This is an old revision of the document!
Creating a null scenario (#nullScn
) in the calibrator puts 0's in all the inputs to get a first scenario from which you can start running a calibration recipe.
With the diagram open in Documenter, ensure that Calibration view is toggled on.
nullScn.v
and nullScn.t
[1]; )
with “” everywhere to clean up part of the string0
assign \([a-z|A-Z|0-9|_]*\[[a-z|A-Z|0-9|,|_|\-\>|\+]*\]
In Documenter, with Calibration view toggled off: SAMM | View Scripts | Fixed Scenario. Save the resulting `fixedScn.t` and `fixedScn.v` files.
The `fixedScn.t` file will need some editing to run.
This code block will need to have an appropriate tool object name inserted in order for the `$xYear` variables to be set.
integer $lastHisYear getobjinfo ([1], $lastHisYear; info=sequenceEnd, dim=time) integer $firstYear getobjinfo ([2], $firstYear; info=sequenceStart, dim=time) integer $lastYear getobjinfo ([2], $lastYear; info=sequenceEnd, dim=time)
There may be cases where input variables do not have have the standard time informant and therefore require custom assignment in the fixedScn view.