def _drawObject(self, robj):
"""Draw given object to the device
:param robj: object to draw
"""
if robj.type == TYPE_AREA:
self._cat = Vect_get_area_cat(self.poMapInfo, robj.fid, 1)
elif robj.type == TYPE_CENTROIDIN:
return # skip centroids
DisplayDriver._drawObject(self, robj)
def _drawObject(self, robj):
"""Draw given object to the device
:param robj: object to draw
"""
if robj.type == TYPE_AREA:
self._cat = Vect_get_area_cat(self.poMapInfo, robj.fid, 1)
elif robj.type == TYPE_CENTROIDIN:
return # skip centroids
DisplayDriver._drawObject(self, robj)
def __init__(self, device, deviceTmp, mapObj, window, glog, gprogress):
DisplayDriver.__init__(
self,
device,
deviceTmp,
mapObj,
window,
glog,
gprogress)
self._cat = -1
def _definePen(self, rtype):
"""Define pen/brush based on rendered object)
:param rtype: type of the object
:return: pen, brush
"""
pen, brush = DisplayDriver._definePen(self, rtype)
if self._cat > 0 and rtype == TYPE_AREA:
brush = wx.Brush(self.window.GetCategoryColor(self._cat), wx.SOLID)
return pen, brush
def _definePen(self, rtype):
"""Define pen/brush based on rendered object)
:param rtype: type of the object
:return: pen, brush
"""
pen, brush = DisplayDriver._definePen(self, rtype)
if self._cat > 0 and rtype == TYPE_AREA:
brush = wx.Brush(self.window.GetCategoryColor(self._cat), wx.SOLID)
return pen, brush
def CloseMap(self):
"""Close training areas map - be quiet"""
verbosity = G_verbose()
G_set_verbose(0)
DisplayDriver.CloseMap(self)
G_set_verbose(verbosity)
def __init__(self, device, deviceTmp, mapObj, window, glog, gprogress):
DisplayDriver.__init__(self, device, deviceTmp, mapObj, window, glog,
gprogress)
self._cat = -1
