M = set(M,Request,Value)
M = set(M,Request,Value,Request,Value,...)
M
[ model ] - Model object.
Request
[ char ] - Name of a modifiable model object property that will be changed.
Value
[ ... ] - Value to which the property will be set.
M
[ model ] - Model object with the requested property or properties modified.'yLabels='
, 'xLabels='
, 'dLabels='
, 'lLabels='
[ cellstr ] - Change the labels attached to, respectively, measurement equations (y
), transition equations (x
), deterministic trends (d
), and dynamic links (d
).
'labels='
[ cell ] - Change the labels attached to all equations; needs to be a cellstr matching the size of get(M,'labels')
.
'yeqtnAlias='
, 'xeqtnAlias='
, 'deqtnAlias='
, 'leqtnAlias='
[ cellstr ] - Change the aliases of, respectively, measurement equations (y
), transition equations (x
), deterministic trends (d
), and dynamic links (d
).
'eqtnAlias='
[ cell ] - Change the aliases of all equations; needs to be a cellstr matching the size of get(M,'eqtnAlias')
.
'yDescript='
, 'xDescript='
, 'eDescript='
, 'pDescript='
[ cellstr ] - Change the descriptions of, respectively, measurement variables (y
), transition variables (x
), shocks (e
), and exogenous variables (g
).
'descript='
[ struct ] - Change the descriptions of all variables, parameters, and shocks; needs to be a struct (database) with fields corresponding to model names.
'yAlias='
, 'xAlias='
, 'eAlias='
, 'pAlias='
[ cellstr ] - Change the aliases of, respectively, measurement variables (y
), transition variables (x
), shocks (e
), and exogenous variables (g
).
'alias='
[ struct ] - Change the aliases of all variables, parameters, and shocks; needs to be a struct (database) with fields corresponding to model names.
'nAlt='
[ numeric ] - Change the number of alternative parameterisations.
'stdVec='
[ numeric ] - Change the whole vector of std deviations.
'tOrigin='
[ numeric ] - Change the base year for computing deterministic time trends in measurement variables.
'epsilon='
[ numeric ] - Change the relative differentiation step when computing Taylor expansion.