Notice that the map view of the Planner is always oriented towards North.The first one is telling you that on February 11th 2014 at 10:17am the sun was at azimuth 136.5º and the second one that on February 11th 2014 at 3:01pm the sun was at azimuth 214.6º. To help you better understand how the azimuth is represented on PhotoPills, I've drawn North and azimuth angle of the sun for two different moments on the following screenshots. The azimuth is also represented on the map by the azimuth lines, and the elevation on the time bar. On the Planner, you’ll find the azimuth and elevation of the sun/moon for the selected date and time on one of the top panels. For example, a celestial body due North has an azimuth of 0º, one due East 90º, one due South 180º and one due West 270º. It determines the direction of the celestial body.

The azimuth is the angle between North, measured clockwise around the observer's horizon, and a celestial body (sun, moon). That position in the sky is defined by the azimuth and the elevation.Ī representation of the azimuth and the elevation of the sun.

Let’s say that you wish the sun or moon to be in a determined position in the sky. the PhotoPillers? The answer is simple: because we will need to calculate and set them to take advantage of the Find option of the Planner to plan our ideal sun and moon shots in just seconds.Īzimuth and elevation are the two coordinates that define the position of a celestial body (sun, moon) in the sky as viewed from a particular location at a particular time. Why are azimuth and elevation so important for us.

Tsre 5 elevation