ousrtweb/classroom.json at master · OUAstronomy/ousrtweb · GitHub

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{
  "modules": [
    {
      "desc": " Find and describe the profile of the primary beam for the telescope",
      "name": "Beam Profile",
      "data": "./classroom/Beam Profile/exampledata.tar.gz",
      "instructor": "./classroom/Beam Profile/instructor.tar.gz",
      "directions": "./classroom/Beam Profile/README.md",
      "bkgnd": "./classroom/Beam Profile/bkgnd.jpg"
    },
    {
      "desc": " Houses the codes and scripts useful for reduction and observation",
      "name": "Codes",
      "codes": "https://github.com/OUsrt/SRTscripts/archive/master.zip",
      "reduc": "./classroom/Codes/ReductionPresentation.pdf",
      "directions": "./classroom/Codes/README.md",
      "bkgnd": "./classroom/Codes/bkgnd.jpg"
    },
    {
      "desc": " Download all the projects at once",
      "name": "Download All",
      "data": "./classroom/Download All/allprojects.tar.gz",
      "instructor": "",
      "directions": "./classroom/Download All/README.md",
      "bkgnd": "./classroom/Download All/bkgnd.jpg"
    },
    {
      "desc": " Exotic Sources like Andromeda or Casseopeia ",
      "name": "Exotic Sources",
      "data": "./classroom/Exotic Sources/exampledata.tar.gz",
      "instructor": "./classroom/Exotic Sources/instructor.tar.gz",
      "directions": "./classroom/Exotic Sources/README.md",
      "bkgnd": "./classroom/Exotic Sources/bkgnd.jpg"
    },
    {
      "desc": " Map the HI emission along the plane of the galaxy and discover spiral structure",
      "name": "HI Mapping",
      "data": "./classroom/HI Mapping/exampledata.tar.gz",
      "instructor": "./classroom/HI Mapping/instructor.tar.gz",
      "directions": "./classroom/HI Mapping/README.md",
      "bkgnd": "./classroom/HI Mapping/bkgnd.jpg"
    },
    {
      "desc": " Provides slides for teaching about SRT. If you can go to the SRT, use the SRT (OU) slides. Otherwise use the SRT (ex) slides.",
      "name": "Observing",
      "manuals": "https://github.com/OUsrt/SRTmanuals/archive/master.zip",
      "srtintroou": "./classroom/Observing/GeneralPresentation.pdf",
      "srtintro": "./classroom/Observing/OUPresentation.pdf",
      "srtcontrol": "./classroom/Observing/ControlPresentation.pdf",
      "reduc": "./classroom/Observing/ReductionPresentation.pdf",
      "directions": "./classroom/Observing/README.md",
      "bkgnd": "./classroom/Observing/bkgnd.jpg"
    },
    {
      "desc": " Find the rotation curve of the milky way galaxy",
      "name": "Position Velocity",
      "data": "./classroom/Position Velocity/exampledata.tar.gz",
      "instructor": "./classroom/Position Velocity/instructor.tar.gz",
      "directions": "./classroom/Position Velocity/README.md",
      "bkgnd": "./classroom/Position Velocity/bkgnd.jpg"
    },
    {
      "desc": " Monitor variations in the sun to measure periods of activity",
      "name": "Solar Monitor",
      "data": "./classroom/Solar Monitor/exampledata.tar.gz",
      "instructor": "./classroom/Solar Monitor/instructor.tar.gz",
      "directions": "./classroom/Solar Monitor/README.md",
      "bkgnd": "./classroom/Solar Monitor/bkgnd.jpg"
    },
    {
      "desc": " Calibration regions to use to test how sensitive and accurate the telescope and noise diode are.",
      "name": "Standard Regions",
      "data": "./classroom/Standard Regions/exampledata.tar.gz",
      "instructor": "./classroom/Standard Regions/instructor.tar.gz",
      "directions": "./classroom/Standard Regions/README.md",
      "bkgnd": "./classroom/Standard Regions/bkgnd.jpg"
    }
  ]
}