It means, if delta X is greater than delta Y, then the pass through X axis and calculating delta Y for each step by fixed increment value of X is chosen. In the following code of the GetPointsOnLine() method, an axis direction is chosen by the longest axis delta of an itercept. To do that, we need to split each intercept into small ones to provide zigzagifying by them. Although let's apply zigzagifying effect on this contour of the glyph. Now we have sequences of points for specified glyph, and it can be converted to SVG picture or just JSON object. PointCollection flattenedShape = PathFigureFlattening.GetPathFigureFlattenedPoints(figure) PointCollection curColl = new PointCollection() įoreach (PathFigure figure in glyphGeom.Figures) / /// Iterate through /// to collect enumeration of /// /// of a glyph /// Returns enumeration of /// of flattened public IEnumerable GetGlyphPoints(PathGeometry glyphGeom) NET library should be referenced in the project, and the following line should be added in the namespace declaration of our file: Functions of Library to Useįirst of all, the. This article is based on an idea of the ability to embroid any glyph of any true type font without any commercial software. Produced glyph zigzags look like the following:Īfter converting glyph zigzags to an embroidery format, such as DST, it could be embroided by embroidery machine on clothes. The second step is to produce zigzags on the glyph lines. Firstly, we need to extract glyph geometry from a true type font file. You can choose any glyph from any true type font and embroid it. This article describes a few steps to get embroided glyph. Create Zigzagified Curved Turn Between Intercepts. Calculate Perpendicular Points Coordinates to Get Zigzags.
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