;        I have a couple of cool space-filling hexagonal fractals, plus another
;couple of fractals designed as L-systems that I'd like to see included in
;future Fractint.L files. No, it's not for money, just for glory <grin>.
;Anyway, I was wondering where I could post them or send them so they would
;be considered? In case you are interested, here they are (The last couple
;might not be unique, but hey...):

Hextar { ; "Hexagonal Star" by Michael A. Rouse, 1996
angle 6
axiom s ; to make things start at
s=L     ; order 1
L=LzfR--fR-f++Lf++L-f+Lf+R--y
R=z++L-fR-f+R--fR--f+Lf++LfyR
z=-
y=+
}

Hextarb { ; "Hexagonal Star b" 
angle 6 { ; by Michael A. Rouse, 1996
axiom s ; to make things start at
s=Lf++Lf++Lf     ; order 1
L=LzfR--fR-f++Lf++L-f+Lf+R--y
R=z++L-fR-f+R--fR--f+Lf++LfyR
z=-
y=+
}


HexGasket { ; "Hexagonal Gasket" by Michael A. Rouse
; I came up with this one while trying to figure out a cool fractal
; antenna. This shape can be drawn without crossing lines or picking
; up pen -- in other words, you can make an antenna this shape
; without crossing a single wire. It has 6-fold plane symmetry,
; six-fold rotational symmetry, symmetric about the origin, and
; appears roughly the same at various magnifications. Besides, it's
; simple and cool!
angle=6
axiom F+F+F+F+F+F--
F=F+F+F--F--F+F+F
}


AntiKochCurve101 { ; Mike Rouse
  Angle 6
  Axiom F
  F=F-F++FF--F+F
  }

AntiKochStar { ; Mike Rouse
  Angle 6
  Axiom F--F--F
  F=F-F++FF--F+F
  }