Happy pi day!

Just something funny because it’s   day. Enjoy!

# clear your environment
rm(list = ls())
# load the necessary libraries
library(png)
library(plotrix)
# lab kleuren
oranje <- rgb(228/255, 86/255, 65/255)
donkergrijs <- rgb(75/255, 75/255, 74/255)
lichtblauw <- rgb(123/255, 176/255, 231/255)
# read the image of pi
img = readPNG("C:/Users/j.schoonemann/Desktop/pi.png")
# read the logo of The Analytics Lab
logo = readPNG("C:/Users/j.schoonemann/Desktop/Lab.png")
# define the x-position of the pie charts
x_position <- c(2, 4, 8, 14, 22)
# define the y-position of the pie charts
y_position <- c(4, 6, 8, 10, 12)
# define the size of the pie charts
pie_size <- c(0.5,1.0,1.5,2.0,2.5)
# create PacMan pie-charts
pacman <- list(c(20,80), c(20,80), c(20,80), c(20,80), c(20,80))
# calculate the chart limits for the x-axis
x_axis <- c(min(x_position - pie_size), max(x_position + pie_size))
# calculate the chart limits for the y-axis
y_axis <- c(min(y_position - pie_size),max(y_position + pie_size))
# define the colors of the PacMan pie-charts 
sector_col<- c("black", "yellow")
# define the startposition of the first slice of the pie in the charts
start_position <- c(-0.1, -0.2, -0.3, -0.4, -0.5)
# create the canvas for the plot
plot(0, xlim = x_axis, ylim = y_axis, type = "n", axes = F, xlab = "", ylab = "")
# add a title and subtitle to the plot, adjust size and color
title(main = "Eating Pi makes PacMan grow!\nHappy pi(e) day!", col.main = lichtblauw, cex.main = 2, 
 sub = "Powered by: The Analytics Lab", col.sub = oranje, cex.sub = 1)
# plot all the PacMan pie-charts
for(bubble in 1:length(x_position)){ 
 floating.pie(xpos = x_position[bubble], ypos = y_position[bubble], x = pacman[[bubble]], radius = pie_size[bubble], col = sector_col, startpos = start_position[bubble]) 
}
# add the logo of The Analytics Lab to the plot
rasterImage(image = logo, xleft = 0, ybottom = 12, xright = 5, ytop = 16)
# add pi multiple times to the plot
# pi between 1st and 2nd
rasterImage(image = img, xleft = 2.5, ybottom = 4.5, xright = 3.5, ytop = 5)
# pi between 2nd and 3d
rasterImage(image = img, xleft = 5, ybottom = 6.5, xright = 6, ytop = 7)
rasterImage(image = img, xleft = 5.8, ybottom = 7, xright = 6.8, ytop = 7.5)
# pi between 3d and 4th
rasterImage(image = img, xleft = 10, ybottom = 8.5, xright = 11, ytop = 9)
rasterImage(image = img, xleft = 11, ybottom = 9, xright = 12, ytop = 9.5)
# pi between 4th and 5th
rasterImage(image = img, xleft = 16.2, ybottom = 10, xright = 17.2, ytop = 10.5)
rasterImage(image = img, xleft = 17, ybottom = 10.5, xright = 18, ytop = 11)
rasterImage(image = img, xleft = 18, ybottom = 11, xright = 19, ytop = 11.5)