lap.xts | R Documentation |
Original data from a study of the effects of pollution and weather on mortality, LA, 1970-1979. These are 3652 daily observations for the 10 year period. The data set is an xts object indexed by Date.
The format is:
An xts object on 1970-01-01 / 1979-12-31 containing:
Data: double [3652, 11]
Columns: Tmort, Rmort, Cmort, Temp, Rhumid, CO, SO2, NO2, HC, Ozone, Part
Index: Date [3652] (TZ: "UTC")
columns are time series | with names |
(1) Total Mortality | Tmort |
(2) Respiratory Mortality | Rmort |
(3) Cardiovascular Mortality | Cmort |
(4) Temperature | Temp |
(5) Relative Humidity | Rhumid |
(6) Carbon Monoxide | CO |
(7) Sulfur Dioxide | SO2 |
(8) Nitrogen Dioxide | NO2 |
(9) Hydrocarbons | HC |
(10) Ozone | Ozone |
(11) Particulates | Part |
These are the original data from https://github.com/DSStoffer/dsstoffer.github.io/blob/main/files/LAP.pdf.
The weekly data in lap
were taken from this data set last century. The details, however,
were never entirely made clear and it's too late to get them now. It is easy to pull out the
weekly averages from this data set, and how to do so is given in the Examples section below;
the resulting data set will be slightly different than lap
. The names for this data set
are different from lap
, the main difference is these names have capitals.
You can find demonstrations of astsa capabilities at FUN WITH ASTSA.
The most recent version of the package can be found at https://github.com/nickpoison/astsa/.
In addition, the News and ChangeLog files are at https://github.com/nickpoison/astsa/blob/master/NEWS.md.
The webpages for the texts and some help on using R for time series analysis can be found at https://nickpoison.github.io/.
lap
## Not run:
library(xts) # assumes package has been installed
plot(lap.xts$Cmort, col=4)
lapw = apply.weekly(lap.xts, FUN=colMeans) # get weekly averages
plot(lapw[,c('Cmort', 'Temp', 'Part')], col=astsa.col(2:4, .7), main=NA)
addLegend(col=2:4, lty=1, lwd=2, ncol=3, bty="white")
sarima(lapw$Cmort, 0,1,1, no.constant=TRUE) # fit ARIMA(0,1,1) to weekly Cmort
## End(Not run)
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.