La importación de Opencv highgui en el androide estudio está mostrando error.Cannot resolver (he añadido la biblioteca sigue siendo el error permanecen)

Tengo el código siguiente que está para la segmentación de la imagen usando grabcut opencv. Estoy usando opencv por primera vez. He añadido la biblioteca opencv. Mientras que otros trabajaron perfectamente highgui sigue mostrando no puede resolver symbol.Do necesito añadir algo más. ( Si usted puede ayudarme con el código también, será una ayuda adicional ) Aquí está el código: Editar: He publicado el código actualizado:

package com.example.android.seg; import android.support.v7.app.ActionBarActivity; import android.os.Bundle; import android.util.Log; import android.view.Menu; import android.view.MenuItem; import java.io.IOException; import org.opencv.android.OpenCVLoader; import org.opencv.android.Utils; import org.opencv.core.Core; import org.opencv.core.CvType; import org.opencv.core.Mat; import org.opencv.core.Point; import org.opencv.core.Rect; import org.opencv.core.Scalar; import org.opencv.imgproc.Imgproc; import org.opencv.core.*; import org.opencv.imgcodecs.Imgcodecs; // imread, imwrite, etc // VideoCapture import android.app.Activity; import android.graphics.Bitmap; import android.graphics.BitmapFactory; import android.graphics.Canvas; import android.view.Gravity; import android.view.MotionEvent; import android.view.View; import android.view.View.OnTouchListener; import android.widget.ImageView; import android.widget.Toast; import android.support.v7.app.ActionBarActivity; import android.os.Bundle; import android.view.Menu; import android.view.MenuItem; public class seg extends Activity implements OnTouchListener { static{ if (!OpenCVLoader.initDebug()) { Log.i("TEST", "Cannot connect to OpenCV Manager"); // Handle initialization error } else { Log.i("TEST", "Connected to OpenCV Manager"); } } ImageView imageView; Bitmap bitmap; Canvas canvas; Scalar color = new Scalar(255, 0, 0, 255); Point tl, br; int counter; Bitmap bitmapResult, bitmapBackground; Mat dst = new Mat(); //"sdcard/DCIM/wall.jpg" final String pathToImage = "wall.jpg"; @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.activity_seg); imageView = (ImageView) this.findViewById(R.id.imageView); bitmap = BitmapFactory.decodeFile(pathToImage); Toast msg = Toast.makeText(seg.this, "Press top left and bottom right of the foreground image", Toast.LENGTH_LONG); msg.setGravity(Gravity.TOP|Gravity.LEFT, 0, 0); msg.show(); bitmapResult = bitmap.copy(bitmap.getConfig(), true); canvas = new Canvas(bitmapResult); imageView.setImageBitmap(bitmapResult); imageView.setOnTouchListener(this); tl = new Point(); br = new Point(); counter = 0; } //@Override public boolean onTouch(View v, MotionEvent event) { if (event.getAction() == MotionEvent.ACTION_DOWN) { if (counter == 0) { tl.x = event.getX(); tl.y = event.getY(); counter++; } else if (counter == 1) { br.x = event.getX(); br.y = event.getY(); counter++; Mat img = new Mat(); //val mat = Imgcodecs.imread(pathToImage) img = Imgcodecs.imread(pathToImage); Mat background = new Mat(); try { background = Utils.loadResource(getApplicationContext(), R.drawable.wall ); } catch (IOException e) { e.printStackTrace(); } backgroundSubtracting(img, background); Imgcodecs.imwrite("wall.jpg", dst); //Highgui.imwrite("/mnt/sdcard/GRABCUT/rect.png", dst); Bitmap jpg = BitmapFactory .decodeFile("wall.jpg"); imageView.setScaleType(ImageView.ScaleType.CENTER_INSIDE); imageView.setAdjustViewBounds(true); imageView.setPadding(2, 2, 2, 2); imageView.setImageBitmap(jpg); imageView.invalidate(); } } return true; } private void backgroundSubtracting(Mat img, Mat background) { Mat firstMask = new Mat(); Mat bgModel = new Mat(); Mat fgModel = new Mat(); Mat mask; Mat source = new Mat(1, 1, CvType.CV_8U, new Scalar(3.0)); dst = new Mat(); Rect rect = new Rect(tl, br); Imgproc.grabCut(img, firstMask, rect, bgModel, fgModel, 1, 0 /* GC_INIT_WITH_RECT */); Core.compare(firstMask, source/* GC_PR_FGD */, firstMask, Core.CMP_EQ); Mat foreground = new Mat(img.size(), CvType.CV_8UC3, new Scalar(255, 255, 255)); img.copyTo(foreground, firstMask); Imgproc.rectangle(img, tl, br, color); //Core.rectangle(img, tl, br, color); Mat tmp = new Mat(); Imgproc.resize(background, tmp, img.size()); background = tmp; mask = new Mat(foreground.size(), CvType.CV_8UC1, new Scalar(255, 255, 255)); Imgproc.cvtColor(foreground, mask, 6/* COLOR_BGR2GRAY */); Imgproc.threshold(mask, mask, 254, 255, 1 /* THRESH_BINARY_INV */); Mat vals = new Mat(1, 1, CvType.CV_8UC3, new Scalar(0.0)); background.copyTo(dst); background.setTo(vals, mask); Core.add(background, foreground, dst, mask); firstMask.release(); source.release(); bgModel.release(); fgModel.release(); vals.release(); } } 

Aquí está mi logcat:

  05-20 09:48:51.830 24423-24423/com.example.android.seg D/dalvikvm﹕ Late-enabling CheckJNI 05-20 09:48:51.832 24423-24429/com.example.android.seg D/dalvikvm﹕ threadid=2: interp stack at 0x40000000 05-20 09:48:51.840 24423-24431/com.example.android.seg D/dalvikvm﹕ threadid=3: interp stack at 0x40008000 05-20 09:48:51.840 24423-24423/com.example.android.seg D/jdwp﹕ prepping for JDWP over ADB 05-20 09:48:51.840 24423-24423/com.example.android.seg D/jdwp﹕ ADB transport startup 05-20 09:48:51.841 24423-24432/com.example.android.seg D/dalvikvm﹕ threadid=4: interp stack at 0x49247000 05-20 09:48:51.841 24423-24432/com.example.android.seg D/jdwp﹕ JDWP: thread running 05-20 09:48:51.841 24423-24432/com.example.android.seg D/jdwp﹕ acceptConnection 05-20 09:48:51.842 24423-24432/com.example.android.seg D/jdwp﹕ trying to receive file descriptor from ADB 05-20 09:48:51.842 24423-24433/com.example.android.seg D/dalvikvm﹕ threadid=5: interp stack at 0x4bd75000 05-20 09:48:51.851 24423-24432/com.example.android.seg D/jdwp﹕ received file descriptor 40 from ADB 05-20 09:48:51.853 24423-24435/com.example.android.seg D/dalvikvm﹕ threadid=6: interp stack at 0x4bd7d000 05-20 09:48:51.854 24423-24435/com.example.android.seg D/dalvikvm﹕ threadid=6: calling run() 05-20 09:48:51.855 24423-24432/com.example.android.seg D/jdwp﹕ processIncoming 05-20 09:48:51.855 24423-24432/com.example.android.seg D/jdwp﹕ processIncoming 05-20 09:48:51.855 24423-24432/com.example.android.seg D/jdwp﹕ handlePacket : cmd=0x1, cmdSet=0xC7, len=0x13, id=0x40000044, flags=0x0, dataLen=0x8 05-20 09:48:51.856 24423-24432/com.example.android.seg D/jdwp﹕ REQ: DDM.Chunk (cmd=199/1 dataLen=8 id=0x40000044) 05-20 09:48:51.857 24423-24432/com.example.android.seg D/jdwp﹕ reply: dataLen=9 err=NONE(0) 05-20 09:48:51.857 24423-24432/com.example.android.seg D/jdwp﹕ processIncoming 05-20 09:48:51.857 24423-24432/com.example.android.seg D/jdwp﹕ handlePacket : cmd=0x1, cmdSet=0xC7, len=0x17, id=0x40000045, flags=0x0, dataLen=0xC 05-20 09:48:51.857 24423-24432/com.example.android.seg D/jdwp﹕ REQ: DDM.Chunk (cmd=199/1 dataLen=12 id=0x40000045) 05-20 09:48:51.859 24423-24432/com.example.android.seg D/jdwp﹕ reply: dataLen=50 err=NONE(0) 05-20 09:48:51.860 24423-24432/com.example.android.seg D/jdwp﹕ processIncoming 05-20 09:48:51.860 24423-24432/com.example.android.seg D/jdwp﹕ handlePacket : cmd=0x1, cmdSet=0xC7, len=0x13, id=0x40000046, flags=0x0, dataLen=0x8 05-20 09:48:51.860 24423-24432/com.example.android.seg D/jdwp﹕ REQ: DDM.Chunk (cmd=199/1 dataLen=8 id=0x40000046) 05-20 09:48:51.862 24423-24432/com.example.android.seg D/jdwp﹕ reply: dataLen=216 err=NONE(0) 05-20 09:48:51.862 24423-24432/com.example.android.seg D/jdwp﹕ processIncoming 05-20 09:48:51.862 24423-24432/com.example.android.seg D/jdwp﹕ handlePacket : cmd=0x1, cmdSet=0xC7, len=0x13, id=0x40000047, flags=0x0, dataLen=0x8 05-20 09:48:51.863 24423-24432/com.example.android.seg D/jdwp﹕ REQ: DDM.Chunk (cmd=199/1 dataLen=8 id=0x40000047) 05-20 09:48:51.863 24423-24432/com.example.android.seg D/jdwp﹕ reply: dataLen=9 err=NONE(0) 05-20 09:48:51.863 24423-24432/com.example.android.seg D/jdwp﹕ processIncoming 05-20 09:48:51.863 24423-24432/com.example.android.seg D/jdwp﹕ handlePacket : cmd=0x1, cmdSet=0xC7, len=0x14, id=0x40000048, flags=0x0, dataLen=0x9 05-20 09:48:51.863 24423-24432/com.example.android.seg D/jdwp﹕ REQ: DDM.Chunk (cmd=199/1 dataLen=9 id=0x40000048) 05-20 09:48:51.863 24423-24432/com.example.android.seg D/jdwp﹕ reply: dataLen=0 err=NONE(0) 05-20 09:48:51.863 24423-24436/com.example.android.seg D/dalvikvm﹕ threadid=7: interp stack at 0x4bd85000 05-20 09:48:51.864 24423-24436/com.example.android.seg D/dalvikvm﹕ threadid=7: calling run() 05-20 09:48:51.872 24423-24437/com.example.android.seg D/dalvikvm﹕ threadid=8: interp stack at 0x4bd8d000 05-20 09:48:51.873 24423-24437/com.example.android.seg D/dalvikvm﹕ threadid=8: calling run() 05-20 09:48:52.050 24423-24439/com.example.android.seg D/dalvikvm﹕ threadid=9: interp stack at 0x4bd95000 05-20 09:48:52.052 24423-24440/com.example.android.seg D/dalvikvm﹕ threadid=10: interp stack at 0x4bd9d000 05-20 09:48:52.064 24423-24423/com.example.android.seg D/jdwp﹕ sendBufferedRequest : len=0x39 05-20 09:48:52.918 24423-24423/com.example.android.seg D/jdwp﹕ sendBufferedRequest : len=0x45 05-20 09:48:53.289 24423-24423/com.example.android.seg D/ActivityThread﹕ BIND_APPLICATION handled : 0 / AppBindData{appInfo=ApplicationInfo{41615870 com.example.android.seg}} 05-20 09:48:53.296 24423-24423/com.example.android.seg D/OpenCV/StaticHelper﹕ Trying to get library list 05-20 09:48:53.296 24423-24423/com.example.android.seg D/dalvikvm﹕ Trying to load lib /mnt/asec/com.example.android.seg-2/lib/libopencv_info.so 0x41618e00 05-20 09:48:53.297 24423-24423/com.example.android.seg A/libc﹕ Fatal signal 7 (SIGBUS) at 0x4bf6d9b8 (code=2) 

En opencv3.0, no hay más módulo highgui en java.

La funcionalidad se dividió en nuevos videoio e imgcodecs (que es donde encontrará imread).

 import org.opencv.core.*; import org.opencv.imgcodecs; // imread, imwrite, etc import org.opencv.videoio; // VideoCapture 

EDIT: Cambiar img=Highgui.imread(pathtoimage); img = Imgcodecs.imread(pathtoimage);

Y Core.rectangle(img, tl, br, color); A Imgproc.rectangle(img, t1, br, color);

También sugeriré a través de OpenCV 3.0 módulos para resolver estos errores.

Dependiendo de la estructura del archivo, puede ser:

 import org.opencv.imgcodecs.Imgcodecs; 
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