Abstract: The present disclosure involves, systems, software, and computer-implemented methods for content generation. One example method comprises: generating, using a first camera, a plurality of images that represent a first scene-to-be-captured; providing, for display on a device, the plurality of images that represent the first scene-to-be-captured; receiving, at the device, a first input to capture a first scene; generating, using the first camera, a first image; generating, using a second camera on the device, a plurality of images that represent a second scene-to-be-captured; providing, for display on the device, the plurality of images that represent the second scene-to-be-captured; receiving, at the device, a second input to capture a second scene; generating, using the second camera, a second image; and generating a composite image comprising the first image and the second image, with at least a portion of the second image provided over at least a portion of the first image.

Abstract: The invention relates generally to monitoring physiologic and non-physiologic parameters associated with one or more living beings. These parameters can include physiologic and non-physiologic information regarding the living being. The parameters from all living beings are monitored in real-time at the same time, thus providing many advanced capabilities including, but not limited to, (i) comparing the performance of one living being to another; (ii) studying an living being's performance at various times of the day; (iii) comparing the physiology of one living being to another; (iv) comparing the physiology of a living being to a group of individuals; and (v) comparing the physiology of one group of living beings to another group of living beings.