Re^3: Triangle Numbers

This algorithm generates a sum of triangle numbers, but not necessarily a sum of _three_ triangle numbers

EGAD! you're right. i've fixed it to generate a list of three or less (i think.) if you want precisely three, i'll have to do a little more thinking.

Update: unless of course zero is valid. i can't see how it's not, because 1 must be 1, 0, 0. so i'll update my code (once more) to reflect that.

~Particle ;Þ

Comment on Re^3: Triangle Numbers

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Re: Re^3: Triangle Numbers by Anonymous Monk on Sep 26, 2002 at 03:45 UTC
1001, 0000, 0000, 1001 are the first four lines of my "God's Zone Of Zero" in Christmatics. Are you aware that every other triangle number plotted on a square grid seems to produce two straight and parallel lines on that grid? Those two straight parallel lines pass through the zone of zero in such a way that what Christmatics is calling "Joseph's stick" becomes "Judah's stick" when that line has passed through "God's Zone Of Zero". If this interests you, do a search for "Ezekiel's Two Sticks" and "Christmatics" on the web for more of my thoughts. Waldo	[reply]
Re^5: Triangle Numbers by Anonymous Monk on Dec 08, 2005 at 04:15 UTC
The 12th prime # is 37 while the 21st prime # is 73. Did you know that the multiplication of the 12 times the 21st prime equals 2701 which is the same as the gematria of the first seven words of the Hebrew Torah? Well, you may have this as clue! Jesus spoke, and that is the BIG BANG! Waldo	[reply]