0_0_18287462_15431.cpp:1:1: error: stray '\303' in program
Consider the problem of tiling an n×n chessboard by polyomino pieces that are k×1 in size; Every one of the k pieces of each polyomino tile must align exactly with one of the chessboard squares. Your task is to figure out the maximum number of chessboard squares tiled.
^
0_0_18287462_15431.cpp:1:1: error: stray '\227' in program
0_0_18287462_15431.cpp:1:1: error: stray '\303' in program
0_0_18287462_15431.cpp:1:1: error: stray '\227' in program
0_0_18287462_15431.cpp:2:1: error: stray '\350' in program
输入：
^
0_0_18287462_15431.cpp:2:1: error: stray '\276' in program
0_0_18287462_15431.cpp:2:1: error: stray '\223' in program
0_0_18287462_15431.cpp:2:1: error: stray '\345' in program
0_0_18287462_15431.cpp:2:1: error: stray '\205' in program
0_0_18287462_15431.cpp:2:1: error: stray '\245' in program
0_0_18287462_15431.cpp:2:1: error: stray '\357' in program
0_0_18287462_15431.cpp:2:1: error: stray '\274' in program
0_0_18287462_15431.cpp:2:1: error: stray '\232' in program
0_0_18287462_15431.cpp:4:1: error: stray '\' in program
First line contain the number of cases T ($T \leq 10000$).
^
0_0_18287462_15431.cpp:5:1: error: stray '\' in program
In the next T lines contain T cases , Each case has two integers n and k. ($1 \leq n, k \leq 100$)
^
0_0_18287462_15431.cpp:5:1: error: stray '\' in program
0_0_18287462_15431.cpp:6:1: error: stray '\350' in program
输出：
^
0_0_18287462_15431.cpp:6:1: error: stray '\276' in program
0_0_18287462_15431.cpp:6:1: error: stray '\223' in program
0_0_18287462_15431.cpp:6:1: error: stray '\345' in program
0_0_18287462_15431.cpp:6:1: error: stray '\207' in program
0_0_18287462_15431.cpp:6:1: error: stray '\272' in program
0_0_18287462_15431.cpp:6:1: error: stray '\357' in program
0_0_18287462_15431.cpp:6:1: error: stray '\274' in program
0_0_18287462_15431.cpp:6:1: error: stray '\232' in program
0_0_18287462_15431.cpp:8:1: error: stray '\346' in program
样例输入：
^
0_0_18287462_15431.cpp:8:1: error: stray '\240' in program
0_0_18287462_15431.cpp:8:1: error: stray '\267' in program
0_0_18287462_15431.cpp:8:1: error: stray '\344' in program
0_0_18287462_15431.cpp:8:1: error: stray '\276' in program
0_0_18287462_15431.cpp:8:1: error: stray '\213' in program
0_0_18287462_15431.cpp:8:1: error: stray '\350' in program
0_0_18287462_15431.cpp:8:1: error: stray '\276' in program
0_0_18287462_15431.cpp:8:1: error: stray '\223' in program
0_0_18287462_15431.cpp:8:1: error: stray '\345' in program
0_0_18287462_15431.cpp:8:1: error: stray '\205' in program
0_0_18287462_15431.cpp:8:1: error: stray '\245' in program
0_0_18287462_15431.cpp:8:1: error: stray '\357' in program
0_0_18287462_15431.cpp:8:1: error: stray '\274' in program
0_0_18287462_15431.cpp:8:1: error: stray '\232' in program
0_0_18287462_15431.cpp:1:1: error: 'Consider' does not name a type
Consider the problem of tiling an n×n chessboard by polyomino pieces that are k×1 in size; Every one of the k pieces of each polyomino tile must align exactly with one of the chessboard squares. Your task is to figure out the maximum number of chessboard squares tiled.
^
0_0_18287462_15431.cpp:1:94: error: 'Every' does not name a type
Consider the problem of tiling an n×n chessboard by polyomino pieces that are k×1 in size; Every one of the k pieces of each polyomino tile must align exactly with one of the chessboard squares. Your task is to figure out the maximum number of chessboard squares tiled.
^
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