def _processMathTwo(self, copiedGlyph, factor, ptFunc, func):
# width
copiedGlyph.width = func(self.width, factor[0])
# height
copiedGlyph.height = func(self.height, factor[1])
# contours
copiedGlyph.contours = []
if self.contours:
copiedGlyph.contours = _processMathTwoContours(
self.contours, factor, ptFunc)
# components
copiedGlyph.components = []
if self.components:
copiedGlyph.components = _processMathTwoComponents(
self.components,
factor,
ptFunc,
scaleComponentTransform=self.scaleComponentTransform)
# anchors
copiedGlyph.anchors = []
if self.anchors:
copiedGlyph.anchors = _processMathTwoAnchors(
self.anchors, factor, ptFunc)
# guidelines
copiedGlyph.guidelines = []
if self.guidelines:
copiedGlyph.guidelines = _processMathTwoGuidelines(
self.guidelines, factor, func)
# image
if self.image:
copiedGlyph.image = _processMathTwoImage(self.image, factor,
ptFunc)
def _processMathTwo(self, copiedInfo, factor, func):
# basic attributes
for attr, (formatter, factorIndex) in _infoAttrs.items():
if hasattr(copiedInfo, attr):
v = getattr(copiedInfo, attr)
if v is not None and factor is not None:
if factorIndex == 3:
v = self._processMathTwoAngle(v, factor, func)
else:
if isinstance(v, (list, tuple)):
v = self._processMathTwoNumberList(
v, factor[factorIndex], func)
else:
v = self._processMathTwoNumber(
v, factor[factorIndex], func)
else:
v = None
setattr(copiedInfo, attr, v)
# special attributes
self._processPostscriptWeightName(copiedInfo)
# guidelines
copiedInfo.guidelines = []
if self.guidelines:
copiedInfo.guidelines = _processMathTwoGuidelines(
self.guidelines, factor, func)
def test_processMathTwoGuidelines(self):
guidelines = [
dict(x=2, y=3, angle=5, name="test", identifier="1", color="0,0,0,0")
]
expected = [
dict(x=4, y=4.5, angle=3.75, name="test", identifier="1", color="0,0,0,0")
]
result = _processMathTwoGuidelines(guidelines, (2, 1.5), mul)
result[0]["angle"] = _roundNumber(result[0]["angle"], 2)
self.assertEqual(result, expected)
def test_processMathTwoGuidelines(self):
guidelines = [
dict(x=2,
y=3,
angle=5,
name="test",
identifier="1",
color="0,0,0,0")
]
expected = [
dict(x=4,
y=4.5,
angle=3.75,
name="test",
identifier="1",
color="0,0,0,0")
]
result = _processMathTwoGuidelines(guidelines, (2, 1.5), mul)
result[0]["angle"] = _roundNumber(result[0]["angle"], 2)
self.assertEqual(result, expected)
def _processMathTwo(self, copiedInfo, factor, func):
# basic attributes
for attr, (formatter, factorIndex) in _infoAttrs.items():
if hasattr(copiedInfo, attr):
v = getattr(copiedInfo, attr)
if v is not None and factor is not None:
if factorIndex == 3:
v = self._processMathTwoAngle(v, factor, func)
else:
if isinstance(v, (list, tuple)):
v = self._processMathTwoNumberList(v, factor[factorIndex], func)
else:
v = self._processMathTwoNumber(v, factor[factorIndex], func)
else:
v = None
setattr(copiedInfo, attr, v)
# special attributes
self._processPostscriptWeightName(copiedInfo)
# guidelines
copiedInfo.guidelines = []
if self.guidelines:
copiedInfo.guidelines = _processMathTwoGuidelines(self.guidelines, factor, func)
def _processMathTwo(self, copiedGlyph, factor, ptFunc, func):
# width
copiedGlyph.width = func(self.width, factor[0])
# height
copiedGlyph.height = func(self.height, factor[1])
# contours
copiedGlyph.contours = []
if self.contours:
copiedGlyph.contours = _processMathTwoContours(self.contours, factor, ptFunc)
# components
copiedGlyph.components = []
if self.components:
copiedGlyph.components = _processMathTwoComponents(self.components, factor, ptFunc)
# anchors
copiedGlyph.anchors = []
if self.anchors:
copiedGlyph.anchors = _processMathTwoAnchors(self.anchors, factor, ptFunc)
# guidelines
copiedGlyph.guidelines = []
if self.guidelines:
copiedGlyph.guidelines = _processMathTwoGuidelines(self.guidelines, factor, func)
# image
if self.image:
copiedGlyph.image = _processMathTwoImage(self.image, factor, ptFunc)
