First, here's how it's supposed to look:

And, here is the version that I found. Remember, all three words are supposed to say the same thing!







One of the symbols of freemasonry is that of the rough and perfect ashlar. These represent the unfinished state of both stone and man. After smoothing out rough edges, the stone becomes square and usable for building the temple..
Originating in the 16-1700s, by the slaves of Brazil, Capoeira is a fight, a dance, a game, a ritual. It begins with a roda, or circle, african drums and the berimbaus begin to play. Someone begins to sing, and everyone listens:
The two men touch the ground, and trace signs into the dirt. These signs will strengthen their body and spirit. The lead singer begins a new song that signals the beginning of the game."They realize that it is no longer their friend or training partner who is in front of them, but instead there stands before them a riddle that can present dangerous and unpredictable enigmas in the corporal dialogue that will follow. It is a dialogue that is made up not of words, but rather of movements--exploratory movements, attack movements, defense movements, deceitful movements--questions and answers in the mysterious language of capoeira."
What is it about about Euclid's 47th Problem that has made it such a venerated symbol in Freemasonry?
Pythagoras is reported (by masons) to have exclaimed 'Eureka!' when he discovered the answer to the problem, and then to have sacrificed a hecatomb (or a 100 oxen) in gratitude. This is certainly excessive! The phrase Eureka is most famously attributed to Archimedes, exclaimed when he was bathing and 'discovered' the correspondence between volume and weight, i.e. mass. But, as Pythagoras was also a Grecian, this is permissible, although slightly confusing.
I was going to draw you all a cool little picture showing how the typical triangle of 3x5x7 fits over the tree and shows it pointing to Hokhmah (wisdom), Gevurah (severity, judgment or strength) and Tiferet (beauty or harmony... but it looks out of proportion when actually held up the the square. This phenomena ends up being true of most of the allegories applied to the problem, they don't hold up under investigation. When looking for an allegorical solution to Euclid's Proposition, make sure there is something more to it than that they both happen to have three sides or attributes.