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This sets the inductive linearization strategy for matrix building

Source: R/rxIndLin.R
rxIndLinStrategy.Rd

When there is more than one state in a ODE that cannot be separated this specifies how it is incorporated into the matrix exponential.

Usage

rxIndLinStrategy(strategy = c("curState", "split"))

Arguments

strategy

The strategy for inductive linearization matrix building

  • curState Prefer parameterizing in terms of the current state, followed by the first state observed in the term.

  • split Split the parameterization between all states in the term by dividing each by the number of states in the term and then adding a matrix term for each state.

Value

Nothing

Details

This no longer affects the conversion. The matExp() rate matrix has to be constant in the states, and dividing any one state out of a multi-state product always leaves a coefficient that still reads a state, so such a term goes to the indLin() forcing whichever state is preferred. The setting is kept so existing code keeps working.

Author

Matthew L. Fidler