Basic Java Eclipse Console Program

Consider the case of a logistics company. A start up delivery company has bought a small fleet of medium sized jets, with the dedicated purpose of delivering organ donations, nationwide. These jets respond to situations and deliver their items into small airports, for maximum value to any local US market. The corporation is valuable insofar as it can pick up and deliver donations 24 hours per day, 365 days per year. They also seek to combine shipments so to maximize profitability, while responding to customer demand. They also assume that a plane stays grounded for a variable number of minutes before travelling to the next venue. For this company, incoming orders must be distributed across its fleet of 14 small jets. For each incoming order, therefore, a computational algorithm must decide: based upon the pickup location, which active jet should plan to receive the package? is that jet able to deliver the package, based on existing shipments it is already handling? has the jet clearance, for its flight crew to take off, based upon basic FAA rules, prohibiting take off if the crew has been working for 11 hours, maximum? does the active jet possess the fuel and maintenance to make the next flight, or should it be grounded for a tune up? how many miles does the jet have? Can it take off before acquiring too many miles? how long must the plane await a ground crew to accept the package and remove it from the custody of the delivery company? how many hours will the donation remain viable, in transit? How many hours are permissible to complete the delivery? does the ordering client possess any credit limits, or balance payment issues preventing the order from being placed? based upon the distance, hours in service for the order, what price can the buyer expect? if the above conditions are met, commit the jet to the order by adding the package delivery order to its schedule. The jet's pilot will see the schedule and create his or her working schedule, that work day/night. For this algorithm, design a main() function that calls each of these functions, and decides if the jet can accept the next incoming order. Some if-else coding may be necessary, within a single while-loop. However, try to limit your main() to as few function calls as possible. Once your main is designed, create a set of functions within your class which will accept parameters and return a distinct data type