Changed:
- Added changes to support groundwater coupling via BMI in #221
- Save water stress factor and water potential into csv files. #229
1.5.0 - 3 Jan 2024
This version of STEMMUS_SCOPE is only compatible with PyStemmusScope 0.3.0.
Changed:
- The STEMMUS_SCOPE Matlab Runtime executable now needs version
R2023a
(#208).
Added:
- STEMMUS_SCOPE 'BMI'-like mode (#208):
- The executable can be run in an "interactive" mode. In this mode the model's initialization, time update, and finalization can be called upon separately.
- The model now will write away BMI-required variables to a state file, which can be used for the Python BMI.
- A dockerfile for the BMI-enabled STEMMUS_SCOPE model, to make the setup easier.
Fixed:
- use
any()
function insolveTridiagonalMatrixEquations.m
in #203
1.4.0 - 17 Oct 2023
This version of STEMMUS_SCOPE is only compatible with PyStemmusScope 0.3.0.
Changed:
- All
cond*_
functions are refcatored and moved to+conductivity
folder in #189 - All
h_*
functions are refcatored and moved to+soilmoisture
folder in #193 - All
Air_*
functions are refcatored and moved to+dryair
folder in 194 - All
Engry_*
functions are refcatored and moved to+energy
folder in 197 - Remove
ObservationPoints
script 200 - Remove all global variables from
STEMMUS_SCOPE
script 201
Fixed:
1.3.0 - 22 Jun 2023
This version of STEMMUS_SCOPE is only compatible with PyStemmusScope 0.3.0.
Added:
- A license file, indicating that the code is under the GNU GPL-3.0 license (#153)
- A notebook to (more) easily compare the results of different STEMMUS_SCOPE git branches (#177)
- Changes in the land cover over time are now supported by the model (#182).
Changed:
- All code has been formatted with MISS_HIT, to improve readability (#147). All new or modified code should follow this style as well.
- The
Constants.m
file has been refactored (#158):- Removed unused script
src/CnvrgnCHK.m
- Removed unused global variables
- Replaced
Constants.m
withio.loadModelSettings
andinit.defineInitialValues
- Removed unused script
- The files
calcLambda.m
andcalcPhi_s.m
have been moved to the+equations
module (#171) - The scripts
SOIL1.m
andSOIL2.m
have been refactored. The code is now in the filesUpdateSoilWaterContent.m
andupdateWettingHistory.m
(#180)
Fixed:
- An error in the sign of NEE has been corrected (#151).
1.2.0 - 21 Feb 2023
This version of STEMMUS_SCOPE is only compatible with PyStemmusScope 0.2.0.
- The StartInit file has been refactored to improve the code quality, and to remove global variables (#113). This also lead to various bugfixes (#144)
- Soil initial conditions are now read from a .mat file generated by PyStemmusScope, see the release there.
- The STEMMUS_SCOPE configuration file has been modified. PLUMBER2 sites are now defined as, e.g.
Location=AU-DaS
, and the time range for the model is defined asStartTime=2001-01-01T00:00
,EndTime=2001-01-02T00:00
. See PyStemmusScope for more information.
1.1.11 - 15 Nov 2022
STEMMUS_SCOPE model that is Octave compatible. The input data and config file can be prepared using PyStemmusScope python package, see readme. Changes are introduced in #128
1.1.10 - 15 Nov 2022
STEMMUS_SCOPE model.
Added:
pull_request_template.md
in #116
Removed:
Fixed:
- the function
bin_to_csv
for storing the values ofsim_temp
andsim_theta
in #103.
Changed:
- the function
filesread
is replaced withprepareForcingData
in #107 - a more user-friendly readme in #117
1.1.9 - 28 Jul 2022
STEMMUS_SCOPE model.
Fixed:
- function
es_fun
#81
Changed:
- era5cli notebook checks sites against land sea mask #79
- Number of canopy layers in #85
- Convergence criteria in ebal
abs(PSI-PSI1)
and stemmus scopemax(CHK)
in #85 - Module parallel replaced with for loop in snellius bash script in #91
Removed:
- Variables for boundary condition settings from Constants.m in #85
1.1.8 - 08 Jul 2022
STEMMUS_SCOPE model.
Fixed:
- maximum fractional saturated area in #78
Changed:
- the parameter of evergreen broadleaf forests in #78
1.1.7 - 30 Jun 2022
STEMMUS_SCOPE model.
Fixed:
- Fix vegetation type and T min in #72
1.1.6 - 29 Jun 2022
STEMMUS_SCOPE model.
Fixed:
1.1.5 - 10 Jun 2022
STEMMUS_SCOPE model updating the scripts StartInit.m
and Constants.m
to use soil era5 land data in #58
Changed:
src/StartInit.m
,src/Constants.m
andsrc/filesread.m
in #58
Fixed:
- fix warning message in #57
Added:
- add
InitialConditionPath
to config files in #58 and #59 - add the notebook
download_era5_data.ipynb
toutils/notebooks
in #54
1.1.4 (1.1.4b) - 11 May 2022
STEMMUS_SCOPE model updating the scripts StartInit.m
and Constants.m
to modify initial soil moisture in #49
Changed:
Fixed:
- Use warning instead of fprintf #45
- Fix
var_t_length
so it matchesDurationSize
inutils/csv_to_nc
in #47
Removed:
- unused scripts in #48
1.1.3 - 19 Apr 2022
STEMMUS_SCOPE model updating the equation calc_rssrbs.m
and refactoring the script soilpropertyread.m
to use a high-resolution global soil property datasets in #39
Changed:
src/+equations/calc_rssrbs.m
,src/Constants.m
,src/Initial_root_biomass.m
,src/soilpropertyread.m
in #39
Fixed:
- fix the input/output paths in crib config file, see #34
- replacing the
keyboard
command with afprintf
statement, see #40
1.1.2 - 12 Apr 2022
STEMMUS_SCOPE model updating ebal
script in #24 and #37.
Added
- output of NEE in #37
- documentation in #32 and #33
- variable
DurationSize
to config file in #36 - documentation of how to convert the model output to netcdf files in
utils/csv_to_nc/README.md
#27 - python utility for converting the model output to netcdf files in #27
Removed
- utils/csv_to_nc/write.py and utils/csv_to_nc/read.py in #27
Changed
src/ebal.m
in #24 and #37src/+io/bin_to_csv.m
,src/+io/output_data_binary.m
, andsrc/filesread.m
in #24 and #36- update
utils/csv_to_nc/Variables_will_be_in_NetCDF_file.csv
in #27 - replace
mean
withnanmean
in #37 - readme in #36
Fixed
- the bash script of the running model on Snellius in #25
1.1.1 - 02 Feb 2022
STEMMUS_SCOPE model including the simplification of freeze/thaw in subroutines introduced in #14.
Added
- Python scripts in Utils to convert the output in csv format to netcdf format, see #11
- The script
soilpropertyread.m
requires the data ofsurfdata.nc
, see #14.
Removed
- Files
src/+io/create_output_files.m
,src/+io/output_data.m
,src/SCOPE.exe
, in #14. - Files
src/PHENOLOGY_STATE.m
,src/Root_Fraction_General.m
,src/VEGETATION_DYNAMIC.m
,src/calc_root_growth.m
in #14.
Changed
src/+equations/Soil_Inertia1.m
,src/soilpropertyread.m
,src/filesread.m
,src/ebal.m
,src/StartInit.m
,src/STEMMUS_SCOPE.m
,src/Initial_root_biomass.m
,src/Evap_Cal.m, src/Enrgy_sub.m
,src/Constants.m
,src/+plot/plots.m
,src/+io/select_input.m
,src/+io/output_data_binary.m
,src/+io/bin_to_csv.m
, in #14.
Fixed
- Output path and forcing path in #10
1.1.0 - 25 Jan 2022
STEMMUS_SCOPE model including changes from pull requests #4 and #9. The changes are summarized below:
Added
- Add subfunction and module for "Root Properties"
- Add modules
HT_frez
,Initial_root_biomass
- Add module
filesread
to get input/output paths and prepare input data - Add module
soilpropertyread
to prepare soil property input data - Add module
soltir_tp7
to read MODTRAN tp7 file and applies a new MIT algorithm - Add functions to convert the outputs format from binary to csv
- Add the function
output_verfication
from SCOPE code - Add a function to convert timestamp to datetime array from SCOPE code
Changed
- Modify equation of
rssrbs
- Modify the equation of "soil respiration"
- Modify modules
AirPARM
,Air_sub
,CnvrgCHK
,CondL_Tdisp
,CondL_h
,CondT_coeff
,CondV_DE
,CondV_DVg
,Cond_k_g
,Constants
,Density_V
,Dtrmn_Z
,EfeCapCond
,EnrgyPARM
,Enrgy_BC
,Enrgy_Solve
,Enrgy_sub
,Evap_Cal
,Forcing_PARM
,Max_Rootdepth
,ObservationPoints
,SOIL2
,StartInit
,TimestepCHK
,biochemical
,calc_rsoil
,calc_sfactor
,ebal
,hPARM
,h_BC
,h_sub
,hh_Solve
- Modify
STEMMUS_SCOPE
- Refactor function
PlotResults1
- Remove some of the print statements related to outputs in module IO
- Refactor function plot in module plot to read csv format instead dat format
- Update readme
1.0.0 - 17 Dec 2021
Snapshots of codes used for the paper Integrated modeling of canopy photosynthesis, fluorescence, and the transfer of energy, mass, and momentum in the soil–plant–atmosphere continuum (STEMMUS–SCOPE v1.0.0).