############
#SETUP
############
#setup rendering options
geovis.SetRenderingOptions(renderer="aggdraw",
numpyspeed=True,
reducevectors=False)
#create map
geovis.SetMapBackground(geovis.Color("blue", brightness=0.9))
geovis.SetMapZoom(x2x=[0, 180], y2y=[0, 90])
newmap = geovis.NewMap()
############
#LOAD AND SYMBOLIZE LAYERS
############
countrylayer = geovis.Layer(
filepath=r"D:\Test Data\necountries\necountries.shp")
countrylayer.AddClassification(symboltype="fillcolor",
valuefield="pop_est",
symbolrange=[
geovis.Color("white"),
geovis.Color("red",
intensity=0.9,
brightness=0.8),
geovis.Color("red",
intensity=0.9,
brightness=0.5)
],
classifytype="natural breaks",
nrclasses=3)
countrylayer.AddClassification(symboltype="outlinewidth",
valuefield="pop_est",
#importing geovis from temporary location
TEMP_GEOVIS_FOLDER = r"C:\Users\BIGKIMO\Documents\GitHub\geovis"
import sys
sys.path.append(TEMP_GEOVIS_FOLDER)
import geovis
#setting up for speed
geovis.SetRenderingOptions(reducevectors=True)
#create map
MAPCOLORSTYLE = "pastelle"
geovis.SetMapBackground(geovis.Color("blue", style=MAPCOLORSTYLE))
newmap = geovis.NewMap()
#add base shapefile layer
base_layer = geovis.Layer("D:\Test Data\Global Subadmins\gadm2.shp")
newmap.AddToMap(base_layer)
#overlay with a folder of many shapefiles
for eachfolder, eachfile, eachext in geovis.ShapefileFolder(
r"D:\Test Data\DHS GPS"):
eachlayer = geovis.Layer(filepath=eachfolder + eachfile + eachext,
fillcolor=geovis.Color("random",
style=MAPCOLORSTYLE))
newmap.AddToMap(eachlayer)
#add title
newmap.AddText(relx=0.5, rely=0.1, text="Batch Map Example", textsize=0.06)
#finally view the map
newmap.ViewMap()
#SETUP
############
#set rendering options
geovis.SetRenderingOptions(renderer="aggdraw",
numpyspeed=True,
reducevectors=False)
#create map
geovis.SetMapBackground(geovis.Color("blue", brightness=0.9))
geovis.SetMapZoom(x2x=[-120, 40], y2y=[-60, 20])
newmap = geovis.NewMap()
############
#LOAD AND SYMBOLIZE LAYERS
############
countrylayer = geovis.Layer(
filepath=r"D:\Test Data\necountries\necountries.shp",
fillcolor=geovis.Color("yellow", brightness=0.8))
pointlayer = geovis.Layer(filepath=r"D:\Test Data\GTD_Georef\gtd_georef.shp",
symbolizer="square")
pointlayer.AddClassification(symboltype="fillcolor",
valuefield="nwound",
symbolrange=[
geovis.Color("white"),
geovis.Color("red",
intensity=0.9,
brightness=0.9),
geovis.Color("red",
intensity=0.9,
brightness=0.5)
],
classifytype="natural breaks",