hpdz.net

High-Precision Deep Zoom

Animations

Contents

Featured Animations
Canyon1Deep zoom into the western wall of the canyon (seahorse valley).
Canyon image 1Canyon image 3Canyon image 5Canyon image 7Canyon - final frame
HD1 "Tartaglia"My first high-definition deep zoom, at 1200x900 resolution.
HD1-Img1HD1-Img2HD1-Img3HD1-Img4HD1-Img5
DEHP-III
("Cardano")
Full-resolution rework of one of the best animations I've done so far. New colors, new music, longer, and slower.
DEHP-III clip 0DEHP-III clip 2DEHP-III clip 4DEHP-III clip 7DEHP-III clip 11
Ununennius
("de Moivre")
The new deepest zoom EVER! And the most unpronounceable. This is a no-nonsense animation drilling down to a final size of 9e-120.
UUE1-InitialFrameUUE1-Clip2UUE1-Clip4UUE1-Clip6UUE1-FinalFrame
RiftAnother Paul Derbyshire endpoint
MetaphaseBased on a FractInt PAR file from Paul Derbyshire dated Mar 1996
Prima LuceFirst production run on Core2-Quad system
ProjectXZoom to 2e-33 with beautiful coloring
TevarisMy personal favorite -- and with great music by Technetium!
CentanimusSupra-E100 deep zoom near utter west
E100Supra-E100 deep zoom near fixed point at (0,1)
DEHP-IIaVery nice deep zoom to Julia set near mini-brot on the antenna/spike
Anim08-03-13Deep zoom near cusp of mini-brot
ThirdOrderA rare third-order Mandelbrot set zoom, although not very deep

Also check out the Technical Animations page. These are not so much about looking good, but rather about trying to demonstrate some technical point about how the animations are made. Some of them are examples of what various mistakes look like, sort of a Bloopers series.

And here's one that's just plain silly: TooFast.mpg. This is what happens when you say one of my animations is too fast. I'll show you fast! (Identical zoom as E100 but in 23 seconds.)

Note on size and magnification: The sizes here (and on the Still Images page) are the actual size of the smallest dimension of the image (usually vertically) in the complex number plane. Some programs describe image sizes by "magnification" which is usually related to the reciprocal of the image size. A size of, say, 1E-100 corresponds to a magnification of 1E+100. Some software uses the half-height of the image, so there may be an additional factor of two involved in conversion.