MAXWOODS  MAXIMUM WOOD CUTTER
Problem Statement:
The image explains it all. You initially step at 0,0 facing right. At each step you can move according to the conditions specified in the image. You cannot step into the blocked boxes (in blue). Find the maximum number of trees you can cut.
Input:
The first line consists of an integer t, the number of test cases. For each test case the first line consists of two integers m and n, the number of rows and columns. Then follows the description of the matrix M.
M[i][j]=’T’ if the region has a tree.
M[i][j]=’#’ if the region is blocked.
M[i][j]=’0’ (zero) otherwise.
Output:
For each test case find the maximum trees that you can cut.
Input Constraints:
1<=t<=10
1<=m,n<=200
Example:
Sample Input:
4 5 5 0TTTT T#T#0 #TT#T T00T0 T0#T0 1 1 T 3 3 T#T TTT T#T 1 1 #
Sample Output:
8 1 3 0
Solution for test case #1:
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Archit Mittal:
20140417 09:55:41
can somebody give a tricky test case as i am getting WA after 5th judge


:D:
20140417 09:55:41
Nice work on the images. Could you put them on SPOJ, since missing images are a plague here. Pictures from places like dropbox will evaporate sooner or later.


Aman Gupta:
20140417 09:55:41
Nice question, is BFS supposed to TLE?

Added by:  cegprakash 
Date:  20121014 
Time limit:  1s 
Source limit:  50000B 
Memory limit:  1536MB 
Cluster:  Cube (Intel G860) 
Languages:  All except: ASM64 GOSU 
Resource:  Inspired from http://codeforces.com/problemset/problem/115/B 