Now find the only other pin that is attached to the 3-pin you just moved (this will be a 4), and move it to the bottom left area, near the corner (but even with or slightly higher than the 3-pin you previously moved, so that it's above the wire that joins the 3-pin to the 4-pin that's in the bottom left corner, not under that wire). Move that to the center of the bottom of the puzzle area, just above the wire that joins the 4 and 5. You should now have a wire rectangle around the edge of the puzzle area, like this: (ignore the rows of dots in the middle area-they're only helping to space the lines)įind the only pin (a 3) connected to both the 4 and the 5 at the bottom of the rectangle. Once you find the correct pin, move it to the bottom left corner. If a pin is not attached directly to both the 7 (upper left) and the 5 (bottom right), put it back in the center and keep checking the others. To do so, take the pins out one-by-one and drag them to the bottom left corner. Move the 5-pin that is attached to the 6-pin into the bottom right corner.įind the only pin (one of the 4's) that is attached to both the 7-pin (upper left corner) and the 5-pin (that you just put in the bottom right corner). There are two 5-pins, but only one is attached to the 6-pin. Put the 7-pin in the upper left corner, and the 6-pin in the upper right. Do this so that, when I say a pin is attached to another, you can make sure it is directly attached to it (and not just overlapping a wire). You can check how many wires are attached to a pin by pulling it out and rotating it around the others. Move all pins to near the center of the screen before you start, for ease of sorting. Note: the numbers refer to the number of wires attached to the pin-there are:
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