burning ship

[allaboutbreaks]

I'm trying to take a look at the burning ship fractal.  
I'm using UltraFractal and can't find a formula, or don't know which formula I downloaded contains the ship (as all the formula roots are only a couple of archaic letters).  
I tried programming it myself but ended with a blue screen and no set.  
Any help??

[cKleinhuis]

Just put an || around the z in the loop part of the default formula

Other than that i recommend using the search functionality in the formula browser

[allaboutbreaks]

Thanks for the reply.  I did search and found one but thought it was a users "spin" on the ship be cause the first set did not look at all like the ship, however on down the line, as I looked at it deeper, the ship began to appear.  However, they are all inverted.  Is there any way to have this flipped other than using the rotation and setting it at 180* or is this how it is supposed to appear?? 

Thank you again.

[cKleinhuis]

so, first of all be carefull with "inversion" i understand inversion completely different as you, i think you mean mirrored
and i think the orientation you see is the "default" just rotate how you think is best for you

[allaboutbreaks]

Thank you.  Yes, I guess this is the natural orientation of this fractal set and I understand your point about inversion.  Thank you again, this is a very fine looking fractal @ e100..

[lkmitch]

I have a burning ship formula (Mandelbrot and Julia versions) in lkm3.ucl; there are other versions as well.  Here's a quick Ultra Fractal parameter set using it.

Fractal1 {
fractal:
  title="Fractal1" width=800 height=600 layers=1
  credits="Kerry Mitchell;6/26/2013"
layer:
  caption="Background" opacity=100
mapping:
  center=-1.75/-0.03675 magn=31.914894 angle=180
formula:
  maxiter=100 filename="lkm3.ufm" entry="burning-ship-mandelbrot"
  p_initial_z=0/0 p_bailout=1000 p_zpower=2/0 p_xpower=1
  f_xfunction=ident p_xweight=1/0 p_ypower=1 f_yfunction=ident
  p_yweight=1/0
inside:
  transfer=none
outside:
  transfer=linear
gradient:
  comments="Kerry Mitchell/n /nrainbow gradient of all hues, full/nsat\
  uration and lightness" smooth=yes rotation=-133 index=17
  color=4194305 index=67 color=16646144 index=117 color=16760833
  index=167 color=16711551 index=217 color=12648447 index=266
  color=458751 index=-133 color=65535 index=-83 color=82175 index=-33
  color=127
opacity:
  smooth=no index=0 opacity=255
}