| Usage: |
plotir(ir {, optionname1, optionvalue1} {, optionname2, optionvalue2} { ... })
|
| Input: |
| ir | (N x K^2) matrix, impulse response functions,
each column represents a specific impulse response function
over time. The first K columns of ir are the responses of the
first variable on an impulse in the first, second,...,K-th
variable, the second K columns are the responses of the second
variable on an impulse in the first, second,...,K-th
variable, and so on. The first row is set with time
zero.
|
| optionname1 ... optionname10 | String. Following option names are valid:
"variables" - user can specify variable names
"impulse" - which impulse variables are plotted
"response" - which response variables should be displayed
"labels" - specify the names labels
"explain" - should the plot matrix be explained?
"scale" - scaling preferences
"cb1" - confidence bound 1
"cb2" - confidence bound 2
"cb3" - confidence bound 3
"cb4" - confidence bound 4
|
| optionvalue1 ... optionvalue10 | values according to the before specified option name.
The following optionvalues are valid.
optionname optionvalue
"variables" - vector of strings, e.g. "ln GNP"|"ln M1"|"r"
default: "y1"|"y2"|...|"yK"
"impulse" - vector of integers, that specifies the impulse
variables that appear in the plot, e.g. 2|3
default: 1|2|...|K
"response" - vector of integers, that specifies the response
variables that appear in the plot, e.g. 1|3
default: 1|2|...|K
"labels" - vector of strings, e.g. "Estimated i.r."|"CI 1"
default: no labels are plotted
"explain" - integer, 0 (no explanation) or 1 (aditional explanation)
default: 1
"scale" - string: "sep", "row", "col", or "all"
default: "sep"
"cb1"..."cb4" - ( irmax+1 x K^2) - matrix, or
(2*(irmax+1) x K^2) - matrix
|