CodeTools

12 symbols, auto-generated from package ::usage strings.

UpdateFlows

UpdateFlows["Name"] updates the Flow Class with Name "Name" and the CMakeLists.txt file.

FlowKernel

FlowKernel[expr_,name_String,NT_String:"auto",addprefix_String:""]

Makes an equation into a lambda expression - of limited usefulness, but can be used together with LoopIntegrals::integrate and similar functions.

CodeForm

CodeForm[expr_]

Obtain properly formatted and processed C++ code from an expression.

SetCppNames

SetCppNames[rules___]

Set additional replacement rules used when invoking CodeForm[expr].

Example Call: SetCppNames[“k”->”k_bosonic”, “Arccos(“->”std::arccos(“]

DeclareSymmetricPoints4DP4

DeclareSymmetricPoints4DP4[]

Obtain C++ code declaring angles for a four-point symmetric configuration in 4D. The angles will have the names cosp1q, cosp2q, cosp3q and cosp4q. DeclareSymmetricPoints4DP4[computeType] Set the type of the declared C++ variables (should be double or float).

DeclareSymmetricPoints4DP3

DeclareSymmetricPoints4DP3[]

Obtain C++ code declaring angles for a four-point symmetric configuration in 4D. The angles will have the names cosp1q, cosp2q, cosp3q and cosp4q. DeclareSymmetricPoints4DP3[computeType] Set the type of the declared C++ variables (should be double or float).

DeclareSymmetricPoints3DP4

DeclareSymmetricPoints3DP4[]

Obtain C++ code declaring angles for a four-point symmetric configuration in 3D. The angles will have the names cosp1q, cosp2q, cosp3q and cosp4q. DeclareSymmetricPoints3DP4[computeType] Set the type of the declared C++ variables (should be double or float).

DeclareSymmetricPoints3DP3

DeclareSymmetricPoints3DP3[]

Obtain C++ code declaring angles for a three-point symmetric configuration in 3D. The angles will have the names cosp1q, cosp2q and cosp3q. DeclareSymmetricPoints3DP3[computeType] Set the type of the declared C++ variables (should be double or float).

DeclareSymmetricPoints2DP4

DeclareSymmetricPoints2DP4[]

Obtain C++ code declaring angles for a four-point symmetric configuration in 2D. The angles will have the names cosp1q, cosp2q, cosp3q and cosp4q. DeclareSymmetricPoints2DP4[computeType] Set the type of the declared C++ variables (should be double or float).

DeclareSymmetricPoints2DP3

DeclareSymmetricPoints2DP3[]

Obtain C++ code declaring angles for a three-point symmetric configuration in 2D. The angles will have the names cosp1q, cosp2q and cosp3q. DeclareSymmetricPoints2DP3[computeType] Set the type of the declared C++ variables (should be double or float).

DeclareAnglesP34Dpqr

DeclareAnglesP34Dpqr[q,p,r]

Obtain C++ code declaring angles for the angles in a full three-point function in 4D. The angles will have the names cospq and cosqr, where q,p,r are replaced by the given Symbol names and ordered alphabetically. DeclareAnglesP34Dpqr[q,p,r,computeType] Set the type of the declared C++ variables (should be double or float).

DeclareAnglesP33Dpqr

DeclareAnglesP33Dpqr[q,p,r]

Obtain C++ code declaring angles for the angles in a full three-point function in 3D. The angles will have the names cospq and cosqr, where q,p,r are replaced by the given Symbol names and ordered alphabetically. DeclareAnglesP34Dpqr[q,p,r,computeType] Set the type of the declared C++ variables (should be double or float).