Canyon2

[imaginarysoftware]

Very very very nice!!!

[DeepZoomNet]

Thank you very very very much!

[SpellboundSolution]

Can I have the coordinates of the center of the last image, or is that top secret data?

[DeepZoomNet]

Sorry for the delay in responding...been really busy.

Not a secret; you can pretty much reverse-engineer the endpoint anyway:

Re: -0.74869 42808 08640 90917 94285 64551 54832 71927 94412 29185 58568

Im: 0.06063 88279 86373 53901 84429 92974 76271 45125 45076 61966 87864

The size (height in the vertical/real axis) is 1.955e-050

[SpellboundSolution]

The zooms on my blog now!

[HxMstrzforu]

Juliaquantities...

[DiegoDCvids]

Amazing fractal works done Michael,

very and very deep as it was being fallen

[jmartis2]

Amazing, what soft did you use to render this?

[DeepZoomNet]

This is done with software I've written in Visual C++ and some specialized hand-coded assembly language for the core high-precision arithmetic. It's very fast, but not nearly as slick-looking or artistically powerful as, say, Ultra Fractal. Most of the big mainstream fractal programs (UF, FractalExtreme, ChaosPro, FractInt, etc.) can do this same thing, just not as fast.

[FractAlkemist]

very nice! colors ain't so bad, just a little too bland and pastel like - try to make more "intense".

you still need to dive deeper into that canyon - closer to IMAG=0 axis, like my "canyonz" on the UFVP page. fractint chokes up there, maybe your software wont.

[DeepZoomNet]

Thanks for the feedback and suggestion.

Canyon1 and Canyon2 are precursors to a bigger project--CanyonDeep. I plan to go closer, but I'm not sure exactly where it will go just yet. My software won't choke, but it will slow down dramatically because when you dive into the canyon like that, the count values seem to go up exponentially fast. That's why I was working so hard on rectangular subdivision and the least-significant digit truncation issues. Every little bit of speed matters down there.