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PyFoam
: Utility-classes for OpenFOAM
Basics
: Helper-Classes
BasicFile
: Basic file output
GnuplotCompare
: Compare files with Gnuplot
GnuplotFile
: Analyze a file with GNUPLOT-Data
Helpers
: Utility functions
LineReader
: Read a file line by line
OutFileCollection
: Collections of output files
OutputFile
: Output of time-dependent data
Utilities
: Utility functions
Execution
: Program execution
AnalyzedRunner
: Command is run and output is analyzed
BasicRunner
: Run a OpenFOAM command
ConvergenceRunner
: Stop solver at convergence
FoamThread
: Thread wrappers for OpenFOAM
ParallelExecution
: Things that are needed for convenient parallel Execution
UtilityRunner
: Run a non-solver utility
FoamInformation
: Getting Information about the Foam-Installation (like the installation
directory)
LogAnalysis
: Log Analysis
BoundingLineAnalyzer
: Check lines for Boundedness
BoundingLogAnalyzer
: Basic log analyer with boundedness
ContextLineAnalyzer
: Line analyzer that finds data n lines after a matching line
ContinuityLineAnalyzer
: Check lines for continuity information
EchoLineAnalyzer
: Echos a line
EchoLogAnalyzer
: Echos a log
ExecutionTimeLineAnalyzer
: Check for Execution-Time information
FileLineAnalyzer
: Line analyzer with output
FoamLogAnalyzer
: Analyze OpenFOAM logs
LinearSolverLineAnalyzer
: Analyze information from the linear solver
LogAnalyzerApplication
: Wraps an Analyzer
LogLineAnalyzer
: Base class for analyzing lines
NameFinderLineAnalyzer
: A line analyzer that generates a list of names
RegExpLineAnalyzer
: Analyzes lines with regular expressions
SimpleLineAnalyzer
: Do analysis for simple expressions
StandardLogAnalyzer
: Analyze standard solver
SteadyConvergedLineAnalyzer
: Analyze Steady Solver
TimeLineAnalyzer
: Analyze Line for Time
UtilityAnalyzer
: Analyze OpenFOAM utility
ValueLineAnalyzer
: Do analysis for a line with values
RunDictionary
: Manipulating the data files
BlockMesh
: Manipulate a blockMeshDict
FileBasis
: Basis for the handling of OpenFOAM-files
ParameterFile
: Working with parameter-files
SolutionDirectory
: Working with a solution directory
SolutionFile
: Working with solutions
TimeDirectory
: Working with direcotries from a time-step
PyFoam.Basics.BasicFile.BasicFile
:
File for data output
PyFoam.Basics.OutputFile.OutputFile
:
output of time dependent data
PyFoam.Basics.GnuplotCompare.GnuplotCompare
:
Class that compares a number of files with gnuplot
PyFoam.Basics.GnuplotCompare.GlobGnuplotCompare
:
Wrapper to Gnuplot Compare to compare files with similar names
PyFoam.Basics.GnuplotFile.GnuplotFile
PyFoam.Basics.LineReader.LineReader
:
Read a line from a file
PyFoam.Basics.OutFileCollection.OutFileCollection
:
Collection of output files
PyFoam.Basics.Utilities.Utilities
:
Class with utility methods
PyFoam.RunDictionary.FileBasis.FileBasis
:
Base class for the other OpenFOAM--file-classes
PyFoam.RunDictionary.FileBasis.FileBasisBackup
:
A file with a backup-copy
PyFoam.RunDictionary.BlockMesh.BlockMesh
:
Represents a blockMeshDict
-file
PyFoam.RunDictionary.ParameterFile.ParameterFile
:
Represents a OpenFOAM parameter file
PyFoam.RunDictionary.SolutionFile.SolutionFile
:
Solution data file
PyFoam.Execution.ParallelExecution.LAMMachine
:
Wrapper class for starting an stopping a LAM-Machine
PyFoam.RunDictionary.SolutionDirectory.SolutionDirectory
:
Represents a solution directory
PyFoam.RunDictionary.SolutionDirectory.ChemkinSolutionDirectory
:
Solution directory with a directory for the Chemkin-files
PyFoam.Execution.BasicRunner.BasicRunner
:
Base class for the running of commands
PyFoam.Execution.AnalyzedRunner.AnalyzedRunner
:
The output of a command is analyzed while being run
PyFoam.Execution.ConvergenceRunner.ConvergenceRunner
:
It is assumed that the provided solver is a steady state solver.
PyFoam.Execution.UtilityRunner.UtilityRunner
:
To this runner regular expressions can be added.
PyFoam.LogAnalysis.FoamLogAnalyzer.FoamLogAnalyzer
:
Base class for all analyzers
PyFoam.LogAnalysis.EchoLogAnalyzer.EchoLogAnalyzer
:
Trivial analyzer.
PyFoam.LogAnalysis.StandardLogAnalyzer.StandardLogAnalyzer
:
The analyzer for the most common OpenFOAM solvers
PyFoam.LogAnalysis.BoundingLogAnalyzer.BoundingLogAnalyzer
:
This analyzer also checks for bounded solutions
PyFoam.LogAnalysis.UtilityAnalyzer.UtilityAnalyzer
:
Analyzer for non-solver Utilities
PyFoam.LogAnalysis.LogAnalyzerApplication.LogAnalyzerApplication
:
Wrapper for the Analyzer Classes
PyFoam.LogAnalysis.LogLineAnalyzer.LogLineAnalyzer
:
Base class for the analysis of all lines from a OpenFOAM-log
PyFoam.LogAnalysis.ContextLineAnalyzer.ContextLineAnalyzer
:
Base class for analyzers that work with a context
PyFoam.LogAnalysis.NameFinderLineAnalyzer.NameFinderLineAnalyzer
:
Class that finds names depending on a context
PyFoam.LogAnalysis.ValueLineAnalyzer.ValueNameFinderLineAnalyzer
:
Finds the names and notifies it's ValueLineAnalyzer
PyFoam.LogAnalysis.EchoLineAnalyzer.EchoLineAnalyzer
:
Test implementation.
PyFoam.LogAnalysis.FileLineAnalyzer.FileLineAnalyzer
:
Base class for analyzers that write data to files
PyFoam.LogAnalysis.BoundingLineAnalyzer.BoundingLineAnalyzer
:
Parses the line for information about variables being bounded
PyFoam.LogAnalysis.ContinuityLineAnalyzer.ContinuityLineAnalyzer
:
Parses line for continuity information
PyFoam.LogAnalysis.ExecutionTimeLineAnalyzer.ExecutionTimeLineAnalyzer
:
Parses lines for the execution time
PyFoam.LogAnalysis.LinearSolverLineAnalyzer.LinearSolverLineAnalyzer
:
Parses for information about the linear solver
PyFoam.LogAnalysis.RegExpLineAnalyzer.RegExpLineAnalyzer
:
Parses lines for an arbitrary regular expression
PyFoam.LogAnalysis.SimpleLineAnalyzer.SimpleLineAnalyzer
:
Parses lines for an arbitrary regular expression
PyFoam.LogAnalysis.ValueLineAnalyzer.ValueLineAnalyzer
:
Parses lines for numeric values
PyFoam.LogAnalysis.SteadyConvergedLineAnalyzer.SteadyConvergedLineAnalyzer
:
Checks whether a Steady-solver has converged
PyFoam.LogAnalysis.TimeLineAnalyzer.TimeLineAnalyzer
:
Parses the line for the current time and makes it available to the
parent analyzer (who makes it available to all of his children).
PyFoam.RunDictionary.TimeDirectory.TimeDirectory
:
Represents a directory for a timestep
__builtin__.object
:
The most base type
__builtin__.type
:
type(object) -> the object's type type(name, bases, dict) -> a
new type
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