PSM.prysm.icecore.rows

Indicate the stateVector rows used to run the PRYSM icecore sensor module

Syntax



obj = obj.rows(row)


obj = obj.rows(memberRows)


obj = obj.rows(evolvingRows)


rows = obj.rows


obj = obj.rows(‘delete’)

Description



obj = obj.rows(row)

Indicate the state vectors row that should be used as the d18O inputs for the icecore sensor module when calling the “PSM.estimate” command. The input is a scalar. Uses the same state vector row for each ensemble member and each ensemble in an evolving set.



obj = obj.rows(memberRows)

Indicate which state vector rows to use for each ensemble member. This syntax allows you to use different state vector rows for different ensemble members. The input is a matrix with 1 row, and one column per ensemble member.



obj = obj.rows(evolvingRows)

This syntax allows you to use different state vector rows for different ensembles in an evolving set. The input should be a 3D array of either size [1 x 1 x nEvolving] or of size [1 x nMembers x nEvolving]. If the second dimension has a size of 1, uses the same rows for all the ensemble members in a particular evolving ensemble. If the second dimension has a size of nMembers, allows you to use different rows for each ensemble member in each evolving ensemble.



rows = obj.rows

Returns the current rows for the PSM object



obj = obj.rows(‘delete’)

Deletes any currently specified rows from the object.

Input Arguments

row

scalar linear index
The state vector row that hold the d18O inputs required to run the icecore sensor module. Uses the same rows for all ensemble members and ensembles in an evolving set.

memberRows

row vector, linear indices [1 x nMembers]
Indicates which state vector rows to use for each ensemble member. Should be a row vector with one element per ensemble member. Uses the same rows for the ensemble members in different evolving ensembles.

evolvingRows

3*D* array, linear indices [1 x 1|*nMembers* x nEvolving]
Indicates which state vector row to use for different ensembles in an evolving set. Should be a 3D array, and the number of elements along the third dimension should match the number of ensembles in the evolving set. If the second dimension has a length of 1, uses the same row for all the ensemble members in each evolving ensemble. If the second dimension has a length equal to the number of ensemble members, allows you to indicate which state vector row to use for each ensemble member in each evolving ensemble.

Output Arguments

obj

scalar prysm.*icecore* object
The icecore PSM with updated rows

rows

linear indices, [1 x 1|*nMembers* x 1|*nEvolving*]
The current rows for the icecore PSM