IDEAINT to Computer Video
This technology can capture the visual senses of a human being, by capturing their IDEAINT, and playing it back in a computer system, as it was seen by the satellite technology through MASINT or GSINT or similar mass-spectrometry equipment that can detect even the smallest particles within the surroundings of a human being, and capture the colors that correspond to the video that is rendered using MASINT or GSINT or similar mass-spectrometry to RGB or CMYK or PAL video in MP4 or MPEG or MPG video format, or other video formats, to stream back to the human being or other human beings later, for an instance playing back a person at a political event, and showing them shaking the hand of a designee or politician, to later rely on the memories and the other IDEAINT signaling that pertained to meeting at the event, such as the events leading up to the event meeting, and anything else in the surroundings of the event, such as security, and media, and campaign workers, all visually, in addition to capturing the visual perspectives of any human being at any surveillance covered event, simply by pitching the rendering angles and scenes based on the line of sight calculated based on algorithms to determine what the human being saw. Additionally, IDEAINT to Computer Video can capture what is being seen within the optical nerve, carefully and safely using Optogenetics Sequencing Technology, to actually see what the human being sees within their own visual thought processing center, or the visual cortex, of their human brain, which can be captured into a video file on a computer system from an IDEAINT satellite, and stored on computer media, to also calibrate the algorithms that are used to render the line of sight videos based on not capturing video from the visual cortex, to ensure that any captures from the visual cortex or the optical nerve are safe, and are not harmful to any human beings, such as by ensuring that radio frequency is not used to capture any video or any audio or any other readings from any human brain, due to the damaging characteristics of the radio frequency, however instead using light waves that are invisible to the human eye above the gamma ray range, which are safe, unlike infrared or visible light spectrums, to ensure that the eyes and the brain are not damaged.
