Blue Sky Exchange The trusted source for used and refurbished medical equipment. DICOM Conformance Statements. Carestream Health supports DICOM interoperation, offering existing and future products the ability to communicate via the DICOM standard. Converting Bitmap, JPEG and PDF to DICOM. Imagine youre a dermatologist taking pictures of patients skin for treatment tracking using a digital camera. The pictures are JPEGs and have no patient info in them. If you could convert them to DICOM and send them to the clinic PACS, that would be a great advancement. With the new RZDCX version 2. RZDCX DICOM Toolkit download page implementing an application that does just that becomes very simple. Converting JPEG to DICOMHeres how to convert a JPEG image to DICOM DCXOBJ o new. DCXOBJ o. Set. Jpeg. Framespic. As described in the PacsOne Solutions page, the following platforms are currently supported for PacsOne Server Premium Edition Windows 2008 Server2012 Server. D software. SLS 3D printing becomes more accessible as Autodesk Netfabb adds support for Sinterit Lisa. About. 3D Slicer is a free open source software BSDstyle license that is a flexible, modular platform for image analysis and visualization. D Slicer are extended. Applications. DICOM is used worldwide to store, exchange, and transmit medical images. DICOM has been central to the development of modern radiological imaging DICOM. Dicom Print Server Software' title='Dicom Print Server Software' />If we now use the DCXOBJ. Dump command we will see that the object contains all the required elements to render the picture as DICOM. The examples here are in C but you can easily convert them to C. Heres the equivalent C code IDCXOBJPtr ouuidofDCXOBJ o Set. Jpeg. Framespic. Heres how to dump it to text file o. Dumpdump. 1. txt. The file dump. 1. Used Transfer. Syntax Unknown. Transfer. Syntax0. UI Secondary. Capture. Image. Storage           . SOPClass. UID0. 02. US 3                                           2, 1 Samples. Per. Pixel0. 02. CS YBRFULL4. Photometric. Interpretation0. US 0                                           2, 1 Planar. Configuration0. 02. US 1. 45                                         2, 1 Rows0. US 1. 44                                         2, 1 Columns0. US 8                                           2, 1 Bits. Allocated0. 02. 8,0. US 8                                           2, 1 Bits. Stored0. 02. 8,0. US 7                                           2, 1 High. Bit0. 02. 8,0. 10. US 0                                           2, 1 Pixel. Representation0. CS 0. Lossy. Image. Compression0. CS ISO1. 09. 181                              1. Lossy. Image. Compression. Method7fe. 0,0. 01. OB Pixel. Sequence 2                      ul, 1 Pixel. Data  fffe,e. 00. Item  fffe,e. 00. Itemfffe,e. 0dd na Sequence. Delimitation. Item                  0, 0 Sequence. Delimitation. Item. By default, the SOP CLASS used for the created object is Secondary Capture Image Storage. This SOP CLASS is intended for screen captures and may be the most appropriate. Another option might be Visible Light Image Storage. After setting the pixel data you can manipulate any attribute using the DCXELM class and add data like patient name and patient ID. Also note that the pixel data of the Jpeg frame is encoded within a pixel data sequence item that holds the jpeg stream. The sequence has two items. The first item in this sequence is called offset table that is here empty. The second item is the jpeg stream of the frame. If we had multi frame image there would have been more items, one for every frame as well see later on. Converting Bitmap to DICOM. Converting bitmaps is just as easy using the Set. BMPFrames method DCXOBJ obj new. DCXOBJ obj. Set. BMPFramesRZ logo new. FileRZ logo new. And we dump this one as well just the same obj. Dumpdump. 1. txt. And this is what we get in the dump Dicom Data Set Used Transfer. Syntax Unknown. Transfer. Syntax0. 00. 8,0. UI Secondary. Capture. Image. Storage              2. SOPClass. UID0. 02. US 3                                           2, 1 Samples. Per. Pixel0. 02. CS RGB                                       4, 1 Photometric. Interpretation0. US 0                                           2, 1 Planar. Configuration0. 02. US 3. 00                                         2, 1 Rows0. US 3. 00                                         2, 1 Columns0. US 8                                           2, 1 Bits. Allocated0. 02. 8,0. US 8                                           2, 1 Bits. Stored0. 02. 8,0. US 7                                           2, 1 High. Bit0. 02. 8,0. 10. US 0                                           2, 1 Pixel. Representation7fe. OB f. 7fcffeff. Pixel. Data. Here the pixel data is not compressed and not encapsulated within a sequence. The data in the pixel data element 7fe. RGB values from the bitmap image. To create a valid DICOM Secondary Capture file we have to add some attributes such as patient name and patient ID for example. The full source code with the list of required attributes can be found in the DICOMIZER source code zip file in this link JPEG to DICOM Source Code. Creating Multi frame DICOM Images. Sometimes you may be requirested to create a Multi Frame DICOM Image. Multi Frames images are saved in one DICOM file but contain multiple frames, for example a time sequence or a cine. Creating Multi Frame DICOM images is just as simple. Instead of passing a single filename, just pass the filenames as a string separated by like this DCXOBJ obj  new DCXOBJ obj. Set. BMPFramesFrame 1. Frame 2. bmp Frame 3. The same works for Set. Jpeg. Frames. When creating multi frame images using these methods all the frames passed must be of the same type and of the same size. Do not mix bitmaps with jpegs or even jpegs that were created from different cameras as they may have different compression schemas and different color spaces causing them not to fit into a single DICOM multi frame object. DICOM Multi frame images must have all the frames with exactly the same attributes of rows, columns, color schema and compression type. Heres a dump of a multi frame DICOM image with two JPEG frames created using Set. Jpeg. Frames Dicom Data Set Used Transfer. Syntax JPEG Baseline0. UI Secondary. Capture. Image. Storage              2. SOPClass. UID0. 02. US 3                                           2, 1 Samples. Per. Pixel0. 02. CS YBRFULL4. Photometric. Interpretation0. US 0                                           2, 1 Planar. Configuration0. 02. IS 2                                         2, 1 Number. Of. Frames0. 02. US 1. Rows0. US 1. 44                                         2, 1 Columns0. US 8                                           2, 1 Bits. Allocated0. 02. 8,0. Serial Port Perl Linux. US 8                                           2, 1 Bits. Stored0. 02. 8,0. US 7                                           2, 1 High. Bit0. 02. 8,0. 10. US 0                                           2, 1 Pixel. Representation0. CS 0. Lossy. Image. Compression0. CS ISO1. 09. 181                              1. Lossy. Image. Compression. Method7fe. 0,0. 01. OB Pixel. Sequence 3                       ul, 1 Pixel. Data  fffe,e. 00. Item  fffe,e. 00. Item  fffe,e. 00. Itemfffe,e. 0dd na Sequence. Delimitation. Item                 0, 0 Sequence. Delimitation. Item. Here we have a sequence with 3 items, the first being the offset table that is not in use and is empty and the second and third are the jpeg streams of the first and the second frames resp. Also note the tag 0. Number of frames that is now present. For multi frame images you may want to change the SOP class to Multi Frame Secondary Capture Image Storage though the Secondary Capture Image Storage SOP CLASS that is set by default is OK too. Heres another dump, this time of a file created by Set. BMPFrames Dicom Data Set Used Transfer. Syntax Little. Endian. Explicit0. 00. 8,0. UI Secondary. Capture. Image. Storage              2. SOPClass. UID0. 02. US 3                                           2, 1 Samples. Per. Pixel0. 02. CS RGB                                       4, 1 Photometric. Interpretation0. US 0                                           2, 1 Planar. Configuration0. 02. IS 2                                         2, 1 Number. Of. Frames0. 02. US 3. Rows0. US 3. 00                                         2, 1 Columns0. US 8                                           2, 1 Bits. Allocated0. 02. 8,0. US 8                                           2, 1 Bits.