fixed geojson script

website/historical/geojson-csv/convert-json-to-geojson.py

@@ -9,7 +9,6 @@ from collections import OrderedDict
 arg = int(sys.argv[1])
 
 
-
 #read json file
 with open("historicalData.json", "r") as read_file:
     data = json.load(read_file)
@@ -31,25 +30,31 @@ t = [] # list containing last location update times
 p = {} # dictionairy containing times and positions
 nest = []
 
-for j in range(arg): # if 1; print only first scooter (aram)
+#print(data[20][0]) # = data[data point (0-5746?)][scooter id (0-10)]
+
+#for j in range(1): # if 1; print only first scooter (aram)
 	#print(j)
-	for i in range(5747): # all entries (data points)
+for i in range(5747): # all entries (data points)
 		#l.append(data[i][j]['lastPos']+'|'+data[i][j]['lastLocationUpdate'])
 		#l.append(data[i][j]['lastLocationUpdate'])
 		#p.update(i:{data[i][j]['lastPos'],data[i][j]['lastLocationUpdate']}) 
 		#l.append(data[i][j]['lastPos'])
 		#nest.append(data[i][j]['lastLocationUpdate'])
 
-		l.append([data[i][j]['lastPos'], data[i][j]['lastLocationUpdate']]) #make 2d list
+	l.append([data[i][arg]['lastPos'], data[i][arg]['lastLocationUpdate']]) #make 2d list
-
 
+	
 						  # if entry / pos is the same/double..remove? mmm
 
 
 #uniquePos = set(l) # remove duplicates from all entries
 #print(l[0])
 
+
 # construct GeoJSON
+
+#list format: l[list index][0=lat,long,1=timestamp]
+
 string1 = ("""
 { "type": "FeatureCollection",
     "features": [