ShapeVision painterly Ottawa seen through traffic cams. Source pictures courtesy City of Ottawa Open Data.
ShapeVision illuminates the fractal geometry of nature.
ShapeVision math seems out of reach to many people (see here if you are curious), but may be easily understood as follows:
The math treats each pixel of a source photo as if it were elevation data for a topographic map, with contour lines of equal brightness. Certain contour lines are selected to appear in the picture as the boundaries of shapes. Each shape has a single colour, determined by the colours of the source image pixels within. The artist controls the transformation from pixels to shapes using software dials and sliders, resulting in a wide range of vector graphics to use in artworks.
ShapeVision is easy to use, but computationally demanding: Photo in, vector graphics out. ShapeVision creates extreme vector graphics, comprising 10,000 - 100,000 shapes, many having thousands of boundary points. Extreme Vector Graphic® is a new artistic medium.
ShapeVision inkjet prints reveal sharp shapes down to printer resolution. Below, see the view of the print surface through a 20x optical microscope; the shape details you see here are barely visible to the naked eye.
click photo for closeupHidden Treasure exhibited at all-summeer group show.
Six large pieces (3x5foot) for hospital patients and staff.
Social art, convening neighbours to discuss art, life, and the universe.
One hundred guests, seven large pieces (3x5foot), fifteen smaller pieces (22x17inch), in a beautiful garden.