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WriteOut.m
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WriteOut.m
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BeginPackage["WriteOut`", {"SARAH`", "TextFormatting`", "CConversion`",
"Parameters`", "TreeMasses`", "LatticeUtils`",
"Utils`"}];
ReplaceInFiles::usage="Replaces tokens in files.";
PrintParameters::usage="Creates parameter printout statements";
PrintInputParameters::usage="Creates input parameter printout statements";
WriteSLHAExtparBlock::usage="";
WriteSLHAMassBlock::usage="";
WriteSLHAMixingMatricesBlocks::usage="";
WriteSLHAModelParametersBlocks::usage="";
WriteSLHAPhasesBlocks::usage="";
WriteSLHAMinparBlock::usage="";
WriteExtraSLHAOutputBlock::usage="";
CreateSLHAMassBlockStream::usage="creates ostringstream with masses";
ReadLesHouchesInputParameters::usage="";
ReadLesHouchesOutputParameters::usage="";
ReadLesHouchesPhysicalParameters::usage="";
ConvertMixingsToSLHAConvention::usage="";
ConvertMixingsToHKConvention::usage="";
GetDRbarBlockNames::usage="";
GetNumberOfDRbarBlocks::usage="";
ParseCmdLineOptions::usage="";
PrintCmdLineOptions::usage="";
GetGaugeCouplingNormalizationsDecls::usage="";
GetGaugeCouplingNormalizationsDefs::usage="";
CreateSLHAYukawaDefinition::usage="";
CreateSLHAYukawaGetters::usage="";
ConvertYukawaCouplingsToSLHA::usage="";
CreateSLHAFermionMixingMatricesDef::usage="";
CreateSLHAFermionMixingMatricesGetters::usage=""
CreateSLHATrilinearCouplingDefinition::usage="";
CreateSLHATrilinearCouplingGetters::usage="";
ConvertTrilinearCouplingsToSLHA::usage="";
CreateSLHASoftSquaredMassesDefinition::usage="";
CreateSLHASoftSquaredMassesGetters::usage="";
ConvertSoftSquaredMassesToSLHA::usage="";
CalculateCKMMatrix::usage="";
CalculatePMNSMatrix::usage="";
CreateInputBlockName::usage="Creates an SLHA input block name for a
given SLHA block name";
CreateFormattedSLHABlocks::usage = "";
Begin["`Private`"];
(*
* @brief Replaces tokens in files.
*
* @param files list of two-element lists. The first entry is the
* input file and the second entry is the output file.
*
* Example:
* files = {{"input.hpp", "output.hpp"},
* {"input.cpp", "output.cpp"}}
*
* @param replacementList list of string replacement rules
*
* Example:
* replacementList = { "@token@" -> "1+2", "@bar@" -> "2+3" }
*)
ReplaceInFiles[files_List, replacementList_List] :=
Module[{cppFileName, cppTemplateFileName, cppFile, modifiedCppFile, f},
For[f = 1, f <= Length[files], f++,
cppFileName = files[[f,1]];
cppTemplateFileName = files[[f,2]];
cppFile = Import[cppFileName, "String"];
modifiedCppFile = StringReplace[cppFile, replacementList];
Print[" Writing file ", cppTemplateFileName];
Export[cppTemplateFileName, modifiedCppFile, "String"];
];
];
TransposeIfVector[parameter_, CConversion`ArrayType[__]] :=
SARAH`Tp[parameter];
TransposeIfVector[parameter_, CConversion`VectorType[__]] :=
SARAH`Tp[parameter];
TransposeIfVector[p:FlexibleSUSY`Sign[parameter_], _] :=
CConversion`ToValidCSymbolString[p];
TransposeIfVector[p:FlexibleSUSY`Phase[parameter_], _] :=
CConversion`ToValidCSymbolString[p];
TransposeIfVector[parameter_, _] := parameter;
PrintParameter[Null, streamName_String] := "";
PrintParameter[parameter_, streamName_String] :=
Module[{parameterName, parameterNameWithoutIndices, expr, type},
parameterNameWithoutIndices = parameter /.
a_[Susyno`LieGroups`i1,SARAH`i2] :> a;
parameterName = CConversion`ToValidCSymbolString[parameterNameWithoutIndices];
type = Parameters`GetType[parameterNameWithoutIndices];
expr = TransposeIfVector[parameterNameWithoutIndices, type];
Return[streamName <> " << \"" <> parameterName <> " = \" << " <>
CConversion`RValueToCFormString[expr] <> " << '\\n';\n"];
];
PrintParameters[parameters_List, streamName_String] :=
Module[{result = ""},
(result = result <> PrintParameter[#,streamName])& /@ parameters;
Return[result];
];
PrintInputParameter[Null, _] := "";
PrintInputParameter[{parameter_, type_}, streamName_String] :=
Module[{parameterStr, expr},
parameterStr = CConversion`ToValidCSymbolString[parameter];
expr = TransposeIfVector[parameter, type];
Return[streamName <> " << \"" <> parameterStr <> " = \" << " <>
"INPUT(" <> CConversion`RValueToCFormString[expr] <> ") << \", \";\n"];
];
PrintInputParameters[parameters_List, streamName_String] :=
Module[{result = ""},
(result = result <> PrintInputParameter[#,streamName])& /@ parameters;
Return[result];
];
WriteSLHAMass[p:TreeMasses`FSMassMatrix[_,massESSymbols_List,_]] :=
Module[{massMatrices},
massMatrices = DeleteDuplicates[TreeMasses`FSMassMatrix[0, #, Null]& /@ massESSymbols];
StringJoin[WriteSLHAMass /@ massMatrices]
];
WriteSLHAMass[massMatrix_TreeMasses`FSMassMatrix] :=
Module[{result = "", eigenstateName, eigenstateNameStr, massNameStr,
pdgList, pdg, dim, i},
eigenstateName = TreeMasses`GetMassEigenstate[massMatrix];
dim = TreeMasses`GetDimension[eigenstateName];
pdgList = SARAH`getPDGList[eigenstateName];
If[Length[pdgList] != dim,
Print["Error: length of PDG number list != dimension of particle ", eigenstateName];
Print[" PDG number list = ", pdgList];
Print[" dimension of particle ", eigenstateName, " = ", dim];
];
If[Length[pdgList] < dim,
Return[""];
];
If[dim == 1,
pdg = Abs[pdgList[[1]]];
If[pdg != 0,
eigenstateNameStr = CConversion`RValueToCFormString[eigenstateName];
massNameStr = CConversion`RValueToCFormString[FlexibleSUSY`M[eigenstateName]];
result = "<< FORMAT_MASS(" <> ToString[pdg] <>
", LOCALPHYSICAL(" <> massNameStr <> "), \"" <> eigenstateNameStr <> "\")\n";
];
,
For[i = 1, i <= dim, i++,
pdg = Abs[pdgList[[i]]];
If[pdg != 0,
eigenstateNameStr = CConversion`RValueToCFormString[eigenstateName] <> "(" <> ToString[i] <> ")";
massNameStr = CConversion`RValueToCFormString[FlexibleSUSY`M[eigenstateName[i-1]]];
result = result <> "<< FORMAT_MASS(" <> ToString[pdg] <>
", LOCALPHYSICAL(" <> massNameStr <> "), \"" <> eigenstateNameStr <> "\")\n";
];
];
];
Return[result];
];
CreateSLHAMassBlockStream[massMatrices_List, blockName_String:"MASS", streamName_String:"mass"] :=
Module[{smMasses, susyMasses,
smMassesStr = "", susyMassesStr = ""},
smMasses = Select[massMatrices, (IsSMParticle[TreeMasses`GetMassEigenstate[#]])&];
(* filter out MW, because MW should always appear in the output *)
smMasses = Select[smMasses, (TreeMasses`GetMassEigenstate[#] =!= SARAH`VectorW)&];
susyMasses = Complement[massMatrices, smMasses];
(smMassesStr = smMassesStr <> WriteSLHAMass[#])& /@ smMasses;
(susyMassesStr = susyMassesStr <> WriteSLHAMass[#])& /@ susyMasses;
susyMassesStr = streamName <> " << \"Block " <> blockName <> "\\n\"\n" <>
TextFormatting`IndentText[susyMassesStr] <> ";\n\n";
smMassesStr = "if (write_sm_masses) {\n" <>
TextFormatting`IndentText[streamName <> "\n" <>
TextFormatting`IndentText[smMassesStr] <> ";"] <>
"\n}\n\n";
"std::ostringstream " <> streamName <> ";\n\n" <> susyMassesStr <> smMassesStr
];
WriteSLHAMassBlock[massMatrices_List, blockName_String:"MASS", streamName_String:"mass"] :=
CreateSLHAMassBlockStream[massMatrices, blockName, streamName] <>
"slha_io.set_block(" <> streamName <> ");\n";
ConvertToRealInputParameter[parameter_, struct_String] :=
struct <> CConversion`ToValidCSymbolString[parameter];
ConvertToRealInputParameter[FlexibleSUSY`Phase[parameter_], struct_String] :=
"Re(" <> struct <> CConversion`ToValidCSymbolString[FlexibleSUSY`Phase[parameter]] <> ")";
WriteParameterTuple[{key_?NumberQ, parameter_}, streamName_String] :=
Module[{parameterStr},
parameterStr = CConversion`ToValidCSymbolString[parameter];
streamName <> " << FORMAT_ELEMENT(" <> ToString[key] <> ", " <>
ConvertToRealInputParameter[parameter,"input."] <>
", \"" <> parameterStr <> "\");\n"
];
WriteParameterTuple[expr_, _] :=
Block[{},
Print["Error: not a valid {key,parameter} tuple: ", expr];
""
];
WriteSLHAExtparBlock[{}] := "";
WriteSLHAExtparBlock[extpar_List] :=
Module[{result, body = ""},
(body = body <> WriteParameterTuple[#, "extpar"])& /@ extpar;
result = "std::ostringstream extpar;\n\n" <>
"extpar << \"Block EXTPAR\\n\";\n" <>
body <>
"slha_io.set_block(extpar);\n";
Return[result];
];
WriteSLHAMinparBlock[{}] := "";
WriteSLHAMinparBlock[minpar_List] :=
Module[{result, body = ""},
(body = body <> WriteParameterTuple[#, "minpar"])& /@ minpar;
result = "std::ostringstream minpar;\n\n" <>
"minpar << \"Block MINPAR\\n\";\n" <>
body <>
"slha_io.set_block(minpar);\n";
Return[result];
];
GetSLHAMixinMatrices[] :=
DeleteCases[Select[FlexibleSUSY`FSLesHouchesList,
MemberQ[Parameters`GetOutputParameters[],#[[1]]]&],
{_,None}];
GetSLHAModelParameters[] :=
DeleteCases[Select[FlexibleSUSY`FSLesHouchesList,
MemberQ[Parameters`GetModelParameters[],#[[1]]]&],
{_,None}];
GetSLHAInputParameters[] :=
DeleteCases[Select[FlexibleSUSY`FSLesHouchesList,
MemberQ[Parameters`GetInputParameters[],#[[1]]]&],
{_,None}];
GetSLHAPhases[] :=
DeleteCases[Select[FlexibleSUSY`FSLesHouchesList,
MemberQ[Parameters`GetPhases[],#[[1]]]&],
{_,None}];
WriteSLHAMatrix[{mixingMatrix_, lesHouchesName_}, head_String, scale_String, setter_String:"set_block"] :=
Module[{str, strSLHA, lhs, wrapper},
If[SARAH`getDimParameters[mixingMatrix] === {} ||
SARAH`getDimParameters[mixingMatrix] === {1},
Print["Warning: You are trying to create a SLHA matrix block for"];
Print[" ", mixingMatrix, ", which is not a matrix!"];
Print[" Please specify a Les Houches index in the SARAH model file."];
];
str = CConversion`ToValidCSymbolString[mixingMatrix];
(* use SLHA compliant yukawas, trilinears, soft-squared masses *)
strSLHA = If[mixingMatrix === SARAH`UpYukawa ||
mixingMatrix === SARAH`DownYukawa ||
mixingMatrix === SARAH`ElectronYukawa ||
mixingMatrix === SARAH`TrilinearUp ||
mixingMatrix === SARAH`TrilinearDown ||
mixingMatrix === SARAH`TrilinearLepton ||
mixingMatrix === SARAH`SoftSquark ||
mixingMatrix === SARAH`SoftUp ||
mixingMatrix === SARAH`SoftDown ||
mixingMatrix === SARAH`SoftLeftLepton ||
mixingMatrix === SARAH`SoftRightLepton,
str <> "_slha",
str
];
lhs = ToString[lesHouchesName];
wrapper = If[head == "", strSLHA, head <> "(" <> strSLHA <> ")"];
(* convert SLHA yukawa vectors to matrix *)
wrapper = If[mixingMatrix === SARAH`UpYukawa ||
mixingMatrix === SARAH`DownYukawa ||
mixingMatrix === SARAH`ElectronYukawa,
"ToMatrix(" <> wrapper <> ")",
wrapper
];
"slha_io." <> setter <> "(\"" <> lhs <> "\", " <> wrapper <> ", \"" <> str <>
"\"" <> If[scale != "", ", " <> scale, ""] <> ");\n"
];
WriteSLHAMixingMatricesBlocks[] :=
Module[{result, mixingMatrices, smMix, susyMix, majoranaMix,
smMixStr = "", susyMixStr = "", majoranaMixStr = ""},
mixingMatrices = GetSLHAMixinMatrices[];
smMix = Flatten[TreeMasses`FindMixingMatrixSymbolFor /@ SARAH`SMParticles];
smMix = Select[mixingMatrices, MemberQ[smMix,#[[1]]]&];
majoranaMix = Flatten[TreeMasses`FindMixingMatrixSymbolFor /@
Select[TreeMasses`GetParticles[], TreeMasses`IsMajoranaFermion]];
majoranaMix = Select[mixingMatrices, MemberQ[majoranaMix,#[[1]]]&];
majoranaMix = {#[[1]], Symbol["IM" <> ToString[#[[2]]]]}& /@ majoranaMix;
susyMix = Complement[mixingMatrices, smMix];
(smMixStr = smMixStr <> WriteSLHAMatrix[#,"LOCALPHYSICAL",""])& /@ smMix;
(susyMixStr = susyMixStr <> WriteSLHAMatrix[#,"LOCALPHYSICAL",""])& /@ susyMix;
(majoranaMixStr = majoranaMixStr <> WriteSLHAMatrix[#,"LOCALPHYSICAL","","set_block_imag"])& /@ majoranaMix;
result = susyMixStr <> "\n" <>
"if (write_sm_mixing_matrics) {\n" <>
TextFormatting`IndentText[smMixStr] <> "}\n\n" <>
"if (print_imaginary_parts_of_majorana_mixings) {\n" <>
TextFormatting`IndentText[majoranaMixStr] <> "}\n";
Return[result];
];
LesHouchesNameToFront[{parameter_, {lh_,idx_}}] :=
{lh, {parameter, idx}};
LesHouchesNameToFront[{parameter_, lh_}] :=
{lh, parameter};
SplitRealAndImagPartBlocks[{block_, parameter_?Parameters`IsRealParameter}] := {{block, parameter}};
SplitRealAndImagPartBlocks[{block_, parameter_}] :=
{{block, Re[parameter]}, {CreateImaginaryPartBlockName[block], Im[parameter]}};
SplitRealAndImagPartBlocks[{block_, tuples_List}] :=
Module[{complexPars, realPars, result},
complexPars = Select[tuples, Parameters`IsComplexParameter[#[[1]]]&];
If[complexPars =!= {},
realPars = (If[Parameters`IsRealParameter[#[[1]]],
{#[[1]], #[[2]]},
{Re[#[[1]]], #[[2]]}])& /@ tuples;
complexPars = {Im[#[[1]]], #[[2]]}& /@ complexPars;
result = {{block, realPars},
{CreateImaginaryPartBlockName[block], complexPars}};,
result = {{block, tuples}};
];
result
];
SplitRealAndImagPartBlocks[{block_, {parameter_ /; Head[parameter] =!= List}}] :=
If[Parameters`IsRealParameter[parameter],
{{block, {parameter}}},
{{block, {Re[parameter]}}, {CreateImaginaryPartBlockName[block], {Im[parameter]}}}
];
SortBlocks[{}] := {};
SortBlocks[modelParameters_List] :=
Module[{reformed, allBlocks, collected},
reformed = LesHouchesNameToFront /@ modelParameters;
allBlocks = DeleteDuplicates[Transpose[reformed][[1]]];
collected = {#, Cases[reformed, {#, a_} :> a]}& /@ allBlocks;
Flatten[SplitRealAndImagPartBlocks /@ collected, 1]
];
CreateRulesForProtectedHead[expr_, protectedHead_Symbol] :=
Cases[expr, protectedHead[p__] :> Rule[protectedHead[p],Symbol["x$" <> ToString[Hash[p]]]], {0, Infinity}];
CreateRulesForProtectedHead[expr_, protectedHeads_List] :=
Flatten @ Join[CreateRulesForProtectedHead[expr,#]& /@ protectedHeads];
WrapPreprocessorMacroAround[expr_String, ___] := expr;
WrapPreprocessorMacroAround[expr_, symbols_, macroSymbol_,
protectedHeads_List:{FlexibleSUSY`Pole, SARAH`SM}] :=
Module[{replacements, protectionRules, exprWithoutProtectedSymbols},
replacements = Join[
RuleDelayed[# , macroSymbol[#] ]& /@ symbols,
RuleDelayed[#[i__], macroSymbol[#][i]]& /@ symbols,
{RuleDelayed[FlexibleSUSY`M[p_[i__]], macroSymbol[FlexibleSUSY`M[p]][i]]}
];
protectionRules = CreateRulesForProtectedHead[expr, protectedHeads];
exprWithoutProtectedSymbols = expr /. protectionRules;
(* substitute back protected symbols *)
exprWithoutProtectedSymbols /. replacements /. (Reverse /@ protectionRules)
];
SetAttributes[WriteSLHABlockEntry, HoldFirst];
WriteSLHABlockEntry[{Hold[par_], idx___}, comment_String:""] :=
Module[{parStr, commentStr},
parStr = ToString[Unevaluated[par]];
commentStr = If[comment == "", parStr, comment];
parStr = StringReplace[parStr,
{RegularExpression["\\bSUSYScale\\b"] -> "SCALES(SUSYScale)",
RegularExpression["\\bHighScale\\b"] -> "SCALES(HighScale)",
RegularExpression["\\bLowScale\\b"] -> "SCALES(LowScale)"}
];
WriteSLHABlockEntry[{parStr, idx}, commentStr]
];
ClearAttributes[WriteSLHABlockEntry, HoldFirst];
WriteEffectiveCouplingsSLHABlockEntry[particle_, vectorBoson_] :=
Module[{i, dim, dimWithoutGoldstones, start, particlePDG, vectorPDG,
struct, comment, value, result = ""},
vectorPDG = Parameters`GetPDGCodesForParticle[vectorBoson][[1]];
particlePDG = Parameters`GetPDGCodesForParticle[particle];
dim = TreeMasses`GetDimension[particle];
dimWithoutGoldstones = TreeMasses`GetDimensionWithoutGoldstones[particle];
If[Length[particlePDG] != dim,
Print["Warning: length of PDG number list != dimension of particle ", particle];
Print[" PDG number list = ", particlePDG];
Print[" dimension of particle ", particle, " = ", dim];
];
If[Length[particlePDG] < dim,
Return[""];
];
start = TreeMasses`GetDimensionStartSkippingGoldstones[particle];
Which[particle === SARAH`HiggsBoson && vectorBoson === SARAH`VectorP,
struct = "OBSERVABLES.eff_cp_higgs_photon_photon";
comment = "Abs(effective H-Photon-Photon coupling)";,
particle === SARAH`HiggsBoson && vectorBoson === SARAH`VectorG,
struct = "OBSERVABLES.eff_cp_higgs_gluon_gluon";
comment = "Abs(effective H-Gluon-Gluon coupling)";,
particle === SARAH`PseudoScalar && vectorBoson === SARAH`VectorP,
struct = "OBSERVABLES.eff_cp_pseudoscalar_photon_photon";
comment = "Abs(effective A-Photon-Photon coupling)";,
particle === SARAH`PseudoScalar && vectorBoson === SARAH`VectorG,
struct = "OBSERVABLES.eff_cp_pseudoscalar_gluon_gluon";
comment = "Abs(effective A-Gluon-Gluon coupling)";,
True,
Print["Error: unsupported effective coupling ",
particle, "-", vectorBoson, "-", vectorBoson,
"requested!"];
Quit[1]
];
If[dimWithoutGoldstones == 1 || start == dim,
value = "Abs(" <> struct <> ")";
result = result
<> WriteSLHABlockEntry[{value, particlePDG[[start]], vectorPDG, vectorPDG},
comment];,
For[i = start, i <= Length[particlePDG], i++,
value = "Abs(" <> struct <> "(" <> ToString[i-start] <> "))";
result = result
<> WriteSLHABlockEntry[{value, particlePDG[[i]], vectorPDG, vectorPDG},
comment];
];
];
result
];
WriteSLHABlockEntry[{par_ /; MemberQ[FlexibleSUSYObservable`FSObservables,par], idx___}, comment_String:""] :=
Module[{i, dim, scalarPDG, vectorPDG, result = ""},
Switch[par,
FlexibleSUSYObservable`aMuonGM2Calc,
result = WriteSLHABlockEntry[{"OBSERVABLES.a_muon_gm2calc", idx}, "Delta(g-2)_muon/2 GM2Calc"],
FlexibleSUSYObservable`aMuonGM2CalcUncertainty,
result = WriteSLHABlockEntry[{"OBSERVABLES.a_muon_gm2calc_uncertainty", idx}, "Delta(g-2)_muon/2 GM2Calc uncertainty"],
FlexibleSUSYObservable`CpHiggsPhotonPhoton,
result = WriteEffectiveCouplingsSLHABlockEntry[SARAH`HiggsBoson, SARAH`VectorP],
FlexibleSUSYObservable`CpHiggsGluonGluon,
result = WriteEffectiveCouplingsSLHABlockEntry[SARAH`HiggsBoson, SARAH`VectorG],
FlexibleSUSYObservable`CpPseudoScalarPhotonPhoton,
result = WriteEffectiveCouplingsSLHABlockEntry[SARAH`PseudoScalar, SARAH`VectorP],
FlexibleSUSYObservable`CpPseudoScalarGluonGluon,
result = WriteEffectiveCouplingsSLHABlockEntry[SARAH`PseudoScalar, SARAH`VectorG],
_,
result = WriteSLHABlockEntry[{"", idx}, ""]
];
result
];
WriteSLHABlockEntry[{par_, idx1_?NumberQ, idx2_?NumberQ, idx3_?NumberQ}, comment_String:""] :=
Module[{parStr, parVal, idx1Str, idx2Str, idx3Str, commentStr},
parStr = CConversion`RValueToCFormString[Parameters`IncreaseIndexLiterals[par]];
parVal = CConversion`RValueToCFormString[
WrapPreprocessorMacroAround[par, Join[Parameters`GetModelParameters[],
Parameters`GetOutputParameters[],
Parameters`GetPhases[]],
Global`MODELPARAMETER]];
idx1Str = ToString[idx1];
idx2Str = ToString[idx2];
idx3Str = ToString[idx3];
commentStr = If[comment == "", parStr, comment];
(* result *)
" << FORMAT_RANK_THREE_TENSOR(" <> idx1Str <> ", " <> idx2Str <> ", "
<> idx3Str <> ", (" <> parVal <> "), \"" <> commentStr <> "\")" <> "\n"
];
WriteSLHABlockEntry[{par_, idx1_?NumberQ, idx2_?NumberQ}, comment_String:""] :=
Module[{parStr, parVal, idx1Str, idx2Str, commentStr},
parStr = CConversion`RValueToCFormString[Parameters`IncreaseIndexLiterals[par]];
parVal = CConversion`RValueToCFormString[
WrapPreprocessorMacroAround[par, Join[Parameters`GetModelParameters[],
Parameters`GetOutputParameters[],
Parameters`GetPhases[]],
Global`MODELPARAMETER]];
idx1Str = ToString[idx1];
idx2Str = ToString[idx2];
commentStr = If[comment == "", parStr, comment];
(* result *)
" << FORMAT_MIXING_MATRIX(" <> idx1Str <> ", " <> idx2Str <>
", (" <> parVal <> "), \"" <> commentStr <> "\")" <> "\n"
];
WriteSLHABlockEntry[{par_, pdg_?NumberQ}, comment_String:""] :=
Module[{parStr, parVal, pdgStr, commentStr},
parStr = CConversion`RValueToCFormString[Parameters`IncreaseIndexLiterals[par]];
parVal = CConversion`RValueToCFormString[
WrapPreprocessorMacroAround[par, Join[Parameters`GetModelParameters[],
Parameters`GetOutputParameters[],
Parameters`GetPhases[]],
Global`MODELPARAMETER]];
(* print unnormalized hypercharge gauge coupling *)
If[par === SARAH`hyperchargeCoupling,
parVal = parVal <> " * " <>
CConversion`RValueToCFormString[
Parameters`GetGUTNormalization[par]];
parStr = "gY";
];
pdgStr = ToString[pdg];
commentStr = If[comment == "", parStr, comment];
(* result *)
" << FORMAT_ELEMENT(" <> pdgStr <> ", (" <> parVal <>
"), \"" <> commentStr <> "\")" <> "\n"
];
WriteSLHABlockEntry[{par_}, comment_String:""] :=
Module[{parStr, parVal, commentStr},
parStr = CConversion`RValueToCFormString[Parameters`IncreaseIndexLiterals[par]];
parVal = CConversion`RValueToCFormString[
WrapPreprocessorMacroAround[par, Join[Parameters`GetModelParameters[],
Parameters`GetOutputParameters[],
Parameters`GetPhases[]],
Global`MODELPARAMETER]];
commentStr = If[comment == "", parStr, comment];
(* result *)
" << FORMAT_NUMBER((" <> parVal <> "), \"" <> commentStr <> "\")\n"
];
WriteSLHABlockEntry[tuple___] :=
Block[{},
Print["WriteSLHABlockEntry: Error: malformed entry ", tuple];
""
];
WriteSLHABlock[{blockName_, tuples_List}, scale_String:"model.get_scale()"] :=
Module[{result = "", blockNameStr},
blockNameStr = ToString[blockName];
result = "std::ostringstream block;\n" <>
"block << \"Block " <> blockNameStr <>
If[scale != "",
" Q= \" << FORMAT_SCALE(" <> scale <> ")",
"\""
] <>
" << '\\n'\n";
(result = result <> WriteSLHABlockEntry[#])& /@ tuples;
result = result <> ";\n" <> "slha_io.set_block(block);\n";
result = "{\n" <> TextFormatting`IndentText[result] <> "}\n";
Return[result];
];
WriteSLHABlock[{blockName_, Re[parameter_]}, scale_String:"model.get_scale()"] :=
WriteSLHABlock[{blockName, parameter}, scale];
WriteSLHABlock[{blockName_, Im[parameter_]}, scale_String:"model.get_scale()"] :=
WriteSLHAMatrix[{parameter, blockName}, "MODELPARAMETER", scale, "set_block_imag"];
WriteSLHABlock[{blockName_, parameter_}, scale_String:"model.get_scale()"] :=
WriteSLHAMatrix[{parameter, blockName}, "MODELPARAMETER", scale];
WriteSLHABlock[{blockName_, {parameter_ /; Head[parameter] =!= List}}, scale_String:"model.get_scale()"] :=
WriteSLHABlock[{blockName, parameter}, scale];
WriteSLHAModelParametersBlocks[] :=
Module[{result = "", modelParameters, blocks},
modelParameters = GetSLHAModelParameters[];
blocks = SortBlocks[modelParameters];
(result = result <> WriteSLHABlock[#])& /@ blocks;
Return[result];
];
WriteSLHAPhasesBlocks[] :=
Module[{result = "", phases, blocks},
phases = GetSLHAPhases[];
blocks = SortBlocks[phases];
(result = result <> WriteSLHABlock[#])& /@ blocks;
Return[result]
];
GetExtraSLHAOutputBlockScale[scale_ /; scale === FlexibleSUSY`NoScale] := "";
GetExtraSLHAOutputBlockScale[scale_ /; scale === FlexibleSUSY`CurrentScale] := "model.get_scale()";
GetExtraSLHAOutputBlockScale[scale_?NumericQ] := ToString[scale];
GetExtraSLHAOutputBlockScale[scale_] :=
Module[{result},
scaleStr = CConversion`RValueToCFormString[
WrapPreprocessorMacroAround[Parameters`DecreaseIndexLiterals[scale],
Join[Parameters`GetModelParameters[],
Parameters`GetOutputParameters[]],
Global`MODELPARAMETER]];
StringReplace[scaleStr, "CurrentScale" -> "model.get_scale()"]
];
WriteExtraSLHAOutputBlock[outputBlocks_List] :=
Module[{result = "", reformed},
ReformeBlocks[{block_, tuples_List}] := {{block, ReformeBlocks /@ tuples}, "model.get_scale()"};
ReformeBlocks[{block_, scale_, tuples_List}] := {{block, ReformeBlocks /@ tuples},
GetExtraSLHAOutputBlockScale[scale]};
ReformeBlocks[{expr_}] := {expr};
ReformeBlocks[{idx_, expr_}] := {expr, idx};
ReformeBlocks[{idx1_, idx2_, expr_}] := {expr, idx1, idx2};
reformed = ReformeBlocks /@ outputBlocks;
(result = result <> WriteSLHABlock[#[[1]], #[[2]]])& /@ reformed;
Return[result];
];
ReadSLHAInputBlock[{parameter_, {blockName_, pdg_?NumberQ}}] :=
Module[{result, blockNameStr, parmStr, pdgStr},
blockNameStr = ToString[blockName];
parmStr = CConversion`ToValidCSymbolString[parameter];
pdgStr = ToString[pdg];
result = "input." <> parmStr <>
" = slha_io.read_entry(\"" <> blockNameStr <> "\", " <>
pdgStr <> ");\n";
Return[result];
];
ReadSLHAInputBlock[{parameter_, blockName_}] :=
Module[{paramStr, blockNameStr},
paramStr = CConversion`ToValidCSymbolString[parameter];
blockNameStr = ToString[blockName];
"slha_io.read_block(\"" <> blockNameStr <> "\", input." <>
paramStr <> ");\n"
];
CreateInputBlockName[{blockName_, pdg_?NumberQ}] :=
{ToString[blockName] <> "IN", pdg};
CreateInputBlockName[blockName_] :=
ToString[blockName] <> "IN";
CreateImaginaryPartBlockName[blockName_] :=
"IM" <> ToString[blockName];
ReadLesHouchesInputParameters[slhaInputParameters_List] :=
Module[{result = ""},
(result = result <> ReadSLHAInputBlock[#])& /@ slhaInputParameters;
Return[result];
];
ReadSLHAOutputBlock[{parameter_, {blockName_String, pdg_?NumberQ}}] :=
Module[{result, parmStr, pdgStr, gutNorm = ""},
parmStr = CConversion`ToValidCSymbolString[parameter];
pdgStr = ToString[pdg];
If[parameter === SARAH`hyperchargeCoupling,
gutNorm = " * " <> CConversion`RValueToCFormString[
1/Parameters`GetGUTNormalization[parameter]];
];
result = "model.set_" <> parmStr <>
"(slha_io.read_entry(\"" <> blockName <> "\", " <>
pdgStr <> ")" <> gutNorm <> ");\n";
Return[result];
];
ReadSLHAOutputBlock[{parameter_, {blockName_Symbol, pdg_?NumberQ}}] :=
ReadSLHAOutputBlock[{parameter, {ToString[blockName], pdg}}];
ReadSLHAOutputBlock[{parameter_, {blockName_, pdg_?NumberQ}}] :=
Block[{},
Print["Warning: SLHA block name is not a symbol: ", blockName];
Print[" I'm using: ", CConversion`RValueToCFormString[blockName]];
ReadSLHAOutputBlock[{parameter, {CConversion`RValueToCFormString[blockName], pdg}}]
];
ReadSLHAOutputBlock[{parameter_, blockName_Symbol}] :=
Module[{typeStr, paramStr, blockNameStr},
typeStr = CConversion`CreateCType[Parameters`GetType[parameter]];
paramStr = CConversion`ToValidCSymbolString[parameter];
blockNameStr = ToString[blockName];
"{\n" <> IndentText[
typeStr <> " " <> paramStr <> ";\n" <>
"slha_io.read_block(\"" <> blockNameStr <> "\", " <>
paramStr <> ");\n" <>
"model.set_" <> paramStr <> "(" <> paramStr <> ");"] <> "\n" <>
"}\n"
];
ReadSLHAPhysicalMixingMatrixBlock[{parameter_, blockName_Symbol}, struct_String:"PHYSICAL", defMacro_String:"DEFINE_PHYSICAL_PARAMETER"] :=
Module[{paramStr, blockNameStr},
paramStr = CConversion`ToValidCSymbolString[parameter];
blockNameStr = ToString[blockName];
"{\n" <> IndentText[
defMacro <> "(" <> paramStr <> ");\n" <>
"slha_io.read_block(\"" <> blockNameStr <> "\", " <>
paramStr <> ");\n" <>
struct <> "(" <> paramStr <> ") = " <> paramStr <> ";"] <> "\n" <>
"}\n"
];
ReadSLHAPhysicalMass[particle_,struct_String:"PHYSICAL"] :=
Module[{result = "", mass, massStr, dim, pdgList, pdg, pdgStr, i},
mass = FlexibleSUSY`M[particle];
massStr = CConversion`ToValidCSymbolString[mass];
dim = TreeMasses`GetDimension[particle];
pdgList = SARAH`getPDGList[particle];
If[Head[pdgList] =!= List || Length[pdgList] < dim,
Return[""];
];
If[dim == 1,
pdg = Abs[pdgList[[1]]];
pdgStr = ToString[pdg];
If[pdg != 0,
result = struct <> "(" <> massStr <>
") = slha_io.read_entry(\"MASS\", " <> pdgStr <> ");\n";
];
,
For[i = 1, i <= dim, i++,
pdg = Abs[pdgList[[i]]];
pdgStr = ToString[pdg];
If[pdg != 0,
result = result <>
struct <> "(" <> massStr <> ")(" <> ToString[i-1] <>
") = slha_io.read_entry(\"MASS\", " <> pdgStr <> ");\n";
];
];
];
Return[result];
];
ReadSLHAPhysicalMassBlock[struct_String:"PHYSICAL"] :=
Module[{result = "", particles},
particles = TreeMasses`GetParticles[];
(result = result <> ReadSLHAPhysicalMass[#,struct])& /@ particles;
Return[result];
];
ReadLesHouchesOutputParameters[] :=
Module[{result = "", modelParameters},
modelParameters = GetSLHAModelParameters[];
(result = result <> ReadSLHAOutputBlock[#])& /@ modelParameters;
Return[result];
];
ReadLesHouchesPhysicalParameters[struct_String:"PHYSICAL", defMacro_String:"DEFINE_PHYSICAL_PARAMETER"] :=
Module[{result = "", physicalParameters},
physicalParameters = GetSLHAMixinMatrices[];
(result = result <> ReadSLHAPhysicalMixingMatrixBlock[#,struct,defMacro])& /@ physicalParameters;
result = result <> "\n" <> ReadSLHAPhysicalMassBlock[struct];
Return[result];
];
GetDRbarBlocks[] :=
Module[{modelParameters},
modelParameters = GetSLHAModelParameters[];
DeleteDuplicates[Cases[modelParameters, {_, blockName_Symbol} | {_, {blockName_Symbol, _?NumberQ}} :> blockName]]
];
GetDRbarBlockNames[] :=
Module[{blocks, transformer},
blocks = GetDRbarBlocks[];
transformer = ("\"" <> ToString[#] <> "\"")&;
"{ " <> Utils`StringJoinWithSeparator[blocks, ", ", transformer] <> " }"
];
GetNumberOfDRbarBlocks[] := Length[GetDRbarBlocks[]];
ConvertMixingsToSLHAConvention[massMatrices_List] :=
ConvertMixingsToConvention[massMatrices, "slha"];
ConvertMixingsToHKConvention[massMatrices_List] :=
ConvertMixingsToConvention[massMatrices, "hk"];
ConvertMixingsToConvention[massMatrices_List, convention_String] :=
Module[{result = "", i,
eigenstateName, mixingMatrixSym,
eigenstateNameStr, mixingMatrixSymStr},
For[i = 1, i <= Length[massMatrices], i++,
eigenstateName = TreeMasses`GetMassEigenstate[massMatrices[[i]]];
mixingMatrixSym = TreeMasses`GetMixingMatrixSymbol[massMatrices[[i]]];
If[IsMajoranaFermion[eigenstateName] && mixingMatrixSym =!= Null,
eigenstateNameStr = CConversion`ToValidCSymbolString[FlexibleSUSY`M[eigenstateName]];
mixingMatrixSymStr = CConversion`ToValidCSymbolString[mixingMatrixSym];
result = result <>
"SLHA_io::convert_symmetric_fermion_mixings_to_" <> convention <> "(LOCALPHYSICAL(" <>
eigenstateNameStr <> "), LOCALPHYSICAL(" <>
mixingMatrixSymStr <> "));\n";
];
];
Return[result];
];
ParseCmdLineOption[{parameter_, CConversion`ScalarType[CConversion`realScalarCType | CConversion`integerScalarCType]}] :=
Module[{parameterStr},
parameterStr = CConversion`ToValidCSymbolString[parameter];
"\
if(Command_line_options::get_parameter_value(option, \"--" <> parameterStr <> "=\", input." <> parameterStr <>"))
continue;
"
];
ParseCmdLineOption[_] := "";
ParseCmdLineOptions[inputParameters_List] :=
StringJoin[ParseCmdLineOption /@ inputParameters];
PrintCmdLineOption[{parameter_, CConversion`ScalarType[CConversion`realScalarCType | CConversion`integerScalarCType]}] :=
"\" --" <> ToValidCSymbolString[parameter] <> "=<value>\\n\"\n";
PrintCmdLineOption[_] := "";
PrintCmdLineOptions[inputParameters_List] :=
StringJoin[PrintCmdLineOption /@ inputParameters];
(* SLHA CKM conversion *)
GetYukawas[] :=
Select[{SARAH`UpYukawa, SARAH`DownYukawa, SARAH`ElectronYukawa},
MemberQ[Parameters`GetModelParameters[],#]&];
GetFermionMixingMatrices[] :=
Select[{SARAH`DownMatrixL, SARAH`UpMatrixL,
SARAH`DownMatrixR, SARAH`UpMatrixR,
SARAH`ElectronMatrixL, SARAH`ElectronMatrixR,
SARAH`NeutrinoMM},
MemberQ[Parameters`GetOutputParameters[],#]&];
GetMixingMatricesFor[yuk_] :=
Switch[yuk,
SARAH`UpYukawa , {SARAH`UpMatrixL , SARAH`UpMatrixR },
SARAH`DownYukawa , {SARAH`DownMatrixL , SARAH`DownMatrixR },
SARAH`ElectronYukawa , {SARAH`ElectronMatrixL, SARAH`ElectronMatrixR},
SARAH`TrilinearUp , {SARAH`UpMatrixL , SARAH`UpMatrixR },
SARAH`TrilinearDown , {SARAH`DownMatrixL , SARAH`DownMatrixR },
SARAH`TrilinearLepton, {SARAH`ElectronMatrixL, SARAH`ElectronMatrixR},
SARAH`SoftSquark , {SARAH`DownMatrixL , SARAH`DownMatrixR },
SARAH`SoftUp , {SARAH`UpMatrixL , SARAH`UpMatrixR },
SARAH`SoftDown , {SARAH`DownMatrixL , SARAH`DownMatrixR },
SARAH`SoftLeftLepton , {SARAH`ElectronMatrixL, SARAH`ElectronMatrixR},
SARAH`SoftRightLepton, {SARAH`ElectronMatrixL, SARAH`ElectronMatrixR}
];
IsLeftHanded[c_] :=
Switch[c,
SARAH`SoftSquark , True,
SARAH`SoftUp , False,
SARAH`SoftDown , False,
SARAH`SoftLeftLepton , True,
SARAH`SoftRightLepton, False
];
GetTrilinearCouplings[] :=
Select[{SARAH`TrilinearUp, SARAH`TrilinearDown, SARAH`TrilinearLepton},
MemberQ[Parameters`GetModelParameters[],#]&];
GetSoftSquaredMasses[] :=
Select[{SARAH`SoftSquark, SARAH`SoftUp, SARAH`SoftDown,
SARAH`SoftLeftLepton, SARAH`SoftRightLepton},
MemberQ[Parameters`GetModelParameters[],#]&];
(* SLHA Yukawa couplings *)
CreateSLHAYukawaName[yuk_] :=
CConversion`ToValidCSymbolString[yuk] <> "_slha";
GetSLHAYukawaType[yuk_] :=
CConversion`ArrayType[CConversion`realScalarCType,
SARAH`getDimParameters[yuk][[1]]];
CreateSLHAFermionMixingMatrixName[m_] :=
CConversion`ToValidCSymbolString[m] <> "_slha";
GetSLHAFermionMixingMatrixType[m_] :=
CConversion`MatrixType[CConversion`complexScalarCType,
SARAH`getDimParameters[m][[1]],
SARAH`getDimParameters[m][[2]]];
CreateSLHATrilinearCouplingName[c_] :=
CConversion`ToValidCSymbolString[c] <> "_slha";
GetSLHATrilinearCouplingType[c_] :=
CConversion`ToRealType[Parameters`GetType[c]];
CreateSLHASoftSquaredMassName[c_] :=
CConversion`ToValidCSymbolString[c] <> "_slha";
GetSLHASoftSquaredMassType[c_] :=
CConversion`ToRealType[Parameters`GetType[c]];
CreateSLHAYukawaDefinition[] :=
Module[{result = "", yuks},
yuks = GetYukawas[];
Block[{},
result = result <>
CConversion`CreateCType[GetSLHAYukawaType[#]] <>
" " <> CreateSLHAYukawaName[#] <> ";\n";
]& /@ yuks;
result
];
CreateSLHAYukawaGetters[] :=
Module[{result = "", yuks},
yuks = GetYukawas[];
Block[{},
result = result <>
CConversion`CreateInlineGetter[
CreateSLHAYukawaName[#], GetSLHAYukawaType[#]
] <>
CConversion`CreateInlineElementGetter[
CreateSLHAYukawaName[#], GetSLHAYukawaType[#]
];
]& /@ yuks;
result
];
ParametersHaveSameDimension[pars_List] :=
CConversion`HaveSameDimension[Parameters`GetType /@ pars];
ConvertYukawaCouplingsToSLHA[] :=
Module[{result = ""},
yuks = GetYukawas[];
Module[{dim, vL, vR},
dim = SARAH`getDimParameters[#][[1]];
{vL, vR} = GetMixingMatricesFor[#];
If[Parameters`IsOutputParameter[{vL, vR}] &&
ParametersHaveSameDimension[{vL, vR, #}],
result = result <>
"fs_svd(" <> CConversion`ToValidCSymbolString[#] <> ", " <>
CreateSLHAYukawaName[#] <> ", " <>
CreateSLHAFermionMixingMatrixName[vR] <> ", " <>
CreateSLHAFermionMixingMatrixName[vL] <> ");\n";
,
Print["Warning: Cannot convert Yukawa coupling ", #,
" to SLHA, because ", {vL,vR}, " are not defined",
" or have incompatible dimension."];
result = result <>
CreateSLHAYukawaName[#] <> " = " <>
CConversion`ToValidCSymbolString[#] <> ".diagonal().real();\n";
];
]& /@ yuks;
result
];
(* SLHA fermion mixing matrices *)
CreateSLHAFermionMixingMatricesDef[] :=
Module[{result = "", yuks},
yuks = GetFermionMixingMatrices[];
Block[{},
result = result <>
CConversion`CreateCType[GetSLHAFermionMixingMatrixType[#]] <>
" " <> CreateSLHAFermionMixingMatrixName[#] <> ";\n";
]& /@ yuks;
result
];
CreateSLHATrilinearCouplingDefinition[] :=
Module[{result = "", tril},
tril = GetTrilinearCouplings[];
Block[{},
result = result <>
CConversion`CreateCType[GetSLHATrilinearCouplingType[#]] <>
" " <> CreateSLHATrilinearCouplingName[#] <> ";\n";
]& /@ tril;
result
];
CreateSLHATrilinearCouplingGetters[] :=
Module[{result = "", tril},
tril = GetTrilinearCouplings[];
Block[{},
result = result <>
CConversion`CreateInlineGetter[
CreateSLHATrilinearCouplingName[#], GetSLHATrilinearCouplingType[#]
] <>
CConversion`CreateInlineElementGetter[
CreateSLHATrilinearCouplingName[#], GetSLHATrilinearCouplingType[#]
];
]& /@ tril;
result
];
ConvertTrilinearCouplingsToSLHA[] :=
Module[{result = "", tril},
tril = GetTrilinearCouplings[];
Module[{vL, vR},
{vL, vR} = GetMixingMatricesFor[#];
If[Parameters`IsOutputParameter[{vL, vR}] &&
ParametersHaveSameDimension[{vL, vR, #}],
result = result <>
CreateSLHATrilinearCouplingName[#] <> " = (" <>
CreateSLHAFermionMixingMatrixName[vR] <> ".conjugate() * " <>
CConversion`ToValidCSymbolString[#] <> " * " <>
CreateSLHAFermionMixingMatrixName[vL] <> ".adjoint()" <>
").real();\n";
,
Print["Warning: Cannot convert Trilinear coupling ", #,
" to SLHA, because ", {vL,vR}, " are not defined",
" or have incompatible dimension."];
result = result <>
CreateSLHATrilinearCouplingName[#] <> " = " <>
CConversion`ToValidCSymbolString[#] <> ".real();\n";
];
]& /@ tril;
result
];