create fake consumption data, and add it in to the graph..

fakedata.py

@@ -110,8 +110,9 @@ def distribute(s, e, prod, minsize):
 #print('start')
 
 prodpoints = []
+prodindex = []
 conspoints = []
-index = []
+consindex = []
 
 def serializearrowasmili(obj):
 	if not isinstance(obj, arrow.Arrow):
@@ -124,25 +125,24 @@ for i in arrow.Arrow.range('day', startdate, enddate):
 	s, e = makestartend(i)
 	noon = i.replace(hour=12)
 
-	index.append((noon, whprod))
+	prodindex.append((noon, whprod))
 	#print(repr(i), whprod)
 
 	dist = []
 
-	conspoints.extend(makeconsumption(s, rand.uniform(400,800), 100, timedelta(minutes=1)))
+	tmppoints = makeconsumption(s, rand.uniform(400,800), 100, timedelta(minutes=1))
+	consindex.append((noon, sum((i[1] / 60 for i in tmppoints), 0)))
+	conspoints.extend(tmppoints)
 
 	# zero points for non-production
 	import sys
-	print(repr((i, s)), file=sys.stderr)
 	dist.extend(distribute(i, s, 0, timedelta(minutes=5)))
 
 	# production
-	print(repr((s, e)), file=sys.stderr)
 	dist.extend(distribute(s, e, whprod, timedelta(seconds=20)))
 
 	# zero points for non-production
 	eod = i.replace(hour=23, minute=55)
-	print(repr((e, eod)), file=sys.stderr)
 	dist.extend(distribute(e, eod, 0, timedelta(minutes=5)))
 
 	# print timestamps as miliseconds
@@ -156,4 +156,4 @@ for i in arrow.Arrow.range('day', startdate, enddate):
 		#print(json.dumps(tuple(dist), indent=2))
 		prodpoints.extend(dist)
 
-print('fakedata =', json.dumps(dict(production=prodpoints, consumption=conspoints, index=index), default=serializearrowasmili))
+print('fakedata =', json.dumps(dict(production=prodpoints, prodindex=prodindex, consumption=conspoints, consindex=consindex), default=serializearrowasmili))

root/js/solardash.base.js

@@ -73,7 +73,6 @@ socket.onmessage = function(m) {
 
 var solarchart = Highcharts.stockChart('solarchart', {
 	chart: {
-		type: 'area',
 		zoomType: 'x'
 	},
 	title: {

root/js/solardash.file.jspp

@@ -54,16 +54,27 @@ WebSocketTest.prototype.send = function (s) {
 		if (msg[2] == 'NaN')
 			msg[2] = Infinity;
 		var loidx, hiidx;
+
+		// production
 		loidx = fakedata.production.bisect([msg[1], 0]);
 		if (loidx > 0)
 			loidx -= 1;
 		hiidx = fakedata.production.bisect([msg[2], 0]) + 1;
-		var subar = fakedata.production.slice(loidx, hiidx);
-		subar = reducepoints(subar, 800);
+		var prodar = fakedata.production.slice(loidx, hiidx);
+		prodar = reducepoints(prodar, 800);
+
+		// consumption
+		loidx = fakedata.consumption.bisect([msg[1], 0]);
+		if (loidx > 0)
+			loidx -= 1;
+		hiidx = fakedata.consumption.bisect([msg[2], 0]) + 1;
+		var consar = fakedata.consumption.slice(loidx, hiidx);
+		consar = reducepoints(consar, 800);
+
 		var data = {
-			"production": subar,
-			"consumption": subar,
-			"grid": subar,
+			"production": prodar,
+			"consumption": consar,
+			"grid": prodar,
 		}
 		this.makercv('windata ' + JSON.stringify(data));
 	}
@@ -93,9 +104,9 @@ WebSocketTest.prototype.makercv = function (m) {
 
 function getoverviewdata() {
 	return {
-		grid: fakedata.index,
-		consumption: fakedata.index,
-		production: fakedata.index,
+		grid: fakedata.prodindex,
+		consumption: fakedata.consindex,
+		production: fakedata.prodindex,
 	}
 }