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import os |
import os |
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from math import log, ceil |
from math import log, ceil |
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from Thuban import _ |
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import shapelib, shptree |
import shapelib, shptree |
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from messages import LAYER_PROJECTION_CHANGED, LAYER_LEGEND_CHANGED, \ |
from messages import LAYER_PROJECTION_CHANGED, LAYER_LEGEND_CHANGED, \ |
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def SetFill(self, fill): |
def SetFill(self, fill): |
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"""Set the layer's fill color. None means the shapes are not filled""" |
"""Set the layer's fill color. None means the shapes are not filled""" |
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self.fill = fill |
null = self.classification.getNull() |
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null['fill'] = fill |
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self.classification.setNull(null) |
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self.changed(LAYER_LEGEND_CHANGED, self) |
self.changed(LAYER_LEGEND_CHANGED, self) |
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def SetStroke(self, stroke): |
def SetStroke(self, stroke): |
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"""Set the layer's stroke color. None means the shapes are not |
"""Set the layer's stroke color. None means the shapes are not |
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stroked.""" |
stroked.""" |
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self.stroke = stroke |
null = self.classification.getNull() |
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null['stroke'] = stroke |
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self.classification.setNull(null) |
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self.changed(LAYER_LEGEND_CHANGED, self) |
self.changed(LAYER_LEGEND_CHANGED, self) |
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def SetStrokeWidth(self, width): |
def SetStrokeWidth(self, width): |
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"""Set the layer's stroke width.""" |
"""Set the layer's stroke width.""" |
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self.stroke_width = width |
null = self.classification.getNull() |
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null['stroke_width'] = width |
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self.classification.setNull(null) |
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self.changed(LAYER_LEGEND_CHANGED, self) |
self.changed(LAYER_LEGEND_CHANGED, self) |
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def TreeInfo(self): |
def TreeInfo(self): |
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items = [] |
items = [] |
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if self.Visible(): |
if self.Visible(): |
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items.append("Shown") |
items.append(_("Shown")) |
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else: |
else: |
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items.append("Hidden") |
items.append(_("Hidden")) |
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items.append("Shapes: %d" % self.NumShapes()) |
items.append(_("Shapes: %d") % self.NumShapes()) |
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bbox = self.LatLongBoundingBox() |
bbox = self.LatLongBoundingBox() |
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if bbox is not None: |
if bbox is not None: |
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items.append("Extent (lat-lon): (%g, %g, %g, %g)" % bbox) |
items.append(_("Extent (lat-lon): (%g, %g, %g, %g)") % bbox) |
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else: |
else: |
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items.append("Extent (lat-lon):") |
items.append(_("Extent (lat-lon):")) |
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items.append("Shapetype: %s" % shapetype_names[self.ShapeType()]) |
items.append(_("Shapetype: %s") % shapetype_names[self.ShapeType()]) |
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def color_string(color): |
def color_string(color): |
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if color is None: |
if color is None: |
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return "None" |
return "None" |
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return "(%.3f, %.3f, %.3f)" % (color.red, color.green, color.blue) |
return "(%.3f, %.3f, %.3f)" % (color.red, color.green, color.blue) |
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items.append("Fill: " + color_string(self.fill)) |
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items.append("Outline: " + color_string(self.stroke)) |
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return ("Layer '%s'" % self.Title(), items) |
# layers will always have a classification with at least a NULL data set |
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#items.append((_("Fill: %s") % color_string(self.fill), self.fill)) |
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#items.append((_("Outline: %s") % color_string(self.stroke), self.stroke)) |
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items.append(self.classification) |
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return (_("Layer '%s'") % self.Title(), items) |
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