Please help with this assignment. Will give thumbs up thank you. It is a programming assignment and this was all that was given to me. Yes the font is small, right click the image and open the image in a new tab to see it bigger. It needs to be done in C++.

Problem Description 1. Your assignment is to generate a simulation of a Ship Terminal as it interacts with a rrail road switching yard. 2. Ships arrive with a random assortment of containers, each container has an ID and a destination code 3. The containers are moved from the ship to Transfer cars. Once full (further description to follow) the transfer train will move to the switchyard. 4. From the switchyard the cars will be sorted by their destination code onto tracks with the appropriate destination. Cars that do not currently have a shipping track assigned will be moved to the switchback associated with that switchyard line. 5. Once a shipping line is complete it departs for "destination unknown", once it departs then a new shipping train can be started. 6. Each switch line has a switchback with an engine this allows the engine to remove cars from incoming and put them on the siding. 7. Once a switching line has been emptied into the shipping lines and/or the switchback then we will automatically put the switchback cars back onto the switching line which will then be populated by the transfer cranes. 8. Once the ship is empty it departs and a new ship arrives. We need the number of cranes (9), the number of switching tracks (5), the number of shipping tracks (4), the number of containers on an arriving ship random 750 to 1000), the number of cars on switching track (40) (that number -1 is size of the switchback), the max length of shipping trains (100) The simulation will consist of 10 time steps and the query the user if another 10 is desired. Objects attributes behaviors Collections (Data Structures) Extern Functions Algorithm *full shipping tracks - when depart time step is reached, if full then depart, else if depart time is reached and the train is 80% full depart else delay 1 time step