#include <H3.hpp>
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| H3 (const ExpansionFlags_t &expansionDepth, double Al4p, double beta, double Dmglst1, double Dmst12, double Dmsqst1, double lmMt, double lmMst1, double Mgl, double Mt, double Mst1, double Mst2, double Msq, double MuSUSY, double s2t, int mdrFlag, int oneLoopFlag, int twoLoopFlag, int threeLoopFlag) |
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double | getS1 () const |
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double | getS2 () const |
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double | getS12 () const |
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double | calc_coef_at_as2_no_sm_logs_log0 () const |
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double | calc_coef_at_as2_no_sm_logs_log1 () const |
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double | calc_coef_at_as2_no_sm_logs_log2 () const |
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double | calc_coef_at_as2_no_sm_logs_log3 () const |
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Definition at line 15 of file H3.hpp.
◆ H3()
himalaya::hierarchies::H3::H3 |
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const ExpansionFlags_t & |
expansionDepth, |
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double |
Al4p, |
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double |
beta, |
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double |
Dmglst1, |
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double |
Dmst12, |
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double |
Dmsqst1, |
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double |
lmMt, |
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double |
lmMst1, |
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double |
Mgl, |
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double |
Mt, |
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double |
Mst1, |
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double |
Mst2, |
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double |
Msq, |
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double |
MuSUSY, |
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double |
s2t, |
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int |
mdrFlag, |
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int |
oneLoopFlag, |
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int |
twoLoopFlag, |
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int |
threeLoopFlag |
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Constuctor
- Parameters
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expansionDepth | the flagMap for the truncation of expansion variables |
Al4p | a double alpha_s/4/Pi |
beta | a double which is the mixing angle beta |
Dmglst1 | a double Mgl - Mst1 |
Dmst12 | a double Mst1^2 - Mst2^2 |
Dmsqst1 | a double Msq^2 - Mst1^2 |
lmMt | a double log((<renormalization scale>=""> / Mt)^2) |
lmMst1 | a double log((<renormalization scale>=""> / Mst1)^2) |
Mgl | a double gluino mass |
Mt | a double top/bottom quark mass |
Mst1 | a double stop 1 mass |
Mst2 | a double stop 2 mass |
MuSUSY | a double mu parameter |
s2t | a double 2 times the sine of the stop/sbottom quark mixing angle |
Msq | average light squark mass |
mdrFlag | an int 0 for DR and 1 for MDR scheme |
oneLoopFlag | an int flag to consider the one-loop expansion terms |
twoLoopFlag | an int flag to consider the two-loop expansion terms |
threeLoopFlag | an int flag to consider the three-loop expansion terms |
Constuctor
- Parameters
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expansionDepth | the flagMap for the truncation of expansion variables |
Al4p | a double alpha_s/4/Pi |
beta | a double which is the mixing angle beta |
Dmglst1 | a double Mgl - Mst1 |
Dmst12 | a double Mst1^2 - Mst2^2 |
Dmsqst1 | a double Msq^2 - Mst1^2 |
lmMt | a double log((renormalization scale / Mt)^2) |
lmMst1 | a double log((renormalization scale / Mst1)^2) |
Mgl | a double gluino mass |
Mt | a double top/bottom quark mass |
Mst1 | a double stop 1 mass |
Mst2 | a double stop 2 mass |
MuSUSY | a double mu parameter |
s2t | a double 2 times the sine of the stop/sbottom quark mixing angle |
mdrFlag | an int 0 for DR and 1 for MDR scheme |
oneLoopFlag | an int flag to consider the one-loop expansion terms |
twoLoopFlag | an int flag to consider the two-loop expansion terms |
threeLoopFlag | an int flag to consider the three-loop expansion terms |
Definition at line 38 of file H3.cpp.
◆ calc_coef_at_as2_no_sm_logs_log0()
double himalaya::hierarchies::H3::calc_coef_at_as2_no_sm_logs_log0 |
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const |
- Returns
- returns the susy log^0 term of Mh^2 @ O(at*as^2) without any log(mu^2) terms normalized to DO (H3m*12/Mt^4/Sbeta^2)
Definition at line 1054 of file H3.cpp.
◆ calc_coef_at_as2_no_sm_logs_log1()
double himalaya::hierarchies::H3::calc_coef_at_as2_no_sm_logs_log1 |
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const |
- Returns
- returns the susy log^1 term of Mh^2 @ O(at*as^2) without any log(mu^2) terms normalized to DO (H3m*12/Mt^4/Sbeta^2)
Definition at line 1136 of file H3.cpp.
◆ calc_coef_at_as2_no_sm_logs_log2()
double himalaya::hierarchies::H3::calc_coef_at_as2_no_sm_logs_log2 |
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const |
- Returns
- returns the susy log^2 term of Mh^2 @ O(at*as^2) without any log(mu^2) terms normalized to DO (H3m*12/Mt^4/Sbeta^2)
Definition at line 1189 of file H3.cpp.
◆ calc_coef_at_as2_no_sm_logs_log3()
double himalaya::hierarchies::H3::calc_coef_at_as2_no_sm_logs_log3 |
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const |
- Returns
- returns the susy log^3 term of Mh^2 @ O(at*as^2) without any log(mu^2) terms normalized to DO (H3m*12/Mt^4/Sbeta^2)
Definition at line 1220 of file H3.cpp.
◆ getS1()
double himalaya::hierarchies::H3::getS1 |
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const |
- Returns
- The diagonal (1, 1) matrix element of the Higgs mass matrix as a double for the hierarchy 'H3'
Definition at line 75 of file H3.cpp.
◆ getS12()
double himalaya::hierarchies::H3::getS12 |
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const |
- Returns
- The off-diagonal (1, 2) = (2, 1) matrix element of the Higgs mass matrix as a double for the hierarchy 'H3'
Definition at line 777 of file H3.cpp.
◆ getS2()
double himalaya::hierarchies::H3::getS2 |
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const |
- Returns
- The diagonal (2, 2) matrix element of the Higgs mass matrix as a double for the hierarchy 'H3'
Definition at line 181 of file H3.cpp.
◆ Al4p
double himalaya::hierarchies::H3::Al4p {} |
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◆ Dmglst1
double himalaya::hierarchies::H3::Dmglst1 {} |
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◆ Dmsqst1
double himalaya::hierarchies::H3::Dmsqst1 {} |
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◆ Dmst12
double himalaya::hierarchies::H3::Dmst12 {} |
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◆ lmMst1
double himalaya::hierarchies::H3::lmMst1 {} |
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◆ lmMt
double himalaya::hierarchies::H3::lmMt {} |
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common variables
Definition at line 73 of file H3.hpp.
◆ Mgl
double himalaya::hierarchies::H3::Mgl {} |
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◆ Msq
double himalaya::hierarchies::H3::Msq {} |
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◆ Mst1
double himalaya::hierarchies::H3::Mst1 {} |
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◆ Mst2
double himalaya::hierarchies::H3::Mst2 {} |
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◆ Mt
double himalaya::hierarchies::H3::Mt {} |
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◆ MuSUSY
double himalaya::hierarchies::H3::MuSUSY {} |
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◆ oneLoopFlag
int himalaya::hierarchies::H3::oneLoopFlag {} |
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◆ s2t
double himalaya::hierarchies::H3::s2t {} |
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◆ Sbeta
double himalaya::hierarchies::H3::Sbeta {} |
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◆ shiftst1
int himalaya::hierarchies::H3::shiftst1 {} |
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◆ shiftst2
int himalaya::hierarchies::H3::shiftst2 {} |
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◆ shiftst3
int himalaya::hierarchies::H3::shiftst3 {} |
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◆ Tbeta
double himalaya::hierarchies::H3::Tbeta {} |
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◆ threeLoopFlag
int himalaya::hierarchies::H3::threeLoopFlag {} |
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loop flags
Definition at line 75 of file H3.hpp.
◆ twoLoopFlag
int himalaya::hierarchies::H3::twoLoopFlag {} |
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◆ xDmglst1
int himalaya::hierarchies::H3::xDmglst1 {} |
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◆ xDmsqst1
int himalaya::hierarchies::H3::xDmsqst1 {} |
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MDR and truncation flags.
Definition at line 74 of file H3.hpp.
◆ xDmst12
int himalaya::hierarchies::H3::xDmst12 {} |
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The documentation for this class was generated from the following files:
- /home/avoigt/packages/Himalaya/source/himalaya/hierarchies/H3.hpp
- /home/avoigt/packages/Himalaya/source/himalaya/hierarchies/H3.cpp