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 |
*Note that 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()".