Add vegetation analysis

US/CA/SLAC/.index

@@ -1,2 +1,3 @@
 ica_analysis
 loadfactor
+anticipation

US/CA/SLAC/anticipation/.catalog

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+add_info.py:a=rx
+folium_data.py:a=rx
+folium.glm:a=r

US/CA/SLAC/anticipation/add_info.py

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+import pandas as pd
+csv_input = pd.read_csv('path_vege.csv')
+wind_speed = 10
+width = 5
+csv_input['wind_speed'] = wind_speed
+csv_input['width'] = width
+csv_input.to_csv('path_vege.csv', index=False)

US/CA/SLAC/anticipation/folium.glm

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+module powerflow;
+#set relax_naming_rules=TRUE
+class pole
+{
+	double pole_height;
+	double position;
+	double linesag;
+	double linesway;
+	double contact;
+	double strike;
+}
+class point
+{
+	double latitude;
+	double longitude;
+	double position;
+	double linesag;
+	double linesway;
+	double contact;
+	double strike;
+	char1024 status;
+}
+object pole_configuration
+{
+	name "tower";
+}
+object pole_configuration
+{
+	name "3pole";
+}
+object pole_configuration
+{
+	name "2pole";
+}
+object pole_configuration
+{
+	name "vert3";
+}
+object pole_configuration
+{
+	name "sideT";
+}
+object pole_configuration
+{
+	name "flat3";
+}
+#input "path_result_plot.csv" -f "table" -t "object" -C "point" -M "powerflow"

US/CA/SLAC/anticipation/folium_data.py

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+import pandas as pd
+csv_input = pd.read_csv('path_result.csv', \
+	usecols = ['position', 'latitude', 'longitude', 'linesag', 'linesway', 'contact', 'strike'])
+csv_input['status'] = 'OK'		# set default as OK
+# read the strike value 
+strike_threshold = 0.1
+for index, row in csv_input.iterrows():
+	if row['strike'] > strike_threshold:
+		csv_input.loc[index, "status"] = 'FAILED'
+csv_input.to_csv('path_result_plot.csv', index=False)