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1 Stone of Orthanc
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2 ================
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3
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4
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5 General Information
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6 -------------------
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7
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8 This repository contains the source code of the Stone of Orthanc.
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9
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10 Stone of Orthanc is a lightweight, cross-platform C++ framework for
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11 the CPU-based rendering of medical images. It notably features support
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12 for MPR (multiplanar reconstruction of volume images), PET-CT fusion,
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13 and accurate physical world coordinates.
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14
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15 Stone of Orthanc comes bundled with its own software-based rendering
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16 engine (based upon pixman). This engine will use CPU hardware
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17 acceleration if available (notably SSE2, SSSE3, and NEON instruction
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18 sets), but not the GPU. This makes Stone a highly versatile framework
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19 that can run even on low-performance platforms. Stone is able to
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20 display DICOM series without having to entirely store them in the RAM.
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21
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22 Stone of Orthanc is conceived as a companion toolbox to the Orthanc
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23 VNA (vendor neutral archive, i.e. DICOM server). As a consequence,
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24 Stone will smoothly interface with Orthanc out of the
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25 box. Interestingly, Stone does not contain any DICOM toolkit: It
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26 entirely relies on the REST API of Orthanc to parse/decode DICOM
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27 images. However, thanks to the object-oriented architecture of Stone,
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28 it is possible to avoid this dependency upon Orthanc, e.g. to download
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29 DICOM datasets using DICOMweb.
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30
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31
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32 Comparison
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33 ----------
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34
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35 Pay attention to the fact that Stone of Orthanc is a toolkit, and not
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36 a fully-featured application for the visualization of medical images
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37 (such as Horos/OsiriX or Ginkgo CADx). However, such applications
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38 could be built on the top of Stone of Orthanc.
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39
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40 Stone of Orthanc is quite similar to two other well-known toolkits:
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41
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42 * Cornerstone, a client-side JavaScript toolkit to display medical
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43 images in Web browsers, by Chris Hafey <chafey@gmail.com>:
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44 https://github.com/chafey/cornerstone
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45
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46 Contrarily to Cornerstone, Stone of Orthanc can be embedded into
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47 native, heavyweight applications.
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48
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49 * VTK, a C++ toolkit for scientific visualization, by Kitware:
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50 http://www.vtk.org/
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51
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52 Contrarily to VTK, Stone of Orthanc is focused on CPU-based, 2D
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53 rendering: The GPU will not be used.
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54
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55
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56 Dependencies
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57 ------------
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58
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59 Stone of Orthanc is based upon the following projects:
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60
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61 * Orthanc, a lightweight Vendor Neutral Archive (DICOM server):
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62 http://www.orthanc-server.com/
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63
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64 * Cairo and pixman, a cross-platform 2D graphics library:
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65 https://www.cairographics.org/
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66
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67 * Optionally, SDL, a cross-platform multimedia library:
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68 https://www.libsdl.org/
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69
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70
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71 Installation and usage
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72 ----------------------
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73
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74 Build instructions are similar to that of Orthanc:
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75 https://orthanc.chu.ulg.ac.be/book/faq/compiling.html
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76
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77 Stone of Orthanc comes with several sample applications in the
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78 "Samples" folder. These samples use SDL.
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79
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80
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81 Licensing
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82 ---------
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83
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84 Stone of Orthanc is licensed under the GPLv3 license, with the OpenSSL
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85 exception:
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86 http://people.gnome.org/~markmc/openssl-and-the-gpl.html
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87
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88 We also kindly ask scientific works and clinical studies that make
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89 use of Orthanc to cite Orthanc in their associated publications.
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90 Similarly, we ask open-source and closed-source products that make
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91 use of Orthanc to warn us about this use. You can cite our work
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92 using the following BibTeX entry:
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93
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94 @inproceedings{Jodogne:ISBI2013,
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95 author = {Jodogne, S. and Bernard, C. and Devillers, M. and Lenaerts, E. and Coucke, P.},
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96 title = {Orthanc -- {A} Lightweight, {REST}ful {DICOM} Server for Healthcare and Medical Research},
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97 booktitle={Biomedical Imaging ({ISBI}), {IEEE} 10th International Symposium on},
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98 year={2013},
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99 pages={190-193},
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100 ISSN={1945-7928},
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101 month=apr,
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102 url={http://ieeexplore.ieee.org/xpl/articleDetails.jsp?tp=&arnumber=6556444},
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103 address={San Francisco, {CA}, {USA}}
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104 }
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