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Can be opened via ODLUX NetworkMap, in that case data is preset.

GUI

Image Added

DesignMode

  • geo coordinates can be entered manually
  • the distance between the selected coordinates will be calculated automatically
  • frequency band can be entered manually 
  • rainfall rate can be entered manually or set by the ITU recommendation (ITU-R P.837-7)
    • The Digital Map of rain data from (ITU-R P.837-7) is used (the map covers entire surface of the Earth)
    • The rain attenuation model from ITU-R P.838-3 is used. (dB/km)

View Mode

  • relevant parameters are passed in via the url (from the network map)
    • Geo locations of the two points
    • Distance (when available)
  • the user cannot change the lat/lon values of the link
  • rainfall rate is auto-filled (according to ITU-R P.837-7)

Loss Calculations

The following loss calculations should be performed by the link calculator:

  • FSL (dB) (ITU-R P.525-4)
  • Rain Loss (dB) (ITU-R P.838-3)
  • Gaseous Loss (Oxygen and water vapor) (ITU-R P.676-12)
    • Water vapor density (ITU-R P.836-6)
    • Surface Temperature (ITU-R P.1510-1)
  • Dual Polarization loss (H V)

Architecture

Drawio
bordertrue
diagramNamecalculator architecture
simpleViewerfalse
width400
linksauto
tbstyletop
lboxtrue
diagramWidth1031
revision56

Note on Link Calculation

Originally, the link calculation should have been included in the ODLUX NetworkMap.

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Use Casedescription
Link calculation
  • Calculator provides input window for Geo parameter
  • If link data was passed via network map:
    • All parameters, specified by the “link” are
    prefilled
    • pre-filled in the
    formular
    • form (GeoA, GeoB)
    • User can input frequency. If empty “normal” bands are calculated.
  • After clicking OkCalculate, the calculator starts.
  • Output is presented according to input.
  • A Back-end link-calculator is used 


Interfaces

URL

sajdsaodluxurl?lat1={siteA.lat}&lon1={siteA.lon}&lat2={siteB.lat}&lon2={siteB.lon}&siteA={nameA}&siteB={nameB}&azimuthA={azimuth}&azimuthB={azimuth}&distance={distance}