "double"))
.put(new Info("cvMatMulAdd").cppTypes("void", "CvArr*", "CvArr*", "CvArr*", "CvArr*"))
.put(new Info("cvMatMul").cppTypes("void", "CvArr*", "CvArr*", "CvArr*"))
.put(
new Info("cvMatMulAddEx")
.cppTypes(
"void", "CvArr*", "CvArr*", "double", "CvArr*", "double", "CvArr*", "int"))
.put(new Info("cvMatMulAddS").cppTypes("void", "CvArr*", "CvArr*", "CvMat*", "CvMat*"))
.put(new Info("cvMirror", "cvInv").cppTypes("void", "CvArr*", "CvArr*", "int"))
.put(new Info("cvMahalonobis").cppTypes("double", "CvArr*", "CvArr*", "CvArr*"))
.put(new Info("cvFFT").cppTypes("void", "CvArr*", "CvArr*", "int", "int"))
.put(new Info("cvGraphFindEdge").cppTypes("CvGraphEdge*", "CvGraph*", "int", "int"))
.put(
new Info("cvGraphFindEdgeByPtr")
.cppTypes("CvGraphEdge*", "CvGraph*", "CvGraphVtx*", "CvGraphVtx*"))
.put(
new Info("cvDrawRect", "cvDrawLine")
.cppTypes("void", "CvArr*", "CvPoint", "CvPoint", "CvScalar", "int", "int", "int"))
.put(
new Info("cvDrawCircle")
.cppTypes("void", "CvArr*", "CvPoint", "int", "CvScalar", "int", "int", "int"))
.put(
new Info("cvDrawEllipse")
.cppTypes(
"void",
"CvArr*",
"CvPoint",
"CvSize",
"double",
"double",
"double",
"CvScalar",
"int",
"int",
"int"))
.put(
new Info("cvDrawPolyLine")
.cppTypes(
"void",
"CvArr*",
"CvPoint**",
"int*",
"int",
"int",
"CvScalar",
"int",
"int",
"int"))
.put(new Info("__CV_BEGIN__", "__CV_END__", "__CV_EXIT__").cppTypes())
.put(
new Info("std::vector<std::vector<char> >", "std::vector<std::vector<unsigned char> >")
.cast()
.pointerTypes("ByteVectorVector")
.define())
.put(new Info("std::vector<std::vector<int> >").pointerTypes("IntVectorVector").define())
.put(new Info("std::vector<cv::String>").pointerTypes("StringVector").define())
.put(new Info("std::vector<cv::Point_<int> >").pointerTypes("PointVector").define())
.put(new Info("std::vector<cv::Point_<float> >").pointerTypes("Point2fVector").define())
.put(new Info("std::vector<cv::Point_<double> >").pointerTypes("Point2dVector").define())
.put(new Info("std::vector<cv::Size_<int> >").pointerTypes("SizeVector").define())
.put(new Info("std::vector<cv::Rect_<int> >").pointerTypes("RectVector").define())
.put(new Info("std::vector<cv::KeyPoint>").pointerTypes("KeyPointVector").define())
.put(new Info("std::vector<cv::DMatch>").pointerTypes("DMatchVector").define())
.put(
new Info("std::vector<std::vector<cv::Point_<int> > >")
.pointerTypes("PointVectorVector")
.define())
.put(
new Info("std::vector<std::vector<cv::Point_<float> > >")
.pointerTypes("Point2fVectorVector")
.define())
.put(
new Info("std::vector<std::vector<cv::Point_<double> > >")
.pointerTypes("Point2dVectorVector")
.define())
.put(
new Info("std::vector<std::vector<cv::Rect_<int> > >")
.pointerTypes("RectVectorVector")
.define())
.put(
new Info("std::vector<std::vector<cv::KeyPoint> >")
.pointerTypes("KeyPointVectorVector")
.define())
.put(
new Info("std::vector<std::vector<cv::DMatch> >")
.pointerTypes("DMatchVectorVector")
.define())
.put(new Info("std::vector<cv::Mat>").pointerTypes("MatVector").define())
.put(new Info("std::vector<cv::UMat>").pointerTypes("UMatVector").define())
.put(new Info("std::pair<int,int>").pointerTypes("IntIntPair").define())
.put(new Info("std::vector<std::pair<int,int> >").pointerTypes("IntIntPairVector").define())
.put(
new Info("std::vector<std::pair<cv::Mat,unsigned char> >")
.pointerTypes("MatBytePairVector")
.define())
.put(
new Info("std::vector<std::pair<cv::UMat,unsigned char> >")
.pointerTypes("UMatBytePairVector")
.define())
.put(new Info("cv::randu<int>").javaNames("intRand"))
.put(new Info("cv::randu<float>").javaNames("floatRand"))
.put(new Info("cv::randu<double>").javaNames("doubleRand"))
.put(
new Info(
"CvModule::first",
"CvModule::last",
"CvType::first",
"CvType::last",
"cv::fromUtf16",
"cv::toUtf16",
"cv::Exception",
"cv::Allocator",
"cv::DataDepth",
"cv::DataType",
"cv::ParamType",
"cv::_InputArray",
"cv::_OutputArray",
"cv::Mat_",
"cv::SparseMat_",
"cv::cuda::GpuMat",
"cv::Matx_AddOp",
"cv::Matx_SubOp",
"cv::Matx_ScaleOp",
"cv::Matx_MulOp",
"cv::Matx_MatMulOp",
"cv::Matx_TOp",
"cv::Matx",
"cv::Vec",
"cv::MatIterator_",
"cv::MatConstIterator_",
"cv::Mat::MSize",
"cv::Mat::MStep",
"cv::MatCommaInitializer_",
"cv::MatxCommaInitializer",
"cv::VecCommaInitializer",
"cv::MatConstIterator(cv::Mat*, int*)",
"cv::SparseMatIterator(cv::SparseMat*, int*)",
"cv::SparseMatIterator_",
"cv::SparseMatConstIterator_",
"cv::SparseMatConstIterator::operator --",
"cv::AlgorithmInfoData",
"cv::AlgorithmInfo::addParam",
"cv::CommandLineParser")
.skip())
.put(new Info("cv::AutoBuffer<double>").cast().pointerTypes("Pointer"))
.put(new Info("cv::Mat").base("AbstractMat"))
.put(new Info("cv::noArray()").javaText("public static Mat noArray() { return null; }"))
.put(
new Info("cv::Mat(int, int, int, void*, size_t)")
.javaText(
"public Mat(int rows, int cols, int type, Pointer data, @Cast(\"size_t\") long step/*=AUTO_STEP*/) { super((Pointer)null); allocate(rows, cols, type, data, step); this.data = data; }\n"
+ "private native void allocate(int rows, int cols, int type, Pointer data, @Cast(\"size_t\") long step/*=AUTO_STEP*/);\n"
+ "private Pointer data; // a reference to prevent deallocation\n"
+ "public Mat(int rows, int cols, int type, Pointer data) { this(rows, cols, type, data, AUTO_STEP); }\n"
+ "public Mat(CvArr arr) { super(cvarrToMat(arr)); this.data = arr; }\n"
+ "public Mat(byte ... b) { this(b, false); }\n"
+ "public Mat(byte[] b, boolean signed) { this(new BytePointer(b), signed); }\n"
+ "public Mat(short ... s) { this(s, true); }\n"
+ "public Mat(short[] s, boolean signed) { this(new ShortPointer(s), signed); }\n"
+ "public Mat(int ... n) { this(new IntPointer(n)); }\n"
+ "public Mat(double ... d) { this(new DoublePointer(d)); }\n"
+ "public Mat(float ... f) { this(new FloatPointer(f)); }\n"
+ "public Mat(BytePointer p, boolean signed) { this(p.limit - p.position, 1, signed ? CV_8SC1 : CV_8UC1, p); }\n"
+ "public Mat(ShortPointer p, boolean signed) { this(p.limit - p.position, 1, signed ? CV_16SC1 : CV_16UC1, p); }\n"
+ "public Mat(IntPointer p) { this(p.limit - p.position, 1, CV_32SC1, p); }\n"
+ "public Mat(FloatPointer p) { this(p.limit - p.position, 1, CV_32FC1, p); }\n"
+ "public Mat(DoublePointer p) { this(p.limit - p.position, 1, CV_64FC1, p); }\n"))
.put(new Info("cv::Mat::zeros(int, int*, int)", "cv::Mat::ones(int, int*, int)").skip())
.put(
new Info("cv::Mat::size")
.javaText(
"public native @ByVal Size size();\n@MemberGetter public native int size(int i);"))
.put(
new Info("cv::Mat::step")
.javaText(
"@MemberGetter public native long step();\n@MemberGetter public native int step(int i);"))
.put(new Info("cv::UMat::zeros(int, int*, int)", "cv::UMat::ones(int, int*, int)").skip())
.put(
new Info("cv::UMat::size")
.javaText(
"public native @ByVal Size size();\n@MemberGetter public native int size(int i);"))
.put(
new Info("cv::UMat::step")
.javaText(
"@MemberGetter public native long step();\n@MemberGetter public native int step(int i);"))
.put(
new Info(
"cv::InputArray",
"cv::OutputArray",
"cv::InputOutputArray",
"cv::_InputOutputArray")
.skip()
.
/*cast().*/ pointerTypes("Mat"))
.put(
new Info(
"cv::InputArrayOfArrays",
"cv::OutputArrayOfArrays",
"cv::InputOutputArrayOfArrays")
.skip()
.
/*cast().*/ pointerTypes("MatVector"))
.put(new Info("cv::Point_<int>").pointerTypes("Point").base("IntPointer"))
.put(new Info("cv::Point_<float>").pointerTypes("Point2f").base("FloatPointer"))
.put(new Info("cv::Point_<double>").pointerTypes("Point2d").base("DoublePointer"))
.put(new Info("cv::Point3_<int>").pointerTypes("Point3i").base("IntPointer"))
.put(new Info("cv::Point3_<float>").pointerTypes("Point3f").base("FloatPointer"))
.put(new Info("cv::Point3_<double>").pointerTypes("Point3d").base("DoublePointer"))
.put(new Info("cv::Size_<int>").pointerTypes("Size").base("IntPointer"))
.put(new Info("cv::Size_<float>").pointerTypes("Size2f").base("FloatPointer"))
.put(new Info("cv::Size_<double>").pointerTypes("Size2d").base("DoublePointer"))
.put(new Info("cv::Rect_<int>").pointerTypes("Rect").base("IntPointer"))
.put(new Info("cv::Rect_<float>").pointerTypes("Rectf").base("FloatPointer"))
.put(new Info("cv::Rect_<double>").pointerTypes("Rectd").base("DoublePointer"))
.put(new Info("cv::RotatedRect").pointerTypes("RotatedRect").base("FloatPointer"))
.put(new Info("cv::Scalar_<double>").pointerTypes("Scalar").base("AbstractScalar"))
.put(new Info("cv::Scalar_<int>").pointerTypes("Scalar4i").base("IntPointer"))
.put(new Info("cv::Vec2i").pointerTypes("Point"))
.put(new Info("cv::Vec2d").pointerTypes("Point2d"))
.put(new Info("cv::Vec3d").pointerTypes("Point3d"))
.put(new Info("cv::Vec4i").pointerTypes("Scalar4i"))
.put(
new Info(
"defined __INTEL_COMPILER && !(defined WIN32 || defined _WIN32)",
"defined __GNUC__",
"defined WIN32 || defined _WIN32 || defined WINCE")
.define(false))
.put(
new Info(
"cv::saturate_cast(uchar)",
"cv::saturate_cast(ushort)",
"cv::saturate_cast(unsigned)")
.skip())
.put(new Info("cv::saturate_cast<uchar>").javaNames("ucharSaturateCast"))
.put(new Info("cv::saturate_cast<schar>").javaNames("scharSaturateCast"))
.put(new Info("cv::saturate_cast<ushort>").javaNames("ushortSaturateCast"))
.put(new Info("cv::saturate_cast<short>").javaNames("shortSaturateCast"))
.put(new Info("cv::saturate_cast<int>").javaNames("intSaturate"))
.put(new Info("cv::saturate_cast<unsigned>").javaNames("unsignedSaturateCast"))
.put(new Info("cv::normL2Sqr", "cv::normL1", "cv::seqPopMulti").skip())
.put(
new Info("cv::Formatted(cv::Mat&, cv::Formatter*, int*)")
.javaText(
"public Formatted(@Const @ByRef Mat m, @Const Formatter fmt,\n"
+ " @StdVector IntPointer params) { allocate(m, fmt, params); }\n"
+ "private native void allocate(@Const @ByRef Mat m, @Const Formatter fmt,\n"
+ " @Cast({\"\", \"std::vector<int>&\"}) @StdVector IntPointer params);"))
.put(new Info("cv::MinProblemSolver", "cv::DownhillSolver", "cv::ConjGradSolver").purify())
.put(new Info("cv::MinProblemSolver::Function").virtualize())
.put(
new Info(
"HAVE_OPENCV_CUDA",
"HAVE_OPENCV_CUDAIMGPROC",
"HAVE_OPENCV_CUDAOPTFLOW",
"HAVE_OPENCV_CUDAWARPING",
"HAVE_OPENCV_CUDALEGACY",
"HAVE_OPENCV_XFEATURES2D",
"defined(HAVE_OPENCV_CUDAWARPING)",
"defined(HAVE_OPENCV_CUDAIMGPROC) && defined(HAVE_OPENCV_CUDAOPTFLOW)",
"defined(HAVE_OPENCV_CUDA) && defined(HAVE_OPENCV_CUDAWARPING)")
.define(false))
.put(new Info("cv::Ptr").skip().annotations("@Ptr"))
.put(new Info("cv::String").skip().annotations("@Str").valueTypes("BytePointer", "String"));
}
public void map(InfoMap infoMap) {
infoMap.put(new Info("NPP_MAX_64U").translate(false));
}