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Combined display of all available logs of Inkscape Wiki. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).
- 13:52, 7 September 2010 Jaspervdg talk contribs uploaded File:FudgedDiffCurve.png
- 15:07, 28 December 2009 Jaspervdg talk contribs uploaded a new version of File:DiffusionCurveSimulation.png (Better edges.)
- 15:01, 28 December 2009 Jaspervdg talk contribs uploaded a new version of File:DiffusionCurveSimulation.png (Including blur.)
- 14:55, 28 December 2009 Jaspervdg talk contribs uploaded File:DiffusionCurveSimulation.png (Example of what a diffusion curve might (roughly) look like.)
- 12:05, 17 April 2009 Jaspervdg talk contribs uploaded File:AngleApproximationQuality.png (Graph showing that <math>\frac{y}{|x|+|y|}</math> gives a (much) better estimate of the angle than a sine (<math>\frac{y}{\sqrt{x^2+y^2}}</math>).)
- 11:35, 17 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMRD2-Batik.png (Batik rendering of Image:ConicalgradientDMRD2.svg. Note that since this version uses the alpha channel for all computations that Batik both does not render the left half and does not benefit from the iterative refinement. This looks like a bug (or at )
- 11:31, 17 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMRD-Batik.png (Batik rendering of Image:ConicalgradientDMRD.svg.)
- 11:30, 17 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMRD2-Inkscape.png (Inkscape rendering of Image:ConicalgradientDMRD2.svg, using a revision between 21098 and 21164.)
- 11:29, 17 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMRD-Inkscape.png (Inkscape rendering of Image:ConicalgradientDMRD.svg, using a revision between 21098 and 21164.)
- 11:22, 17 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMRD2.svg (Simulation of a conical gradient by computing the an approximation to the angle directly using the reciprocal of the l1/Manhattan distance to the center and iterative refinement to enhance the result. For coloring the gradient the feDisplacementMap techni)
- 11:21, 17 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMRD.svg (Simulation of a conical gradient by computing the cosine directly using the reciprocal of the distance to the center and iterative refinement to enhance the result. For coloring the gradient the feDisplacementMap technique is used.)
- 11:12, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientDM-Batik.png
- 11:11, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientDM-Inkscape.png
- 11:10, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientDM.svg
- 10:46, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientCT-Inkscape.png (Inkscape rendering of Image:LineargradientCT.svg, using SVN revision 21055.)
- 10:45, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientCT-Batik.png (Batik rendering of Image:LineargradientCT.svg.)
- 10:44, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientCT.svg (Example of the feComponentTransfer method for coloring a gradient surface.)
- 10:44, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientDM-Batik.png (Batik rendering of Image:LineargradientDM.svg.)
- 10:42, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientDM-Inkscape.png (Inkscape rendering of Image:LineargradientDM.svg, using SVN revision 21055.)
- 10:40, 10 April 2009 Jaspervdg talk contribs uploaded File:LineargradientDM.svg (Example of the feDisplacementMap method to color a gradient surface.)
- 10:31, 10 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMDL-inkscape.png (Rendering of Image:ConicalgradientDMDL.svg using Inkscape (SVN revision 21055).)
- 10:29, 10 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMDL-Batik.png (Rendering of Image:ConicalgradientDMDL.svg using Batik.)
- 10:27, 10 April 2009 Jaspervdg talk contribs uploaded File:ConicalgradientDMDL.svg (Simulates a conical gradient using feDiffuseLighting for the gradient surface and feDisplacementMap for the coloring.)