Star Charting Navigational Systems

This invention concept is star charting navigational systems, which are primarily used for satellites and spacecraft, however, can also be used for military purposes, such as for missile guidance, or for aircraft navigational systems. These systems work by keeping track of the stars in the sky, with photographic evidence taken from cameras, pointing upwards, from satellites, spacecraft, or missiles, and aircraft. The systems can also be used with maritime vessels, as well, using cameras that are pointing up into the night sky. These systems keep track of what date it is, and then also what the stars look like in the sky, and then also what the presumed position of the object is, based on these facts, and then the systems obtain a precise location based on these facts, to determine a more precise location of the object, based on the distance from planet(s), for an instance, and distances from stars, or directions or angles that stars appear in. These systems, when made to be precise, can be used to determine navigational charts for spacecraft, based on distances from planets or other objects, and distances from certain stars, based on previous data collected about distances between various stars in space. These distances can be determined either with laser distance measuring technologies, or through light exposure studies with high-resolution cameras. These technologies could be used in the future, to map out galaxies, and to determine precise locations within galaxies, when using spacecrafts or probes to travel in galaxies, relative to planets or planetary systems, such as Earth or our solar system, when travelling into other solar systems, with spacecraft. Space probes or spacecraft that are sent out to chart the Universe, or even just the galaxy, could collect data about the distances between various objects in the Milky Way Galaxy, to be able to determine a real-time model of the galaxy, based on previous data collected, and also based on real-time data collected from optical collection devices, such as cameras at all angles. These probes could be the spherical satellites, that have cameras around the spherical object, with navigational systems, that allow the spherical spacecraft or probes to travel, and the communicate the data back to Earth or back to other probes or other spacecraft that are closer to Earth, so the data can be sent back to Earth, so the models can be compiled, and maintained, so that space travel can be accomplished in the future, with autonomous space drones or autonomous spacecraft.