.. _roadmap: Roadmap ======= Ambition -------- This package aims to make the building process of Wflow models **fast**, **scalable**, **modular** and **reproducible** by making the best use of `current and future methods developped in HydroMT core `_. Short-term plans ---------------- Support for additionnal Wflow concepts """""""""""""""""""""""""""""""""""""" Currently only support for the SBM (kinematic wave / local inertial) and Sediment concepts are available. Work is now carried out to also support: - SBM + groundwater flow concept in the WflowModel class, see https://github.com/Deltares/hydromt_wflow/pull/56 - Flextopo concept in the new WflowFlextopoMocel class, see https://github.com/Deltares/hydromt_wflow/pull/45 Connection to Delft-FEWS """""""""""""""""""""""" New functios are being implemented in order to be able to directly export and run a Wflow model into a Delft-FEWS configuration. See https://github.com/Deltares/hydromt_wflow/pull/81 Projected Wflow models """""""""""""""""""""" Wflow models can currently only be built in the global EPSG:4326 CRS. Additionnal developments are needed to also be able to build models in other (projected) CRS. See https://github.com/Deltares/hydromt_wflow/issues/66 Better data processing workflow """"""""""""""""""""""""""""""" There are a lot of ideas on how to improve the current Wflow methods to improve processing of different types of data (gauges, lakes, reservoirs, forcing...). These ideas are listed in the `issue board `_ of HydroMT-Wflow and you can also add your own ideas there as well using the {bdg-info}`enhancement` badge when creating your issue.