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-[[:top|top]]　[[ja:harmonics|HARMONICS japanese site]]+[[:top|top]]　[[ja:harmonics:top|HARMONICS japanese site]]
  
 HARMONICS (HAyabusa Remote MONItoring and Commanding System) HARMONICS (HAyabusa Remote MONItoring and Commanding System)
  
-**#Overview**\\  +**#Overview** 
-HARMONICS is a visualization tool based on SPICE[1] for FOVs of scientific instruments and geometry between spacecraft (S/C) and target asteroid in Hayabusa/Hayabusa2 missions.\\  +HARMONICS is a visualization tool based on SPICE[1] for FOVs of scientific instruments and geometry between spacecraft (S/C) and target asteroid in Hayabusa/Hayabusa2 missions. 
-This has been developed by students in Univ. of Aizu.\\  +This has been developed by students in Univ. of Aizu. 
-Ueno+(2017)[2] has replaced GUI libraries from GTK to Qt.\\  +Ueno+(2017)[2] has replaced GUI libraries from GTK to Qt. 
-Aoki+(2018)[3] is the latest version as open source materials including results of PBL courses supported by FY2017-19 Coordination Funds for Promoting AeroSpace Utilizaiton, MEXT, Japan[4].\\  +Aoki+(2018)[3] is the latest version as open source materials including results of PBL courses supported by FY2017-19 Coordination Funds for Promoting AeroSpace Utilizaiton, MEXT, Japan[4].  
-Aizu Laboratory, Inc.[5] supports development and maintenance of the software.\\  +Aizu Laboratory, Inc.[5] supports development and maintenance of the software. 
-This version 2.0 is corresponding to a part of HARMONICS 1.0 for the original Hayabusa in 2005.\\  +This version 2.0 is corresponding to a part of HARMONICS 1.0 for the original Hayabusa in 2005. 
-HARMONICS is going to be refined for Hayabusa2 Rendezvous with the asteroid Ryugu[6] in this summer.\\ +HARMONICS is going to be refined for Hayabusa2 Rendezvous with the asteroid Ryugu[6] in this summer.
 HARMONICS 1.0 developed by Ms. E. Nemoto[7] contributed to top science of the original Hayabusa by  HARMONICS 1.0 developed by Ms. E. Nemoto[7] contributed to top science of the original Hayabusa by 
 deciding shutter chances with Camera Science Team[8]. HARMONICS was also used for visual inspection of shape model[9] developed by Univ. of Aizu by means of comparison between observed images and simulated ones. deciding shutter chances with Camera Science Team[8]. HARMONICS was also used for visual inspection of shape model[9] developed by Univ. of Aizu by means of comparison between observed images and simulated ones.
  
-**#Download**\\  +**#Download** 
-*Open Source Materials\\  +*Open Source Materials 
-You need to build development environment for using HARMONICS.\\  +You need to build development environment for using HARMONICS.
-{{archive:harmonics:harmonics_2.2.0.zip:|Latest version (MacOS/Ubuntu16.04)}} ・ Download size ~180MB, required ~1.2GB\\  +
-[[harmonics:release|Previous versions]]\\  +
-Required items;\\  +
-- macOS + Xcode\\  +
-- Qt Creator\\  +
-- Homebrew for installing libraries\\  +
-Please check procedures in #Documents/“Installation of HARMONICS”\\  +
-for Linux(Ubuntu) and VM on Windows (VirtualBox)]\\  +
-Please check procedures in #Documents/“Installation of HARMONICS”\\ +
  
-**#Release Notes**\\  +<HTML> 
-2018.3.19 HARMONICS 2.0.0 for the original Hayabusa has been released.\\  +<a href="https://arcspace.jp/lib/exe/fetch.php?media=harmonics:harmonics_2.2.0.zip" onClick="gtag('event', 'click', {'event_category':'download','event_label':'harmonics_2.2.0.zip'});">Latest version (MacOS/Ubuntu16.04)</a>・ Download size ~180MB, required ~1.2GB 
-2018.5.19 HARMONICS 2.0.1 has been released.\\  +</HTML>
-          Supporting SPICE N66\\  +
-          Verified by Qt5.10.1\\  +
-          Other minor bug fixes\\  +
-2018.9.28 HARMONICS 2.1.0 has been released.\\  +
-          Data management for each project based on preferences.\\  +
-          Visualization of footprint-like observation area with FOV-fructus\\  +
-          Operation check on Linux(Ubuntu) and on VM(VirtualBox) over Windows.\\  +
-          Other minor bug fixes\\  +
-2019.3.28 HARMONICS 2.2.0 has been released.\\  +
-          Image Mapping for Hayabusa/AMICA data\\  +
-          Built-in DB for the AMICA footprints\\  +
-          Other minor bug fixes\\ +
  
-**#Documents**\\  +[[harmonics:release|Previous versions]] 
-{{archive:harmonics:InstallationHARMONICS_en.pdf|Installation of HARMONICS (macOS)}} +Required items; 
-{{archive:harmonics:installationLinux_en.pdf|Installation of HARMONICS (Linux)}} +- macOS + Xcode 
-{{archive:harmonics:Aoki+4LPSC2018en.pdf}}About HARMONICS+- Qt Creator 
 +- Homebrew for installing libraries 
 +Please check procedures in #Documents/“Installation of HARMONICS” 
 +for Linux(Ubuntu) and VM on Windows (VirtualBox)] 
 +Please check procedures in #Documents/“Installation of HARMONICS”
  
 +**#Release Notes**
 +2018.3.19 HARMONICS 2.0.0 for the original Hayabusa has been released.
 +2018.5.19 HARMONICS 2.0.1 has been released.
 +          Supporting SPICE N66
 +          Verified by Qt5.10.1
 +          Other minor bug fixes
 +2018.9.28 HARMONICS 2.1.0 has been released.
 +          Data management for each project based on preferences.
 +          Visualization of footprint-like observation area with FOV-fructus 
 +          Operation check on Linux(Ubuntu) and on VM(VirtualBox) over Windows.
 +          Other minor bug fixes
 +2019.3.28 HARMONICS 2.2.0 has been released.
 +          Image Mapping for Hayabusa/AMICA data
 +          Built-in DB for the AMICA footprints
 +          Other minor bug fixes
 +
 +**#Documents**
 +{{harmonics:InstallationHARMONICS_en.pdf|Installation of HARMONICS (macOS)}}
 +{{harmonics:installationLinux_en.pdf|Installation of HARMONICS (Linux)}}
 +{{harmonics:Aoki+4LPSC2018en.pdf|About HARMONICS}}
 +
 +**#Developers and advisors**
 +HARMONICS 1.0 
 + OG of Univ. of Aizu 
 +  Etsuko Nemoto 
 + Supervisors at that time 
 +  Noriaki Asada 
 +  Hirohide Demura 
 +  Members of AMICA Science Team, Hayabusa Project 
 + 
 +HARMONICS 2.0 by Project-based Learning Course “Utilization of Remote Sensing Data”
 + OB of Univ. of Aizu
 +  Wataru Ueno
 +  Yuya Aoki
 +  Shintaro Tsunoda
 + Coaches for development
 +  Yukinori Yamaguchi (AY2018 First Semester, Aizu Laboratory, Inc.)
 +  Misaki Ichikawa (AY2017 Second Semester, Aizu Laboratory, Inc.)
 + Students of HARMONICS developers group in AY2018 First Semester
 +  Masashi Kumagai
 +  Yuta Inoue
 +  Yoshiya Matsukawa
 +  Hiroshi Sakai
 +  Akira Hikichi
 +  Shota Sugie
 +  Tomoya Tasaki
 + Teaching/Student Assistants in AY2018
 +  Yuya Aoki
 +  Kentaro Suko
 +  Takashi Sonoke
 +  Ryoya Ito
 + Students of HARMONICS developers group in AY2017
 +  Yurika Iwabuchi
 +  Shintaro Tsunoda
 +  Tatsuro Kobayashi
 +  Masashi Kumagai
 +  Yunosuke Miyamoto
 +  Yuta Inoue
 +  Seiyu Majima
 +  Mai Uchida
 +  Kenshi Teshirogi
 +  Yoshiyuki Saito
 + Teaching/Student Assistants in AY2017
 +  Yuya Aoki
 +  Kentaro Suko
 +  Takashi Sonoke
 +  Ryoya Ito
 + Supervisors/Advisors
 +  Hirohide Demura
 +  Naru Hirata
 +  Members of Hayabusa2 Project
 +
 +**#Contact**
 +[[harmonics@u-aizu.ac.jp|harmonics@u-aizu.ac.jp]]
 +
 +
 +**#License**
 +(c) 2018 The University of Aizu
 +HARMONICS 2.0 is released under the GNU General Public License.
 +
 +**#Acknowledgements**
 +HARMONICS was originally developed as a research project by students at the University of Aizu.
 +This has bee developed with a lot of advices from Hayabusa/Hayabusa2 members.
 +Current HARMONICS project in ARC-Space is composed of students’ research and PBL courses, which are supported by “FY2017-19 Coordination Funds for Promoting AeroSpace Utilizaiton MEXT, Japan".
 +Aizu Laboratory, Inc. supports development and maintenance of the software.
 +HARMONICS has been also supported by JSPS KAKENHI Grant Number 15740278, 19204045, 25287114, 17K05639, and competitive research fund of Univ. of Aizu.
 +
 +#References
 +[1] SPICE Toolkit provided by NASA/JPL The Navigation and Ancillary Information Facility
 +  [[https://naif.jpl.nasa.gov/naif/toolkit.html|https://naif.jpl.nasa.gov/naif/toolkit.html]]
 +[2] Ueno+(2017) Trans. Japan Society for Aeronoutical and Space Sciences vol. 60, no. 3, pp.132 - 136 “HARMONICS: A Visualization tool for Hayabusa and Hayabusa2 missions”
 +[3] Aoki+(2018) #1857, 49th Lunar and Planetary Science Conference “GUI retrieval of FOVs in HARMONICS for 2018 Rendezvous of Hayabusa2”
 +  [[https://www.hou.usra.edu/meetings/lpsc2018/pdf/1857.pdf|https://www.hou.usra.edu/meetings/lpsc2018/pdf/1857.pdf]]
 +[4] FY2017-19 Coordination Funds for Promoting AeroSpace Utilizaiton MEXT (in Japanese)
 +  [[http://www.mext.go.jp/a_menu/kaihatu/space/jigyou/detail/1347482.htm|http://www.mext.go.jp/a_menu/kaihatu/space/jigyou/detail/1347482.htm]]
 +  [[http://www.mext.go.jp/b_menu/boshu/detail/attach/1388734.htm|http://www.mext.go.jp/b_menu/boshu/detail/attach/1388734.htm]]
 +Opened Facebook Page for PBL courses
 +  [[https://www.facebook.com/SpaceSoftUoA/|https://www.facebook.com/SpaceSoftUoA/]]
 +[5] Aizu Laboratory, Inc. http://www.aizulab.com
 +[6] Hayabusa2 Schedule (in Japanese)
 +  [[http://www.hayabusa2.jaxa.jp/topics/mission_schedule/|http://www.hayabusa2.jaxa.jp/topics/mission_schedule/]]
 +[7] 2005/9/19 Press Release from Univ. of Aizu (in Japanese)
 +[8] Saito+(2006) Science vol. 312, no.5778, pp. 1341-1344 “Detailed Images of Asteroid 25143 Itokawa from Hayabusa”
 +  [[http://science.sciencemag.org/content/312/5778/1341|http://science.sciencemag.org/content/312/5778/1341]]
 +[9] Demura+(2006) Science vol. 312, no. 5778, pp. 1347-1349 “Pole and Global Shape of 25143 Itokawa”
 +  [[http://science.sciencemag.org/content/312/5778/1347|http://science.sciencemag.org/content/312/5778/1347]]
  
harmonics/top.1582074212.txt.gz · Last modified: 2020/03/25 11:08 (external edit)