On Nov 20, 2009, at 10:52 AM, gcheer3 wrote:
Thank you again, Joh
Based on your code seems I solved the problem.
new code as follows:
cs<-expression(delta[1], delta[2])
plot(sigma, delta1, ylim=range(-0.5, 2), xlab='sigma', ylab='delta',
pch=22,
type='o')
points(sigma, delta2, col='red', a
Thank you, David.
thanks for letting me know how to use expression in legend. It works too.
gcheer3 wrote:
>
> a graph question. Thanks a lot in advance.
>
> I made two scatterplots on one graph (sigma vs. delta1, sigma vs. delta2)
> (20 observations of delta1, delta2 and corresponding sigma)
Thank you again, Joh
Based on your code seems I solved the problem.
new code as follows:
cs<-expression(delta[1], delta[2])
plot(sigma, delta1, ylim=range(-0.5, 2), xlab='sigma', ylab='delta', pch=22,
type='o')
points(sigma, delta2, col='red', axes=FALSE, type='o')
legend("topleft", cs,pch
plot(sigma, delta1, ylim=range(-0.5, 2), xlab='sigma', ylab='delta',pch=22,
type='o')
points(sigma, delta2, col='red', axes=FALSE, pch=1,type='o')
legend("topleft",c(expression(Delta*1),expression(delta*2)),fill=TRUE,col=c("black","red"),pch=c(1,22))
See:
>?plotmath
Still, gimme a easily runnabl
On Nov 20, 2009, at 10:23 AM, gcheer3 wrote:
Thanks for your reply. It is very helpful. I am sorry I didn't make
my
queston clearer.
I have two concerns about this graph.
One thing is denote 'sigma' and 'delta' as greek letters, usually I
use
'expression'. But I don't know how to use 'e
Joh, thank you very much. sorry for confusing you. I didn't make my question
clear. I tried your code it looks much better than my original one. Just I
prefer I can write the greek letter delta1 and delta 2 instead of words
'delta1' and 'delta2'. Also, it will be nice if there is a square symbol
Thanks for your reply. It is very helpful. I am sorry I didn't make my
queston clearer.
I have two concerns about this graph.
One thing is denote 'sigma' and 'delta' as greek letters, usually I use
'expression'. But I don't know how to use 'expression' in the 'legend'
The other thing is, the gra
How about
plot(sigma, delta1, ylim=range(-0.5, 2), xlab='sigma', ylab='delta', pch=22,
type='o')
points(sigma, delta2, col='red', axes=FALSE, type='o')
legend("topleft",c("Delta1","Delta2"),fill=TRUE,col=c("black","red"))
Send runnable example next time.
HTH, Joh
gcheer3 wrote:
>
> TO be spe
TO be specific, here is how I graphed
plot(sigma, delta1, ylim=range(-0.5, 2), xlab='sigma', ylab='delta1--square
delta2--circle', pch=22, type='o')
par(new=TRUE)
plot(sigma, delta2, ylim=range(-0.5, 2), xlab='sigma', ylab='delta1--square
delta2--circle', col='red', axes=FALSE, type='o')
Thank
a graph question. Thanks a lot in advance.
I made two scatterplots on one graph (sigma vs. delta1, sigma vs. delta2)
(20 observations of delta1, delta2 and corresponding sigma) the x-axis is
sigma, the y-axis is either delta1 or delta2. I connected both scatterplots.
To seperate them, one curves
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