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Home modified by Andreas Nicolai

Andreas Nicolai — Mon, 19 Nov 2018 07:00:48 -0000

--- v23
+++ v24
@@ -1,111 +1,3 @@
 # OpenHAM Wiki

-## Introduction ##
-OpenHAM is an open-source Heat, Air and Moisture transport model, initially written by *Andreas Nicolai (andreas.nicolai -at- tu-dresden.de)*. It is meant as an **open source reference implementation** of the governing equations that are standardized, for example, in the HAMSTAD modeling document and the EN 15026 standard. It is specialized for 1D geometries and includes an automated grid generation algorithm.
-
-Also, it is a testing development to try out and demonstrate various solution methods for solving the coupled balance equations. 
-
-OpenHAM is distributed under an open source license, so that the engine can be freely used and HAM solvers do not need to be black-boxes anylonger. Also, future master/PhD students won't have to spent too much time by redoing the same mistakes as many others before and wasting precious research time by writing and debugging basic solver code.
-
-The code base is based on the PhD thesis of Andreas Nicolai and uses data and output file formats of the commercial [[DELPHIN simulation software](http://bauklimatik-dresden.de)].
-
-## Modeling and Data Structures ##
-* physical model conforms to that of DELPHIN, or HAMSTAD modeling document, or EN 15026 (2017) (for details, see publication)
-    + [Material model](Material model) and supported functions/built-in functions
-* input data files follow format conventions of the DELPHIN software: d6p-files for projects/constructions, m6-files for materials, This allows exchange of data files between OpenHAM and DELPHIN and allows reusing some implementation functionality. Details for input file formats are listed in:
-    + [Material data file format](Material data files)
-    + [OpenHAM project file format](OpenHAM project files) (actually a subset of DELPHIN 6 input files)
-* output files are written in DataIO standard, which allows use of the free PostProcessing software from IBK (see [[Bauklimatik Dresden](http://bauklimatik-dresden.de)]. A converter utility to extract data from DataIO containers and/or convert to other formats (CSV, TecPlot) is available.
-    + see [Output handling](Outputs)
-
-### Material Functions ###
-* either use functions from m6 material file (only a subset of all options is supported)
-* use built-in functions from Material class, in this case the material reference in the project file must have the name: `built-in:<nr>`
-
-Example:
-
-    :::xml
-   
-   <materials>
-       <materialreference name="My material">built-in:2</materialreference>
-   </materials>
-
-This will make the solver use the built-in material data set with index 2 (see Material class).
-
-*OpenHAM* supports a subset of the material functions used in DELPHIN when providing material data files. Each file must include the following functions:
-
-* moisture retention function thetal(pc) as spline
-* liquid conductivity as spline
-* vapour permeability as spline
-
-Moisture-tight materials have to be flagged as such by VAPOR_TIGHT or WATER_TIGHT flags (see [Material data file format](Material data files)).
-
-## Numerical Algorithm ##
-
-* Automatic grid generation (equidistant or variable)
-* Implicit Euler Time Integration
-* Newton-Rapshon solution for non-linear equation systems
-    + different options for modified Newton-Raphson: strict, once-per-step, threshhold-based
-* Banded matrix for solving linear equation systems
-* Different options for selecting the solution variable
-* Time step adaptation based on convergence properties and local error control
-
-Details see publication (once done).
-
-## Developing ##
-Suggested is the use of Qt Creator as development environment, with gcc compiler on Linux/Mac and gcc/VC on Windows.
-
-* [Qt Creator Editor Settings](Qt Creator Editor Settings)
-* [Coding-Guidelines](Coding-Guidelines)
-
-### Building via command line ###
-
-Building the solver is automated via command line scripts:
-
-On Linux/Mac:
-
-    :::bash
-    cd build/cmake
-    # build with 4 CPUs in release mode
-    ./build.sh 4 release
-
-
-On Windows:
-
-    :::batch
-    cd build/cmake
-    # build with 4 CPUs in release mode
-    build.bat 4 release
-
-### Deployment ###
-
-OpenHAM is just a single command line executable, statically built against dependend libraries. All you need to do is copy the executable.
-
-On Windows you may need to copy the following DLLs alongside the executable, unless already installed on the target machine (via VC redistributable or similar).
-
-**When building with VC 2015**:
-
-* `msvcp140.dll`
-* `vcruntime140.dll`
-
-**When building with GCC**:
-
-* `libgcc_s_dw2-1.dll`
-* `libstdc++-6.dll`
-* `libwinpthread-1.dll`
-
-## Publications/References ##
-
-Vogelsang S. and Nicolai A.; *Delphin 6 Output File Specification*; http://nbn-resolving.de/urn:nbn:de:bsz:14-qucosa-201373; 2016
-
-Vogelsang S., Fechner H. and Nicolai A.; *Delphin 6 Material File Specification*; http://nbn-resolving.de/urn:nbn:de:bsz:14-qucosa-126274; 2013
-
-(in preparation)
-Nicolai A.; *An open-source hygrothermal transport solver reference implementation according to EN 15026*
-
-
------
-Editing: The wiki uses [Markdown](/p/openham/wiki/markdown_syntax/) syntax.
-
-[[members limit=20]]
-[[download_button]]
+--> moved to https://github.com/ghorwin/OpenHAM
</nr>

Home modified by Andreas Nicolai

Andreas Nicolai — Tue, 31 Oct 2017 19:12:44 -0000

--- v22
+++ v23
@@ -10,7 +10,8 @@
 The code base is based on the PhD thesis of Andreas Nicolai and uses data and output file formats of the commercial [[DELPHIN simulation software](http://bauklimatik-dresden.de)].

 ## Modeling and Data Structures ##
-* physical model conforms to that of DELPHIN, or HAMSTAD modeling document, or EN 15026 (2017) (for details, see publication).
+* physical model conforms to that of DELPHIN, or HAMSTAD modeling document, or EN 15026 (2017) (for details, see publication)
+    + [Material model](Material model) and supported functions/built-in functions
 * input data files follow format conventions of the DELPHIN software: d6p-files for projects/constructions, m6-files for materials, This allows exchange of data files between OpenHAM and DELPHIN and allows reusing some implementation functionality. Details for input file formats are listed in:
     + [Material data file format](Material data files)
     + [OpenHAM project file format](OpenHAM project files) (actually a subset of DELPHIN 6 input files)

Home modified by Andreas Nicolai

Andreas Nicolai — Sat, 21 Oct 2017 16:05:00 -0000

--- v21
+++ v22
@@ -15,7 +15,7 @@
     + [Material data file format](Material data files)
     + [OpenHAM project file format](OpenHAM project files) (actually a subset of DELPHIN 6 input files)
 * output files are written in DataIO standard, which allows use of the free PostProcessing software from IBK (see [[Bauklimatik Dresden](http://bauklimatik-dresden.de)]. A converter utility to extract data from DataIO containers and/or convert to other formats (CSV, TecPlot) is available.
-    + [[DataIO file format](http://nbn-resolving.de/urn:nbn:de:bsz:14-qucosa-201373)]
+    + see [Output handling](Outputs)

 ### Material Functions ###
 * either use functions from m6 material file (only a subset of all options is supported)

Home modified by Andreas Nicolai

Andreas Nicolai — Sat, 21 Oct 2017 11:47:17 -0000

--- v20
+++ v21
@@ -5,7 +5,7 @@

 Also, it is a testing development to try out and demonstrate various solution methods for solving the coupled balance equations. 

-OpenHAM is distributed under an open source license, so that the engine can be freely used and HAM solvers do not need to be black-boxes anylonger.
+OpenHAM is distributed under an open source license, so that the engine can be freely used and HAM solvers do not need to be black-boxes anylonger. Also, future master/PhD students won't have to spent too much time by redoing the same mistakes as many others before and wasting precious research time by writing and debugging basic solver code.

 The code base is based on the PhD thesis of Andreas Nicolai and uses data and output file formats of the commercial [[DELPHIN simulation software](http://bauklimatik-dresden.de)].

Home modified by Andreas Nicolai

Andreas Nicolai — Sat, 21 Oct 2017 11:45:11 -0000

--- v19
+++ v20
@@ -1,8 +1,7 @@
 # OpenHAM Wiki
-*initially written by Andreas Nicolai (andreas.nicolai -at- tu-dresden.de)*

 ## Introduction ##
-OpenHAM is an open-source Heat, Air and Moisture transport model. It is meant as an open source reference implementation of the governing equations that are standardized, for example, in the HAMSTAD modeling document and the EN 15026 standard. It is specialized for 1D geometries and includes an automated grid generation algorithm.
+OpenHAM is an open-source Heat, Air and Moisture transport model, initially written by *Andreas Nicolai (andreas.nicolai -at- tu-dresden.de)*. It is meant as an **open source reference implementation** of the governing equations that are standardized, for example, in the HAMSTAD modeling document and the EN 15026 standard. It is specialized for 1D geometries and includes an automated grid generation algorithm.

 Also, it is a testing development to try out and demonstrate various solution methods for solving the coupled balance equations.

Home modified by Andreas Nicolai

Andreas Nicolai — Sat, 21 Oct 2017 11:44:34 -0000

--- v18
+++ v19
@@ -1,5 +1,5 @@
 # OpenHAM Wiki
-*initially written by Andreas Nicolai (andreas.nicolai [at] tu-dresden.de)*
+*initially written by Andreas Nicolai (andreas.nicolai -at- tu-dresden.de)*

 ## Introduction ##
 OpenHAM is an open-source Heat, Air and Moisture transport model. It is meant as an open source reference implementation of the governing equations that are standardized, for example, in the HAMSTAD modeling document and the EN 15026 standard. It is specialized for 1D geometries and includes an automated grid generation algorithm.

Home modified by Andreas Nicolai

Andreas Nicolai — Sat, 21 Oct 2017 11:44:15 -0000

--- v17
+++ v18
@@ -1,4 +1,5 @@
 # OpenHAM Wiki
+*initially written by Andreas Nicolai (andreas.nicolai [at] tu-dresden.de)*

 ## Introduction ##
 OpenHAM is an open-source Heat, Air and Moisture transport model. It is meant as an open source reference implementation of the governing equations that are standardized, for example, in the HAMSTAD modeling document and the EN 15026 standard. It is specialized for 1D geometries and includes an automated grid generation algorithm.

Home modified by Andreas Nicolai

Andreas Nicolai — Sat, 21 Oct 2017 11:43:11 -0000

--- v16
+++ v17
@@ -76,6 +76,23 @@
     # build with 4 CPUs in release mode
     build.bat 4 release

+### Deployment ###
+
+OpenHAM is just a single command line executable, statically built against dependend libraries. All you need to do is copy the executable.
+
+On Windows you may need to copy the following DLLs alongside the executable, unless already installed on the target machine (via VC redistributable or similar).
+
+**When building with VC 2015**:
+
+* `msvcp140.dll`
+* `vcruntime140.dll`
+
+**When building with GCC**:
+
+* `libgcc_s_dw2-1.dll`
+* `libstdc++-6.dll`
+* `libwinpthread-1.dll`
+
 ## Publications/References ##

 Vogelsang S. and Nicolai A.; *Delphin 6 Output File Specification*; http://nbn-resolving.de/urn:nbn:de:bsz:14-qucosa-201373; 2016

Home modified by Andreas Nicolai

Andreas Nicolai — Sat, 21 Oct 2017 11:39:06 -0000

--- v15
+++ v16
@@ -11,8 +11,11 @@

 ## Modeling and Data Structures ##
 * physical model conforms to that of DELPHIN, or HAMSTAD modeling document, or EN 15026 (2017) (for details, see publication).
-* input data files follow format conventions of the DELPHIN software: d6p-files for projects/constructions, m6-files for materials, This allows exchange of data files between OpenHAM and DELPHIN and allows reusing some implementation functionality
+* input data files follow format conventions of the DELPHIN software: d6p-files for projects/constructions, m6-files for materials, This allows exchange of data files between OpenHAM and DELPHIN and allows reusing some implementation functionality. Details for input file formats are listed in:
+    + [Material data file format](Material data files)
+    + [OpenHAM project file format](OpenHAM project files) (actually a subset of DELPHIN 6 input files)
 * output files are written in DataIO standard, which allows use of the free PostProcessing software from IBK (see [[Bauklimatik Dresden](http://bauklimatik-dresden.de)]. A converter utility to extract data from DataIO containers and/or convert to other formats (CSV, TecPlot) is available.
+    + [[DataIO file format](http://nbn-resolving.de/urn:nbn:de:bsz:14-qucosa-201373)]

 ### Material Functions ###
 * either use functions from m6 material file (only a subset of all options is supported)
@@ -27,6 +30,14 @@
    </Materials>

 This will make the solver use the built-in material data set with index 2 (see Material class).
+
+*OpenHAM* supports a subset of the material functions used in DELPHIN when providing material data files. Each file must include the following functions:
+
+* moisture retention function thetal(pc) as spline
+* liquid conductivity as spline
+* vapour permeability as spline
+
+Moisture-tight materials have to be flagged as such by VAPOR_TIGHT or WATER_TIGHT flags (see [Material data file format](Material data files)).

 ## Numerical Algorithm ##

Home modified by Andreas Nicolai

Andreas Nicolai — Thu, 19 Oct 2017 08:25:41 -0000

--- v14
+++ v15
@@ -13,6 +13,20 @@
 * physical model conforms to that of DELPHIN, or HAMSTAD modeling document, or EN 15026 (2017) (for details, see publication).
 * input data files follow format conventions of the DELPHIN software: d6p-files for projects/constructions, m6-files for materials, This allows exchange of data files between OpenHAM and DELPHIN and allows reusing some implementation functionality
 * output files are written in DataIO standard, which allows use of the free PostProcessing software from IBK (see [[Bauklimatik Dresden](http://bauklimatik-dresden.de)]. A converter utility to extract data from DataIO containers and/or convert to other formats (CSV, TecPlot) is available.
+
+### Material Functions ###
+* either use functions from m6 material file (only a subset of all options is supported)
+* use built-in functions from Material class, in this case the material reference in the project file must have the name: `built-in:<nr>`
+
+Example:
+
+    :::xml
+   
+   <Materials>
+       <MaterialReference name="My material">built-in:2</MaterialReference>
+   </Materials>
+
+This will make the solver use the built-in material data set with index 2 (see Material class).

 ## Numerical Algorithm ##