Sundar Dorai-Raj [EMAIL PROTECTED] writes:
I think you meant to do
plot(x, f.x, ...)
BTW, you've re-invented the wheel. See ?dnorm for evaluating the normal pdf.
Best,
Sundar
Even easier is to combine dnorm and curve (although Luke will grimace
at the syntax).
curve(dnorm(x, mean =
I think you meant to do
plot(x, f.x, ...)
BTW, you've re-invented the wheel. See ?dnorm for evaluating the normal pdf.
Best,
Sundar
Felix Eschenburg wrote:
Hello,
i have written this little function to draw different normal distributions:
n.Plot - function(x,my,sigma) {
e - exp(1)
names(x) - x
Thank you all, that did the trick. Sometimes i can be a real blockhead.
[EMAIL PROTECTED] (Felix Eschenburg) writes:
Hello,
i have written this little function to draw different normal
distributions:
n.Plot - function(x,my,sigma) {
e - exp(1)
names(x) - x
f.x -
Felix,
there may be more elegant ways of plotting the normal curve, but given your
current program, you can simply change your plot statment to use a formula:
plot(f.x ~ x, type=l, xlim=c(-5,5))
Dan Nordlund
-Original message--
In a message dated 2/5/2004 2:52:04 PM Pacific
