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Airspace Converter is the most advanced airway data converters for the Microsoft Windows platform. This app converts input files and files of any type to 3D airspace files of any type supported by GoogleEarth for easy usage. Input the desired airspace file (files that can be imported to Google Earth are supported) and be able to create 3D output files (Google Earth compatible KML, KMZ, Polish or IMG output files). The process is quite simple: drag & drop the file on the Airspace Converter window, set the output option (KML, KMZ, Polish, IMG, etc), perform the conversion and save the result file. Extract the airspace data from its original format for using in other applications. The app accepts.tif,.bmp,.gif and.jpg files, and files in ZIP and RAR archives (folders and files). The data can also be loaded from US military AFS (Airway Flight Service) and US AirNav (US airway flight service provider) formats. Vast number of options are available for fine-tuning the process, including format, create output files, the terrain type (atlas, free maps, elevation, area of interest, etc), filter (area of interest, coordinates, start point, etc) and any of the existing KMZ formats. The results can be saved as KMZ, Polish, Garmin IMG or opened in Google Earth. Airspace Converter Requirements: Windows platform (either a 32-bit or 64-bit edition) The app can be used in either of the following modes: 1. User mode The app's interface can be shown during the entire process and any errors can be notified directly in the interface, avoiding loading the resulting file. The app will enable users to abort a process during conversion. 2. Load plane mode The app will prompt users to specify the source data, coordinate conversion parameters and file format. Users will then need to select the desired output format: KML, KMZ, Polish or IMG, and then save the results as KML, KMZ or Polish files. Besides supporting files from USN and USN NavCom databases (and thus, AFS and AirNav), this version of the app is also able to convert airline flight plans (XML) and USN NavCom Waypoints (XML). Airspace Converter Features: Built-in conversion wizard interface (user- a5204a7ec7
Airspace Converter is the indispensable tool for converting and pre-processing aerospace data, such as aerial imagery and waypoints, into the preferred format. This tool makes it possible for users to easily display their airspace information on Google Earth, Oculus VR or other virtual reality viewers, which makes it useful for flight simulation purposes. The app includes a built-in converter that will enable users to import their most common formats of OpenAir, OpenAIP and CANADAADS. - Import Data - Export Data - Manage Export Settings - Import ZIP File - Import Windows.kmz,.kml,.kml-net,.gz and.zip - Export KMZ, Polish or Garmin IMG files - Export GeoTIFF or ProMap - Export GDAL - Convert and Import raster files - Convert/Import Waypoints - Convert/Import Airspace Waypoints - Filter Waypoints - Export Routes - Import and Export Airspace Routes - Export File Formats - Filter Data Area - Customize the Output altitude Download from the links below: - Android 4.0 and up (Google Play) - Android 3.0 and up (Android Market)Some of the world's best-known architects lived in London. It's not just the Eiffel Tower and the pyramids that have been immortalised around the world thanks to architects and engineers. London's buildings have long been praised for their creativity, and designers have a terrific sense of humour. In this second series of the BBC TV series Turn Left, six architects are caught unawares on the inside of London's buildings. Presenter, Douglas Richardson, and an ever-changing crew of cameramen and sound experts, do their best to get the best possible version of the building for the programme, occasionally with hilarious results. Those involved in the series included Alastair Jeffery, Jake Morgan, Serena Cowan, Phil Rich, Peter Murray, Mark Morritt and Martin Wheeler.The role of the caudal medulla in the modulation of medullary reticulospinal and vestibulospinal systems of the cat. Efferent connections from the caudal medulla to the reticulospinal neurons of the caudal cervical spinal cord were studied in decerebrated cats. After horseradish peroxidase (HRP) had been iont
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