Rise and Set - Top exposure

About Rise and Set - Top exposure Android App

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Is your photo too dark, the object is shady or not in focus - on top of it, it was a cloudy day during your shooting?
All these things can be avoided by having an overview over the light sitation at these dates.
Rise and Set provides all photo relevant data at a glance. The position of the sun and information about periods of beautiful sunlight like the blue hour or the golden hour in the morning or in the evening make your pictures beautifully illuminated.
The compass support makes it easy for you to align your photo equipment at the desired time.
In addition you will get a 5-day weather forecast, which is automatically mapped onto the photo-relevant periods.
For getting your desired object in focus, Rise and Set offers the possibility to calculate the region of focus depending on the sensor, the F-Stop, the focal length and the distance of the motif.
The calculation of the hyperfocal distance enables you to make photos with acceptable focus from half the distance to infinity.
The data is additionally visualized using Google Maps - making it easier for you instead of displaying plain numerical values.
Rise and Set will be your partner for successfully making beautiful and well exposed photos in the future.

Important information:
Rise and Set is not an app for taking photographs with your smartphone, but displaying supporting data for making successful photos with another camera. Google Maps the the weather forecast depend on a mobile internet connection or an internet connection via WLAN. The data transfer can cause costs, depending on your provider. Please inform yourself about the fees at your provider.
Rise and Set can be used offline as well despite these two features.
No responsibility is accepted for the accuracy of the weather forecast nor the calculated data. We do not take over any liability for any kind of disadvantages which are related to the usage of Rise and Set. The calculations are optimized for a latitude range between +/- 58°. Data in near-polar regions may deviate from the real values.