def gridfit(self, g, options):
gridsize = options['gridsize']
# all layers
if options['layers']:
# align layers data
_layers = self.font.layerOrder
for layer_name in _layers:
glyph = g.getLayer(layer_name)
glyph.prepareUndo('align to grid')
if options['bpoints']:
round_bpoints(glyph, (gridsize, gridsize))
if options['points']:
round_points(glyph, (gridsize, gridsize))
if options['anchors']:
round_anchors(glyph, (gridsize, gridsize))
glyph.performUndo()
# align metrics
if options['margins']:
round_margins(g, gridsize, left=True, right=True)
if options['width']:
round_width(g, gridsize)
# active layers only
else:
g.prepareUndo('align to grid')
if options['bpoints']:
round_bpoints(g, (gridsize, gridsize))
if options['points']:
round_points(g, (gridsize, gridsize))
if options['anchors']:
round_anchors(g, (gridsize, gridsize))
if options['margins']:
round_margins(g, gridsize, left=True, right=True)
if options['width']:
round_width(g, gridsize)
g.performUndo()
def round_to_grid(font, gridsize, glyphs=None):
if glyphs is None:
glyphs = font.keys()
for glyph_name in glyphs:
round_points(font[glyph_name], (gridsize, gridsize))
round_width(font[glyph_name], gridsize)
font.update()
def round_to_grid(font, gridsize, glyphs=None):
if glyphs is None:
glyphs = list(font.keys())
for glyph_name in glyphs:
round_points(font[glyph_name], (gridsize, gridsize))
round_width(font[glyph_name], gridsize)
font.update()
def gridfit(self, g, options):
gridsize = options['gridsize']
# all layers
if options['layers']:
# align layers data
_layers = self.font.layerOrder
for layer_name in _layers:
glyph = g.getLayer(layer_name)
glyph.prepareUndo('align to grid')
if options['bpoints']:
round_bpoints(glyph, (gridsize, gridsize))
if options['points']:
round_points(glyph, (gridsize, gridsize))
if options['anchors']:
round_anchors(glyph, (gridsize, gridsize))
glyph.performUndo()
# align metrics
if options['margins']:
round_margins(g, gridsize, left=True, right=True)
if options['width']:
round_width(g, gridsize)
# active layers only
else:
g.prepareUndo('align to grid')
if options['bpoints']:
round_bpoints(g, (gridsize, gridsize))
if options['points']:
round_points(g, (gridsize, gridsize))
if options['anchors']:
round_anchors(g, (gridsize, gridsize))
if options['margins']:
round_margins(g, gridsize, left=True, right=True)
if options['width']:
round_width(g, gridsize)
g.performUndo()
def align_to_grid(font, xxx_todo_changeme):
"""
Align all points of all glyphs in the font to a grid with size ``(sizeX,sizeY)``.
"""
(sizeX, sizeY) = xxx_todo_changeme
for glyph in font:
round_points(glyph, (sizeX, sizeY))
glyph.update()
font.update()
glyph.correctDirection()
def add_extremes(font):
"""Add extreme points to all glyphs in the font, if they are missing."""
for glyph in font:
glyph.extremePoints()
def remove_overlap(font):
"""Remove overlaps in all glyphs of the font."""
for glyph in font:
glyph.removeOverlap()
def align_to_grid(font, (sizeX, sizeY)):
"""Align all points of all glyphs in the font to a grid with size ``(sizeX,sizeY)``."""
for glyph in font:
round_points(glyph, (sizeX, sizeY))
glyph.update()
font.update()
def scale_glyphs(f, (factor_x, factor_y)):
"""Scale all glyphs in the font by the given ``(x,y)`` factor."""
for g in f:
if len(g.components) == 0:
leftMargin, rightMargin = g.leftMargin, g.rightMargin
g.scale((factor_x, factor_y))
g.leftMargin = leftMargin * factor_x
g.rightMargin = rightMargin * factor_x
g.update()
f.update()
def move_glyphs(f, (delta_x, delta_y)):
glyph.extremePoints()
def remove_overlap(font):
"""Remove overlaps in all glyphs of the font."""
for glyph in font:
glyph.removeOverlap()
def align_to_grid(font, (sizeX, sizeY)):
"""
Align all points of all glyphs in the font to a grid with size ``(sizeX,sizeY)``.
"""
for glyph in font:
round_points(glyph, (sizeX, sizeY))
glyph.update()
font.update()
def scale_glyphs(f, (factor_x, factor_y)):
"""
Scale all glyphs in the font by the given ``(x,y)`` factor.
"""
for g in f:
if len(g.components) == 0:
leftMargin, rightMargin = g.leftMargin, g.rightMargin
g.scale((factor_x, factor_y))
g.leftMargin = leftMargin * factor_x
g.rightMargin = rightMargin * factor_x
