pax_global_header 0000666 0000000 0000000 00000000064 13533732012 0014511 g ustar 00root root 0000000 0000000 52 comment=94b392ac20648947a37f7166d98bc6988424bfad
MutatorMath-3.0/ 0000775 0000000 0000000 00000000000 13533732012 0013620 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/.coveragerc 0000664 0000000 0000000 00000001625 13533732012 0015745 0 ustar 00root root 0000000 0000000 [run]
# measure 'branch' coverage in addition to 'statement' coverage
# See: http://coverage.readthedocs.org/en/coverage-4.0.3/branch.html#branch
branch = True
# list of directories or packages to measure
source = mutatorMath
# these are treated as equivalent when combining data
[paths]
source =
Lib/mutatorMath
.tox/*/lib/python*/site-packages/mutatorMath
.tox/pypy*/site-packages/mutatorMath
[report]
# Regexes for lines to exclude from consideration
exclude_lines =
# keywords to use in inline comments to skip coverage
pragma: no cover
# don't complain if tests don't hit defensive assertion code
raise AssertionError
raise NotImplementedError
# don't complain if non-runnable code isn't run
if 0:
if __name__ == .__main__.:
# ignore source code that can’t be found
ignore_errors = True
# when running a summary report, show missing lines
show_missing = True
MutatorMath-3.0/.gitignore 0000664 0000000 0000000 00000001041 13533732012 0015604 0 ustar 00root root 0000000 0000000 # Byte-compiled / optimized / DLL files
__pycache__/
*.py[cod]
*.idea
*.log
# Distribution / Packaging
*.egg-info
*.eggs
build
dist
# Unit test / coverage files
.tox/
.coverage
.coverage.*
htmlcov/
Lib/support/axes.py
Lib/support/mutatorMath-A.py
Lib/support/mutatorMath-B.py
Lib/support/mutatorMath-performance.py
.coverage
.coverage.*
Lib/mutatorMath/test/ufo/testData
Lib/mutatorMath/test/ufo/data/instances
Lib/mutatorMath/test/ufo/data/no_warpmap_test.designspace
Lib/mutatorMath/test/ufo/data/warpmap_test.designspace
.pytest_cache
MutatorMath-3.0/.pyup.yml 0000664 0000000 0000000 00000000250 13533732012 0015413 0 ustar 00root root 0000000 0000000 # controls the frequency of updates (undocumented beta feature)
schedule: every week
# do not pin dependencies unless they have explicit version specifiers
pin: False
MutatorMath-3.0/.travis.yml 0000664 0000000 0000000 00000002701 13533732012 0015731 0 ustar 00root root 0000000 0000000 language: python
env:
global:
- TWINE_USERNAME="anthrotype"
- secure: 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
matrix:
include:
- python: 2.7
env: TOXENV=py27-cov
- python: 3.6
env: TOXENV=py36-cov
- python: 3.7
env:
- TOXENV=py37-cov
- BUILD_DIST=true
dist: xenial
install:
- pip install tox
- pip install coveralls
script:
- tox
after_success:
- coverage combine
- coveralls
# if it's a tagged commit, upload distribution packages to pypi
- |
if [ -n "$TRAVIS_TAG" ] && [ "$TRAVIS_REPO_SLUG" == "LettError/MutatorMath" ] && [ "$BUILD_DIST" == true ]; then
pip install --upgrade twine pip setuptools wheel
python setup.py sdist
pip wheel --no-deps --wheel-dir dist .
twine upload dist/*.whl dist/*.zip
fi
MutatorMath-3.0/Docs/ 0000775 0000000 0000000 00000000000 13533732012 0014510 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Docs/designSpaceFactors.md 0000664 0000000 0000000 00000005054 13533732012 0020605 0 ustar 00root root 0000000 0000000 DesignSpace Factors
===================
In MutatorMath instances are calculated by multiplying all masters with a specific factor and then adding them all up. Determining the factors is then the important job. MutatorMath has to deal with all sorts of edge cases and extrapolation so the code might be a bit cryptic, but the basic idea is not so complex. So here are some images.
These graphs were made with Drawbot and represent actual factors calculated by MutatorMath. It is a two dimensional designspace with four masters. The axes are gray. The third dimension maps the value of the factors of the masters: 0 in the plane with the axes, 1 up in space. So while it looks like a three axis system, it is a two axis system with the factors as the third dimension.
The master at the origin, the place where all dimensions are 0, is called neutral. All other on-axis masters in the designspace are relative to this neutral. That means that the neutral is subtracted from each. At the end of the calculation the neutral is added again to inflate the instance. So the factor for the neutral is 1, it is part of everything. The factors of the neutral master form a box.
Now we insert the second master at `Location(A=1, B=0)`. It is on-axis because only one of its dimensions (A) has magnitude. Its factor is 1 along the line A=1. Note its factor is 0 at the origin and at the line A=0 (and all other axes if we had more). In this designspace the influence of this master forms a wedge.
Next we insert a another on-axis master, but now at `Location(A=0, B=1)`. This factor is 1 along the line B=1, it is 0 at the origin and the line B=1. It looks like another wedge.
But we also want to include masters at other locations, what about `Location(A=1, B=1)` for instance? We can see that at that location both on-axis masters are at full force, and even the neutral is added with factor 1. Here something interesting needs to happen. First MutatorMath calculates the instance at that location using only the on-axis masters. If you were to look at this instance closely it would be distorted: it is an extrapolation. This on-axis-only instance is then subtracted from the object we want to insert. Now the sum of the masters will look familiar again: the off-axis master corrects it. The factors for an off-axis master look like a part of a pyramid.
MutatorMath-3.0/Docs/designSpaceFileFormat.md 0000664 0000000 0000000 00000000274 13533732012 0021233 0 ustar 00root root 0000000 0000000 DesignSpace Format
==================
Please refer to the [designSpaceDocument](https://github.com/LettError/designSpaceDocument) repository for an up to data specification of the file.
MutatorMath-3.0/Docs/designSpace_neutral.jpg 0000664 0000000 0000000 00000051535 13533732012 0021202 0 ustar 00root root 0000000 0000000 JFIF d d Ducky < &Adobe d
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"""
This is a script for Drawbot (http://drawbot.com)
It draws a graph of the factors of a 2-axis, 4 master designspace.
"""
from mutatorMath.objects.mutator import buildMutator
from mutatorMath.objects.location import Location
import random as rann
import os, time, math
import itertools
class MathDot(object):
def __init__(self, pt=(0,0), s=0.5, alpha=1, name=None):
self.pt = pt
self.size = s
self.alpha = alpha
self.name = name
def draw(self):
save()
s = self.size * .5
fill(1,0,0, self.alpha)
oval(self.pt[0]-.5*s, self.pt[1]-0.5*s, s, s)
fill(1,0.5,0)
stroke(None)
fontSize(9 * 0.1)
text("%s\n%3.2f"%(self.name, self.size), (self.pt[0], self.pt[1]-3))
restore()
def __repr__(self):
return ""%(self.pt[0],self.pt[1], self.name)
def copy(self):
return self.__class__(self.pt, self.size, self.alpha, self.name)
def __add__(self, other):
new = self.copy()
new.pt = new.pt[0]+other.pt[0], new.pt[1]+other.pt[1]
new.size += other.size
new.alpha += other.alpha
return new
def __sub__(self, other):
new = self.copy()
new.pt = new.pt[0]-other.pt[0], new.pt[1]-other.pt[1]
new.size -= other.size
new.alpha -= other.alpha
return new
def __div__(self, factor):
if not isinstance(factor, tuple):
factor = (factor, factor)
new = self.copy()
new.pt = self.pt[0]/factor[0], self.pt[1]/factor[1]
new.size = self.size/factor[0]
new.alpha = self.alpha/factor[0]
return new
def __mul__(self, factor):
if not isinstance(factor, tuple):
factor = (factor, factor)
new = self.copy()
new.pt = self.pt[0]*factor[0], self.pt[1]*factor[1]
new.size *= factor[0]
new.alpha = self.alpha*factor[0]
return new
__rmul__ = __mul__
items = [
(Location(pop=0, snap=0), MathDot((0,0), name="neutral")),
(Location(pop=0, snap=1), MathDot((0, 100), name="on-axis-one-A")),
(Location(pop=1, snap=0), MathDot((100, 0), name="on-axis-two-A")),
(Location(pop=1, snap=1), MathDot((100, 100), name="off-axis-A")),
]
bias, mb = buildMutator(items)
grid = {}
for loc, (master, xx) in mb.items():
for axis, value in loc:
if not axis in grid:
grid[axis] = []
if not (axis,value) in grid[axis]:
grid[axis].append((axis,value))
nodes = list(itertools.product(*grid.values()))
nodes.sort()
corners = {}
for n in nodes:
l = Location()
l.fromTuple(n)
for factor, obj, name in mb.getFactors(l, allFactors=True):
if not obj.name in corners:
corners[obj.name] = []
corners[obj.name].append((factor, l))
def dot((x,y), s=10):
save()
fill(1,0,0 ,.5)
oval(x-.5*s, y-.5*s, s, s)
restore()
def nameToStroke(name, alpha=1):
# simple conversion of a name to some sort of unique-ish color.
rann.seed(name)
fill(None)
stroke(rann.random(), 0, rann.random(), alpha)
def nameToFill(name, alpha=1):
# simple conversion of a name to some sort of unique-ish color.
rann.seed(name)
stroke(None)
fill(rann.random(), 0, rann.random(), alpha)
# make the drawings
for name in corners:
newPage(500,500)
designSpaceScale = 250
save()
margin = 102
translate(margin, margin)
projectionAngle = math.radians(20)
strokeWidth(10)
stroke(.5)
fill(None)
a = b = 1 # scale these to the number of masters on an axis
line((0,0), (0,designSpaceScale*a))
line((0,0), (designSpaceScale*b, 0))
polyPts = []
for factor, loc in corners[name]:
save()
dy = math.cos(projectionAngle) * factor * designSpaceScale *.5
dx = math.sin(projectionAngle) * factor * designSpaceScale *.5
pos1 = (loc['pop']*designSpaceScale+dx, loc['snap']*designSpaceScale+dy)
pos2 = (loc['pop']*designSpaceScale, loc['snap']*designSpaceScale)
polyPts.append(pos1)
nameToStroke(name, 1)
strokeWidth(10)
line(pos1, pos2)
dot(pos1)
dot(pos2)
w, h = textSize(name)
pos3 = pos1[0] - w -10, pos1[1]
strokeWidth(20)
nameToStroke(name, 0.4)
line(pos1, pos3)
fill(1)
stroke(None)
text(name, pos3)
restore()
# draw the plane
# note: these polygons are hardwired to the number of masters.
# While you can easily add more masters to see what the factors do,
# these surfaces won't do the right thing.
if len(polyPts)==4:
stroke(None)
nameToFill(name, 0.25)
polygon(polyPts[0], polyPts[1], polyPts[3])
if "off" in name:
nameToFill(name, 0.15)
polygon(polyPts[0], polyPts[2], polyPts[3])
restore()
path = os.path.join(os.getcwd(), "mutatorMath_pyramids_wedges_%s.png"%(name))
saveImage(path)
MutatorMath-3.0/Docs/old_designSpaceFileFormat.md 0000664 0000000 0000000 00000036462 13533732012 0022101 0 ustar 00root root 0000000 0000000 MutatorMath DesignSpace Format (old)
====================================
Please refer to the [designSpaceDocument](https://github.com/LettError/designSpaceDocument) repository for an up to data specification of the file.
The UFO support in MutatorMath introduces a useful storage format in XML for MutatorMath designspaces. This document describes the format.
## Document structure
The document must contain a single **designspace** top level element. The current format version is `3`. The designspace element must contain one **sources** element and one **instances** element.
* The **sources** element contains one or more **source** elements.
* The **instances** element contains one or more **instance** elements.
The designspace format makes a difference between "masters" and "sources". Source specifically indicates the UFO file. Master indicates a particular use of a source in a MutatorMath calculation. In general: the sources bring data to the calculation, instances take data out.
The font.info contains different kinds of data. Some are strings (names, urls, copyrights), some are numerical but not geometrical (versions, PANOSE). The designspace offers some controls
Both instance and source elements contain paths to files. These paths are expected to be relative to the path of the .designspace document. This allows the same .designspace to be deployed to multiple locations, but still reference the proper source files. It also allows sources to be stored in their own directories, and instances to be created into their own directories.
## An example of a DesignSpace description
```xml
```
## The Elements
```xml
tag="aaaa"
name="nice name for axis"
minimum="72"
maximum="1000"
default="96"
/>
filename=""
[name=""]
>
[]
[]
[]
[]
[]
filename=""
familyname=""
stylename=""
[postscriptfontname=""]
[stylemapfamilyname=""]
[stylemapstylename=""]
>
[
[]
]
[
[]
]
[
name=""
[unicode=""]
>
[]
[
nice glyph!
]
[
source=""
[glyphname=""]
>
]
]
```
## The axis element
## The source element
The **source** element stores all the data needed to locate a UFO file and indicates on how to use the different kinds of data in a MutatorMath calculation. The source element can contain a number of child elements. The **location** element is required, it positions the source in the designspace. The **lib**, **groups**, **info**, **kerning** elements are optional. Some types of data can be muted: this means that specific data will not be used to calculate an instance.
#### Attributes of the source element
* **filename**
* Required, string.
* Path to a UFO, **relative to the path of the designspace document.**
* **name**
* Required, string.
* A unique identifier for this source, can be used to refer to this source, for instance in the **master** element.
#### Child elements
* ``````
* Required.
* ``````:
* If the **lib** element is present and its copy attribute is set to "1", this source will be the provider of font.lib data.
* Only one source can be the lib data provider.
* Optional. If the lib element is not present this source will not be the provider of font.lib data.
* ``````
* If the **groups** element is present and its copy attribute is set to "1", this source will be the provider of font.groups data.
* Only one source can be the groups data provider.
* Optional. If the groups element is not present this source will not be the provider of font.groups data.
* ``````
* If the **info** element is present and the `copy` attribute is set to "1", this source will be the provider of the non numerical attributes of the font.info.
* Only one source can be the info data provider.
* The optional `mute` attribute when set to "1", indicates the numerical attributes of font.info should excluded from the calculation.
* If the info element is not present this source will not be the provider of font.info data, but the numerical font.info data will be entered into the calculation.
* ``````
* Optional. If present, this kerning from this source is to be excluded from calculations.
* ``````
* Optional. If present, this glyph from this source is to be excluded from calculations.
##### Example
```xml
```
## The instance element
The `instance` element stores all the data needed to perform a MutatorMath calculation with the previously defined sources and create a new UFO. The instance element can contain a number of child elements. The `location` element is required, it defines a point in the designspace. The `lib`, `groups`, `info` elements are optional. Wrapped in the **glyphs** element, an instance can contain zero or more **glyph** elements. A glyph element can be used to define exceptions in the designspace geometry: for instance, set a different location for one specific glyph, a different set of sources.
It is expected the instance generates all glyphs that are available in the sources. An instance may have special definitions for some glyphs, these complement the basic glyphset.
The familyname and stylename are necessary to make UFOs. Some additional names can be added.
#### Attributes of the instance element
* **filename**
* String, required.
* Path to a UFO, **relative to the path of the designspace document.**
* If this path does not exist, it should be created when the instance is processed.
* **familyname**
* String, required.
* FamilyName field for the new instance. Corresponds with font.info.familyName.
* **stylename**
* String, required.
* StyleName field for the new instance. Corresponds with font.info.familyName.
* **postscriptfontname**
* String, optional
* PostScript FontName, corresponds with font.info.postScriptFontName
* **stylemapfamilyname**
* String, optional
* Stylemap familyname, corresponds with font.info.styleMapFamilyName
* **stylemapstylename**
* String, optional
* Stylemap stylename, corresponds with font.info.styleMapStyleName
#### Child elements
* ``````
* Required.
* ``````
* Optional.
* Add this element if the instance needs to calculate the font.info data. If the info element contains a location element this supercedes the instance location.
* ```...```
* Optional. The glyphs element can contain one or more **glyph** elements.
* ``````
* Optional.
* Add this element if the instance needs to calculate the font.kerning data. If the kerning element contains a location element this supercedes the instance location.
* A kerning element may have one child **location** element. If present this location should be used in calculating the kerning.
#### Example
```xml
```
## The location element
The location element describes a point in the designspace. Locations are used to position a source as a master, and to indicate where the instances are to be calculated. Location elements are used in several places in a designspace. A location element has no attributes, but needs to contain at least one **dimension** child elements.
```xml
[...]
```
#### Attributes of the dimension element
* **name**
* Required, string. Name of the dimension. For instance "width" or "weight".
* **xvalue**
* Required, value. A string representation of distance in this dimension.
* **yvalue**
* Optional value if this dimension is to be anisotropic.
#### Examples
```xml
```
## The glyph element
The optional **glyph** element can be used in a instance element to store information about masters and locations that are different from the ones defined for the instance.
```xml
name=""
[unicode=""]
>
[]
[
nice glyph!
]
[
...a number of master elements
]
```
#### Attributes of the glyph element
* **name**
* Required, string. The glyph name.
* **unicode**
* Optional, hex. The unicode value of the glyph, expressed as a string in the format **"0xFF"**. If no unicode value is given, use the unicode for this glyph used in the sources.
#### Child elements of the glyph element
* ``````
* Optional, location element. If the location element is present it will be the location for this glyph. If it is not present, the location defined for the instance will be used.
* ```...```
* Optional, string. Corresponds with the **defcon** glyph.note attribute.
* ```...```
* a list of master elements.
## The master element
Used in the masters element to specify which glyphs from which sources have to be used for this glyph.
```xml
[]
...
```
#### Attributes of the master element
* **source**
* Optional, string.
* Name of the source, must match with the **name** attribute of exactly one **source** element.
* **glyphname**
* Optional, string
* Alternative glyphname if data is to come from a different glyph.
#### Child elements of the master element
* **location**
* Optional.
* If a location element is present, use this alternative location for this master. If no location is present, use the location defined for the source.
## Notes on this document
Initial version of this specification. The package is rather new and changes are to be expected.
MutatorMath-3.0/LICENSE 0000664 0000000 0000000 00000002740 13533732012 0014630 0 ustar 00root root 0000000 0000000 Copyright (c) 2004-2016, LettError and Erik van Blokland
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
* Neither the name of LettError nor the names of its
contributors may be used to endorse or promote products derived from
this software without specific prior written permission.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
MutatorMath-3.0/Lib/ 0000775 0000000 0000000 00000000000 13533732012 0014326 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/ 0000775 0000000 0000000 00000000000 13533732012 0016633 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/__init__.py 0000664 0000000 0000000 00000003175 13533732012 0020752 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
Copyright (c) 2004-2016, LettError and Erik van Blokland
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
* Neither the name of LettError nor the names of its
contributors may be used to endorse or promote products derived from
this software without specific prior written permission.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
"""
__version__ = "2.1.2"
from mutatorMath.objects.location import Location
from mutatorMath.objects.mutator import Mutator
MutatorMath-3.0/Lib/mutatorMath/objects/ 0000775 0000000 0000000 00000000000 13533732012 0020264 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/objects/__init__.py 0000664 0000000 0000000 00000000040 13533732012 0022367 0 ustar 00root root 0000000 0000000 """ Objects for MutatorMath. """ MutatorMath-3.0/Lib/mutatorMath/objects/bender.py 0000664 0000000 0000000 00000020003 13533732012 0022070 0 ustar 00root root 0000000 0000000
import sys
from mutatorMath.objects.error import MutatorError
from mutatorMath.objects.location import Location, biasFromLocations
import mutatorMath.objects.mutator
def noBend(loc): return loc
class WarpMutator(mutatorMath.objects.mutator.Mutator):
def __call__(self, value):
if isinstance(value, tuple):
# handle split location
return self.makeInstance(Location(w=value[0])), self.makeInstance(Location(w=value[1]))
return self.makeInstance(Location(w=value))
"""
A warpmap is a list of tuples that describe non-linear behaviour
for a single dimension in a designspace.
Bender is an object that accepts warpmaps and transforms
locations accordingly.
For instance:
w = {'a': [(0, 0), (500, 200), (1000, 1000)]}
b = Bender(w)
assert b(Location(a=0)) == Location(a=0)
assert b(Location(a=250)) == Location(a=100)
assert b(Location(a=500)) == Location(a=200)
assert b(Location(a=750)) == Location(a=600)
assert b(Location(a=1000)) == Location(a=1000)
A Mutator can use a Bender to transform the locations
for its masters as well as its instances.
Great care has to be taken not to mix up transformed / untransformed.
So the changes in Mutator are small.
"""
class Bender(object):
# object with a dictionary of warpmaps
# call instance with a location to bend it
def __init__(self, axes):
# axes dict:
# { : {'map':[], 'minimum':0, 'maximum':1000, 'default':0, 'tag':'aaaa', 'name':"longname"}}
warpDict = {}
self.maps = {} # not needed?
self.warps = {}
for axisName, axisAttributes in axes.items():
mapData = axisAttributes.get('map', [])
if type(mapData)==list:
if mapData==0:
# this axis has no bender
self.warps[axisName] = None
else:
self._makeWarpFromList(axisName, mapData, axisAttributes['minimum'], axisAttributes['maximum'])
elif hasattr(mapData, '__call__'):
self.warps[axisName] = mapData
def __repr__(self):
return ""%(str(self.warps.items()))
def getMap(self, axisName):
return self.maps.get(axisName, [])
def _makeWarpFromList(self, axisName, warpMap, minimum, maximum):
if not warpMap:
warpMap = [(minimum,minimum), (maximum,maximum)]
self.warps[axisName] = warpMap
# check for the extremes, add if necessary
if not sum([a==minimum for a, b in warpMap]):
warpMap = [(minimum,minimum)] + warpMap
if not sum([a==maximum for a, b in warpMap]):
warpMap.append((maximum,maximum))
items = []
for x, y in warpMap:
items.append((Location(w=x), y))
m = WarpMutator()
items.sort()
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc-bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
lb = loc-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
self.warps[axisName] = m
def __call__(self, loc):
# bend a location according to the defined warps
new = loc.copy()
for dim, warp in self.warps.items():
if warp is None:
new[dim] = loc[dim]
continue
if not dim in loc: continue
try:
new[dim] = warp(loc.get(dim))
except:
ex_type, ex, tb = sys.exc_info()
raise MutatorError("A warpfunction \"%s\" (for axis \"%s\") raised \"%s\" at location %s"%(str(warp), dim, ex, loc.asString()), loc)
return new
if __name__ == "__main__":
# no bender
assert noBend(Location(a=1234)) == Location(a=1234)
assert noBend(Location(a=(12,34))) == Location(a=(12,34))
# linear map, single axis
w = {'aaaa':{'map': [(0, 0), (1000, 1000)], 'name':'aaaaAxis', 'tag':'aaaa', 'minimum':0, 'maximum':1000, 'default':0}}
b = Bender(w)
assert b(Location(aaaa=0)) == Location(aaaa=0)
assert b(Location(aaaa=500)) == Location(aaaa=500)
assert b(Location(aaaa=1000)) == Location(aaaa=1000)
# linear map, single axis
#w = {'a': [(0, 100), (1000, 900)]}
w = {'aaaa':{'map': [(0, 100), (1000, 900)], 'name':'aaaaAxis', 'tag':'aaaa', 'minimum':0, 'maximum':1000, 'default':0}}
b = Bender(w)
assert b(Location(aaaa=0)) == Location(aaaa=100)
assert b(Location(aaaa=500)) == Location(aaaa=500)
assert b(Location(aaaa=1000)) == Location(aaaa=900)
# linear map, single axis, not mapped to 1000
#w = {'a': [(0, 100), (1000, 900)]}
w = {'aaaa':{'map': [(-1, 2), (0,0), (1, 2)], 'name':'aaaaAxis', 'tag':'aaaa', 'minimum':-1, 'maximum':1, 'default':0}}
b = Bender(w)
assert b(Location(aaaa=(-1, 1))) == Location(aaaa=(2,2))
assert b(Location(aaaa=-1)) == Location(aaaa=2)
assert b(Location(aaaa=-0.5)) == Location(aaaa=1)
assert b(Location(aaaa=0)) == Location(aaaa=0)
assert b(Location(aaaa=0.5)) == Location(aaaa=1)
assert b(Location(aaaa=1)) == Location(aaaa=2)
# one split map, single axis
#w = {'a': [(0, 0), (500, 200), (600, 600)]}
w = {'aaaa':{'map': [(0, 100), (500, 200), (600, 600)], 'name':'aaaaAxis', 'tag':'aaaa', 'minimum':0, 'maximum':600, 'default':0}}
b = Bender(w)
assert b(Location(aaaa=(100, 200))) == Location(aaaa=(120,140))
assert b(Location(aaaa=0)) == Location(aaaa=100)
assert b(Location(aaaa=250)) == Location(aaaa=150)
assert b(Location(aaaa=500)) == Location(aaaa=200)
assert b(Location(aaaa=600)) == Location(aaaa=600)
assert b(Location(aaaa=750)) == Location(aaaa=1200)
assert b(Location(aaaa=1000)) == Location(aaaa=2200)
# implicit extremes
w = {'aaaa':{'map': [(500, 200)], 'name':'aaaaAxis', 'tag':'aaaa', 'minimum':0, 'maximum':600, 'default':0}}
b = Bender(w)
assert b(Location(aaaa=(250, 100))) == Location(aaaa=(100, 40))
assert b(Location(aaaa=0)) == Location(aaaa=0)
assert b(Location(aaaa=250)) == Location(aaaa=100)
assert b(Location(aaaa=500)) == Location(aaaa=200)
assert b(Location(aaaa=600)) == Location(aaaa=600)
assert b(Location(aaaa=750)) == Location(aaaa=1200)
assert b(Location(aaaa=1000)) == Location(aaaa=2200)
# now with warp functions
# warp functions must be able to handle split tuples
def warpFunc_1(value):
if isinstance(value, tuple):
return value[0]*2, value[1]*2
return value * 2
def warpFunc_2(value):
if isinstance(value, tuple):
return value[0] ** 2, value[1] ** 2
return value ** 2
def warpFunc_Error(value):
return 1/0
w = { 'aaaa':{'map': warpFunc_1, 'name':'aaaaAxis', 'tag':'aaaa', 'minimum':0, 'maximum':1000, 'default':0},
'bbbb':{'map': warpFunc_2, 'name':'bbbbAxis', 'tag':'bbbb', 'minimum':0, 'maximum':1000, 'default':0},
}
# w = {'a': warpFunc_1, 'b': warpFunc_2, 'c': warpFunc_Error}
b = Bender(w)
assert b(Location(aaaa=(100, -100))) == Location(aaaa=(200.000,-200.000))
assert b(Location(aaaa=100)) == Location(aaaa=200)
assert b(Location(bbbb=100)) == Location(bbbb=10000)
# # see if the errors are caught and reported:
try:
b(Location(c=-1))
except:
ex_type, ex, tb = sys.exc_info()
err = 'A warpfunction "warpFunc_Error" (for axis "c") raised "integer division or modulo by zero" at location c:-1'
assert ex.msg == err
MutatorMath-3.0/Lib/mutatorMath/objects/error.py 0000664 0000000 0000000 00000000357 13533732012 0021774 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
Mutator Error
"""
class MutatorError(Exception):
def __init__(self, msg, obj=None):
self.msg = msg
self.obj = obj
def __str__(self):
return repr(self.msg) + repr(self.obj)
MutatorMath-3.0/Lib/mutatorMath/objects/location.py 0000664 0000000 0000000 00000052414 13533732012 0022454 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from __future__ import print_function, division
import math, sys
import itertools, operator
from mutatorMath import __version__
_EPSILON = sys.float_info.epsilon
__all__ = ["Location", "sortLocations"]
def numberToString(value):
# return a nicely formatted string of this value
# return tuples as a tuple-looking string with formatted numbers
# return ints as ints, no commas
# return floats as compact rounded value
if value is None:
return "None"
if type(value)==tuple:
t = []
for v in value:
t.append(numberToString(v))
return "(%s)"%(",".join(t))
if int(value) == value:
# it is an int
return "%d"%(value)
return "%3.3f"%value
class Location(dict):
"""
A object subclassed from dict to store n-dimensional locations.
- key is dimension or axis name
- value is the coordinate.
- Location objects behave like numbers.
- If a specific dimension is missing, assume it is zero.
- Convert to and from dict, tuple.
::
>>> l = Location(pop=1, snap=-100)
>>> print(l)
Location objects can be used as math objects:
::
>>> l = Location(pop=1)
>>> l * 2
>>> 2 * l
>>> l / 2
>>> l = Location(pop=1)
>>> m = Location(pop=10)
>>> l + m
>>> l = Location(pop=1)
>>> m = Location(pop=10)
>>> l - m
"""
def __repr__(self):
t = ["<%s"%self.__class__.__name__]
t.append(self.asString())
t.append(">")
return " ".join(t)
def __lt__(self, other):
if len(self) < len(other):
return True
elif len(self) > len(other):
return False
self_keys = sorted(self.keys())
other_keys = sorted(other.keys())
for i, key in enumerate(self_keys):
if key < other_keys[i]:
return True
elif key > other_keys[i]:
return False
if self[key] < other[key]:
return True
return False
def expand(self, axisNames):
"""
Expand the location with zero values for all axes in axisNames that aren't filled in the current location.
::
>>> l = Location(pop=1)
>>> l.expand(['snap', 'crackle'])
>>> print(l)
"""
for k in axisNames:
if k not in self:
self[k] = 0
def copy(self):
"""
Return a copy of this location.
::
>>> l = Location(pop=1, snap=0)
>>> l.copy()
"""
new = self.__class__()
new.update(self)
return new
def fromTuple(self, locationTuple):
"""
Read the coordinates from a tuple.
::
>>> t = (('pop', 1), ('snap', -100))
>>> l = Location()
>>> l.fromTuple(t)
>>> print(l)
"""
for key, value in locationTuple:
try:
self[key] = float(value)
except TypeError:
self[key] = tuple([float(v) for v in value])
def asTuple(self):
"""Return the location as a tuple.
Sort the dimension names alphabetically.
::
>>> l = Location(pop=1, snap=-100)
>>> l.asTuple()
(('pop', 1), ('snap', -100))
"""
t = []
k = sorted(self.keys())
for key in k:
t.append((key, self[key]))
return tuple(t)
def getType(self, short=False):
"""Return a string describing the type of the location, i.e. origin, on axis, off axis etc.
::
>>> l = Location()
>>> l.getType()
'origin'
>>> l = Location(pop=1)
>>> l.getType()
'on-axis, pop'
>>> l = Location(pop=1, snap=1)
>>> l.getType()
'off-axis, pop snap'
>>> l = Location(pop=(1,2))
>>> l.getType()
'on-axis, pop, split'
"""
if self.isOrigin():
return "origin"
t = []
onAxis = self.isOnAxis()
if onAxis is False:
if short:
t.append("off-axis")
else:
t.append("off-axis, "+ " ".join(self.getActiveAxes()))
else:
if short:
t.append("on-axis")
else:
t.append("on-axis, %s"%onAxis)
if self.isAmbivalent():
t.append("split")
return ', '.join(t)
def getActiveAxes(self):
"""
Return a list of names of axes which are not zero
::
>>> l = Location(pop=1, snap=0, crackle=1)
>>> l.getActiveAxes()
['crackle', 'pop']
"""
names = sorted(k for k in self.keys() if self[k]!=0)
return names
def asString(self, strict=False):
"""
Return the location as a string.
::
>>> l = Location(pop=1, snap=(-100.0, -200))
>>> l.asString()
'pop:1, snap:(-100.000,-200.000)'
"""
if len(self.keys())==0:
return "origin"
v = []
n = []
try:
for name, value in self.asTuple():
s = ''
if value is None:
s = "None"
elif type(value) == tuple or type(value) == list:
s = "(%.3f,%.3f)"%(value[0], value[1])
elif int(value) == value:
s = "%d"%(int(value))
else:
s = "%.3f"%(value)
if s != '':
n.append("%s:%s"%(name, s))
return ", ".join(n)
except TypeError:
import traceback
print("Location value error:", name, value)
for key, value in self.items():
print("\t\tkey:", key)
print("\t\tvalue:", value)
traceback.print_exc()
return "error"
def asDict(self):
"""
Return the location as a plain python dict.
::
>>> l = Location(pop=1, snap=-100)
>>> l.asDict()['snap']
-100
>>> l.asDict()['pop']
1
"""
new = {}
new.update(self)
return new
def asSortedStringDict(self, roundValue=False):
""" Return the data in a dict with sorted names and column titles.
::
>>> l = Location(pop=1, snap=(1,10))
>>> l.asSortedStringDict()[0]['value']
'1'
>>> l.asSortedStringDict()[0]['axis']
'pop'
>>> l.asSortedStringDict()[1]['axis']
'snap'
>>> l.asSortedStringDict()[1]['value']
'(1,10)'
"""
data = []
names = sorted(self.keys())
for n in names:
data.append({'axis':n, 'value':numberToString(self[n])})
return data
def strip(self):
""" Remove coordinates that are zero, the opposite of expand().
::
>>> l = Location(pop=1, snap=0)
>>> l.strip()
"""
result = []
for k, v in self.items():
if isinstance(v, tuple):
if v > (_EPSILON, ) * len(v) or v < (-_EPSILON, ) * len(v):
result.append((k, v))
elif v > _EPSILON or v < -_EPSILON:
result.append((k, v))
return self.__class__(result)
def common(self, other):
"""
Return two objects with the same dimensions if they lie in the same orthogonal plane.
::
>>> l = Location(pop=1, snap=2)
>>> m = Location(crackle=1, snap=3)
>>> l.common(m)
(, )
"""
selfDim = set(self.keys())
otherDim = set(other.keys())
dims = selfDim | otherDim
newSelf = None
newOther = None
for dim in dims:
sd = self.get(dim, None)
od = other.get(dim, None)
if sd is None or od is None:
# axis is missing in one or the other
continue
if -_EPSILON < sd < _EPSILON and -_EPSILON < od < _EPSILON:
# values are both zero
continue
if newSelf is None:
newSelf = self.__class__()
if newOther is None:
newOther = self.__class__()
newSelf[dim] = self[dim]
newOther[dim] = other[dim]
return newSelf, newOther
#
#
# tests
#
#
def isOrigin(self):
"""
Return True if the location is at the origin.
::
>>> l = Location(pop=1)
>>> l.isOrigin()
False
>>> l = Location()
>>> l.isOrigin()
True
"""
for name, value in self.items():
if isinstance(value, tuple):
if (value < (-_EPSILON,) * len(value)
or value > (_EPSILON,) * len(value)):
return False
if value < -_EPSILON or value > _EPSILON:
return False
return True
def isOnAxis(self):
"""
Returns statements about this location:
* False if the location is not on-axis
* The name of the axis if it is on-axis
* None if the Location is at the origin
Note: this is only valid for an unbiased location.
::
>>> l = Location(pop=1)
>>> l.isOnAxis()
'pop'
>>> l = Location(pop=1, snap=1)
>>> l.isOnAxis()
False
>>> l = Location()
>>> l.isOnAxis() is None
True
"""
new = self.__class__()
new.update(self)
s = new.strip()
dims = list(s.keys())
if len(dims)> 1:
return False
elif len(dims)==1:
return dims[0]
return None
def isAmbivalent(self, dim=None):
"""
Return True if any of the factors are in fact tuples.
If a dimension name is given only that dimension is tested.
::
>>> l = Location(pop=1)
>>> l.isAmbivalent()
False
>>> l = Location(pop=1, snap=(100, -100))
>>> l.isAmbivalent()
True
"""
if dim is not None:
try:
return isinstance(self[dim], tuple)
except KeyError:
# dimension is not present, it should be 0, so not ambivalent
return False
for dim, val in self.items():
if isinstance(val, tuple):
return True
return False
def split(self):
"""
Split an ambivalent location into 2. One for the x, the other for the y.
::
>>> l = Location(pop=(-5,5))
>>> l.split()
(, )
"""
x = self.__class__()
y = self.__class__()
for dim, val in self.items():
if isinstance(val, tuple):
x[dim] = val[0]
y[dim] = val[1]
else:
x[dim] = val
y[dim] = val
return x, y
def spliceX(self):
"""
Return a copy with the x values preferred for ambivalent locations.
::
>>> l = Location(pop=(-5,5))
>>> l.spliceX()
"""
new = self.__class__()
for dim, val in self.items():
if isinstance(val, tuple):
new[dim] = val[0]
else:
new[dim] = val
return new
def spliceY(self):
"""
Return a copy with the y values preferred for ambivalent locations.
::
>>> l = Location(pop=(-5,5))
>>> l.spliceY()
"""
new = self.__class__()
for dim, val in self.items():
if isinstance(val, tuple):
new[dim] = val[1]
else:
new[dim] = val
return new
def distance(self, other=None):
"""Return the geometric distance to the other location.
If no object is provided, this will calculate the distance to the origin.
::
>>> l = Location(pop=100)
>>> m = Location(pop=200)
>>> l.distance(m)
100.0
>>> l = Location()
>>> m = Location(pop=200)
>>> l.distance(m)
200.0
>>> l = Location(pop=3, snap=5)
>>> m = Location(pop=7, snap=8)
>>> l.distance(m)
5.0
"""
t = 0
if other is None:
other = self.__class__()
for axisName in set(self.keys()) | set(other.keys()):
t += (other.get(axisName,0)-self.get(axisName,0))**2
return math.sqrt(t)
def sameAs(self, other):
"""
Check if this is the same location.
::
>>> l = Location(pop=5, snap=100)
>>> m = Location(pop=5.0, snap=100.0)
>>> l.sameAs(m)
0
>>> l = Location(pop=5, snap=100)
>>> m = Location(pop=5.0, snap=100.0001)
>>> l.sameAs(m)
-1
"""
if not hasattr(other, "get"):
return -1
d = self.distance(other)
if d < _EPSILON:
return 0
return -1
# math operators
def __add__(self, other):
new = self.__class__()
new.update(self)
new.update(other)
selfDim = set(self.keys())
otherDim = set(other.keys())
for key in selfDim & otherDim:
ts = type(self[key])!=tuple
to = type(other[key])!=tuple
if ts:
sx = sy = self[key]
else:
sx = self[key][0]
sy = self[key][1]
if to:
ox = oy = other[key]
else:
ox = other[key][0]
oy = other[key][1]
x = sx+ox
y = sy+oy
if x==y:
new[key] = x
else:
new[key] = x,y
return new
def __sub__(self, other):
new = self.__class__()
new.update(self)
for key, value in other.items():
try:
new[key] = -value
except TypeError:
new[key] = (-value[0], -value[1])
selfDim = set(self.keys())
otherDim = set(other.keys())
for key in selfDim & otherDim:
ts = type(self[key])!=tuple
to = type(other[key])!=tuple
if ts:
sx = sy = self[key]
else:
sx = self[key][0]
sy = self[key][1]
if to:
ox = oy = other[key]
else:
ox = other[key][0]
oy = other[key][1]
x = sx-ox
y = sy-oy
if x==y:
new[key] = x
else:
new[key] = x,y
return new
def __mul__(self, factor):
new = self.__class__()
if isinstance(factor, tuple):
for key, value in self.items():
if type(value) == tuple:
new[key] = factor[0] * value[0], factor[1] * value[1]
else:
new[key] = factor[0] * value, factor[1] * value
else:
for key, value in self.items():
if type(value) == tuple:
new[key] = factor * value[0], factor * value[1]
else:
new[key] = factor * value
return new
__rmul__ = __mul__
def __truediv__(self, factor):
if factor == 0:
raise ZeroDivisionError
if isinstance(factor, tuple):
if factor[0] == 0 or factor[1] == 0:
raise ZeroDivisionError
return self * (1.0/factor[0]) + self * (1.0/factor[1])
return self * (1.0/factor)
__div__ = __truediv__
def transform(self, transformDict):
if transformDict is None:
return self
new = self.__class__()
for dim, (offset, scale) in transformDict.items():
new[dim] = (self.get(dim,0)+offset)*scale
return new
def sortLocations(locations):
""" Sort the locations by ranking:
1. all on-axis points
2. all off-axis points which project onto on-axis points
these would be involved in master to master interpolations
necessary for patching. Projecting off-axis masters have
at least one coordinate in common with an on-axis master.
3. non-projecting off-axis points, 'wild' off axis points
These would be involved in projecting limits and need to be patched.
"""
onAxis = []
onAxisValues = {}
offAxis = []
offAxis_projecting = []
offAxis_wild = []
# first get the on-axis points
for l in locations:
if l.isOrigin():
continue
if l.isOnAxis():
onAxis.append(l)
for axis in l.keys():
if axis not in onAxisValues:
onAxisValues[axis] = []
onAxisValues[axis].append(l[axis])
else:
offAxis.append(l)
for l in offAxis:
ok = False
for axis in l.keys():
if axis not in onAxisValues:
continue
if l[axis] in onAxisValues[axis]:
ok = True
if ok:
offAxis_projecting.append(l)
else:
offAxis_wild.append(l)
return onAxis, offAxis_projecting, offAxis_wild
def biasFromLocations(locs, preferOrigin=True):
"""
Find the vector that translates the whole system to the origin.
"""
dims = {}
locs.sort()
for l in locs:
for d in l.keys():
if not d in dims:
dims[d] = []
v = l[d]
if type(v)==tuple:
dims[d].append(v[0])
dims[d].append(v[1])
else:
dims[d].append(v)
candidate = Location()
for k in dims.keys():
dims[k].sort()
v = mostCommon(dims[k])
if dims[k].count(v) > 1:
# add the dimension with two or more hits
candidate[k] = mostCommon(dims[k])
matches = []
# 1. do we have an exact match?
for l in locs:
if candidate == l:
return l
# 2. find a location that matches candidate (but has more dimensions)
for l in locs:
ok = True
for k, v in candidate.items():
if l.get(k)!=v:
ok = False
break
if ok:
if not l in matches:
matches.append(l)
matches.sort()
if len(matches)>0:
if preferOrigin:
for c in matches:
if c.isOrigin():
return c
return matches[0]
# 3. no matches. Find the best from the available locations
results = {}
for bias in locs:
rel = []
for l in locs:
rel.append((l - bias).isOnAxis())
c = rel.count(False)
if not c in results:
results[c] = []
results[c].append(bias)
if results:
candidates = results[min(results.keys())]
if preferOrigin:
for c in candidates:
if c.isOrigin():
return c
candidates.sort()
return candidates[0]
return Location()
def mostCommon(L):
"""
# http://stackoverflow.com/questions/1518522/python-most-common-element-in-a-list
>>> mostCommon([1, 2, 2, 3])
2
>>> mostCommon([1, 2, 3])
1
>>> mostCommon([-1, 2, 3])
-1
>>> mostCommon([-1, -2, -3])
-1
>>> mostCommon([-1, -2, -3, -1])
-1
>>> mostCommon([-1, -1, -2, -2])
-1
>>> mostCommon([0, 0.125, 0.275, 1])
0
>>> mostCommon([0, 0.1, 0.4, 0.4])
0.4
"""
# get an iterable of (item, iterable) pairs
SL = sorted((x, i) for i, x in enumerate(L))
# print 'SL:', SL
groups = itertools.groupby(SL, key=operator.itemgetter(0))
# auxiliary function to get "quality" for an item
def _auxfun(g):
item, iterable = g
count = 0
min_index = len(L)
for _, where in iterable:
count += 1
min_index = min(min_index, where)
# print 'item %r, count %r, minind %r' % (item, count, min_index)
return count, -min_index
# pick the highest-count/earliest item
return max(groups, key=_auxfun)[0]
if __name__ == "__main__":
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/objects/mutator.py 0000664 0000000 0000000 00000036316 13533732012 0022342 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from mutatorMath.objects.error import MutatorError
from mutatorMath.objects.location import Location, sortLocations, biasFromLocations
import sys, warnings
from operator import itemgetter
__all__ = ['Mutator', 'buildMutator']
_EPSILON = sys.float_info.epsilon
def noBend(loc): return loc
def buildMutator(items, axes=None, bias=None):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
from mutatorMath.objects.bender import Bender
items = [(Location(loc),obj) for loc, obj in items]
if bias is None:
bias = Location()
else:
bias = Location(bias)
m = Mutator()
if axes is not None:
# make a Bender object
# but do not transform the locations from the items
bender = Bender(axes)
m.setBender(bender)
else:
bender = noBend
# the order itself does not matter, but we should always build in the same order.
items = sorted(items)
if not bias:
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
nn = (loc-bias)
if nn.isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", items)
for loc, obj in items:
lb = loc-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
class Mutator(dict):
"""
Calculator for multi dimensional interpolations.
::
# The mutator needs one neutral object.
m = Mutator(myNeutralMathObject)
# The mutator needs one or more deltas.
m.addDelta(Location(pop=1), myMasterMathObject-myNeutralMathObject)
# The mutator calculates instances at other locations. Remember to inflate.
m.getInstance(Location(pop=0.5)) + myNeutralMathObject
"""
def __init__(self, neutral=None):
self._axes = {}
self._tags = {}
self._bender = noBend
self._neutral = neutral
self._bias = Location()
def setBender(self, bender):
self._bender = bender
def setBias(self, bias):
self._bias = bias
def getBias(self):
return self._bias
def setNeutral(self, aMathObject, deltaName="origin"):
"""Set the neutral object."""
self._neutral = aMathObject
self.addDelta(Location(), aMathObject-aMathObject, deltaName, punch=False, axisOnly=True)
def getNeutral(self):
"""Get the neutral object."""
return self._neutral
def addDelta(self, location, aMathObject, deltaName = None, punch=False, axisOnly=True):
""" Add a delta at this location.
* location: a Location object
* mathObject: a math-sensitive object
* deltaName: optional string/token
* punch:
* True: add the difference with the instance value at that location and the delta
* False: just add the delta.
"""
if punch:
r = self.getInstance(location, axisOnly=axisOnly)
if r is not None:
self[location.asTuple()] = aMathObject-r, deltaName
else:
raise MutatorError("Could not get instance.")
else:
self[location.asTuple()] = aMathObject, deltaName
#
# info
#
def getAxisNames(self):
"""
Collect a set of axis names from all deltas.
"""
s = {}
for l, x in self.items():
s.update(dict.fromkeys([k for k, v in l], None))
return set(s.keys())
def _collectAxisPoints(self):
"""
Return a dictionary with all on-axis locations.
"""
for l, (value, deltaName) in self.items():
location = Location(l)
name = location.isOnAxis()
if name is not None and name is not False:
if name not in self._axes:
self._axes[name] = []
if l not in self._axes[name]:
self._axes[name].append(l)
return self._axes
def _collectOffAxisPoints(self):
"""
Return a dictionary with all off-axis locations.
"""
offAxis = {}
for l, (value, deltaName) in self.items():
location = Location(l)
name = location.isOnAxis()
if name is None or name is False:
offAxis[l] = 1
return list(offAxis.keys())
def collectLocations(self):
"""
Return a dictionary with all objects.
"""
pts = []
for l, (value, deltaName) in self.items():
pts.append(Location(l))
return pts
def _allLocations(self):
"""
Return a list of all locations of all objects.
"""
l = []
for locationTuple in self.keys():
l.append(Location(locationTuple))
return l
#
# get instances
#
def getInstance(self, aLocation, axisOnly=False, getFactors=False):
""" Calculate the delta at aLocation.
* aLocation: a Location object, expected to be in bent space
* axisOnly:
* True: calculate an instance only with the on-axis masters.
* False: calculate an instance with on-axis and off-axis masters.
* getFactors:
* True: return a list of the calculated factors.
"""
self._collectAxisPoints()
factors = self.getFactors(aLocation, axisOnly)
total = None
for f, item, name in factors:
if total is None:
total = f * item
continue
total += f * item
if total is None:
total = 0 * self._neutral
if getFactors:
return total, factors
return total
def makeLocation(self, aLocation):
if isinstance(aLocation, Location):
return aLocation
return Location(aLocation)
def makeInstance(self, aLocation, bend=False):
"""
Calculate an instance with the right bias and add the neutral.
aLocation: expected to be in input space
"""
aLocation = self.makeLocation(aLocation)
if bend:
aLocation = self._bender(aLocation)
if not aLocation.isAmbivalent():
instanceObject = self.getInstance(aLocation-self._bias)
else:
locX, locY = aLocation.split()
instanceObject = self.getInstance(locX-self._bias)*(1,0)+self.getInstance(locY-self._bias)*(0,1)
return instanceObject+self._neutral
def getFactors(self, aLocation, axisOnly=False, allFactors=False):
"""
Return a list of all factors and math items at aLocation.
factor, mathItem, deltaName
all = True: include factors that are zero or near-zero
"""
deltas = []
aLocation.expand(self.getAxisNames())
limits = getLimits(self._allLocations(), aLocation)
for deltaLocationTuple, (mathItem, deltaName) in sorted(self.items()):
deltaLocation = Location(deltaLocationTuple)
deltaLocation.expand( self.getAxisNames())
factor = self._accumulateFactors(aLocation, deltaLocation, limits, axisOnly)
if not (factor-_EPSILON < 0 < factor+_EPSILON) or allFactors:
# only add non-zero deltas.
deltas.append((factor, mathItem, deltaName))
deltas = sorted(deltas, key=itemgetter(0), reverse=True)
return deltas
#
# calculate
#
def _accumulateFactors(self, aLocation, deltaLocation, limits, axisOnly):
"""
Calculate the factors of deltaLocation towards aLocation,
"""
relative = []
deltaAxis = deltaLocation.isOnAxis()
if deltaAxis is None:
relative.append(1)
elif deltaAxis:
deltasOnSameAxis = self._axes.get(deltaAxis, [])
d = ((deltaAxis, 0),)
if d not in deltasOnSameAxis:
deltasOnSameAxis.append(d)
if len(deltasOnSameAxis) == 1:
relative.append(aLocation[deltaAxis] * deltaLocation[deltaAxis])
else:
factor = self._calcOnAxisFactor(aLocation, deltaAxis, deltasOnSameAxis, deltaLocation)
relative.append(factor)
elif not axisOnly:
factor = self._calcOffAxisFactor(aLocation, deltaLocation, limits)
relative.append(factor)
if not relative:
return 0
f = None
for v in relative:
if f is None: f = v
else:
f *= v
return f
def _calcOnAxisFactor(self, aLocation, deltaAxis, deltasOnSameAxis, deltaLocation):
"""
Calculate the on-axis factors.
"""
if deltaAxis == "origin":
f = 0
v = 0
else:
f = aLocation[deltaAxis]
v = deltaLocation[deltaAxis]
i = []
iv = {}
for value in deltasOnSameAxis:
iv[Location(value)[deltaAxis]]=1
i = sorted(iv.keys())
r = 0
B, M, A = [], [], []
mA, mB, mM = None, None, None
for value in i:
if value < f: B.append(value)
elif value > f: A.append(value)
else: M.append(value)
if len(B) > 0:
mB = max(B)
B.sort()
if len(A) > 0:
mA = min(A)
A.sort()
if len(M) > 0:
mM = min(M)
M.sort()
if mM is not None:
if ((f-_EPSILON < v) and (f+_EPSILON > v)) or f==v: r = 1
else: r = 0
elif mB is not None and mA is not None:
if v < mB or v > mA: r = 0
else:
if v == mA:
r = float(f-mB)/(mA-mB)
else:
r = float(f-mA)/(mB-mA)
elif mB is None and mA is not None:
if v==A[1]:
r = float(f-A[0])/(A[1]-A[0])
elif v == A[0]:
r = float(f-A[1])/(A[0]-A[1])
else:
r = 0
elif mB is not None and mA is None:
if v == B[-2]:
r = float(f-B[-1])/(B[-2]-B[-1])
elif v == mB:
r = float(f-B[-2])/(B[-1]-B[-2])
else:
r = 0
return r
def _calcOffAxisFactor(self, aLocation, deltaLocation, limits):
"""
Calculate the off-axis factors.
"""
relative = []
for dim in limits.keys():
f = aLocation[dim]
v = deltaLocation[dim]
mB, M, mA = limits[dim]
r = 0
if mA is not None and v > mA:
relative.append(0)
continue
elif mB is not None and v < mB:
relative.append(0)
continue
if f < v-_EPSILON:
if mB is None:
if M is not None and mA is not None:
if v == M:
r = (float(max(f,mA)-min(f, mA))/float(max(M,mA)-min(M, mA)))
else:
r = -(float(max(f,mA)-min(f, mA))/float(max(M,mA)-min(M, mA)) -1)
else: r = 0
elif mA is None: r = 0
else: r = float(f-mB)/(mA-mB)
elif f > v+_EPSILON:
if mB is None: r = 0
elif mA is None:
if M is not None and mB is not None:
if v == M:
r = (float(max(f,mB)-min(f, mB))/(max(mB, M)-min(mB, M)))
else:
r = -(float(max(f,mB)-min(f, mB))/(max(mB, M)-min(mB, M)) - 1)
else: r = 0
else: r = float(mA-f)/(mA-mB)
else: r = 1
relative.append(r)
f = 1
for i in relative:
f *= i
return f
def getLimits(locations, current, sortResults=True, verbose=False):
"""
Find the projections for each delta in the list of locations, relative to the current location.
Return only the dimensions that are relevant for current.
"""
limit = {}
for l in locations:
a, b = current.common(l)
if a is None:
continue
for name, value in b.items():
f = a[name]
if name not in limit:
limit[name] = {}
limit[name]['<'] = {}
limit[name]['='] = {}
limit[name]['>'] = {}
if f > 0:
limit[name]['>'] = {0: [Location()]}
elif f<0:
limit[name]['<'] = {0: [Location()]}
else:
limit[name]['='] = {0: [Location()]}
if current[name] < value - _EPSILON:
if value not in limit[name]["<"]:
limit[name]["<"][value] = []
limit[name]["<"][value].append(l)
elif current[name] > value + _EPSILON:
if value not in limit[name][">"]:
limit[name][">"][value] = []
limit[name][">"][value].append(l)
else:
if value not in limit[name]["="]:
limit[name]["="][value] = []
limit[name]["="][value].append(l)
if not sortResults:
return limit
# now we have all the data, let's sort to the relevant values
l = {}
for name, lims in limit.items():
less = []
more = []
if lims[">"].keys():
less = sorted(lims[">"].keys())
lim_min = less[-1]
else:
lim_min = None
if lims["<"].keys():
more = sorted(lims["<"].keys())
lim_max = more[0]
else:
lim_max = None
if lim_min is None and lim_max is not None:
# extrapolation < min
if len(limit[name]['='])>0:
l[name] = (None, list(limit[name]['='].keys())[0], None)
elif len(more) > 1 and len(limit[name]['='])==0:
# extrapolation
l[name] = (None, more[0], more[1])
elif lim_min is not None and lim_max is None:
# extrapolation < max
if len(limit[name]['='])>0:
# less > 0, M > 0, more = None
# -> end of a limit
l[name] = (None, limit[name]['='], None)
elif len(less) > 1 and len(limit[name]['='])==0:
# less > 0, M = None, more = None
# extrapolation
l[name] = (less[-2], less[-1], None)
else:
if len(limit[name]['=']) > 0:
l[name] = (None, list(limit[name]['='].keys())[0], None)
else:
l[name] = (lim_min, None, lim_max)
return l
if __name__ == "__main__":
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/test/ 0000775 0000000 0000000 00000000000 13533732012 0017612 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/__init__.py 0000664 0000000 0000000 00000000063 13533732012 0021722 0 ustar 00root root 0000000 0000000 """ Some tests for implementation of MutatorMath""" MutatorMath-3.0/Lib/mutatorMath/test/objects/ 0000775 0000000 0000000 00000000000 13533732012 0021243 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/objects/__init__.py 0000664 0000000 0000000 00000000000 13533732012 0023342 0 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/objects/location.py 0000664 0000000 0000000 00000040545 13533732012 0023435 0 ustar 00root root 0000000 0000000 from mutatorMath.objects.location import Location, biasFromLocations, sortLocations
def _testBiasFromLocations(bias, locs):
"""
# Find the designspace vector for the best bias.
# Test results: (, )
>>> locs = [Location(a=10), Location(a=10, b=10, c=10), Location(a=10, c=15), Location(a=5, c=15)]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(2, 1)
>>> locs = [Location(a=10, b=0), Location(a=5, b=10), Location(a=20, b=0)]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(1, 1)
>>> locs = [Location(a=10, b=300), Location(a=20, b=300), Location(a=20, b=600), Location(a=30, b=300)]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(3, 0)
>>> locs = [Location(a=-10, b=300), Location(a=0, b=400), Location(a=20, b=300)]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(1, 1)
>>> locs = [Location(wt=0, wd=500),
... Location(wt=1000, wd=900),
... Location(wt=1200, wd=900),
... Location(wt=-200, wd=600),
... Location(wt=0, wd=600),
... Location(wt=1000, wd=600),
... Location(wt=1200, wd=600),
... Location(wt=-200, wd=300),
... Location(wt=0, wd=300),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(5, 3)
>>> locs = [
... Location(wt=1, sz=0),
... Location(wt=0, sz=0),
... Location(wt=0.275, sz=0),
... Location(wt=0.275, sz=1),
... Location(wt=1, sz=1),
... Location(wt=0.125, sz=0.4),
... Location(wt=1, sz=0.4),
... Location(wt=0.6, sz=0.4),
... Location(wt=0, sz=0.4),
... Location(wt=0.275, sz=0.4),
... Location(wt=0, sz=1),
... Location(wt=0.125, sz=1),
... Location(wt=0.6, sz=0),
... Location(wt=0.125, sz=0),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(6, 7)
# Nothing lines up
>>> locs = [
... Location(pop=1),
... Location(snap=1),
... Location(crackle=1)]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(0, 2)
# ... why crackle? because it sorts first
>>> locs.sort()
>>> locs
[, , ]
# Two things line up
>>> locs = [
... Location(pop=-1),
... Location(pop=1),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(1, 0)
# Two things line up
>>> locs = [
... Location(pop=-1, snap=-1),
... Location(pop=1, snap=0),
... Location(pop=1, snap=1),
... Location(pop=1, snap=1),
... ]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(2, 1)
# Almost Nothing Lines Up 1
# An incomplete set of masters can
# create a situation in which there is nothing to interpolate.
# However, we still need to find a bias.
>>> locs = [
... Location(wt=1, sz=0.4),
... Location(wt=0.275, sz=0.4),
... Location(wt=0, sz=1),
... Location(wt=0.125, sz=0),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(1, 2)
# Almost Nothing Lines Up 2
>>> locs = [
... Location(wt=1, sz=0.4),
... Location(wt=0.275, sz=0.4),
... Location(wt=0, sz=1),
... Location(wt=0.6, sz=1),
... Location(wt=0.125, sz=0),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(1, 3)
# A square on the origin
>>> locs = [
... Location(wt=0, wd=0),
... Location(wt=1, wd=0),
... Location(wt=0, wd=1),
... Location(wt=1, wd=1),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(2, 1)
# A square, not on the origin
>>> locs = [
... Location(wt=100, wd=100),
... Location(wt=200, wd=100),
... Location(wt=100, wd=200),
... Location(wt=200, wd=200),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(2, 1)
# A square, not on the origin
>>> locs = [
... Location(wt=200, wd=100),
... Location(wt=100, wd=200),
... Location(wt=200, wd=200),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(2, 0)
# Two axes, three masters
>>> locs = [
... Location(ct=0, wd=0),
... Location(ct=0, wd=1000),
... Location(ct=100, wd=1000),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> _testBiasFromLocations(bias, locs)
(2, 0)
# Complex 4 D space
>>> locs = [
... Location(A=0, H=0, G=1000, W=0),
... Location(A=0, H=0, G=1000, W=700),
... Location(A=0, H=0, G=1000, W=1000),
... Location(A=0, H=1000, G=0, W=200),
... Location(A=0, H=1000, G=0, W=300),
... Location(A=0, H=1000, G=0, W=700),
... Location(A=0, H=1000, G=0, W=1000),
... Location(A=1000, H=0, G=0, W=0),]
>>> bias = biasFromLocations(locs)
>>> bias
>>> locs = [
... Location(S=0, U=0, Wt=54, Wd=385),
... Location(S=0, U=268, Wt=54, Wd=1000),
... Location(S=8, U=550, Wt=851, Wd=126),
... Location(S=8, U=868, Wt=1000, Wd=1000),]
>>> bias = biasFromLocations(locs)
>>> bias
# empty locs
>>> locs = []
>>> bias = biasFromLocations(locs)
>>> bias
"""
rel = []
# translate the test locations over the bias
for l in locs:
rel.append((l - bias).isOnAxis())
# MUST have one origin
assert None in rel
# how many end up off-axis?
offAxis = rel.count(False)
# how many end up on-axis?
onAxis = len(rel)-offAxis-1
# a good bias has more masters at on-axis locations.
return onAxis, offAxis
def test_common():
""" Make a new location with only the dimensions that the two have in common.
>>> a = Location(pop=.25, snap=.5, snip=10)
>>> b = Location(pop=-.35, snap=.6, pip=10)
>>> [n.asTuple() for n in a.common(b)]
[(('pop', 0.25), ('snap', 0.5)), (('pop', -0.35), ('snap', 0.6))]
"""
def test_misc():
"""
>>> l = Location(apop=-1, bpop=10, cpop=-100)
>>> l.isOnAxis()
False
# remove empty dimensions
>>> a = Location(pop=.25, snap=1, plop=0)
>>> a.strip().asTuple()
(('pop', 0.25), ('snap', 1))
# add dimensions, set to 0
>>> a = Location(pop=.25, snap=1)
>>> a.expand(['plop', 'flop'])
>>> a.asTuple()
(('flop', 0), ('plop', 0), ('pop', 0.25), ('snap', 1))
# create a location from a list of name / value tuples.
>>> a = Location()
>>> t = [('weight', 1), ('width', 2), ('zip', 3)]
>>> a.fromTuple(t)
>>> a
"""
def test_onAxis():
"""
# origin will return None
>>> l = Location(pop=0, aap=0, lalala=0, poop=0)
>>> l.isOnAxis()
# on axis will return axis name
>>> l = Location(pop=0, aap=1, lalala=0, poop=0)
>>> l.isOnAxis()
'aap'
# off axis will return False
>>> l = Location(pop=0, aap=1, lalala=1, poop=0)
>>> l.isOnAxis()
False
"""
def test_distance():
"""
# Hypotenuse distance between two locations.
>>> a = Location(pop=0, snap=0)
>>> b = Location(pop=100, snap=0)
>>> a.distance(b)
100.0
>>> a = Location(pop=0, snap=3)
>>> b = Location(pop=4, snap=0)
>>> a.distance(b)
5.0
>>> a = Location()
>>> b = Location(pop=3, snap=4)
>>> a.distance(b)
5.0
"""
def test_limits_sorts():
""" Test some of the functions that handle Locations.
# get the extent of a group of locations.
>>> a = Location(pop=.25, snap=1, plop=0)
>>> b = Location(pop=-1, aap=10)
>>> c = Location(pop=.25, snap=.5)
>>> d = Location(pop=.35, snap=1)
>>> e = Location(pop=1)
>>> f = Location(snap=1)
>>> l = [a, b, c, d, e, f]
>>> test = Location(pop=.5, snap=.5)
>>> from mutatorMath.objects.mutator import getLimits
>>> limits = getLimits(l, test)
>>> 'snap' in limits and 'pop' in limits
True
>>> limits['snap']
(None, 0.5, None)
>>> limits['pop']
(0.35, None, 1)
# sort a group of locations
>>> sortLocations(l)
([, ], [, ], [, ])
>>> a1, a2, a3 = sortLocations(l)
# assert that each location in a1 is on axis,
>>> sum([a.isOnAxis() is not None and a.isOnAxis() is not False for a in a1])
2
# assert that each location in a1 is off axis,
>>> sum([a.isOnAxis() is False for a in a2])
2
# how to test for wild locations? Can only see if they're offAxis. Relevant?
>>> sum([a.isOnAxis() is False for a in a3])
2
"""
def test_ambivalence():
""" Test ambivalence qualities of locations.
>>> a = Location(pop=(.25, .33), snap=1, plop=0)
>>> b = Location(pop=.25, snap=1, plop=0)
>>> a.isAmbivalent()
True
>>> b.isAmbivalent()
False
>>> a.spliceX().asTuple() == (('plop', 0), ('pop', 0.25), ('snap', 1))
True
>>> a.spliceY().asTuple() == (('plop', 0), ('pop', 0.33), ('snap', 1))
True
>>> b.spliceX() == b.spliceY()
True
>>> a = Location(pop=(.25, .33), snap=1, plop=0)
>>> a * 2
>>> a * (2,0)
"""
def test_asString():
""" Test the conversions to string.
>>> a = Location(pop=(.25, .33), snap=1.0, plop=0)
>>> assert a.asString(strict=False) == "plop:0, pop:(0.250,0.330), snap:1"
>>> assert a.asString(strict=True) == "plop:0, pop:(0.250,0.330), snap:1"
>>> a = Location(pop=0)
>>> assert a.asString() == "pop:0"
>>> assert a.asString(strict=True) == "pop:0"
>>> a = Location(pop=-1, sip=1)
>>> assert a.asString() == "pop:-1, sip:1"
>>> assert a.asString(strict=True) == "pop:-1, sip:1"
>>> a = Location()
>>> assert a.asString() == "origin"
# more string conversions
>>> a = Location(pop=1)
>>> assert a.asSortedStringDict() == [{'value': '1', 'axis': 'pop'}]
>>> a = Location(pop=(0,1))
>>> assert a.asSortedStringDict() == [{'value': '(0,1)', 'axis': 'pop'}]
# a description of the type of location
>>> assert Location(a=1, b=0, c=0).getType() == "on-axis, a"
>>> assert Location(a=1, b=2).getType() == "off-axis, a b"
>>> assert Location(a=1).getType() == "on-axis, a"
>>> assert Location(a=(1,1), b=2).getType() == "off-axis, a b, split"
>>> assert Location().getType() == "origin"
"""
def test_comparisons():
""" Test the math comparison qualities.
The equal operator is useful.
The < and > operators make assumptions about the geometry that might not be appropriate.
>>> a = Location()
>>> a.isOrigin()
True
>>> b = Location(pop=2)
>>> c = Location(pop=2)
>>> b.distance(a)
2.0
>>> a.distance(b)
2.0
>>> assert (a>b) == False
>>> assert (c>> assert (c==b) == True
"""
def test_sorting():
""" Test the sorting qualities.
>>> a = Location(pop=0)
>>> b = Location(pop=1)
>>> c = Location(pop=2)
>>> d = Location(pop=-1)
>>> l = [b, d, a, c]
>>> l.sort()
>>> l
[, , , ]
>>> e = Location(pop=1, snap=1)
>>> l = [a, e]
>>> l.sort()
>>> l
[, ]
>>> f = Location(pop=-1, snap=-1)
>>> l = [a, e, f]
>>> l.sort()
>>> l
[, , ]
>>> l = [Location(pop=-1), Location(pop=1)]
>>> l.sort()
>>> l
[, ]
"""
def test_basicMath():
""" Test the basic mathematical properties of Location.
# addition
>>> Location(a=1) + Location(a=2) == Location(a=3)
True
# addition of ambivalent location
>>> Location(a=1) + Location(a=(2, 1)) == Location(a=(3,2))
True
# subtraction
>>> Location(a=2) - Location(a=1) == Location(a=1)
True
# subtraction of ambivalent location
>>> Location(a=1) - Location(a=(2, 1)) == Location(a=(-1,0))
True
>>> Location(a=(1,4)) - Location(a=(2, 1)) == Location(a=(-1,3))
True
>>> Location(a=(2,1)) - Location(a=(2, 1)) == Location(a=0)
True
# multiplication
>>> Location(a=3) * 3 == Location(a=9)
True
# multiplication of ambivalent location
>>> Location(a=(2, 1)) * 3 == Location(a=(6,3))
True
# division
>>> Location(a=10) / 2 == Location(a=5)
True
>>> Location(a=10, b=6) / 2 == Location(a=5, b=3)
True
# should raise zero division error
>>> hasRaisedError = False
>>> try:
... Location(a=5) / 0
... except ZeroDivisionError:
... hasRaisedError = True
>>> assert hasRaisedError
# interpolation
>>> a = Location(a=(100, 200))
>>> b = Location(a=(0, 0))
>>> f = 0
>>> a+f*(b-a) == Location(a=(100,200))
True
>>> f = 0.5
>>> a+f*(b-a) == Location(a=(50,100))
True
>>> f = 1
>>> a+f*(b-a) == Location(a=0)
True
"""
def test17():
""" See if getLimits can deal with ambiguous locations.
>>> a = Location(pop=(0.25, 4), snap=1, plop=0)
>>> print(a.split())
(, )
"""
def regressionTests():
""" Test all the basic math operations
>>> assert Location(a=1) + Location(a=2) == Location(a=3) # addition
>>> assert Location(a=1.0) - Location(a=2.0) == Location(a=-1.0) # subtraction
>>> assert Location(a=1.0) * 2 == Location(a=2.0) # multiplication
>>> assert Location(a=1.0) * 0 == Location(a=0.0) # multiplication
>>> assert Location(a=2.0) / 2 == Location(a=1.0) # division
>>> assert Location(a=(1,2)) * 2 == Location(a=(2,4)) # multiplication with ambivalence
>>> assert Location(a=(2,4)) / 2 == Location(a=(1,2)) # division with ambivalence
>>> assert Location(a=(2,4)) - Location(a=1) == Location(a=(1,3))
"""
if __name__ == '__main__':
import sys
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/test/objects/mutator.py 0000664 0000000 0000000 00000016707 13533732012 0023323 0 ustar 00root root 0000000 0000000 from mutatorMath.objects.error import MutatorError
from mutatorMath.objects.location import Location, sortLocations, biasFromLocations
from mutatorMath.objects.mutator import Mutator, buildMutator, getLimits
def test_singleAxis(n):
"""
Tests for a single axis.
A mutator is created with a single value, 100, on a single axis.
values we enter should be reproduced
>>> test_singleAxis(1)
100.0
>>> test_singleAxis(0)
0
a value in the middle should be in the middle
>>> test_singleAxis(.5)
50.0
>>> test_singleAxis(.99)
99.0
extrapolation over zero
>>> test_singleAxis(-1)
-100.0
>>> test_singleAxis(-2)
-200.0
>>> test_singleAxis(-1.5)
-150.0
extrapolation over value
>>> test_singleAxis(2)
200.0
"""
m = Mutator()
neutral = 0
value = 100.0
m.setNeutral(neutral-neutral)
m.addDelta(Location(pop=1), value-neutral, deltaName="test")
return m.getInstance(Location(pop=n)) + neutral
def test_twoAxes(l, n):
"""Test for a system with two axes, 2 values both on-axis.
>>> test_twoAxes(1, 1)
0.0
>>> test_twoAxes(1, 0)
100.0
>>> test_twoAxes(0, 1)
-100.0
>>> test_twoAxes(2, 0)
200.0
>>> test_twoAxes(0, 2)
-200.0
a value in the middle should be in the middle
"""
m = Mutator()
neutral = 0
value = 100.0
m.setNeutral(neutral-neutral)
m.addDelta(Location(pop=1), value-neutral, deltaName="test1")
m.addDelta(Location(snap=1), -1*value-neutral, deltaName="test2")
return m.getInstance(Location(pop=l, snap=n)) + neutral
def test_twoAxesOffAxis(l, n):
"""Test for a system with two axes. Three values, two on-axis, one off-axis.
>>> test_twoAxesOffAxis(0, 0)
0
>>> test_twoAxesOffAxis(1, 1)
50.0
>>> test_twoAxesOffAxis(2, 2)
200.0
>>> test_twoAxesOffAxis(1, 0)
100.0
>>> test_twoAxesOffAxis(0, 1)
-100.0
>>> test_twoAxesOffAxis(2, 0)
200.0
>>> test_twoAxesOffAxis(0, 2)
-200.0
a value in the middle should be in the middle
"""
m = Mutator()
neutral = 0
value = 100.0
m.setNeutral(neutral-neutral)
m.addDelta(Location(pop=1), value-neutral, deltaName="test1")
m.addDelta(Location(snap=1), -1*value-neutral, deltaName="test2")
m.addDelta(Location(pop=1, snap=1), 50, punch=True, deltaName="test2")
return m.getInstance(Location(pop=l, snap=n)) + neutral
def test_twoAxesOffAxisSmall(l, n):
"""Test for a system with two axes. Three values, two on-axis, one off-axis.
>>> test_twoAxesOffAxisSmall(0, 0)
0
>>> test_twoAxesOffAxisSmall(1, 1)
5e-16
>>> test_twoAxesOffAxisSmall(2, 2)
2e-15
>>> test_twoAxesOffAxisSmall(1, 0)
1e-15
>>> test_twoAxesOffAxisSmall(0, 1)
-1e-15
>>> test_twoAxesOffAxisSmall(2, 0)
2e-15
>>> test_twoAxesOffAxisSmall(0, 2)
-2e-15
a value in the middle should be in the middle
"""
m = Mutator()
neutral = 0
value = 1e-15
m.setNeutral(neutral-neutral)
m.addDelta(Location(pop=1), value-neutral, deltaName="test1")
m.addDelta(Location(snap=1), -1*value-neutral, deltaName="test2")
m.addDelta(Location(pop=1, snap=1), 0.5*value-neutral, punch=True, deltaName="test2")
return m.getInstance(Location(pop=l, snap=n)) + neutral
def test_getLimits(a, b, t):
"""Test the getLimits function
>>> test_getLimits(0, 1, 0)
{'pop': (None, 0, None)}
>>> test_getLimits(0, 1, 0.5)
{'pop': (0, None, 1)}
>>> test_getLimits(0, 1, 1)
{'pop': (None, {1: []}, None)}
"""
la = Location(pop=a)
lb = Location(pop=b)
locations = [la, lb]
test = Location(pop=t)
print(getLimits(locations, test))
def test_methods():
""" Test some of the methods.
>>> m = test_methods()
>>> sorted(list(m.getAxisNames()))
['pop', 'snap']
"""
m = Mutator()
neutral = 0
value = 100.0
m.setNeutral(neutral-neutral)
m.addDelta(Location(pop=1), value-neutral, deltaName="test1")
m.addDelta(Location(snap=1), -1*value-neutral, deltaName="test2")
m.addDelta(Location(pop=1, snap=1), 50, punch=True, deltaName="test2")
return m
def test_builder():
""" Test the mutator builder.
>>> items = [
... (Location(pop=1, snap=1), 1),
... (Location(pop=2, snap=1), 2),
... (Location(pop=3, snap=1), 3),
... (Location(pop=1, snap=2), 4),
... (Location(pop=2, snap=2), 5),
... (Location(pop=3, snap=2), 6),
... ]
>>> bias, mb = buildMutator(items)
>>> bias
>>> mb.makeInstance(Location(pop=1, snap=1))
1
>>> mb.makeInstance(Location(pop=1, snap=2))
4
>>> mb.makeInstance(Location(pop=3, snap=2))
6
>>> mb.makeInstance(Location(pop=3, snap=1.5))
4.5
"""
def test_builderBender_1():
""" Test the mutator builder with a warp dict
>>> items = [
... (Location(pop=0), 0),
... (Location(pop=10), 10),
... ]
>>> axisdict = dict(pop = dict(name='pop', minimum=0, maximum=1000, default=0, map=[(0,0), (5, 2), (7, 7), (10,10)]))
>>> bias, mb = buildMutator(items, axisdict)
>>> bias
>>> sorted(mb.items())
[((), (0, 'origin')), ((('pop', 10),), (10, None))]
>>> mb.makeInstance(Location(pop=0), bend=True)
0
>>> mb.makeInstance(Location(pop=1), bend=True)
0.4
>>> mb.makeInstance(Location(pop=2), bend=True)
0.8
>>> mb.makeInstance(Location(pop=3), bend=True)
1.2
>>> mb.makeInstance(Location(pop=4), bend=True)
1.6
>>> mb.makeInstance(Location(pop=5), bend=True)
2.0
>>> mb.makeInstance(Location(pop=6), bend=True)
4.5
>>> mb.makeInstance(Location(pop=7), bend=True)
7.0
>>> mb.makeInstance(Location(pop=8), bend=True)
7.999999999999999
>>> mb.makeInstance(Location(pop=9), bend=True)
9.0
>>> mb.makeInstance(Location(pop=10), bend=True)
10
"""
def test_builderBender_2():
""" Test the mutator builder with a warp dict
>>> items = [
... (Location(pop=0), 0),
... #(Location(pop=7), 5),
... (Location(pop=10), 10),
... ]
>>> axisdict = dict(pop = dict(name='pop', minimum=0, maximum=1000, default=0, map=[(0,0), (5, 2), (10,10)]))
>>> bias, mb = buildMutator(items, axisdict)
>>> bias
>>> sorted(mb.items())
[((), (0, 'origin')), ((('pop', 10),), (10, None))]
>>> mb.makeInstance(Location(pop=0), bend=True)
0
>>> r = []
>>> for p in range(0, 11):
... r.append(mb.makeInstance(Location(pop=p), bend=True))
>>> r
[0, 0.4, 0.8, 1.2, 1.6, 2.0, 3.5999999999999996, 5.2, 6.799999999999999, 8.4, 10]
"""
def test_builderBender_3():
"""
Test case from
https://github.com/googlefonts/fontmake/pull/552#issuecomment-493617252
>>> masters = [
... (Location(Width=70), 0),
... (Location(Width=100), 100),
... ]
>>> axes = {
... 'Width': {
... 'tag': 'wdth',
... 'name': 'Width',
... 'minimum': 62.5,
... 'default': 100.0,
... 'maximum': 100.0,
... 'map': [(62.5, 70.0), (75.0, 79.0), (87.5, 89.0), (100.0, 100.0)],
... }
... }
>>> _, mut = buildMutator(masters, axes)
>>> mut.makeInstance(Location(Width=79), bend=False)
30.0
>>> mut.makeInstance(Location(Width=75), bend=True)
30.0
"""
if __name__ == "__main__":
import sys
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/test/run.py 0000664 0000000 0000000 00000003777 13533732012 0021006 0 ustar 00root root 0000000 0000000 import os
import sys
import unittest
import doctest
# The 'mutatorMath.test' sub-package is not installed along with the others.
# But we need it to be importable so we can use it in setup.py 'test_suite'.
# We would also like to run the test suite against an installed version of
# mutatorMath package, and not just against the Lib/mutatorMath source
# directory, in order to catch issues with packaging.
# Therefore, below we first import mutatorMath, so whatever 'mutatorMath' is
# first found on the PYTHONPATH will be loaded in sys.modules.
# Then, we temporarily extend the PYTHONPATH to include the location of the
# 'mutatorMath.test' sub-package, relative to the current 'run.py' script.
# This way we can import the doctest modules without also attempting to
# import the 'mutatorMath.test' sub-package, which may be missing when we
# testing an installed mutatorMath, vs the 'editable' Lib/mutatorMath.
import mutatorMath
HERE = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
sys.path.insert(0, HERE)
try:
import test.objects.mutator
import test.objects.location
import test.ufo.test
import test.ufo.geometryTest
import test.ufo.kerningTest
import test.ufo.mutingTest
finally:
sys.path.remove(HERE)
def load_tests(loader, tests, ignore):
# doctests inline in the actual Location and Mutator objects comments
tests.addTests(doctest.DocTestSuite(mutatorMath.objects.location))
tests.addTests(doctest.DocTestSuite(mutatorMath.objects.mutator))
# standalone Location and Mutator doctests
tests.addTests(doctest.DocTestSuite(test.objects.mutator))
tests.addTests(doctest.DocTestSuite(test.objects.location))
# doctests in the test.ufo package
tests.addTests(doctest.DocTestSuite(test.ufo.test))
tests.addTests(doctest.DocTestSuite(test.ufo.geometryTest))
tests.addTests(doctest.DocTestSuite(test.ufo.kerningTest))
tests.addTests(doctest.DocTestSuite(test.ufo.mutingTest))
return tests
if __name__ == '__main__':
sys.exit(unittest.main())
MutatorMath-3.0/Lib/mutatorMath/test/ufo/ 0000775 0000000 0000000 00000000000 13533732012 0020403 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/__init__.py 0000664 0000000 0000000 00000000067 13533732012 0022517 0 ustar 00root root 0000000 0000000 """ Some tests for the UFO implementation of Mutator""" MutatorMath-3.0/Lib/mutatorMath/test/ufo/buildExample.py 0000664 0000000 0000000 00000000603 13533732012 0023367 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
Example of a build script for a specific mutatorMath project.
A script like this could live near the designspace description.
It could be called to build a bunch of instances without opening any application.
"""
from mutatorMath.ufo import build
import os
here = os.path.join(os.getcwd(), 'data')
build(here, outputUFOFormatVersion=2)
print('done')
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/ 0000775 0000000 0000000 00000000000 13533732012 0021314 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/axes_test.designspace 0000664 0000000 0000000 00000001456 13533732012 0025530 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/exporttest_basic.designspace 0000664 0000000 0000000 00000004254 13533732012 0027112 0 ustar 00root root 0000000 0000000
testnote123
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/exporttest_build.designspace 0000664 0000000 0000000 00000001652 13533732012 0027127 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/exporttest_info.designspace 0000664 0000000 0000000 00000002030 13533732012 0026752 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/exporttest_kerning.designspace 0000664 0000000 0000000 00000002045 13533732012 0027462 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/exporttest_kerning_muted.designspace 0000664 0000000 0000000 00000001676 13533732012 0030671 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/ 0000775 0000000 0000000 00000000000 13533732012 0022777 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/ 0000775 0000000 0000000 00000000000 13533732012 0023717 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/ 0000775 0000000 0000000 00000000000 13533732012 0027212 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/features.fea 0000664 0000000 0000000 00000000052 13533732012 0031502 0 ustar 00root root 0000000 0000000 # this is the feature from boldcondensed.
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/fontinfo.plist 0000664 0000000 0000000 00000003360 13533732012 0032113 0 ustar 00root root 0000000 0000000
ascender
800
capHeight
800
copyright
License same as MutatorMath. BSD 3-clause. [test-token: A]
descender
-200
familyName
MutatorMathTest
guidelines
italicAngle
0
openTypeNameLicense
License same as MutatorMath. BSD 3-clause. [test-token: A]
openTypeOS2VendorID
LTTR
postscriptBlueValues
postscriptDefaultWidthX
500
postscriptFamilyBlues
postscriptFamilyOtherBlues
postscriptFontName
MutatorMathTest-BoldCondensed
postscriptFullName
MutatorMathTest BoldCondensed
postscriptOtherBlues
postscriptSlantAngle
0
postscriptStemSnapH
postscriptStemSnapV
postscriptWindowsCharacterSet
1
styleMapFamilyName
styleMapStyleName
regular
styleName
BoldCondensed
unitsPerEm
1000
versionMajor
1
versionMinor
2
xHeight
500
year
2004
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layerinfo.plist 0000664 0000000 0000000 00000000354 13533732012 0035626 0 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs.background
color
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MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/K_.glif 0000664 0000000 0000000 00000001550 13533732012 0031715 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/L_.glif 0000664 0000000 0000000 00000001036 13533732012 0031715 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/M_.glif 0000664 0000000 0000000 00000001623 13533732012 0031720 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/N_.glif 0000664 0000000 0000000 00000001345 13533732012 0031722 0 ustar 00root root 0000000 0000000
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MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/S_.glif 0000664 0000000 0000000 00000004505 13533732012 0031730 0 ustar 00root root 0000000 0000000
com.typemytype.robofont.Image.Brightness
0
com.typemytype.robofont.Image.Contrast
1
com.typemytype.robofont.Image.Saturation
1
com.typemytype.robofont.Image.Sharpness
0.4
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MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/U_.glif 0000664 0000000 0000000 00000001650 13533732012 0031730 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/V_.glif 0000664 0000000 0000000 00000001344 13533732012 0031731 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/glyphs/W_.glif 0000664 0000000 0000000 00000001532 13533732012 0031731 0 ustar 00root root 0000000 0000000
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E
E_.glif
F
F_.glif
G
G_.glif
H
H_.glif
I
I_.glif
J
J_.glif
K
K_.glif
L
L_.glif
M
M_.glif
N
N_.glif
O
O_.glif
P
P_.glif
Q
Q_.glif
R
R_.glif
S
S_.glif
T
T_.glif
U
U_.glif
V
V_.glif
W
W_.glif
X
X_.glif
Y
Y_.glif
Z
Z_.glif
colon
colon.glif
comma
comma.glif
period
period.glif
quotedblleft
quotedblleft.glif
quotedblright
quotedblright.glif
semicolon
semicolon.glif
space
space.glif
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color
1,0.75,0,0.7
lib
com.typemytype.robofont.segmentType
curve
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public.kern1.@MMK_L_A
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public.kern2.@MMK_R_A
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com.typemytype.robofont.compileSettings.checkOutlines
com.typemytype.robofont.compileSettings.createDummyDSIG
com.typemytype.robofont.compileSettings.decompose
com.typemytype.robofont.compileSettings.generateFormat
0
com.typemytype.robofont.compileSettings.releaseMode
com.typemytype.robofont.foreground.layerStrokeColor
0.5
0.0
0.5
0.7
com.typemytype.robofont.italicSlantOffset
0
com.typemytype.robofont.segmentType
curve
com.typemytype.robofont.shouldAddPointsInSplineConversion
1
com.typesupply.defcon.sortDescriptor
ascending
space
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
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V
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g
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o
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five
six
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parenright
bracketleft
bracketright
braceleft
braceright
numbersign
percent
period
comma
colon
semicolon
exclam
question
slash
backslash
bar
at
ampersand
paragraph
bullet
dollar
trademark
fi
fl
.notdef
a_b_c
Atilde
Adieresis
Acircumflex
Aring
Ccedilla
Agrave
Aacute
quotedblright
quotedblleft
type
glyphList
public.glyphOrder
space
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
a
b
c
d
e
f
g
h
i
j
k
l
m
n
ntilde
o
p
q
r
s
t
u
v
w
x
y
z
zcaron
zero
one
two
three
four
five
six
seven
eight
nine
underscore
hyphen
endash
emdash
parenleft
parenright
bracketleft
bracketright
braceleft
braceright
numbersign
percent
period
comma
colon
semicolon
exclam
question
slash
backslash
bar
at
ampersand
paragraph
bullet
dollar
trademark
fi
fl
.notdef
a_b_c
Atilde
Adieresis
Acircumflex
Aring
Ccedilla
Agrave
Aacute
quotedblright
quotedblleft
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldCondensed.ufo/metainfo.plist 0000664 0000000 0000000 00000000445 13533732012 0032074 0 ustar 00root root 0000000 0000000
creator
org.robofab.ufoLib
formatVersion
3
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/ 0000775 0000000 0000000 00000000000 13533732012 0026200 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/features.fea 0000664 0000000 0000000 00000000044 13533732012 0030471 0 ustar 00root root 0000000 0000000 # this is the feature from BoldWide
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/fontinfo.plist 0000664 0000000 0000000 00000003341 13533732012 0031100 0 ustar 00root root 0000000 0000000
ascender
800
capHeight
800
copyright
License same as MutatorMath. BSD 3-clause. [test-token: B]
descender
-200
familyName
MutatorMathTest
guidelines
italicAngle
0
openTypeNameLicense
License same as MutatorMath. BSD 3-clause. [test-token: B]
openTypeOS2VendorID
LTTR
postscriptBlueValues
postscriptDefaultWidthX
500
postscriptFamilyBlues
postscriptFamilyOtherBlues
postscriptFontName
MutatorMathTest-BoldWide
postscriptFullName
MutatorMathTest BoldWide
postscriptOtherBlues
postscriptSlantAngle
0
postscriptStemSnapH
postscriptStemSnapV
postscriptWindowsCharacterSet
1
styleMapFamilyName
styleMapStyleName
regular
styleName
BoldWide
unitsPerEm
1000
versionMajor
1
versionMinor
2
xHeight
500
year
2004
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs.background/ 0000775 0000000 0000000 00000000000 13533732012 0031624 5 ustar 00root root 0000000 0000000 contents.plist 0000664 0000000 0000000 00000000274 13533732012 0034462 0 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs.background
layerinfo.plist 0000664 0000000 0000000 00000000354 13533732012 0034614 0 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs.background
color
0.5,1,0,0.7
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/ 0000775 0000000 0000000 00000000000 13533732012 0027506 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/A_.glif 0000664 0000000 0000000 00000001663 13533732012 0030676 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/B_.glif 0000664 0000000 0000000 00000003374 13533732012 0030700 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/C_.glif 0000664 0000000 0000000 00000002612 13533732012 0030673 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/D_.glif 0000664 0000000 0000000 00000002154 13533732012 0030675 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/E_.glif 0000664 0000000 0000000 00000001665 13533732012 0030704 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/F_.glif 0000664 0000000 0000000 00000001360 13533732012 0030675 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/G_.glif 0000664 0000000 0000000 00000003322 13533732012 0030676 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/H_.glif 0000664 0000000 0000000 00000001354 13533732012 0030702 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/I_.glif 0000664 0000000 0000000 00000001346 13533732012 0030704 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/J_.glif 0000664 0000000 0000000 00000001467 13533732012 0030711 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/K_.glif 0000664 0000000 0000000 00000001553 13533732012 0030706 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/L_.glif 0000664 0000000 0000000 00000001041 13533732012 0030677 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/M_.glif 0000664 0000000 0000000 00000001627 13533732012 0030712 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/N_.glif 0000664 0000000 0000000 00000001351 13533732012 0030705 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/O_.glif 0000664 0000000 0000000 00000002553 13533732012 0030713 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/P_.glif 0000664 0000000 0000000 00000002164 13533732012 0030712 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/Q_.glif 0000664 0000000 0000000 00000000574 13533732012 0030716 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/R_.glif 0000664 0000000 0000000 00000002664 13533732012 0030721 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/S_.glif 0000664 0000000 0000000 00000003725 13533732012 0030721 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/T_.glif 0000664 0000000 0000000 00000001045 13533732012 0030713 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/U_.glif 0000664 0000000 0000000 00000002015 13533732012 0030712 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/V_.glif 0000664 0000000 0000000 00000001346 13533732012 0030721 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/W_.glif 0000664 0000000 0000000 00000001535 13533732012 0030722 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/X_.glif 0000664 0000000 0000000 00000001443 13533732012 0030721 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/Y_.glif 0000664 0000000 0000000 00000001356 13533732012 0030725 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/Z_.glif 0000664 0000000 0000000 00000001356 13533732012 0030726 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/colon.glif 0000664 0000000 0000000 00000000362 13533732012 0031464 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/comma.glif 0000664 0000000 0000000 00000001012 13533732012 0031437 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/contents.plist 0000664 0000000 0000000 00000003273 13533732012 0032425 0 ustar 00root root 0000000 0000000
A
A_.glif
B
B_.glif
C
C_.glif
D
D_.glif
E
E_.glif
F
F_.glif
G
G_.glif
H
H_.glif
I
I_.glif
J
J_.glif
K
K_.glif
L
L_.glif
M
M_.glif
N
N_.glif
O
O_.glif
P
P_.glif
Q
Q_.glif
R
R_.glif
S
S_.glif
T
T_.glif
U
U_.glif
V
V_.glif
W
W_.glif
X
X_.glif
Y
Y_.glif
Z
Z_.glif
colon
colon.glif
comma
comma.glif
period
period.glif
quotedblbase
quotedblbase.glif
quotedblleft
quotedblleft.glif
quotedblright
quotedblright.glif
quotesinglbase
quotesinglbase.glif
semicolon
semicolon.glif
space
space.glif
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/layerinfo.plist 0000664 0000000 0000000 00000000530 13533732012 0032551 0 ustar 00root root 0000000 0000000
color
1,0.75,0,0.7
lib
com.typemytype.robofont.segmentType
curve
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/period.glif 0000664 0000000 0000000 00000000536 13533732012 0031637 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/quotedblbase.glif 0000664 0000000 0000000 00000000403 13533732012 0033020 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/quotedblleft.glif 0000664 0000000 0000000 00000000505 13533732012 0033043 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/quotedblright.glif 0000664 0000000 0000000 00000000410 13533732012 0033221 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/quotesinglbase.glif 0000664 0000000 0000000 00000000315 13533732012 0033375 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/semicolon.glif 0000664 0000000 0000000 00000000365 13533732012 0032345 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/glyphs/space.glif 0000664 0000000 0000000 00000000232 13533732012 0031441 0 ustar 00root root 0000000 0000000
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/groups.plist 0000664 0000000 0000000 00000000520 13533732012 0030571 0 ustar 00root root 0000000 0000000
public.kern1.@MMK_L_A
A
public.kern2.@MMK_R_A
A
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/layercontents.plist 0000664 0000000 0000000 00000000537 13533732012 0032154 0 ustar 00root root 0000000 0000000
foreground
glyphs
background
glyphs.background
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/lib.plist 0000664 0000000 0000000 00000033104 13533732012 0030024 0 ustar 00root root 0000000 0000000
com.typemytype.robofont.background.layerStrokeColor
0.0
0.8
0.2
0.7
com.typemytype.robofont.compileSettings.autohint
com.typemytype.robofont.compileSettings.checkOutlines
com.typemytype.robofont.compileSettings.createDummyDSIG
com.typemytype.robofont.compileSettings.decompose
com.typemytype.robofont.compileSettings.generateFormat
0
com.typemytype.robofont.compileSettings.releaseMode
com.typemytype.robofont.foreground.layerStrokeColor
0.5
0.0
0.5
0.7
com.typemytype.robofont.italicSlantOffset
0
com.typemytype.robofont.segmentType
curve
com.typemytype.robofont.shouldAddPointsInSplineConversion
1
com.typesupply.defcon.sortDescriptor
ascending
space
A
Agrave
Aacute
Acircumflex
Atilde
Adieresis
Aring
B
C
Ccedilla
D
E
Egrave
Eacute
Ecircumflex
Edieresis
F
G
H
I
Igrave
Iacute
Icircumflex
Idieresis
J
K
L
M
N
Ntilde
O
Ograve
Oacute
Ocircumflex
Otilde
Odieresis
P
Q
R
S
Scaron
T
U
Ugrave
Uacute
Ucircumflex
Udieresis
V
W
X
Y
Yacute
Ydieresis
Z
Zcaron
AE
Eth
Oslash
Thorn
Lslash
OE
a
agrave
aacute
acircumflex
atilde
adieresis
aring
b
c
ccedilla
d
e
egrave
eacute
ecircumflex
edieresis
f
g
h
i
igrave
iacute
icircumflex
idieresis
j
k
l
m
n
ntilde
o
ograve
oacute
ocircumflex
otilde
odieresis
p
q
r
s
scaron
t
u
ugrave
uacute
ucircumflex
udieresis
v
w
x
y
yacute
ydieresis
z
zcaron
ordfeminine
ordmasculine
germandbls
ae
eth
oslash
thorn
dotlessi
lslash
oe
zero
one
two
three
four
five
six
seven
eight
nine
onesuperior
twosuperior
threesuperior
onequarter
onehalf
threequarters
underscore
hyphen
endash
emdash
parenleft
parenright
bracketleft
bracketright
braceleft
braceright
numbersign
percent
perthousand
quotesingle
quotedbl
quoteleft
quoteright
quotedblleft
quotedblright
quotesinglbase
quotedblbase
guilsinglleft
guilsinglright
guillemotleft
guillemotright
asterisk
dagger
daggerdbl
period
comma
colon
semicolon
ellipsis
exclam
exclamdown
question
questiondown
slash
backslash
fraction
bar
brokenbar
at
ampersand
section
paragraph
periodcentered
bullet
plus
minus
plusminus
divide
multiply
equal
less
greater
logicalnot
mu
dollar
cent
sterling
currency
yen
Euro
florin
asciicircum
asciitilde
acute
grave
hungarumlaut
circumflex
caron
breve
tilde
macron
dieresis
dotaccent
ring
cedilla
ogonek
copyright
registered
trademark
degree
fi
fl
.notdef
a_b_c
type
glyphList
public.glyphOrder
space
A
Agrave
Aacute
Acircumflex
Atilde
Adieresis
Aring
B
C
Ccedilla
D
E
Egrave
Eacute
Ecircumflex
Edieresis
F
G
H
I
Igrave
Iacute
Icircumflex
Idieresis
J
K
L
M
N
Ntilde
O
Ograve
Oacute
Ocircumflex
Otilde
Odieresis
P
Q
R
S
Scaron
T
U
Ugrave
Uacute
Ucircumflex
Udieresis
V
W
X
Y
Yacute
Ydieresis
Z
Zcaron
AE
Eth
Oslash
Thorn
Lslash
OE
a
agrave
aacute
acircumflex
atilde
adieresis
aring
b
c
ccedilla
d
e
egrave
eacute
ecircumflex
edieresis
f
g
h
i
igrave
iacute
icircumflex
idieresis
j
k
l
m
n
ntilde
o
ograve
oacute
ocircumflex
otilde
odieresis
p
q
r
s
scaron
t
u
ugrave
uacute
ucircumflex
udieresis
v
w
x
y
yacute
ydieresis
z
zcaron
ordfeminine
ordmasculine
germandbls
ae
eth
oslash
thorn
dotlessi
lslash
oe
zero
one
two
three
four
five
six
seven
eight
nine
onesuperior
twosuperior
threesuperior
onequarter
onehalf
threequarters
underscore
hyphen
endash
emdash
parenleft
parenright
bracketleft
bracketright
braceleft
braceright
numbersign
percent
perthousand
quotesingle
quotedbl
quoteleft
quoteright
quotedblleft
quotedblright
quotesinglbase
quotedblbase
guilsinglleft
guilsinglright
guillemotleft
guillemotright
asterisk
dagger
daggerdbl
period
comma
colon
semicolon
ellipsis
exclam
exclamdown
question
questiondown
slash
backslash
fraction
bar
brokenbar
at
ampersand
section
paragraph
periodcentered
bullet
plus
minus
plusminus
divide
multiply
equal
less
greater
logicalnot
mu
dollar
cent
sterling
currency
yen
Euro
florin
asciicircum
asciitilde
acute
grave
hungarumlaut
circumflex
caron
breve
tilde
macron
dieresis
dotaccent
ring
cedilla
ogonek
copyright
registered
trademark
degree
fi
fl
.notdef
a_b_c
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/bold/BoldWide.ufo/metainfo.plist 0000664 0000000 0000000 00000000445 13533732012 0031062 0 ustar 00root root 0000000 0000000
creator
org.robofab.ufoLib
formatVersion
3
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/cleanup.py 0000664 0000000 0000000 00000000150 13533732012 0024774 0 ustar 00root root 0000000 0000000 for f in AllFonts():
for g in f:
l = g.getLayer("background")
l.clear()
f.save() MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/fixSpacing.py 0000664 0000000 0000000 00000004027 13533732012 0025447 0 ustar 00root root 0000000 0000000
for f in AllFonts():
if 'Wide' in f.info.styleName:
wk = 'wide'
else:
wk = 'cond'
if 'Bold' in f.info.styleName:
bk = 'bold'
else:
bk = 'light'
print 'current', wk, bk
groups = {
"L_straight": ['B', 'D', 'E', 'F', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'P', 'R', 'U', 'Z', "quotesinglbase", "quotedblbase", "period", "comma", "colon", "semicolon", "quotedblright", "quotedblleft"],
"R_straight": [ 'E', 'F', 'G', 'H', 'I', 'J', 'M', 'N', 'U', 'Z', "quotesinglbase", "quotedblbase", "period", "comma", "colon", "semicolon", "quotedblright", "quotedblleft"],
"L_angled": ['A', 'V', 'W', 'X', 'Y'],
"R_angled": ['A', 'K', 'V', 'W', 'X', 'Y'],
"L_short": ['T', ],
"R_short": ['L', 'T', 'P', 'R', 'B', ],
"L_round": ['C','G', 'O', 'Q', 'S'],
"R_round": ['C', 'D', 'O', 'Q', 'S'],
}
margins = {
'bold': {
'straight': dict(cond=30, wide=60),
'angled': dict(cond=10, wide=20),
'round': dict(cond=20, wide=40),
'short': dict(cond=20, wide=20),
},
'light': {
'straight': dict(cond=60, wide=120),
'angled': dict(cond=20, wide=40),
'round': dict(cond=50, wide=80),
'short': dict(cond=30, wide=40),
},
}
for n in f.keys():
#print n
for k, v in groups.items():
if n in v:
parts = k.split("_")
left = None
right = None
if parts[0] == "L":
left = margins[bk].get(parts[1])[wk]
#print "links", n, k, left
elif parts[0] == "R":
right = margins[bk].get(parts[1])[wk]
#print "rechts", n, k, right
if n in f:
if left:
f[n].leftMargin = left
if right:
f[n].rightMargin = right
MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/intermediate/ 0000775 0000000 0000000 00000000000 13533732012 0025451 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/intermediate/IntermediateCondensed.ufo/ 0000775 0000000 0000000 00000000000 13533732012 0032476 5 ustar 00root root 0000000 0000000 features.fea 0000664 0000000 0000000 00000000104 13533732012 0034705 0 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/intermediate/IntermediateCondensed.ufo # this is the feature from lightCondensed
# Hi_this_is_the_feature.
fontinfo.plist 0000664 0000000 0000000 00000002400 13533732012 0035312 0 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/test/ufo/data/sources/intermediate/IntermediateCondensed.ufo
ascender
763.459275
capHeight
763.459275
copyright
Copyright-token-string
descender
-200
familyName
Intermediate
italicAngle
0
openTypeOS2VendorID
ADBE
postscriptBlueValues
postscriptDefaultWidthX
500
postscriptFamilyBlues
postscriptFamilyOtherBlues
postscriptOtherBlues
postscriptSlantAngle
0
postscriptStemSnapH
postscriptStemSnapV
postscriptWindowsCharacterSet
1
styleName
Narrow
unitsPerEm
1000.0
versionMajor
1
versionMinor
2
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descender
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MutatorMath-3.0/Lib/mutatorMath/test/ufo/geometryTest.py 0000664 0000000 0000000 00000007737 13533732012 0023466 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from __future__ import print_function
from defcon.objects.font import Font
from fontMath import MathKerning
from fontMath.mathKerning import MathKerning
from mutatorMath.ufo.document import DesignSpaceDocumentWriter, DesignSpaceDocumentReader
from mutatorMath.objects.location import Location
import os, sys, shutil
"""
These are some basic tests for glyph geometry.
"""
def testingProgressFunc(state, action, text, tick):
""" Progress function that gets passed to the DesignSpaceDocumentReader should
report on the faulty kerning pairs it found.
"""
pass
def addGlyphs(font, s):
# we need to add the glyphs
for n in ['glyphOne', 'glyphTwo']:
font.newGlyph(n)
g = font[n]
p = g.getPen()
p.moveTo((0,0))
p.lineTo((s,0))
p.lineTo((s,s))
p.lineTo((0,s))
p.closePath()
g.width = s
def fillInfo(font):
font.info.unitsPerEm = 1000
font.info.ascender = 800
font.info.descender = -200
def makeTestFonts(rootPath):
""" Make some test fonts that have the kerning problem."""
path1 = os.path.join(rootPath, "geometryMaster1.ufo")
path2 = os.path.join(rootPath, "geometryMaster2.ufo")
path3 = os.path.join(rootPath, "geometryInstance.ufo")
path4 = os.path.join(rootPath, "geometryInstanceAnisotropic1.ufo")
path5 = os.path.join(rootPath, "geometryInstanceAnisotropic2.ufo")
# Two masters
f1 = Font()
addGlyphs(f1, 100)
f2 = Font()
addGlyphs(f2, 500)
fillInfo(f1)
fillInfo(f2)
# save
f1.save(path1, 2)
f2.save(path2, 2)
return path1, path2, path3, path4, path5
def testGeometry(rootPath, cleanUp=True):
# that works, let's do it via MutatorMath
path1, path2, path3, path4, path5 = makeTestFonts(rootPath)
documentPath = os.path.join(rootPath, 'geometryTest.designspace')
doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
doc.addSource(
path1,
name="master_1",
location=dict(width=0),
copyLib=True,
copyGroups=True,
copyInfo=True,
copyFeatures=True,
)
doc.addSource(
path2,
name="master_2",
location=dict(width=1000),
copyLib=False,
copyGroups=False,
copyInfo=False,
copyFeatures=False,
)
doc.startInstance(fileName=path3,
familyName="TestInstance",
styleName="Regular",
location=dict(width=500)
)
doc.endInstance()
doc.startInstance(fileName=path4,
familyName="TestInstance",
styleName="Anisotropic1",
location=dict(width=(0, 1000))
)
doc.endInstance()
doc.startInstance(fileName=path5,
familyName="TestInstance",
styleName="Anisotropic2",
location=dict(width=(1000, 0))
)
doc.endInstance()
doc.save()
# execute the designspace.
doc = DesignSpaceDocumentReader(documentPath, 2, roundGeometry=True, verbose=True, progressFunc=testingProgressFunc)
doc.process(makeGlyphs=True, makeKerning=False, makeInfo=True)
r1 = Font(path3)
assert r1['glyphOne'].bounds == (0, 0, 300, 300)
r2 = Font(path4)
assert r2['glyphOne'].bounds == (0, 0, 100, 500)
r3 = Font(path5)
assert r3['glyphOne'].bounds == (0, 0, 500, 100)
if cleanUp:
# remove the mess
os.remove(documentPath)
shutil.rmtree(path1)
shutil.rmtree(path2)
shutil.rmtree(path3)
shutil.rmtree(path4)
shutil.rmtree(path5)
return True
def test1():
"""
>>> import time
>>> import os
>>> testData = os.path.join(os.path.dirname(__file__), "testData")
>>> try:
... os.mkdir(testData)
... except OSError:
... pass
>>> testGeometry(testData, cleanUp=False)
True
"""
if __name__ == "__main__":
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/test/ufo/kerningTest.py 0000664 0000000 0000000 00000011216 13533732012 0023253 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from __future__ import print_function
from defcon.objects.font import Font
from fontMath import MathKerning
#from ufoLib.validators import kerningValidatorReportPairs
from fontMath.mathKerning import MathKerning
from mutatorMath.ufo.document import DesignSpaceDocumentWriter, DesignSpaceDocumentReader
from mutatorMath.objects.location import Location
import os, sys, shutil
"""
This is a test for a very specific problem that can occur
when two or more masters have valid kerning and groups,
but interpolations receive exceptions from both masters.
These exceptions can be in conflict.
It is hard to predict these conflicts exclusively on the input.
But they are easy to detect using the kerning validator from
ufoLib.
20160425 Changes in the validation of kerning in Defcon made this test irrelevant.
"""
def addGlyphs(font):
# we need to add the glyphs
for n in ['glyphOne', 'glyphTwo', 'glyphThree', 'glyphFour']:
font.newGlyph(n)
g = font[n]
p = g.getPen()
p.moveTo((100,100))
p.lineTo((200,200))
p.lineTo((0,100))
p.closePath()
def makeTestFonts(rootPath):
""" Make some test fonts that have the kerning problem."""
path1 = os.path.join(rootPath, "validMaster1.ufo")
path2 = os.path.join(rootPath, "validMaster2.ufo")
path3 = os.path.join(rootPath, "invalidInstance.ufo")
# Two masters
f1 = Font()
f1.groups['public.kern1.@MMK_L_one'] = ['glyphOne', 'glyphTwo']
f1.groups['public.kern2.@MMK_R_two'] = ['glyphThree', 'glyphFour']
addGlyphs(f1)
f2 = Font()
f2.groups.update(f1.groups)
# both masters have the same groups
addGlyphs(f2)
assert f1.groups == f2.groups
# a normal group / group pair in each master
f1.kerning[('public.kern1.@MMK_L_one', 'public.kern2.@MMK_R_two')] = 1000
f1.kerning[('a', 'b')] = 10
f2.kerning[('public.kern1.@MMK_L_one', 'public.kern2.@MMK_R_two')] = 2000
f2.kerning[('a', 'b')] = 10
# a valid exception to this pair in each master
f1.kerning[('public.kern1.@MMK_L_one', 'glyphThree')] = -500
f2.kerning[('glyphOne', 'public.kern2.@MMK_R_two')] = -800
# make sure the kerning and groups in each master validate.
#assert kerningValidatorReportPairs(f1.kerning, f1.groups) == (True, [], [])
#assert kerningValidatorReportPairs(f2.kerning, f2.groups) == (True, [], [])
# save
f1.save(path1, 3)
f2.save(path2, 3)
return path1, path2, path3
def testingProgressFunc(state, action, text, tick):
""" Progress function that gets passed to the DesignSpaceDocumentReader should
report on the faulty kerning pairs it found.
"""
failPair1 = "invalidInstance.ufo:\nThese kerning pairs failed validation and have been removed:\nglyphOne, public.kern2.@MMK_R_two (-400) conflicts with public.kern1.@MMK_L_one, glyphThree (-250)\npublic.kern1.@MMK_L_one, glyphThree (-250) conflicts with glyphOne, public.kern2.@MMK_R_two (-400)"
if state == "error" and action == 'kerning':
assert failPair1 in text
def testOuroborosKerning(rootPath, cleanUp=True):
# that works, let's do it via MutatorMath
path1, path2, path3 = makeTestFonts(rootPath)
documentPath = os.path.join(rootPath, 'kerningTest.designspace')
doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
doc.addSource(
path1,
name="master_1",
location=dict(width=0),
copyLib=True,
copyGroups=True,
copyInfo=True,
copyFeatures=True,
)
doc.addSource(
path2,
name="master_2",
location=dict(width=1000),
copyLib=False,
copyGroups=False,
copyInfo=False,
copyFeatures=False,
)
doc.startInstance(fileName=path3,
familyName="TestInstance",
styleName="Regular",
location=dict(width=100)
)
doc.writeKerning(location=dict(width=500))
doc.endInstance()
doc.save()
# execute the designspace. Kerning errors should be tripped by the
doc = DesignSpaceDocumentReader(documentPath, 2, roundGeometry=True, verbose=True, progressFunc=testingProgressFunc)
doc.process(makeGlyphs=True, makeKerning=True, makeInfo=True)
if cleanUp:
# remove the mess
shutil.rmtree(path1)
shutil.rmtree(path2)
shutil.rmtree(path3)
return True
def test1():
"""
>>> import time
>>> import os
>>> testOuroborosKerning(os.path.join(os.getcwd(), "testData"), cleanUp=True)
True
"""
if __name__ == "__main__":
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/test/ufo/mutingTest.py 0000664 0000000 0000000 00000010551 13533732012 0023122 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from __future__ import print_function
from defcon.objects.font import Font
from fontMath import MathKerning
from fontMath.mathKerning import MathKerning
from mutatorMath.ufo.document import DesignSpaceDocumentWriter, DesignSpaceDocumentReader
from mutatorMath.objects.location import Location
import os, sys, shutil
"""
This is a test for the muting functionality.
- mute masters
- mute specific glyphs
"""
def testingProgressFunc(state, action, text, tick):
""" Progress function that gets passed to the DesignSpaceDocumentReader should
report on the faulty kerning pairs it found.
"""
pass
#print "testingProgressFunc", state, action, text, tick
def addGlyphs(font, offset=0):
# we need to add the glyphs
# add an offset so we can see if the masters are active.
for n in ['glyphOne', 'glyphTwo', 'glyphThree', 'glyphFour']:
font.newGlyph(n)
g = font[n]
p = g.getPen()
p.moveTo((100+offset,100+offset))
p.lineTo((200+offset,200+offset))
p.lineTo((offset,100+offset))
p.closePath()
def makeTestFonts(rootPath):
""" Make some test fonts that have the kerning problem."""
path1 = os.path.join(rootPath, "mutingMaster1.ufo")
path2 = os.path.join(rootPath, "mutingMaster2.ufo")
path3 = os.path.join(rootPath, "mutedGlyphInstance.ufo")
# Two masters
f1 = Font()
addGlyphs(f1, 0)
f1.info.unitsPerEm = 1000
f1.kerning[('glyphOne', 'glyphOne')] = -100
f2 = Font()
addGlyphs(f2, 33)
f2.info.unitsPerEm = 2000
f2.kerning[('glyphOne', 'glyphOne')] = -200
# save
f1.save(path1, 3)
f2.save(path2, 3)
return path1, path2, path3
def testMutingOptions(rootPath, cleanUp=True):
# that works, let's do it via MutatorMath
# path1 and path2 are masters. path3 is the instance
path1, path2, path3 = makeTestFonts(rootPath)
documentPath = os.path.join(rootPath, 'mutingTest.designspace')
doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
doc.addSource(
path1,
name="master_1",
location=dict(width=0),
copyLib=True,
copyGroups=True,
copyInfo=True,
copyFeatures=True,
muteKerning=True
)
doc.addSource(
path2,
name="master_2",
location=dict(width=1000),
copyLib=False,
copyGroups=False,
copyInfo=False,
copyFeatures=False,
muteInfo=True,
mutedGlyphNames=['glyphThree'] # mute glyphThree in master 1
)
doc.startInstance(fileName=path3,
familyName="TestInstance",
styleName="Regular",
location=dict(width=500)
)
doc.writeGlyph('glyphFour', mute=True) # mute glyphFour in the instance
doc.writeKerning()
doc.writeInfo()
doc.endInstance()
doc.save()
# execute the designspace.
doc = DesignSpaceDocumentReader(documentPath, 2, roundGeometry=True, verbose=True, progressFunc=testingProgressFunc)
doc.process(makeGlyphs=True, makeKerning=True, makeInfo=True)
# look at the results
m1 = Font(path1)
m2 = Font(path2)
r = Font(path3)
#
# the glyphThree master was muted in the second master
# so the instance glyphThree should be the same as the first master:
assert r['glyphThree'].bounds == m1['glyphThree'].bounds
# we muted glyphFour in the instance.
# so it should not be part of the instance UFO:
assert "glyphFour" not in r
# font.info is muted for master2, so the instance has to have the values from master 1
assert r.info.unitsPerEm == m1.info.unitsPerEm
# kerning is muted for master1, so the instance has to have the kerning from master 2
assert r.kerning[('glyphOne', 'glyphOne')] == m2.kerning[('glyphOne', 'glyphOne')]
if cleanUp:
# remove the mess
try:
os.remove(documentPath)
shutil.rmtree(path1)
shutil.rmtree(path2)
shutil.rmtree(path3)
except:
pass
return True
def test1():
"""
>>> import time
>>> import os
>>> testData = os.path.join(os.path.dirname(__file__), "testData")
>>> testMutingOptions(testData, cleanUp=False)
True
"""
if __name__ == "__main__":
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/test/ufo/test.py 0000664 0000000 0000000 00000047642 13533732012 0021751 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from __future__ import print_function
"""
These are tests for writing and processing designspace.designspace documents
- write various designspaces
- read them
- process them using the test fonts
- show masters can be read from different directories
- show instances can be generated into different directories
- do some basic output testing.
"""
import os
import defcon.objects.font
import mutatorMath.objects.error
from mutatorMath.ufo.document import DesignSpaceDocumentWriter, DesignSpaceDocumentReader
from mutatorMath.objects.location import Location
def stripPrefix(d):
# strip the "public.kern" prefixes from d
new = []
for pair, value in d:
a, b = pair
if "public.kern" in a:
a = a[13:]
if "public.kern" in b:
b = b[13:]
new.append(((a,b), value))
return sorted(new)
#t = [(('V', 'public.kern2.@MMK_R_A'), -100), (('public.kern1.@MMK_L_A', 'V'), -100)]
#stripPrefix(t)
def test1():
"""
>>> import time
>>> from mutatorMath.ufo.document import initializeLogger
>>> testRoot = os.path.join(os.path.dirname(__file__), 'data')
>>> documentPath = os.path.join(testRoot, 'exporttest_basic.designspace')
>>> sourcePath = os.path.join(testRoot, 'sources')
>>> instancePath = os.path.join(testRoot, 'instances')
>>> master1Path = os.path.join(testRoot, )
>>> #logPath = None #
>>> logPath = os.path.join(testRoot, "tests.log")
>>> if logPath is not None:
... if os.path.exists(logPath):
... os.remove(logPath)
... initializeLogger(logPath)
>>> ufoVersion=2
>>> roundGeometry=True # this will trigger some fails if run with a pre-ufo3 fontMath.
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> doc.addSource(
... os.path.join(sourcePath, "light", "LightCondensed.ufo"),
... name="master_1",
... location=dict(width=0),
... copyLib=True, # change to see the copy Lib test fail
... copyGroups=True, # change to see assertions fail on groupSource and instance groups.
... copyInfo=True,
... copyFeatures=True,
... muteKerning=False,
... muteInfo=True,
... mutedGlyphNames=['a',],
... familyName="ExplicitSourceFamilyName",
... styleName="ExplicitSourceStyleName",)
>>> doc.addSource(
... os.path.join(sourcePath, "light", "LightWide.ufo"),
... name="master_2",
... location=dict(width=1),
... copyLib=False,
... copyGroups=False,
... copyInfo=False,
... muteKerning=True,
... muteInfo=True,
... mutedGlyphNames=['b'] )
>>> testOutputFileName = os.path.join(instancePath, "A", "testOutput_glyphs.ufo")
>>> glyphMasters = [('M', "master_1", dict(width=0)), ('M', "master_2", dict(width=1)), ]
>>> doc.startInstance(fileName=testOutputFileName,
... familyName="TestFamily",
... styleName="TestStyleName",
... location=dict(width=(0.2, 0.8)))
>>> doc.writeGlyph("M", unicodes=[0xff], location=dict(width=0.9), masters=None, note="testnote123")
>>> doc.writeGlyph("N", location=dict(width=0.7), masters=glyphMasters)
>>> doc.endInstance()
>>> doc.save()
>>> doc = DesignSpaceDocumentReader(documentPath, ufoVersion, roundGeometry=roundGeometry, verbose=True, logPath=logPath)
>>> doc.process(makeGlyphs=True, makeKerning=False, makeInfo=False)
# check if we found the UFOs
>>> assert "master_1" in doc.sources
>>> assert "master_2" in doc.sources
# check if we are reading the muting flags
>>> assert doc.libSource == 'master_1'
>>> assert doc.groupsSource == 'master_1'
>>> assert doc.libSource == 'master_1'
>>> assert doc.muted == {'info': ['master_1', 'master_2'], 'glyphs': {'master_2': ['b'], 'master_1': ['a']}, 'kerning': ['master_2']}
# check the locations
>>> fontObj, loc = doc.sources['master_1']
>>> loc.asTuple()
(('width', 0.0),)
>>> loc.asTuple()
(('width', 0.0),)
>>> fontObj, loc = doc.sources['master_2']
>>> loc.asTuple()
(('width', 1.0),)
# check the instances
>>> assert os.path.basename(testOutputFileName) in doc.results
>>> resultUFOPath = doc.results[os.path.basename(testOutputFileName)]
>>> instance = defcon.objects.font.Font(resultUFOPath)
# note: the next assertion will fail if the calculations were made with the
# pre-ufo3 fontMath.
>>> assert instance['M'].unicodes == [0xff]
# check the groups
>>> ('testGroup', ['E', 'F', 'H']) in list(instance.groups.items())
True
# check the lib
>>> assert "testLibItemKey" in instance.lib.keys()
# check the feature text was copied from the source
>>> assert "Hi_this_is_the_feature." in instance.features.text
# basic kerning processing.
>>> documentPath = os.path.join(testRoot, 'exporttest_kerning.designspace')
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> doc.addSource(
... os.path.join(sourcePath, "light", "LightCondensed.ufo"),
... name="master_1",
... location=dict(weight=0),
... copyLib=True,
... copyGroups=True,
... copyInfo=True,
... muteKerning=False,
... muteInfo=False)
>>> doc.addSource(
... os.path.join(sourcePath, "bold", "BoldCondensed.ufo"),
... name="master_2",
... location=dict(weight=1),
... copyLib=False,
... copyGroups=False,
... copyInfo=False,
... muteKerning=False,
... muteInfo=False )
>>> testOutputFileName = os.path.join(instancePath, "B", "testOutput_kerning.ufo")
>>> doc.startInstance(fileName=testOutputFileName, familyName="TestFamily", styleName="TestStyleName", location=dict(weight=0.6))
# give this kerning master a different location
>>> #doc.writeKerning(location=dict(weight=1))
>>> #doc.endInstance()
>>> #doc.save()
>>> #doc = DesignSpaceDocumentReader(documentPath, ufoVersion, roundGeometry=roundGeometry, verbose=True, logPath=logPath)
>>> #doc.process(makeGlyphs=False, makeKerning=True, makeInfo=False)
>>> #assert os.path.basename(testOutputFileName) in doc.results
>>> #resultUFOPath = doc.results[os.path.basename(testOutputFileName)]
>>> #instance = defcon.objects.font.Font(resultUFOPath)
>>> #assert sorted(instance.kerning.items()) == stripPrefix([(('@MMK_L_A', 'V'), 100), (('V', '@MMK_R_A'), 100)])
# test the effects of muting the kerning
>>> documentPath = os.path.join(testRoot, 'exporttest_kerning_muted.designspace')
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> doc.addSource(
... os.path.join(sourcePath, "light", "LightCondensed.ufo"),
... name="master_1",
... location=dict(weight=0),
... copyLib=True,
... copyGroups=True,
... copyInfo=True,
... muteKerning=False,
... muteInfo=False)
>>> doc.addSource(
... os.path.join(sourcePath, "bold", "BoldCondensed.ufo"),
... name="master_2",
... location=dict(weight=1),
... copyLib=False,
... copyGroups=False,
... copyInfo=False,
... muteKerning=True, # mute a master at a non-origin location!
... muteInfo=False )
>>> testOutputFileName = os.path.join(instancePath, "C", "testOutput_kerning_muted.ufo")
>>> testLocation = dict(weight=0.6) # change this location to see calculation assertions fail.
>>> doc.startInstance(fileName=testOutputFileName, familyName="TestFamily", styleName="TestStyleName", location=testLocation)
>>> doc.writeKerning()
>>> doc.endInstance()
>>> doc.save()
>>> doc = DesignSpaceDocumentReader(documentPath, ufoVersion, roundGeometry=roundGeometry, verbose=True, logPath=logPath)
>>> paths = doc.getSourcePaths()
>>> len(paths)
2
>>> doc.process(makeGlyphs=False, makeKerning=True, makeInfo=False)
>>> assert doc.groupsSource == 'master_1'
>>> assert os.path.basename(testOutputFileName) in doc.results
>>> resultUFOPath = doc.results[os.path.basename(testOutputFileName)]
>>> instance = defcon.objects.font.Font(resultUFOPath)
# the bold condensed kerning master has been muted, we expect the light condensed data in the instance
>>> assert [(('@MMK_L_A', 'V'), -100), (('V', '@MMK_R_A'), -100)] == stripPrefix(sorted(instance.kerning.items()))
# info data
# calculating fields
# copying fields
>>> documentPath = os.path.join(testRoot, 'exporttest_info.designspace')
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> doc.addSource(
... os.path.join(sourcePath, "light", "LightCondensed.ufo"),
... name="master_1",
... location=dict(weight=0),
... copyLib=False,
... copyGroups=False,
... copyInfo=True, # flip to False and see some assertions fail
... muteKerning=True,
... muteInfo=False)
>>> doc.addSource(
... os.path.join(sourcePath, "bold", "BoldCondensed.ufo"),
... name="master_2",
... location=dict(weight=1),
... copyLib=False,
... copyGroups=False,
... copyInfo=False,
... muteKerning=True,
... muteInfo=False )
>>> testOutputFileName = os.path.join(instancePath, "D", "testOutput_info.ufo")
>>> testLocation = dict(weight=0.5) # change this location to see calculation assertions fail.
>>> doc.startInstance(
... fileName=testOutputFileName,
... familyName="TestFamily",
... styleName="TestStyleName",
... location=testLocation,
... postScriptFontName="TestPostScriptFontNameValue",
... styleMapFamilyName="TestStyleMapFamilyNameValue",
... styleMapStyleName="bold italic",
... )
>>> doc.writeInfo()
>>> doc.endInstance()
>>> doc.save()
>>> doc = DesignSpaceDocumentReader(documentPath, ufoVersion, roundGeometry=roundGeometry, verbose=True, logPath=logPath)
>>> doc.process(makeGlyphs=False, makeKerning=False, makeInfo=True)
>>> assert os.path.basename(testOutputFileName) in doc.results
>>> resultUFOPath = doc.results[os.path.basename(testOutputFileName)]
>>> instance = defcon.objects.font.Font(resultUFOPath)
# example calculated values
>>> assert instance.info.ascender == 750
>>> assert instance.info.capHeight == 750
# example copied values
>>> assert instance.info.versionMajor == 1
>>> assert instance.info.openTypeOS2VendorID == "LTTR"
>>> assert instance.info.copyright == "License same as MutatorMath. BSD 3-clause. [test-token: C]"
# test the build script
>>> documentPath = os.path.join(testRoot, 'exporttest_build.designspace')
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> doc.addSource(
... os.path.join(sourcePath, "light", "LightCondensed.ufo"),
... name="master_1",
... location=dict(weight=0),
... copyLib=True,
... copyGroups=True,
... copyInfo=True,
... muteKerning=False,
... muteInfo=False)
>>> doc.addSource(
... os.path.join(sourcePath, "bold", "BoldCondensed.ufo"),
... name="master_2",
... location=dict(weight=1),
... copyLib=False,
... copyGroups=False,
... copyInfo=False,
... muteKerning=False,
... muteInfo=False )
>>> testOutputFileName = os.path.join(instancePath, "E", "testOutput_build.ufo")
>>> testLocation = dict(weight=0.25) # change this location to see calculation assertions fail.
>>> doc.startInstance(
... fileName=testOutputFileName,
... familyName="TestFamily",
... styleName="TestStyleName",
... location=testLocation)
>>> doc.writeInfo()
>>> doc.writeKerning()
>>> doc.endInstance()
>>> doc.save()
# test build function -- single designspace file
>>> from mutatorMath.ufo import build
>>> import os
>>> import posixpath
>>> here = os.path.join(os.path.dirname(__file__), 'data', 'exporttest_basic.designspace')
>>> results = build(here, outputUFOFormatVersion=2)
>>> ufoFullPath = results[0]['testOutput_glyphs.ufo']
>>> ufoRelPath = os.path.relpath(ufoFullPath, os.path.dirname(__file__))
>>> posixRelPath = posixpath.join(*ufoRelPath.split(os.path.sep))
>>> posixRelPath
'data/instances/A/testOutput_glyphs.ufo'
# test the axes elements
>>> documentPath = os.path.join(testRoot, 'warpmap_test.designspace')
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> def grow(base, factor, steps):
... return [(i*100, int(round(base*(1+factor)**i))) for i in range(steps)]
>>> doc.addAxis("wght", "weight", 0, 1000, 0, grow(100,0.55,11))
>>> doc.addSource(
... os.path.join(sourcePath, "stems", "StemThin.ufo"),
... name="master_1",
... location=dict(weight=0),
... copyLib=True,
... copyGroups=True,
... copyInfo=True,
... muteKerning=False,
... muteInfo=False)
>>> doc.addSource(
... os.path.join(sourcePath, "stems", "StemBold.ufo"),
... name="master_2",
... location=dict(weight=1000),
... copyLib=False,
... copyGroups=False,
... copyInfo=False,
... muteKerning=False,
... muteInfo=False )
>>> testOutputFileName = os.path.join(instancePath, "W", "StemOutput.ufo")
>>> testLocation = dict(weight=0) # change this location to see calculation assertions fail.
>>> doc.startInstance(
... fileName=testOutputFileName,
... familyName="TestFamily",
... styleName="Warped",
... location=testLocation)
>>> doc.writeInfo()
>>> doc.writeKerning()
>>> glyphMasters = [('I', "master_1", dict(weight=0)), ('I', "master_2", dict(weight=1000)), ]
>>> for i in range(0, 1000, 50):
... doc.writeGlyph("I.%04d"%i, location=dict(weight=i), masters=glyphMasters)
...
>>> doc.endInstance()
>>> doc.save()
>>> doc = DesignSpaceDocumentReader(documentPath, ufoVersion, roundGeometry=roundGeometry, verbose=True, logPath=logPath)
>>> doc.process(makeGlyphs=True, makeKerning=False, makeInfo=False)
>>> documentPath = os.path.join(testRoot, 'no_warpmap_test.designspace')
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> doc.addAxis("wght", "weight", 0, 1000, 0)
>>> doc.addSource(
... os.path.join(sourcePath, "stems", "StemThin.ufo"),
... name="master_1",
... location=dict(weight=0),
... copyLib=True,
... copyGroups=True,
... copyInfo=True,
... muteKerning=False,
... muteInfo=False)
>>> doc.addSource(
... os.path.join(sourcePath, "stems", "StemBold.ufo"),
... name="master_2",
... location=dict(weight=1000),
... copyLib=False,
... copyGroups=False,
... copyInfo=False,
... muteKerning=False,
... muteInfo=False )
>>> testOutputFileName = os.path.join(instancePath, "W", "StemOutput_nowarp.ufo")
>>> testLocation = dict(weight=0) # change this location to see calculation assertions fail.
>>> doc.startInstance(
... fileName=testOutputFileName,
... familyName="TestFamily",
... styleName="NotWarped",
... location=testLocation)
>>> doc.writeInfo()
>>> doc.writeKerning()
>>> glyphMasters = [('I', "master_1", dict(weight=0)), ('I', "master_2", dict(weight=1000)), ]
>>> for i in range(0, 1000, 50):
... doc.writeGlyph("I.%04d"%i, location=dict(weight=i), masters=glyphMasters)
...
>>> doc.endInstance()
>>> doc.save()
>>> doc = DesignSpaceDocumentReader(documentPath, ufoVersion, roundGeometry=roundGeometry, verbose=True, logPath=logPath)
>>> doc.process(makeGlyphs=True, makeKerning=False, makeInfo=False)
# test the axes element
>>> from pprint import pprint
>>> documentPath = os.path.join(testRoot, 'axes_test.designspace')
>>> doc = DesignSpaceDocumentWriter(documentPath, verbose=True)
>>> def grow(base, factor, steps):
... return [(i*100, int(round(base*(1+factor)**i))) for i in range(steps)]
>>> # axis with a warp map
>>> warpMap = grow(100,0.55,11)
>>> doc.addAxis("wght", "weight", -1000, 1000, 0, warpMap)
>>> # axis without a warp map
>>> doc.addAxis("wdth", "width", 0, 1000, 0)
>>> doc.save()
>>> doc = DesignSpaceDocumentReader(documentPath, ufoVersion, roundGeometry=roundGeometry, verbose=True, logPath=logPath)
>>> pprint(doc.axes)
{'weight': {'default': 0.0,
'map': [(0.0, 100.0),
(100.0, 155.0),
(200.0, 240.0),
(300.0, 372.0),
(400.0, 577.0),
(500.0, 895.0),
(600.0, 1387.0),
(700.0, 2149.0),
(800.0, 3332.0),
(900.0, 5164.0),
(1000.0, 8004.0)],
'maximum': 1000.0,
'minimum': -1000.0,
'name': 'weight',
'tag': 'wght'},
'width': {'default': 0.0,
'map': [],
'maximum': 1000.0,
'minimum': 0.0,
'name': 'width',
'tag': 'wdth'}}
>>> doc.process(makeGlyphs=False, makeKerning=False, makeInfo=False)
"""
def bender_and_mutatorTest():
"""
>>> from mutatorMath.objects.bender import Bender
>>> from mutatorMath.objects.location import Location
>>> from mutatorMath.objects.mutator import buildMutator
>>> w = {'aaaa':{
... 'map': [(300, 50),
... (400, 100),
... (700, 150)],
... 'name':'aaaaAxis',
... 'tag':'aaaa',
... 'minimum':0,
... 'maximum':1000,
... 'default':0}}
>>> b = Bender(w)
>>> assert b(dict(aaaa=300)) == {'aaaa': 50}
>>> assert b(dict(aaaa=400)) == {'aaaa': 100}
>>> assert b(dict(aaaa=700)) == {'aaaa': 150}
master locations are always in internal design coordinates, thus they are
considered to be already mapped or bent.
>>> items = [
... (Location(aaaa=50), 0),
... (Location(aaaa=100), 50),
... (Location(aaaa=150), 100),
... ]
>>> bias, mut = buildMutator(items, w, bias=Location(aaaa=100))
>>> bias
>>> bias, mut = buildMutator(items, w, bias=Location(aaaa=150))
>>> bias
>>> bias, mut = buildMutator(items, w, bias=Location(aaaa=50))
>>> bias
>>> expect = sorted([(('aaaa', 100),), (('aaaa', 50),), ()])
>>> expect
[(), (('aaaa', 50),), (('aaaa', 100),)]
>>> got = sorted(mut.keys())
>>> got
[(), (('aaaa', 50),), (('aaaa', 100),)]
>>> assert got == expect
Instance location are not bent by default, i.e. are interpreted as internal
design coordinates:
>>> assert mut.makeInstance(Location(aaaa=50)) == 0
>>> assert mut.makeInstance(Location(aaaa=100)) == 50
>>> assert mut.makeInstance(Location(aaaa=150)) == 100
If bend=True, instance locations are interpreted as user-space coordinates
>>> assert mut.makeInstance(Location(aaaa=300), bend=True) == 0
>>> assert mut.makeInstance(Location(aaaa=400), bend=True) == 50
>>> assert mut.makeInstance(Location(aaaa=700), bend=True) == 100
"""
if __name__ == '__main__':
import sys
import doctest
sys.exit(doctest.testmod().failed)
MutatorMath-3.0/Lib/mutatorMath/ufo/ 0000775 0000000 0000000 00000000000 13533732012 0017424 5 ustar 00root root 0000000 0000000 MutatorMath-3.0/Lib/mutatorMath/ufo/__init__.py 0000664 0000000 0000000 00000003222 13533732012 0021534 0 ustar 00root root 0000000 0000000
""" These are some UFO specific tools for use with Mutator.
build() is a convenience function for reading and executing a designspace file.
documentPath: filepath to the .designspace document
outputUFOFormatVersion: ufo format for output
verbose: True / False for lots or no feedback
logPath: filepath to a log file
progressFunc: an optional callback to report progress.
see mutatorMath.ufo.tokenProgressFunc
"""
def tokenProgressFunc(state="update", action=None, text=None, tick=0):
"""
state: string, "update", "reading sources", "wrapping up"
action: string, "stop", "start"
text: string, value, additional parameter. For instance ufoname.
tick: a float between 0 and 1 indicating progress.
"""
print("tokenProgressFunc %s: %s\n%s (%s)"%(state, str(action), str(text), str(tick)))
def build(
documentPath,
outputUFOFormatVersion=2,
roundGeometry=True,
verbose=True,
logPath=None,
progressFunc=None,
bendLocations=False,
):
"""
Simple builder for UFO designspaces.
"""
from mutatorMath.ufo.document import DesignSpaceDocumentReader
import os, glob
if os.path.isdir(documentPath):
# process all *.designspace documents in this folder
todo = glob.glob(os.path.join(documentPath, "*.designspace"))
else:
# process the
todo = [documentPath]
results = []
for path in todo:
reader = DesignSpaceDocumentReader(
path,
ufoVersion=outputUFOFormatVersion,
roundGeometry=roundGeometry,
verbose=verbose,
logPath=logPath,
progressFunc=progressFunc,
)
reader.process(bendLocations=bendLocations)
results.append(reader.results)
reader = None
return results
MutatorMath-3.0/Lib/mutatorMath/ufo/document.py 0000664 0000000 0000000 00000107167 13533732012 0021630 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from __future__ import print_function
import logging
import os
import posixpath
import xml.etree.ElementTree as ET
import defcon
from mutatorMath.objects.error import MutatorError
from mutatorMath.objects.location import Location
from mutatorMath.objects.mutator import Mutator
from mutatorMath.ufo.instance import InstanceWriter
"""
Read and write mutator math designspace files.
A DesignSpaceDocumentWriter object can be instructed to write a properly formed
description of a designspace for UFO fonts.
A DesignSpaceDocumentReader object can then execute such a designspace document
and generate the UFO's described.
"""
import logging
def initializeLogger(proposedLogPath):
logging.basicConfig(filename=proposedLogPath, level=logging.INFO, format='%(asctime)s %(message)s')
def _indent(elem, whitespace=" ", level=0):
# taken from http://effbot.org/zone/element-lib.htm#prettyprint
i = "\n" + level * whitespace
if len(elem):
if not elem.text or not elem.text.strip():
elem.text = i + whitespace
if not elem.tail or not elem.tail.strip():
elem.tail = i
for elem in elem:
_indent(elem, whitespace, level+1)
if not elem.tail or not elem.tail.strip():
elem.tail = i
else:
if level and (not elem.tail or not elem.tail.strip()):
elem.tail = i
class DesignSpaceDocumentWriter(object):
"""
Writer for a design space description file.
* path: path for the document
* toolVersion: version of this tool
"""
_whiteSpace = " "
def __init__(self, path, toolVersion=3, verbose=False):
self.path = path
self.toolVersion = toolVersion
self.verbose = verbose
self.root = ET.Element("designspace")
self.root.attrib['format'] = "%d"%toolVersion
self.root.append(ET.Element("axes"))
self.root.append(ET.Element("sources"))
self.root.append(ET.Element("instances"))
self.logger = None
if verbose:
self.logger = logging.getLogger("mutatorMath")
self.currentInstance = None
def save(self, pretty=True):
""" Save the xml. Make pretty if necessary. """
self.endInstance()
if pretty:
_indent(self.root, whitespace=self._whiteSpace)
tree = ET.ElementTree(self.root)
tree.write(self.path, encoding="utf-8", method='xml', xml_declaration=True)
if self.logger:
self.logger.info("Writing %s", self.path)
def _makeLocationElement(self, locationObject, name=None):
""" Convert Location object to an locationElement."""
locElement = ET.Element("location")
if name is not None:
locElement.attrib['name'] = name
for dimensionName, dimensionValue in locationObject.items():
dimElement = ET.Element('dimension')
dimElement.attrib['name'] = dimensionName
if type(dimensionValue)==tuple:
dimElement.attrib['xvalue'] = "%f"%dimensionValue[0]
dimElement.attrib['yvalue'] = "%f"%dimensionValue[1]
else:
dimElement.attrib['xvalue'] = "%f"%dimensionValue
locElement.append(dimElement)
return locElement
def _posixPathRelativeToDocument(self, otherPath):
relative = os.path.relpath(otherPath, os.path.dirname(self.path))
return posixpath.join(*relative.split(os.path.sep))
def addSource(self,
path,
name,
location,
copyLib=False,
copyGroups=False,
copyInfo=False,
copyFeatures=False,
muteKerning=False,
muteInfo=False,
mutedGlyphNames=None,
familyName=None,
styleName=None,
):
"""
Add a new UFO source to the document.
* path: path to this UFO, will be written as a relative path to the document path.
* name: reference name for this source
* location: name of the location for this UFO
* copyLib: copy the contents of this source to instances
* copyGroups: copy the groups of this source to instances
* copyInfo: copy the non-numerical fields from this source.info to instances.
* copyFeatures: copy the feature text from this source to instances
* muteKerning: mute the kerning data from this source
* muteInfo: mute the font info data from this source
* familyName: family name for this UFO (to be able to work on the names without reading the whole UFO)
* styleName: style name for this UFO (to be able to work on the names without reading the whole UFO)
Note: no separate flag for mute font: the source is just not added.
"""
sourceElement = ET.Element("source")
sourceElement.attrib['filename'] = self._posixPathRelativeToDocument(path)
sourceElement.attrib['name'] = name
if copyLib:
libElement = ET.Element('lib')
libElement.attrib['copy'] = "1"
sourceElement.append(libElement)
if copyGroups:
groupsElement = ET.Element('groups')
groupsElement.attrib['copy'] = "1"
sourceElement.append(groupsElement)
if copyFeatures:
featuresElement = ET.Element('features')
featuresElement.attrib['copy'] = "1"
sourceElement.append(featuresElement)
if copyInfo or muteInfo:
# copy info:
infoElement = ET.Element('info')
if copyInfo:
infoElement.attrib['copy'] = "1"
if muteInfo:
infoElement.attrib['mute'] = "1"
sourceElement.append(infoElement)
if muteKerning:
# add kerning element to the source
kerningElement = ET.Element("kerning")
kerningElement.attrib["mute"] = '1'
sourceElement.append(kerningElement)
if mutedGlyphNames:
# add muted glyphnames to the source
for name in mutedGlyphNames:
glyphElement = ET.Element("glyph")
glyphElement.attrib["name"] = name
glyphElement.attrib["mute"] = '1'
sourceElement.append(glyphElement)
if familyName is not None:
sourceElement.attrib['familyname'] = familyName
if styleName is not None:
sourceElement.attrib['stylename'] = styleName
locationElement = self._makeLocationElement(location)
sourceElement.append(locationElement)
self.root.findall('.sources')[0].append(sourceElement)
def startInstance(self, name=None,
location=None,
familyName=None,
styleName=None,
fileName=None,
postScriptFontName=None,
styleMapFamilyName=None,
styleMapStyleName=None,
):
""" Start a new instance.
Instances can need a lot of configuration.
So this method starts a new instance element. Use endInstance() to finish it.
* name: the name of this instance
* familyName: name for the font.info.familyName field. Required.
* styleName: name fot the font.info.styleName field. Required.
* fileName: filename for the instance UFO file. Required.
* postScriptFontName: name for the font.info.postScriptFontName field. Optional.
* styleMapFamilyName: name for the font.info.styleMapFamilyName field. Optional.
* styleMapStyleName: name for the font.info.styleMapStyleName field. Optional.
"""
if self.currentInstance is not None:
# We still have the previous one open
self.endInstance()
instanceElement = ET.Element('instance')
if name is not None:
instanceElement.attrib['name'] = name
if location is not None:
locationElement = self._makeLocationElement(location)
instanceElement.append(locationElement)
if familyName is not None:
instanceElement.attrib['familyname'] = familyName
if styleName is not None:
instanceElement.attrib['stylename'] = styleName
if fileName is not None:
instanceElement.attrib['filename'] = self._posixPathRelativeToDocument(fileName)
if postScriptFontName is not None:
instanceElement.attrib['postscriptfontname'] = postScriptFontName
if styleMapFamilyName is not None:
instanceElement.attrib['stylemapfamilyname'] = styleMapFamilyName
if styleMapStyleName is not None:
instanceElement.attrib['stylemapstylename'] = styleMapStyleName
self.currentInstance = instanceElement
def endInstance(self):
"""
Finalise the instance definition started by startInstance().
"""
if self.currentInstance is None:
return
allInstances = self.root.findall('.instances')[0].append(self.currentInstance)
self.currentInstance = None
def writeGlyph(self,
name,
unicodes=None,
location=None,
masters=None,
note=None,
mute=False,
):
""" Add a new glyph to the current instance.
* name: the glyph name. Required.
* unicodes: unicode values for this glyph if it needs to be different from the unicode values associated with this glyph name in the masters.
* location: a design space location for this glyph if it needs to be different from the instance location.
* masters: a list of masters and locations for this glyph if they need to be different from the masters specified for this instance.
* note: a note for this glyph
* mute: if this glyph is muted. None of the other attributes matter if this one is true.
"""
if self.currentInstance is None:
return
glyphElement = ET.Element('glyph')
if mute:
glyphElement.attrib['mute'] = "1"
if unicodes is not None:
glyphElement.attrib['unicode'] = " ".join([hex(u) for u in unicodes])
if location is not None:
locationElement = self._makeLocationElement(location)
glyphElement.append(locationElement)
if name is not None:
glyphElement.attrib['name'] = name
if note is not None:
noteElement = ET.Element('note')
noteElement.text = note
glyphElement.append(noteElement)
if masters is not None:
mastersElement = ET.Element("masters")
for glyphName, masterName, location in masters:
masterElement = ET.Element("master")
if glyphName is not None:
masterElement.attrib['glyphname'] = glyphName
masterElement.attrib['source'] = masterName
if location is not None:
locationElement = self._makeLocationElement(location)
masterElement.append(locationElement)
mastersElement.append(masterElement)
glyphElement.append(mastersElement)
if self.currentInstance.findall('.glyphs') == []:
glyphsElement = ET.Element('glyphs')
self.currentInstance.append(glyphsElement)
else:
glyphsElement = self.currentInstance.findall('.glyphs')[0]
glyphsElement.append(glyphElement)
def writeInfo(self, location=None, masters=None):
""" Write font into the current instance.
Note: the masters attribute is ignored at the moment.
"""
if self.currentInstance is None:
return
infoElement = ET.Element("info")
if location is not None:
locationElement = self._makeLocationElement(location)
infoElement.append(locationElement)
self.currentInstance.append(infoElement)
def writeKerning(self, location=None, masters=None):
""" Write kerning into the current instance.
Note: the masters attribute is ignored at the moment.
"""
if self.currentInstance is None:
return
kerningElement = ET.Element("kerning")
if location is not None:
locationElement = self._makeLocationElement(location)
kerningElement.append(locationElement)
self.currentInstance.append(kerningElement)
def writeWarp(self, warpDict):
""" Write a list of (in, out) values for a warpmap """
warpElement = ET.Element("warp")
axisNames = sorted(warpDict.keys())
for name in axisNames:
axisElement = ET.Element("axis")
axisElement.attrib['name'] = name
for a, b in warpDict[name]:
warpPt = ET.Element("map")
warpPt.attrib['input'] = str(a)
warpPt.attrib['output'] = str(b)
axisElement.append(warpPt)
warpElement.append(axisElement)
self.root.append(warpElement)
def addAxis(self, tag, name, minimum, maximum, default, warpMap=None):
""" Write an axis element.
This will be added to the element.
"""
axisElement = ET.Element("axis")
axisElement.attrib['name'] = name
axisElement.attrib['tag'] = tag
axisElement.attrib['minimum'] = str(minimum)
axisElement.attrib['maximum'] = str(maximum)
axisElement.attrib['default'] = str(default)
if warpMap is not None:
for a, b in warpMap:
warpPt = ET.Element("map")
warpPt.attrib['input'] = str(a)
warpPt.attrib['output'] = str(b)
axisElement.append(warpPt)
self.root.findall('.axes')[0].append(axisElement)
class DesignSpaceDocumentReader(object):
""" Read a designspace description.
Build Instance objects, generate them.
* documentPath: path of the document to read
* ufoVersion: target UFO version
* roundGeometry: apply rounding to all geometry
"""
_fontClass = defcon.Font
_glyphClass = defcon.Glyph
_libClass = defcon.Lib
_glyphContourClass = defcon.Contour
_glyphPointClass = defcon.Point
_glyphComponentClass = defcon.Component
_glyphAnchorClass = defcon.Anchor
_kerningClass = defcon.Kerning
_groupsClass = defcon.Groups
_infoClass = defcon.Info
_featuresClass = defcon.Features
_instanceWriterClass = InstanceWriter
_tempFontLibGlyphMuteKey = "_mutatorMath.temp.mutedGlyphNames"
_tempFontLocationKey = "_mutatorMath.temp.fontLocation"
def __init__(self, documentPath,
ufoVersion,
roundGeometry=False,
verbose=False,
logPath=None,
progressFunc=None
):
self.path = documentPath
self.ufoVersion = ufoVersion
self.roundGeometry = roundGeometry
self.documentFormatVersion = 0
self.sources = {}
self.instances = {}
self.axes = {} # dict with axes info
self.axesOrder = [] # order in which the axes were defined
self.warpDict = None # let's stop using this one
self.libSource = None
self.groupsSource = None
self.infoSource = None
self.featuresSource = None
self.progressFunc=progressFunc
self.muted = dict(kerning=[], info=[], glyphs={})
self.verbose = verbose
self.logger = None
if self.verbose:
self.logger = logging.getLogger("mutatorMath")
self.results = {} # dict with instancename / filepaths for post processing.
tree = ET.parse(self.path)
self.root = tree.getroot()
self.readVersion()
assert self.documentFormatVersion >= 3
self.readAxes()
self.readWarp()
self.readSources()
def reportProgress(self, state, action, text=None, tick=None):
""" If we want to keep other code updated about our progress.
state: 'prep' reading sources
'generate' making instances
'done' wrapping up
'error' reporting a problem
action: 'start' begin generating
'stop' end generating
'source' which ufo we're reading
text: ufoname (for instance)
tick: a float between 0 and 1 indicating progress.
"""
if self.progressFunc is not None:
self.progressFunc(state=state, action=action, text=text, tick=tick)
def getSourcePaths(self, makeGlyphs=True, makeKerning=True, makeInfo=True):
""" Return a list of paths referenced in the document."""
paths = []
for name in self.sources.keys():
paths.append(self.sources[name][0].path)
return paths
def process(
self,
makeGlyphs=True,
makeKerning=True,
makeInfo=True,
bendLocations=False,
):
""" Process the input file and generate the instances. """
if self.logger:
self.logger.info("Reading %s", self.path)
self.readInstances(
makeGlyphs=makeGlyphs,
makeKerning=makeKerning,
makeInfo=makeInfo,
bendLocations=bendLocations,
)
self.reportProgress("done", 'stop')
def readVersion(self):
""" Read the document version.
::
"""
ds = self.root.findall("[@format]")[0]
raw_format = ds.attrib['format']
try:
self.documentFormatVersion = int(raw_format)
except ValueError:
# as of fontTools >= 3.27 'format' is formatted as a float "4.0"
self.documentFormatVersion = float(raw_format)
def readWarp(self):
""" Read the warp element
::
"""
warpDict = {}
for warpAxisElement in self.root.findall(".warp/axis"):
axisName = warpAxisElement.attrib.get("name")
warpDict[axisName] = []
for warpPoint in warpAxisElement.findall(".map"):
inputValue = float(warpPoint.attrib.get("input"))
outputValue = float(warpPoint.attrib.get("output"))
warpDict[axisName].append((inputValue, outputValue))
self.warpDict = warpDict
def readAxes(self):
""" Read the axes element.
"""
for axisElement in self.root.findall(".axes/axis"):
axis = {}
axis['name'] = name = axisElement.attrib.get("name")
axis['tag'] = axisElement.attrib.get("tag")
axis['minimum'] = float(axisElement.attrib.get("minimum"))
axis['maximum'] = float(axisElement.attrib.get("maximum"))
axis['default'] = float(axisElement.attrib.get("default"))
# we're not using the map for anything.
axis['map'] = []
for warpPoint in axisElement.findall(".map"):
inputValue = float(warpPoint.attrib.get("input"))
outputValue = float(warpPoint.attrib.get("output"))
axis['map'].append((inputValue, outputValue))
# there are labelnames in the element
# but we don't need them for building the fonts.
self.axes[name] = axis
self.axesOrder.append(axis['name'])
def readSources(self):
""" Read the source elements.
::
"""
for sourceCount, sourceElement in enumerate(self.root.findall(".sources/source")):
# shall we just read the UFO here?
filename = sourceElement.attrib.get('filename')
# filename is a path relaive to the documentpath. resolve first.
sourcePath = os.path.abspath(os.path.join(os.path.dirname(self.path), filename))
sourceName = sourceElement.attrib.get('name')
if sourceName is None:
# if the source element has no name attribute
# (some authoring tools do not need them)
# then we should make a temporary one. We still need it for reference.
sourceName = "temp_master.%d"%(sourceCount)
self.reportProgress("prep", 'load', sourcePath)
if not os.path.exists(sourcePath):
raise MutatorError("Source not found at %s"%sourcePath)
sourceObject = self._instantiateFont(sourcePath)
# read the locations
sourceLocationObject = None
sourceLocationObject = self.locationFromElement(sourceElement)
if sourceLocationObject is None:
raise MutatorError("No location defined for source %s"%sourceName)
# read lib flag
for libElement in sourceElement.findall('.lib'):
if libElement.attrib.get('copy') == '1':
self.libSource = sourceName
# read the groups flag
for groupsElement in sourceElement.findall('.groups'):
if groupsElement.attrib.get('copy') == '1':
self.groupsSource = sourceName
# read the info flag
for infoElement in sourceElement.findall(".info"):
if infoElement.attrib.get('copy') == '1':
self.infoSource = sourceName
if infoElement.attrib.get('mute') == '1':
self.muted['info'].append(sourceName)
# read the features flag
for featuresElement in sourceElement.findall(".features"):
if featuresElement.attrib.get('copy') == '1':
if self.featuresSource is not None:
self.featuresSource = None
else:
self.featuresSource = sourceName
mutedGlyphs = []
for glyphElement in sourceElement.findall(".glyph"):
glyphName = glyphElement.attrib.get('name')
if glyphName is None:
continue
if glyphElement.attrib.get('mute') == '1':
if not sourceName in self.muted['glyphs']:
self.muted['glyphs'][sourceName] = []
self.muted['glyphs'][sourceName].append(glyphName)
for kerningElement in sourceElement.findall(".kerning"):
if kerningElement.attrib.get('mute') == '1':
self.muted['kerning'].append(sourceName)
# store
self.sources[sourceName] = sourceObject, sourceLocationObject
self.reportProgress("prep", 'done')
def locationFromElement(self, element):
"""
Find the MutatorMath location of this element, either by name or from a child element.
"""
elementLocation = None
for locationElement in element.findall('.location'):
elementLocation = self.readLocationElement(locationElement)
break
return elementLocation
def readLocationElement(self, locationElement):
""" Format 0 location reader """
loc = Location()
for dimensionElement in locationElement.findall(".dimension"):
dimName = dimensionElement.attrib.get("name")
xValue = yValue = None
try:
xValue = dimensionElement.attrib.get('xvalue')
xValue = float(xValue)
except ValueError:
if self.logger:
self.logger.info("KeyError in readLocation xValue %3.3f", xValue)
try:
yValue = dimensionElement.attrib.get('yvalue')
if yValue is not None:
yValue = float(yValue)
except ValueError:
pass
if yValue is not None:
loc[dimName] = (xValue, yValue)
else:
loc[dimName] = xValue
return loc
def readInstance(
self,
key,
makeGlyphs=True,
makeKerning=True,
makeInfo=True,
bendLocations=False,
):
""" Read a single instance element.
key: an (attribute, value) tuple used to find the requested instance.
::
"""
attrib, value = key
for instanceElement in self.root.findall('.instances/instance'):
if instanceElement.attrib.get(attrib) == value:
self._readSingleInstanceElement(
instanceElement,
makeGlyphs=makeGlyphs,
makeKerning=makeKerning,
makeInfo=makeInfo,
bendLocations=bendLocations,
)
return
raise MutatorError("No instance found with key: (%s, %s)." % key)
def readInstances(
self,
makeGlyphs=True,
makeKerning=True,
makeInfo=True,
bendLocations=False,
):
""" Read all instance elements.
::
"""
for instanceElement in self.root.findall('.instances/instance'):
self._readSingleInstanceElement(
instanceElement,
makeGlyphs=makeGlyphs,
makeKerning=makeKerning,
makeInfo=makeInfo,
bendLocations=bendLocations,
)
def _readSingleInstanceElement(
self,
instanceElement,
makeGlyphs=True,
makeKerning=True,
makeInfo=True,
bendLocations=False,
):
""" Read a single instance element.
If we have glyph specifications, only make those.
Otherwise make all available glyphs.
"""
# get the data from the instanceElement itself
filename = instanceElement.attrib.get('filename')
instancePath = os.path.join(os.path.dirname(self.path), filename)
self.reportProgress("generate", 'start', instancePath)
if self.verbose and self.logger:
self.logger.info("\tGenerating instance %s", os.path.basename(instancePath))
filenameTokenForResults = os.path.basename(filename)
instanceObject = self._instanceWriterClass(
instancePath,
ufoVersion=self.ufoVersion,
roundGeometry=self.roundGeometry,
axes = self.axes,
verbose=self.verbose,
logger=self.logger,
bendLocations=bendLocations,
)
self.results[filenameTokenForResults] = instancePath
# set the masters
instanceObject.setSources(self.sources)
self.unicodeMap = instanceObject.makeUnicodeMapFromSources()
instanceObject.setMuted(self.muted)
familyname = instanceElement.attrib.get('familyname')
if familyname is not None:
instanceObject.setFamilyName(familyname)
stylename = instanceElement.attrib.get('stylename')
if stylename is not None:
instanceObject.setStyleName(stylename)
postScriptFontName = instanceElement.attrib.get('postscriptfontname')
if postScriptFontName is not None:
instanceObject.setPostScriptFontName(postScriptFontName)
styleMapFamilyName = instanceElement.attrib.get('stylemapfamilyname')
if styleMapFamilyName is not None:
instanceObject.setStyleMapFamilyName(styleMapFamilyName)
styleMapStyleName = instanceElement.attrib.get('stylemapstylename')
if styleMapStyleName is not None:
instanceObject.setStyleMapStyleName(styleMapStyleName)
# location
instanceLocation = self.locationFromElement(instanceElement)
if instanceLocation is not None:
instanceObject.setLocation(instanceLocation)
if makeGlyphs:
# step 1: generate all glyphs we have mutators for.
names = instanceObject.getAvailableGlyphnames()
for n in names:
unicodes = self.unicodeMap.get(n, None)
try:
instanceObject.addGlyph(n, unicodes)
except AssertionError:
if self.verbose and self.logger:
self.logger.info("Problem making glyph %s, skipping.", n)
# step 2: generate all the glyphs that have special definitions.
for glyphElement in instanceElement.findall('.glyphs/glyph'):
self.readGlyphElement(glyphElement, instanceObject)
# read the kerning
if makeKerning:
for kerningElement in instanceElement.findall('.kerning'):
self.readKerningElement(kerningElement, instanceObject)
break
# read the fontinfo
if makeInfo:
for infoElement in instanceElement.findall('.info'):
self.readInfoElement(infoElement, instanceObject)
# copy the features
if self.featuresSource is not None:
instanceObject.copyFeatures(self.featuresSource)
# copy the groups
if self.groupsSource is not None:
if self.groupsSource in self.sources:
groupSourceObject, loc = self.sources[self.groupsSource]
# copy the groups from the designated source to the new instance
# note: setGroups will filter the group members
# only glyphs present in the font will be added to the group.
# Depending on the ufoversion we might or might not expect the kerningGroupConversionRenameMaps attribute.
if hasattr(groupSourceObject, "kerningGroupConversionRenameMaps"):
renameMap = groupSourceObject.kerningGroupConversionRenameMaps
else:
renameMap = {}
instanceObject.setGroups(groupSourceObject.groups, kerningGroupConversionRenameMaps=renameMap)
# lib items
if self.libSource is not None:
if self.libSource in self.sources:
libSourceObject, loc = self.sources[self.libSource]
instanceObject.setLib(libSourceObject.lib)
# save the instance. Done.
success, report = instanceObject.save()
if not success and self.logger:
# report problems other than validation errors and failed glyphs
self.logger.info("%s:\nErrors generating: %s", filename, report)
# report failed glyphs
failed = instanceObject.getFailed()
if failed:
failed.sort()
msg = "%s:\nErrors calculating %s glyphs: \n%s"%(filename, len(failed),"\t"+"\n\t".join(failed))
self.reportProgress('error', 'glyphs', msg)
if self.verbose and self.logger:
self.logger.info(msg)
# report missing unicodes
missing = instanceObject.getMissingUnicodes()
if missing:
missing.sort()
msg = "%s:\nPossibly missing unicodes for %s glyphs: \n%s"%(filename, len(missing),"\t"+"\n\t".join(missing))
self.reportProgress('error', 'unicodes', msg)
# store
self.instances[postScriptFontName] = instanceObject
self.reportProgress("generate", 'stop', filenameTokenForResults)
def readInfoElement(self, infoElement, instanceObject):
""" Read the info element.
::
"""
infoLocation = self.locationFromElement(infoElement)
instanceObject.addInfo(infoLocation, copySourceName=self.infoSource)
def readKerningElement(self, kerningElement, instanceObject):
""" Read the kerning element.
::
Make kerning at the location and with the masters specified at the instance level.
"""
kerningLocation = self.locationFromElement(kerningElement)
instanceObject.addKerning(kerningLocation)
def readGlyphElement(self, glyphElement, instanceObject):
"""
Read the glyph element.
::
This is an instance from an anisotropic interpolation.
"""
# name
glyphName = glyphElement.attrib.get('name')
if glyphName is None:
raise MutatorError("Glyph object without name attribute.")
# mute
mute = glyphElement.attrib.get("mute")
if mute == "1":
instanceObject.muteGlyph(glyphName)
# we do not need to stick around after this
return
# unicode
unicodes = glyphElement.attrib.get('unicode')
if unicodes == None:
unicodes = self.unicodeMap.get(glyphName, None)
else:
try:
unicodes = [int(u, 16) for u in unicodes.split(" ")]
except ValueError:
raise MutatorError("unicode values %s are not integers" % unicodes)
# note
note = None
for noteElement in glyphElement.findall('.note'):
note = noteElement.text
break
# location
instanceLocation = self.locationFromElement(glyphElement)
# masters
glyphSources = None
for masterElement in glyphElement.findall('.masters/master'):
fontSourceName = masterElement.attrib.get('source')
fontSource, fontLocation = self.sources.get(fontSourceName)
if fontSource is None:
raise MutatorError("Unknown glyph master: %s"%masterElement)
sourceLocation = self.locationFromElement(masterElement)
if sourceLocation is None:
# if we don't read a location, use the instance location
sourceLocation = fontLocation
masterGlyphName = masterElement.attrib.get('glyphname')
if masterGlyphName is None:
# if we don't read a glyphname, use the one we have
masterGlyphName = glyphName
d = dict( font=fontSource,
location=sourceLocation,
glyphName=masterGlyphName)
if glyphSources is None:
glyphSources = []
glyphSources.append(d)
# calculate the glyph
instanceObject.addGlyph(glyphName, unicodes, instanceLocation, glyphSources, note=note)
def _instantiateFont(self, path):
"""
Return a instance of a font object
with all the given subclasses
"""
return self._fontClass(path,
libClass=self._libClass,
kerningClass=self._kerningClass,
groupsClass=self._groupsClass,
infoClass=self._infoClass,
featuresClass=self._featuresClass,
glyphClass=self._glyphClass,
glyphContourClass=self._glyphContourClass,
glyphPointClass=self._glyphPointClass,
glyphComponentClass=self._glyphComponentClass,
glyphAnchorClass=self._glyphAnchorClass)
MutatorMath-3.0/Lib/mutatorMath/ufo/instance.py 0000664 0000000 0000000 00000040300 13533732012 0021577 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
from mutatorMath.objects.error import MutatorError
from mutatorMath.objects.mutator import Mutator, buildMutator
from mutatorMath.objects.bender import Bender, noBend
from fontTools.ufoLib import (
fontInfoAttributesVersion1,
fontInfoAttributesVersion2,
fontInfoAttributesVersion3,
)
import warnings, logging
import fontMath
from fontMath.mathKerning import MathKerning
from fontMath.mathInfo import MathInfo
from fontMath.mathGlyph import MathGlyph
import defcon
import os
class InstanceWriter(object):
"""
Simple object to build a UFO instance.
Collect the data needed for an instance
and generate it as fast as possible.
Make a font object.
Add data straight to the font.
Calculate the data immediately, while reading the document.
Don't edit the data.
Don't represent the data.
"""
_fontClass = defcon.objects.font.Font
_tempFontLibGlyphMuteKey = "_mutatorMath.temp.mutedGlyphNames"
def __init__(self, path, ufoVersion=1,
roundGeometry=False,
axes=None,
verbose=False,
logger=None,
bendLocations=False,
):
self.path = path
self.font = self._fontClass()
self.ufoVersion = ufoVersion
self.roundGeometry = roundGeometry
self.bendLocations = bendLocations
if axes is not None:
self.axes = axes
else:
self.axes = {}
self.sources = {}
self.muted = dict(kerning=[], info=[], glyphs={}) # muted data in the masters
self.mutedGlyphsNames = [] # muted glyphs in the instance
self.familyName = None
self.styleName = None
self.postScriptFontName = None
self.locationObject = None
self.unicodeValues = {}
self.verbose=verbose
self.logger = None
if self.verbose:
self.logger = logging.getLogger("mutatorMath")
self._failed = [] # list of glyphnames we could not generate
self._missingUnicodes = [] # list of glyphnames with missing unicode values
def setSources(self, sources):
""" Set a list of sources."""
self.sources = sources
def setMuted(self, muted):
""" Set the mute states. """
self.muted.update(muted)
def muteGlyph(self, glyphName):
""" Mute the generating of this specific glyph. """
self.mutedGlyphsNames.append(glyphName)
def setGroups(self, groups, kerningGroupConversionRenameMaps=None):
""" Copy the groups into our font. """
skipping = []
for name, members in groups.items():
checked = []
for m in members:
if m in self.font:
checked.append(m)
else:
skipping.append(m)
if checked:
self.font.groups[name] = checked
if skipping:
if self.verbose and self.logger:
self.logger.info("\tNote: some glyphnames were removed from groups: %s (unavailable in the font)", ", ".join(skipping))
if kerningGroupConversionRenameMaps:
# in case the sources were UFO2,
# and defcon upconverted them to UFO3
# and now we have to down convert them again,
# we don't want the UFO3 public prefixes in the group names
self.font.kerningGroupConversionRenameMaps = kerningGroupConversionRenameMaps
def getFailed(self):
""" Return the list of glyphnames that failed to generate."""
return self._failed
def getMissingUnicodes(self):
""" Return the list of glyphnames with missing unicode values. """
return self._missingUnicodes
def setLib(self, lib):
""" Copy the lib items into our font. """
for name, item in lib.items():
self.font.lib[name] = item
def setPostScriptFontName(self, name):
""" Set the postScriptFontName. """
self.font.info.postscriptFontName = name
def setStyleMapFamilyName(self, name):
""" Set the stylemap FamilyName. """
self.font.info.styleMapFamilyName = name
def setStyleMapStyleName(self, name):
""" Set the stylemap StyleName. """
self.font.info.styleMapStyleName = name
def setStyleName(self, name):
""" Set the styleName. """
self.font.info.styleName = name
def setFamilyName(self, name):
""" Set the familyName"""
self.font.info.familyName = name
def copyFeatures(self, featureSource):
""" Copy the features from this source """
if featureSource in self.sources:
src, loc = self.sources[featureSource]
if isinstance(src.features.text, str):
self.font.features.text = u""+src.features.text
elif isinstance(src.features.text, unicode):
self.font.features.text = src.features.text
def makeUnicodeMapFromSources(self):
""" Create a dict with glyphName -> unicode value pairs
using the data in the sources.
If all master glyphs have the same unicode value
this value will be used in the map.
If master glyphs have conflicting value, a warning will be printed, no value will be used.
If only a single master has a value, that value will be used.
"""
values = {}
for locationName, (source, loc) in self.sources.items():
# this will be expensive in large fonts
for glyph in source:
if glyph.unicodes is not None:
if glyph.name not in values:
values[glyph.name] = {}
for u in glyph.unicodes:
values[glyph.name][u] = 1
for name, u in values.items():
if len(u) == 0:
# only report missing unicodes if the name has no extension
if "." not in name:
self._missingUnicodes.append(name)
continue
k = list(u.keys())
self.unicodeValues[name] = k
return self.unicodeValues
def getAvailableGlyphnames(self):
""" Return a list of all glyphnames we have masters for."""
glyphNames = {}
for locationName, (source, loc) in self.sources.items():
for glyph in source:
glyphNames[glyph.name] = 1
names = sorted(glyphNames.keys())
return names
def setLocation(self, locationObject):
""" Set the location directly. """
self.locationObject = locationObject
def addInfo(self, instanceLocation=None, sources=None, copySourceName=None):
""" Add font info data. """
if instanceLocation is None:
instanceLocation = self.locationObject
infoObject = self.font.info
infoMasters = []
if sources is None:
sources = self.sources
items = []
for sourceName, (source, sourceLocation) in sources.items():
if sourceName in self.muted['info']:
# info in this master was muted, so do not add.
continue
items.append((sourceLocation, MathInfo(source.info)))
try:
bias, m = buildMutator(items, axes=self.axes)
except:
if self.logger:
self.logger.exception("Error processing font info. %s", items)
return
instanceObject = m.makeInstance(instanceLocation, bend=self.bendLocations)
if self.roundGeometry:
try:
instanceObject = instanceObject.round()
except AttributeError:
warnings.warn("MathInfo object missing round() method.")
instanceObject.extractInfo(self.font.info)
# handle the copyable info fields
if copySourceName is not None:
if not copySourceName in sources:
if self.verbose and self.logger:
self.logger.info("Copy info source %s not found, skipping.", copySourceName)
return
copySourceObject, loc = sources[copySourceName]
self._copyFontInfo(self.font.info, copySourceObject.info)
def _copyFontInfo(self, targetInfo, sourceInfo):
""" Copy the non-calculating fields from the source info.
"""
infoAttributes = [
"versionMajor",
"versionMinor",
"copyright",
"trademark",
"note",
"openTypeGaspRangeRecords",
"openTypeHeadCreated",
"openTypeHeadFlags",
"openTypeNameDesigner",
"openTypeNameDesignerURL",
"openTypeNameManufacturer",
"openTypeNameManufacturerURL",
"openTypeNameLicense",
"openTypeNameLicenseURL",
"openTypeNameVersion",
"openTypeNameUniqueID",
"openTypeNameDescription",
"#openTypeNamePreferredFamilyName",
"#openTypeNamePreferredSubfamilyName",
"#openTypeNameCompatibleFullName",
"openTypeNameSampleText",
"openTypeNameWWSFamilyName",
"openTypeNameWWSSubfamilyName",
"openTypeNameRecords",
"openTypeOS2Selection",
"openTypeOS2VendorID",
"openTypeOS2Panose",
"openTypeOS2FamilyClass",
"openTypeOS2UnicodeRanges",
"openTypeOS2CodePageRanges",
"openTypeOS2Type",
"postscriptIsFixedPitch",
"postscriptForceBold",
"postscriptDefaultCharacter",
"postscriptWindowsCharacterSet"
]
for infoAttribute in infoAttributes:
copy = False
if self.ufoVersion == 1 and infoAttribute in fontInfoAttributesVersion1:
copy = True
elif self.ufoVersion == 2 and infoAttribute in fontInfoAttributesVersion2:
copy = True
elif self.ufoVersion == 3 and infoAttribute in fontInfoAttributesVersion3:
copy = True
if copy:
value = getattr(sourceInfo, infoAttribute)
setattr(targetInfo, infoAttribute, value)
def addKerning(self, instanceLocation=None, sources=None):
"""
Calculate the kerning data for this location and add it to this instance.
* instanceLocation: Location object
* source: dict of {sourcename: (source, sourceLocation)}
"""
items = []
kerningObject = self.font.kerning
kerningMasters = []
if instanceLocation is None:
instanceLocation = self.locationObject
if sources is None:
# kerning has no special requests, add the default sources
sources = self.sources
for sourceName, (source, sourceLocation) in sources.items():
if sourceName in self.muted['kerning']:
# kerning in this master was muted, so do not add.
if self.verbose and self.logger:
self.logger.info("\tMuting kerning data for %s", instanceLocation)
continue
if len(source.kerning.keys())>0:
items.append((sourceLocation, MathKerning(source.kerning, source.groups)))
if items:
m = None
try:
bias, m = buildMutator(items, axes=self.axes)
except:
if self.logger:
self.logger.exception("\tError processing kerning data. %s", items)
return
instanceObject = m.makeInstance(instanceLocation, bend=self.bendLocations)
if self.roundGeometry:
instanceObject.round()
instanceObject.extractKerning(self.font)
def addGlyph(self, glyphName, unicodes=None, instanceLocation=None, sources=None, note=None):
"""
Calculate a new glyph and add it to this instance.
* glyphName: The name of the glyph
* unicodes: The unicode values for this glyph (optional)
* instanceLocation: Location for this glyph
* sources: List of sources for this glyph.
* note: Note for this glyph.
"""
self.font.newGlyph(glyphName)
glyphObject = self.font[glyphName]
if note is not None:
glyphObject.note = note
# why does this not save?
if unicodes is not None:
glyphObject.unicodes = unicodes
if instanceLocation is None:
instanceLocation = self.locationObject
glyphMasters = []
if sources is None:
# glyph has no special requests, add the default sources
for sourceName, (source, sourceLocation) in self.sources.items():
if glyphName in self.muted['glyphs'].get(sourceName, []):
# this glyph in this master was muted, so do not add.
continue
d = dict( font=source,
location=sourceLocation,
glyphName=glyphName)
glyphMasters.append(d)
else:
# use the glyph sources provided
# if self.verbose and self.logger:
# self.logger.info("\tGlyph %s has special masters %s", glyphName, sources)
glyphMasters = sources
# make the glyphs
try:
self._calculateGlyph(glyphObject, instanceLocation, glyphMasters)
except:
self._failed.append(glyphName)
def _calculateGlyph(self, targetGlyphObject, instanceLocationObject, glyphMasters):
"""
Build a Mutator object for this glyph.
* name: glyphName
* location: Location object
* glyphMasters: dict with font objects.
"""
sources = None
items = []
for item in glyphMasters:
locationObject = item['location']
fontObject = item['font']
glyphName = item['glyphName']
if not glyphName in fontObject:
continue
glyphObject = MathGlyph(fontObject[glyphName])
items.append((locationObject, glyphObject))
bias, m = buildMutator(items, axes=self.axes)
instanceObject = m.makeInstance(instanceLocationObject, bend=self.bendLocations)
if self.roundGeometry:
try:
instanceObject = instanceObject.round()
except AttributeError:
if self.verbose and self.logger:
self.logger.info("MathGlyph object missing round() method.")
try:
instanceObject.extractGlyph(targetGlyphObject, onlyGeometry=True)
except TypeError:
# this causes ruled glyphs to end up in the wrong glyphname
# but defcon2 objects don't support it
pPen = targetGlyphObject.getPointPen()
targetGlyphObject.clear()
instanceObject.drawPoints(pPen)
targetGlyphObject.width = instanceObject.width
def save(self):
""" Save the UFO."""
# handle glyphs that were muted
for name in self.mutedGlyphsNames:
if name not in self.font: continue
if self.logger:
self.logger.info("removing muted glyph %s", name)
del self.font[name]
# XXX housekeeping:
# remove glyph from groups / kerning as well?
# remove components referencing this glyph?
# fontTools.ufoLib no longer calls os.makedirs for us if the
# parent directories of the Font we are saving do not exist.
# We want to keep backward compatibility with the previous
# MutatorMath behavior, so we create the instance' parent
# directories if they do not exist. We assume that the users
# knows what they are doing...
directory = os.path.dirname(os.path.normpath(self.path))
if directory and not os.path.exists(directory):
os.makedirs(directory)
try:
self.font.save(os.path.abspath(self.path), self.ufoVersion)
except defcon.DefconError as error:
if self.logger:
self.logger.exception("Error generating.")
return False, error.report
return True, None
MutatorMath-3.0/MANIFEST.in 0000664 0000000 0000000 00000000372 13533732012 0015360 0 ustar 00root root 0000000 0000000 include README.rst
include LICENSE
include requirements.txt
include tox.ini
recursive-include Lib/mutatorMath/test *.py
recursive-include Lib/mutatorMath/test/ufo/data *.designspace *.glif *.plist *.fea
recursive-include Docs *.jpg *.png *.md *.py
MutatorMath-3.0/README.rst 0000664 0000000 0000000 00000022625 13533732012 0015316 0 ustar 00root root 0000000 0000000 |Build Status| |Coverage Status| |PyPI Version|
MutatorMath
===========
.. figure:: https://raw.githubusercontent.com/LettError/MutatorMath/master/Docs/mutatorMath_colorField.jpg
:alt: A MutatorMath Colorfield
A MutatorMath Colorfield
MutatorMath is a Python library for the calculation of piecewise linear
interpolations in n-dimensions with any number of masters. It was
developed for interpolating data related to fonts, but if can handle any
arithmetic object.
- The **objects/** subpackage contains the general calculation tools.
- The **ufo/** subpackage contains tools to specifically process UFO
data.
- MutatorMath has no user interface, just the math.
License
-------
The MutatorMath package is published under the `BSD-3
license `__.
Dependencies
------------
The basic Mutator and Location objects will run on any standard Python
2.7 or higher distribution, and is been tested on Python 3.5 or higher.
The UFO processing tools in MutatorMath need some additional libraries.
+-----------+-----------------------+-----------------------------------------------+
| Library | Author | URL |
+===========+=======================+===============================================+
| FontTools | FontTools | https://github.com/fonttools/fonttools |
+-----------+-----------------------+-----------------------------------------------+
| Defcon | TypeSupply.com | https://github.com/typesupply/defcon |
+-----------+-----------------------+-----------------------------------------------+
| FontMath | TypeSupply.com | https://github.com/typesupply/fontMath |
+-----------+-----------------------+-----------------------------------------------+
MutatorMath terminology
-----------------------
- **designspace**: abstract Euclidian space with any number of
dimensions.
- **axis**: A dimension in the designspace. Dimension names can be
descriptive, for instance ``x``, ``y``, ``width``, ``weight``,
``pop``, ``snap``.
- **location**: Coordinates of a point in the designspace stored as a
dictionary of named dimensions. For instance ``Location(x=0)`` and
``Location(x=10)`` are in the same dimension, whereas
``Location(snap=10)`` is not. There will be implementation limits on
the number of dimensions, but theoretically there is no limit.
- **split location** or **ambivalent location**: A location in which
one or more dimensions have a 2-tuple rather than a single value.
This is used to describe anisotropic locations. For instance
``Location(weight=(50, 60))`` means the horizontal value is 50, the
vertical value is 60. Support for anisotropic coordinates is only 2
dimensional.
- **origin**: A special location at which all dimension values are 0.
Unnamed dimensions are assumed to be zero. ``Location()`` is at the
*origin*.
- **on-axis**: A location with a single non-zero axis value.
``Location(width=1000)`` is considered to be on-axis.
- **off-axis**: A location with more than one non-zero axis value.
``Location(width=1000, weight=1000)`` is considered to be off-axis.
- **bias**: A design space vector that translates all masters and
instances.
- arithmetic support
- objects that offer arithmetic behavior
- objects that respond to ``+``, ``-``, ``*`` and ``/``
- objects with ``__add__``, ``__sub__``, ``__mul__``, ``__rmul__``,
``__div__`` and ``__rdiv__`` methods
- **master**: an arithmetic object that provides the input data.
- **neutral**: a master inserted at the origin
- **instance**: an object calculated at a specific location, same class
as the master.
`An explanation with colorful graphs of how the MutatorMath calculates
the factors. `__
Building a Mutator
------------------
A convenient Mutator builder function ``buildMutator()`` accepts a list
of ``(location, object)`` pairs. Internally it sorts the neutral / on /
off axis masters and calculates the bias.
- Master locations must not overlap.
- For a more in-depth examples of building Mutator objects, read the
doctests.
UFO
===
A UFO stores data related to the design and production of fonts
(specification at
`UnifiedFontObject.org `__. The ufo/
subpackage contains some tools to make the building and processing of
UFO mutators easier.
Designspace document
--------------------
The requirements for a UFO designspace will differ from project to
project. The location of the masters and instances, special wishes for
kerning and specific glyphs etc. This package provides tools to read and
write a description of a designspace to XML. Such a file stores all
information necessary: which source UFOs, where to insert them, which
glyphs to generate, which instances etc.
- A designspace document can be processed by a simple python build
script. (See ``buildExample.py``). That makes it possible to build
instances on remote computers, as part of cron jobs etc.
- Examples and tests of the reader and writer can be found in the
``test/ufo/`` directory.
- MutatorMath proposes the ``.designspace`` extension.
Designspace XML structure
-------------------------
A ``.designspace`` file contains all data needed for setting up
interpolations between a number of master UFOs. A detailed description
of the designspace format here: `designspace file
format `__
Writing a designspace
~~~~~~~~~~~~~~~~~~~~~
**DesignSpaceDocumentWriter** object writes an XML representation of a
designspace.
- **addSource**\ (path, name, location, copyLib, copyGroups, copyInfo,
muteKerning, muteInfo)
- **path**: absolute path to the source UFO. Note: in the output the
source path will relative to the documentPath.
- **name**: reference name for this source
- **location**: name of the location for this UFO
- **copyLib**: copy the contents of this source to instances
- **copyGroups**: copy the groups of this source to instances
- **copyInfo**: copy the non-numerical fields from this source.info
to instances.
- **muteKerning**: mute the kerning data from this source
- **muteInfo**: mute the font info data from this source
- **familyName**: the family name for this source. Optional. Can be
used for processing or building names of instances.
- **styleName**: the style name for this source. Optional. Can be
used for processing or building names of instances.
- **startInstance**\ (name, familyName, styleName, fileName,
postScriptFontName, styleMapFamilyName, styleMapStyleName) This
starts a new current instance object.
- **name**: the name of this instance
- **familyName**: name for the font.info.familyName field. Required.
- **styleName**: name fot the font.info.styleName field. Required.
- **fileName**: absolute path for the instance UFO. Note: in the
output the instance path will relative to the documentPath.
- **postScriptFontName**: name for the font.info.postScriptFontName
field. Optional.
- **styleMapFamilyName**: name for the font.info.styleMapFamilyName
field. Optional.
- **styleMapStyleName**: name for the font.info.styleMapStyleName
field. Optional.
- **endInstance**\ () Finishes the current instance.
- **writeGlyph**\ (name, unicodes, location, masters) Add a new
glyph to the current instance.
- **name**: the glyph name. Required.
- **unicodes**: unicode values for this glyph if it needs to be
different from the unicode values associated with this glyph name
in the masters.
- **location**: a design space location for this glyph if it needs
to be different from the instance location.
- **masters**: a list of masters and locations for this glyph if
they need to be different from the masters specified for this
instance.
- **writeInfo()**: Indicate the info data should be generated for the
current instance.
- **writeKerning()**: Indicate the kerning data should be generated for
the current instance.
Reading a designspace
~~~~~~~~~~~~~~~~~~~~~
**DesignSpaceDocumentReader** reads a DesignSpaceDocument. First it will
look for all UFO masters and then it will build all instances.
- **DesignSpaceDocumentReader**\ (documentPath, ufoVersion,
roundGeometry)
- **documentPath**: path of the designspace document to read.
- **ufoVersion**: target UFO version. Should be 2 or 3.
- **roundGeometry**: apply rounding to all geometry
DesignSpaceDocumentReader assumes all paths for sources and instances
are relative to the documentPath.
Legal
-----
- **Superpolator** is a registered trademark of `LettError Type &
Typography `__, More on
`Superpolator.com `__
Thanks
------
- MutatorMath was made possible with kind support from the Adobe Type
Team.
- Thanks to `TypeSupply `__ for writing
FontMath.
- Thanks to `TypeMyType `__ for writing RoboFont.
.. |Build Status| image:: https://travis-ci.org/LettError/MutatorMath.svg?branch=master
:target: https://travis-ci.org/LettError/MutatorMath
.. |Coverage Status| image:: https://coveralls.io/repos/github/LettError/MutatorMath/badge.svg?branch=master
:target: https://coveralls.io/github/LettError/MutatorMath?branch=master
.. |PyPI Version| image:: https://img.shields.io/pypi/v/MutatorMath.svg
:target: https://pypi.org/project/MutatorMath/
MutatorMath-3.0/requirements.txt 0000664 0000000 0000000 00000000036 13533732012 0017103 0 ustar 00root root 0000000 0000000 defcon==0.6.0
fontMath==0.4.8
MutatorMath-3.0/setup.cfg 0000664 0000000 0000000 00000001234 13533732012 0015441 0 ustar 00root root 0000000 0000000 [bumpversion]
current_version = 2.1.2
commit = True
tag = False
tag_name = {new_version}
parse = (?P\d+)\.(?P\d+)\.(?P\d+)(\.(?P[a-z]+)(?P\d+))?
serialize =
{major}.{minor}.{patch}.{release}{dev}
{major}.{minor}.{patch}
[bumpversion:part:release]
optional_value = final
values =
dev
final
[bumpversion:part:dev]
[bumpversion:file:Lib/mutatorMath/__init__.py]
search = __version__ = "{current_version}"
replace = __version__ = "{new_version}"
[bumpversion:file:setup.py]
search = version="{current_version}"
replace = version="{new_version}"
[wheel]
universal = 1
[sdist]
formats = zip
[metadata]
license_file = LICENSE
MutatorMath-3.0/setup.py 0000775 0000000 0000000 00000017030 13533732012 0015336 0 ustar 00root root 0000000 0000000 #!/usr/bin/env python
import sys
from setuptools import setup, Command, find_packages
from distutils import log
import contextlib
@contextlib.contextmanager
def capture_logger(name):
""" Context manager to capture a logger output with a StringIO stream.
"""
import logging
logger = logging.getLogger(name)
try:
import StringIO
stream = StringIO.StringIO()
except ImportError:
from io import StringIO
stream = StringIO()
handler = logging.StreamHandler(stream)
logger.addHandler(handler)
try:
yield stream
finally:
logger.removeHandler(handler)
class bump_version(Command):
description = "increment the package version and commit the changes"
user_options = [
("major", None, "bump the first digit, for incompatible API changes"),
("minor", None, "bump the second digit, for new backward-compatible features"),
("patch", None, "bump the third digit, for bug fixes (default)"),
]
def initialize_options(self):
self.minor = False
self.major = False
self.patch = False
def finalize_options(self):
part = None
for attr in ("major", "minor", "patch"):
if getattr(self, attr, False):
if part is None:
part = attr
else:
from distutils.errors import DistutilsOptionError
raise DistutilsOptionError(
"version part options are mutually exclusive")
self.part = part or "patch"
def bumpversion(self, part, commit=True, tag=False, message=None,
allow_dirty=False):
""" Run bumpversion.main() with the specified arguments, and return the
new computed version string.
"""
import bumpversion
args = (
(['--verbose'] if self.verbose > 1 else []) +
(['--allow-dirty'] if allow_dirty else []) +
(['--commit'] if commit else ['--no-commit']) +
(['--tag'] if tag else ['--no-tag']) +
(['--message', message] if message is not None else []) +
['--list', part]
)
log.debug(
"$ bumpversion %s" % " ".join(a.replace(" ", "\\ ") for a in args))
with capture_logger("bumpversion.list") as out:
bumpversion.main(args)
last_line = out.getvalue().splitlines()[-1]
new_version = last_line.replace("new_version=", "")
return new_version
def run(self):
log.info("bumping '%s' version" % self.part)
self.bumpversion(self.part)
class release(bump_version):
"""Drop the developmental release '.devN' suffix from the package version,
open the default text $EDITOR to write release notes, commit the changes
and generate a git tag.
Release notes can also be set with the -m/--message option, or by reading
from standard input.
If --major, --minor or --patch options are passed, the respective
'SemVer' digit is also incremented before tagging the release.
"""
description = "tag a new release"
user_options = bump_version.user_options + [
("message=", 'm', "message containing the release notes"),
]
def initialize_options(self):
bump_version.initialize_options(self)
self.message = None
def finalize_options(self):
bump_version.finalize_options(self)
self.bump_first = any(
getattr(self, a, False) for a in ("major", "minor", "patch"))
if not self.bump_first:
import re
current_version = self.distribution.metadata.get_version()
if not re.search(r"\.dev[0-9]+", current_version):
from distutils.errors import DistutilsSetupError
raise DistutilsSetupError(
"current version (%s) has no '.devN' suffix.\n "
"Run 'setup.py bump_version', or use any of "
"--major, --minor, --patch options" % current_version)
message = self.message
if message is None:
if sys.stdin.isatty():
# stdin is interactive, use editor to write release notes
message = self.edit_release_notes()
else:
# read release notes from stdin pipe
message = sys.stdin.read()
if not message.strip():
from distutils.errors import DistutilsSetupError
raise DistutilsSetupError("release notes message is empty")
self.message = "Release {new_version}\n\n%s" % (message)
@staticmethod
def edit_release_notes():
"""Use the default text $EDITOR to write release notes.
If $EDITOR is not set, use 'nano'."""
from tempfile import mkstemp
import os
import shlex
import subprocess
text_editor = shlex.split(os.environ.get('EDITOR', 'nano'))
fd, tmp = mkstemp(prefix='bumpversion-')
try:
os.close(fd)
with open(tmp, 'w') as f:
f.write("\n\n# Write release notes.\n"
"# Lines starting with '#' will be ignored.")
subprocess.check_call(text_editor + [tmp])
with open(tmp, 'r') as f:
changes = "".join(
l for l in f.readlines() if not l.startswith('#'))
finally:
os.remove(tmp)
return changes
def run(self):
if self.bump_first:
# bump the specified version part but don't commit immediately
log.info("bumping '%s' version" % self.part)
self.bumpversion(self.part, commit=False)
dirty=True
else:
dirty=False
log.info("stripping developmental release suffix")
# drop '.dev0' suffix, commit with given message and create git tag
self.bumpversion(
"release", tag=True, message=self.message, allow_dirty=dirty)
with open('README.rst', 'r') as f:
long_description = f.read()
setup(
name="MutatorMath",
version="2.1.2",
description=("Python for piecewise linear interpolation in multiple "
"dimensions with multiple, arbitrarily placed, masters."),
long_description=long_description,
author="Erik van Blokland",
author_email="erik@letterror.com",
url="https://github.com/LettError/MutatorMath",
license="BSD 3 Clause",
packages=find_packages("Lib", exclude=['*.test', '*.test.*']),
package_dir={"": "Lib"},
setup_requires=[
'bumpversion',
] if {'release', 'bump_version'}.intersection(sys.argv) else [],
install_requires=[
"fonttools>=3.32.0",
"defcon>=0.3.5",
"fontMath>=0.4.8",
],
cmdclass={
"release": release,
"bump_version": bump_version,
},
classifiers=[
"Development Status :: 5 - Production/Stable",
"Environment :: Console",
"Environment :: Other Environment",
"Intended Audience :: Developers",
"Intended Audience :: End Users/Desktop",
"License :: OSI Approved :: BSD License",
"Natural Language :: English",
"Operating System :: OS Independent",
"Programming Language :: Python",
"Programming Language :: Python :: 2",
"Programming Language :: Python :: 3",
"Topic :: Multimedia :: Graphics",
"Topic :: Multimedia :: Graphics :: Graphics Conversion",
"Topic :: Multimedia :: Graphics :: Editors :: Vector-Based",
"Topic :: Software Development :: Libraries :: Python Modules",
],
test_suite="mutatorMath.test.run",
)
MutatorMath-3.0/tox.ini 0000664 0000000 0000000 00000001711 13533732012 0015133 0 ustar 00root root 0000000 0000000 [tox]
envlist = py{27,36,37}-cov, htmlcov
skip_missing_interpreters = true
[testenv]
# If the tox env name contains '-cov', we install from the sdist and run the
# test suite against the installed package:
# $ tox -e py27-cov
deps =
-rrequirements.txt
cov: coverage
# If the tox env name contains "-cov", we run the test suite through the
# "coverage" tool to collect test coverage data.
# The {posargs} are positional arguments passed to the 'tox' script after the
# '--' separator. E.g. you can use them to run a specific test module in tox:
# $ tox -- Lib/mutatorMath/test/ufo/kerningTest.py
# With no {posargs}, tox will run the whole test suite in verbose mode.
commands =
cov: coverage run --parallel-mode {posargs:Lib/mutatorMath/test/run.py -v}
!cov: python {posargs:Lib/mutatorMath/test/run.py -v}
[testenv:htmlcov]
basepython = {env:TOXPYTHON:python}
deps = coverage
skip_install = true
commands =
coverage combine
coverage html