Examples of jjil.debug.Debug

jjil.debug.Debug
This class is used to generalize debugging operations so they can be used in a program without making it dependent on a particular architecture. The operations in this class can be used to save images to files and display them, and they will run properly on whatever architecture implements the Show class.
The idea is that your main program (which is architecture-dependent) creates a Show object using the appropriate architecture-dependent library, then passes the object to architecture-independent classes. When the architecture-independent classes need to show an image for debugging, for example, they call the toDisplay method in their Show object, without being aware of whether the toDisplay method is displaying the image on a PC (i.e., J2SE) or a mobile device (i.e., J2ME).

    private boolean estimateBarcodes(Gray8Image image) throws jjil.core.Error
    {
      {
        Gray8Rgb g2r = new Gray8Rgb();
        g2r.push(image);
        Debug debug = new Debug();
        debug.toFile((RgbImage) g2r.getFront(), "barcode.png"); //$NON-NLS-1$
      }
        this.chLeft = new CodeHash();
        this.chRight = new CodeHash();
        int cPixelsPerBar = image.getWidth() / TotalWidth;
        int wSumLeftEdge = 0;

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        int wSlopeRight) throws jjil.core.Error
    {
      {
        Gray8Rgb g2r = new Gray8Rgb();
        g2r.push(image);
        Debug debug = new Debug();
        debug.toFile((RgbImage) g2r.getFront(), "barcode.png"); //$NON-NLS-1$
      }
        this.chLeft = new CodeHash();
        this.chRight = new CodeHash();
        this.chBarCodes = new CodeHash();
        int wSumLeftEdge = 0;

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    Gray8ConnComp gcc = new Gray8ConnComp();
    Image imThresh = seq.getFront();
    Gray8Rgb g2r = new Gray8Rgb();
    g2r.push(imThresh);
    if (DetectBarcode.bDebug) {
      Debug debug = new Debug();
      debug.toFile((RgbImage)g2r.getFront(), "test.jpg");
    }
    gcc.push(imThresh);
    if (gcc.getComponentCount() == 0) {
      return false;
    }

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            imageResult.toString(),
            null,
            null);
        }
        this.imageCropped = (Gray8Image) imageResult;
        {   Debug debug = new Debug();
          Gray8Rgb g2r = new Gray8Rgb();
          g2r.push(this.imageCropped);
          RgbImage rgb = (RgbImage) g2r.getFront();
          debug.toFile(rgb, "cropped.png"); //$NON-NLS-1$
        }
        /* Then do edge detection. The cWidth of the Canny operator is set
         * based on the cropped cWidth, which is supposed to be the
         * barcode cWidth.
         */
        int cCannyWidth = cWidth / 6;
        Gray8CannyHoriz canny = new Gray8CannyHoriz(cCannyWidth);
        /* Now apply the edge detection to the cropped mage
         */
        canny.push(imageCropped.clone());
        /* And obtain the result 
         */
        imageResult = canny.getFront();
        if (!(imageResult instanceof Gray8Image)) {
            throw new jjil.core.Error(
            jjil.core.Error.PACKAGE.ALGORITHM,
            jjil.algorithm.ErrorCodes.IMAGE_NOT_GRAY8IMAGE,
            imageResult.toString(),
            null,
            null);
        }
        this.imageEdge = (Gray8Image) imageResult;
        {   
          Debug debug = new Debug();
        Gray8Rgb g2r = new Gray8Rgb();
        g2r.push(this.imageEdge);
        RgbImage rgb = (RgbImage) g2r.getFront();
        debug.toFile(rgb, "edges.png"); //$NON-NLS-1$
      }
    }

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            return false;
        }
        this.cYRight = fit.getY();
        this.wSlopeRight = fit.getSlope();
        {
          Debug debug = new Debug();
          Gray8Rgb g2r = new Gray8Rgb();
          g2r.push(this.imageEdge);
          debug.toFile((RgbImage) g2r.getFront(), "edges.png"); //$NON-NLS-1$
        }
        return true;
     }

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            imageResult.toString(),
            null,
            null);
        }
        {
          Debug debug = new Debug();
          Gray8Rgb g2r = new Gray8Rgb();
          g2r.push(imageResult);
          debug.toFile((RgbImage) g2r.getFront(), "rectified.png"); //$NON-NLS-1$
        }
        this.imageRectified = (Gray8Image) imageResult;
    }

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                    cInputWidth, 
                    cTargetWidth);
        {
          Gray8Rgb g2r = new Gray8Rgb();
          g2r.push(imageStretched);
          new Debug().toFile((RgbImage) g2r.getFront(), "stretched.png"); //$NON-NLS-1$
        }
        // now look for a barcode in the stretched rectangle at positions 0..2*cJitter-1
        // (in the input image) which must be scaled by cTargetWidth / cInputWidth in
        // the stretched image
        int wGoodness = reader.decode(

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Related Classes of jjil.debug.Debug

barcode.BarcodeReaderEan13

barcode.DetectBarcode

barcode.ReadBarcode

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