def getDistPlot1__For(district_name):
# district_name = "DHAKA"
# with open('Data/District/web_plot_1/'+district_name+".json", 'r') as f:
# plot_data = json.load(f)
# return jsonify(plot_data)
# return BD_MapLoader.testPlotly()
return DistrictDataLoader.getPlot1__For(district_name)
def getheatmap__combined():
# mapdata = BD_MapLoader.getRandomHeatMap()
mapdata = DistrictDataLoader.get_risk_data()
mapdata_list = []
for district in mapdata:
obj = copy.deepcopy(mapdata[district])
obj['district'] = district
mapdata_list.append(obj)
mapdata_list = sorted(mapdata_list,
key=itemgetter(DistrictDataLoader.present),
reverse=True)
return jsonify(mapdata_list)
def get_dt_before_15():
return jsonify(DistrictDataLoader.get_dt_before_15())
def latest_dt():
return jsonify(DistrictDataLoader.get_latest_dt())
def get_dt_value__For(district):
return jsonify(DistrictDataLoader.get_dt_value__For(district))
def get_rt_value_arnab():
return jsonify(DistrictDataLoader.get_rt_value())
def before_15_rt__arnab():
return jsonify(DistrictDataLoader.get_rt_before_15())
def getForcastTable__For(district_name):
return jsonify(DistrictDataLoader.getForcastTable__For(district_name))
def getZoneRisk__For(district_name):
return DistrictDataLoader.getZoneRisk__For(district_name)
def getDistPlot2__For(district_name):
return DistrictDataLoader.getPlot2__For(district_name)
def getheatmap__array():
mapdata = DistrictDataLoader.getRiskMap__Array()
return jsonify(mapdata)
def getheatmap__future():
mapdata = DistrictDataLoader.getRiskMap__future()
return jsonify(mapdata)
def getheatmap():
# mapdata = BD_MapLoader.getRandomHeatMap()
mapdata = DistrictDataLoader.getRiskMap__present()
return jsonify(mapdata)