Download raw (1.9 KB)
ricardo-outline --------------- font = fontforge.activeFont() for glyph in font: font[glyph].stroke('circular', 30, 'square', 'bevel', ('cleanup',)) rotate-eric ------------ import psMat import math matrix = psMat.rotate(math.degrees(45)) font = fontforge.activeFont() for glyph in font.glyphs(): glyph.transform(matrix) triangles --------- font = fontforge.activeFont() for glyph in font.glyphs(): pen = glyph.glyphPen() v = glyph.boundingBox()[0] x = glyph.boundingBox()[1] y = glyph.boundingBox()[2] z = glyph.boundingBox()[3] pen.moveTo((y,x)) pen.lineTo((y,z)) pen.lineTo((v,z)) pen.closePath() print glyph.boundingBox make_curves_straight.py ----------------------- font = fontforge.activeFont() for glyph in font.glyphs(): print glyph.glyphname new_contours = [] for contour in glyph.layers[1]: new_contour = [] i = 0 while i < len(contour): p = contour[i] if p.on_curve: i += 2 new_contour.append((p.x, p.y)) i += 1 new_contours.append(new_contour) # glyph.clear() pen = glyph.glyphPen() for to_draw in new_contours: print "HEEE HEEE", to_draw pen.moveTo(to_draw[0]) for i in to_draw[1:]: pen.lineTo(i) pen.closePath() pattern truc ---------- font = fontforge.activeFont() #creation d'un glyph appelle Patt font.createChar(-1, "Patt") #import du glyph glyph = font["Patt"] glyph.importOutlines("frogs.svg") font.selection.select("Patt") font.copy() font.selection.invert() font.pasteInto() font.intersect() cut in 2 -------- font = fontforge.activeFont() font.createChar(-1, "bloc") glyph = font["bloc"] pen = glyph.glyphPen() pen.moveTo(0,1000) pen.lineTo(1000,1000) pen.lineTo(1000,500) pen.lineTo(0,500) pen.closePath() font.selection.select("bloc") font.copy() font.selection.invert() font.pasteInto() font.intersect()