Currently TTim works by computing solutions for all log time intervals, which is nice when you want to compute the heads at some point for a period of time, but is inefficient for everything else (i.e. contouring heads at a specific time).
This issue is for keeping track of changes that need to be done to the code to change TTims default behavior to compute solutions per log time interval.
[ ] convert all internal arrays with npval dimension to a dictionary with log time intervals t_int as keys and modify array dim npval to nppar
[ ] in TtimModel
[ ] in AquiferData
[ ] in Element and all subclasses
[ ] Add solve_interval()
[ ] Add initialize_interval() to Model, Aquifer, Element and all subclasses. One challenge here is to avoid running duplicate code with inheritance WellBase and Well both have intialize() and initialize_interval()
[ ] Add t_int to all Equations.
[ ] check out whether lababs is computed correctly
[ ] figure out how to efficiently compute head/potential/etc. for multiple times.
Start by showing working example for a single Well, so we can discuss/improve implementation. See PR #74 for first implementation.
Currently TTim works by computing solutions for all log time intervals, which is nice when you want to compute the heads at some point for a period of time, but is inefficient for everything else (i.e. contouring heads at a specific time).
This issue is for keeping track of changes that need to be done to the code to change TTims default behavior to compute solutions per log time interval.
npvaldimension to a dictionary with log time intervalst_intas keys and modify array dimnpvaltonpparTtimModelAquiferDatasolve_interval()initialize_interval()toModel,Aquifer,Elementand all subclasses. One challenge here is to avoid running duplicate code with inheritanceWellBaseandWellboth haveintialize()andinitialize_interval()t_intto all Equations.lababsis computed correctlyStart by showing working example for a single
Well, so we can discuss/improve implementation. See PR #74 for first implementation.