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Sean Leavey authored
Fixed bug with scale command. Applied a temporary patch to the error printer which breaks when FINESSE reports the message '** Global scale factor applied to ALL outputs' - there's some sort of unicode thing going on
Sean Leavey authoredFixed bug with scale command. Applied a temporary patch to the error printer which breaks when FINESSE reports the message '** Global scale factor applied to ALL outputs' - there's some sort of unicode thing going on
BBHReduce.m 131.20 KiB
(* ::Package:: *)
(************************************************************************)
(* This file was generated automatically by the Mathematica front end. *)
(* It contains Initialization cells from a Notebook file, which *)
(* typically will have the same name as this file except ending in *)
(* ".nb" instead of ".m". *)
(* *)
(* This file is intended to be loaded into the Mathematica kernel using *)
(* the package loading commands Get or Needs. Doing so is equivalent *)
(* to using the Evaluate Initialization Cells menu command in the front *)
(* end. *)
(* *)
(* DO NOT EDIT THIS FILE. This entire file is regenerated *)
(* automatically each time the parent Notebook file is saved in the *)
(* Mathematica front end. Any changes you make to this file will be *)
(* overwritten. *)
(************************************************************************)
BeginPackage["BBHReduce`",{"NRLists`","NRFiles`","NRStrings`","NRWaves`","NinjaBase`","SXSFormat`","NRTimeSeries`"}];
ValPrint::usage="ValPrint[x_?StringQ]";
RunsFromRunsFile::usage="RunsFromRunsFile[file_?StringQ]";
ContainsRun::usage="ContainsRun[directory_, runIdentifierStrings_]";
IsBAMObsoleteDirectory::usage="IsBAMObsoleteDirectory[dirname_?StringQ]";
IsBAMEvolutionParfile::usage="IsBAMEvolutionParfile[ filecontent_]";
IsBAMInitialDataParfile::usage="IsBAMInitialDataParfile[ filecontent_]";
IsBAMEvolutionDirectory::usage="IsBAMEvolutionDirectory[dirname_?StringQ]";
ParfileInDirectory::usage="ParfileInDirectory[dirname_?StringQ]";
levelFun::usage="levelFun[str_]";
HasModesDirectory::usage="HasModesDirectory[dirname_?StringQ]";
HasModesFiles::usage="HasModesFiles[dirname_?StringQ,pattern_?StringQ], pattern can e.g. be \"hmod*\"";
ModesDirectory::usage="ModesDirectory[dirname_?StringQ]";
BAMDataDirectories::usage="BAMEvolutionDataDirectories[runName_?StringQ,
OptionsPattern[{
\"RunsRoot\" \[Rule] HomeDirectory,
\"ReducedRoot\" \[Rule] HomeDirectory ,
\"TraverseLevels\" \[Rule] 4}]] searches for the evolution and reduced-data directories for a specific run";
LocateInitialDataDirectory::usage="LocateInitialDataDirectory[rootDir_, psidfile_]";
InitialDataParameters::usage="InitialDataParameters[idDir_, psidfile_]";
ParfileToRules::usage="ParfileToRules[filename_String] converts a parameter file to a list of rules.";
BAMParfileToRules::usage="BAMParfileToRules[filename_String] coverts a initial data parameter file to a list of rules.";
SXSMetaFilesToRules::usage="SXSMetaFilesToRules[filename_String] converts a SXS metadata.txt file to a list of rules.";
SXSParClassification::usage="SXSParClassification[sxsdir_,ClassStr_]. Given a list of SXS NR. data folders 'sxsdir', it returns all the cases that match a certain criterion 'ClassStr' (MassRatio range, Precessing or not, Initial Distance, Orbits Number)taking as reference the SXS metadata.txt files. If it is used iteratively, one could do different classifications ";
BAMMetaFilesToRules::usage="BAMMetaFilesToRules[filename_String] converts a BAM .bbh file to a list of rules."
RITMetaFilesToRules::usage="RITMetaFilesToRules[filename_String] converts a RIT Metadata file to a list of rules.";
RITParClassification::usage="RITParClassification[ritdir_,ClassStr_]. Given a list of RIT NR. data folders 'ritdir', it returns all the cases that match a certain criterion 'ClassStr' (MassRatio range, Precessing or not, Initial Distance, Orbits Number)taking as reference the RIT metadata.txt files. If it is used iteratively, one could do different classifications ";
BAMStringParameter::usage="BAMStringParameter[directory_, parametername_]";
BAMNumberParameter::usage="BAMNumberParameter[directory_, parametername_]";
BAMNumberParameterInFile::usage="BAMNumberParameterInFile[file_, parametername_]";
BAMNumberParametersInFile::usage="BAMNumberParametersInFile[file_, parametername_]";
BAMNumberParameters::usage="BAMNumberParameters[directory_, parametername_]";
PSIDHashedNumberParameter::usage="PSIDHashedNumberParameter[file_, parametername_]";
PSIDNumberParameter::usage="PSIDNumberParameter[file_, parametername_]";
PSIDReadHeader::usage="PSIDReadHeader[file_]";
PSIDReadData::usage="PSIDReadData[file_] reads initial data for function \!\(\*FormBox[\(\(\*SubscriptBox[\(U\), \(ijk\)] = \\\ \(TraditionalForm\`\(\(U\)\((\)\*SubscriptBox[\(A\), \(i\)]\)\), \(TraditionalForm\`\*SubscriptBox[\(B\), \(j\)]\), \(TraditionalForm\`\*SubscriptBox[\(\[CurlyPhi]\), \(k\)]\)\)
StyleBox[\")\",\nFontSize->10]\),
TraditionalForm]\). The function which appears in the conformal factor is u = (A-1)U";