BAWiki - User contributions [en]

TAYLORTARGETDIAGRAM

2020-07-03T11:38:23Z

Ak3jbenn:

{{ProgramDescription
|name_de=TAYLORTARGETDIAGRAM
|name=taylorTargetDiagram
|version=May 2019
|version_descr=May 2020
|catchwords=
Taylor-Diagram 
Target-Diagram 
model accuracy 
comparison of model and measurement 
[[NetCDF|CF NetCDF]] format 
[[MATLAB]] [[category:MATLAB stand-alone application]] 

Acknowledgement: ''This project took advantage of netCDF software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ www.unidata.ucar.edu/software/netcdf/]).''

|shortdescription=
The application taylorTargetDiagram (see also [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]) allows to visualize variables for the estimation of model performance (e.g. calculated by [[NCDELTA]]) as taylor and target diagrams and list them as table. 

This Program is a further development of [[TAYLORDIAGRAM]]. 

In the Taylor-Diagram standard deviation, correlation as well as pattern root mean square error (PRMSE) between reference and variant (e.g. model and observation) are graphically displayed. The target diagram shows the centered root-mean-square deviation and the bias. The combined presentation of the statistical characteristics of different physical quantities and locations in one diagram is possible. The statistical characteristics at different locations can also be combined to a mean value. As reference and variant values for the calculations of differences and statistcs results of different simulations or analyses as well as comparisons between measurements and model results may be used. 

<gallery>
Taylor.png |Example picture Taylor diagram
Target.png | Example picture Target diagram
TaylorTargetTable.png |Example picture of the resulting table
</gallery>

In addition to the figures, a table including the following statistical values can be generated:
* Root Mean Square Error (RMSE)
* Taylor Skill 4 (Equation 4 in Taylor (2001))
* Taylor Skill 5 (Equation 5 in Taylor (2001))
* Centered Root-Mean-Square-Difference
* Bias (deviation of the mean values)
* Mean values of reference and variant parameters
* Standard deviation of reference and variant parameters
* Correlation between reference and variant parameters
* Attributes of the locations of the parameters compared in [[NCDELTA]] (cartesian and geographic coordinates, depth, location name)
* File name of the output file of [[NCDELTA]]
* Number of data points used for the comparison
 

|inputfiles=
# '''general input information''' (file type [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]);
# '''[[NCDELTA]]-Output files''' format ([[CF-NETCDF.NC|cf-netcdf.nc]]).

|outputfiles=
# Taylor-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# Target-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# (optional) Table of the model performance quantities (*.XLS)
# (optional) Text file with meta-information (*.TXT).

|methodology=
The necessary statistical characteristics are read with [[MATLAB]] from [[NCDELTA]] result files and are visualized. The switch „With_Taylor_Diagram_Data=true“ has to be set to "true" in [[NCDELTA.DAT]] so that the required statistical values are included in the [[CF-NETCDF.NC|cf-netcdf]]-file written by [[NCDELTA]]. 
The visualization of model accuracy in the taylor diagram is done according to Taylor (2001). 
The visualization of model accuracy in the target diagram is done according to Jolliff et al. (2009).
 

|preprocessor=[[NCDELTA]]
|postprocessor=[[MATLABFIGVIEWER]], Excel
|language=[[MATLAB]]
|add_software= Linux: MATLAB Compiler Runtime MCR R2015a in directory /usr/local/MATLAB/R2015a
|contact_original=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|contact_maintenance=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|documentation= Taylor, Karl E. (2001) "Summarizing multiple aspects of model performance in a single diagram". Journal of Geophysical Research, Vol 106, No. D7, April 16, 2001, Pages 7183 - 7192. 
Jolliff et al. (2009) “Summary diagrams for coupled hydrodynamic-ecosystem model skill as-sessment”. Journal of Marine Systems. Vol 76, Issues 1–2, 20 February 2009, Pages 64-82, ISSN 0924-7963 Siehe auch unter [[MATLAB]].
* Example files:
** Example files can be found in '''$PROGHOME/examples/taylorTargetDiagram/'''
** A presentation with further examples and information can be found in '''$PROGHOME/examples/taylorTargetDiagram/_doc'''
}}

File:TaylorTargetTable.png

2020-07-03T11:33:36Z

Ak3jbenn: Ak3jbenn uploaded a new version of File:TaylorTargetTable.png

File:TaylorTargetTable.png

2020-07-03T11:32:38Z

Ak3jbenn:

File:Taylor.png

2020-07-03T11:29:35Z

Ak3jbenn:

File:Target.png

2020-07-03T11:29:15Z

Ak3jbenn:

TAYLORTARGETDIAGRAM

2020-05-26T09:34:11Z

Ak3jbenn:

{{ProgramDescription
|name_de=TAYLORTARGETDIAGRAM
|name=taylorTargetDiagram
|version=May 2019
|version_descr=May 2020
|catchwords=
Taylor-Diagram 
Target-Diagram 
model accuracy 
comparison of model and measurement 
[[NetCDF|CF NetCDF]] format 
[[MATLAB]] [[category:MATLAB stand-alone application]] 

Acknowledgement: ''This project took advantage of netCDF software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ www.unidata.ucar.edu/software/netcdf/]).''

|shortdescription=
The application taylorTargetDiagram (see also [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]) allows to visualize variables for the estimation of model performance (e.g. calculated by [[NCDELTA]]) as taylor and target diagrams and list them as table. 

This Program is a further development of [[TAYLORDIAGRAM]]. 

In the Taylor-Diagram standard deviation, correlation as well as pattern root mean square error (PRMSE) between reference and variant (e.g. model and observation) are graphically displayed. The target diagram shows the centered root-mean-square deviation and the bias. The combined presentation of the statistical characteristics of different physical quantities and locations in one diagram is possible. The statistical characteristics at different locations can also be combined to a mean value. As reference and variant values for the calculations of differences and statistcs results of different simulations or analyses as well as comparisons between measurements and model results may be used. 

<gallery>
Taylor.png |Example picture Taylor diagram
Target.png| Example picture Target diagram
TaylorTarget_Tabelle.png|Example picture of the resulting table
</gallery>

In addition to the figures, a table including the following statistical values can be generated:
* Root Mean Square Error (RMSE)
* Taylor Skill 4 (Equation 4 in Taylor (2001))
* Taylor Skill 5 (Equation 5 in Taylor (2001))
* Centered Root-Mean-Square-Difference
* Bias (deviation of the mean values)
* Mean values of reference and variant parameters
* Standard deviation of reference and variant parameters
* Correlation between reference and variant parameters
* Attributes of the locations of the parameters compared in [[NCDELTA]] (cartesian and geographic coordinates, depth, location name)
* File name of the output file of [[NCDELTA]]
* Number of data points used for the comparison
 

'''Example Applications'''
<gallery>
Beispiel_TaylorTarget.png|Example application with different locations, physical parameters and simulations in one diagram
Beispiel_TaylorTarget_average.png|Example application with Average Position
</gallery>

|inputfiles=
# '''general input information''' (file type [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]);
# '''[[NCDELTA]]-Output files''' format ([[CF-NETCDF.NC|cf-netcdf.nc]]).

|outputfiles=
# Taylor-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# Target-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# (optional) Table of the model performance quantities (*.CSV,*.DAT)
# (optional) Text file with meta-information (*.TXT).

|methodology=
The necessary statistical characteristics are read with [[MATLAB]] from [[NCDELTA]] result files and are visualized. The switch „With_Taylor_Diagram_Data=true“ has to be set to "true" in [[NCDELTA.DAT]] so that the required statistical values are included in the [[CF-NETCDF.NC|cf-netcdf]]-file written by [[NCDELTA]]. 
The visualization of model accuracy in the taylor diagram is done according to Taylor (2001). 
The visualization of model accuracy in the target diagram is done according to Jolliff et al. (2009).
 

|preprocessor=[[NCDELTA]]
|postprocessor=[[MATLABFIGVIEWER]], Excel
|language=[[MATLAB]]
|add_software= Linux: MATLAB Compiler Runtime MCR R2015a in directory /usr/local/MATLAB/R2015a
|contact_original=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|contact_maintenance=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|documentation= Taylor, Karl E. (2001) "Summarizing multiple aspects of model performance in a single diagram". Journal of Geophysical Research, Vol 106, No. D7, April 16, 2001, Pages 7183 - 7192. 
Jolliff et al. (2009) “Summary diagrams for coupled hydrodynamic-ecosystem model skill as-sessment”. Journal of Marine Systems. Vol 76, Issues 1–2, 20 February 2009, Pages 64-82, ISSN 0924-7963 Siehe auch unter [[MATLAB]].
* Example files:
** Example files can be found in '''$PROGHOME/examples/taylorTargetDiagram/'''
** A presentation with further examples and information can be found in '''$PROGHOME/examples/taylorTargetDiagram/_doc'''
}}

TAYLORDIAGRAM

2020-05-26T08:51:24Z

Ak3jbenn: Hinweis: Ersetzt durch TaylorTargetDiagram

{{ProgramDescription
|name_de=TAYLORDIAGRAM
|name=taylordiagram
|version=September 2015
|version_descr=September 2015
|catchwords=
Taylor-Diagram 
Model Performance 
Model-Observation-Comparison 
[[NetCDF|CF NetCDF]] format 
[[MATLAB]] [[category:MATLAB stand-alone application]] 

Acknowledgment: ''This project took advantage of netCDF software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ www.unidata.ucar.edu/software/netcdf/]).''

|shortdescription=
This program has been replaced by [[TAYLORTARGETDIAGRAM]]!

The application taylordiagram allows to visualize the quantities that describe the model performance calculated by [[NCDELTA]] as a Taylor-Diagram and to list them as a table. 

In the Taylor-Diagram standard deviation, correlation as well as pattern root mean square error (PRMSE) between model and observation are graphically displayed.

[[File:Taylordiagrammgui.png|thumb|'''Figure ''GUI of the application taylordiagram'''''.]]

|inputfiles=
# '''[[NCDELTA]]-Output files''' format ([[CF-NETCDF.NC|cf-netcdf.nc]]).

|outputfiles=
# (optional) Taylor-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# (optional) Table of the model performance quantities (*.CSV,*.DAT)

|methodology=
Visualization of the model performance in a Taylor-Diagram after Taylor (2001).
 
The table lists
* Root Mean Square Error (RMSE)
* Taylor Skill 4 (Equation 4 in Taylor (2001))
* Taylor Skill 5 (Equation 5 in Taylor (2001))
* Pattern Root Mean Square Error (PRMS)
* Bias (Difference of the Means)
* Means of the respective model quantity and observational quantity
* Standard deviations of the respective model quantity and observational quantity
* Correlation between the respective model quantity and observational quantity
* Positional attributes of the quantity (GK-Coordinates, latitude and longitude, depth, position name) compared by [[NCDELTA]]
* Filename of the [[NCDELTA]]-Output file
* Number of data points used for the comparison

|preprocessor=[[NCDELTA]]
|postprocessor=[[MATLABFIGVIEWER]], Excel
|language=[[MATLAB]]
|add_software= Linux: MATLAB Compiler Runtime MCR R2015a in directory /usr/local/MATLAB/R2015a
|contact_original=[mailto:levin.nickelsen@baw.de L. Nickelsen]
|contact_maintenance=[mailto:levin.nickelsen@baw.de L. Nickelsen]
|documentation=Karl E. Taylor, Summarizing multiple aspects of model performance in a single diagram, Journal of Geophysical Research, Vol. 106, No. D7, Pages 7183-7192, April 16, 2001 See also under [[MATLAB]].
}}

TAYLORTARGETDIAGRAM

2020-05-26T08:48:43Z

Ak3jbenn:

{{ProgramDescription
|name_de=TAYLORTARGETDIAGRAM
|name=taylorTargetDiagram
|version=May 2019
|version_descr=May 2020
|catchwords=
Taylor-Diagram 
Target-Diagram 
model accuracy 
comparison of model and measurement 
[[NetCDF|CF NetCDF]] format 
[[MATLAB]] [[category:MATLAB stand-alone application]] 

Acknowledgement: ''This project took advantage of netCDF software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ www.unidata.ucar.edu/software/netcdf/]).''

|shortdescription=
The application taylorTargetDiagram (see also [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]) allows to visualize variables for the estimation of model performance (e.g. calculated by [[NCDELTA]]) and list them as table. 

This Program is a further development of [[TAYLORDIAGRAM]]. 

In the Taylor-Diagram standard deviation, correlation as well as pattern root mean square error (PRMSE) between reference and variant (e.g. model and observation) are graphically displayed. The target diagram shows the centered root-mean-square deviation and the bias. The combined presentation of the statistical characteristics of different physical quantities and locations in one diagram is possible. The statistical characteristics at different locations can also be combined to a mean value. As reference and variant values for the calculations of differences and statistcs results of different simulations or analyses as well as comparisons between measurements and model results may be used. 

<gallery>
Taylor.png |Example picture Taylor diagramm
Target.png| Example picture Target diagramm
TaylorTarget_Tabelle.png|Example picture of the resulting table
</gallery>

In addition to the figures, a table including the following statistical values can be created:
* Root Mean Square Error (RMSE)
* Taylor Skill 4 (Equation 4 in Taylor (2001))
* Taylor Skill 5 (Equation 5 in Taylor (2001))
* Centered Root-Mean-Square-Difference
* Bias (deviation of the mean values)
* Mean values of reference and variant parameters
* Standard deviation of reference and variant parameters
* Correlation between reference and variant parameters
* Attributes of the locations of the parameters compared in [[NCDELTA]] (cartesian and geographic coordinates, depth, location name)
* File name of the output file of [[NCDELTA]]
* Number of data points used for the comparison
 

'''Example Applications'''
<gallery>
Beispiel_TaylorTarget.png|Example application with different locations, physical parameters and simulations in one diagram
Beispiel_TaylorTarget_average.png|Example application with Average Position
</gallery>

|inputfiles=
# '''general input information''' (file type [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]);
# '''[[NCDELTA]]-Output files''' format ([[CF-NETCDF.NC|cf-netcdf.nc]]).

|outputfiles=
# Taylor-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# Target-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# (optional) Table of the model performance quantities (*.CSV,*.DAT)
# (optional) Text file with meta-information (*.TXT).

|methodology=
The necessary statistical characteristics are read with [[MATLAB]] from [[NCDELTA]] result files and visualized. The switch „With_Taylor_Diagram_Data=true“ has to be turned on in [[NCDELTA.DAT]] so that the required statistical values are included in the [[CF-NETCDF.NC|cf-netcdf]]-file written by [[NCDELTA]]. 
The visualization of model accuracy in a taylor diagram is done according to Taylor (2001). 
The visualization of model accuracy in a target diagram is done according to Jolliff et al. (2009).
 

|preprocessor=[[NCDELTA]]
|postprocessor=[[MATLABFIGVIEWER]], Excel
|language=[[MATLAB]]
|add_software= Linux: MATLAB Compiler Runtime MCR R2015a in directory /usr/local/MATLAB/R2015a
|contact_original=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|contact_maintenance=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|documentation= Taylor, Karl E. (2001) "Summarizing multiple aspects of model performance in a single diagram". Journal of Geophysical Research, Vol 106, No. D7, April 16, 2001, Pages 7183 - 7192. 
Jolliff et al. (2009) “Summary diagrams for coupled hydrodynamic-ecosystem model skill as-sessment”. Journal of Marine Systems. Vol 76, Issues 1–2, 20 February 2009, Pages 64-82, ISSN 0924-7963 Siehe auch unter [[MATLAB]].
* Example files:
** Example files can be found in '''$PROGHOME/examples/taylorTargetDiagram/'''
** A presentation with further examples and information can be found in '''$PROGHOME/examples/taylorTargetDiagram/_doc'''
}}

TAYLORTARGETDIAGRAM

2020-05-26T08:44:37Z

Ak3jbenn: Created page with "{{ProgramDescription |name_de=TAYLORTARGETDIAGRAM |name=taylorTargetDiagram |version=May 2019 |version_descr=May 2020 |catchwords= Taylor-Diagram Target-Diagram mo..."

{{ProgramDescription
|name_de=TAYLORTARGETDIAGRAM
|name=taylorTargetDiagram
|version=May 2019
|version_descr=May 2020
|catchwords=
Taylor-Diagram 
Target-Diagram 
model accuracy 
comparison of model and measurement 
[[NetCDF|CF NetCDF]] format 
[[MATLAB]] [[category:MATLAB stand-alone application]] 

Acknowledgement: ''This project took advantage of netCDF software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ www.unidata.ucar.edu/software/netcdf/]).''

|shortdescription=
The application taylorTargetDiagram (see also [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]) allows to visualize variables for the estimation of model performance (e.g. calculated by [[NCDELTA]]) and list them as table. 

This Program is a further development of [[TAYLORDIAGRAM]]. 

In the Taylor-Diagram standard deviation, correlation as well as pattern root mean square error (PRMSE) between reference and variant (e.g. model and observation) are graphically displayed. The target diagram shows the centered root-mean-square deviation and the bias. The combined presentation of the statistical characteristics of different physical quantities and locations in one diagram is possible. The statistical characteristics at different locations can also be combined to a mean value. As reference and variant values for the calculations of differences and statistcs results of different simulations or analyses as well as comparisons between measurements and model results may be used. 

<gallery>
Taylor.png |Example picture Taylor diagramm
Target.png| Example picture Target diagramm
TaylorTarget_Tabelle.png|Example picture of the resulting table
</gallery>

In addition to the figures, a table including the following statistical values can be created:
* Root Mean Square Error (RMSE)
* Taylor Skill 4 (Equation 4 in Taylor (2001))
* Taylor Skill 5 (Equation 5 in Taylor (2001))
* Centered Root-Mean-Square-Difference
* Bias (deviation of the mean values)
* Mean values of reference and variant parameters
* Standard deviation of reference and variant parameters
* Correlation between reference and variant parameters
* Attributes of the locations of the parameters compared in [[NCDELTA]] (cartesian and geographic coordinates, depth, location name)
* File name of the output file of [[NCDELTA]]
* Number of data points used for the comparison
 

'''Example Applications'''
<gallery>
Beispiel_TaylorTarget.png|Example application with different locations, physical parameters and simulations in one diagram
Beispiel_TaylorTarget_average.png|Example application with Average Position
</gallery>

|inputfiles=
# '''general input information''' (file type [[TAYLORTARGETDIAGRAM.DAT|taylorTargetDiagram.dat]]);
# '''[[NCDELTA]]-Output files''' format ([[CF-NETCDF.NC|cf-netcdf.nc]]).

|outputfiles=
# Taylor-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# Target-Diagram as bitmap (*.JPG,*.PNG), as a vector graphic (*.PDF,*.EPS) or as a MATLAB figure file (*.FIG).
# (optional) Table of the model performance quantities (*.CSV,*.DAT)
# (optional) Text file with meta-information (*.TXT).

|methodology=
The necessary statistical characteristics are read with [[MATLAB]] from [[NCDELTA]] result files and visualized. The switch „With_Taylor_Diagram_Data=true“ has to be turned on in the steering file of [[NCDELTA]] so that the required statistical values are included in the [[CF-NETCDF.NC|cf-netcdf]]-file written by [[NCDELTA]]. 
The visualization of model accuracy in a taylor diagram is done according to Taylor (2001). 
The visualization of model accuracy in a target diagram is done according to Jolliff et al. (2009).
 

|preprocessor=[[NCDELTA]]
|postprocessor=[[MATLABFIGVIEWER]], Excel
|language=[[MATLAB]]
|add_software= Linux: MATLAB Compiler Runtime MCR R2015a in directory /usr/local/MATLAB/R2015a
|contact_original=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|contact_maintenance=[mailto:ulrike.schiller@baw.de U. Schiller], [mailto:julia.benndorf@baw.de J. Benndorf], [mailto:caroline.rasquin@baw.de C. Rasquin]
|documentation= Taylor, Karl E. (2001) "Summarizing multiple aspects of model performance in a single diagram". Journal of Geophysical Research, Vol 106, No. D7, April 16, 2001, Pages 7183 - 7192. 
Jolliff et al. (2009) “Summary diagrams for coupled hydrodynamic-ecosystem model skill as-sessment”. Journal of Marine Systems. Vol 76, Issues 1–2, 20 February 2009, Pages 64-82, ISSN 0924-7963 Siehe auch unter [[MATLAB]].
* Example files:
** Example files can be found in '''$PROGHOME/examples/taylorTargetDiagram/'''
** A presentation with further examples and information can be found in '''$PROGHOME/examples/taylorTargetDiagram/_doc'''
}}