e-pastel 2016

_5121621022_e_pastel_14_9_3

the e-pastel series consists of a X Y axis grid of bezier vector curves. a separate vector curve class defines all vector properties such as color,
transparency and/or stroke weight. to later position them within different grid arrays.
different keyboard input values are used for a layered image build up.

 

(made with processing)

 

noise scape 4

21016213620_noisegridneu05_3_col_elli3_23

noise scape 4 series  (2016)
is a rework of an ongoing script. it morphs slowly into a kind of “romantic” landscape painting.
the technical basics are still very simple; rows of ellipses with some 2d noise and different color arrays. nevertheless, quite much fine tuning between all sorts of values and many little randoms and noises were done.. Details »

radial-division

P1000689

radial-division II (8987), vivera pigment print on MX1, stretched on a circular frame, 60 cm

Details »

hairField

9114_hairfield_col_2_pale


hairField (2016)
made with code (processing), based on different perlin noise functions
vector 4 print

 

quantum_wave

19960_LineLandscape05_2_blue2


quantum_wave (2016)
made with code (processing), based on different noise functions
vector 4 print Details »

SeaGrass I

SeaGrass 1 (shortPreview) from holgerlippmann on Vimeo.

SeaGrass 1, 2016, 7:25min, loop  (1 min excerpt)
made with code (processing), using different noise and particle functions

FURFROLIC (hair field series)

72414_perl2_inv

FURFROLIC (hair field series), 2016
made with code (processing)
vector 4 print Details »

image-noise-grid

79615_ImageNoiseGrid_str_4

 
image-noise-grid (2014-2016)
using perlin noise to generate an XY dot matrix, reading out layered image color maps with  either random distortion of color and/or appearance.
random and/or manual layering and mixing of different color-map data…

made with code (www.processing.org)
 

Details »

perlin scape 1

perlin scape (15663), 2011

the perlin scape 1 series (2011-2015) is based on a perlin noise algorithm, which generates color map dependent line by line sequences of either  rectangles or any shapes into a 2D (x,y) matrix.
this software works with different keyboard input values to compose a rather painting like image out of different color maps and values. different map arrays are called by random, noise and/or manual order.

 

(made with processing)