Differences

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--- aigis2:top [2023/12/05 19:21] – [Contact] Naru Hirata
+++ aigis2:top [2024/03/09 23:50] – [GitHub project/repositories] Naru Hirata
@@ Line 8: / Line 8: @@
    * Nagayoshi and Hirata (2023) AiGIS2, Interactive, Versatile Analysis and Visualization Tool for Asteroid Exploration Data, AGU Fall Meeting 2023, P33F-3207.
-we will share them through this webpage.
+===== GitHub project/repositories =====
+  * GitHub project: [[https://github.com/AiGIS-PyAiGIS/]]
+    * Repository for ipynb samples: [[https://github.com/AiGIS-PyAiGIS/PyAiGIS-examples]]
+    * Repository: [[https://github.com/AiGIS-PyAiGIS/PyAiGIS]]
+      * Currently a README.md is only available.
 ===== Technologies =====
 AiGIS2/PyAiGIS is developed with the following technologies:
-  * VTK
+  * [[https://vtk.org|VTK]]
-  * PyVista
+  * [[https://docs.pyvista.org/version/stable/|PyVista]]
-  * PyVistaQt
+  * [[https://qtdocs.pyvista.org|PyVistaQt]]
-  * Pandas
+  * [[https://pandas.pydata.org|Pandas]]
-  * Matplotlib
+  * [[https://matplotlib.org|Matplotlib]]
-  * Numpy
+  * [[https://numpy.org|Numpy]]
-  * Jupyter Notebook/Jupyter Lab
+  * [[https://github.com/AndrewAnnex/SpiceyPy| SpiceyPy]]
+  * [[https://jupyter.org|Jupyter Notebook/Jupyter Lab]]
+===== Screenshots =====
+Examples of visualization of Itokawa shape and associated mapdata by AiGIS2/PyAiGIS.
+Multi-view visualization of Itokawa shape and associated mapdata.
+{{:aigis2:itokawa_pyvistaqt.png?400|}}
+D distribution plot of the surface slope and elevation of Itokawa mapdata by Matplotlib.
+{{:aigis2:Itokawa_SlopeVSElevation.png?400|}}
+Smooth terrain on Itokawa (regions where the slope is < 10 [deg] and the elevation is < -18 [m] are colored).
+{{:aigis2:Itokawa_PyVista_Selection.png?400|}}
+Slope distributions on Itokawa (slope directions and slopes are visualized with arrows).
+{{:aigis2:Itokawa_SlopeVectors.png?400|}}
 ===== Contact =====