PuyoPuyo is a famous video game series made by Compile Co, Ltd. The first game was released in 1991. The company went defunct at 2003, but PuyoPuyo team is still making the games in (후략)
to below of the grid -> to the bottom of the grid
color of Puyo -> colors of Puyo
When you drop the Puyo, it each Puyo drops separately -> When you drop the Puyo pair, each of the pair drops separately
More than four Puyos that have same colors and shares an edge is called Group -> Four or more adjacent Puyos that have the same colors are called a group
it is popped -> they are popped
After group pops -> After the groups pop
If it makes a new group -> If they make new groups
You are given R × C grid. Each grid is filled with certain color of Puyo or an empty grid. You should drop Puyo pair and derive a given grid. -> You are given an R × C grid. Each cell of the grid contains a Puyo of a certain color or is empty. You should start from an empty grid and drop Puyo pairs to derive the given grid.
Fortunately, you can choose which color and place to drop.
cpp05013 5년 전
기여자는 제 본계정인 jh05013으로 해 주세요.
PuyoPuyo is a famous video game series made by Compile Co, Ltd. The first game was released in 1991. The company went defunct at 2003, but PuyoPuyo team is still making the games in (후략)
to below of the grid -> to the bottom of the grid
color of Puyo -> colors of Puyo
When you drop the Puyo, it each Puyo drops separately -> When you drop the Puyo pair, each of the pair drops separately
More than four Puyos that have same colors and shares an edge is called Group -> Four or more adjacent Puyos that have the same colors are called a group
it is popped -> they are popped
After group pops -> After the groups pop
If it makes a new group -> If they make new groups
You are given R × C grid. Each grid is filled with certain color of Puyo or an empty grid. You should drop Puyo pair and derive a given grid. -> You are given an R × C grid. Each cell of the grid contains a Puyo of a certain color or is empty. You should start from an empty grid and drop Puyo pairs to derive the given grid.
Fortunately, you can choose which color and place to drop.
0 means an empty grid. -> 0 means an empty cell.
number of Puyo pair -> number of Puyo pairs
row number of -> column number of