if __name__ == '__main__':
params = loader.parseArgs(sys.argv[1:])
inputs = loader.getInputs()
inputFile = inputs[0]["path"][0]
df_madrid = filewriter.jsonToObj(inputFile)
itemCursor = 0
postalCode = df_madrid["features"][itemCursor]["properties"]["COD_POSTAL"]
formType = df_madrid["features"][itemCursor]["geometry"]["type"] # Polygon
geometryListPoints = df_madrid["features"][itemCursor]["geometry"][
"coordinates"][0]
SVG_PATH1 = loader.getOutputPath()["path"] + 'radar.svg'
PNG_PATH1 = loader.getOutputPath()["path"] + 'radar.png'
imageWidth = 800
imageHeight = 800
imagePadding = 200
limitSize = 200
dwg = svgwrite.Drawing(SVG_PATH1,
profile='tiny',
size=(imageWidth, imageHeight))
# CIRCLE = dwg.circle( [400, 400 ] , 50 , fill="none", stroke="#000")
# dwg.add( CIRCLE )
#dwg.add(dwg.text( itemText , insert= topPos , fill='black'))
}
}
geometryListPoints.append(regionData)
else:
regionData = {
"coordinates": region["geometry"]["coordinates"][0],
"properties": {
"postalcode": region["properties"]["COD_POSTAL"],
"region": "madrid"
}
}
geometryListPoints.append(regionData)
# .......................................................................... block: Translate coordinates to pixels
SVG_PATH = loader.getOutputPath()["path"] + 'all.svg'
PNG_PATH = loader.getOutputPath()["path"] + 'all.png'
mapservice = MapService(SVG_PATH, PNG_PATH, 800, 800, geometryListPoints)
mapservice.run()
#Get colors pallete
_colors = mapservice.getColors()
# .......................................................................... block: Locate sensor values
#com: Get a column with normalized values
CO_min = df_year2018['CO'].min()
CO_max = df_year2018['CO'].max()
CO_norm = (df_year2018['CO'] - CO_min) / (CO_max - CO_min)
df_year2018['CO_norm'] = CO_norm
}
}
geometryListPoints.append( regionData )
else:
regionData = {
"coordinates": region["geometry"]["coordinates"][0],
"properties": {
"postalcode": region["properties"]["COD_POSTAL"],
"region":"madrid"
}
}
geometryListPoints.append( regionData )
#___________________________________________________________________________
SVG_PATH = loader.getOutputPath( )["path"] + 'separate.svg'
PNG_PATH = loader.getOutputPath( )["path"] + 'separate.png'
mapservice = MapService( SVG_PATH, PNG_PATH, 800, 800, geometryListPoints )
# mapservice.run()
stationsFile = inputs[1]["path"][ 0 ]
df_stations = filewriter.csvToDF( stationsFile )
idStation = 15
_lon = df_stations["lon"][ idStation ]
_lat = df_stations["lat"][ idStation ]
xyStacion = ( 1,1 ) # mapservice.mapCoorToXY( ( _lon, _lat ) )
print mapservice.isPointInPolygon( xyStacion, [( 450,450 ),( 460, 450 ),( 470 ,450 )] )
# print mapservice.getPostalcodeByCoors( xyStacion)
from lib.reporter import Reporter
reporter = Reporter( ROUTES )
#Extend the Reporter with the desired Report-Class
# from lib.reporters.MultiLayerTimeSerie import MultiLayerTimeSerie
# multilayer = MultiLayerTimeSerie()
# reporter.builder = multilayer.builder
#......................
sys.path.append( currentFullRoute )
# --------------------------------------------------- CUSTOM LIBS
import zipfile
# ---------------------------------------------------------------------- MAIN
if __name__ == '__main__':
params = loader.parseArgs( sys.argv[1:] )
inputs = loader.getInputs()
inputFile = inputs[0]["path"][0]
zip_ref = zipfile.ZipFile( inputFile, 'r')
zip_ref.extractall( loader.getOutputPath( )["path"] )
zip_ref.close()
loader.saveMetas();
