Difference between revisions of "Training:Slicer Community Highlights and Testimonials"
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| − | + | == The Antikythera Mechanism (Greece)== | |
| + | [https://www.slicer.org/wiki/Main_Page/SlicerCommunity/2019#Ancient_Machine_Tools_for_the_Construction_of_the_Antikythera_Mechanism_Parts The Antikythera Mechanism (Greece)] | ||
[[Image:SlicerAntikythera.png |250px | right]] | [[Image:SlicerAntikythera.png |250px | right]] | ||
''The most representative and unique worldwide achievement of the ancient Greek technology of the Hellenistic era is the Antikythera Mechanism. This very complex bronze geared machine, consisted of lots of mechanical parts and it could calculate the position of the Sun in the sky, the phases of the Moon, the eclipses of these two celestial bodies, the date and even the time of these events and also the dates the athletic games started'' | ''The most representative and unique worldwide achievement of the ancient Greek technology of the Hellenistic era is the Antikythera Mechanism. This very complex bronze geared machine, consisted of lots of mechanical parts and it could calculate the position of the Sun in the sky, the phases of the Moon, the eclipses of these two celestial bodies, the date and even the time of these events and also the dates the athletic games started'' | ||
| + | ==3D Slicer ranked #3 best open-source software for Linux platforms== | ||
* [https://www.ubuntupit.com/top-25-best-free-medical-imaging-software-for-linux-system/ 3D Slicer ranked #3 best open-source software for Linux platforms] | * [https://www.ubuntupit.com/top-25-best-free-medical-imaging-software-for-linux-system/ 3D Slicer ranked #3 best open-source software for Linux platforms] | ||
[[Image:Slicer_FreeLinuxSoftware.png|250px | right]] | [[Image:Slicer_FreeLinuxSoftware.png|250px | right]] | ||
| + | == Volume rendering of 4D Data == | ||
*[https://discourse.slicer.org/t/mixed-volume-rendering-and-surface-representation-of-segmentation-has-incorrect-3d-appearance-if-segment-is-not-fully-opaque/6532/4 Slicer Forum Testimonial] | *[https://discourse.slicer.org/t/mixed-volume-rendering-and-surface-representation-of-segmentation-has-incorrect-3d-appearance-if-segment-is-not-fully-opaque/6532/4 Slicer Forum Testimonial] | ||
''The appeal of the volume rendering was the ease of working with 4D data, as the volume is cycled through the time steps, the volume-rendered representation naturally changes with the image volume. (...)Also, I liked that it was easy to create a representation where it was trivial to tell which side of the surface was facing air, and which side was facing non-air by putting two different colors on either end of my step function. Thanks again for your help.(...) Slicer is an amazing tool, and the community support is second to none!'' | ''The appeal of the volume rendering was the ease of working with 4D data, as the volume is cycled through the time steps, the volume-rendered representation naturally changes with the image volume. (...)Also, I liked that it was easy to create a representation where it was trivial to tell which side of the surface was facing air, and which side was facing non-air by putting two different colors on either end of my step function. Thanks again for your help.(...) Slicer is an amazing tool, and the community support is second to none!'' | ||
Revision as of 15:55, 19 April 2019
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The Antikythera Mechanism (Greece)
The Antikythera Mechanism (Greece)
The most representative and unique worldwide achievement of the ancient Greek technology of the Hellenistic era is the Antikythera Mechanism. This very complex bronze geared machine, consisted of lots of mechanical parts and it could calculate the position of the Sun in the sky, the phases of the Moon, the eclipses of these two celestial bodies, the date and even the time of these events and also the dates the athletic games started
3D Slicer ranked #3 best open-source software for Linux platforms
Volume rendering of 4D Data
The appeal of the volume rendering was the ease of working with 4D data, as the volume is cycled through the time steps, the volume-rendered representation naturally changes with the image volume. (...)Also, I liked that it was easy to create a representation where it was trivial to tell which side of the surface was facing air, and which side was facing non-air by putting two different colors on either end of my step function. Thanks again for your help.(...) Slicer is an amazing tool, and the community support is second to none!
