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+==============================================================================
+ INSTALLATION
+==============================================================================
+
+In the current version the package does not contain a dedicated installer. One can access the package files, TripleK.wl and Konformal.wl, by Mathematica's Get command:
+
+<< TripleK`
+<< Konformal`
+
+Alternatively, one can install the packages in the Mathematica's folder structure by using File -> Install option from the Mathematica's menu.
+
+==============================================================================
+ FILES
+==============================================================================
+
+The package consists of 2 Wolfram Language (Mathematica) package files: TripleK.wl and Konformal.wl, as well as 5 Mathematica notebooks: BasicExamples.nb, DeriveCWIs.nb, SolveCWIs.nb, CheckCWIs.nb, and FreeTheory.nb.
+
+------------------------------------------------------------------------------
+ Package files
+------------------------------------------------------------------------------
+
+=> TripleK.wl contains the heart of the package. This file contains procedures for manipulations and evaluations of triple-K integrals.
+
+=> Konformal.wl is a repository containing results regarding the structure of conformal 3-point functions of scalar operators, conserved currents and stress tensor.
+
+------------------------------------------------------------------------------
+ Examples
+------------------------------------------------------------------------------
+
+=> BasicExamples.nb contains examples regarding the use of the package TripleK.wl. It contains 5 sections presenting the package. It is a good point to start.
+
+------------------------------------------------------------------------------
+ Attached notebooks
+------------------------------------------------------------------------------
+
+=> DeriveCWIs.nb contains derivation of both primary and secondary conformal Ward identities. Ten sections cover all 3-point functions of scalar operators, conserved currents and stress tensor.
+
+=> SolveCWIs.nb contains general solutions to primary and secondary CWIs.
+
+=> CheckCWI.nb contains complete solutions to primary and secondary CWIs in d=3 and d=4 spacetime dimensions. In correlation functions involving scalar operators, we consider operators of dimensions Delta=2,4 in d=4 and Delta=1,3 in d=3.
+
+=> FreeTheory.nb contains evaluations of all relevant 2- and 3-point functions in theories of free massless scalars and fermions in d=3 and d=4 spacetime dimensions.