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org.bytedeco.javacpp.presets.opencv_legacy Maven / Gradle / Ivy
/*
* Copyright (C) 2013,2014 Samuel Audet
*
* This file is part of JavaCPP.
*
* JavaCPP is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 2 of the License, or
* (at your option) any later version (subject to the "Classpath" exception
* as provided in the LICENSE.txt file that accompanied this code).
*
* JavaCPP is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with JavaCPP. If not, see ", "", ""}, link="[email protected] "),
@Platform(value="windows", link="opencv_legacy2411") },
target="org.bytedeco.javacpp.opencv_legacy", helper="org.bytedeco.javacpp.helper.opencv_legacy")
public class opencv_legacy implements InfoMapper {
public void map(InfoMap infoMap) {
infoMap.put(new Info("cv_stricmp", "cv_strnicmp", "strdup", "stricmp", "cv_stricmp", "cv_strnicmp").cppTypes())
.put(new Info("cvCreateImageData", "cvReleaseImageData", "cvmAlloc", "cvmFree", "cvmAllocArray", "cvmFreeArray").cppTypes("void", "CvArr*"))
.put(new Info("cvSetImageData").cppTypes("void", "CvArr*", "void*", "int"))
.put(new Info("cvGetImageRawData").cppTypes("void", "CvArr*", "uchar**", "int*", "CvSize*"))
.put(new Info("cvIntegralImage", "cvMultiplyAccMask").cppTypes("void", "CvArr*", "CvArr*", "CvArr*", "CvArr*"))
.put(new Info("cvMatchContours").cppTypes("double", "void*", "void*", "int", "double"))
.put(new Info("cvUpdateMHIByTime").cppTypes("void", "CvArr*", "CvArr*", "double", "double"))
.put(new Info("cvAccMask", "cvSquareAccMask").cppTypes("void", "CvArr*", "CvArr*", "CvArr*"))
.put(new Info("cvRunningAvgMask").cppTypes("void", "CvArr*", "CvArr*", "CvArr*", "double"))
.put(new Info("cvSetHistThresh").cppTypes("void", "CvHistogram*", "float**", "int"))
.put(new Info("cvCalcHistMask").cppTypes("void", "IplImage**", "CvArr*", "CvHistogram*", "int"))
.put(new Info("cvCvtPixToPlane", "cvCvtPlaneToPix").cppTypes("void", "CvArr*", "CvArr*", "CvArr*", "CvArr*", "CvArr*"))
.put(new Info("cvPseudoInv").cppTypes("double", "CvArr*", "CvArr*"))
.put(new Info("cvContourMoments").cppTypes("void", "CvArr*", "CvMoments*"))
.put(new Info("cvGetPtrAt").cppTypes("void*", "CvArr*", "int", "int"))
.put(new Info("cvGetAt").cppTypes("CvScalar", "CvArr*", "int", "int"))
.put(new Info("cvSetAt").cppTypes("void", "CvArr*", "CvScalar", "int", "int"))
.put(new Info("cvMeanMask").cppTypes("double", "CvArr*", "CvArr*"))
.put(new Info("cvMean_StdDevMask").cppTypes("void", "CvArr*", "CvArr*", "double*", "double*"))
.put(new Info("cvNormMask").cppTypes("double", "CvArr*", "CvArr*", "CvArr*", "int"))
.put(new Info("cvRemoveMemoryManager").cppTypes("void", "CvAllocFunc", "CvFreeFunc", "void*"))
.put(new Info("cvCopyImage").cppTypes("void", "CvArr*", "CvArr*"))
.put(new Info("cvReleaseMatHeader").cppTypes("void", "CvMat**"))
.put(new Info("cvQueryHistValue_1D").cppTypes("float", "CvHistogram*", "int"))
.put(new Info("cvQueryHistValue_2D").cppTypes("float", "CvHistogram*", "int", "int"))
.put(new Info("cvQueryHistValue_3D").cppTypes("float", "CvHistogram*", "int", "int", "int"))
.put(new Info("cvQueryHistValue_nD").cppTypes("float", "CvHistogram*", "int*"))
.put(new Info("cvGetHistValue_1D").cppTypes("void*", "CvHistogram*", "int"))
.put(new Info("cvGetHistValue_2D").cppTypes("void*", "CvHistogram*", "int", "int"))
.put(new Info("cvGetHistValue_3D").cppTypes("void*", "CvHistogram*", "int", "int", "int"))
.put(new Info("cvGetHistValue_nD").cppTypes("void*", "CvHistogram*", "int*"))
.put(new Info("CV_IS_SET_ELEM_EXISTS").cppTypes("bool", "CvSetElem*"))
.put(new Info("cvMake2DPoints", "cvMake3DPoints", "cvConvertPointsHomogenious").cppTypes("void", "CvMat*", "CvMat*"))
.put(new Info("cvWarpPerspectiveQMatrix").cppTypes("CvMat*", "CvPoint2D32f*", "CvPoint2D32f*", "CvMat*"))
.put(new Info("CvImgObsInfo").base("AbstractCvImgObsInfo"))
.put(new Info("CvEHMM").base("AbstractCvEHMM"))
.put(new Info("CvGLCM").base("AbstractCvGLCM"))
.put(new Info("CvFaceTracker").base("AbstractCvFaceTracker"))
.put(new Info("CvConDensation").base("AbstractCvConDensation"))
.put(new Info("CvBGStatModel").base("AbstractCvBGStatModel"))
.put(new Info("CvBGCodeBookModel").base("AbstractCvBGCodeBookModel"))
.put(new Info("CvImageDrawer", "cvCreateBlobTrackerMS1", "cvCreateBlobTrackerMS2",
"cvCreateBlobTrackerMS1ByList", "cvCreateBlobTrackerLHR", "cvCreateBlobTrackerLHRS",
"cvCreateTracks_One", "cvCreateTracks_Same", "cvCreateTracks_AreaErr",
"cvCreateProbS", "cvCreateProbMG", "cvCreateProbMG2", "cvCreateProbHist", "cvCreateProb", "cvMSERParams", "cvExtractMSER",
"cvCalcContoursCorrespondence", "cvMorphContours", "cvFindFace", "cvPostBoostingFindFace",
"cv::RTreeClassifier::safeSignatureAlloc", "cv::OneWayDescriptorBase::ConvertDescriptorsArrayToTree",
"cv::PlanarObjectDetector::getModelROI", "cv::PlanarObjectDetector::getDetector", "cv::PlanarObjectDetector::getClassifier").skip())
.put(new Info("CV_STEREO_GC_OCCLUDED").translate(false));
}
}
