Client Programs
You can download on this page each of the client programs developed in the ChemPlugin User's Guide. Each of the client programs is available below in C++, FORTRAN, and Python.
C++
| Client | Description | Chapter |
|---|---|---|
| Simple.cpp | A first client program | Overview |
| Titration1.cpp | A client program for simulating titration | Titration Simulator |
| Titration2.cpp | A client showing how to retrieve results | Retrieving Results |
| Titration3.cpp | Alternative method for retrieving results | Retrieving Results |
| Titration4.cpp | Client using direct output, first variant | Direct Output |
| Titration5.cpp | Client using direct output, second variant | Direct Output |
| Titration6.cpp | Client using direct output, third variant | Direct Output |
| Extend1.cpp | Example of extending a simulation | Extending Runs |
| mReact.cpp | Client emulates React using ChemPlugin | React Emulator |
| Links1.cpp | Client links ChemPlugin instances, first variant | Linking Instances |
| Links2.cpp | Client links ChemPlugin instances, second variant | Linking Instances |
| Links3.cpp | Client links ChemPlugin instances, third variant | Linking Instances |
| FlowThrough1.cpp | Model of a flow-through reactor | Flow and Transport |
| Diffusion1.cpp | Model of solute diffusion | Diffusion and Dispersion |
| Advection1.cpp | Model of advection and dispersion of a solute | Advection-Dispersion Model |
| HeatConduction1.cpp | Client models heat conduction | Heat Transfer |
| HeatTransfer1.cpp | Model of advective and conductive heat transfer | Heat Transfer |
| RTM1.cpp | Fully implemented reactive transport model | Reactive Transport Model |
| RTM2.cpp* | RTM1 implemented for multicore processing | Multithreading |
| RTM3.cpp* | RTM1 implemented for cluster computing | Cluster Computing |
| RTM4.cpp* | RTM1 multithreaded for a cluster computer | Hybrid Parallelization |
*RTM2, RTM3, and RTM4 exist in only C++ and FORTRAN.
FORTRAN
| Client | Description | Chapter |
|---|---|---|
| Simple.f90 | A first client program | Overview |
| Titration1.f90 | A client program for simulating titration | Titration Simulator |
| Titration2.f90 | A client showing how to retrieve results | Retrieving Results |
| Titration3.f90 | Alternative method for retrieving results | Retrieving Results |
| Titration4.f90 | Client using direct output, first variant | Direct Output |
| Titration5.f90 | Client using direct output, second variant | Direct Output |
| Titration6.f90 | Client using direct output, third variant | Direct Output |
| Extend1.f90 | Example of extending a simulation | Extending Runs |
| mReact.f90 | Client emulates React using ChemPlugin | React Emulator |
| Links1.f90 | Client links ChemPlugin instances, first variant | Linking Instances |
| Links2.f90 | Client links ChemPlugin instances, second variant | Linking Instances |
| Links3.f90 | Client links ChemPlugin instances, third variant | Linking Instances |
| FlowThrough1.f90 | Model of a flow-through reactor | Flow and Transport |
| Diffusion1.f90 | Model of solute diffusion | Diffusion and Dispersion |
| Advection1.f90 | Model of advection and dispersion of a solute | Advection-Dispersion Model |
| HeatConduction1.f90 | Client models heat conduction | Heat Transfer |
| HeatTransfer1.f90 | Model of advective and conductive heat transfer | Heat Transfer |
| RTM1.f90 | Fully implemented reactive transport model | Reactive Transport Model |
| RTM2.f90* | RTM1 implemented for multicore processing | Multithreading |
| RTM3.f90* | RTM1 implemented for cluster computing | Cluster Computing |
| RTM4.f90* | RTM1 multithreaded for a cluster computer | Hybrid Parallelization |
*RTM2, RTM3, and RTM4 exist in only C++ and FORTRAN.
Python
| Client | Description | Chapter |
|---|---|---|
| Simple.py | A first client program | Overview |
| Titration1.py | A client program for simulating titration | Titration Simulator |
| Titration2.py | A client showing how to retrieve results | Retrieving Results |
| Titration3.py | Alternative method for retrieving results | Retrieving Results |
| Titration4.py | Client using direct output, first variant | Direct Output |
| Titration5.py | Client using direct output, second variant | Direct Output |
| Titration6.py | Client using direct output, third variant | Direct Output |
| Extend1.py | Example of extending a simulation | Extending Runs |
| mReact.py | Client emulates React using ChemPlugin | React Emulator |
| Links1.py | Client links ChemPlugin instances, first variant | Linking Instances |
| Links2.py | Client links ChemPlugin instances, second variant | Linking Instances |
| Links3.py | Client links ChemPlugin instances, third variant | Linking Instances |
| FlowThrough1.py | Model of a flow-through reactor | Flow and Transport |
| Diffusion1.py | Model of solute diffusion | Diffusion and Dispersion |
| Advection1.py | Model of advection and dispersion of a solute | Advection-Dispersion Model |
| HeatConduction1.py | Client models heat conduction | Heat Transfer |
| HeatTransfer1.py | Model of advective and conductive heat transfer | Heat Transfer |
| RTM1.py | Fully implemented reactive transport model | Reactive Transport Model |
Running Python 2? Please replace "input()" calls in the Python client programs with "raw_input()".
Some Python installations (e.g. Microsoft Store versions or embeddable or ARM versions from Python.org) may have security limitations that prevent them from working properly with The GWB. We support the full Windows installer from Python.org's download pages. You should always install the 32-bit or 64-bit Python that matches your GWB installation.