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PlottingAssignment/plot4.R at master · Digital-Rabbit/PlottingAssignment · GitHub
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PlottingAssignment
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plot4.R
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plot4
<-
function
( ) {
#
# Set to the correct working directory
#
# setwd("~/Desktop/Exploratory Data Analysis/Project 1")
#
# Read household_power_consumption.txt data
powerData
<-
read.csv(
"
household_power_consumption.txt
"
,
header
=
TRUE
,
sep
=
"
;
"
,
na.strings
=
"
?
"
,
colClasses
=
"
character
"
)
#
# Clean up data, by fixing data and time format and subsetting only the dates to analyze
powerData
$
Date
<-
as.Date(
powerData
$
Date
,
format
=
"
%d/%m/%Y
"
)
powerData
$
Time
<-
as.POSIXct(
powerData
$
Time
,
format
=
"
%H:%M:%S
"
)
smallPowerData
<-
subset(
powerData
,
subset
=
(
Date
<
"
2007-02-03
"
))
smallPowerData
<-
subset(
smallPowerData
,
subset
=
(
Date
>
"
2007-01-31
"
))
#
# Create four plots on on page.
#
# Place Plots 2 and 3 in the first column, Voltage vs datetime on upper right,
#
# and Global reactive power vs datetime on lower right
par(
mfcol
=
c(
2
,
2
))
with(
smallPowerData
,{
#
# Plot 2
plot(
smallPowerData
$
Global_active_power
,
type
=
"
l
"
,
axes
=
FALSE
,
ylab
=
"
Global Active Power (kilowatts)
"
,
xlab
=
"
"
)
axis(
side
=
1
,
at
=
c(
0
,
1500
,
2881
), c(
"
Thu
"
,
"
Fri
"
,
"
Sat
"
))
axis(
side
=
2
,
at
=
c(
0
,
2
,
4
,
6
), c(
0
,
2
,
4
,
6
))
#
# Plot 3
plot(
smallPowerData
$
Sub_metering_1
,
type
=
"
l
"
,
xlab
=
"
"
,
ylab
=
"
Energy sub metering
"
,
axes
=
FALSE
)
lines(
smallPowerData
$
Sub_metering_2
,
col
=
"
red
"
)
lines(
smallPowerData
$
Sub_metering_3
,
col
=
"
blue
"
)
axis(
side
=
1
,
at
=
c(
0
,
1500
,
2881
), c(
"
Thu
"
,
"
Fri
"
,
"
Sat
"
))
axis(
side
=
2
,
at
=
c(
0
,
10
,
20
,
30
), c(
0
,
10
,
20
,
30
))
legend(
"
topright
"
,
col
=
c(
"
black
"
,
"
red
"
,
"
blue
"
),
legend
=
c(
"
Sub_metering_1
"
,
"
Sub_metering_2
"
,
"
Sub_metering_3
"
),
pch
=
1
)
#
# Voltage
plot(
smallPowerData
$
Voltage
,
type
=
"
l
"
,
axes
=
FALSE
,
ylab
=
"
Voltage
"
,
xlab
=
"
datetime
"
)
axis(
side
=
1
,
at
=
c(
0
,
1500
,
2881
), c(
"
Thu
"
,
"
Fri
"
,
"
Sat
"
))
axis(
side
=
2
,
at
=
c(
234
,
236
,
238
,
240
,
242
,
244
,
246
), c(
234
,
236
,
238
,
240
,
242
,
244
,
246
))
#
# Global Reactive
plot(
smallPowerData
$
Global_reactive_power
,
type
=
"
l
"
,
axes
=
FALSE
,
ylab
=
"
Global_reactive_power
"
,
xlab
=
"
datetime
"
)
axis(
side
=
1
,
at
=
c(
0
,
1500
,
2881
), c(
"
Thu
"
,
"
Fri
"
,
"
Sat
"
))
axis(
side
=
2
,
at
=
c(
0.0
,
0.1
,
0.2
,
0.3
,
0.4
,
0.5
), c(
0.0
,
0.1
,
0.2
,
0.3
,
0.4
,
0.5
))
})
#
# Copy plot to png
dev.copy(
png
,
file
=
"
plot4.png
"
)
#
# Close connection
dev.off()
}
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