DRalgo 1.2

Bug fixes:

Fixed a bug where Normalization4D would give an inconsistent result for non-abelian gauge groups
Fixed a bug where 2-loop tadpoles would fail to compute for models with many particles

Changes:

A new function "CalculatePotential[]" has been added with the exact same behavior as CalculatePotentialUS[]
Mode->0 now give results for re-summed couplings and 2-loop masses; both in the soft and ultra-soft theory
PrintScalarMass[] now prints the full result, with PrintScalarMass["LO"] etc working as before
->The same change has been made for PrintDebyeMass,PrintPressure, PrintScalarMassUS

An "AutoRG" option has been added (default set to True). When set to False beta-functions are not automatically added to the NLO contribution of PrintScalarMass.
Added a function BetaFunctions3DS[] which prints beta-functions in the soft theory.

DRalgo 1.1

DRalgo 1.1 update notes:

-Faster Soft->Supersoft reduction
-Added options for the effective potential
-Fixed bugs

Bug fixes:
-Fixed Yukawa beta-functions for Dirac Fermions
-Added fermion-mass corrections to Yukawa couplings
-Fixed an issue where sometimes erroneous information would be printed in the PrintCoupling[] command
-Fixed a bug with vector-like fermion beta functions
-Fixed bugs with some non-abelian contributions to the effective potential

Changes:
-The PrintTensorsVEV[] command (and similar for the other PrintTensor commands) behave slightly differently.
PrintTensorsVEV[] now gives the available tensors, and PrintTensorsVEV[X] (with X a number) returns the chosen tensor.

New Features:
-UseSoftTheory[] automatically loads the soft theory for calculating the effective potential
-UseUltraSoftTheory[] automatically loads the ultrasoft theory for calculating the effective potential
-Supplying the option "PerturbativeDiagonalization->True" to CalculatePotentialUS[] treats off-diagonal masses as perturbations
-PrintEffectivePotential[] now prints the full LO+NLO+NNLO effective potential; PrintEffectivePotential["LO"] etc works as before
-Supplying the "Normalization4D->True" command to ImportModelDRalgo[] gives effective coupling with 4d normalizations, that is, without extra factors of T, sqrt(T), etc in various couplings.

DRalgo 1.0.2

DRalgo 1.0 beta (2022), for Mathematica 13 (and Mathematica 12).
External routines/libraries: GroupMath
Nature of problem: Construction of high-temperature effective field theories for beyond the Standard Model physics.
Solution method: Matching of n-point correlation functions using tensor-notation of couplings.

DRalgo 1.0.2 beta update notes:
-Faster Soft->Supersoft reduction
-Added options for the effective potential
-Fixed bugs.

v1.0.1-beta

DRalgo 1.0 beta (2022), for Mathematica 13 (and Mathematica 12).
External routines/libraries: GroupMath
Nature of problem: Construction of high-temperature effective field theories for beyond the Standard Model physics.
Solution method: Matching of n-point correlation functions using tensor-notation of couplings.

DRalgo 1.0.1 beta update notes:
-Added support for dim-6 operators. See smDim6.m.
-Added fermion-mass corrections to tadpoles.
-Added ultrasoft correction to the pressure
-Added printout of renormalisation constants
-Added two new user-submitted models: "RealScalar.m" and "ScalYukawa.m"
-Fixed bugs.

DRalgo 1.0 beta

DRalgo 1.0 beta (2022), for Mathematica 13 (and Mathematica 12).
External routines/libraries: GroupMath
Nature of problem: Construction of high-temperature effective field theories for beyond the Standard Model physics.
Solution method: Matching of n-point correlation functions using tensor-notation of couplings.