#Solitaire rules moving cards how to
Experienced players would probably be unhappy, but it would still be playable.Īdditionally, it's not necessarily obvious to new players how to get the maximum transfer using 2+ empty columns, so by doing those maneuvers for them you are possibly allowing players to make moves that they couldn't figure out on their own.
#Solitaire rules moving cards free
If your implementation forces players to use columns manually it won't have the same excessive effect on quality of play that not using the free cell shortcut would have. (2^M)*(N+1), where M is then number of empty columns and N is the number of empty stacks.Īll of that said, transfers that utilize columns to their maximum effect are more complicated, less common, and less labor intensive than just using free cells. I hope you can see at this point that the trend will continue, and the total formula is With three columns, the third column will be able to store 4*(N+1) cards, leading to (4+2+1+1) (N+1) = 8(N+1) cards being movable. If you have two empty columns, you can transfer 2*(N+1) cards to that column (using the other empty column, N+1 cards to the second column (since you no longer have an empty column to use), then N+1 cards to a new stack, then reverse that process to pull all 4*(N+1) cards onto the new stack. Obviously, this only works if you're not transferring cards to the empty column, in which case you're limited to only using the free cells, for N+1.
If you have a single empty column, you can transfer N+1 cards to that column, N+1 cards to the new stack, and then transfer the N+1 cards from the formerly empty stack onto the new column, for a total of 2*(N+1) cards moved. But they're also much more powerful than that, because they can hold stacks. An implementation without this ability would be totally playable, but it would be aggravating to use because simple actions would take significantly more work on the part of the player.Įmpty columns can be used as free cells, simply adding 1 to your free cell count. Most computer implementations of FreeCell allow you to move entire stacks without having to step through the intermediate storage on the free cells (as long as there are enough free cells). That said, it is trivial to move an entire stack of N+1 cards, where N is the number of free cells, by moving N cards to the cells, moving the last card to the new stack, and then pulling down the stored cards onto the new stack. In FreeCell, you are only allowed to move 1 card at a time, either to or from a free cell or from one stack to another.
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