Clearscan indexable image conversion

Similar Questions

• EMF Tiff image conversion does not properly on Windows 7 PC

  I have a c# application that monitors the Clipboard.  When an EMF
  comes, I extract the EMF of the Clipboard data and try to
  Save offshore in a TIFF image. Everything works fine on a windows XP PC. However, when you do the conversion to grayscale, the converted image is not readable (blurry) on Window 7 PC (32-bit / 64-bit).

  I have using the standard GDI + for the conversion needs. What could be changed as the origin of the problem? Any help appreciated.

  Hello
   
  Your question of Windows 7 is more complex than what is generally answered in the Microsoft Answers forums. It is better suited for Visual c# in the MSDN forums. Please post your question in the Visual c# MSDN forum.
   
  http://social.msdn.Microsoft.com/forums/en/category/visualcsharp
   
  Aziz Nadeem - Microsoft Support

  [If this post was helpful, please click the button "Vote as helpful" (green triangle). If it can help solve your problem, click on the button 'Propose as answer' or 'mark as answer '. [By proposing / marking a post as answer or useful you help others find the answer more quickly.]

• Polygon color with RGB U64 images / Image conversion of RGB U64 in RGB U32

  Hi guys,.

  I want to use the color polygon feature, but I have an input RGB U64 image. The only supported is image RGB U32 type. Is it possible to convert the image to U64 U32 and use the color polygon feature?  I know I'll lose accuracy, but what for the moment.

  Otherwise, you know the functions of polygon that supports RGB U64 images as input?

  Please let me know.

  Thank you

  ARE

  IMAQ Cast Image VI Converts the current image type for the image type specified by Type of Image.

  How Casting works: The VI shifts the value from the source to the range of 8-bit using the depth of specific bit of the source image. Then the VI defines each color component in the destination value for the corresponding component in the value of the source.

• IMAQ JPEG image conversion problem string

  Hi, I'm using the format JPEG decode VI to decode an image string I get a camera at Black fins. It works fine when I run VI himself, but when I use it as a subvi the program crashes. Anyone have advice?

  This is a picture of my program

  

  It's the way the file is returned to the camera

  'I '.

  «#IMJxs0s1s2s3...» »

  Enter the JPEG compressed video image x = size of the frame in pixels: 1 = 80 x 64, 3 = 160 x 120, 5 = 320 x 240, 7 = 640 x 480, 9 = 1280 x 1024 s0s1s2s3 = size of the image in bytes (s0 * 256 ^ 0 + s1 * 256 ^ 1 + s2 * 256 ^ 2 + s3 * 256 ^ 3). ... = full frame JPEG Note that sometimes the 'I' command returns nothing if the robot camera is busy, then the 'I' command should be called as many times as necessary until a framework is returned

  I changed the format JPEG decode VI by changing the plans of red and blue color. I don't know if this caused the problem though.

  Hello

  This can be useful for you:

  http://forums.NI.com/NI/board/message?board.ID=200&message.ID=21845#M21845

  Andrey.

• RAW image conversion

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  The wmphotos... * DECODING * 'Windows Media Photos?

  Have you tried the codec?

• QImage Image conversion

  Hi, I have a QImage I want to use an ImageView. What I did was converted into a bb::ImageData and then create an Image using this ImageData. The code is given below.

  QImage imageQ;
  imageQ.load("app/native/assets/images/bg.png");
  imageData = bb::ImageData::fromPixels(imageQ.bits(), bb::PixelFormat::RGBX, canvasWidth, canvasHeight, imageQ.bytesPerLine());
  
  image = ImageView::create().
  image(Image(imageData));
  

  But the problem is that the image is reversed. The original image and the image converting QImage image run this public DropBox folder.

  https://www.dropbox.com/sh/0c1tlan6a1jh0pv/AACDHIvqWTryXA0JjOo0_P-OA

  Try to make a

      imageQ = imageQ.rgbSwapped();
  

  before the line fromPixels.

• A texture image conversion complex in a simplified vector graphic

  Hello

  I have a complex of water chart, I'm trying to simplify and vectorize. I manipulated the image in Photoshop to bring out the contrast and tried pathing image then export paths to illustrator, but the size of the file was obviously great same situation bringing the TIFF in Illustrator and use the vectorization. Is there anyway between programs or both, I can simply and smooth the vector illustration to shall declare the size of the file and make it easier to manipulate, size, color, ect. ? I use the image as texture and it doesn't have to be complex, I would just flow and structure lines.

  I've attached a screenshot of the TIFF Photoshop file I created off the coast of the original photo of the water and the vectorized version, that I have done, by using vectorization, in Illustrator. The vectorized version is a bit unstable and complex. I don't know you have a thing or the best way to do it.

  Thank you very much.

  TM

  

  Color will be easier to handle after vectorization.

  And if you do not want to lose details will not get fewer anchor points.

• Unique spot color grayscale image conversion

  Hello.
  
  I'm trying to convert a grayscale image in a single spot color image. The spot color is PMS425C, color gray, but as I'm only printing 2 colours I need to convert these images in one spot color.
  
  Can someone please help?
  
  Thank you

  Have you seen the monotonous separated to CMYK?  If so, you can not make the PDF correctly and the place is being converted. It can still have CMYK channels, but they are empty and will not end plates.  Check your output to PDF settings and check the ink Manager that the tasks are retained.  In addition, there are more than one way to display preview of the output that can be confusing at first.

  You export as PDF X / 1a and if your settings are correct, when you view in output preview (separations) in Acrobat, you should see the spot as a task.

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• Shockwave Flash object in Word2007 only Image conversion to PDF using Acrobat9 Pro

  I put the Shockwave Flash object to integrate: True & video located on-site, then why isn't Acrobat 9 Pro conversion word to PDF video video.
  
  I tried:
  -using the "Acrobat" section on Ribbon Word to convert
  -Save Word file to Acrobat using command "save under" password
  -using Adobe printer in Word
  -Open the file Word from Acrobat
  
  Ive reskimmed just the word 'Advanced' and 'save' options & I see no additional checking to do.
  
  Thanks for doing this,
  
  SEM.

  Try the demo version of Pro Extended.

• .PS to GIF conversion - truncates the image

  Hi all

  I have an image file in .ps format. When I try to convert it to GIF or JPEG or PDF, I could see that the image is truncated on the right. But when I change the .ps file to be in landscape mode image conversion is correct.

  But I want the image to be converted to Portrait without truncation of the image mode.

  Can any help me to solve this problem in the .ps file.

  Can do something chnaging the .ps file so that I can get a complete picture

  Seen the content of postsript below:

  --------------------

  % ! PS
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  /#copies store 1
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  /Convoyeur def /CW
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  landscape {/ orientation orientation 90 add def} if
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  LineWidth setlinewidth
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  pagedimensions
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  Rotate orientation neg
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  scale scale scale

  / Symbol/s Sdefs FC
  / CF S1defs S1 times-Roman
  0 0 moveto
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  {/pagedimensions}
  useclippath /gotpagebbox userdict doesn't know not and {}
  /pagebbox [pathbbox newpath clippath] def
  roundpage currentdict known /roundpagebbox and {roundpagebbox} if
  } If
  pagebbox pop aload
  4. 1 roll 4 1 roll 4 exch copy
  landscape {4 2 roll} if
  void /width exch def
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  Add 2 div /xcenter exch def
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  UserDict real /gotpagebbox put
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  {/PageSetup}
  / page exch def
  currentdict /pagedict known currentdict known page and {}
  Page load pagedict exch get cvx exec
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  [/decodingdefs
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  bind/w def {neg moveto show}
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  /f {}
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  width of stripe ptsize mul scaling 10 setlinewidth div mul
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  {/changefont}
  /FontHeight exch def
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  [CurrentFont
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  FontHeight ptsize div fontslant sin fontslant cos div mul
  FontHeight ptsize div
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  /SF {f} bind def

  {/ cf}
  DUP length 2 idiv
  /Entries exch def
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  findfont length 1 Add dict dup
  /newdict exch def
  ForAll {1 index /FID {newdict 3 1 roll could not} {pop pop} ifelse}

  newdict entries /Metrics dict set
  newdict /Metrics get
  Start
  chtab pop aload
  1 entries 1 {pop def}
  newdict pop definefont NewFont
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  } bind def

  %
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  % of the printer resident fonts. Try changing if the square roots are too high
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  / [Sdefs
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  Newsprint %------(br is too low to compensate for
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  } {
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  --------------------------

  Thanks in advance.

  Kind regards

  Jawahar

  Your file PS does not contain the parameters of size or page orientation, so the PostScript interpreter you use

  simply defines the configured default page size.

  As the file defines something as a page covering (the name pagebbox is used), take the fiven values it

  to build a State of page size. For example insert

  < agesize="" [792="" 612]="">> setpagedevice

  right after the comment lines (lines starting with two percent signs). Forcing your PS interpreter

  (condition he speaks at least the language level 2, that I take in silence) to make the formula for a

  Letter size page orientation is landscape.

  If you really want a portrait orientyation, you need to swap two numbers in the

  Statement above and enter the code to scale down the formula.

  Helge

• Image indexable vs searchable Image (exact) - quality of the OCR

  I work in the legal field and have always used the "Searchable Image (exact)" parameter when you run internal OCR on the document productions.  I am currently using Acrobat X when I do my own OCR.

  I have a seller who says they use Acrobat 9 "Searchable Image" for all productions of their document.  They say even if the actual image of the document is altered, they get better quality OCR results than they do with 'Searchable Image (exact).'  They say that the document is corrected that text can be read by the OCR engine.

  My problem is that a lot of documents is changed.  Architectural drawings in particular are dramatically tilting to the right, the edge of the drawing is being cut entirely from the document and dotted lines are added to the image itself - apparently where used to be at the edge of the page.  This is unacceptable.  They say that the entire drawing being reversed so that the first lines of the text on the drawing's horizontal.  So if there is a small piece of text that is tilted, the entire drawing is inclined to adapt to this one piece of text.

  Is it true that OCR is much better using "Searchable Image" vs "indexable Image (exact)"?  I need to select a configuration option for all the docs, and I am inclined not not change our documents in any way at the expense of the OCR.

  They also say that they have docs of OCRing evil I can't OCR without problem using Acrobat 8 and Acrobat X.  Does this make any sense?  I went directly from 8 x, so I'm not familiar with Acrobat 9.

  Once the OCR files use "Searchable Image" and SAVED, you need to go back and
  find copies of the original files pre - OCR and reOCR them by using "indexable Image (exact)"?

  If having this "faithful" to the original document is an indispensable attribute then, Yes, get you the pre - OCR had PDFs and run through the searchable Image (exact).

  Regardless of the version of Acrobat (4.x, 5.x, 6.x, 7.x, 8.x, 9.x, X or XI), the essential characteristic of the searchable Image (exact) has not changed.
  In other words, the image does not suffer the "tweaking" provided by indexable Image.

  Therefore, the PDFs by searchable Image (exact) of which version of Acrobat will be acceptable.

  What happens if you treat a PDF file containing a scanned image of text content through the searchable Image (exact)?
  The PDF wins a second 'hidden layer' of the production of the OCR. (I have it done - inquiring minds want to know, huh?) )
  Of course, using Acrobat Pro, we could eliminate an existing one 'hidden layer' OCR output.

  [addendum: this deletion is of * all * this - if a show it has disappeared, if more than one, then all go]

  The path "click on" ways to resolve this problem varies depending on the version of Acrobat.

  Because you work with PDF files have been the exact presentation of the original document is import, you can set up Acrobat that you have certain obstacles to an "oops".

  An example:

  In the Acrobat preferences, select the "Convert to PDF" category, and then select TIFF.
  Change the settings.
  Monochrome compression - CCIT G4
  Grayscale Compression - ZIP
  Colours - ZIP compression
  RGB policy: Preserve embedded profiles
  Political CMYK: Off
  Political gray: Off
  Other policies: preserve embedded profiles

  An example:

  Configure Acrobat Optimization Options
  --| via Acrobat optimize scanned PDF document
  --| through the Optimization Options dialog box presented after clicking the ' Options' button in the pane of optimization in the configuration dialog box to create a PDF from a Scanner.

  Uncheck the "Automatic" (you don't want "Aggressive" or "Adaptive")
  Select "Custom".

  For Compression
  --| Color/Grayscale--> ' select "Lossless."
  --| Monochrome--> select "CCIT Group 4.

  For filtering
  --| review the help of Acrobat to read the discussion on the choices that are available.
  (Deskew |) Background removal | Edge shadow removal | Clean | Descreening | Removal of Halo | Sharpening text)

  Open the help of Acrobat and go to "analyze a paper as a PDF document.
  A close reading of the information will be informative and useful.

  You want to avoid dealing with any image of the record of lossy compression (which compresses by destructive removal of pixels - so "corrupt" that "faithful").

  You want to avoid filtering which alters the image.

  Be well...

  Post edited by: CtDave

• Performance when indexing table 1 d of table 2D

  In the attached extract, I'm trying to store images from a camera in a pre-initialise table. The GetImages16 function is a wrapper of commercial for a DLL that takes a pointer to a 1 d array and writes the image of the camera. My Images in table must store 1500 ~ frames of images of 128 x 128 pixels, so I assigned a 2D of 16384 x 1500 table.

  The problem I have is that table indexing Images significantly slows down that I increase the number of images, and I can't keep up with my camera. Three things correct this code:

  1. reduction of the size of the Images of 1500 images to<400 frames="" or="">

  2 image making a 1 d array and passing it directly.

  3. moving code from indexing outside of the loop.

  So, even if the location of the first image of Images should not change, it seems to take significantly longer (~ 5 ms) to perform indexing of Images when the pre-initialise table becomes large (> 400 frames). This suggests that I couldn't be very good memory management, but I'm a noice from LabVIEW relative in this area. I tried indexing column instead of line and get the same performance.

  Suggestions?

  Maybe I simply don't see, or maybe that is not visible in this picture, but I don't see anywhere that write you to the local variable of the "Perle of Images", so I don't see how it's helping you. Again, it would be useful to see the subVIs. Can you post a ZIP file containing all your screws, instead of just images?

  To share a great picture between the loops, the best option is an action VI engine that stores the chart in an uninitialized shift register. At a minimum, it must have actions to initialize the table records an image in the table and retrieve an image. There also other treatment options, so you can operate directly on the data in the table.

• Problem making a 1-bit image

  I'm trying to make a 1-bit image and I tried several ways to do but got nowhere with it. I hope someone will see the mistakes I make and show me how to solve this problem, I joined the program I was working, the image I used is also attached it may be I don't know.

  Hey alang.

  by converting into PNG I don't mean not simply to rename the file...

  Your BMP is a 24-bit image, so you should check the output 24-bit image conversion routine. Then you simply check a single color component (as it is a grayscale image) for your level of comparison:

  

• incompatible image type

  I get an incompatible image with installation 2 ringtone type, learn 2 and 2 ringtone model Match. I understand that this error is thrown when the model of image bit depth and indexable image is different, but in my case, everyone is a 16-bit image.

  Any suggestions? An image of my installation is attached. You can see from sensors that everyone is a 16-bit image.

  

  Candice, get it please help installation ringtone 2 functions, learn ringtone 2, and 2 Pattern Match are compatible with the 16-bit type. I geuss, they only for 8-bit (but not sure - I have no vision now to check)

  Andrey.

• How to convert the Bitmap Image in BlackBerry

  Hello

  In my application, I get the picture from the server. Now, I want to convert this Bitmap Image to display on the screen. For this I use below codes. But it doesn't give me the same image does not mean with the clarity and the exact size. He's smaller than the picture.

  I used the codes below:

  private Bitmap getBitmapFromImg(Image img) {
          Bitmap bmp = null;
          try {
              Logger.out(TAG, "It is inside the the image conversion        " +img);
              Image image = Image.createImage(img);
              byte[] data = BMPGenerator.encodeBMP(image);
              Logger.out(TAG, "It is inside the the image conversion---333333333"+data);
              bmp = Bitmap.createBitmapFromBytes(data, 0, data.length, 1);
              } catch (Exception e) {
              // TODO Auto-generated catch block
              e.printStackTrace();
          }
          return bmp;
          // TODO Auto-generated method stub
      }
  

  Here is the BMPGenerator class:

  public final class BMPGenerator {
  
          /**
           * @param image
           * @return
           * @throws IOException
           * @see {@link #encodeBMP(int[], int, int)}
           */
          public static byte[] encodeBMP(Image image) throws IOException {
                  int width = image.getWidth();
                  int height = image.getHeight();
                  int[] rgb = new int[height * width];
                  image.getRGB(rgb, 0, width, 0, 0, width, height);
                  return encodeBMP(rgb, width, height);
          }
  
          /**
           * A self-contained BMP generator, which takes a byte array (without any unusual
           * offsets) extracted from an {@link Image}. The target platform is J2ME. You may
           * wish to use the convenience method {@link #encodeBMP(Image)} instead of this.
           * 
  
           * A BMP file consists of 4 parts:-
           * 
  
           * 
  header
           * 
  information header
           * 
  optional palette
           * 
  image data
           * 
           * At this time only 24 bit uncompressed BMPs with Windows V3 headers can be created.
           * Future releases may become much more space-efficient, but will most likely be
           * ditched in favour of a PNG generator.
           *
           * @param rgb
           * @param width
           * @param height
           * @return
           * @throws IOException
           * @see http://en.wikipedia.org/wiki/Windows_bitmap
           */
          public static byte[] encodeBMP(int[] rgb, int width, int height)
                          throws IOException {
                  int pad = (4 - (width % 4)) % 4;
                  // the size of the BMP file in bytes
                  int size = 14 + 40 + height * (pad + width * 3);
                  ByteArrayOutputStream bytes = new ByteArrayOutputStream(size);
                  DataOutputStream stream = new DataOutputStream(bytes);
                  // HEADER
                  // the magic number used to identify the BMP file: 0x42 0x4D
                  stream.writeByte(0x42);
                  stream.writeByte(0x4D);
                  stream.writeInt(swapEndian(size));
                  // reserved
                  stream.writeInt(0);
                  // the offset, i.e. starting address of the bitmap data
                  stream.writeInt(swapEndian(14 + 40));
                  // INFORMATION HEADER (Windows V3 header)
                  // the size of this header (40 bytes)
                  stream.writeInt(swapEndian(40));
                  // the bitmap width in pixels (signed integer).
                  stream.writeInt(swapEndian(width));
                  // the bitmap height in pixels (signed integer).
                  stream.writeInt(swapEndian(height));
                  // the number of colour planes being used. Must be set to 1.
                  stream.writeShort(swapEndian((short) 1));
                  // the number of bits per pixel, which is the colour depth of the image.
                  stream.writeShort(swapEndian((short) 24));
                  // the compression method being used.
                  stream.writeInt(0);
                  // image size. The size of the raw bitmap data. 0 is valid for uncompressed.
                  stream.writeInt(0);
                  // the horizontal resolution of the image. (pixel per meter, signed integer)
                  stream.writeInt(0);
                  // the vertical resolution of the image. (pixel per meter, signed integer)
                  stream.writeInt(0);
                  // the number of colours in the colour palette, or 0 to default to 2n.
                  stream.writeInt(0);
                  // the number of important colours used, or 0 when every colour is important;
                  // generally ignored.
                  stream.writeInt(0);
                  // PALETTE
                  // none for 24 bit depth
                  // IMAGE DATA
                  // starting in the bottom left, working right and then up
                  // a series of 3 bytes per pixel in the order B G R.
                  for (int j = height - 1; j >= 0; j--) {
                          for (int i = 0; i < width; i++) {
                                  int val = rgb[i + width * j];
                                  stream.writeByte(val & 0x000000FF);
                                  stream.writeByte((val >>> 8) & 0x000000FF);
                                  stream.writeByte((val >>> 16) & 0x000000FF);
                          }
                          // number of bytes in each row must be padded to multiple of 4
                          for (int i = 0; i < pad; i++) {
                                  stream.writeByte(0);
                          }
                  }
                  byte[] out = bytes.toByteArray();
                  bytes.close();
                  // quick consistency check
                  if (out.length != size)
                          throw new RuntimeException("bad math");
                  return out;
          }
  
          /**
           * Swap the Endian-ness of a 32 bit integer.
           *
           * @param value
           * @return
           */
          private static int swapEndian(int value) {
                  int b1 = value & 0xff;
                  int b2 = (value >> 8) & 0xff;
                  int b3 = (value >> 16) & 0xff;
                  int b4 = (value >> 24) & 0xff;
  
                  return b1 << 24 | b2 << 16 | b3 << 8 | b4 << 0;
          }
  
          /**
           * Swap the Endian-ness of a 16 bit integer.
           *
           * @param value
           * @return
           */
          private static short swapEndian(short value) {
                  int b1 = value & 0xff;
                  int b2 = (value >> 8) & 0xff;
  
                  return (short) (b1 << 8 | b2 << 0);
          }
  

  Where an error in my code? Is there another way to do the same thing?

  Why you want to use a bmp image?
  You can just use png, jpg or whatever of the original image is.
  If there is a situation where you need the bitmap image call http://www.blackberry.com/developers/docs/7.1.0api/net/rim/device/api/system/EncodedImage.html#getBi...