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neilkenny

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About neilkenny

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  1. I am currently writing a puzzle game that involves fitting different shapes blocks into a box and am coming across problems with directX while trying to implement the graphics. For the box I simply want to draw eight lines, 4 lines joined to make a square which will represent the base of the box, and one line sticking up from each corner of the base. I had these lines appearing perfectly and stored a copy of this code in case I ended up messing it up at a later stage. My next task was to draw one of the pieces above the box(lines). I went about trying to do this and did something that caused nothing to be rendered on the screen (not the lines or the piece). Luckily I had made a copy of my previously working code and loaded this up again only to find out that nothing appeared on the screen when I ran the program even though I had changed no code from when it worked previously. I am getting the following D3D error when I run the program now Direct3D9: (ERROR) :DrawPrimitive failed. Direct3D9: (ERROR) :Stream 0 does not have required number of vertices I have looked this error up on google and found a few other postings on forums where a similar thing has happened with other people(code that used to work doesn't anymore). My piece is made up of 78 vertices/26 polygons. I have a simple application that can draw the piece on it's own with no problem as well as move and rotate it. Is this a hardware problem? Would reinstalling the graphics drivers help? If anyone can help me with this I will be eternally grateful. Thanks Neil
  2. neilkenny

    Algorithm for solving 3d puzzle

    There are too many combinations for a depth first search. I'll give the genetic algorithm a try. Thanks for the help.
  3. I am currently trying to write a program to make a 3d version of a puzzle I own. The idea of the puzzle is to fit blocks of different shapes and sizes into a cube without having any parts sticking out at the end. There are thirteen different pieces that can each be rotated in twenty-four directions. Each piece is made up of a number of cube units. The size of the box is 4 units * 4 units * 4 units. Here are pictures of the pieces in the puzzle Each piece can be rotated on the X Y or Z axis by 90 degrees at a time. 7 of the pieces have 24 different orientations, 5 of the pieces have 12 different orientations(because they are the same shape when turned upside down) and piece12 (the last red piece show on the web page above) has only 3 different orientations. I have also figured out how many different positions each piece can be placed in in the box. (piece0:432, piece1:216, piece2:432, piece3:384, piece4:192, piece5:432, piece6:216, piece7:324, piece8:216, piece9:432, piece10:432, piece11:576, piece12:48) I hope to write different algorithms to try to solve the puzzle and compare how each of them works. I am fairly new to this type of problem however and would like a few suggestions of what type of algorithms would be most useful. I have read up on genetic algorithms but find it hard to understand how I could implement this for this type of problem. This is my final year project and I have been encouraged to seek help from experts and people who are knowledgeable in this area. Any suggestions would be greatly appreciated.
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