fracZi
20 followers -
FracZi is a true color fractal rendering app that allows you to enter formulas for the main equationand rendering color in three color modes.
FracZi is a true color fractal rendering app that allows you to enter formulas for the main equationand rendering color in three color modes.

20 followers
Posts
Post has attachment
Public
Z' = @com(1,a)*z * @tan(b) + c

-----Seeds
A = 0.0, B = 0.0
-------Domain
X1=-4.0, Y1=-6.5
to
X2=4.0, Y2=7.722222222222221
-------Bailout Parameters
Max Iterations= 2.0
Infinity= 50.0
-------Color Representation
Hue = 1(a/b)
Saturation = b
Level = 1@abs (a/b)

rendered with fracZi for Android
Post has attachment
Public
Z' = z * @tan(z) + c

-----Seeds
A = 0.0, B = 0.0
-------Domain
X1=-2.9333333333333336, Y1=-6.088888888888889
to
X2=-0.6333333333333333, Y2=-1.9999999999999991
-------Bailout Parameters
Max Iterations= 41.0
Infinity= 30.0
-------Color Representation
Hue = 1(a/b)
Saturation = b
Level = 1@abs (a/b)

rendered with fracZi for Android
Post has attachment
Public
Z' = z * @tan(z) + c

-----Seeds
A = 0.0, B = 0.0
-------Domain
X1=-1.5626157407407406, Y1=-0.8563194444444449
to
X2=-0.6059490740740741, Y2=0.8444212962962956
-------Bailout Parameters
Max Iterations= 80.0
Infinity= 300.0
-------Color Representation
Hue = 1(a/b)
Saturation = 1
Level = 1@abs (a/b)

rendered with fracZi for Android
Post has attachment
Public
Z' = z * @tan(z) + c

------Seeds
A = 0.0, B = 0.0
-------Domain
X1=-0.7001064814814812, Y1=-0.47452623456790155
to
X2=-0.5896867283950615, Y2=-0.27822445130315543
-------Bailout Parameters
Max Iterations= 40.0
Infinity= 500.0
-------Color Representation
Cyan = 1
Yellow = @abs(a/b)
Magenta = @log(@abs(z)) / ( 2 ^ n)
blacK = 1@log(z)

rendered with fracZi for Android
Post has attachment
Public
Z' = @sin(@com (b,1))*@sin (@com(1, a))+c

-------Seeds
A = 0.0, B = 0.0
-------Domain
X1=-0.17197627314814823, Y1=-1.886838991769548
to
X2=-0.030355902777777853, Y2=-1.6350694444444451
-------Bailout Parameters
Max Iterations= 13.0
Infinity= 9.0
-------Color Representation
Red = b/m
Green = @log(@abs(a)) / ( 2 ^ n) -((n / 2 ) / p) / p *@log(@abs(b)) / ( 2 ^ m)
Blue = @log(@abs(b)) / ( 2 ^ m)

rendered with fracZi for Android
Post has attachment
Public
Z' = @sin(@com (b,1))*@sin (@com(1, a))+@exp (c)

-------Seeds
A = 0.0, B = 0.0
-------Domain
X1=-4.0, Y1=-6.5
to
X2=4.0, Y2=7.722222222222221
-------Bailout Parameters
Max Iterations= 1.0
Infinity= 4.0
-------Color Representation
Red = b/m
Green = @log(@abs(a)) / ( 2 ^ n) -((n / 2 ) / p) / p *@log(@abs(b)) / ( 2 ^ m)
Blue = @log(@abs(b)) / ( 2 ^ m)

rendered with fracZi for Android
Post has attachment
Public
Z' = @sin(@com (b,1))*@sin (@com(1, a))+@exp (c)

-------Seeds
A = 0.0, B = 0.0
-------Domain
X1=-4.0, Y1=-6.5
to
X2=4.0, Y2=7.722222222222221
-------Bailout Parameters
Max Iterations= 1.0
Infinity= 2.0
-------Color Representation
Red = b/m
Green = @log(@abs(a)) / ( 2 ^ n) -((n / 2 ) / p) / p *@log(@abs(b)) / ( 2 ^ m)
Blue = @log(@abs(b)) / ( 2 ^ m)

rendered with fracZi for Android
Post has attachment
Public
Z' = @sin(@com (b,1))*@sin (@com(1, a))+@exp (c)

-------Seeds
A = 0.0, B = 0.0
-------Domain
X1=-4.0, Y1=-6.5
to
X2=4.0, Y2=7.722222222222221
-------Bailout Parameters
Max Iterations= 1.0
Infinity= 1.0
-------Color Representation
Red = b/m
Green = @log(@abs(a)) / ( 2 ^ n) -((n / 2 ) / p) / p *@log(@abs(b)) / ( 2 ^ m)
Blue = @log(@abs(b)) / ( 2 ^ m)

rendered with fracZi for Android
Post has attachment
Public
Z' = c/(z ^ @sin(z))

-------Seeds
A = 0.0, B = 0.0
-------Domain
X1=-0.18454003333333335, Y1=0.5588454828703703
to
X2=-0.16691164328703706, Y2=0.5901848429526748
-------Bailout Parameters
Max Iterations= 10.0
Infinity= 4900.0
-------Color Representation
Red = N / P
Green = A / B
Blue = B / A

rendered with fracZi for Android
Post has attachment
Public
Working on a color remap function

Z' = z * z + C

-------Seeds
A = 0.0, B = 0.0
-------Domain
X1=0.3439810502646191, Y1=0.05669561015239784
to
X2=0.343981185812143, Y2=0.05669585112577361
-------Bailout Parameters
Max Iterations= 52.0
Infinity= 52.0
-------Color Representation
Red = @bound (b/m,0,1)
Green = @bound (a/m,0,1)
Blue = .5

rendered with fracZi for Android