INTRODUCTION TO R. Basic Graphics
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1 INTRODUCTION TO R Basic Graphics
2 Graphics in R Create plots with code Replication and modification easy Reproducibility! graphics package ggplot2, ggvis, lattice
3 graphics package Many functions plot() and hist() plot() Generic Different inputs -> Different plots Vectors, linear models, kernel densities
4 countries > str(countries) 'data.frame': 194 obs. of 5 variables: $ name : chr "Afghanistan" "Albania" "Algeria"... $ continent : Factor w/ 6 levels "Africa","Asia",... $ area : int $ population: int $ religion : Factor w/ 6 levels "Buddhist","Catholic"...
5 plot() (categorical) > plot(countries$continent)
6 plot() (numerical) > plot(countries$population)
7 plot() (2x numerical) > plot(countries$area, countries$population)
8 plot() (2x numerical) > plot(log(countries$area), log(countries$population))
9 plot() (2x categorical) > plot(countries$continent, countries$religion)
10 plot() (2x categorical) x axis (horizontal) y axis (vertical) > plot(countries$religion, countries$continent)
11 hist() Short for histogram Visual representation of distribution Bin all values Plot frequency of bins
12 hist() > africa_obs <- countries$continent == "Africa" > africa <- countries[africa_obs, ]
13 hist() > hist(africa$population)
14 hist() > hist(africa$population, breaks = 10)
15 Other graphics functions barplot() boxplot() pairs()
16 INTRODUCTION TO R Let s practice!
17 INTRODUCTION TO R Customizing Plots
18 mercury > mercury temperature pressure
19 Basic plot > plot(mercury$temperature, mercury$pressure)
20 Fancy plot > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", horizontal axis label ylab = "Pressure", vertical axis label main = "T vs P for Mercury", plot title type = "o", plot type col = "orange")
21 Fancy plot > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", horizontal axis label ylab = "Pressure", vertical axis label main = "T vs P for Mercury", plot title type = "l", plot type col = "orange") plot color
22 Graphical Parameters > plot(mercury$temperature, mercury$pressure, col = "darkgreen")
23 Graphical Parameters > plot(mercury$temperature, mercury$pressure)
24 par() >?par > par() List of 72 $ xlog : logi FALSE $ ylog : logi FALSE $ adj : num $ fin : num [1:2] $ font : int 1 $ font.axis: int 1 $ font.lab : int 1... $ yaxs : chr "r" $ yaxt : chr "s" $ ylbias : num 0.2
25 par() > par(col = "blue") > plot(mercury$temperature, mercury$pressure)
26 par() > par(col = "blue") > plot(mercury$temperature, mercury$pressure) > plot(mercury$pressure, mercury$temperature) > par()$col [1] "blue"
27 More graphical parameters > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", ylab = "Pressure", main = "T vs P for Mercury", type = "o", col = "orange", col.main = "darkgray", cex.axis = 0.6, lty = 5, pch = 4)
28 More graphical parameters > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", ylab = "Pressure", main = "T vs P for Mercury", type = "o", col = "orange", col.main = "darkgray", cex.axis = 0.6, lty = 5, pch = 4)
29 More graphical parameters > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", ylab = "Pressure", main = "T vs P for Mercury", type = "o", col = "orange", col.main = "darkgray", cex.axis = 0.6, lty = 5, pch = 4)
30 More graphical parameters > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", ylab = "Pressure", main = "T vs P for Mercury", type = "o", col = "orange", col.main = "darkgray", cex.axis = 1.5, lty = 5, pch = 4)
31 lty: Line Type > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", ylab = "Pressure", main = "T vs P for Mercury", type = "o", col = "orange", col.main = "darkgray", cex.axis = 1.5, lty = 5, pch = 4)
32 pch: Plot Symbol > plot(mercury$temperature, mercury$pressure, xlab = "Temperature", ylab = "Pressure", main = "T vs P for Mercury", type = "o", col = "orange", col.main = "darkgray", cex.axis = 1.5, lty = 5, pch = 4)
33 INTRODUCTION TO R Let s practice!
34 INTRODUCTION TO R Multiple Plots
35 Graphics so far Plot single source of data No combinations of plots No different layers
36 shop > str(shop) 'data.frame': 27 obs. of 5 variables: $ sales : num $ ads : num $ comp : int $ inv : int $ size_dist: num
37 mfrow parameter in par() > par() List of 72 $ xlog : logi FALSE $ ylog : logi FALSE $ adj : num $ fin : num [1:2] $ font : int 1 $ font.axis: int 1 $ font.lab : int 1... $ yaxs : chr "r" $ yaxt : chr "s" $ ylbias : num 0.2
38 mfrow parameter > par(mfrow = c(2,2)) > plot(shop$ads, shop$sales)
39 mfrow parameter > par(mfrow = c(2,2)) > plot(shop$ads, shop$sales) > plot(shop$comp, shop$sales)
40 mfrow parameter > par(mfrow = c(2,2)) > plot(shop$ads, shop$sales) > plot(shop$comp, shop$sales) > plot(shop$inv, shop$sales)
41 mfrow parameter > par(mfrow = c(2,2)) > plot(shop$ads, shop$sales) > plot(shop$comp, shop$sales) > plot(shop$inv, shop$sales) > plot(shop$size_dist, shop$sales)
42 mfcol parameter > par(mfcol = c(2,2)) > plot(shop$ads, shop$sales)
43 mfcol parameter > par(mfcol = c(2,2)) > plot(shop$ads, shop$sales) > plot(shop$comp, shop$sales)
44 mfcol parameter > par(mfcol = c(2,2)) > plot(shop$ads, shop$sales) > plot(shop$comp, shop$sales) > plot(shop$inv, shop$sales)
45 mfcol parameter > par(mfcol = c(2,2)) > plot(shop$ads, shop$sales) > plot(shop$comp, shop$sales) > plot(shop$inv, shop$sales) > plot(shop$size_dist, shop$sales) 2 rows 2 cols par(mfcol = c(2,2))
46 Reset the grid > par(mfrow = c(1,1)) > plot(shop$sales, shop$ads)
47 layout() > grid <- matrix(c(1, 1, 2, 3), nrow = 2, ncol = 2, byrow = TRUE) > grid [,1] [,2] [1,] 1 1 [2,] 2 3 > layout(grid) > plot(shop$ads, shop$sales) > plot(shop$comp, shop$sales) > plot(shop$inv, shop$sales)
48 Reset the grid > layout(1) > par(mfcol = c(1,1))
49 Reset all parameters > old_par <- par() > par(col = "red") > plot(shop$ads, shop$sales)
50 Reset all parameters > old_par <- par() > par(col = "red") > plot(shop$ads, shop$sales) > par(old_par) > plot(shop$ads, shop$sales)
51 Stack graphical elements > plot(shop$ads, shop$sales, pch = 16, col = 2, xlab = "advertisement", ylab = "net sales") > lm_sales <- lm(shop$sales ~ shop$ads)
52 Stack graphical elements > plot(shop$ads, shop$sales, pch = 16, col = 2, xlab = "advertisement", ylab = "net sales") > lm_sales <- lm(shop$sales ~ shop$ads) > abline(coef(lm_sales), lwd = 2)
53 Stack graphical elements > plot(shop$ads, shop$sales, pch = 16, col = 2, xlab = "advertisement", ylab = "net sales") > lm_sales <- lm(shop$sales ~ shop$ads) > abline(coef(lm_sales), lwd = 2) > lines(shop$ads, shop$sales) points() lines() segments() text()
54 Stack graphical elements > ranks <- order(shop$ads) > plot(shop$ads, shop$sales, pch = 16, col = 2, xlab = "advertisement", ylab = "net sales")
55 Stack graphical elements > ranks <- order(shop$ads) > plot(shop$ads, shop$sales, pch = 16, col = 2, xlab = "advertisement", ylab = "net sales") > abline(coef(lm_sales), lwd = 2)
56 Stack graphical elements > ranks <- order(shop$ads) > plot(shop$ads, shop$sales, pch = 16, col = 2, xlab = "advertisement", ylab = "net sales") > abline(coef(lm_sales), lwd = 2) > lines(shop$ads[ranks], shop$sales[ranks])
57 INTRODUCTION TO R Let s practice!
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