Abstract: A method for generating a series of time-lapse photographs exhibiting minimal flicker is presented. The preferred method is adaptable to capture a series of time-lapse photographs of a sunset from full daylight to darkest night or vice versa while minimizing flicker between the images. The method utilizes a software program designed to achieve an even transition of the time-lapse and to minimize flickering of an image sequence. The software program features a flicker minimizing function designed to control several factors affecting the time-lapse technology. The present method utilizes data regarding a time-of-day a time zone at a geographic location. Latitude and longitude coordinates are utilized to automatically adjust the rate of change of exposure in a period of twilight. The software program is executed with a time-lapse interval between a plurality of images.

Abstract: A method for generating a series of time-lapse photographs exhibiting minimal flicker is presented. The preferred method is adaptable to capture a series of time-lapse photographs of a sunset from full daylight to darkest night or vice versa while minimizing flicker between the images. The method utilizes a software program designed to achieve an even transition of the time-lapse and to minimize flickering of an image sequence. The software program features a flicker minimizing function designed to control several factors affecting the time-lapse technology. The present method utilizes data regarding a time-of-day a time zone at a geographic location. Latitude and longitude coordinates are utilized to automatically adjust the rate of change of exposure in a period of twilight. The software program is executed with a time-lapse interval between a plurality of images.

Abstract: A method for generating a series of time-lapse photographs exhibiting minimal flicker is presented. The preferred method is adaptable to capture a series of time-lapse photographs of a sunset from full daylight to darkest night or vice versa while minimizing flicker between the images. The method utilizes a software program designed to achieve an even transition of the time-lapse and to minimize flickering of an image sequence. The software program features a flicker minimizing function designed to control several factors affecting the time-lapse technology. The present method utilizes data regarding a time-of-day a time zone at a geographic location. Latitude and longitude coordinates are utilized to automatically adjust the rate of change of exposure in a period of twilight. The software program is executed with a time-lapse interval between a plurality of images.