Version v2.0
The documentation is located here: http://www.pik-potsdam.de/~wortmann/m.swim/
upcoming
m.swim.subbasins
:- added
include_area
input parameter to create subbasins outside the station catchments, e.g. this is useful for coastal areas that will never be included in station catchments
- added
Version v2.0 - 2022-03-22
- first version to support SWIM redesign csv input files
- a long-term support version for the old input file formats is available on the
v1_lts
branch - several argument name changes to be more consistent with common grass modules and the corresponding SWIM variable names (see below).
- relies on the
mswim
library for the first time m.swim.hydrotopes
:subbasins, landuse, soil, management
arguments renamed tosubbasin_id, landuse_id, soil_id, crop_management_id
in-line with new column names of thehydrotope.csv
filestrfilepath
renamed tooutput
- optional columns with default values (e.g. wetland, crop_management_id etc.) are no longer written to file unless a map is given to populate them
m.swim.routing
:figpath
argument renamed tooutput
m.swim.substats
:projectpath
renamed tooutput
for thesubbasin.csv
file- optional columns with default values are no longer written to file unless a map is given to populate them. If no-standard columns are needed, they will need to be added to the
gworder, suborder, routeorder
arguments.
Version v1.6 - 2022-01-19
- last version supporting legacy SWIM input
- added the
m.swim.glaciers
module to create SWIM-G input files m.swim.hydrotopes
countoursrast
is now only output file, custom contours raster is passed as string tocontours
-c
is not needed anymore and is deprecated
- several bug fixes
Version v1.5 - 2020-07-28
- alpha implementation of the
mswim
python package to contain abstracted/shared functionality between all modules, mainly to test if it's working -v
to show the version and install date of modules and grass itselfm.swim.climate
:- support for R-based climate interpolation input dropped
- point-defined grid definition enabled via
grid=
,-d
and optionallylon_column, lat_column
, e.g. for rotated grids ncinfopath
argument renamed togridfilepath
with deprecation notice
Version v1.4 - 2019-12-02
m.swim.routing
: topologically correct mainstreams vector output- downstream directions, nodes at intersections and subbasin boundaries
- subbasinID and accumulation (min, mean, max) columns in table
- network nodes in layer 2 (for network analysis)
- optional
minmainstreams
parameter, by default headwater subbasins have 1-cell mainstream - new required parameter
drainage
instead ofstreams
which is set to the default output ofm.swim.subbasins
m.swim.subbasin
: grided subbasin support-g
enables grid subbasins in current locations projects-l
enables grid subbasins in lon-lat projection
- documentation moved to http://www.pik-potsdam.de/~wortmann/m.swim
- subbasinoutlets vector no longer has category IDs equal to the subbasinID
- dropped
m.swim.run
as succeeded by swimpy
Version v1.3 - 2019-08-11
streamthresh
is now a required parameter tom.swim.subbasins
- fixed hydrotopes counting starting from 1
- predefined subbasins will only be included if they are within the catchment
m.swim.substats
is also writing out centroid latitude, reference elevation and initial water storage.- Python3-proofed to run with grass 7.8
Version v1.2 - 2019-01-09
- test project in sync with SWIM develop branch
- output
stations_snapped
vector inm.swim.subbasins
with topology catchment info - docs migrated to markdown and as Github Wiki
minmainstreams
argument tom.swim.routing
- add subbasin order in
m.swim.routing
to subbasin table m.swim.substats
outputs just three files instead of three for each subbasinrwatershedmemory
argument tom.swim.subbasins
m.swim.subbasins
output catchment names get station category postfix (instead of running counter)- numerous bug fixes and refactoring
Version v1.1 - 2017-01-27
- Some adjustments made to align output with current SWIM version (but not yet fully synchronised) including a small test suite and compatibility with g.extension (GRASS 7.2) for convenient installation.
Version v1.0 - 2016-09-18
- First version develped between 2012-2016 producing a fully functional SWIM project but not sychronised with the development of the SWIM code.
There are tests for each grass module based on the Blankenstein catchment
(upper Saale (Elbe)). All required input maps are in the
grassdb/utm32n/PERMANENT
mapset, all tests should therefore be executed in:
cd test
grass grassdb/utm32n/PERMANENT
Run all tests:
make
Or test modules individually like:
make subbasins
make routing
The non-grass output of tests is verified by a sha1sum comparison. Hash and paths are stored and committed to git in the file output.sha1 . To verify that the output is the same run:
make checkoutput
Checking the diff of the output.sha1 file will indicate output files that have changed (if any).
- change version in
README.md
, in header of all module files and inmswim/__init__.py
. - add change log in
README.md
git commit -a -m 'Bump version to vX.X.'
git tag vX.X
git push & git push --tags
- publish docs:
cd doc; make [URL=...] publish