The R Project SVN – R – Diff – /trunk/src/library/stats/man/plot.spec.Rd



  of the coherency and phase of the cross-spectra.
}
\usage{
\method{plot}{spec}(x, add = FALSE, ci = 0.95, log = c("yes", "dB", "no"),
     xlab = "frequency", ylab = NULL, type = "l",
     ci.col = "blue", ci.lty = 3,
     main = NULL, sub = NULL,
     plot.type = c("marginal", "coherency", "phase"),
     \dots)
 
plot.spec.phase(x, ci = 0.95,
                xlab = "frequency", ylab = "phase",
                ylim = c(-pi, pi), type = "l",
                main = NULL, ci.col = "blue", ci.lty = 3, \dots)
 
plot.spec.coherency(x, ci = 0.95,
                    xlab = "frequency",
                    ylab = "squared coherency",
                    ylim = c(0, 1), type = "l",

    otherwise use conventional log scale or linear scale.  Logical
    values are also accepted.  The default is \code{"yes"} unless
    \code{options(ts.S.compat = TRUE)} has been set, when it is
    \code{"dB"}.  Only valid for \code{plot.type = "marginal"}.
  }
  \item{xlab}{the x label of the plot.}
  \item{ylab}{the y label of the plot.  If missing a suitable label will
    be constructed.}
  \item{type}{the type of plot to be drawn, defaults to lines.}
  \item{ci.col}{colour for plotting confidence bar or confidence
    intervals for coherency and phase.}

The R Project SVN R

(root)/trunk/src/library/stats/man/plot.spec.Rd – Rev 59039 → 61433

Rev 59039		Rev 61433
Line 14...		Line 14...
14	`of the coherency and phase of the cross-spectra.`	14	`of the coherency and phase of the cross-spectra.`
15	`}`	15	`}`
16	`\usage{`	16	`\usage{`
17	`\method{plot}{spec}(x, add = FALSE, ci = 0.95, log = c("yes", "dB", "no"),`	17	`\method{plot}{spec}(x, add = FALSE, ci = 0.95, log = c("yes", "dB", "no"),`
18	`xlab = "frequency", ylab = NULL, type = "l",`	18	`xlab = "frequency", ylab = NULL, type = "l",`
19	`ci.col = "blue", ci.lty = 3,`	19	`ci.col = "blue", ci.lty = 3,`
20	`main = NULL, sub = NULL,`	20	`main = NULL, sub = NULL,`
21	`plot.type = c("marginal", "coherency", "phase"),`	21	`plot.type = c("marginal", "coherency", "phase"),`
22	`\dots)`	22	`\dots)`
23		23
24	`plot.spec.phase(x, ci = 0.95,`	24	`plot.spec.phase(x, ci = 0.95,`
25	`xlab = "frequency", ylab = "phase",`	25	`xlab = "frequency", ylab = "phase",`
26	`ylim = c(-pi, pi), type = "l",`	26	`ylim = c(-pi, pi), type = "l",`
27	`main = NULL, ci.col = "blue", ci.lty = 3, \dots)`	27	`main = NULL, ci.col = "blue", ci.lty = 3, \dots)`
28		28
29	`plot.spec.coherency(x, ci = 0.95,`	29	`plot.spec.coherency(x, ci = 0.95,`
30	`xlab = "frequency",`	30	`xlab = "frequency",`
31	`ylab = "squared coherency",`	31	`ylab = "squared coherency",`
32	`ylim = c(0, 1), type = "l",`	32	`ylim = c(0, 1), type = "l",`
Line 44...		Line 44...
44	`otherwise use conventional log scale or linear scale. Logical`	44	`otherwise use conventional log scale or linear scale. Logical`
45	`values are also accepted. The default is \code{"yes"} unless`	45	`values are also accepted. The default is \code{"yes"} unless`
46	`\code{options(ts.S.compat = TRUE)} has been set, when it is`	46	`\code{options(ts.S.compat = TRUE)} has been set, when it is`
47	`\code{"dB"}. Only valid for \code{plot.type = "marginal"}.`	47	`\code{"dB"}. Only valid for \code{plot.type = "marginal"}.`
48	`}`	48	`}`
49	`\item{xlab}{the x label of the plot.}`	49	`\item{xlab}{the x label of the plot.}`
50	`\item{ylab}{the y label of the plot. If missing a suitable label will`	50	`\item{ylab}{the y label of the plot. If missing a suitable label will`
51	`be constructed.}`	51	`be constructed.}`
52	`\item{type}{the type of plot to be drawn, defaults to lines.}`	52	`\item{type}{the type of plot to be drawn, defaults to lines.}`
53	`\item{ci.col}{colour for plotting confidence bar or confidence`	53	`\item{ci.col}{colour for plotting confidence bar or confidence`
54	`intervals for coherency and phase.}`	54	`intervals for coherency and phase.}`