2.29 / August 8, 2018
(4.8/5) (13)
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Description

** User's Guidehttp://coskx.webcrow.jp/mrr/CPGuide/guide.html**Overview + The appis a planetarium application.You use the app byholding the deviceup over your head. + Displays constellations,planets, moon, and sunseen from the ground as 3D models. + You canboard on a horizontallylaunched spacecraft, move out of the earthwhile watching the moon,and look over the earth, the moon, thesun, the planets. You cancheck the relationship between the phasesof the moon and theposition of the sun, the earth, and the moon. +You can also checkthe appearance of the inner/outer planet and itsposition on orbit.+ It is a learning astronomical application thatlets students andteachers and family enjoy together.** MainOperation + You canchange the viewing direction by holding thetablet over the sky. +You can depart in space with the rocketbutton at the far right ofthe screen and return to the earth. +When the viewpoint is in outerspace, you can change the viewpointwith two finger swipe. + Theviewing angle (telephoto/wide angle)can be changed by the + -button or the scaling operation with twofingers. + Even devices notcompatible with attitude acquisitionsensors can be operated inmanual mode. (In this case, use1-finger, 2-finger operation.)**Functions for Learning + When youpress the moon-phase observationbutton, it will shift to the dateand time suitable for observationof crescent moon ,the half moon ,or the full moon. After checkingthe observation time, the shape ofthe moon, the direction from theground viewpoint, move seamlesslyto the place looking over theearth, moon, and the sun and checkthe positional relationship ofthe earth, moon, and sun. + The dateand time (Tokyo) suitable forthe observation of the solar eclipseis set by observation button.You can check the missing sun, moveout of the earth and observe theshadow of the moon around Japan.Further a little further away, moveto the place that overlooks theEarth, moon, and the sun and confirmthe positional relationship. +The date and time suitable forobservation of the lunar eclipse areset by observation button.Check the moon turning red and move tothe place that overlooks theEarth, Moon, and the Sun and check thepositional relationship.Youcan also observe the phase/apparentsize of Venus and the positionalrelationship of Venus/Earth/sun.The dedicated observation button isnot yet implemented.**Motivation for DevelopmentThere are manyastronomical apps. It isdivided into a planetarium of thegeocentric theory type whichguides the constellation, the planetetc from the ground and thespace tour type astronomical guideapplication.When learning thechange of the shape of the moon andthe position of the moon, it isconvenient if we can move from theground where we see the moon toouter space where we see the earth,the sun and the moon by thesightseeing spaceship. It is necessaryto be able to movecontinuously, not viewpoint switching. I wantedto make aplanetarium that unified the viewpoint looking up from theearthand the viewpoint overlooking the planets of the solarsystemincluding the Moon and the Earth. In addition to looking upat thestarry sky, the app moves the viewpoint to outer spacecontinuouslyand reproduce the starry sky including the earth. So Inamed it"Copernican Planetarium" (the heliocentric theory).**Support forandroid device + In the setting of the observationplace, you canenter the latitude and longitude with a number. Youcan also usethe current location information held by the device,but in thatcase please allow the usage authority and set thecurrent locationavailabe. + For devices with gyroscope, it is easyto acquire thedevice posture, so you can see the starry sky in thedirection youheld it. Even for devices without gyroscope, posturewill beacquired from acceleration sensor etc, but trackingspeed/stabilitywill be low.

App Information 'Sola' Copernican Planetarium

  • App Name
    'Sola' Copernican Planetarium
  • Package Name
    jp.gr.java_conf.coskx.copernicanskyviewer
  • Updated
    August 8, 2018
  • File Size
    6.9M
  • Requires Android
    Android 4.0.3 and up
  • Version
    2.29
  • Developer
    Coskx Lab
  • Installs
    1,000+
  • Price
    Free
  • Category
    Education
  • Developer
    1675-11 Yamatamachi Hachioujisi Tokyo 193-0933 Japan
  • Google Play Link

Coskx Lab Show More...

'Sola' Copernican Planetarium 2.29 APK
Coskx Lab
** User's Guidehttp://coskx.webcrow.jp/mrr/CPGuide/guide.html**Overview + The appis a planetarium application.You use the app byholding the deviceup over your head. + Displays constellations,planets, moon, and sunseen from the ground as 3D models. + You canboard on a horizontallylaunched spacecraft, move out of the earthwhile watching the moon,and look over the earth, the moon, thesun, the planets. You cancheck the relationship between the phasesof the moon and theposition of the sun, the earth, and the moon. +You can also checkthe appearance of the inner/outer planet and itsposition on orbit.+ It is a learning astronomical application thatlets students andteachers and family enjoy together.** MainOperation + You canchange the viewing direction by holding thetablet over the sky. +You can depart in space with the rocketbutton at the far right ofthe screen and return to the earth. +When the viewpoint is in outerspace, you can change the viewpointwith two finger swipe. + Theviewing angle (telephoto/wide angle)can be changed by the + -button or the scaling operation with twofingers. + Even devices notcompatible with attitude acquisitionsensors can be operated inmanual mode. (In this case, use1-finger, 2-finger operation.)**Functions for Learning + When youpress the moon-phase observationbutton, it will shift to the dateand time suitable for observationof crescent moon ,the half moon ,or the full moon. After checkingthe observation time, the shape ofthe moon, the direction from theground viewpoint, move seamlesslyto the place looking over theearth, moon, and the sun and checkthe positional relationship ofthe earth, moon, and sun. + The dateand time (Tokyo) suitable forthe observation of the solar eclipseis set by observation button.You can check the missing sun, moveout of the earth and observe theshadow of the moon around Japan.Further a little further away, moveto the place that overlooks theEarth, moon, and the sun and confirmthe positional relationship. +The date and time suitable forobservation of the lunar eclipse areset by observation button.Check the moon turning red and move tothe place that overlooks theEarth, Moon, and the Sun and check thepositional relationship.Youcan also observe the phase/apparentsize of Venus and the positionalrelationship of Venus/Earth/sun.The dedicated observation button isnot yet implemented.**Motivation for DevelopmentThere are manyastronomical apps. It isdivided into a planetarium of thegeocentric theory type whichguides the constellation, the planetetc from the ground and thespace tour type astronomical guideapplication.When learning thechange of the shape of the moon andthe position of the moon, it isconvenient if we can move from theground where we see the moon toouter space where we see the earth,the sun and the moon by thesightseeing spaceship. It is necessaryto be able to movecontinuously, not viewpoint switching. I wantedto make aplanetarium that unified the viewpoint looking up from theearthand the viewpoint overlooking the planets of the solarsystemincluding the Moon and the Earth. In addition to looking upat thestarry sky, the app moves the viewpoint to outer spacecontinuouslyand reproduce the starry sky including the earth. So Inamed it"Copernican Planetarium" (the heliocentric theory).**Support forandroid device + In the setting of the observationplace, you canenter the latitude and longitude with a number. Youcan also usethe current location information held by the device,but in thatcase please allow the usage authority and set thecurrent locationavailabe. + For devices with gyroscope, it is easyto acquire thedevice posture, so you can see the starry sky in thedirection youheld it. Even for devices without gyroscope, posturewill beacquired from acceleration sensor etc, but trackingspeed/stabilitywill be low.
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