Write an application or applet that implements a trip-time calculator. Define and use a class Trip Computer to compute the time of a trip. Trip Computer should have the private attributes total Time-the total time for the trip rest Stop Taken-a Boolean flag that indicates whether a rest stop has been taken at the end of the current leg and the following methods: compute Leg Time (distance, speed)-computes the time for a leg of the trip having a given distance in miles and speed in miles per hour. If either the distance or the speed is negative, throws an exception. Take Rest Stop (time)-takes a rest stop for the given amount of time. If the time is negative, throws an exception. Also, throws an exception if the client code attempts to take two rest stops in a row. Get Trip Time-returns the current total time for the trip. Here is one possible configuration of the labels, buttons, and text fields required by the trip time calculator; Write an application or applet that implements a trip-time calculator. Define and use a class Trip Computer to compute the time of a trip. Trip Computer should have the private attributes total Time-the total time for the trip rest Stop Taken-a Boolean flag that indicates whether a rest stop has been taken at the end of the current leg and the following methods: compute Leg Time (distance, speed)-computes the time for a leg of the trip having a given distance in miles and speed in miles per hour. If either the distance or the speed is negative, throws an exception. Take Rest Stop (time)-takes a rest stop for the given amount of time. If the time is negative, throws an exception. Also, throws an exception if the client code attempts to take two rest stops in a row. Get Trip Time-returns the current total time for the trip. Here is one possible configuration of the labels, buttons, and text fields required by the trip time calculator