docs: Documentation update
Change-Id: I6f916eb822a59e980e8fb1134886c3431755119c
diff --git a/examples/graphs/rate-graph.R b/examples/graphs/rate-graph.R
index 6d63298..cbacf49 100755
--- a/examples/graphs/rate-graph.R
+++ b/examples/graphs/rate-graph.R
@@ -1,88 +1,47 @@
-# Copyright (c) 2012 Alexander Afanasyev <alexander.afanasyev@ucla.edu>
+# Copyright (c) 2012,2015 Alexander Afanasyev <alexander.afanasyev@ucla.edu>
-# install.packages ('ggplot2')
-library (ggplot2)
-# install.packages ('scales')
-library (scales)
+# install.packages('ggplot2')
+library(ggplot2)
+# install.packages('scales')
+library(scales)
-# install.packages ('doBy')
-library (doBy)
+# install.packages('doBy')
+library(doBy)
#########################
# Rate trace processing #
#########################
-data = read.table ("rate-trace.txt", header=T)
-data$Node = factor (data$Node)
+data = read.table("rate-trace.txt", header=T)
+data$Node = factor(data$Node)
data$FaceId <- factor(data$FaceId)
data$Kilobits <- data$Kilobytes * 8
-data$Type = factor (data$Type)
+data$Type = factor(data$Type)
# exlude irrelevant types
-data = subset (data, Type %in% c("InInterests", "OutInterests", "InData", "OutData"))
+data = subset(data, Type %in% c("InInterests", "OutInterests", "InData", "OutData"))
# combine stats from all faces
-data.combined = summaryBy (. ~ Time + Node + Type, data=data, FUN=sum)
-
+data.combined = summaryBy(. ~ Time + Node + Type, data=data, FUN=sum)
+
data.root = subset (data.combined, Node == "root")
-data.leaves = subset (data.combined, Node %in% c("leaf-1", "leaf-2", "leaf-3", "leaf-4"))
+data.leaves = subset(data.combined, Node %in% c("leaf-1", "leaf-2", "leaf-3", "leaf-4"))
# graph rates on all nodes in Kilobits
-g.all <- ggplot (data.combined) +
- geom_point (aes (x=Time, y=Kilobits.sum, color=Type), size=1) +
- ylab ("Rate [Kbits/s]") +
- facet_wrap (~ Node)
+g.all <- ggplot(data.combined) +
+ geom_point(aes (x=Time, y=Kilobits.sum, color=Type), size=1) +
+ ylab("Rate [Kbits/s]") +
+ facet_wrap(~ Node)
-print (g.all)
-
+print(g.all)
+
# graph rates on the root nodes in Packets
-g.root <- ggplot (data.root) +
- geom_point (aes (x=Time, y=Kilobits.sum, color=Type), size=2) +
- geom_line (aes (x=Time, y=Kilobits.sum, color=Type), size=0.5) +
- ylab ("Rate [Kbits/s]")
+g.root <- ggplot(data.root) +
+ geom_point(aes (x=Time, y=Kilobits.sum, color=Type), size=2) +
+ geom_line(aes (x=Time, y=Kilobits.sum, color=Type), size=0.5) +
+ ylab("Rate [Kbits/s]")
-print (g.root)
+print(g.root)
-png ("root-rates.png", width=500, height=250)
-print (g.root)
-dev.off ()
-
-###############################
-# Aggreagate trace processing #
-###############################
-
-data = read.table ("aggregate-trace.txt", header=T)
-data$Node = factor (data$Node)
-data$FaceId <- factor(data$FaceId)
-data$Type = factor (data$Type)
-
-# exlude irrelevant types
-data = subset (data, Type %in% c("InInterests", "OutInterests", "InData", "OutData"))
-
-# Aggregate packet stats in 5-second intervals
-data$Time5Sec = 5 * ceiling (data$Time / 5)
-data.combined = summaryBy (. ~ Time5Sec + Node + Type, data=data, FUN=sum)
-
-data.root = subset (data.combined, Node == "root")
-data.leaves = subset (data.combined, Node %in% c("leaf-1", "leaf-2", "leaf-3", "leaf-4"))
-
-# graph rates on all nodes in Packets
-g.all <- ggplot (data.combined) +
- geom_point (aes (x=Time5Sec, y=Packets.sum, color=Type), size=2) +
- geom_line (aes (x=Time5Sec, y=Packets.sum, color=Type), size=0.5) +
- ylab ("Number of transitted packets in 5 secon intervals") +
- facet_wrap (~ Node)
-
-print (g.all)
-
-# graph rates on the root nodes in Packets
-g.root <- ggplot (data.root) +
- geom_point (aes (x=Time5Sec, y=Packets.sum, color=Type), size=2) +
- geom_line (aes (x=Time5Sec, y=Packets.sum, color=Type), size=0.5) +
- ylab ("Number of transitted packets in 5 secon intervals") +
- ylim (c(0,2000))
-
-print (g.root)
-
-png ("root-5sec-counts.png", width=500, height=250)
-print (g.root)
-dev.off ()
+png("src/ndnSIM/docs/source/_static/root-rates.png", width=500, height=250)
+print(g.root)
+retval <- dev.off()