water jug problem solution

You are given the jugs with capacities x and y litres. There is an infinite amount of water supply available. You need to determine whether it's possible to measure exactly z litres using these-jugs.If z liters of water is measurable, you must has z liters of water contained within one or both Buc Kets by the end.Operations allowed: Fill any of the jugs

Title Description:You are given the jugs with capacities x and y litres. There is an infinite amount of water supply available. You need to determine whether it's possible to measure exactly zlitres using these-jugs.Operations allowed: Fill any of the jugs completely. Empty any of the jugs. Pour water from one jug to another till the other

bit of index Break elifHeight[front] >= Height[behind]:#The most front-end number is greater than the last, and the last value is determined, and can be eliminated.Area = height[behind]* (Behind-front) behind-= 1ifArea >Maxa:maxa= AreaElse:#Ibid .Area = height[front]* (Behind-front) Front+ = 1ifArea >Maxa:maxa= AreareturnMaxaThe time complexity of this algorithm is O (n).The problem-solving ideas refer to other articles in

Some friends in the garden mentioned this problem. I believe you have all seen this problem, and sometimes you will encounter it during interviews.There are many ways to solve the problem. Some people rely on guesses, poor lifting, and reverse pushing. In the case of a lot of water pouring times, it will be quite troub

Quiz questions often come up with similar logic questions, giving you a couple of cups of varying capacity to let you pour out how much water you have. Android has a special game to play this topic called water Logic. I install this game to dozens of levels pass again, feel the game design is not very good, the level of difficulty is not incremental, there are many behind the level of the mentally retar

Topic Link: Http://uva.onlinejudge.org/index.php?option=com_onlinejudgeItemid=8category=110page=show_ problemproblem=1544 Type: Implicit graph Search Original title: There are three jugs with a volume of a, B and C liters. (A, B, and C are positive integers not greater than 200). The second jug are initially empty, while the third is completely filled with water. It is allowed to pour

separated by a single space. The. Rst integer equals the least totalAmount (the sum of all waters your pour from one jug to another) of poured water. The second integerEquals D, if d liters of water could be produced by such transformations, or equals the closest smallerValue D′That your program has found.Sample Input22 3 4 296 97 199 62Sample Output2 29859 62Te

Solution to slow query caused by high water level line and water level line As we all know, with the continuous DML operations on table records, the high watermark line (HWM) of the table will be continuously improved. After the DELETE operation, although the table data is deleted, however, it does not reduce the table's high level. Unless you use the TRUNCATE op

solve this problem is how to set up a certain 1 liters of water or can accommodate 1 liters of water space, the three bucket volume is 3, 5 and 8, with these three numbers to do addition and subtraction operations, can get many groups of answers, such as: 3– (5-3) = 1 This strategy corresponds to the first workaround mentioned above, while the other set of ope

) where mouse A is located and the squares (r,s) of mouse B. Output for each set of data, the calculated mouse A leads to mouse B's shortest-path length and how many different shortest-circuiting outputs.Each group of data output two lines, the first line is the shortest path length, the 2nd row is a different number of short.There are no blank lines between each set of outputs.If mouse A does not lead to mouse B, the output is "No solution!". Sample

IC Card Prepaid Water meter system is made up of IC card prepaid water meter, IC card reader, prepaid management system software and IC card. Through the reader to the IC card account, the sale of water recharge, to achieve user pre-purchase water re-consumption management mode, scientific, accurate and safe control of

"Title description"Given n x m non-negative integers representing an elevation map 2d where the area of each cell is 11, compute how much water it's able to trap after raining.Given n x m nonnegative integers, which represent two-dimensional elevation maps, the area of each unit is 1 x 1, calculating how much water can be caught after the rain."Topic link"www.lintcode.com/en/

Problem: Total time limit: 1000ms memory limit: 65536kB Describe The uneven ground always accumulates when it rains. Assuming that the ground is one-dimensional, each piece is 1 wide and the height is a non-negative integer, you can use an array to express a piece of ground. For example [0,1,0,2,1,0,1,3,2,1,2,1] can be used to represent the ground: After the rain, the ground will be stag

Problem: Total time limit: 1000ms memory limit: 65536kB Descriptive narrative The uneven ground always accumulates when it rains. If the ground is one-dimensional. Each piece has a width of 1 and a height of non-negative integers. Then you can use an array to express a piece of ground. For example [0,1,0,2,1,0,1,3,2,1,2,1] can be used to represent the ground: After the rain, the gro

1012: Foreign currency Exchange score: 1Time limit: 1 seconds Memory limit: 32 Mega Special Problem: No submission: 18 Solution: 13 Topic Description Xiao Ming just came back from the United States, found that there are still some unused U.S. dollars, so want to go to the bank to change into renminbi. But heard that the renminbi will appreciate recently, and from the financial institutions to get the next

TopicsSolution to the method of thinking back to the Moon回朔法即每进行一步，都试图在当前部分解的基础上扩大该部分解。扩大时，首先检查扩大后是否违反了约束条件，若不违反，则扩大之，然后继续在此基础上按照类似的方法进行，直至成为完整解；若违反，则放弃该步以及它所能生成的部分解，然后按照类似的方法尝试其他可能的扩大方式，直到尝试了所有的扩大方式。请输入和尚1的空闲时间：0 1 0 1 0 0 0请输入和尚2的空闲时间：1 0 0 0 0 1 0请输入和尚3的空闲时间：0 0 1 0 0 0 1请输入和尚4的空闲时间：0 0 0 0 1 0 0请输入和尚5的空闲时间：1 0 0 1 0 1 0请输入和尚6的空闲时间：0 1 0 0 1 0 0请输入和尚7的空闲时间：0 0 1 0 0 1 1Code/* ---------------------------------------* Date: 2015-07-06* sjf0115* title: Monk Carrying

For help, a problem that plagued me for one day and one night, so that I could not eat or drink water. recently I learned php and encountered a problem. My php and mysql databases are connected, that is, the data cannot be written into the mysql database. the following database name: bbs table name message Field nbsp; idtinyint (1) auto_incrementpr for help. one

;If (TEMP % 2! = 0){I ++;Sum + = I;Continue;}Else{ Int max = fun (k ); If (max Break;}}If (k) Result = I;}Printf ("% d \ n", result );If (n) printf ("\ n ");}Return 0;} Previously, the condition in my while is n! = 0, there are n -- in the loop body, But wr cannot pass, and it will pass when it is changed to while (n --). It is a bit confusing... For this blessing, three wrong answer were continuously refreshed... Legacy problems: Intuitively, Q is an even number, but there is no strict mathem

the results is the solution of the original problem. Optimization point: The second part of the multiplication time, when ls[i] 1 intMaxarea (vectorint>height) {2 3 if(Height.size () 2){4 return 0;5 }6 7vectorint>Idxascel;8 9Idxascel.push_back (0);Ten One for(inti =1; I ) { A - if(Height[i] >Height[idxas

Topic Portal1 /*2 BFS: Pour water problem, when C is odd, no solution. A total of six cases, as long as the conditions in line with the team, I wrote when the state vised continue3 results found a half-day only to find the bug, tears .... (It's hard to find a good one on the internet.)4 */5 /************************************************6 Author:running_time7 C