elevator simulator

Elevator Time Limit: 2000/1000 MS (Java/others) memory limit: 65536/32768 K (Java/Others)Total submission (s): 16549 accepted submission (s): 8795 Problem descriptionthe highest building in our city has only one elevator. A request list is made up with n positive numbers. the numbers denote at which floors the elevator will stop, in specified order. it costs 6 s

3056: Elevator port time limit: 2 sec memory limit: 128 MB Submit: 43 solved: 42 [Submit] [Status] Description Some explorer team up to explore the mysterious tower of Nescafe. After some twists and turns, the expedition team finally broke through the tower and came to the main hall of the tower of Nescafe. The four flood guards and the Holy Lord of the tower that the expedition team members wanted to visit all lived on the top of the tower, so they

. For example, in this elevator scheduling, the Class and Class are connected with each other using interfaces, and many information can only be accessed through the interface class. Interface Design: the interface design is a function encapsulation. before writing a program, you need to think about all the functions that the interface implements. If the user needs to change later, you can directly change the class that implements the interface. Loose

The highest building in We City have only one elevator. A request list is made to with N positive numbers. The numbers denote at which floors the elevator would stop, in specified order. It costs 6 seconds to move the elevator-one floor, and 4 seconds to move-down-one floor. The elevator would stay for 5 seconds on eac

"Topic link"The highest building in We City have only one elevator. A request list is made to with N positive numbers. The numbers denote at which floors the elevator would stop, in specified order. It costs 6 seconds to move the elevator-one floor, and 4 seconds to move-down-one floor. The elevator would stay for 5 se

the code before the initial analysis of the problem and some code testing is my responsibility. Preparation before you begin: Some analysis of this task is performed before the code starts. Our task is the elevator scheduling problem, elevator is a real life we often use the tool, so after receiving this topic is not particularly vacant, can be combined with the actual programming has a preliminar

#include #include#include#includeusing namespacestd;intMain () {intN; while(~SCANF ("%d", n) n!=0) { intb; A=0; intans=0; for(intI=0; i) {scanf ("%d",b); intWei= (b>a)?6:4; Ans+=wei*abs (B-A) +5; A=b; } printf ("%d\n", ans); } return 0;}View Code Is there any way to apply to join the ACM school team? ElevatorTime limit:2000/1000 MS (java/others) Memory limit:65536/32768 K (java/others)Total submission (s): 61775 Accepted Submission (s): 33918Problem Desc

Time limit MSMemory Limit 65536 KBCode length limit 16000 BProcedures for the award of questions StandardAuthor Chen, YueThe highest building in We City have only one elevator. A request list is made to with N positive numbers. The numbers denote at which floors the elevator would stop, in specified order. It costs 6 seconds to move the elevator-one floor, and 4

The problem is as follows: N people are on the elevator and the elevator has m floors. Among them, N people have nothing to do with it. Ask the elevator to stop several times on average. Solution: Drawing ModelIf there are N groups of signatures, each group has a real signature and an on-1 false signature, m people will smoke (N rounds ), q: What is t

The highest building in We City have only one elevator. A request list is made to with N positive numbers. The numbers denote at which floors the elevator would stop, in specified order. It costs 6 seconds to move the elevator-one floor, and 4 seconds to move-down-one floor. The elevator would stay for 5 seconds on eac

The highest building in We City have only one elevator. A request list is made to with N positive numbers. The numbers denote at which floors the elevator would stop, in specified order. It costs 6 seconds to move the elevator-one floor, and 4 seconds to move-down-one floor. The elevator would stay for 5 seconds on eac

Problem DescriptionThe Highest building in We City have only one elevator. A request list is made to with N positive numbers. The numbers denote at which floors the elevator would stop, in specified order. It costs 6 seconds to move the elevator-one floor, and 4 seconds to move-down-one floor. The elevator would stay f

In order to process requests from the IO layer, the kernel needs to be optimized accordingly, because when there are many requests, and there are several request blocks in one, if these requests are processed in order, it is undoubtedly a great time overhead. Therefore, we need to seek a way to handle this situation (not just this case, of course ), this article introduces Linus elevator, the classic I/O scheduling program in Linux, which is named by

Elevator Time Limit: 2000/1000 MS (Java/others) memory limit: 65536/32768 K (Java/Others)Total submission (s): 42155 accepted submission (s): 23093 Problem descriptionthe highest building in our city has only one elevator. A request list is made up with n positive numbers. the numbers denote at which floors the elevator will stop, in specified order. it costs 6

and set, to easily access variables. For example, in this elevator scheduling, the Class and Class are connected with each other using interfaces, and many information can only be accessed through the interface class. Interface Design: the interface design is a function encapsulation. before writing a program, you need to think about all the functions that the interface implements. If the user needs to change later, you can directly change the class

Time Limit: 2 seconds memory limit: 65536 KB The highest building in our city has only one elevator. A request list is made up with n positive numbers. the numbers denote at which floors the elevator will stop, in specified order. it costs 6 seconds to move the elevator up one floor, and 4 seconds to move down one floor. the

Test instructions: There is a nIdea: Dijkstra add some special treatment on the line. The first thing to consider is how to build the diagram:(1) Each layer as a point. But the specific path can have a variety of rights, such as from 2->5 can sit 1th elevator 10s, but sit 2nd only need 5s, so there are heavy edges.(2) When k=0, it is not time-consuming.(3) There are many ways to reach the same floor and the same weight, then from the floor to another

Problem descriptionthe highest building in our city has only one elevator. A request list is made up with n positive numbers. the numbers denote at which floors the elevator will stop, in specified order. it costs 6 seconds to move the elevator up one Floor, and 4 seconds to move down one floor. The elevator will stay

Report researcher: Jiang Zhong-xi, Wang Jibo1. Purpose of research:In order to launch a more convenient system to call the elevator.2. Research background:Shijiazhuang Railway University basic teaching building was initially completed, the building has 18 floors, 4 elevators, many passengers use these elevators (passenger weight: The average 70 kg maximum 120 kg, the smallest 45 kilograms), other constant data: el