Tools

Proprietary Analytical Applications


🛠️ Analytical Tools

Welcome to the analytical center of the DalekieWidoki.pl portal. I have created a proprietary ecosystem of applications that supports enthusiasts, photographers, and researchers in planning, analyzing, and admiring long-distance observations. Discover the three main systems:

🔬 Refraction Dashboard (lab.dalekiewidoki.pl)

Your center for atmospheric and light propagation analysis.

The Refraction Dashboard is an advanced tool for those who want to understand the physics behind extreme long-distance observations. It allows for in-depth analysis of meteorological conditions and the calculation of refractive indices.

  • Downloading and analyzing aerological soundings: Download data from weather stations (e.g., Legionowo, Wrocław, Poprad) from the archive. Detect strong temperature inversions on interactive charts.

  • Terrain Profile PRO: Generate precise Line of Sight (LOS) profiles between two points, using digital elevation models (SRTM, Lidar GUGiK) and accounting for the physics of Earth’s curvature.

  • Refraction and visibility calculators: Calculate refraction coefficients (meteorological and geodetic) and check the maximum visibility range based on current pressure and temperature gradient data.

  • Archive Explorer: Search historical data for days with the strongest inversions and the highest k coefficient.

🗺️ Map PRO (mapa.dalekiewidoki.pl)

Interactive environment for planning and verifying observations.

An essential for every long-distance view hunter. Map PRO combines massive object databases with geolocation tools, helping you determine exactly what is visible on the horizon.

  • Massive object database: Filter and display mountain peaks from multiple countries (PL, CZ, SK, DE, UA, and more), tall buildings (PAŻP obstacles), wind turbines, or BTS masts.

  • Azimuth and Distance Calculations: Precisely measure distances and viewing angles from the observer’s point. Verify object visibility taking into account the selected refraction coefficient.

  • Innovative Photo Analyzer: Upload your long-distance observation photo! Calibrate it using two known points, and the system will automatically calculate the azimuth and help identify unknown objects visible in your photograph.

  • Integration with external systems: Generate views in the U. Deuschle panorama system with a single click, and import/export your points to KML (Google Earth) and JSON files.

📹 Live Camera System (live.dalekiewidoki.pl)

An eye on the farthest horizons in real-time.

An integrated network of cameras automatically recording long-distance observations. It’s the perfect place to hunt for the Tatra Mountains from Silesia, the Świętokrzyskie Mountains, or Warsaw skyscrapers from dozens of kilometers away, live.

  • Live preview: Access to selected cameras (e.g., Wyszków, Modlin, Będzin, Krajno, Turbacz) optimized for long distances.

  • Smart Archive: Missed great conditions? Search saved camera frames by filtering them by date or even a specific time of day (morning/afternoon).

  • Convenient Lightbox gallery: Browse high-resolution photos with precise timestamps to analyze changes in air transparency and optical phenomena hour by hour.


External Panorama Generators and Visibility Simulations

Web applications (browser-based)

Heywhatsthat

Ulrich Deuschle’s panorama generator

Peakfinder

(Also available as a mobile app)

Desktop software (for computer installation)

Kashmir 3D

Mobile applications

  • Peakfinder: www.peakfinder.org
  • Planit Pro: A photography planning app that takes into account the position of the Sun, the Moon, and the Milky Way, among other things.

Other Useful Resources

Aviation Obstacle Map (PAŻP)

Official map maintained by the Polish Air Navigation Services Agency, crucial for identifying tall anthropogenic objects.

National Geoportal

Official portal with spatial data of Poland, offering advanced analytical functions.

  • Go to the Geoportal.gov.pl service
  • Useful functions and layers:
    • Terrain profile (Digital Terrain Model): Used to verify the elevation and terrain profile along a given line.
    • Visibility analysis along a line (Digital Terrain Model): Enables analysis of obstacles on the line of sight.
    • Zones around wind turbines (Spatial development): Helps in identifying wind farms.

TATRY Z MAŁOPOLSKIEGO