This poses a few interesting challenges, if trying to create from scratch with some degree of randomisation - there must be a minimum word length of 3 along with a good mix of word lengths along with a desirable range of ratios of black to white squares. In order to achieve that, it's pretty much essential to start with the a fully-defined grid. Then, when we actually place the word, we call:Ĭonventionally, a standard crossword has a 15x15 square 180 o symmetrical grid. Return result = word.Length ? -1 : result Int xStar = x - _dirX, yStar = y - _dirY Int CanBePlaced( string word, int x, int y, int dir) The demo source code was created using C# and Visual Studio 2010.įirst, for each word about to be placed, we check if this place is valid: The file should be an ASCII one, with one word per line. Loading words from a file, or placing them manually.An optimization process, used to find the optimal arrangement of any given set of words, which leave a minimum number of black square.Two words placed horizontally or vertically one after the other will have at least one black square separating between the two.
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