The subcatchment model in SWMM is not ideal, especially at the microscale for individual green infrastructure units.
If you look deeper into the source code, e.g. runon ("add to precipitation"), one has the impression of 'compromise' rather than optimise.
On the other hand, SWMM is very flexible and can simulate the pipe routing network with timeseries input to the junctions, without using SWMM's subcatchments and LID models.
The subcatchment model in SWMM is not ideal, especially at the microscale for individual green infrastructure units. If you look deeper into the source code, e.g. runon ("add to precipitation"), one has the impression of 'compromise' rather than optimise.
On the other hand, SWMM is very flexible and can simulate the pipe routing network with timeseries input to the junctions, without using SWMM's subcatchments and LID models.
Is it possible to use these external timeseries and their SWMM pipe network as input into Ostrich-SWMM?