Augview Compass на пк

1. This angle varies depending on where you are on Earth and because the north and south magnetic poles move, magnetic declination at a fixed point on the earth’s surface changes over time.

2. Using the outputs from these three sensors, filtering algorithms and sensor fusion, we can determine a bearing relative to Magnetic North.

3. The Magnetic North Pole is the point on the earth’s surface at which the planet's magnetic field points vertically downward.

4. It measures the Earth's magnetic field in three dimensions (X, Y, Z axes) and helps determine the direction relative to Magnetic North.

5. True North is essential for mapping and GPS systems, as it provides a consistent reference for determining direction regardless of magnetic variations.

6. Have you been frustrated by Compass apps that claim to be accurate, but turn out to be hopelessly inaccurate or not work at all in certain device orientations? This was one of the drivers for us to create the Augview Compass app - a compass app that is more accurate, that works in all orientations and that provides both a map view and an Augmented Reality (AR) view for ease of use.

7. To indicate whether a bearing is relative to True North or Magnetic North we use the symbols °T or °M.

8. True North refers to the geographic North Pole, the point at the top of the Earth’s axis where all lines of longitude converge.

9. However, the Earth's magnetic field is relatively weak, and the magnetometers used in our phones show high levels of signal noise, when compared with the Earth’s magnetic field strength.

10. The angular difference between Magnetic North and True North is called magnetic declination.

11. The magnetic north pole moves over time.

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