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Fabiobert commited on
Commit ·
99bdfc3
1
Parent(s): 8f7f056
Update app.py
Browse filesWith contens from app_fab.py
app.py
CHANGED
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@@ -6,12 +6,12 @@ from FSM import view
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import pymongo
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import uuid
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import datetime
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st.set_page_config(layout="wide")
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#### Handling the db
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#With this piece I connect to the
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@st.cache_resource()
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def get_database_client():
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client = pymongo.MongoClient(st.secrets["mongodb_string"])
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@@ -48,7 +48,6 @@ with st.sidebar:
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st.write("Versione di prova")
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-
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#### DATA
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# This part of the code deals with the data
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# In the future we will precompute this a load it once not every time the app reruns
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@@ -56,21 +55,54 @@ with st.sidebar:
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# This is a stand-in for the data that tell us the colors on the map,
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# I would suggest we precompute these and make the number proportional to the amount of money or projects in the given entity
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# We can load it from a csv file (for example)
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# This is a stand-in for the real data of your mappatura
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# We can load it from a csv file (for example)
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mappatura_data = pd.DataFrame(
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{
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"Progetto":["NGO1","NGO2"],
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"Ente Finanziatore":["Fondazione Ulaop CRT","Con i Bambini"],
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"Linea di finanziamento":["Attivià ordinarie","Un passo avanti"],
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"Target":["Bambini","Famiglie"],
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"Ambito territoriale":["Locale","Nazionale"],
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"Comuni":["Torino","Asti, Firenze, Milano, Napoli"],
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"Conteggio":[1,2]
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}
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)
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#### BUTTONS
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# These functions deal with button clicks, in this case we really only need one I think...
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@@ -85,26 +117,59 @@ def clicked_go_up():
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# Use the Finite State Machine class to figure out what to show.
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map_name, cur_center, cur_zoom = st.session_state['view'].render()
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base_map = folium.Map(location=cur_center, zoom_start=cur_zoom)
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# This is the overlaid data, we can get more fancy here
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choropleth = folium.Choropleth(
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geo_data=map_name,
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key_on='feature.properties.
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data=
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columns=["
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line_opacity=0.75,
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highlight=True
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)
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# This is the tooltip section, depending on the level we show different tooltips
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# it could be made fancier, but this is just an example
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if st.session_state['view'].level == 0:
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tooltip = folium.GeoJsonTooltip(['reg_name'],aliases=[''])
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if st.session_state['view'].level == 1:
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tooltip = folium.GeoJsonTooltip(['prov_name'],aliases=[''])
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if st.session_state['view'].level == 2:
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tooltip = folium.GeoJsonTooltip(['name'],aliases=[''])
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tooltip.add_to(choropleth.geojson)
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@@ -117,7 +182,7 @@ col1, col2 = st.columns([2,1])
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#### The first column is the map
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with col1:
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### This button is for going up: when clicked it calls the "go_up function"
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st.button(label=":arrow_up: Vai
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### This is the map, here we call it, which means it will be displayed here.
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st_data = st_folium(base_map,height=600,width=600)
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@@ -128,7 +193,6 @@ with col1:
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if "last_active_drawing" in st_data and st_data["last_active_drawing"] is not None:
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#st.write(st_data["last_active_drawing"])
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last_level = st.session_state['view'].level
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## Update the Finite State Machine
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@@ -148,32 +212,80 @@ with col1:
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#### The second column are the filters
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with col2:
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st.multiselect(label="Filtra per Target",options=["
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st.multiselect(label="Filtra per ambito territoriale",options=["
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#### DATA
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# This part of the code deals with the data table
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if st.session_state[
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if "last_active_drawing" in st_data and st_data["last_active_drawing"] is not None:
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else:
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query = " & ".join(bracketed)
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if query == '':
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st.dataframe(data=mappatura_data)
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else:
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st.dataframe(data=mappatura_data.query("("+query+")"))
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import pymongo
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import uuid
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import datetime
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import pickle
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st.set_page_config(layout="wide")
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#### Handling the db
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+
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@st.cache_resource()
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def get_database_client():
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client = pymongo.MongoClient(st.secrets["mongodb_string"])
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st.write("Versione di prova")
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#### DATA
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# This part of the code deals with the data
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# In the future we will precompute this a load it once not every time the app reruns
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# This is a stand-in for the data that tell us the colors on the map,
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# I would suggest we precompute these and make the number proportional to the amount of money or projects in the given entity
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# We can load it from a csv file (for example)
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regioni_counts = pickle.load(open("regioni.pkl",'rb'))
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reg_names = [key for key in regioni_counts.keys()]
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reg_counts = [value for value in regioni_counts.values()]
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color_data_regioni = pd.DataFrame({"reg_name":reg_names,"color":reg_counts})
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province_counts = pickle.load(open("province.pkl",'rb'))
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prov_names = [key for key in province_counts.keys()]
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prov_counts = [value for value in province_counts.values()]
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color_data_province = pd.DataFrame({"prov_name":prov_names,"color":prov_counts})
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comuni_counts = pickle.load(open("comuni.pkl",'rb'))
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com_names = [key for key in comuni_counts.keys()]
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com_counts = [value for value in comuni_counts.values()]
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color_data_comuni = pd.DataFrame({"name":com_names,"color":com_counts})
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# This is a stand-in for the real data of your mappatura
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# We can load it from a csv file (for example)
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# mappatura_data = pd.DataFrame(
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# {
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# "Progetto":["NGO1","NGO2"],
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# "Ente Finanziatore":["Fondazione Ulaop CRT","Con i Bambini"],
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# "Linea di finanziamento":["Attivià ordinarie","Un passo avanti"],
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# "Target":["Bambini","Famiglie"],
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# "Ambito territoriale":["Locale","Nazionale"],
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# "Comuni":["Torino","Asti, Firenze, Milano, Napoli"],
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# "Conteggio":[1,2]
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# }
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# )
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#Load data method 1: load data from CSV:
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#df = pd.read_csv('data/Database_poverta_educativa_beta_exp.csv', sep='|', encoding="latin-1")
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#Load data method 2: import a MongoDB collection:
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client = pymongo.MongoClient("mongodb+srv://mappatura_poved:U2Wx9TV46RcZT9Yl@cluster0.4w0zgb1.mongodb.net/?uuidRepresentation=standard")
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col = client['poverta_educativa']['database_mappatura']
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#select columns from the dataframe
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#cursor = col.find({}, {"livello_analisi": 1, "titolo": 1, "ente_finanziatore": 1, "linea_finanz_bando": 1, "tipo_finanziatore": 1, "ambito_territoriale": 1, "apprendimento_privaz_edu": 1, "obiettivo_sintetico": 1, "attivita_sintetico": 1, "Target": 1, "Capofila": 1, "Partner": 1,"Data_inizio": 1, "Data_fine": 1, "Comuni_intervento": 1, "Province_intervento": 1, "Regioni_intervento": 1})
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mappatura_tot = pd.DataFrame(list(col.find()))
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mappatura_data = mappatura_tot.drop(['_id','Budget','Budget completo di cofinanziamento (*se noto)'], axis=1)
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mappatura_data['Data inizio'] = mappatura_data["Data inizio"].astype(str)
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mappatura_data['Data fine (prevista o effettiva)'] = mappatura_data["Data fine (prevista o effettiva)"].astype(str)
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#### BUTTONS
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# These functions deal with button clicks, in this case we really only need one I think...
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# Use the Finite State Machine class to figure out what to show.
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map_name, cur_center, cur_zoom = st.session_state['view'].render()
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base_map = folium.Map(location=cur_center, zoom_start=cur_zoom, scrollWheelZoom=False)
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# This is the overlaid data, we can get more fancy here
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# choropleth = folium.Choropleth(
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# geo_data=map_name,
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# key_on='feature.properties.reg_istat_code_num',
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# data=color_data,
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# columns=["reg_istat_code_num","color"],
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# line_opacity=0.75,
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# highlight=True
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# )
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# This is the tooltip section, depending on the level we show different tooltips
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# it could be made fancier, but this is just an example
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if st.session_state['view'].level == 0:
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choropleth = folium.Choropleth(
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geo_data=map_name,
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key_on='feature.properties.reg_name',
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data=color_data_regioni,
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columns=["reg_name","color"],
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line_opacity=0.75,
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highlight=True
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)
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tooltip = folium.GeoJsonTooltip(['reg_name'],aliases=[''])
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if st.session_state['view'].level == 1:
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choropleth = folium.Choropleth(
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geo_data=map_name,
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key_on='feature.properties.prov_name',
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data=color_data_province,
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columns=["prov_name","color"],
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line_opacity=0.75,
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highlight=True
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)
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tooltip = folium.GeoJsonTooltip(['prov_name'],aliases=[''])
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if st.session_state['view'].level == 2:
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choropleth = folium.Choropleth(
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geo_data=map_name,
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key_on='feature.properties.name',
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data=color_data_comuni,
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columns=["name","color"],
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line_opacity=0.75,
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highlight=True
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)
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tooltip = folium.GeoJsonTooltip(['name'],aliases=[''])
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tooltip.add_to(choropleth.geojson)
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#### The first column is the map
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with col1:
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### This button is for going up: when clicked it calls the "go_up function"
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st.button(label=":arrow_up: Vai al livello superiore",type='primary', on_click=clicked_go_up)
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### This is the map, here we call it, which means it will be displayed here.
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st_data = st_folium(base_map,height=600,width=600)
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if "last_active_drawing" in st_data and st_data["last_active_drawing"] is not None:
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last_level = st.session_state['view'].level
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## Update the Finite State Machine
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#### The second column are the filters
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with col2:
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st.multiselect(label="Filtra per Target",options=["Minori 0-6 anni","Minori 6-11 anni","Minori 11-14 anni","Minori 14-16 anni","Minori - residuale","BES - Disabilità","BES - Disturbi evolutivi specifici","BES – Svantaggio socio-economico, linguistico, culturale","Famiglie","Comunità","Minori Complessovo"], key="filter_target")
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st.multiselect(label="Filtra per ambito territoriale",options=["Internazionale","Multi-regionale","Regionale","Locale"], key="filter_level")
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st.multiselect(label="Filtra per obiettivo dell'iniziativa",options=["Contrasto alla dispersione scolastica","Elaborazione modelli e disseminazione di buone pratiche","Inclusione","Percorsi post-traumatici","Riduzione delle diseguaglianze territoriali","Sostegno alla genitorialità","Sviluppo comunità educante","Sviluppo delle competenze soft","Sviluppo delle competenze hard","Benessere psicologico"], key="filter_objective")
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st.multiselect(label="Filtra per attività realizzate",options=["Accompagnamento psicologico e terapeutico","Attività sportive","Attività culturali e di valorizzazione del patrimonio (storico, artistico, naturalistico, paesaggistico)","Co-progettazione con minori e famiglie e protagonismo minorile","Formazione","Incentivo economico"," Rafforzamento dei servizi e delle reti territoriali","Interventi sugli spazi","Laboratori","Attività di ricerca e attività di raccolta dei bisogni","Socializzazione","Sostegno didattico e orientamento","out reaching-aggancio","Informazione, comunicazione territoriale e sensibilizzazione","attività e percorsi di giustizizia riparativa","altro"], key="filter_activities")
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#### DATA
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# This part of the code deals with the data table
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trues = [True for i in range(len(mappatura_data))]
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df_true = pd.DataFrame({'true':trues})
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if len(st.session_state["filter_target"]) > 0:
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target_masks = sum([mappatura_data['Target'].str.contains(item) for item in st.session_state["filter_target"]])
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else:
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target_masks = df_true['true']
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if len(st.session_state["filter_level"]) > 0:
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level_masks = sum([mappatura_data['Ambito territoriale'].str.contains(item) for item in st.session_state["filter_level"]])
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else:
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level_masks = df_true['true']
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if len(st.session_state["filter_objective"]) > 0:
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objective_masks = sum([mappatura_data['Obiettivo sintetico'].str.contains(item) for item in st.session_state["filter_objective"]])
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else:
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objective_masks = df_true['true']
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if len(st.session_state["filter_activities"]) > 0:
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# FIXME: `Attività sitentico`
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activities_masks = sum([mappatura_data['Attività sintentico'].str.contains(item) for item in st.session_state["filter_activities"]])
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else:
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activities_masks = df_true['true']
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#query_target = " | ".join([f'Target == "{item}"' for item in st.session_state["filter_target"]])
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| 249 |
+
#query_level = " | ".join([f'`Ambito territoriale` == "{item}"' for item in st.session_state["filter_level"]])
|
| 250 |
+
#query_objective = " | ".join([f'`Obiettivo sintetico` == "{item}"' for item in st.session_state["filter_objective"]])
|
| 251 |
+
#query_activities = " | ".join([f'`Attività sintetico` == "{item}"' for item in st.session_state["filter_activities"]])
|
| 252 |
+
|
| 253 |
+
|
| 254 |
+
last_level=st.session_state['view'].level
|
| 255 |
+
|
| 256 |
+
geo_masks = df_true['true']
|
| 257 |
+
|
| 258 |
+
if last_level == 1:
|
| 259 |
+
#query_regione = '`Regioni di intervento` == "'+st.session_state['view'].hierarchy_names[-1]+'"'
|
| 260 |
+
geo_masks = mappatura_data['Regioni di intervento'].str.contains(st.session_state['view'].hierarchy_names[-1])
|
| 261 |
+
|
| 262 |
+
|
| 263 |
+
if last_level == 2:
|
| 264 |
if "last_active_drawing" in st_data and st_data["last_active_drawing"] is not None:
|
| 265 |
+
#query_comune = '`Comuni di intervento` == "'+st_data['last_active_drawing']['properties']['name']+'"'
|
| 266 |
+
geo_masks = mappatura_data['Comuni di intervento'].str.contains(st_data['last_active_drawing']['properties']['name'])
|
| 267 |
+
|
| 268 |
else:
|
| 269 |
+
#query_provincia = '`Province di intervento` == "'+st.session_state['view'].hierarchy_names[-1]+'"'
|
| 270 |
+
geo_masks = mappatura_data['Province di intervento'].str.contains(st.session_state['view'].hierarchy_names[-1])
|
| 271 |
+
|
| 272 |
+
|
| 273 |
+
full_masks = target_masks & level_masks & objective_masks & activities_masks & geo_masks
|
| 274 |
+
|
| 275 |
+
df_display = mappatura_data[full_masks]
|
| 276 |
+
|
| 277 |
+
#queries = [query_target, query_level, query_objective, query_activities, query_comune, query_provincia, query_regione]
|
| 278 |
+
|
| 279 |
+
#st.write(queries)
|
| 280 |
|
| 281 |
+
#bracketed = ["("+query+")" for query in queries if (query != "")]
|
| 282 |
+
#query = " & ".join(bracketed)
|
| 283 |
|
| 284 |
+
#st.write(f"Query is: {query}")
|
|
|
|
| 285 |
|
| 286 |
+
st.dataframe(data=df_display)
|
| 287 |
|
| 288 |
+
#if query == '':
|
| 289 |
+
# st.dataframe(data=mappatura_data)
|
| 290 |
+
#else:
|
| 291 |
+
# st.dataframe(data=mappatura_data.query("("+query+")"))
|