When the guest is turned around, the indent will now be on the right, where there is only a 12.5 percent chance the guest will end up going back towards the exit. Because of the way the algorithm is programmed, when dealing with a straight path with an indent on the left, there is a 37.5 percent chance that the guest will end up going back towards the entrance. The maze itself only consists of tiles with a straight path and a series of small indents on the left side that lead to nowhere, but because the indents are on the left side the maze becomes extremely difficult for simulated guests to complete.Īs Vos describes in his YouTube video, the simulated park guests use a path finding algorithm to solve the maze. The difficulty of the maze is in part due to its size, which fills up the entire simulated park and consists of 64,516 tiles. “The maze took about 6 hours to build, which is relatively quick because I was able to use a script to build the maze for me.”
“I like to do extreme things, and huge rides are about as extreme as you can get in Roller Coaster Tycoon 2,” Vos told Motherboard in an email. To get a sense of just how long 6.6 *10 ^ 19,758 years is, Vos said “if you were to write this number out in a text editor, it would be almost six entire pages of zeros.” In his latest project, published to YouTube last week, Vos has created an impossibly difficult maze that would theoretically take simulated park guests 6.6 *10 ^ 19,758 years to complete.
All Roller coasters can have a maximum of 5 trains at one time, with each train being made up of 1, 3, 5 or 7 cars (legacy physics) or 1-7 cars on the improved physics model.Vos has built an online following in large part due to his Roller Coaster Tycoon 2 projects, and in the past has created a working calculator out of roller coasters that can add or multiply single digit numbers. They support track banking unlike other custom track rides. Roller coasters are a type of ride that are very effective at bringing visitors to a park.
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