UVa problem soultion 1112 - Mice and Maze

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Discuss: in this problem you can simply use dijksta and solve it.  jut loop through 1 to n and call dijkstra every time.if distant of exit node is less or equal then timer then make count increase. there is no tricky part in this problem.


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UVa problem solution 10986 - Sending email

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Discuss: in this problem you can simply use dijksta algorithm.if you know the algorithm then this problem just direct implementation of that algroithm. there is no tricky part in this problem

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UVa problem solution 10305 - Ordering Tasks

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Discuss: you can solve this problem using modified dfs or bfs. we call dfs for every adjacent vertices first.then push every vertex to stack. then just print stack.there is no tricky part in this problem.

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UVa problem solution 352 - The Seasonal War

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Discuss: in this problem you to have to find how many disjoint eagle is there.so you can simply use dfs or bfs to solve this problem.when you get a eagle sign and not visited increment count and send it to bfs or dfs function. it will make visited all joint eagle.

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UVa problem solution 871 - Counting Cells in a Blob

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Discuss:this is simple graph problem.you can use bfs to solve.just count how much node visited in a call of bfs function and store it in maximum.you can use getline to take input.and push it to your 2d string and if string is empty just break input.there is no tricky part in this problem

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UVa problem solution 572 - Oil Deposits

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Discuss: this is simple graph. if you know the fundamental algorithm of graph i mean bfs or dfs then it's pretty easy for you. when you found a node with '@' and it is not visited then just sent the index value to bfs function and increment the answer and in bfs function mark every connected node with it visited. your work done.


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UVa problem solution 10004 - Bicoloring

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Discuss: if you know bfs algorithm then this problem is fun for you. just do bfs nothing more to do.just first take a color array as like visiting array. convert all number to zero.then in while loop if the color is zero and adjacent node color is then assign it with 2 else 1. and if two adjacent node color same then just break the loop.

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UVa problem solution 11470 - Square Sums

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Discuss: if you know the 2D. then the problem may pretty for you. how i did it first calculate all corner index value.then just increase the value of i and j. and you may trouble how to choose the corner point as it change then use them and analyse  ara[i][j], ara[j][n-1-i], ara[n-1-i][n-1-j], ara[n-1-j][i]  first traverse till n/2 and second loop traverse till n-1-i; examine it . it traverse all the square of the grid. then just print it..


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UVa problem solution 12243 - Flowers Flourish from France

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Discuss: this is simple implementation problem.you can solve it with just one loop.

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UVa problem solution 12527 - Different Digits

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Discuss: this is simple implementation problem.you can use a bool array to check repeat number.as the range is not so big so you can check every integer individually.

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UVa problem solution 12592 - Slogan Learning of Princess

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Discuss: this is simple implementation problem.you can do it with map as well as structure.be careful when taking input. you can use 'getline(cin,string_name)'. and also be careful enough memory declare when use structure else there is run time error.

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UVa problem solution 10812 - Beat the Spread!

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Discuss: just do the class eight problem.no tricky part in this problem.

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UVa problem solution 11988 - Broken Keyboard (a.k.a. Beiju Text)

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Discuss: this is simple list implementation problem.if you know list then you can it without any trouble. just input the line in a string and then if  '[' in string then change the iterator of string in begin and if you found ']' then change the iterator of string in end.  and else just insert the element in the list.

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UVa problem solution 10258 - Contest Scoreboard

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Discuss: though it's a implementation problem.i think pupil coder at least think for some time how to implement. however, you can solve the problem using nested structure.just take input and store in structure and then sort the structure.you can use bubble sort. there is no tricky part in this problem


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