This would allow us to swap out different parts (e.g. network generation) with their respective Python counterparts, as well as create custom processing chains with feedback (e.g. for the recursive estimation of #235 and the region mode of #120 ).
Relevant emails from @RamonHanssen to @FreekvanLeijen and @rogerkuou
Hi Freek and Ou
Just discussed with Simon.
Can’t we use the STM that is currently produced by DePSI-Matlab, and read this as input for Thijs’ network (Python) module?
If this is possible, wouldn’t it be good to simply implement that?
Thanks
Ramon
Answer from @rogerkuou
Hi Ramon,
I am not aware how STM is implemented in MATLAB DePSI. Indeed we did not implement the direct conversion.
However, if in MATLAB DePSI. one can save an STM as a csv file, there is a `stmtools.from_csv` function which can read a DePSI standard csv results to an STM Python DePSI understands. See [this docmentation](https://tudelftgeodesy.github.io/stmtools/stm_init/). I think it's very close to what you want.
Cheers,
Ou
This would allow us to swap out different parts (e.g. network generation) with their respective Python counterparts, as well as create custom processing chains with feedback (e.g. for the recursive estimation of #235 and the region mode of #120 ).
Relevant emails from @RamonHanssen to @FreekvanLeijen and @rogerkuou
Answer from @rogerkuou