def draw_in(self, aMapViewer):
'''implement the method to draw in the MapViewer
'''
radius = 150.0 / aMapViewer.scale
x = aMapViewer.cmin[0]
y = aMapViewer.cmin[1]
(display_width, display_height) = aMapViewer.parent.size
for aPoi in self.pois:
(poi_x, poi_y) = aMapViewer.get_local_xy_from_latlon(
float(aPoi.poinulat), float(aPoi.poinulon), display_width,
display_height)
img_poi = Rectangle(pos=(x + poi_x / aMapViewer.scale - radius / 2,
y + poi_y / aMapViewer.scale))
img_poi.source = 'images/location_%s.png' % self.categories[
aPoi.poiidcat].catcdcode
img_poi.size = (radius, radius)
aMapViewer.canvas.add(img_poi)
# draw the current position
(curr_x, curr_y) = aMapViewer.get_local_xy_from_latlon(
self.current_position[0], self.current_position[1], display_width,
display_height)
img_position = Rectangle(
pos=(x + curr_x / aMapViewer.scale - radius / 2,
y + curr_y / aMapViewer.scale - radius / 2))
img_position.source = 'images/my-position.png'
img_position.size = (radius, radius)
aMapViewer.canvas.add(img_position)
return
def draw_in(self, aMapViewer): '''implement the method to draw in the MapViewer ''' radius = 150.0/aMapViewer.scale x = aMapViewer.cmin[0] y = aMapViewer.cmin[1] (display_width, display_height) = aMapViewer.parent.size for aPoi in self.pois: (poi_x,poi_y) = aMapViewer.get_local_xy_from_latlon(float(aPoi.poinulat), float(aPoi.poinulon), display_width, display_height) #with aMapViewer.canvas: # Color(1, 0, 0, 0.8) # Ellipse(pos=(x + poi_x/aMapViewer.scale - radius/2, y + poi_y/aMapViewer.scale - radius/2), size=(radius,radius)) img_poi = Rectangle( pos=(x + poi_x/aMapViewer.scale - radius/2, y + poi_y/aMapViewer.scale ) ) img_poi.source='images/location_%s.png' % self.categories[aPoi.poiidcat].catcdcode img_poi.size = (radius,radius) aMapViewer.canvas.add(img_poi) # draw the current position (curr_x, curr_y) = aMapViewer.get_local_xy_from_latlon(self.current_position[0], self.current_position[1], display_width, display_height) aMapViewer.canvas.add(Color(0, 1, 1, 0.8)) aMapViewer.canvas.add(Ellipse(pos=(x + curr_x/aMapViewer.scale - radius/2, y + curr_y/aMapViewer.scale - radius/2), size=(radius/4,radius/4)) ) return
