We don't have a sense of scale for the very small, and gigapan + microscopes (optical or SEM) can go a huge way towards opening the country of the very small to a wider public. Richard Feynman wrote There's plenty of room at the Bottom, but even if you have read that (more than once :-), you still don't get the sense of what 'small' means that you can get from seeing it in a Gigapan.
Friday, May 28, 2010
Maker Faire 2010
Small World Explorations had an exhibit at maker faire (May 22nd-23rd) in San Mateo CA. We explained our project as well as gigapans to hundreds of people over the course of the weekend and were greeted with a lot of enthusiasm by the maker community.
Wednesday, May 12, 2010
Getting Ready to Print
Using the Gigapan gives you the freedom to select the
aspect ratio, or shape, of you your pictures.
Since you specify the top left and bottom right of your
images you can make them short and wide, tall and narrow,
or anywhere in between.
This freedom is great until it collides with the physical
world with standard size monitors and paper.
Large format printers get paper (or canvas or vinyl) on rolls,
so the fixed factor is the width.
To calculate the length you need to print a Gigapan
on a certain width paper:
Length of Paper = height of paper * gigapan width/gigapan height
Example:
I have a 91084 x 17246 Gigapan and I want to print it on 44"
wide paper. So what is the length.
length = 44" * 91084 / 17246 = 232.4" = 19 feet.
232.4" x 44" = 10,225.6 square inches = 71 square feet
There are different rates, but I've been quoted $10 per square foot
to print. That would be $710, so I probably won't be printing that
GigaPan at that size until printing costs come down!
aspect ratio, or shape, of you your pictures.
Since you specify the top left and bottom right of your
images you can make them short and wide, tall and narrow,
or anywhere in between.
This freedom is great until it collides with the physical
world with standard size monitors and paper.
Large format printers get paper (or canvas or vinyl) on rolls,
so the fixed factor is the width.
To calculate the length you need to print a Gigapan
on a certain width paper:
Length of Paper = height of paper * gigapan width/gigapan height
Example:
I have a 91084 x 17246 Gigapan and I want to print it on 44"
wide paper. So what is the length.
length = 44" * 91084 / 17246 = 232.4" = 19 feet.
232.4" x 44" = 10,225.6 square inches = 71 square feet
There are different rates, but I've been quoted $10 per square foot
to print. That would be $710, so I probably won't be printing that
GigaPan at that size until printing costs come down!
Monday, May 3, 2010
More focus stacking fun.
Subscribe to:
Posts (Atom)