def main:
map = mapscript.mapObj()
map.name = 'Test Map'
map.setSize(300, 300)
map.setExtent(-180.0,-90.0,180.0,90.0)
map.imagecolor.setRGB(80, 180, 80)
map.units = mapscript.MS_DD
layer = mapscript.layerObj(map)
layer.name = "regioni"
layer.type = mapscript.MS_LAYER_POLYGON
layer.status = mapscript.MS_DEFAULT
layer.data = os.getcwd() + '/../data/regioni'
class1 = mapscript.classObj(layer)
class1.name = "Regioni"
style = mapscript.styleObj(class1)
style.outlinecolor.setRGB(100, 100, 100)
style.color.setRGB(200, 200, 200)
extent = layer.getExtent()
map.setExtent(extent.minx, extent.miny, extent.maxx, extent.maxy)
mapimage = map.draw()
mapimage.save(os.getcwd() + '/../images/mapscript_map.png')
def WMS_S2_Layers(mapObj, imageryShp):
layerObj = mapscript.layerObj(mapObj)
layerObj.name = "Imagery"
layerObj.status = mapscript.MS_ON
layerObj.type = mapscript.MS_LAYER_POLYGON
layerObj.connectiontype = mapscript.MS_OGR
layerObj.connection = imageryShp # needed
layerObj.metadata.set('wms_title', 'Imagery')
layerObj.metadata.set('wms_enable_request', 'GetCapabilities')
layerObj.metadata.set('wms_srs', "EPSG:3857")
layerObj.metadata.set('wms_format', 'image/png')
layerObj.metadata.set('wms_abstract', "Sentinel 2 Imagery")
layerObj.metadata.set('wms_attribution_title', "JRC,JEODPP,ESA,COPERNICUS")
layerObj1 = mapscript.layerObj(mapObj)
layerObj1.name = "Footprint"
# layerObj.debug = 5
layerObj1.status = mapscript.MS_ON
layerObj1.type = mapscript.MS_LAYER_POLYGON
layerObj1.connectiontype = mapscript.MS_OGR
layerObj1.connection = imageryShp # needed
layerObj1.metadata.set('wms_title', 'Footprint')
layerObj1.metadata.set('wms_enable_request', 'GetCapabilities')
layerObj1.metadata.set('wms_srs', "EPSG:3857")
layerObj1.metadata.set('wms_format', 'image/png')
layerObj1.metadata.set('wms_abstract', "Sentinel 2 Footprints")
layerObj1.metadata.set('wms_attribution_title',
"JRC,JEODPP,ESA,COPERNICUS")
def SqliteQuickLooksLayer(mapObj, imageryShp, filters, layername):
mapObj.shapepath = ''
layerObj = mapscript.layerObj(mapObj)
layerObj.name = 'raster_tindex'
layerObj.status = mapscript.MS_OFF
layerObj.type = mapscript.MS_LAYER_POLYGON
layerObj.connectiontype = mapscript.MS_OGR
layerObj.connection = imageryShp
layerObj.data = 'select the_geom,locationQKL as location from sentinel2 where ' + filters + ' GROUP BY MGRSID,Orbit HAVING MAX(RANK)'
layerObj.metadata.set('wms_title', 'raster_tindex')
layerObj.metadata.set('wms_enable_request', '*')
layerObj.metadata.set('wms_srs', "EPSG:3857")
layerObj.metadata.set('wms_format', 'image/png')
layerObj1 = mapscript.layerObj(mapObj)
layerObj1.name = layername
layerObj1.status = mapscript.MS_ON
#layerObj1.debug = 1
layerObj1.type = mapscript.MS_LAYER_RASTER
layerObj1.tileindex = 'raster_tindex'
layerObj1.tileitem = "location"
layerObj1.offsite = mapscript.colorObj(0, 0, 0)
layerObj1.metadata.set('wms_title', 'Image TOA Reflectance L1C')
layerObj1.metadata.set('wms_enable_request', '*')
layerObj1.metadata.set('wms_srs', "EPSG:3857")
layerObj1.metadata.set('wms_format', 'image/png')
def SqliteTileIndexLayer(mapObj, imageryShp, layername, filters, Bands, Scale1,
Scale2, Scale3):
mapObj.shapepath = ''
layerObj = mapscript.layerObj(mapObj)
layerObj.name = 'raster_tindex'
layerObj.status = mapscript.MS_OFF
layerObj.type = mapscript.MS_LAYER_POLYGON
# layerObj.setProjection("AUTO")
layerObj.connectiontype = mapscript.MS_OGR
layerObj.connection = imageryShp
layerObj.data = 'select the_geom,src_srs,locationVRT as location from sentinel2 where ' + filters + ' GROUP BY MGRSID,Orbit HAVING MAX(RANK) '
layerObj1 = mapscript.layerObj(mapObj)
layerObj1.name = layername
layerObj1.status = mapscript.MS_ON
#layerObj1.debug = 1
layerObj1.type = mapscript.MS_LAYER_RASTER
layerObj1.setProjection("AUTO")
layerObj1.tileindex = 'raster_tindex'
layerObj1.tilesrs = "src_srs"
layerObj1.tileitem = "location"
layerObj1.setProcessingKey("BANDS", BandsToIndeces(Bands))
layerObj1.setProcessingKey("SCALE_1", Scale1)
layerObj1.setProcessingKey("SCALE_2", Scale2)
layerObj1.setProcessingKey("SCALE_3", Scale3)
layerObj1.offsite = mapscript.colorObj(0, 0, 0)
layerObj1.metadata.set('wms_title', 'Sentinel2b')
layerObj1.metadata.set('wms_enable_request', 'GetMap')
layerObj1.metadata.set('wms_srs', "EPSG:3857")
layerObj1.metadata.set('wms_format', 'image/png')
def create_featuretypemodel(self, ft_name, ds_name, metadata={}):
if self.has_featuretypemodel(ft_name, ds_name):
raise KeyExists(ft_name)
ft = FeatureTypeModel(mapscript.layerObj(self.mapfile.ms))
ft.update(self, ft_name, ds_name, metadata)
return ft
def create_default_layer():
layer = mapscript.layerObj()
layer.classitem = "fooitem"
layer.data = "/path/to/shapefile"
layer.dump = mapscript.MS_TRUE
layer.filteritem = "foofilteritem"
layer.setFilter("foofilter")
layer.group = 'foogroup'
layer.labelcache = mapscript.MS_OFF
layer.labelitem = 'foolabelitem'
layer.labelmaxscaledenom=1000
layer.labelminscaledenom=100
layer.maxscaledenom = 1000
layer.minscaledenom = 100
layer.metadata.set("fookey","foovalue")
layer.name = "foobar"
layer.offsite.setHex("#000001")
layer.opacity=50
layer.postlabelcache = mapscript.MS_TRUE
layer.setProjection("+init=epsg:27572")
layer.sizeunits = mapscript.MS_MILES
layer.status = mapscript.MS_OFF
layer.template = "footemplate"
layer.tileindex = "/path/to/shp"
layer.tileitem = "footileitem"
layer.type = mapscript.MS_LAYER_POINT
layer.units = mapscript.MS_DD
layer.insertClass(create_default_class())
return layer
def testLayerObj(self):
self.initMap()
layer = mapscript.layerObj(self.map)
self.map = None
assert str(layer.p_map).find('mapscript.mapObj') != -1
gc.collect()
assert layer.map is not None, layer.map
def create_coveragemodel(self, c_name, cs_name, metadata={}):
if self.has_coveragemodel(c_name, cs_name):
raise KeyExists(c_name)
c = CoverageModel(mapscript.layerObj(self.mapfile.ms))
c.update(self, c_name, cs_name, metadata)
return c
def testDrawMapWithSecondPolygon(self):
"""draw a blue polygon and a red polygon"""
p = self.map.getLayerByName('POLYGON')
ip = mapscript.layerObj(self.map)
ip.type = mapscript.MS_LAYER_POLYGON
ip.status = mapscript.MS_DEFAULT
c0 = mapscript.classObj(ip)
# turn off first polygon layer's color
p.getClass(0).getStyle(0).color.setRGB(-1, -1, -1)
# copy this style to inline polygon layer, then change outlinecolor
c0.insertStyle(p.getClass(0).getStyle(0))
st0 = c0.getStyle(0)
st0.outlinecolor.setRGB(255, 0, 0)
# pull out the first feature from polygon layer, shift it
# and use this as an inline feature in new layer
p.open()
p.template = "FAKE" # set a template so the layer can be queried
p.queryByIndex(self.map, -1, 0, mapscript.MS_TRUE)
res = p.getResult(0)
s0 = p.getShape(res)
p.close()
r0 = s0.bounds
r1 = mapscript.rectObj(r0.minx-0.1, r0.miny-0.1, r0.maxx-0.1, r0.maxy-0.1)
s1 = r1.toPolygon()
ip.addFeature(s1)
img = self.map.draw()
img.save('test_drawmapw2ndpolygon.png')
def addBgLayer(conf,m,size,zoomlevel,ext,typ="osm"):
import json,mapscript,time,shutil
delta=(100*(2**(18-zoomlevel)))
ext0=json.dumps((float(ext[0])-delta,float(ext[3])+delta,float(ext[2])+delta,float(ext[1])-delta)).replace("[","").replace("]","").replace(" ","")
hreq=conf["main"]["serverAddress"]+"?service=WPS&version=1.0.0&request=Execute&Identifier=raster-tools.translate&DataInputs=InputDSN=base_layers/mq-"+typ+".xml;OutputDSN=tmp_"+conf["senv"]["MMID"]+str(time.clock()).split(".")[1]+";Format=GTiff;OutSize="+str(size[0]*1.5)+","+str(size[1]*1.5)+";ProjWin="+ext0+"&RawDataOutput=Result&language="+conf["main"]["language"]
import urllib2
u = urllib2.urlopen(hreq)
fName=u.read()
fName1=fName.replace(".tif",str(time.clock()).split(".")[1]+".tif")
shutil.move(fName,fName1)
nl=mapscript.layerObj(m)
nl.updateFromString('''LAYER
NAME "BaseLayerMap"
TYPE RASTER
UNITS METERS
STATUS ON
DATA "'''+fName1+'''"
PROCESSING "RESAMPLE=AVERAGE"
PROJECTION
"init=epsg:900913"
END
END''')
ordon=()
ordon+=((m.numlayers-1),)
for a in range(0,m.numlayers-1):
ordon+=(a,)
m.setLayerOrder(ordon)
def create_layermodel(self, st_type, store, name, metadata={}):
if self.has_layermodel(st_type, store, name):
raise KeyExists((st_type, store, name))
ft = self.__ms2model(mapscript.layerObj(self.ms), st_type=st_type)
ft.update(store, name, metadata)
return ft
def testConstructorWithArg(self):
lyr = mapscript.layerObj()
lyr.name = 'foo'
c = mapscript.classObj(lyr)
assert c.thisown == 1
assert c.layer.name == lyr.name
assert c.numstyles == 0
def wms(request):
import mapscript
image = None
for field in ['IMAGE', 'COVERAGE', 'image', 'coverage', 'id', 'ID']:
if field in request.GET: image = request.GET[field]
try:
image = int(image)
obj = Map.objects.get(pk=image)
filename = obj.warped
except:
filename = "%s" % image
filename = "%s/%s" % (settings.MAP_PATH, os.path.basename(filename))
ows = mapscript.OWSRequest()
for k, v in request.GET.items():
if k.lower() in ['image', 'coverage']: continue
ows.setParameter(k, v)
ows.setParameter("LAYERS", "image")
ows.setParameter("COVERAGE", "image")
map = mapscript.mapObj('%s/wms.map' % settings.BASE_PATH)
raster = mapscript.layerObj(map)
raster.name = 'image'
raster.type = mapscript.MS_LAYER_RASTER
raster.data = filename
raster.status = mapscript.MS_DEFAULT
raster.setProjection( "+init=epsg:4326" )
raster.dump = mapscript.MS_TRUE
raster.metadata.set("wcs_formats", "GEOTIFF JPEG2000")
mapscript.msIO_installStdoutToBuffer()
contents = map.OWSDispatch(ows)
content_type = mapscript.msIO_stripStdoutBufferContentType()
content = mapscript.msIO_getStdoutBufferBytes()
return HttpResponse(content, content_type = content_type)
def create_layer(self, model, l_name, l_enabled, l_metadata={}):
if self.has_layer(l_name):
raise KeyExists(l_name)
# Create the layer.
layer = Layer(mapscript.layerObj(self.ms))
# Add some default metadata.
dflt_metadata = {
"ows_title": l_name,
"ows_abstract": l_name,
"wms_srs": "EPSG:4326"
}
for k, v in dflt_metadata.iteritems():
l_metadata.setdefault(k, v)
l_metadata["ows_name"] = l_name
# Update layer.
layer.update(l_name, l_enabled, l_metadata)
# Configure the layer according to the model.
model.configure_layer(layer, l_enabled)
# Set default style.
layer.set_default_style(self)
def testDrawMapWithSecondPolygon(self):
"""draw a blue polygon and a red polygon"""
p = self.map.getLayerByName('POLYGON')
ip = mapscript.layerObj(self.map)
ip.type = mapscript.MS_LAYER_POLYGON
ip.status = mapscript.MS_DEFAULT
c0 = mapscript.classObj(ip)
# turn off first polygon layer's color
p.getClass(0).getStyle(0).color.setRGB(-1, -1, -1)
# copy this style to inline polygon layer, then change outlinecolor
c0.insertStyle(p.getClass(0).getStyle(0))
st0 = c0.getStyle(0)
st0.outlinecolor.setRGB(255, 0, 0)
# pull out the first feature from polygon layer, shift it
# and use this as an inline feature in new layer
p.open()
p.template = "FAKE" # set a template so the layer can be queried
p.queryByIndex(self.map, -1, 0, mapscript.MS_TRUE)
res = p.getResult(0)
s0 = p.getShape(res)
p.close()
r0 = s0.bounds
r1 = mapscript.rectObj(r0.minx - 0.1, r0.miny - 0.1, r0.maxx - 0.1,
r0.maxy - 0.1)
s1 = r1.toPolygon()
ip.addFeature(s1)
img = self.map.draw()
img.save('test_drawmapw2ndpolygon.png')
def wms(request):
import mapscript
image = None
for field in ['IMAGE', 'COVERAGE', 'image', 'coverage', 'id', 'ID']:
if field in request.GET: image = request.GET[field]
try:
image = int(image)
obj = Map.objects.get(pk=image)
filename = obj.warped
except:
filename = "%s" % image
filename = "%s/%s" % (settings.MAP_PATH, os.path.basename(filename))
ows = mapscript.OWSRequest()
for k, v in request.GET.items():
if k.lower() in ['image', 'coverage']: continue
ows.setParameter(k, v)
ows.setParameter("LAYERS", "image")
ows.setParameter("COVERAGE", "image")
map = mapscript.mapObj('%s/wms.map' % settings.BASE_PATH)
raster = mapscript.layerObj(map)
raster.name = 'image'
raster.type = mapscript.MS_LAYER_RASTER
raster.data = filename
raster.status = mapscript.MS_DEFAULT
raster.setProjection("+init=epsg:4326")
raster.dump = mapscript.MS_TRUE
mapscript.msIO_installStdoutToBuffer()
contents = map.OWSDispatch(ows)
content_type = mapscript.msIO_stripStdoutBufferContentType()
content = mapscript.msIO_getStdoutBufferBytes()
return HttpResponse(content, content_type=content_type)
def __init__(self,parent,id,size):
wx.InitAllImageHandlers()
self.size = size
#setup map object
self.map = mapscript.mapObj()
self.map.width = size[0]
self.map.height = size[1]
#self.map.setProjection('proj=latlong,ellps=WGS84')
self.map.setProjection('proj=lcc,ellps=GRS80')
# set the output format
self.map.setOutputFormat(mapscript.outputFormatObj('GD/PNG') )
self.map.interlace = False #PIL can't handle interlaced PNGs
topo=mapscript.layerObj(None)
topo.name="topo"
topo.type=mapscript.MS_LAYER_RASTER
topo.connectiontype=mapscript.MS_RASTER
topo.setProjection('proj=lcc,ellps=GRS80,datum=NAD83')
topo.status = mapscript.MS_ON
topo.tileindex="maps/index.shp"
topo.tileitem="location"
layerNum = self.map.insertLayer(topo)
#fn = self.lookupTopoFilename(0)
#self.loadRaster(fn)
BufferedCanvas.__init__(self,parent,id)
def testLayerConstructorNoArg(self):
"""test layer constructor with no argument"""
layer = mapscript.layerObj()
assert layer.__class__.__name__ == "layerObj"
assert layer.thisown == 1
assert layer.index == -1
assert layer.map is None, layer.map
def create_default_layer():
layer = mapscript.layerObj()
layer.classitem = "fooitem"
layer.data = "/path/to/shapefile"
layer.dump = mapscript.MS_TRUE
layer.filteritem = "foofilteritem"
layer.setFilter("foofilter")
layer.group = 'foogroup'
layer.labelcache = mapscript.MS_OFF
layer.labelitem = 'foolabelitem'
layer.labelmaxscaledenom = 1000
layer.labelminscaledenom = 100
layer.maxscaledenom = 1000
layer.minscaledenom = 100
layer.metadata.set("fookey", "foovalue")
layer.name = "foobar"
layer.offsite.setHex("#000001")
layer.opacity = 50
layer.postlabelcache = mapscript.MS_TRUE
layer.setProjection("+init=epsg:27572")
layer.sizeunits = mapscript.MS_MILES
layer.status = mapscript.MS_OFF
layer.template = "footemplate"
layer.tileindex = "/path/to/shp"
layer.tileitem = "footileitem"
layer.type = mapscript.MS_LAYER_POINT
layer.units = mapscript.MS_DD
layer.insertClass(create_default_class())
return layer
def get_vector_layer(data, name, group, crs=None):
"""
Mapscript Layer для векторных данных.
"""
layer = mapscript.layerObj()
layer.type = mapscript.MS_LAYER_POLYGON
layer.status = mapscript.MS_ON # mapscript.MS_DEFAULT
layer.name = name
layer.group = group
layer.setProjection('EPSG:4326')
layer.metadata.set('wms_srs', 'EPSG:4326')
layer.metadata.set('wms_title', name)
for polygon in data:
shape = mapscript.shapeObj_fromWKT(polygon.wkt)
layer.addFeature(shape)
# layer.setExtent({'minx': 3, 'miny': 3, 'maxx': 3, 'maxy': 3})
# layer.setExtent(1, 2, 3, 4)
# layer.setProjection('EPSG:4326')
# layer.setProcessing("SCALE=0,255")
# layer.setProcessing("DITHER=YES")
# layer.setProcessing("RESAMPLE=BILINEAR") # BILINEAR, AVERAGE, NEAREST
# layer.setProcessing("EXTENT_PRIORITY=WORLD")
# layer.setProcessing("LOAD_FULL_RES_IMAGE=NO")
# layer.setProcessing("LOAD_WHOLE_IMAGE=NO")
c = mapscript.classObj(layer)
style = mapscript.styleObj(c)
fill_color = mapscript.colorObj(0, 255, 0)
out_color = mapscript.colorObj(0, 0, 255)
style.color = fill_color
style.outlinecolor = out_color
style.opacity = 50
layer.opacity = 50
return layer
def get_map(self, tile):
import mapscript
wms = MapServer.get_map(self, tile)
bounds = tile.bounds()
# XXX FIXME: I don't think this will work with other projections?
scale = self.INCHES_PER_DEGREE * (bounds[2]-bounds[0])/tile.size()[0]
sql = """SELECT dr.id, layername, data, type, min_scale, max_scale, srs, offsite,
ds.name, description, attribution, url
FROM view_datarecord dr, view_recordtypes rt,
view_datasource ds
WHERE type_id = rt.id
AND datasource_id = ds.id
AND bbox && 'BOX3D(%s %s, %s %s)'::box3d
AND %f >= min_scale and %f <= max_scale
AND active
ORDER BY data_resolution DESC""" % (bounds + (scale, scale))
cursor = self.db.cursor()
cursor.execute(sql)
for id, name, data, type, min_scale, max_scale, srs, offsite, \
title, description, attribution, url in cursor:
raster = mapscript.layerObj(wms)
raster.name = "layer_%s" % id
raster.group = "world"
raster.type = mapscript.MS_LAYER_RASTER
raster.status = mapscript.MS_DEFAULT
if srs and type == "WMS":
raster.setProjection( "+init=" + srs.lower() )
else:
raster.setProjection( "+init=" + tile.layer.srs.lower() )
if offsite:
offsite = map(int, offsite.split(" "))
raster.offsite = mapscript.colorObj(offsite[0], offsite[1], offsite[2])
else:
raster.offsite = mapscript.colorObj(0,0,0)
metadata = {
"srs": "EPSG:4326",
"format": "image/jpeg",
"server_version": "1.1.1",
"name": name,
"title": title,
"abstract": description,
"attribution_title": attribution,
"attribution_onlineresource": url }
for key, val in metadata.items():
raster.metadata.set("wms_" + key, val)
if type == "GeoTIFF":
raster.data = os.path.join(self.image_path, data)
elif type == "Tile Index":
raster.tileindex = os.path.join(self.image_path, data)
# XXX BUG: we don't set tileitem b/c it's not in the d/b
elif type == "WMS":
raster.connectiontype = mapscript.MS_WMS
raster.connection = data
return wms
def create_layer(self, model, l_name, l_enabled, l_metadata={}):
if self.has_layer(l_name):
raise KeyExists(l_name)
# Create the layer.
layer = Layer(mapscript.layerObj(self.ms))
# Add some default metadata.
dflt_metadata = {
"ows_title": l_name,
"ows_abstract": l_name,
"wms_srs": "EPSG:4326"
}
for k, v in dflt_metadata.iteritems():
l_metadata.setdefault(k, v)
l_metadata["ows_name"] = l_name
# Update layer.
layer.update(l_name, l_enabled, l_metadata)
# Configure the layer according to the model.
model.configure_layer(layer, l_enabled)
# Set default style.
layer.set_default_style(self)
def create_layermodel(self, st_type, store, name, metadata={}):
if self.has_layermodel(st_type, store, name):
raise KeyExists((st_type, store, name))
lm = self.__ms2model(mapscript.layerObj(self.ms), st_type=st_type)
lm.update(store, name, metadata)
return lm
def draw_map_wms(name, save=0):
# print("making map in thread %s" % (name))
mo = mapscript.mapObj(TESTMAPFILE)
# WFS layer
lo = mapscript.layerObj()
lo.name = 'jpl_wms'
lo.setProjection('+init=epsg:4326')
lo.connectiontype = mapscript.MS_WMS
lo.connection = 'http://vmap0.tiles.osgeo.org/wms/vmap0?'
lo.metadata.set('wms_service', 'WMS')
lo.metadata.set('wms_server_version', '1.1.1')
lo.metadata.set('wms_name', 'basic')
lo.metadata.set('wms_style', 'visual')
lo.metadata.set('wms_format', 'image/jpeg')
lo.type = mapscript.MS_LAYER_RASTER
lo.status = mapscript.MS_DEFAULT
lo.debug = mapscript.MS_ON
mo.insertLayer(lo)
if not mo.web.imagepath:
mo.web.imagepath = os.environ.get('TEMP', None) or INCOMING
mo.debug = mapscript.MS_ON
mo.selectOutputFormat('image/jpeg')
im = mo.draw()
if save:
im.save('threadtest_wms_%s.jpg' % (name))
def testLayerObj(self):
self.initMap()
layer = mapscript.layerObj(self.map)
self.map = None
assert str(layer.p_map).find('mapscript.mapObj') != -1
gc.collect()
assert layer.map is not None, layer.map
def test_raster_layer():
map = create_default_map()
layer = mapscript.layerObj()
layer.type = mapscript.MS_LAYER_RASTER
layer.name = "test raster"
layer.data = "path/to/file.tif"
layer.offsite.setRGB(255, 0, 0)
run_map(map)
def test_raster_layer():
map =create_default_map()
layer = mapscript.layerObj()
layer.type = mapscript.MS_LAYER_RASTER
layer.name = "test raster"
layer.data = "path/to/file.tif"
layer.offsite.setRGB(255,0,0)
run_map(map)
def testClassObj(self):
self.initMap()
layer = mapscript.layerObj(self.map)
clazz = mapscript.classObj(layer)
self.map = None
layer = None
assert str(clazz.p_layer).find('mapscript.layerObj') != -1
gc.collect()
assert clazz.layer is not None, clazz.layer
def addLayerToMapfile(self, dataPath, layerName):
layer = layerObj()
layer.data = dataPath
layer.type = MS_LAYER_RASTER
layer.name = layerName
layer.units = MS_PIXELS
layer.status = MS_OFF
layer.setProjection("init=epsg:4314")
self.mapfile.insertLayer(layer)
def RasterClassLayer(mapObj, raster, layername):
layerObj = mapscript.layerObj(mapObj)
layerObj.name = layername
layerObj.status = mapscript.MS_ON
#layerObj.debug = 5
layerObj.type = mapscript.MS_LAYER_RASTER
layerObj.setProjection("AUTO")
layerObj.data = raster
layerObj.offsite = mapscript.colorObj(0, 0, 0)
def addLayerToMapfile(self, dataPath, layerName):
layer = layerObj()
layer.data = dataPath
layer.type = MS_LAYER_RASTER
layer.name = layerName
layer.units = MS_PIXELS
layer.status = MS_OFF
layer.setProjection("init=epsg:4314")
self.mapfile.insertLayer(layer)
def testLayerConstructorMapArg(self):
"""test layer constructor with map argument"""
layer = mapscript.layerObj(self.map)
assert layer.__class__.__name__ == "layerObj"
assert layer.thisown == 1
lyr = self.map.getLayer(self.map.numlayers-1)
assert lyr is not None
# assert str(layer) == str(lyr) # TODO - check why these are not equal
assert layer.map is not None, layer.map
def testClassObj(self):
self.initMap()
layer = mapscript.layerObj(self.map)
clazz = mapscript.classObj(layer)
self.map = None
layer = None
assert str(clazz.p_layer).find('mapscript.layerObj') != -1
gc.collect()
assert clazz.layer is not None, clazz.layer
def setUp(self):
self.mo = mapscript.mapObj()
lo = mapscript.layerObj()
lo.name = 'pg_layer'
lo.type = mapscript.MS_LAYER_POLYGON
lo.connectiontype = mapscript.MS_POSTGIS
lo.connection = PG_CONNECTION_STRING
lo.data = "the_geom from polygon"
li = self.mo.insertLayer(lo)
self.lo = self.mo.getLayer(li)
def setUp(self):
self.mo = mapscript.mapObj()
lo = mapscript.layerObj()
lo.name = 'pg_sub_layer'
lo.type = mapscript.MS_LAYER_POLYGON
lo.connectiontype = mapscript.MS_POSTGIS
lo.connection = PG_CONNECTION_STRING
lo.data = "the_geom from (select * from polygon) as foo using unique gid using srid=4326"
li = self.mo.insertLayer(lo)
self.lo = self.mo.getLayer(li)
def testLayerClone(self):
"""Clone a layer"""
layer = mapscript.layerObj()
layer.name = 'sample'
copy = layer.clone()
assert layer.refcount == 1, layer.refcount
assert copy.refcount == 1, copy.refcount
assert layer.name == copy.name
assert copy.map is None
def testLayerClone(self):
"""Clone a layer"""
layer = mapscript.layerObj()
layer.name = 'sample'
copy = layer.clone()
assert layer.refcount == 1, layer.refcount
assert copy.refcount == 1, copy.refcount
assert layer.name == copy.name
assert copy.map is None
def get_mapfile(self, classification=None):
layerobj = mapscript.layerObj()
layerobj.status = mapscript.MS_ON
layerobj.type = mapscript.MS_LAYER_RASTER
layerobj.name = self.name
layerobj.data = self.gdal_source.GetDescription()
projection = self.get_proj4()
if projection is not None:
layerobj.setProjection(projection)
return mapserializer.layerobj_to_dict(layerobj, None)
def get_mapfile(self,classification = None):
layerobj = mapscript.layerObj()
layerobj.status = mapscript.MS_ON
layerobj.type = mapscript.MS_LAYER_RASTER
layerobj.name = self.name
layerobj.data = self.gdal_source.GetDescription()
projection = self.get_proj4()
if projection is not None:
layerobj.setProjection(projection)
return mapserializer.layerobj_to_dict(layerobj,None)
def get_map_image_from_wms(wms_parameters=None, habitat_dao=None, filters=None):
# Initialize mapscript map object from the habitat mapfile template.
mapfile = "%s/habitat.map" % os.path.abspath(os.path.dirname(__file__))
ms_map = mapscript.mapObj(mapfile)
layer = mapscript.layerObj()
layer.name = "habitat"
layer.setProjection('init=epsg:4326')
layer.status = mapscript.MS_DEFAULT
layer.setConnectionType(mapscript.MS_POSTGIS, '')
connection_str = habitat_dao.get_mapserver_connection_string()
layer.connection = connection_str
layer.data = habitat_dao.get_mapserver_data_string(filters=filters)
layer.type = mapscript.MS_LAYER_POLYGON
# Create classes for types of substrates.
substrate_styles= [
{'name': 'S1', 'color': '8DD3C7'},
{'name': 'S2', 'color': 'FFFFB3'},
{'name': 'S3', 'color': 'BEBADA'},
{'name': 'S4', 'color': 'FB8072'},
{'name': 'S5', 'color': '80B1D3'},
]
for ss in substrate_styles:
clz = mapscript.classObj()
clz.name = ss['name']
expression = "('[substrate_id]' eq '%s')" % ss['name']
clz.setExpression(expression)
style = mapscript.styleObj()
rgb_color = hex_to_rgb(ss['color'])
style.color= mapscript.colorObj(*rgb_color)
clz.insertStyle(style)
layer.insertClass(clz)
ms_map.insertLayer(layer)
# Build WMS request from parameters.
wms_request = mapscript.OWSRequest()
for k, v in wms_parameters:
wms_request.setParameter(k,v)
# Load the parameters into the map.
ms_map.loadOWSParameters(wms_request)
# Draw the map.
ms_image = ms_map.draw()
# Return the raw image.
return ms_image.getBytes()
def __init__(self,datasource,extent,layername,layerftype):
#from mapscript import *
import mapscript
from time import time
tmap = mapscript.mapObj()
print "checkpoint 1"
map.setSize(400,400)
#ext = rectObj(-180,-90,180,90)
ext = mapscript.rectObj(extent[0],extent[2],extent[1],extent[3]) # some trouble with some bad extents in my test data
map.extent = ext
map.units = mapscript.MS_DD # should be programmatically set
lay = mapscript.layerObj(map)
lay.name = "Autolayer"
lay.units = mapscript.MS_DD
if (layerftype == 'RASTER'):
lay.data = datasource.GetDescription()
else:
lay.data = datasource.GetName()
print lay.data
lay.status = mapscript.MS_DEFAULT
cls = mapscript.classObj(lay)
sty = mapscript.styleObj()
col = mapscript.colorObj(0,0,0)
# symPoint = mapscript.symbolObj
map.setSymbolSet("symbols/symbols_basic.sym")
if (layerftype == 'POINT'):
lay.type = mapscript.MS_LAYER_POINT
sty.setSymbolByName = "achteck"
sty.width = 100
sty.color = col
elif (layerftype == 'LINE'):
lay.type = mapscript.MS_LAYER_LINE
sty.setSymbolByName = "punkt"
sty.width = 5
sty.color = col
elif (layerftype == 'POLYGON'):
lay.type = mapscript.MS_LAYER_POLYGON
sty.setSymbolByName = "circle"
sty.width = 10
sty.outlinecolor = col
elif (layerftype == 'RASTER'):
lay.type = mapscript.MS_LAYER_RASTER
sty.setSymbolByName = "squares"
sty.size = 10
sty.color = col
#sty.setSymbolByName(map,symname)
#sty.size = symsize
cls.insertStyle(sty)
try:
img = map.draw()
img.save(str(time()) + "auto.gif")
map.save(str(time()) + "auto.map")
except MapServerError:
return None
def ShapefileLayer(mapObj, imageryShp, filters, rgb):
layerObj = mapscript.layerObj(mapObj)
layerObj.name = "Sentinel2Shapefile"
layerObj.status = mapscript.MS_ON
layerObj.type = mapscript.MS_LAYER_POLYGON
layerObj.setProjection("AUTO")
layerObj.data = imageryShp
layerObj.setFilter(filters)
classObj = mapscript.classObj(layerObj)
styleObj = mapscript.styleObj(classObj)
styleObj.outlinecolor = mapscript.colorObj(rgb[0], rgb[1], rgb[2])
def ClassificationLayer(mapObj, imageryShp, layername, filters):
layerObj = mapscript.layerObj(mapObj)
layerObj.name = layername
layerObj.status = mapscript.MS_ON
#layerObj.debug = 5
layerObj.type = mapscript.MS_LAYER_RASTER
layerObj.setProjection("AUTO")
layerObj.tileindex = imageryShp
layerObj.tileitem = "LOCATION"
layerObj.tilesrs = "src_srs"
layerObj.setFilter(filters)
layerObj.offsite = mapscript.colorObj(0, 0, 0)
def build_layer(geo_query):
layer = mapscript.layerObj()
layer.type = mapscript.MS_LAYER_POLYGON
layer.status = mapscript.MS_DEFAULT
layer.name = self.name = name
layer.connectiontype = mapscript.MS_POSTGIS
layer.connection = "dbname=" + EAlGIS().dbname()
layer.data = geo_query
# layer.label = "[sa1_7digit]"
layer.processing = "CLOSE_CONNECTION=DEFER"
layer.labelitem = None
return layer
def build_layer(geo_query):
layer = mapscript.layerObj()
layer.type = mapscript.MS_LAYER_POLYGON
layer.status = mapscript.MS_DEFAULT
layer.name = self.name = name
layer.connectiontype = mapscript.MS_POSTGIS
eal = EAlGIS()
layer.connection = "host=%s port=%s dbname=%s user=%s password=%s" % (eal.dbhost(), eal.dbport(), eal.dbname(), eal.dbuser(), eal.dbpassword())
layer.data = geo_query
# layer.label = "[sa1_7digit]"
layer.processing = "CLOSE_CONNECTION=DEFER"
layer.labelitem = None
return layer
def RasterLayer(mapObj, raster, layername, Bands, Scale1, Scale2, Scale3):
layerObj = mapscript.layerObj(mapObj)
layerObj.name = layername
layerObj.status = mapscript.MS_ON
#layerObj.debug = 1
layerObj.type = mapscript.MS_LAYER_RASTER
layerObj.setProjection("AUTO")
layerObj.data = raster
layerObj.setProcessingKey("BANDS", BandsToIndeces(Bands))
layerObj.setProcessingKey("SCALE_1", Scale1)
layerObj.setProcessingKey("SCALE_2", Scale2)
layerObj.setProcessingKey("SCALE_3", Scale3)
layerObj.offsite = mapscript.colorObj(0, 0, 0)
def update_mapobj_from_dict(mapobj, map):
if 'name' in map:
mapobj.name = map['name']
if 'extent' in map:
e = map['extent']
mapobj.setExtent(e['minx'], e['miny'], e['maxx'], e['maxy'])
if 'projection' in map:
mapobj.setProjection(map['projection'])
if 'outputformats' in map:
of = map['outputformats'][0]
ofo = dict_to_outputformatobj(of)
mapobj.appendOutputFormat(ofo)
mapobj.selectOutputFormat(ofo.name)
if 'imagetype' in map:
mapobj.setImageType(map['imagetype'])
if 'fontset' in map and map['fontset'] is not None:
mapobj.setFontSet(map['fontset'])
if 'web' in map:
update_webobj_from_dict(mapobj.web, map['web'])
if 'maxsize' in map:
mapobj.maxsize = map['maxsize']
if 'resolution' in map:
mapobj.resolution = map['resolution']
if 'symbolset' in map and map['symbolset'] is not None:
mapobj.setSymbolSet(map['symbolset'])
if 'units' in map:
mapobj.units = mapscriptutils.units.lookup(map['units'])
if 'height' in map and 'width' in map:
mapobj.setSize(map['width'], map['height'])
if 'imagecolor' in map:
update_colorobj_from_dict(mapobj.imagecolor, map['imagecolor'])
if 'layers' in map:
for l in map['layers']:
layerobj = mapscript.layerObj()
update_layerobj_from_dict(layerobj, l, mapobj)
mapobj.insertLayer(layerobj)
return mapobj
def update_mapobj_from_dict(mapobj,map):
if 'name' in map:
mapobj.name = map['name']
if 'extent' in map:
e = map['extent']
mapobj.setExtent(e['minx'],e['miny'],e['maxx'],e['maxy'])
if 'projection' in map:
mapobj.setProjection(map['projection'])
if 'outputformats' in map:
of = map['outputformats'][0]
ofo = dict_to_outputformatobj(of)
mapobj.appendOutputFormat(ofo)
mapobj.selectOutputFormat(ofo.name)
if 'imagetype' in map:
mapobj.setImageType(map['imagetype'])
if 'fontset' in map and map['fontset'] is not None:
mapobj.setFontSet(map['fontset'])
if 'web' in map:
update_webobj_from_dict(mapobj.web, map['web'])
if 'maxsize' in map:
mapobj.maxsize = map['maxsize']
if 'resolution' in map:
mapobj.resolution = map['resolution']
if 'symbolset' in map and map['symbolset'] is not None:
mapobj.setSymbolSet(map['symbolset'])
if 'units' in map:
mapobj.units = mapscriptutils.units.lookup(map['units'])
if 'height' in map and 'width' in map:
mapobj.setSize(map['width'],map['height'])
if 'imagecolor' in map:
update_colorobj_from_dict(mapobj.imagecolor,map['imagecolor'])
if 'layers' in map:
for l in map['layers']:
layerobj = mapscript.layerObj()
update_layerobj_from_dict(layerobj,l,mapobj)
mapobj.insertLayer(layerobj)
return mapobj
def get_map_image_from_wms(wms_parameters=None, result_field=None, result_dao=None, filters=[], color_map={}):
# Initialize mapscript map object from the habitat mapfile template.
mapfile = "%s/results.map" % os.path.abspath(os.path.dirname(__file__))
ms_map = mapscript.mapObj(mapfile)
layer = mapscript.layerObj()
layer.name = "data"
layer.setProjection('init=epsg:4326')
layer.status = mapscript.MS_DEFAULT
layer.setConnectionType(mapscript.MS_POSTGIS, '')
connection_str = result_dao.get_mapserver_connection_string()
layer.connection = connection_str
layer.data = result_dao.get_mapserver_data_string(result_field=result_field, filters=filters)
layer.type = mapscript.MS_LAYER_POLYGON
# Get color range settings.
num_classes = result_field.get('num_classes', 10)
if not color_map: color_map = get_default_colormap()
# Get color classes.
color_classes = get_color_classes(
attr='value_field',
vmin = result_field.get('min', 0),
vmax = result_field.get('max', 1),
num_classes= result_field.get('num_classes', 10),
color_map=color_map
)
# Create classes for value ranges.
for cc in color_classes:
layer.insertClass(cc)
ms_map.insertLayer(layer)
# Build WMS request from parameters.
wms_request = mapscript.OWSRequest()
for k, v in wms_parameters:
wms_request.setParameter(k,v)
# Load the parameters into the map.
ms_map.loadOWSParameters(wms_request)
# Draw the map.
ms_image = ms_map.draw()
# Return the raw image.
return ms_image.getBytes()
def addPlaneSymbol(self,position):
"""Adds the plane symbol at the indicated position"""
pt = mapscript.pointObj()
pt.x = position[0] #lat
pt.y = position[1] #lon
# project our point into the mapObj's projection
#ddproj = mapscript.projectionObj('proj=latlong,ellps=WGS84')
#http://www.mass.gov/mgis/dd-over.htm
ddproj = mapscript.projectionObj('proj=lcc,ellps=GRS80')
origproj = mapscript.projectionObj(self.map.getProjection())
pt.project(ddproj,origproj)
# create the symbol using the image
planeSymbol = mapscript.symbolObj('from_img')
planeSymbol.type = mapscript.MS_SYMBOL_PIXMAP
planeImg = mapscript.imageObj('images/map-plane-small.png','GD/PNG')
#TODO: need to rotate plane to current heading
planeSymbol.setImage(planeImg)
symbol_index = self.map.symbolset.appendSymbol(planeSymbol)
# create a shapeObj out of our location point so we can
# add it to the map.
self.routeLine = mapscript.lineObj()
self.routeLine.add(pt)
routeShape=mapscript.shapeObj(mapscript.MS_SHAPE_POINT)
routeShape.add(self.routeLine)
routeShape.setBounds()
# create our inline layer that holds our location point
self.planeLayer = mapscript.layerObj(None)
self.planeLayer.addFeature(routeShape)
self.planeLayer.setProjection(self.map.getProjection())
self.planeLayer.name = "plane"
self.planeLayer.type = mapscript.MS_LAYER_POINT
self.planeLayer.connectiontype=mapscript.MS_INLINE
self.planeLayer.status = mapscript.MS_ON
self.planeLayer.transparency = mapscript.MS_GD_ALPHA
# add the image symbol we defined above to the inline layer.
planeClass = mapscript.classObj(None)
planeClass.name='plane'
style = mapscript.styleObj(None)
style.symbol = self.map.symbolset.index('from_img')
planeClass.insertStyle(style)
self.planeLayer.insertClass(planeClass)
self.map.insertLayer(self.planeLayer)
if debug: print "added plane layer, layerorder=",self.map.getLayerOrder()
def addLayerToMapfile(self, dataPath, layerName, georefTargetSRS):
""" Function adds a layer to a mapfile
:type dataPath: str
:type layerName: str
:type georefTargetSRS: int """
layer = layerObj()
layer.data = dataPath
layer.type = MS_LAYER_RASTER
layer.name = layerName
layer.units = MS_PIXELS
layer.status = MS_OFF
layer.setProjection("init=epsg:%s" % georefTargetSRS)
self.mapfile.insertLayer(layer)
def testMapInsertLayerAtZero(self):
"""MapLayersTestCase.testMapInsertLayerAtZero: test insertion of a new layer at first index"""
n = self.map.numlayers
layer = mapscript.layerObj()
layer.name = 'new'
assert layer.map is None, layer.map
index = self.map.insertLayer(layer, 0)
assert layer.map is not None, layer.map
assert index == 0, index
assert self.map.numlayers == n + 1
names = [self.map.getLayer(i).name for i in range(self.map.numlayers)]
assert names == ['new', 'RASTER', 'POLYGON', 'LINE', 'POINT', 'INLINE',
'INLINE-PIXMAP-RGBA', 'INLINE-PIXMAP-PCT'], names
order = self.map.getLayerOrder()
assert order == (0, 1, 2, 3, 4, 5, 6, 7), order