get ready for next release

M2/Macaulay2/packages/=distributed-packages

@@ -255,4 +255,4 @@ PseudomonomialPrimaryDecomposition
 PolyominoIdeals
 MatchingFields
 CellularResolutions
-SagbiGbDetection
+SagbiGbDetection

M2/Macaulay2/packages/DecomposableSparseSystems/examples/_solve__Decomposable__System.out

@@ -102,6 +102,16 @@ The mixed volume of
  is 3
  yet we found 2 points
 Attempting to find all 3 points via monodromy.
+Found:2 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
+Found:3 solutions via monodromy
 Monodromy recovery was successful
 basicSolver: Computed 3 solutions
 

M2/Macaulay2/packages/GraphicalModelsMLE.m2

@@ -44,7 +44,21 @@ newPackage(
  Headline => "maximum likelihood estimates for graphical statistical models",
  Keywords => {"Algebraic Statistics"},
  DebuggingMode => true,
- PackageExports => {"GraphicalModels","Graphs","EigenSolver","NumericalAlgebraicGeometry","StatGraphs"}
+ PackageExports => {"GraphicalModels","Graphs","EigenSolver","NumericalAlgebraicGeometry","StatGraphs"},
+ Certification => {
+ "journal name" => "The Journal of Software for Algebra and Geometry",
+ "journal URI" => "http://j-sag.org/",
+ "article title" => "Computing maximum likelihood estimates for Gaussian graphical models with Macaulay2",
+ "acceptance date" => "14 March 2022",
+ "published article URI" => "https://msp.org/jsag/2022/12-1/p01.xhtml",
+ "published article DOI" => "10.2140/jsag.2022.12.1",
+ "published code URI" => "https://msp.org/jsag/2022/12-1/jsag-v12-n1-x01-GraphicalModelsMLE.zip",
+ "repository code URI" => "http://github.com/Macaulay2/M2/blob/master/M2/Macaulay2/packages/GraphicalModelsMLE.m2",
+ "release at publication" => "f0aaf5e74216283f022f7773bc1116f8de6b944b", -- git commit number in hex
+ "version at publication" => "1.0",
+ "volume number" => "12",
+ "volume URI" => "https://msp.org/jsag/2022/12-1/"
+ }
  )
 export {
  "checkPD",

M2/Macaulay2/packages/Jets.m2

@@ -34,7 +34,21 @@ newPackage(
  Headline => "compute jets of various algebraic, geometric and combinatorial objects",
  PackageImports => {"SimpleDoc","EdgeIdeals"},
  PackageExports => {"EdgeIdeals"},
- DebuggingMode => false
+ DebuggingMode => false,
+ Certification => {
+ "journal name" => "The Journal of Software for Algebra and Geometry",
+ "journal URI" => "http://j-sag.org/",
+ "article title" => "Computing with jets",
+ "acceptance date" => "20 October 2022",
+ "published article URI" => "https://msp.org/jsag/2022/12-1/p06.xhtml",
+ "published article DOI" => "10.2140/jsag.2022.12.43",
+ "published code URI" => "https://msp.org/jsag/2022/12-1/jsag-v12-n1-x06-Jets.m2",
+ "repository code URI" => "http://github.com/Macaulay2/M2/blob/master/M2/Macaulay2/packages/Jets.m2",
+ "release at publication" => "b0d482205848caeda2616f4ed58be2a6783e88a2", -- git commit number in hex
+ "version at publication" => "1.1",
+ "volume number" => "12",
+ "volume URI" => "https://msp.org/jsag/2022/12-1/"
+ }
  )
 
 

M2/Macaulay2/packages/LinearTruncations.m2

@@ -8,7 +8,21 @@ newPackage(
  {Name => "Navid Nemati", Email => "Navid.Nemati@inria.fr"}},
  Headline => "find the multigraded truncations that give linear resolutions",
  PackageExports => {"Truncations", "TateOnProducts"},
- DebuggingMode => false
+ DebuggingMode => false,
+ Certification => {
+ "journal name" => "The Journal of Software for Algebra and Geometry",
+ "journal URI" => "http://j-sag.org/",
+ "article title" => "Linear truncations package for Macaulay2",
+ "acceptance date" => "18 May 2022",
+ "published article URI" => "https://msp.org/jsag/2022/12-1/p02.xhtml",
+ "published article DOI" => "10.2140/jsag.2022.12.11",
+ "published code URI" => "https://msp.org/jsag/2022/12-1/jsag-v12-n1-x02-LinearTruncations.m2",
+ "repository code URI" => "http://github.com/Macaulay2/M2/blob/master/M2/Macaulay2/packages/LinearTruncations.m2",
+ "release at publication" => "c1b72330821054c17b07c574649d98ac577cb3af", -- git commit number in hex
+ "version at publication" => "1.0",
+ "volume number" => "12",
+ "volume URI" => "https://msp.org/jsag/2022/12-1/"
+ }
  )
 
 export{

M2/Macaulay2/packages/Macaulay2Doc/changes.m2

@@ -6,6 +6,7 @@ document {
  Key => "changes to Macaulay2, by version",
  Subnodes => {
  TO "changes made for the next release",
+ TO "changes, 1.22",
  TO "changes, 1.21",
  TO "changes, 1.20",
  TO "changes, 1.19.1",
@@ -44,6 +45,45 @@ document {
 document {
  Key => "changes, 1.22",
  UL {
+ LI { "packages that have been published and certified:",
+ UL {
+ -- LI { star, " ", TO "::", ", a package by ... for ..., has been published." },
+ LI { star, " ", TO "GraphicalModelsMLE::GraphicalModelsMLE", ", a package by 
+ Carlos Amendola, Luis David Garcia Puente, Roser Homs Pons, Olga Kuznetsova, 
+ Harshit J Motwani, Elina Robeva, and David Swinarski, for maximum likelihood
+ estimates for graphical statistical models, has been published." },
+ LI { star, " ", TO "LinearTruncations::LinearTruncations", ", a package by Lauren Cranton Heller,
+ David Eisenbud, and Navid Nemati for finding multigraded truncations that give linear resolutions, 
+ has been published."
+ },
+ LI { star, " ", TO "RationalMaps::RationalMaps", ", a package by Karl Schwede,
+ Daniel Smolkin, S. Hamid Hassanzadeh, and C. J. Bott, for working with rational maps, has been published." },
+ LI { star, " ", TO "PseudomonomialPrimaryDecomposition::PseudomonomialPrimaryDecomposition", ", a package by Alan 
+ A. Veliz-Cuba for primary decomposition of square free pseudomonomial ideals, has been published."},
+ LI { star, " ", TO "NoetherianOperators::NoetherianOperators", ", a package by Robert Krone, Justin Chen,
+ Marc Harkonen, Yairon Cid-Ruiz, and Anton Leykin, for numerically computing local dual spaces, 
+ Hilbert functions, and Noetherian operators, has been published." },
+ LI { star, " ", TO "Jets::Jets", ", a package by Federico Galetto and 
+ Nicholas Iammarino, for computing jets of various algebraic, geometric and combinatorial objects, has been published." }
+ }
+ },
+ LI { "new packages:",
+ UL {
+ -- LI { TO "::", ", a package by ... for ..., has been added." },
+ LI { TO "HolonomicSystems::HolonomicSystems", ", a package by Mahrud Sayrafi, Christine Berkesch, Anton Leykin, and 
+ Harrison Tsai for holonomic systems, has been added. The code was originally in the Dmodules package." },
+ LI { TO "BernsteinSato::BernsteinSato", ", a package by Anton Leykin and Harrison Tsai for Bernstein-Sato, 
+ has been added. The code was originally in the Dmodules package." },
+ LI { TO "PolyominoIdeals::PolyominoIdeals", ", a package by Carmelo Cisto, Francesco Navarra, and Rizwan Jahangir for 
+ binomial ideals of collections of cells, has been added." },
+ LI { TO "MatchingFields::MatchingFields", ", a package by Oliver Clarke for matching fields, has been added." },
+ LI { TO "CellularResolutions::CellularResolutions", ", a package by Jay Yang and Aleksandra Sobieska for 
+ cellular resolutions of monomial ideals, has been added." },
+ LI { TO "SagbiGbDetection::SagbiGbDetection", ", a package by Viktoriia Borovik, Timothy Duff, and Elima Shehu for verifying
+ whether the given generators of an ideal form the Gr\"obner basis or whether the given generators of a finitely 
+ generated subalgebra of a polynomial ring are the SAGBI basis, has been added." }
+ }
+ },
  LI { "functionality added:",
  UL {
  LI { "A ", TO RingMap, " object may now be raised to the 0th power if its ", TO source, " and ", TO target, " agree." },

M2/Macaulay2/packages/NCAlgebra/examples/___Basic_spoperations_spon_spnoncommutative_spalgebras.out

@@ -332,7 +332,7 @@ i45 : E' = QQ[x,y,z,w,SkewCommutative=>true]
 
 o45 = E'
 
-o45 : PolynomialRing, 4 skew commutative variables
+o45 : PolynomialRing, 4 skew commutative variable(s)
 
 i46 : E = toNCRing E'
 --Calling Bergman for NCGB calculation.
@@ -387,7 +387,7 @@ i54 : C'' = toM2Ring(C,SkewCommutative=>true)
 
 o54 = C''
 
-o54 : PolynomialRing, 4 skew commutative variables
+o54 : PolynomialRing, 4 skew commutative variable(s)
 
 i55 : y*x
 

M2/Macaulay2/packages/NCAlgebra/examples/_matrix_lp__N__C__Ring__Map_rp.out

@@ -12,7 +12,7 @@ i2 : B = QQ[a,b,c,SkewCommutative=>true]
 
 o2 = B
 
-o2 : PolynomialRing, 3 skew commutative variables
+o2 : PolynomialRing, 3 skew commutative variable(s)
 
 i3 : f = ncMap(B,A,{a^3,b^2,a+b,a-b})
 

M2/Macaulay2/packages/NCAlgebra/examples/_to__M2__Ring.out

@@ -44,7 +44,7 @@ i7 : C = toM2Ring(A,SkewCommutative=>true)
 
 o7 = C
 
-o7 : PolynomialRing, 4 skew commutative variables
+o7 : PolynomialRing, 4 skew commutative variable(s)
 
 i8 : x*y-y*x
 

M2/Macaulay2/packages/NoetherianOperators.m2

@@ -20,11 +20,25 @@ newPackage(
  PackageImports => {"PrimaryDecomposition"},
  AuxiliaryFiles => false,
  DebuggingMode => false,
- Keywords => {"Numerical Algebraic Geometry", "Commutative Algebra"}
-)
+ Keywords => {"Numerical Algebraic Geometry", "Commutative Algebra"},
+ Certification => {
+ "journal name" => "The Journal of Software for Algebra and Geometry",
+ "journal URI" => "http://j-sag.org/",
+ "article title" => "Noetherian operators in Macaulay2",
+ "acceptance date" => "26 September 2022",
+ "published article URI" => "https://msp.org/jsag/2022/12-1/p05.xhtml",
+ "published article DOI" => "10.2140/jsag.2022.12.33",
+ "published code URI" => "https://msp.org/jsag/2022/12-1/jsag-v12-n1-x05-NoetherianOperators.m2",
+ "repository code URI" => "http://github.com/Macaulay2/M2/blob/master/M2/Macaulay2/packages/NoetherianOperators.m2",
+ "release at publication" => "28faaabb38111c186c23ef6e6a3d487b0823390e", -- git commit number in hex
+ "version at publication" => "2.2.1",
+ "volume number" => "12",
+ "volume URI" => "https://msp.org/jsag/2022/12-1/"
+ }
+ )
 
 debug NumericalLinearAlgebra
-
+ 
 export {
  "truncatedDual",
  "zeroDimensionalDual",