replay backpack

Also a good question, with a limited 01 backpack, sorted first, then backpackThis problem is related to Q, so it is not directly on the 01 backpack. Because if an item is 5 9, an item is 5 6, on the first backpack when only dp[9],dp[10],..., dp[m], and then the second to carry the backpack, if it is normal, should borr

Backpack |Given n items with a size Ai, an integer m denotes the size of a backpack. How can I fill this backpack?ExampleIf we have 4 items with a size [2, 3, 5, 7] , the backpack size is one, we can select [2, 3, 5] , so, the max size we can fill thi s backpack is 10 . If T

If it's a backpack interface that uses a grid backpack, like the "Diablo" backpack, that's how I define the structure. The discovery is similar to the original paper-opening algorithm, but it happens in reverse. Anyway, it's good to think about it and realize it.The placeholder for an item, the default upper-left corner is the (0,0) point. Planning in filling in

After reading the multiple backpacks mentioned in section 9, this question should be easily made. Model: YesN items and a backpack with a capacity of v. A maximum of N [I] items are available for the I-th item. The cost per item is C [I] and the value is W [I]. Solving which items are loaded into a backpack can make the total cost of these items not exceed the capacity of the

First, the problem description0-1 knapsack problem, part knapsack problem. The DP algorithm of 0-1 knapsack, the greedy algorithm of partial knapsack and DP algorithm are implemented respectively.Second, the principle of the algorithm(1) 0-1-pack DP algorithm0-1 knapsack problem: There are n items and a backpack with a capacity of W. The weight of article I is w[i], the value is v[i]. The solution of which items are loaded into the

. Input * Line 1: two space-separated integers:NAndB* Lines 2 ..N+ 1: LineI+ 1 contains a single INTEGER:Hi Output * Line 1: A single integer representing the (non-negative) Difference between the total height of the optimal set of cows and the height of the shelf. Sample Input 5 1631356 Sample output 1 SourceUsaco 2007 December Bronze Question The shelf height is B, and the nheaded dairy cows are stacked. If you want to find a number of cows, the stack height is greater than B. The size of the

Label: ACM algorithm DP Algorithm Ultraviolet A 10306 e-coins (full backpack: Two-Dimensional restrictions) Http://uva.onlinejudge.org/index.php? Option = com_onlinejudge Itemid = 8 page = show_problem problem = 1247 Question: For each example, two numbers N and m are given, respectively, indicating that there are n kinds of coins. For each coin, there are two values: x, y, the question requires you to select some coins to satisfy M * m = x

Link: (-_-) ZZ There are N types of work sets. Each type of set has one type. 0 is to select at least one job in the Set, and 1 is to select one job in the set at most, 2. It takes a certain amount of time and happiness to make every job. Idea: If the type is 0, it is the deformation of the group backpack. If it is 1, it is the group backpack. If it is 2, it is the 0-1

/* There are n items, and passengers have m oceans. First, how many items can passengers buy at most? Please note that the number of items here is not the most valuable. Therefore, it is very easy to sort all the items by value, first buy cheap, then buy expensive. Greedy thoughts. Some details need to be dealt with in this place. If the total value of all items is less than that of passengers, there is only one solution. Passengers can buy all items. If the amount of money a passenger can't aff

And that we know the weights of all coins of a given currency. then there is some minimum amount of money in the piggy-bank that we can guarantee. your task is to find out this worst case and determine the minimum amount of cash inside the piggy-bank. we need your help. no more prematurely broken pigs! Inputthe input consists of T test cases. the number of them (t) is given on the first line of the input file. each test case begins with a line containing two integers E and F. they indicate the

-dimensional bag problem of sample Output0-11 refers to: for each item, there are two different kinds of charges; the choice of this item must be paid at the same time; for each generation Each price has a maximum value (Backpack capacity) that can be paid ). Ask how to select an item to maximize the value. Set these two prices to price 1 and price 2 respectively.The two costs required for item I are a [I] and B [I]. The maximum value (two types of

POJ--2063 -- investors -- backpack, 002063 shares Investment Time Limit:1000 MS Memory Limit:30000 K Total Submissions:8733 Accepted:2984 DescriptionJohn never knew he had a grand-uncle, until he got the notary's letter. he learned that his late grand-uncle had gathered a lot of money, somewhere in South-America, and that John was the only inheritor. John did not need that much money for the moment. but he realiz

ZOJ3524: Crazy Shopping (Topology Sorting + full backpack) and zoj3524shopping Because of the 90th anniversary ofCoherent Cute Patchouli(C. C.P ),Kawashiro NitoriDecides to buy a lot of rare things to celebrate. Kawashiro NitoriIs a very shyKappa(A type of water sprite that live in rivers) and she lives onYoukai Mountain.Youkai MountainIs a dangerous place fullYoukai, So normally humans are unable to be close to the mountain. But because of the fin

the Piggy-bank are 100.This is impossible.#include #include#includeusing namespacestd;Const intinf=0x3f3f3f3f;Const intmaxn=10005;intn,w;intV[MAXN],W[MAXN];intDP[MAXN];intMain () {intT; scanf ("%d",T); while(t--) { inte,f; scanf ("%d%d",e,f); scanf ("%d",N); for(intI=0; i) {scanf ("%d%d",v[i],W[i]); } W=f-e; for(intI=0; i) {Dp[i]=inf;//Prerequisite: The backpack is full. Because the value of the request is minimal, you need to initialize

01 backpack. Start your backpack JourneyThe normal backpack isI 1....NJ m ..... 0Dp[i][j]=max (Dp[i-1][j],dp[i-1][j-w[i]]+v[i]);But this range is bigger.If you use two-dimensional hyper-memorycan be transformed into one-dimensionalDp[j]=max (Dp[j],dp[j-w[i]]+v[i]);#include #includestring.h>#include#include#include#includeusing namespacestd;#defineN 350

There is a tree with a number of N, and the edge of the tree is right. Give you a positive integer k within 0~ N, you want to select K points in this tree, dye it black, and turn the other n-k Dianran into white. After all points are dyed, you will get the distance between the black dots 22 plus the white Point 22 distance and the benefit. Ask what the maximum benefit is.SolutionCompare the classic tree knapsack problem.If only the points are analyzed, the situation becomes very cumbersome and d

http://acm.hdu.edu.cn/showproblem.php?pid=2639The main idea is, to the backpack race bones, for the K-optimal solution, on the basis of the ordinary 01 backpack, add one-dimensional space, then f[i,v,k] can be understood as the first I items, put in the capacity v backpack, the value of the K-optimal solution. The time complexity is O (NVK).Talk is cheap.Look at

In order to save the lives of compatriots in the disaster area, you are prepared to purchase some food support disaster areas, now suppose you have a total of funds N, and the market has m rice, each rice is bagged products, its price range, and can only buy the whole bag.Excuse me: How many kilograms of grain can you purchase with limited funds?Sample INPUT1 8 2 2 100 4 4 100 2Sample Output4001#include 2#include 3#include string.h>4#include 5 using namespacestd;6 Const intmaxn= the;7 8 intDP[MA

world;Thanks to the opponents, they make us keep making progress and efforts.Likewise, we would like to thank the pain and hardship brought to our wealth ~ Input data first contains a positive integer c, which indicates that there is a C set of test cases, the first line of each set of test cases is two integers n and m (1Output for each set of test data, export the maximum weight that can be purchased for rice, and you can assume that you are spending more than all of the rice, and you c

Sumsets Time Limit: 2000MS Memory Limit: 200000K Total Submissions: 15045 Accepted: 5997 DescriptionFarmer John commanded his cows to search for different sets of numbers the sum to a given number. The cows use is numbers that is an integer power of 2. Here is the possible sets of numbers that sum to 7:1) 1+1+1+1+1+1+1 2) 1+1+1+1+1+2 3) 1+1+1+2+2 4) 1+1+1+4 5) 1+2+2+2 6) 1+2+4 Help FJ count all possible representations for a given i