merged

chaloBEST/gtfs/gtfs_export.py

@@ -202,8 +202,6 @@ def getserial(rdlist,stop):
         # write ring specific code here. rings have multiple occuring stops, which one to choose??
         return None    
 
-
-
     for rd in rdlist:
         if(rd.stop==stop):
             return rdlist.index(rd)
@@ -215,14 +213,30 @@ def export_stop_times(routelist):
     #routelist = getRoutesHavingAllLocs()    
 
     #1. get routeDetails
-    #2. 
+    #2. get unique routes as unr and the routeDetails subset as rd_subset for that uniqueroute
+    #3. get unr.routeschedule as unr.rs ?? why is it multiple?
+    #4. get total distance as tdist from rd_subset
+    #5. get runtime from unr.rs 
+    #6. if runtime1 is null, then runtime = abs(first_from - first_to)    
+    #7. avgspeed = tdist/runtime... if runtime is not available then ??
+    #8.  
+
     for r in routelist:
-        rds = RouteDetail.objects.filter(route=r).order_by('serial')    
+        rdlist = RouteDetail.objects.filter(route=r).order_by('serial')    
         sr_no=0
-        for unr in UniqueRoute.objects.filter(route=r).order_by('id'):
+        unrs  =  UniqueRoute.objects.filter(route=r).order_by('id')
+        
+        for unr in unrs:
             from_stop = unr.from_stop
             to_stop = unr.to_stop
-            rd_subset  = rds[getserial(rdlist,from_stop):getserial(rdlist,to_stop)]
+            rd_subset = rdlist[getserial(rdlist,from_stop):getserial(rdlist,to_stop)]
+            dist=0
+            for rd in rd_subset:
+                dist += rd.km
+            runtime = unr.runtime1
+            if not runtime:
+                rs = unr.routeschedule_set.all()[0]
+                #if rs.
             sr_no +=1
             for rd in rd_subset:
                 filedude.writerow([r.code+"_"+sr_no,"","",rd.stop.id,rd.serial])
@@ -236,7 +250,7 @@ stop_times.txt
 2. Get rdlist = routedetails for that route.order_by('serial'). Get UniqueRoutes for the route.
 3. --- scenario -- Not considering uniqueroutes--
 3.1 For rd in rdlist
-3.1.1 filewrite (trip_id,,,stopid,stop.serial)
+73.1.1 filewrite (trip_id,,,stopid,stop.serial)
 
 ----alternate scenario
 3. For each UniqueRoute, get from_to stops list (rdsubset) from RouteDetail list
@@ -267,5 +281,13 @@ def export_frequencies():
     filedude.writerow(["289_1","16:00:00","22:00:00",420])
     filedude.writerow(["289_1","07:00:00","11:00:00",540])
     
-
+def fire_up():
+    routelist = getRoutesHavingAllLocs()
+    export_routes(routelist)
+    #export_stops()
+    export_frequencies()
+    export_stop_times()
+    export_calendar()
+    export_trips()
+    export_agency()
     

chaloBEST/gtfs/stop_times.txt

@@ -1,33 +1 @@
 trip_id,arrival_time,departure_time,stop_id,stop_sequence
-2820_1,,,1188,1
-2820_1,,,1189,2
-2820_1,,,1190,3
-2820_1,,,1191,4
-2820_1,,,1834,5
-2820_1,,,1192,6
-2820_1,,,1193,7
-2820_1,,,1214,8
-2820_1,,,1197,9
-2820_1,,,1199,10
-2820_1,,,1198,11
-2894_1,,,1188,1
-2894_1,,,1189,2
-2894_1,,,1190,3
-2894_1,,,1191,4
-2894_1,,,1834,5
-2894_1,,,1192,6
-2894_1,,,1193,7
-2894_1,,,1197,8
-2894_1,,,1822,9
-2894_1,,,1928,10
-2894_1,,,1929,11
-2894_1,,,1196,12
-2894_1,,,1195,13
-2894_1,,,1194,14
-2894_1,,,1193,15
-2894_1,,,1192,16
-2894_1,,,1834,17
-2894_1,,,1191,18
-2894_1,,,1190,19
-2894_1,,,1189,20
-2894_1,,,1188,21

chaloBEST/mumbai/views.py

@@ -45,6 +45,7 @@ def editstops(request):
 
 def stats(request):
     total_stops_left = Stop.objects.filter(point=None).count()
+    total_stops = Stop.objects.count()
     areas = []
     for a in Area.objects.all():
         stops = Stop.objects.filter(area=a)
@@ -52,7 +53,9 @@ def stats(request):
             'area': a,
             #'area_name': a.name,
             'total_stops': stops.count(),
-            'remaining_stops': stops.filter(point=None).count()
+            'remaining_stops': stops.filter(point=None).count(),
+            'stops_done': stops.filter(point__isnull=False).count(),
+
         }
         areas.append(d)
     routes = []
@@ -62,12 +65,29 @@ def stats(request):
             'route': r,
             #'route_name': r.name,
             'total_stops': stops.count(),
-            'remaining_stops': stops.filter(point=None).count()
+            'remaining_stops': stops.filter(point=None).count(),
+            'stops_done': stops.filter(point__isnull=False).count(),
         }
         routes.append(d)
-    return render_to_response("stats.html", {
+
+    areas_sorted = sorted(areas, key=lambda k: k['remaining_stops']) 
+    
+    routes_sorted = sorted(routes, key=lambda k: k['remaining_stops']) 
+
+    routes  = routes_sorted
+    areas = areas_sorted
+    routes.reverse()
+    areas.reverse()
+
+    context = {
+        'total_stop_count': total_stops,
         'total_stops_left': total_stops_left,
         'areas': areas,
         'routes': routes
-    })
+    }
+    #return context
+    return render_to_response("stats.html", context)
+
+
+
 

chaloBEST/templates/stats.html

@@ -5,11 +5,11 @@
 {% endblock %}
 
 {% block head %}
-<meta http-equiv="refresh" content="45">
+<meta http-equiv="refresh" content="60">
  
     <style type ="text/css">
        body {
-          width: 80%;
+          width: 92%;
           margin: 0 auto;
           background-color:#ff9900
        }
@@ -29,9 +29,29 @@
 
       .areas {
           color:#000000;
-          background-color:#00ccff;
+          background-color:#ccff99;
       }
 
+       ul{
+       width:900px;
+       margin-bottom:20px;
+       overflow:hidden;
+       border-top:1px solid #ccc;
+
+       }
+
+       li{
+       line-height:1.5em;
+       /*border-bottom:1px solid #ccc; */
+       float:left;
+       display:inline;
+       
+       }
+       .double li  { width:50%;} /* 2 col */
+       .triple li  { width:33.333%; } /* 3 col */
+       .quad li    { width:25%; } /* 4 col */
+       .six li     { width:16.666%; } /*
+
     </style>
 
 
@@ -42,27 +62,29 @@
 
 {% block body %}
     <div class="header" >
-      <h1>
+      <h1> ChaloBEST! The Stats..
-    ChaloBEST! The Stats..
     </h1>
       </div>
-    <div class="stops"> <h2> We have {{ total_stops_left }} stops left! </h2> <br /> <br />
+    <div class="stops"> <h2>Total Stops : {{ total_stop_count }} <br /> Stops left : {{ total_stops_left }}</h2> 
+    </div>
 
-    <div class="routes"> <h3> Routes needing some love.. </h3><br />
+    <div class="routes"> <h3> Routes: </h3><br />
-    <ul id="routesList">
+    <ul id="routesList" class="six" >
         {% for r in routes %}
-        <li class="route listItem">
+        <li class="route listItem" >
-            <a href="{{r.route.get_absolute_url}}" title="view stops for route">{{ r.route.alias }} </a> needs {{ r.remaining_stops }} stop locations out of {{ r.total_stops }}. 
+            <a href="{{r.route.get_absolute_url}}" title="view stops for route"> {{ r.route.alias }} </a> 
+	 -   {{ r.stops_done }} / {{ r.total_stops }}  
        </li>
         {% endfor %}
     </ul>    
+    </div>
 
-
+    <div class="areas"> <h3> Areas: </h3> <br />
-    <div class="areas"> <h3> Areas needing some love.. </h3> <br />
+    <ul id="AreasList" class="quad" >
-    <ul id="AreasList">
         {% for a in areas %}
         <li class="area listItem">
-            <a href="{{a.area.get_absolute_url}}" title="view stops for area">{{ a.area.name }}</a> needs {{ a.remaining_stops }} stop locations out of {{ a.total_stops }}.
+            <a href="{{a.area.get_absolute_url}}" title="view stops for area">{{ a.area.name }}</a> -    {{ a.stops_done }} / {{ a.total_stops }}.
+	    
         </li>
         {% endfor %}
     </ul>    

chaloBEST/views.py

@@ -11,44 +11,3 @@ def index(request):
     return render_to_response('index.html', {} )
 
 
-def stats(request):
-    #No. of stops left
-    
-    total_stops = Stop.objects.count()
-    stops_left = total_stops
-    for stp in Stop.objects.all():
-        if stp.point:
-            stops_left-=1
-    
-        
-    #list of of areas having stops left
-    arealist = Area.objects.all()
-
-    area_stat = []
-
-    for area in arealist:
- #       area_stops = area.stop_set.all()
- #       astops_left = len(area_stops)
-        astops_left = Stop.objects.filter(area=area).filter(point=None).count()
-#        for stp in area_stops:
-#            if stp.point:
-#                astops_left-=1 
-#       
-        area_stat.append({'area':area,'neededstops':astops_left})
-   
-    
-
-    #Routes having min stops left...
-    route_stats_temp = getRoutesHavingSomeLocs(5)
-    route_stat = []
-    for routedict in route_stats_temp:
-        if routedict['neededstops']:
-            route_stat.append(routedict)
-    ret = {}
-    ret['area_stat'] = area_stat
-    ret['route_stat'] = route_stat
-    ret['stops_left'] = stops_left
-
-    #return ret
-    return render_to_response('stats.html', ret)
-