Hi Roger,

This parset you posted on 13-Apr-2010 references formula EpsilonCross, but
includes formula EpsilonCrossJ. Are the names for both correct, but the
wrong formula was included in the post, or is one of the names incorrect?

Thanks!
-- 

Hi Richard,
   I went to my blog and downloaded the gif and recreated 
it in Fractint. Fractint displayed "EpsilonCross" when doing
the formula search but the formula screen ( press the "Z" key)
and the <Tab> key display shows EpsilonCrossJ being generated.
I've made a new par for the fractal and renamed the formula.

EpsilonApril    { ; EpsionCrossJ par file redone
                     ; formula renamed
                     ; calctime   0:00:15.28
                     ; created Sep 07, 2010
                     ;  Fractint Version 2004 Patchlevel 9
  reset=2004 type=formula formulafile=_e.frm formulaname=EpsilonNew
  center-mag=-4.16309/2.95687/0.1727188
  params=-1.069399090548418/-0.1399884029663991/-2.359965819269387/-0.3061\
  922055726798 float=y maxiter=1500 inside=0 outside=atan
  invert=0.593218787194433/-0.360972930082095/0.0413830988494522
  colors=000EazE`zD`zD`zC`zC_zB_zB_zA_zAZz9Zz9Zz8Yz7Yz7Yz6Yz6Xz5Xz5Xz4Wz4W\
  z3Wz3Wz2Vz2Vz1Vz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0U\
  z0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0Uz0U\
  z0Uz0Uz0Uy0Uy0Uy1Uy2Vy2Vy3Vy4Wy4Wy5Wy6Xy6Xy7Xy8Yy9Yy9ZyAZyBZyB_yC_yD_yD`\
  yE`yF`yFayGayHbyIbyIbyJcyKcyKcyLdyMdyMdyNeyOeyOfyPfyQfyRgyRgySgyThyThyUh\
  yViyViyWjyXjyXjyYkyZky_ky_ly`lyalyamybmycnycnydnyeoyeoyfoygpyhpyhpyiqyjq\
  yjrykrylrylsymsynsyntyotyptyquyquyrvysvysvytwyuwyuwyvxywxywxyxyyyyyzzzzz\
  zyzzyzzxyzxyzwyzwyzvxzvxzuxzuwztwztwzswzrvzrvzqvzquzpuzpuzouzotzntzntzmt\
  zmszlszlszkrzjrzjrzirziqzhqzhqzgpzgpzfpzfpzeozeozdozdnzcnzbnzbnzamzamz`m\
  z`mz_lz_lzZlzZkzYkzYkzXkzXjzWjzVjzVizUizUizTizThzShzShzRgzRgzQgzQgzPfzPf\
  zOfzNfzNezMezMezLdzLdzKdzKdzJczJczIczIbzHbzHbzGbzFazFaz
  }
frm:EpsilonNew {; Julia version - Jon Horner
              ;EpsilonCrossJ renamed
               ; try p1 = (0.1,0.1), p2 = 0.05
  z = pixel, c = p1 :
  z = z * z + p1
  |z| <= 4 && abs(real(z)) > p2 && abs(imag(z)) > p2
  ;SOURCE: epscr.frm
}