def put_font_all_glyphs(master, glyph=None, preload=False, force_update=False):
gliflist = extract_gliflist_from_ufo(master,
glyph=glyph,
extract_first=preload)
fontpath = op.join(master.get_ufo_path(), 'glyphs')
glyphs = []
for ch1 in gliflist:
glyphName, ext = buildfname(ch1)
if not glyphName or glyphName.startswith('.') or ext not in ["glif"]:
continue
if force_update:
glyph_obj = Glyph.get(name=glyphName, master_id=master.id)
if glyph_obj:
GlyphPointParam.filter(glyph_id=glyph_obj.id).delete()
GlyphPoint.filter(glyph_id=glyph_obj.id).delete()
Glyph.delete(glyph_obj)
glif = etree.parse(op.join(fontpath, ch1))
newglyph_obj = create_glyph(glif, master)
if newglyph_obj:
glyphs.append(newglyph_obj.name)
try:
return glyphs[0]
except IndexError:
return
def put_font_all_glyphs(master, glyph=None, preload=False, force_update=False):
gliflist = extract_gliflist_from_ufo(master, glyph=glyph,
extract_first=preload)
fontpath = op.join(master.get_ufo_path(), 'glyphs')
glyphs = []
for ch1 in gliflist:
glyphName, ext = buildfname(ch1)
if not glyphName or glyphName.startswith('.') or ext not in ["glif"]:
continue
if force_update:
glyph_obj = Glyph.get(name=glyphName, master_id=master.id)
if glyph_obj:
GlyphPointParam.filter(glyph_id=glyph_obj.id).delete()
GlyphPoint.filter(glyph_id=glyph_obj.id).delete()
Glyph.delete(glyph_obj)
glif = etree.parse(op.join(fontpath, ch1))
newglyph_obj = create_glyph(glif, master)
if newglyph_obj:
glyphs.append(newglyph_obj.name)
try:
return glyphs[0]
except IndexError:
return
def create_glyph(glif, master):
itemlist = glif.find('advance')
width = itemlist.get('width')
glyph = glif.getroot()
glyphname = glyph.get('name')
if master.project.mfparser == 'pen':
pointsets = get_pointsets(glif)
else:
pointsets = get_controlpmode_pointsets(glif)
if Glyph.exists(name=glyphname, master_id=master.id):
return
glyph = Glyph.create(name=glyphname,
width=width,
master_id=master.id,
project_id=master.project_id,
width_new=width)
for pointset in pointsets:
pointset.save_to_database(glyph)
return glyph
def get_glyphs_jsondata(glyphid, master):
""" Returns dictionary with glyph's information for concrete master and
interpolated glyph.
Example result:
```yaml
---
M: {} # same as `get_json`
R: {} # same as `get_json`
master_id: 1
```
"""
project = master.project
masters = project.get_ordered_masters()
glyph = Glyph.get(master_id=master.id, name=glyphid)
metapost = Metapost(project)
metapost.execute_interpolated_single(glyph)
instancelog = project.get_instancelog(masters[0].version)
M_glyphjson = get_glyph_info_from_log(instancelog, glyphid)
metapost.execute_single(master, glyph)
instancelog = project.get_instancelog(master.version, 'a')
glyphjson = get_glyph_info_from_log(instancelog, glyphid, master)
return {'M': M_glyphjson, 'R': glyphjson, 'master_id': master.id}
def get_glyphs_jsondata(glyphid, master):
""" Returns dictionary with glyph's information for concrete master and
interpolated glyph.
Example result:
```yaml
---
M: {} # same as `get_json`
R: {} # same as `get_json`
master_id: 1
```
"""
project = master.project
masters = project.get_ordered_masters()
glyph = Glyph.get(master_id=master.id, name=glyphid)
metapost = Metapost(project)
metapost.execute_interpolated_single(glyph)
instancelog = project.get_instancelog(masters[0].version)
M_glyphjson = get_glyph_info_from_log(instancelog, glyphid)
metapost.execute_single(master, glyph)
instancelog = project.get_instancelog(master.version, 'a')
glyphjson = get_glyph_info_from_log(instancelog, glyphid, master)
return {'M': M_glyphjson, 'R': glyphjson, 'master_id': master.id}
def get_glyph_points_from_db(master, glyphid):
""" Returns json with information about glyphs' points including coords
and point parameters.
Example result:
```yaml
---
width: 1680
points:
-
x: 12
y: 123
pointnr: 1
iszpoint: true
data:
width: 1680
width_new: 1490
# then list of another point parameters
```
"""
# todo: move mflist to another common module
glyph = Glyph.get(master_id=master.id, name=glyphid)
localparam = LocalParam.get(id=master.idlocala)
# this is still not fast, but it's 5 times faster than without
# .options(joinedload(GlyphPoint.glyphpoint)) option,
# FIXME: queries like this belong explicitly into model-land
points = (GlyphPoint.filter(glyph_id=glyph.id).join(
GlyphPoint.glyphpoint).options(joinedload(
GlyphPoint.glyphpoint)).order_by(GlyphPoint.pointnr.asc())).all()
_points = []
for point in points:
param = point.glyphpoint[
0] # FIXME: bad naming here, see comment in GlyphPointParam
iszpoint = False
if re.match('z(\d+)[lr]', param.pointname):
iszpoint = True
x = point.x
if localparam:
x += localparam.px
params = param.as_dict()
params.update({'width': glyph.width})
params.update({'width_new': glyph.width_new})
_points.append({
'x': x,
'y': point.y,
'pointnr': point.pointnr,
'iszpoint': iszpoint,
'data': params
})
return {'width': glyph.width, 'points': _points}
def get_glyph_points_from_db(master, glyphid):
""" Returns json with information about glyphs' points including coords
and point parameters.
Example result:
```yaml
---
width: 1680
points:
-
x: 12
y: 123
pointnr: 1
iszpoint: true
data:
width: 1680
width_new: 1490
# then list of another point parameters
```
"""
# todo: move mflist to another common module
glyph = Glyph.get(master_id=master.id, name=glyphid)
localparam = LocalParam.get(id=master.idlocala)
# this is still not fast, but it's 5 times faster than without
# .options(joinedload(GlyphPoint.glyphpoint)) option,
# FIXME: queries like this belong explicitly into model-land
points = (GlyphPoint
.filter(glyph_id=glyph.id)
.join(GlyphPoint.glyphpoint)
.options(joinedload(GlyphPoint.glyphpoint))
.order_by(GlyphPoint.pointnr.asc())
).all()
_points = []
for point in points:
param = point.glyphpoint[0] # FIXME: bad naming here, see comment in GlyphPointParam
iszpoint = False
if re.match('z(\d+)[lr]', param.pointname):
iszpoint = True
x = point.x
if localparam:
x += localparam.px
params = param.as_dict()
params.update({'width': glyph.width})
params.update({'width_new': glyph.width_new})
_points.append({'x': x, 'y': point.y, 'pointnr': point.pointnr,
'iszpoint': iszpoint, 'data': params})
return {'width': glyph.width, 'points': _points}
def get_glyph_points_from_db(master, glyphid):
""" Returns json with information about glyphs' points including coords
and point parameters.
Example result:
```yaml
---
width: 1680
points:
-
x: 12
y: 123
pointnr: 1
iszpoint: true
data:
width: 1680
width_new: 1490
# then list of another point parameters
```
"""
# todo: move mflist to another common module
glyph = Glyph.get(master_id=master.id, name=glyphid)
points = GlyphPoint.filter(glyph_id=glyph.id)
localparam = LocalParam.get(id=master.idlocala)
_points = []
for point in points.order_by(GlyphPoint.pointnr.asc()):
param = GlyphPointParam.get(glyphpoint_id=point.id)
iszpoint = False
if re.match('z(\d+)[lr]', param.pointname):
iszpoint = True
x = point.x
if localparam:
x += localparam.px
params = param.as_dict()
params.update({'width': glyph.width})
params.update({'width_new': glyph.width_new})
_points.append({
'x': x,
'y': point.y,
'pointnr': point.pointnr,
'iszpoint': iszpoint,
'data': params
})
return {'width': glyph.width, 'points': _points}
def create_glyph(glif, master):
itemlist = glif.find('advance')
width = itemlist.get('width')
glyph = glif.getroot()
glyphname = glyph.get('name')
if master.project.mfparser == 'pen':
pointsets = get_pointsets(glif)
else:
pointsets = get_controlpmode_pointsets(glif)
if Glyph.exists(name=glyphname, master_id=master.id):
return
glyph = Glyph.create(name=glyphname, width=width,
master_id=master.id,
project_id=master.project_id,
width_new=width)
for pointset in pointsets:
pointset.save_to_database(glyph)
return glyph
def execute_interpolated_single(self, glyph):
if not glyph:
raise Exception('no glyph defined `execute_interpolated_single`')
masters = self.project.get_ordered_masters()
idmasters = map(lambda x: x.id, masters)
primary_master = masters[0]
_glyphs = Glyph.filter(name=glyph.name)
_glyphs = _glyphs.filter(Glyph.master_id.in_(idmasters))
self.interpolated_metafont_generate(masters,
*_glyphs, interpolated=True)
self.write_glyph_list(primary_master, glyph.name, interpolated=True)
return self._execute(primary_master, interpolated=True)
def execute_interpolated_bulk(self):
""" Run metapost for all glyphs with mf files containing points
from all project masters.
"""
masters = self.project.get_ordered_masters()
idmasters = map(lambda x: x.id, masters)
primary_master = masters[0]
for glyph in primary_master.get_glyphs():
_glyphs = Glyph.filter(name=glyph.name)
_glyphs = _glyphs.filter(Glyph.master_id.in_(idmasters))
self.interpolated_metafont_generate(masters, *_glyphs,
interpolated=True)
self.write_glyph_list(primary_master, interpolated=True)
return self._execute(primary_master, interpolated=True)
def get_glyph_points_from_db(master, glyphid):
""" Returns json with information about glyphs' points including coords
and point parameters.
Example result:
```yaml
---
width: 1680
points:
-
x: 12
y: 123
pointnr: 1
iszpoint: true
data:
width: 1680
width_new: 1490
# then list of another point parameters
```
"""
# todo: move mflist to another common module
glyph = Glyph.get(master_id=master.id, name=glyphid)
points = GlyphPoint.filter(glyph_id=glyph.id)
localparam = LocalParam.get(id=master.idlocala)
_points = []
for point in points.order_by(GlyphPoint.pointnr.asc()):
param = GlyphPointParam.get(glyphpoint_id=point.id)
iszpoint = False
if re.match('z(\d+)[lr]', param.pointname):
iszpoint = True
x = point.x
if localparam:
x += localparam.px
params = param.as_dict()
params.update({'width': glyph.width})
params.update({'width_new': glyph.width_new})
_points.append({'x': x, 'y': point.y, 'pointnr': point.pointnr,
'iszpoint': iszpoint, 'data': params})
return {'width': glyph.width, 'points': _points}
def get_json(content, glyphid=None, master=None):
""" Returns json with glyph data from raw content generated
by metapost.
Example result:
```yaml
---
-
contours:
-
-
controls:
- # control in
x: 34
y: 15
- # control out
x: 0
y: 98
x: 12
y: 101
height: 1080
minx: 0
miny: 0
name: 65
width: 1680
zpoints: {} # described in `get_glyph_points_from_db`
```
"""
contour_pattern = re.compile(r'Filled\scontour\s:\n(.*?)..cycle',
re.I | re.S | re.M)
point_pattern = re.compile(r'\(([-\d.]+),([-\d.]+)\)..controls\s'
r'\(([-\d.]+),([-\d.]+)\)\sand\s'
r'\(([-\d.]+),([-\d.]+)\)')
pattern = re.findall(r'\[(\d+)\]\s+Edge structure(.*?)End edge', content,
re.I | re.DOTALL | re.M)
glyphs = []
for glyph, edge in pattern:
# there are probably a lot of glyphs in the log file. if we look
# at the wrong glyph we skip it.
# note that: glyphid == mflist[int(glyph) - 1]
if glyphid and glyphid != mflist[int(glyph) - 1]:
continue
x_min = 0
y_min = 0
x_max = 0
y_max = 0
contours = []
zpoints_names = []
if master:
params = (query(
GlyphPointParam.pointname).join(Glyph).join(GlyphPoint).filter(
Glyph.master_id == master.id
).filter(Glyph.name == mflist[int(glyph) - 1]).filter(
GlyphPoint.glyph_id == Glyph.id).filter(
GlyphPointParam.glyphpoint_id == GlyphPoint.id).filter(
GlyphPointParam.pointname.op('regexp')(
'z[0-9]+[rl]')).order_by(
GlyphPoint.pointnr.asc()).all())
zpoints_names = [p[0] for p in params]
number = 0
for ix, contour in enumerate(contour_pattern.findall(edge.strip())):
contour = re.sub('\n(\S)', '\\1', contour)
_contours = []
handleIn_X, handleIn_Y = None, None
for point in contour.split('\n'):
point = point.strip().strip('..')
match = point_pattern.match(point)
if not match:
continue
X = match.group(1)
Y = match.group(2)
handleOut_X = match.group(3)
handleOut_Y = match.group(4)
controlpoints = [{
'x': 0,
'y': 0
}, {
'x': handleOut_X,
'y': handleOut_Y
}]
if handleIn_X is not None and handleIn_Y is not None:
controlpoints[0] = {'x': handleIn_X, 'y': handleIn_Y}
pointdict = {'x': X, 'y': Y, 'controls': controlpoints}
_contours.append(pointdict)
handleIn_X = match.group(5)
handleIn_Y = match.group(6)
x_min = min(x_min, x_max, float(X), float(handleOut_X),
float(handleIn_X))
y_min = min(y_min, y_max, float(Y), float(handleOut_Y),
float(handleIn_Y))
x_max = max(x_max, x_min, float(X), float(handleOut_X),
float(handleIn_X))
y_max = max(y_max, y_min, float(Y), float(handleOut_Y),
float(handleIn_Y))
if zpoints_names:
zpoints = []
ll = zpoints_names[number + 1:len(_contours) + number]
if len(zpoints_names) > number:
zpoints = [zpoints_names[number]] + ll
number += len(_contours)
for zix, point in enumerate(_contours):
try:
point['pointname'] = zpoints[zix]
except IndexError:
pass
if handleIn_X and handleIn_Y:
_contours[0]['controls'][0] = {
'x': handleIn_X,
'y': handleIn_Y
}
contours.append(_contours)
zpoints = []
if master:
zpoints = get_glyph_points_from_db(master, mflist[int(glyph) - 1])
g = Glyph.get(master_id=master.id, name=mflist[int(glyph) - 1])
maxx, minx = GlyphPoint.minmax(GlyphPoint.x, glyph_id=g.id)[0]
maxy, miny = GlyphPoint.minmax(GlyphPoint.y, glyph_id=g.id)[0]
if maxx is not None and minx is not None \
and maxy is not None and miny is not None:
x_min = min(x_min, minx, x_max, maxx)
x_max = max(x_min, minx, x_max, maxx)
y_min = min(y_max, maxy, y_min, miny)
y_max = max(y_max, maxy, y_min, miny)
if x_min < 0:
width = abs(x_max) + abs(x_min)
else:
width = abs(x_max)
if y_min < 0:
height = abs(y_max) + abs(y_min)
else:
height = abs(y_max)
json = {
'name': mflist[int(glyph) - 1],
'contours': contours,
'minx': x_min,
'miny': y_min,
'zpoints': zpoints,
'width': width,
'height': height
}
if master:
# this is supposed to save the contours the first time they
# where created, the bad thing is, that we have to check if
# this already happend everytime, so I'll move it out of this method
glyph_obj = Glyph.get(master_id=master.id,
name=mflist[int(glyph) - 1])
if glyph_obj and not glyph_obj.original_glyph_contours:
glyph_obj.original_glyph_contours = ujson.dumps(contours)
glyphs.append(json)
return glyphs
def get_json(content, glyphid=None, master=None):
""" Returns json with glyph data from raw content generated
by metapost.
Example result:
```yaml
---
-
contours:
-
-
controls:
- # control in
x: 34
y: 15
- # control out
x: 0
y: 98
x: 12
y: 101
height: 1080
minx: 0
miny: 0
name: 65
width: 1680
zpoints: {} # described in `get_glyph_points_from_db`
```
"""
contour_pattern = re.compile(r'Filled\scontour\s:\n(.*?)..cycle',
re.I | re.S | re.M)
point_pattern = re.compile(r'\(([-\d.]+),([-\d.]+)\)..controls\s'
r'\(([-\d.]+),([-\d.]+)\)\sand\s'
r'\(([-\d.]+),([-\d.]+)\)')
pattern = re.findall(r'\[(\d+)\]\s+Edge structure(.*?)End edge', content,
re.I | re.DOTALL | re.M)
glyphs = []
for glyph, edge in pattern:
from metapolator.xmltomf_pen import mflist
if glyphid and glyphid != mflist[int(glyph) - 1]:
continue
x_min = 0
y_min = 0
x_max = 0
y_max = 0
contours = []
zpoints_names = []
if master:
# todo: move mflist to another common module
from metapolator.xmltomf_pen import mflist
glyph_obj = Glyph.get(master_id=master.id,
name=mflist[int(glyph) - 1])
zpoints_names = map(lambda x: x.pointname,
glyph_obj.get_zpoints())
number = 0
for ix, contour in enumerate(contour_pattern.findall(edge.strip())):
contour = re.sub('\n(\S)', '\\1', contour)
_contours = []
handleIn_X, handleIn_Y = None, None
for point in contour.split('\n'):
point = point.strip().strip('..')
match = point_pattern.match(point)
if not match:
continue
X = match.group(1)
Y = match.group(2)
handleOut_X = match.group(3)
handleOut_Y = match.group(4)
controlpoints = [{'x': 0, 'y': 0},
{'x': handleOut_X, 'y': handleOut_Y}]
if handleIn_X is not None and handleIn_Y is not None:
controlpoints[0] = {'x': handleIn_X, 'y': handleIn_Y}
pointdict = {'x': X, 'y': Y, 'controls': controlpoints}
_contours.append(pointdict)
handleIn_X = match.group(5)
handleIn_Y = match.group(6)
x_min = min(x_min, x_max, float(X),
float(handleOut_X), float(handleIn_X))
y_min = min(y_min, y_max, float(Y),
float(handleOut_Y), float(handleIn_Y))
x_max = max(x_max, x_min, float(X),
float(handleOut_X), float(handleIn_X))
y_max = max(y_max, y_min, float(Y),
float(handleOut_Y), float(handleIn_Y))
if zpoints_names:
zpoints = []
ll = zpoints_names[number + 1: len(_contours) + number]
if len(zpoints_names) > number:
zpoints = [zpoints_names[number]] + ll
number += len(_contours)
for zix, point in enumerate(_contours):
try:
point['pointname'] = zpoints[zix]
except IndexError:
pass
if handleIn_X and handleIn_Y:
_contours[0]['controls'][0] = {'x': handleIn_X,
'y': handleIn_Y}
contours.append(_contours)
zpoints = []
if master:
zpoints = get_glyph_points_from_db(master, mflist[int(glyph) - 1])
g = Glyph.get(master_id=master.id, name=mflist[int(glyph) - 1])
maxx, minx = GlyphPoint.minmax(GlyphPoint.x, glyph_id=g.id)[0]
maxy, miny = GlyphPoint.minmax(GlyphPoint.y, glyph_id=g.id)[0]
if maxx is not None and minx is not None \
and maxy is not None and miny is not None:
x_min = min(x_min, minx, x_max, maxx)
x_max = max(x_min, minx, x_max, maxx)
y_min = min(y_max, maxy, y_min, miny)
y_max = max(y_max, maxy, y_min, miny)
if x_min < 0:
width = abs(x_max) + abs(x_min)
else:
width = abs(x_max)
if y_min < 0:
height = abs(y_max) + abs(y_min)
else:
height = abs(y_max)
from metapolator.xmltomf_pen import mflist
json = {'name': mflist[int(glyph) - 1], 'contours': contours,
'minx': x_min, 'miny': y_min, 'zpoints': zpoints,
'width': width, 'height': height}
if master and glyph_obj and not glyph_obj.original_glyph_contours:
glyph_obj.original_glyph_contours = ujson.dumps(contours)
glyphs.append(json)
return glyphs
def get_json(content, glyphid=None, master=None):
""" Returns json with glyph data from raw content generated
by metapost.
Example result:
```yaml
---
-
contours:
-
-
controls:
- # control in
x: 34
y: 15
- # control out
x: 0
y: 98
x: 12
y: 101
height: 1080
minx: 0
miny: 0
name: 65
width: 1680
zpoints: {} # described in `get_glyph_points_from_db`
```
"""
contour_pattern = re.compile(r'Filled\scontour\s:\n(.*?)..cycle',
re.I | re.S | re.M)
point_pattern = re.compile(r'\(([-\d.]+),([-\d.]+)\)..controls\s'
r'\(([-\d.]+),([-\d.]+)\)\sand\s'
r'\(([-\d.]+),([-\d.]+)\)')
pattern = re.findall(r'\[(\d+)\]\s+Edge structure(.*?)End edge', content,
re.I | re.DOTALL | re.M)
glyphs = []
for glyph, edge in pattern:
# there are probably a lot of glyphs in the log file. if we look
# at the wrong glyph we skip it.
# note that: glyphid == mflist[int(glyph) - 1]
if glyphid and glyphid != mflist[int(glyph) - 1]:
continue
x_min = 0
y_min = 0
x_max = 0
y_max = 0
contours = []
zpoints_names = []
if master:
params = (query(GlyphPointParam.pointname)
.join(Glyph)
.join(GlyphPoint)
.filter(Glyph.master_id == master.id)
.filter(Glyph.name == mflist[int(glyph) - 1])
.filter(GlyphPoint.glyph_id == Glyph.id)
.filter(GlyphPointParam.glyphpoint_id == GlyphPoint.id)
.filter(GlyphPointParam.pointname.op('regexp')('z[0-9]+[rl]'))
.order_by(GlyphPoint.pointnr.asc())
.all()
)
zpoints_names = [p[0] for p in params]
number = 0
for ix, contour in enumerate(contour_pattern.findall(edge.strip())):
contour = re.sub('\n(\S)', '\\1', contour)
_contours = []
handleIn_X, handleIn_Y = None, None
for point in contour.split('\n'):
point = point.strip().strip('..')
match = point_pattern.match(point)
if not match:
continue
X = match.group(1)
Y = match.group(2)
handleOut_X = match.group(3)
handleOut_Y = match.group(4)
controlpoints = [{'x': 0, 'y': 0},
{'x': handleOut_X, 'y': handleOut_Y}]
if handleIn_X is not None and handleIn_Y is not None:
controlpoints[0] = {'x': handleIn_X, 'y': handleIn_Y}
pointdict = {'x': X, 'y': Y, 'controls': controlpoints}
_contours.append(pointdict)
handleIn_X = match.group(5)
handleIn_Y = match.group(6)
x_min = min(x_min, x_max, float(X),
float(handleOut_X), float(handleIn_X))
y_min = min(y_min, y_max, float(Y),
float(handleOut_Y), float(handleIn_Y))
x_max = max(x_max, x_min, float(X),
float(handleOut_X), float(handleIn_X))
y_max = max(y_max, y_min, float(Y),
float(handleOut_Y), float(handleIn_Y))
if zpoints_names:
zpoints = []
ll = zpoints_names[number + 1: len(_contours) + number]
if len(zpoints_names) > number:
zpoints = [zpoints_names[number]] + ll
number += len(_contours)
for zix, point in enumerate(_contours):
try:
point['pointname'] = zpoints[zix]
except IndexError:
pass
if handleIn_X and handleIn_Y:
_contours[0]['controls'][0] = {'x': handleIn_X,
'y': handleIn_Y}
contours.append(_contours)
zpoints = []
if master:
zpoints = get_glyph_points_from_db(master, mflist[int(glyph) - 1])
g = Glyph.get(master_id=master.id, name=mflist[int(glyph) - 1])
maxx, minx = GlyphPoint.minmax(GlyphPoint.x, glyph_id=g.id)[0]
maxy, miny = GlyphPoint.minmax(GlyphPoint.y, glyph_id=g.id)[0]
if maxx is not None and minx is not None \
and maxy is not None and miny is not None:
x_min = min(x_min, minx, x_max, maxx)
x_max = max(x_min, minx, x_max, maxx)
y_min = min(y_max, maxy, y_min, miny)
y_max = max(y_max, maxy, y_min, miny)
if x_min < 0:
width = abs(x_max) + abs(x_min)
else:
width = abs(x_max)
if y_min < 0:
height = abs(y_max) + abs(y_min)
else:
height = abs(y_max)
json = {'name': mflist[int(glyph) - 1], 'contours': contours,
'minx': x_min, 'miny': y_min, 'zpoints': zpoints,
'width': width, 'height': height}
if master:
# this is supposed to save the contours the first time they
# where created, the bad thing is, that we have to check if
# this already happend everytime, so I'll move it out of this method
glyph_obj = Glyph.get(master_id=master.id, name=mflist[int(glyph) - 1])
if glyph_obj and not glyph_obj.original_glyph_contours:
glyph_obj.original_glyph_contours = ujson.dumps(contours)
glyphs.append(json)
return glyphs
def get_json(content, glyphid=None, master=None):
""" Returns json with glyph data from raw content generated
by metapost.
Example result:
```yaml
---
-
contours:
-
-
controls:
- # control in
x: 34
y: 15
- # control out
x: 0
y: 98
x: 12
y: 101
height: 1080
minx: 0
miny: 0
name: 65
width: 1680
zpoints: {} # described in `get_glyph_points_from_db`
```
"""
contour_pattern = re.compile(r'Filled\scontour\s:\n(.*?)..cycle',
re.I | re.S | re.M)
point_pattern = re.compile(r'\(([-\d.]+),([-\d.]+)\)..controls\s'
r'\(([-\d.]+),([-\d.]+)\)\sand\s'
r'\(([-\d.]+),([-\d.]+)\)')
pattern = re.findall(r'\[(\d+)\]\s+Edge structure(.*?)End edge', content,
re.I | re.DOTALL | re.M)
glyphs = []
for glyph, edge in pattern:
from metapolator.xmltomf_pen import mflist
if glyphid and glyphid != mflist[int(glyph) - 1]:
continue
x_min = 0
y_min = 0
x_max = 0
y_max = 0
contours = []
zpoints_names = []
if master:
# todo: move mflist to another common module
from metapolator.xmltomf_pen import mflist
glyph_obj = Glyph.get(master_id=master.id,
name=mflist[int(glyph) - 1])
zpoints_names = map(lambda x: x.pointname, glyph_obj.get_zpoints())
number = 0
for ix, contour in enumerate(contour_pattern.findall(edge.strip())):
contour = re.sub('\n(\S)', '\\1', contour)
_contours = []
handleIn_X, handleIn_Y = None, None
for point in contour.split('\n'):
point = point.strip().strip('..')
match = point_pattern.match(point)
if not match:
continue
X = match.group(1)
Y = match.group(2)
handleOut_X = match.group(3)
handleOut_Y = match.group(4)
controlpoints = [{
'x': 0,
'y': 0
}, {
'x': handleOut_X,
'y': handleOut_Y
}]
if handleIn_X is not None and handleIn_Y is not None:
controlpoints[0] = {'x': handleIn_X, 'y': handleIn_Y}
pointdict = {'x': X, 'y': Y, 'controls': controlpoints}
_contours.append(pointdict)
handleIn_X = match.group(5)
handleIn_Y = match.group(6)
x_min = min(x_min, x_max, float(X), float(handleOut_X),
float(handleIn_X))
y_min = min(y_min, y_max, float(Y), float(handleOut_Y),
float(handleIn_Y))
x_max = max(x_max, x_min, float(X), float(handleOut_X),
float(handleIn_X))
y_max = max(y_max, y_min, float(Y), float(handleOut_Y),
float(handleIn_Y))
if zpoints_names:
zpoints = []
ll = zpoints_names[number + 1:len(_contours) + number]
if len(zpoints_names) > number:
zpoints = [zpoints_names[number]] + ll
number += len(_contours)
for zix, point in enumerate(_contours):
try:
point['pointname'] = zpoints[zix]
except IndexError:
pass
if handleIn_X and handleIn_Y:
_contours[0]['controls'][0] = {
'x': handleIn_X,
'y': handleIn_Y
}
contours.append(_contours)
zpoints = []
if master:
zpoints = get_glyph_points_from_db(master, mflist[int(glyph) - 1])
g = Glyph.get(master_id=master.id, name=mflist[int(glyph) - 1])
maxx, minx = GlyphPoint.minmax(GlyphPoint.x, glyph_id=g.id)[0]
maxy, miny = GlyphPoint.minmax(GlyphPoint.y, glyph_id=g.id)[0]
if maxx is not None and minx is not None \
and maxy is not None and miny is not None:
x_min = min(x_min, minx, x_max, maxx)
x_max = max(x_min, minx, x_max, maxx)
y_min = min(y_max, maxy, y_min, miny)
y_max = max(y_max, maxy, y_min, miny)
if x_min < 0:
width = abs(x_max) + abs(x_min)
else:
width = abs(x_max)
if y_min < 0:
height = abs(y_max) + abs(y_min)
else:
height = abs(y_max)
from metapolator.xmltomf_pen import mflist
json = {
'name': mflist[int(glyph) - 1],
'contours': contours,
'minx': x_min,
'miny': y_min,
'zpoints': zpoints,
'width': width,
'height': height
}
if master and glyph_obj and not glyph_obj.original_glyph_contours:
glyph_obj.original_glyph_contours = ujson.dumps(contours)
glyphs.append(json)
return glyphs