star grid series consists of a X Y axis grid of bezier vector curves. a seperate vector curve object defines all vector properties such as color, transparency and/or stroke weight.  the vector object is rotated around “0″ to get the star shape and to later position them within different grid arrays.
different keyboard input values are used for a layered image build up.

depthMatrix is based on an algorithm, which generates color map dependent diverticulum like reliefs within  a 3 dimensional environment.
this software works with different keyboard input values to compose a rather painting like image out of different color maps.
color values of these map arrays are called by random, noise and/or manual order.

(made with processing)

noiseWave is another processing based works series which aims to generate very painting like images. in this case particularly land- or seascape like compositions.
the algorithm is pretty simple; having a shape, in this case a square, moving it in horizontal rows, scaling it and turning it by noise values, shifting the y axis by noise value and coloring each row with another fill and stroke value. finally adding some random values to make it more rough and balancing out all the different values to each other for reaching a result most approximate to the idea.

print on 4 parts, 2×4 meters

isometric iteration is made with processing svg load, using the disableStyle(); function for code based coloring and the getChild(); function
for individual coloring of polygon parts out of one multi poligonal svg file.
the isometric space appears within an XY axis square. starting with a pseudo 3 dimensional cube graphing, which is divided down by 2 in each repetition
of the process. the results of one division are used as starting point for the next division. each repetition of the process is also called an “iteration”.
between x-9 levels are recorded.
different commands for coloring, density or positioning are either random and/or on keyboard/mouse action for layered recording into a vector pdf file…
see related works here>>
see related animation works here>>

circulation series 2009-13
made with processing
vector for large print

the iteration error work series came together by coding a quite simple error, noticing the interesting structures coming up, it later was more brought to shape…
the iteration principle consists of a triangle within a X Y axis grid, which are devided in number and size and applied with a certain color map and another on/off state. each repetition of the process results in one iteration, which is used as the starting point for the next iteration. between 6 upto 9 levels are recorded.

different keyboard input values are used for a layered image build up.

(made with processing)

WLE 01
2012
50x80cm
wood laser engraving

generative processing works, realized using (2-3mm) wood engraving via laser
50 x 80 cm
ongoing project..

WLE 02
2012
50x80cm
wood laser engraving

WLE 03
2012
50x80cm
wood laser engraving

WLE 04
2012
50x80cm
wood laser engraving

fractal flower series, 51x51cm, deep laser engraving (6mm) MDF

DATA-DADA is a software based interconected packing algorithm, which reads different color map arrays, either by random, noise and/or manual values.
it consists of:
– predefined color tables.
– randomly mixed scales of predefined color tables
– random color picks out of algorithmically manipulated color arrays.

30 keyboard keys were linked to the color tables, which are assambled and collected together over the years out of all kind of material.
4 keyboard keys are for controlling size manipulation, transparent shutter and the recording control. a packing algorithm is used to paint the circles.

all circle units are interconnected, sending theyr own color beam and receiving the one of the other interconnected circle.
when i play this organ, i start throwing the dice for a list of input values combined with a choosen color map and later react
to the constellations by going over and over it again.
at a certain point, i finish a recording as a vector image for possible large print.

to put colored circles on a white sheet, implies – to me – a very fundamental expression of the beauty and pleasure of painting.

the circle itself represents the most perfect form and at the same time all contradictions seem to be embedded within it.
that pi, the key connection between radius and circumference, is (probabely) infinite and (probabely) without a certain pattern
or systematic and that sience could not solve that riddle until today, is really fantastic and says it all.

 (made with processing)

isometric iteration 14,15,16, 3x 60x60cm
pigment on canvas

isometric iteration is made with processing svg load, using the disableStyle(); function for code based coloring and the getChild(); function
for individual coloring of polygon parts out of one multi poligonal svg file.
the isometric space appears within an XY axis square. starting with a pseudo 3 dimensional cube graphing, which is divided down by 2 in each repetition
of the process. the results of one division are used as starting point for the next division. each repetition of the process is also called an “iteration”.
between x-9 levels are recorded.
different commands for coloring, density or positioning are either random and/or on keyboard/mouse action for layered recording into a vector pdf file…
see related animation works here>>

isometric iteration 87254 & 97268, 100x100cm each
pigment on canvas

the fractal series is made with processing svg load, using the disableStyle(); function for code based coloring and the getChild(); function
for individual coloring of polygon parts out of one multi poligonal svg file. furthermore it uses an svg array list. the iteration algorithm is dividing
a shape down within a x-9 level loop. each repetition of the process is also called an “iteration”. the results of one iteration are used
as starting point for the next iteration. a whole bunch of commands are either random and/or on keyboard/mouse action for recording…