cleanup, tag version 0.3v0.3

1 files changed, 148 insertions, 0 deletions

diff --git a/sql/chart.r b/sql/chart.r
new file mode 100755
index 0000000..5575293
--- /dev/null
+++ b/sql/chart.r
@@ -0,0 +1,148 @@
+#!/usr/bin/Rscript --vanilla
+require(RPostgreSQL)
+require(RSvgDevice)
+nulltime <- strptime("01.01.1970", "%d.%m.%Y")
+
+drv <- dbDriver("PostgreSQL")
+con <- dbConnect(drv, host="10.2.2.22", user="jack", password="jack", dbname="ebus")
+
+
+## plot 1
+#png(file = "Rplots.png", width=1500, height=800)
+devSVG(file="Rplots.svg",width=15,height=10)
+par(cex=1.25)
+cat("Starte Abfragen\n")
+brenner <- dbGetQuery(con,
+    paste("SELECT timestamp as \"time\"
+                , value_string
+             FROM value
+            WHERE sensor_id IN (select id from sensor where name = 'heizkreisregler1.betriebsdatenFeuerungsautomat.betriebszustand')
+              AND timestamp > now() - interval '1 day'",
+            " AND value_string IS NOT NULL",
+            " ORDER BY  timestamp asc", sep=""))
+
+## Brennerstatus auf Brennerstaotusänderungen reduzieren
+
+brennerBla <- table(NULL,NULL)
+liste <- c()
+old_value_string <- "bla"
+for (i in seq(1,nrow(brenner))) {
+    if (brenner$value_string[i] != old_value_string) {
+        old_value_string <- brenner$value_string[i]
+        brennerBla <- rbind(brennerBla, data.frame(time=brenner$time[i], value_string=brenner$value_string[i]))
+    }
+}
+brenner <- brennerBla
+
+#  Solar Pumpe
+solarEngine <- dbGetQuery(con,
+    paste("SELECT timestamp as \"time\",
+                  value_int
+           FROM value
+           WHERE sensor_id IN (select id from sensor where name = 'heizkreisregler9.solarDaten.solarPumpe')
+                AND timestamp > now() - interval '1 day'
+                AND value_int IS NOT NULL
+           ORDER BY timestamp asc", sep=""))
+# reduzieren
+solarEngineNew <- table(NULL,NULL)
+emptyList <- c()
+old_value_int <- "blub"
+for (i in seq(1,nrow(solarEngine))) {
+    if (solarEngine$value_int[i] != old_value_int) {
+        old_value_int <- solarEngine$value_int[i]
+        solarEngineNew <- rbind(solarEngineNew, data.frame(time=solarEngine$time[i], value_int=solarEngine$value_int[i]))
+    }
+}
+solarEngine <- solarEngineNew
+
+# Numerische Sensoren Lesen
+readNumericSensorDay <- function (sensorName) {
+    d <- dbGetQuery(con,
+        paste("SELECT timestamp",
+              "     , COALESCE(value_int,value_float) \"value\"",
+              "  FROM value",
+              " WHERE sensor_id IN (select id from sensor where name = '",sensorName,"')",
+              "   AND timestamp > now() - interval '1 day'",
+              # ausreißer ausblenden
+              "   AND COALESCE(value_int,value_float) < 200",
+              "   AND COALESCE(value_int,value_float) > -50",
+              " ORDER BY timestamp desc", sep=""))
+    d$timestamp <- as.POSIXct(round(d$timestamp, "mins"))
+    #d <- supsmu(as.vector(d$timestamp), as.vector(d$value))
+    names(d) <- c("time", "value")
+    
+    myMean <- function(values) {
+      if (mad(values) > 2) {
+        print(paste("Streiche ",length(values),
+                    " Werte aus",sensorName,
+                    "mad =", mad(values)))
+        values <- values * NA
+      }
+      mean(values)
+    }
+
+#    dm <- aggregate(d$value, list(time=d$time), myMean)
+    dm <- d
+    dm$time <- as.POSIXct(dm$time,origin=nulltime)
+    names(dm) <- c("time", sensorName)
+    dm
+}
+
+warmwasser <- readNumericSensorDay("heizkreisregler9.solarDaten.tempWarmwasserSolar")
+kessel <- readNumericSensorDay("heizkreisregler10.betriebsdatenRegler1.kesselTemperatur")
+kollektor <- readNumericSensorDay("heizkreisregler9.solarDaten.tempKollektor")
+aussenTemperatur <- readNumericSensorDay("feuerungsautomat1.betriebsdatenRegler1.aussenTemperatur")
+
+# -- TODO ausreißer als punkte darstellen
+data <- Reduce(function(x,y) { merge(x,y,all.x=TRUE) }, list(kollektor, kessel, warmwasser, aussenTemperatur))
+
+
+
+cat("Plotte\n")
+plot.new()
+plot.window(xlim=c(min(data$time), max(data$time)),
+            ylim=c(min(data[2:length(data)],na.rm=TRUE)*0.9, max(data[2:length(data)],na.rm=TRUE)*1.1))
+par(lwd=2)
+
+
+for (i in c(2:length(data))) {
+  lines(subset(data,select=c(1,i)),
+        col=rainbow(length(data)-1)[i-1])
+}
+box()
+
+for (i in c(1:nrow(brenner))) {
+  text(as.numeric(brenner$time[i]), max(data[2:length(data)],na.rm=TRUE)/2, paste("ab hier", brenner$value_string[i]) ,srt=90)
+}
+
+# quick and dirty add solarEngine to plot
+
+rect_start <- 0
+rect_color <- rgb(255, 255, 0, alpha=40, maxColorValue=255)
+
+for (i in c(1:nrow(solarEngine))) {
+    if (solarEngine$value_int[i] == 1) {
+        rect_start <- solarEngine$time[i];
+    } else if (rect_start != 0) {
+        end <- solarEngine$time[i];
+        # plot
+        rect(rect_start, 0, solarEngine$time[i], 100, col=rect_color,border=F)
+        beginn <- 0
+    }
+    #text(as.numeric(solarEngine$time[i]), max(data[2:length(data)],na.rm=TRUE)/2, paste("Solar Pumpe", solarEngine$value_int[i]), srt=90)
+}
+
+rangeX <- as.POSIXct(range(data$time))
+s <- round.POSIXt(seq(rangeX[1], rangeX[2], by=60*60),"hour")
+axis.POSIXct(1, at=s, format="%H:%M")
+
+r <- range(data[2:length(data)], na.rm=TRUE)
+s <- seq(r[1], r[2], by=(r[2]-r[1])/8)
+axis(2, at=s, labels=paste(round(s,1),"°C"))
+legend('topleft',
+       legend=names(data)[2:length(data)],
+       fill=rainbow(length(data)-1))
+title(paste("Temperaturen ", rangeX[1], " bis ", rangeX[2]))
+dev.off()
+
+dbDisconnect(con)