dca2 {
final: 
float ed = @bailout/(|z| + 1.0e-9) 
float index = (#numiter + ed) / 256.0
#color = gradient(index)
default:
float param bailout
	default = 4.0
endparam
}

flat {
final:
 #index = real(@myfunc(@val)) + |@val2|*0.0
default:
float param val
	default = 0.4
endparam
func myfunc
	default = abs()
endfunc
hyper param val2
	default = (0.7,0.8,0.9,1)
endparam
int param i
	default = 4
endparam
bool param b
	default = true
endparam
param ep
	enum = "hello" "world" "zook"
	default = "world"
endparam
color param col
	default = rgba(0.01, 0.02, 0.03, 0.04)
endparam
color func mycolorfunc
	default = mergenormal()
endfunc
} 

flat2 {
final:
#index = real(@myfunc(@val))
default:
float param val
	default = 0.4
endparam
float func myfunc
	default = abs()
endfunc
} 

Triangle {
;
; Variation on the Triangle Inequality Average coloring method 
; from Kerry Mitchell. The smoothing used here is based on the
; Smooth formula, which only works for z^n+c and derivates.
;
; Written by Damien M. Jones
;
init:
  float sum = 0.0
  float sum2 = 0.0
  float ac = cabs(#pixel)
  float il = 1/log(@power)
  float lp = log(log(@bailout)/2.0)
  float az2 = 0.0
  float lowbound = 0.0
  float f = 0.0
  BOOL first = true
loop:
  sum2 = sum
  IF (!first)
    az2 = cabs(#z - #pixel)
    lowbound = abs(az2 - ac)
    sum = sum + ((cabs(#z) - lowbound) / (az2+ac - lowbound))
  ELSE
    first = false
  ENDIF
final:
  sum = sum / (#numiter)
  sum2 = sum2 / (#numiter-1)
  f = il*lp - il*log(log(cabs(#z)))
  #index = sum2 + (sum-sum2) * (f+1)  
default:
  title = "Triangle Inequality Average"
  helpfile = "Uf3.chm"
  helptopic = "Html/coloring/standard/triangleinequalityaverage.html"
  param power
    caption = "Exponent"
    default = 2.0
    hint = "This should be set to match the exponent of the \
            formula you are using. For Mandelbrot, this is 2."
  endparam
  param bailout
    caption = "Bailout"
    default = 1e20
    min = 1
    hint = "This should be set to match the bail-out value in \
            the Formula tab. Use a very high value for good results."
  endparam
}