HOME | DD

Description
CBAP-cubics (When the other critical point is situated in a 2-periodic super attractive periodic cycle)

Software: Ultra Fractal.
Formula: CBAP in the ik-module written by me. It's included in the zip that can be downloaded from here and also includes the modules of the great formula writer Greenseng her on dA

Below the parameter file, play and have fun

Flowing {
fractal:
title="Flowing" width=1024 height=600 layers=1
credits="Ingvar Kullberg;2/20/2016"
layer:
caption="Layer 1" opacity=100 method=multipass
mapping:
center=0.00300076328235882360310022852/2.90212293966843885228762061
magn=2.7341271E17
formula:
maxiter=50000 filename="ik.ufm" entry="CBAP" p_diff=no p_bailout=100
inside:
density=4 transfer=none filename="sp.ucl" entry="Log" f_func1=ident
p_k=1.0
outside:
transfer=linear filename="spr.ucl" entry="ContinousPotential"
p_auto=yes p_auton=5.0 p_n=50.0 p_numfact=10.0 p_scale=1.5
p_smooth=no p_epsilon=0.5 p_illustr=no p_limiton=no p_limit=0.1
p_index3=0.0 p_index1=0.99 p_index2=0.0 p_speed=0.5 p_acc=1.0
p_clog=yes p_power=3.0 p_reversed=no p_test=no p_testvalue=0.7
p_index4=0.29
gradient:
smooth=yes rotation=-25 index=22 color=15794175 index=35
color=797756 index=63 color=16769266 index=274 color=2445564
index=-36 color=2104340
opacity:
smooth=no index=0 opacity=255
}

Description
CBAP-cubics (When the other critical point is situated in a 2-periodic super attractive periodic cycle)

Software: Ultra Fractal.
Formula: CBAP in the ik-module written by me. It's included in the zip that can be downloaded from here and also includes the modules of the great formula writer Greenseng her on dA

Below the parameter file, play and have fun

Flowing {
fractal:
title="Flowing" width=1024 height=600 layers=1
credits="Ingvar Kullberg;2/20/2016"
layer:
caption="Layer 1" opacity=100 method=multipass
mapping:
center=0.00300076328235882360310022852/2.90212293966843885228762061
magn=2.7341271E17
formula:
maxiter=50000 filename="ik.ufm" entry="CBAP" p_diff=no p_bailout=100
inside:
density=4 transfer=none filename="sp.ucl" entry="Log" f_func1=ident
p_k=1.0
outside:
transfer=linear filename="spr.ucl" entry="ContinousPotential"
p_auto=yes p_auton=5.0 p_n=50.0 p_numfact=10.0 p_scale=1.5
p_smooth=no p_epsilon=0.5 p_illustr=no p_limiton=no p_limit=0.1
p_index3=0.0 p_index1=0.99 p_index2=0.0 p_speed=0.5 p_acc=1.0
p_clog=yes p_power=3.0 p_reversed=no p_test=no p_testvalue=0.7
p_index4=0.29
gradient:
smooth=yes rotation=-25 index=22 color=15794175 index=35
color=797756 index=63 color=16769266 index=274 color=2445564
index=-36 color=2104340
opacity:
smooth=no index=0 opacity=255
}