PDFxTMDLib: a parton distribution library for both transverse and collinear parton distribution functions
In this paper, we present PDFxTMD, a novel library for parton distribution functions (PDFs) which integrates both collinear PDFs (cPDFs) and transverse momentum-dependent PDFs (TMDs). Designed with modern C++ principles, including the Curiously Recurring Template Pattern (CRTP) and type erasure, PDF...
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| creator | Valeshabadi, R. Kord |
| description | In this paper, we present PDFxTMD, a novel library for parton distribution
functions (PDFs) which integrates both collinear PDFs (cPDFs) and transverse
momentum-dependent PDFs (TMDs). Designed with modern C++ principles, including
the Curiously Recurring Template Pattern (CRTP) and type erasure, PDFxTMD
achieves high performance while ensuring extensibility. The library offers
well-defined interfaces for reading PDF grid files, as well as for
interpolation and extrapolation, enabling users to implement tailored solutions
for their specific needs. PDFxTMD supports standard file formats from LHAPDF
and TMDLib, while also allowing for adaptability to non-standard formats
through its extensible architecture. By providing a unified and efficient
framework for PDF computations, PDFxTMD aims to enhance the toolkit available
to the high-energy physics community for cross-section calculations in both
collinear and $k_t$-factorization frameworks. |
| doi_str_mv | 10.48550/arxiv.2412.16680 |
| format | Article |
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functions (PDFs) which integrates both collinear PDFs (cPDFs) and transverse
momentum-dependent PDFs (TMDs). Designed with modern C++ principles, including
the Curiously Recurring Template Pattern (CRTP) and type erasure, PDFxTMD
achieves high performance while ensuring extensibility. The library offers
well-defined interfaces for reading PDF grid files, as well as for
interpolation and extrapolation, enabling users to implement tailored solutions
for their specific needs. PDFxTMD supports standard file formats from LHAPDF
and TMDLib, while also allowing for adaptability to non-standard formats
through its extensible architecture. By providing a unified and efficient
framework for PDF computations, PDFxTMD aims to enhance the toolkit available
to the high-energy physics community for cross-section calculations in both
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functions (PDFs) which integrates both collinear PDFs (cPDFs) and transverse
momentum-dependent PDFs (TMDs). Designed with modern C++ principles, including
the Curiously Recurring Template Pattern (CRTP) and type erasure, PDFxTMD
achieves high performance while ensuring extensibility. The library offers
well-defined interfaces for reading PDF grid files, as well as for
interpolation and extrapolation, enabling users to implement tailored solutions
for their specific needs. PDFxTMD supports standard file formats from LHAPDF
and TMDLib, while also allowing for adaptability to non-standard formats
through its extensible architecture. By providing a unified and efficient
framework for PDF computations, PDFxTMD aims to enhance the toolkit available
to the high-energy physics community for cross-section calculations in both
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functions (PDFs) which integrates both collinear PDFs (cPDFs) and transverse
momentum-dependent PDFs (TMDs). Designed with modern C++ principles, including
the Curiously Recurring Template Pattern (CRTP) and type erasure, PDFxTMD
achieves high performance while ensuring extensibility. The library offers
well-defined interfaces for reading PDF grid files, as well as for
interpolation and extrapolation, enabling users to implement tailored solutions
for their specific needs. PDFxTMD supports standard file formats from LHAPDF
and TMDLib, while also allowing for adaptability to non-standard formats
through its extensible architecture. By providing a unified and efficient
framework for PDF computations, PDFxTMD aims to enhance the toolkit available
to the high-energy physics community for cross-section calculations in both
collinear and $k_t$-factorization frameworks.</abstract><doi>10.48550/arxiv.2412.16680</doi><oa>free_for_read</oa></addata></record> |
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| identifier | DOI: 10.48550/arxiv.2412.16680 |
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| subjects | Physics - High Energy Physics - Phenomenology |
| title | PDFxTMDLib: a parton distribution library for both transverse and collinear parton distribution functions |
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