smooth_age_5_mav | R Documentation |
Smooth data in 5-year age groups.
smooth_age_5_mav(Value, Age, OAG = TRUE, n = 3, tails = FALSE)
Value |
numeric vector of (presumably) counts in 5-year age groups. |
Age |
integer vector of age group lower bounds. |
OAG |
logical. Whether or not the top age group is open. Default |
n |
integer. The width of the moving average. Default 3 intervals (x-5 to x+9). |
tails |
logical. If tails is |
This function calls smooth_age_5_zigzag_inner()
, but prepares data in a way consistent with other methods called by smooth_age_5()
. It is probably preferable to call zigzag()
from the top level, or else call this method from agesmth()
for more control over tail imputations.
If tails is set to FALSE
, this function calls mav()
, which itself relies on the more general ma()
. We lose the lowest and highest ages with this method, unless n=1
, in which case data is returned in the original 5-year age groups. The total population count is not constrained to sum to the original total.
If tails is TRUE
, the same results are expected but the tails are
filled in using a cascading method.
numeric vector of smoothed counts in 5-year age groups.
Age <- c(0,1,seq(5,90,by=5))
# defaults
ns <- sapply(1:5,smooth_age_5_mav,Value=dth5_zigzag,Age=Age,OAG=TRUE)
cols <- paste0(gray(seq(.8,0,length=5)),"A0")
lwds <- seq(4,1,length=5)
## Not run:
plot(Age, dth5_zigzag,pch=16)
matplot(as.integer(rownames(ns)),ns,type='l',
col = cols,
lty = 1,
add = TRUE,
lwd = lwds)
legend("topright", col = cols, lty = 1, lwd = lwds, legend = paste("n =",1:5))
## End(Not run)
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