plot.dma: Plots Selected Outcomes from 'fDMA' Function.

In fDMA: Dynamic Model Averaging and Dynamic Model Selection for Continuous Outcomes

Plots Selected Outcomes from fDMA Function.

Description

The function plots selected outcomes from fDMA.

Usage

## S3 method for class 'dma'
plot(x,non.interactive=NULL, ...)

Arguments

x	an object of dma class
non.interactive	optional, logical, indicate whether plots should be made in non-interactive mode, by default non.interactive=FALSE, i.e., the user specifies in the interactive menu which plots will be made
...	not used

Details

If x comes from estimation of Dynamic Model Averaging (DMA), after executing the command, the User is asked to choose

1 - for plotting actual and predicted values,

2 - for plotting residuals,

3 - for plotting the expected number of variables (including constant),

4 - for plotting posterior inclusion probabilities (including constant) on one plot,

5 - for plotting posterior inclusion probabilities (including constant) in separate png files, saved in the temporary directory, and moreover, to paste them into one big plot (also saved as a png file in the temporary directory),

6 - for plotting expected coefficients (including constant) on one plot,

7 - for plotting expected coefficients (including constant) in separate png files, saved in the temporary directory, and moreover, to paste them into one big plot (also saved as a png file in the temporary directory),

8 - for plotting the expected value of lambda,

9 - for plotting posterior model probabilities, if Dynamic Occam's Window method has not been selected, or plotting the number of models used in Dynamic Model Averaging, if Dynamic Occam's Window method has been selected.

Chosing 0 exits the plot command.

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If x comes from estimation of Dynamic Model Selection (DMS) or Median Probability Model (MED), after executing plot the User is asked to choose

1 - for plotting actual and predicted values,

2 - for plotting residuals,

3 - for plotting the expected number of variables (including constant),

4 - for producing a plot showing which variables (including constant) are included in the DMS or MED model in each time,

5 - for plotting expected coefficients (including constant) on one plot,

6 - for plotting expected coefficients (including constant) in separate png files, saved in the temporary directory, and moreover, to paste them into one big plot (also saved as a png file in the temporary directory),

7 - for plotting the expected value of lambda (only for DMS).

Chosing 0 exits the plot command.

If non.interactive=TRUE all the above plots are made.

Value

Called for making a plot.

Note

It is suggested to execute graphics.off before exectuing plot command for dma object. However, the User should take care to save all other plots before executing this command, as they can be lost.

If graphics.off is not executed before plotting dma object, sometimes a legend might cover the important parts of the plot.

Examples

wti <- crudeoil[-1,1]
drivers <- (lag(crudeoil[,-1],k=1))[-1,]
ld.wti <- (diff(log(wti)))[-1,]
ld.drivers <- (diff(log(drivers)))[-1,]

m1 <- fDMA(y=ld.wti,x=ld.drivers,alpha=0.99,lambda=0.99,initvar=1,model="dma")
m2 <- fDMA(y=ld.wti,x=ld.drivers,alpha=0.99,lambda=0.99,initvar=1,model="dms")

# graphics.off()
plot(m1)
# graphics.off()
plot(m2)

fDMA documentation built on July 26, 2023, 6:09 p.m.