View allAll Photos Tagged Triangles
I remember one time my partner woke up screaming in the middle of the night, and I groggily asked her what was the matter. She muttered "Triangles," and went back to sleep.
Needless to say, I will not be showing her this nightmarish photo.
(Wider angle of the same building here.)
A portion of the top geometry of Esplanade Theater, Singapore.
Location: Esplanade, Marina Bay, Singapore
Jadson Andre surfing a proper wave at Hossegor at Quiksilver Pro France. This is one of the biggest waves ridden that I saw that week.
Shot with an infrared camera.
Photo prise dans le cadre d'une sortie avec le groupe ARTELIA PHOTO au sein de l'Espace Européen de l'Entreprise à Schiltigheim (67)
I love westies...this little girl was in the other shot for wide angle minimal...what a cutie...a dirty one though.
for odc2 - triangle
Had to work yesterday so there was only time for a few shots. This one is a view of a building near my office.
watercolor triangles inlayed as collage elements into white card stock paper
the triangles have a lovely textured surface and the card stock paper contrasts it nicely with it smoothness
4 x 6 inch
10.5 x 14.5 cm
inside blank
This diagram was simpler to make than it looks. I made it in Microsoft's Excel using only two basic mathematical operations: subtraction and division. Every double-digit fraction between 0 and 1 is shown as a black dot (a double-digit fraction is something like 27/98 or 13/73). On the horizontal axis is the value of the fraction (e.g. 0.27551 in the case of 27/98) and on the vertical is the distance between this number and the next higher double-digit fraction (its nearest neighbour upwards).
Although this is all basic stuff, several unexpected patterns emerge. The most obvious one is the big triangle and if you look closely you can see many similar triangles inside it. Then there are these curious arrays of dots at the bottom edges that look like laughter lines. The bottom line looks like a Morse code: This is the home of all the double-digit fractions that have siblings with the same value, for example 20/40 and 30/60. What I find most interesting is the empty space between the bottom line and the dense cloud of dots above it. Why is there such a gap and why does its upper edge look so chaotic?
I do not know.
a very nice model by dirk eisner. apparently the number of triangles is mainly constrained by your enthusiasm about folding modules.
I decided to collect several views of the model in the hope of better showing off its beauty.
(7.2.12, 251/365)