Home / src
Name Modified Size InfoDownloads / Week
Parent folder
README 2013-05-05 4.3 kB
sediment_processes.f90 2013-05-05 15.0 kB
sediment_constants.f90 2013-05-05 4.8 kB
n_processes.f90 2013-05-05 11.4 kB
nitrogen.f90 2013-05-05 3.5 kB
eem_processes.f90 2013-05-05 19.1 kB
eem_constants.f90 2013-05-05 6.4 kB
constants.f90 2013-05-05 7.5 kB
sedmod.so 2013-05-05 191.0 kB
reactor.py 2013-05-05 59.6 kB
nitrolimit.so 2013-05-05 189.3 kB
mod_initial.py 2013-05-05 16.9 kB
mod_initial.pyc 2013-05-05 14.3 kB
LICENSE_gpl3.txt 2013-05-05 35.1 kB
eemod_dnsmod.py 2013-05-05 5.4 kB
eemod.so 2013-05-05 186.0 kB
Totals: 16 Items   769.6 kB 0
EEMOD-DNSMOD version 0.2
===================

Created by: Santiago Moreira and Rene Sachse
Institute of Hydrobiology (TU-Dresden)

Date: 2013-04-26

 Contents 
 ----------------

 1.- License Terms
 2.- Instructions of Use
 3.- Short Description of the Input files
 4.- Acknoledgemens


1.- License Terms
-------------------------------

# NITRO_REACT
# Zero Dimensional Model for Nitrogen processes
# Original Author: Santiago Moreira Martinez
# Date: 2012-08-24
# License: GPL version 3

#!! NITROLIMIT_DETAILED_NITROGEN_SUBMODEL Library
# Original Author of the F90 code : Santiago Moreira Martinez
# Modified by: Rene Sachse
# Date   : 2012-07-21
# License: GPL version 3

# EEMOD: Essential Ecological Model Library
# Original author of the F90 code: Santiago Moreira Martinez
# Modified by: Rene Sachse
# Date   : 2012-12-05
# License: GPL version 3

# SEDMOD: Sediment Model Library
# Original author of the F90 code: Santiago Moreira Martinez
# Modified by: Rene Sachse
# Date   : 2013-03-25
# License: GPL version 3

##    NITRO_REACT, EEMOD, SEDMOD and NITROLIMIT_DETAILED_NITROGEN SUBMODEL
##    are free software: you can redistribute it and/or modify
##    it under the terms of the GNU General Public License as published by
##    the Free Software Foundation, either version 3 of the License, or
##    (at your option) any later version.

##    NITRO_REACT, EEMOD, SEDMOD and NITROLMIT_DETAILED_NITROGEN SUBMODEL
##    are distributed in the hope that it will be useful,
##    but WITHOUT ANY WARRANTY; without even the implied warranty of
##    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
##    GNU General Public License for more details.

##    You should have received a copy of the GNU General Public License
##    along with this program.  If not, see <http://www.gnu.org/licenses/>.

## NITROLIMIT_DETAILED_NITROGEN_SUBMODEL, EEMOD, SEDMOD AND NITRO_REACT 
## come with ABSOLUTELY NO WARRANTY! Be aware of possible bugs in the code
## and feel free to fix them and notify to the original developers ;-)


## This code has been funded as part of the NITROLIMIT PROJECT. More 
## information in www.nitrolimit.de

++ -------------------------------------------------------------------------------------------------------------------- ++



2.- Instructions of Use
-------------------------------------

The only thing you need is the executable file of the program (or the Python
files in the same folder than the F90 libraries) and the nitro_react.xls file as
framework for the input data.

There is a bug in the code that requires the solar2.csv file in the same folder.
Just create an empty file with that name and extension and the reactor.exe 
will work.

Once you run the program you will get several pdfs that content the figures 
of the time evolution of the different simulated varialbes (e.g., NH4 in water, 
SRP in sediment layer 1...) and the file nitro_output.csv that contents the 
output results from the model in columns.

We will provide soon a GUI for the Zero- Dimensional model, but you can 
already try the calculations with the xls file. Enjoy it and feel free to send us 
comments or requests!

++ -------------------------------------------------------------------------------------------------------------------- ++



3.- Short Description of Input file
-------------------------------------------------------

This part of the document describes briefly the necesary input data for 
running the code:

3.1.- Configuration and Initial Values

3.2.- Parameters of the model equations

3.3.- Inflows

3.4.- Forcing data



++ -------------------------------------------------------------------------------------------------------------------- ++



4.- Acknoledgements
-----------------------------------






++ -------------------------------------------------------------------------------------------------------------------- ++

++ -------------------------------------------------------------------------------------------------------------------- ++
++ -------------------------------------------------------------------------------------------------------------------- ++
++ -------------------------------------------------------------------------------------------------------------------- ++



Source: README, updated 2013-05-05