descriptive clipart and png images, 4 found

For some design I was working in dimetry, depicted with this image. Dimetry refers to that two of the axises scale factor is the same. That description covers a large variety of axonometric views though. The scale factors and the angles I chose result that if you mirror the y axis along x axis, you will get z axis. There are similar dimetry-s that are used more often, like the so-called conventional axonometry. Here is an image of that (original author unknown). http://kepfeltoltes.hu/131008/konv_www.kepfeltoltes.hu_.png Another commonly used one has it's axises at 97A?; 131,5A?; 131,5A?, and some may even use different scale factors too. To me this one seemed a more trivial choice. Image drawn with inkscape. There are three invisible planes included in the svg, to make mapping of objects easier.. For some design

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If these values are used as transformation values on shapes, they will be distorted as they were drawn on xy, xz, or yz planes. Hope there are no mistakes in it, I didn\'t find any. To my experience the transformation matrix alone cannot produce accurate result in inkscape.. If these are

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If anyone wants to draw in axonometry, this may be very helpful. These transformations, if used on a square with it's side being "a" long, result in it to be transformed exactly to the shape of the base planes. You can group a design with a square, which contains it, and if you use the mentioned transformation values, it will turn the design to be on the xy, xz, yz base planes. In inkscape, this can make an accurate result, instead the previous method depicted on my previous upload with the transformation matrix values being used.. If anyone wants

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A perfect cube constructed with inkscape's 3D box feature.. A perfect constructed

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