def test_scale_denominator():
eq_(mapnik.scale_denominator(1000.0 * 0.00028, False), 1000.0)
def testMapnik():
#Help from Dane Springmeyer: https://gist.github.com/3438657
#print mapnik.mapnik_version_string()
#mapfile = '/home/klammer/Software/Quickly/TileGen/tilegen/data/media/testdaten/mercator_polygon/vogtland_style_PC-version.xml'
mapfile = '/home/klammer/Software/Quickly/TileGen/tilegen/data/media/testdaten/mercator_polygon/slippy_vogtland.xml'
imgx = 256
imgy = 256
#print dir(imgx)
m = mapnik.Map(imgx, imgy)
mapnik.load_map(m, mapfile)
print mapnik.scale_denominator(m, mapnik.Projection(m.srs).geographic)
m.zoom_all()
m.buffer_size = 128
print '*Number of Layers: ', m.layers.__len__()
for layer in m.layers.__iter__():
print layer.name
#print layer.datasource.params().get('type')
#print layer.name
#print layer.datasource
#print dir(layer.datasource)
#print dir(layer.datasource.envelope())
#print layer.datasource.envelope()
#print layer.datasource.params().as_dict()['type']
#print layer.datasource.envelope().minx
#print layer.datasource.envelope().width()
#desc = layer.datasource.params().as_dict()
#print desc
#print layer.srs
#print layer.datasource.envelope()[0]
#print dir(layer.datasource.features)
length = len(layer.datasource.all_features())
# if length < 10:
# print dir(layer.datasource.all_features())
# for feature in layer.datasource.all_features().__iter__():
# print dir(feature)
# for item in feature.iteritems():
# print item
# print dir(layer.datasource)
#print layer.datasource.fields()
#print '**Number of Styles: ',len(layer.styles)
for i in xrange(len(layer.styles)):
#print layer.styles[i]
style = m.find_style(layer.styles[i])
#print '***Number of Rules: ',len(style.rules)
# for rule in style.rules.__iter__():
# print rule.filter, rule.min_scale, rule.max_scale
# for j in xrange(len(rule.symbols)):
# symbol = rule.symbols[j]
# print symbol
# symbol_type = str(symbol).split('.')[2].split(' ')[0]
# #print symbol_type
# if symbol_type == 'PolygonSymbolizer':
# help = 0
# #print symbol.fill, symbol.fill_opacity, symbol.gamma
# elif symbol_type == 'LineSymbolizer':
# stroke = symbol.stroke
# #print stroke.color, stroke.dash_offset, stroke.gamma, stroke.line_cap, stroke.line_join, stroke.opacity, stroke.width
## else:
# print 'Please implement the missing types!!!!!'
##print mapnik.save_map_to_string(m)
for plugs in mapnik.DatasourceCache.plugin_names():
plug_in = ''
for i in xrange(plugs.__len__()):
plug_in = plug_in + plugs.__getitem__(i)
#print plug_in
ds = mapnik.Shapefile(
file=
'/home/klammer/Software/Quickly/TileGen/tilegen/data/media/testdaten/mercator_polygon/lines.shp'
)
def scale_denominator(self):
srs = Projection(self.srs)
return scale_denominator(self,srs.geographic)
def scale_denominator(self):
srs = mapnik.Projection(self.srs)
return mapnik.scale_denominator(self,srs.geographic)
def testMapnik():
#Help from Dane Springmeyer: https://gist.github.com/3438657
#print mapnik.mapnik_version_string()
#mapfile = '/home/klammer/Software/Quickly/tilegen/data/media/testdaten/mercator_polygon/vogtland_style_PC-version.xml'
mapfile = '/home/klammer/Software/Quickly/tilegen/data/media/testdaten/mercator_polygon/slippy_vogtland.xml'
imgx = 256
imgy = 256
#print dir(imgx)
m = mapnik.Map(imgx,imgy)
mapnik.load_map(m,mapfile)
print mapnik.scale_denominator(m,mapnik.Projection(m.srs).geographic)
m.zoom_all()
m.buffer_size = 128
print '*Number of Layers: ',m.layers.__len__()
for layer in m.layers.__iter__():
print layer.name
#print layer.datasource.params().get('type')
#print layer.name
#print layer.datasource
#print dir(layer.datasource)
#print dir(layer.datasource.envelope())
#print layer.datasource.envelope()
#print layer.datasource.params().as_dict()['type']
#print layer.datasource.envelope().minx
#print layer.datasource.envelope().width()
#desc = layer.datasource.params().as_dict()
#print desc
#print layer.srs
#print layer.datasource.envelope()[0]
#print dir(layer.datasource.features)
length = len(layer.datasource.all_features())
# if length < 10:
# print dir(layer.datasource.all_features())
# for feature in layer.datasource.all_features().__iter__():
# print dir(feature)
# for item in feature.iteritems():
# print item
# print dir(layer.datasource)
#print layer.datasource.fields()
#print '**Number of Styles: ',len(layer.styles)
for i in xrange(len(layer.styles)):
#print layer.styles[i]
style = m.find_style(layer.styles[i])
#print '***Number of Rules: ',len(style.rules)
# for rule in style.rules.__iter__():
# print rule.filter, rule.min_scale, rule.max_scale
# for j in xrange(len(rule.symbols)):
# symbol = rule.symbols[j]
# print symbol
# symbol_type = str(symbol).split('.')[2].split(' ')[0]
# #print symbol_type
# if symbol_type == 'PolygonSymbolizer':
# help = 0
# #print symbol.fill, symbol.fill_opacity, symbol.gamma
# elif symbol_type == 'LineSymbolizer':
# stroke = symbol.stroke
# #print stroke.color, stroke.dash_offset, stroke.gamma, stroke.line_cap, stroke.line_join, stroke.opacity, stroke.width
## else:
# print 'Please implement the missing types!!!!!'
##print mapnik.save_map_to_string(m)
for plugs in mapnik.DatasourceCache.plugin_names():
plug_in = ''
for i in xrange(plugs.__len__()):
plug_in = plug_in + plugs.__getitem__(i)
#print plug_in
ds = mapnik.Shapefile(file='/home/klammer/Software/Quickly/tilegen/data/media/testdaten/mercator_polygon/lines.shp')
def test_scale_denominator():
eq_(mapnik.scale_denominator(1000.0 * 0.00028, False), 1000.0)
def scale_denominator(self):
srs = mapnik.Projection(self.srs)
return mapnik.scale_denominator(self, srs.geographic)
