Vehicular implemented projection

A non transitory computer program product, comprising a computer readable hardware storage device storing a computer readable program code, said computer readable program code comprising an algorithm that when executed by a processor of a controller hardware device implements a method, said method comprising:

• first directing, by said processor, a plurality of vehicles to a location comprising a projection device, wherein said plurality of vehicles comprise flying vehicles;
• second directing, by said processor at said location, said plurality of vehicles such that each vehicle of said plurality of vehicles is periodically positioned within a perimeter surrounding said location with respect to multiple lines of sight of at least a portion of said projection device;
• monitoring, by said processor via sensors of each said vehicle, said location;
• determining, by said processor based on said data retrieved from said sensors, obstructions and associated positions with respect to each line of sight of said multiple lines of sight;
• determining, by said processor based on said obstructions and associated positions, parameters associated with said projection device;
• detecting, by said processor executing said sensors, lighting and moisture conditions associated with said location;
• determining, by said processor in response to results of said detecting, current weather conditions associated with visibility issues creating additional obstructions;
• detecting, by said processor executing said sensors, offset distances for eyes of passengers, within moving vehicles on a roadway, with respect to said roadway;
• determining, by said processor based on results of said detecting said offset distances, height distances of said moving vehicles with respect to said roadway;
• generating, by said processor based on said parameters, said height distances, and said current weather conditions, a virtual visibility fence associated with an area for viewing, via said moving vehicles on said roadway, said projection content on said projection device at a specified time;
• determining, by said processor based on said virtual visibility fence, specified projection content of said projection content for projecting on a specified portion of said projection device;
• and
• projecting, by said processor via a projector, said specified projection content on said specified portion of said projection device.

A controller hardware device comprising a processor coupled to a non transitory computer-readable memory unit, said memory unit comprising instructions that when executed by the processor executes a method comprising:

• first directing, by said processor, a plurality of vehicles to a location comprising a projection device, wherein said plurality of vehicles comprise flying vehicles;
• second directing, by said processor at said location, said plurality of vehicles such that each vehicle of said plurality of vehicles is periodically positioned within a perimeter surrounding said location with respect to multiple lines of sight of at least a portion of said projection device;
• monitoring, by said processor via sensors of each said vehicle, said location;
• determining, by said processor based on said data retrieved from said sensors, obstructions and associated positions with respect to each line of sight of said multiple lines of sight;
• determining, by said processor based on said obstructions and associated positions, parameters associated with said projection device;
• detecting, by said processor executing said sensors, lighting and moisture conditions associated with said location;
• determining, by said processor in response to results of said detecting, current weather conditions associated with visibility issues creating additional obstructions;
• detecting, by said processor executing said sensors, offset distances for eyes of passengers, within moving vehicles on a roadway, with respect to said roadway;
• determining, by said processor based on results of said detecting said offset distances, height distances of said moving vehicles with respect to said roadway;
• generating, by said processor based on said parameters, said height distances, and said current weather conditions, a virtual visibility fence associated with an area for viewing, via said moving vehicles on said roadway, said projection content on said projection device at a specified time;
• determining, by said processor based on said virtual visibility fence, specified projection content of said projection content for projecting on a specified portion of said projection device;
• and
• projecting, by said processor via a projector, said specified projection content on said specified portion of said projection device.