View source: R/plot_day_zero.R
Generate a plot with time adjusted for the day at which the outbreak is considered to have started
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 | plot_day_zero(
countries = c("Italy", "Spain", "US", "Germany"),
ylog = TRUE,
day0 = 150,
cumulative = TRUE,
time_before = 0,
add_markers = FALSE,
line_size = 1.5,
point_size = 1.5,
point_alpha = 0.9,
max_date = Sys.Date(),
calendar = FALSE,
deaths = FALSE,
pop = FALSE,
pop_adjustor = 1e+06,
by_district = FALSE,
districts = NULL,
alpha = 0.8,
roll = 0,
roll_fun = "mean",
color_var = "geo"
)
|
countries |
Character vector of country names |
ylog |
Whether the y-axis should be on log scale |
day0 |
An integer, the number of cumulative cases at which the outbreak is considered to have started |
cumulative |
Whether to count cases cumulatively |
time_before |
How many days before outbreak to show |
line_size |
Size of line |
point_size |
Size of points |
point_alpha |
Alpha of points |
max_date |
The maximum date |
calendar |
Whether to plot by calendar date |
deaths |
Whether to show deaths instead of cases |
pop |
Adjust by population |
pop_adjustor |
Deaths per x (default million) when doing population adjustment |
by_district |
Show by district |
districts |
Show by districts, default FALSE |
alpha |
alpha of lines |
roll |
How many days to get rolling values for |
roll_fun |
Mean or Sum |
add_markets |
Whether to show lines / circle at outbreak start |
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