def draw(self, p, rect):
if not self._map():
return
#self._setupPainter(p)
zoomFactor = self.edgeOverlay._zoom
#p.drawPolygon(self._qpointarray, True, s, e-s)
r = p.clipRegion().boundingRect()
bbox = BoundingBox((r.left() / zoomFactor - 0.5,
r.top() / zoomFactor - 0.5),
(r.right() / zoomFactor + 0.5,
r.bottom() / zoomFactor + 0.5))
map = self._map()
if self.colors:
try:
for edge in map.edgeIter():
edgeColor = self.colors[edge.label()]
if edgeColor and bbox.intersects(edge.boundingBox()):
p.setPen(QtGui.QPen(edgeColor, self.width))
p.drawPolyline(self._getZoomedEdge(edge))
except IndexError, e:
print e #"IndexError: %d > %d (maxEdgeLabel: %d)!" % (
def addClippedPoly(self, polygon, **attr):
"""fe.addClippedPoly(polygon, ...)
Adds and returns exactly fig.Polygon objects for each part of
the given polygon which is in the clipping range. Again, note
the possibility of setting properties (depth, penColor,
lineStyle, lineWidth, ...) on all resulting objects via
keyword arguments (cf. documentation of the FigExporter
class).
If simplifyEpsilon (default: 0.5) is not None, simplifyPolygon
is called on the *scaled* polygon (i.e. the default is to
simplify the polygon to 0.5 fig units, which are integer
anyways)."""
if "fillColor" in attr and not "fillStyle" in attr:
attr["fillStyle"] = fig.FillStyle.Solid
# no ROI to clip to?
if not self.roi:
return [self.addEdge(polygon, **attr)]
if type(polygon) != Polygon:
if not isinstance(polygon, list):
polygon = Polygon(list(polygon))
else:
polygon = Polygon(polygon)
clipRect = BoundingBox(self.roi)
o = self.offset + attr.get('offset', (0, 0))
clipRect.moveBy(-o)
# handle all-or-none cases:
if not clipRect.intersects(polygon.boundingBox()):
return []
if clipRect.contains(polygon.boundingBox()):
return [self.addEdge(polygon, **attr)]
# general case: perform clipping, add parts one-by-one:
result = [] # fig.Compound(container) - I dont't dare grouping here..
closeAtBorder = (attr.get("fillStyle", fig.FillStyle.None) !=
fig.FillStyle.None)
for part in clipPoly(polygon, clipRect, closeAtBorder):
if part.length(): # don't add zero-length polygons
result.append(self.addEdge(part, **attr))
return result
def addClippedPoly(self, polygon, **attr):
"""fe.addClippedPoly(polygon, ...)
Adds and returns exactly fig.Polygon objects for each part of
the given polygon which is in the clipping range. Again, note
the possibility of setting properties (depth, penColor,
lineStyle, lineWidth, ...) on all resulting objects via
keyword arguments (cf. documentation of the FigExporter
class).
If simplifyEpsilon (default: 0.5) is not None, simplifyPolygon
is called on the *scaled* polygon (i.e. the default is to
simplify the polygon to 0.5 fig units, which are integer
anyways)."""
if "fillColor" in attr and not "fillStyle" in attr:
attr["fillStyle"] = fig.FillStyle.Solid
# no ROI to clip to?
if not self.roi:
return [self.addEdge(polygon, **attr)]
if type(polygon) != Polygon:
if not isinstance(polygon, list):
polygon = Polygon(list(polygon))
else:
polygon = Polygon(polygon)
clipRect = BoundingBox(self.roi)
o = self.offset + attr.get('offset', (0,0))
clipRect.moveBy(-o)
# handle all-or-none cases:
if not clipRect.intersects(polygon.boundingBox()):
return []
if clipRect.contains(polygon.boundingBox()):
return [self.addEdge(polygon, **attr)]
# general case: perform clipping, add parts one-by-one:
result = [] # fig.Compound(container) - I dont't dare grouping here..
closeAtBorder = (
attr.get("fillStyle", fig.FillStyle.None) != fig.FillStyle.None)
for part in clipPoly(polygon, clipRect, closeAtBorder):
if part.length(): # don't add zero-length polygons
result.append(self.addEdge(part, **attr))
return result
def draw(self, p, rect=None):
if not self._map():
return
#self._setupPainter(p)
r = p.clipRegion().boundingRect()
bbox = BoundingBox(
(r.left() / self._zoom - 0.5, r.top() / self._zoom - 0.5),
(r.right() / self._zoom + 0.5, r.bottom() / self._zoom + 0.5))
map = self._map()
if self.colors:
try:
for edge in map.edgeIter():
edgeColor = self.colors[edge.label()]
if edgeColor and bbox.intersects(edge.boundingBox()):
p.setPen(QtGui.QPen(edgeColor, self.width))
p.drawPolyline(self._getZoomedEdge(edge))
except IndexError, e:
print e #"IndexError: %d > %d (maxEdgeLabel: %d)!" % (