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PeakLab Copyright
PeakLab v1 ãCopyright 1990-2022, AIST Software Inc. All Rights Reserved.
All of the models, methodologies, and technologies in the software and documentation which are our original work, and nowhere else previously published in the literature, are copyrighted as above. These items are referenced in the appropriate sections of the documentation. We grant to users, with a paid license for PeakLab, the right to use such in their own independent research and publications, providing the following reference is made:
PeakLab Software, version 1, September 2022, AIST Software Inc, Mapleton, OR, USA.
The following specific items are those we believe to be our own work and nowhere else published and subject to this copyright restriction:
Fast NLC/Giddings approximations
Generalized Error Model - [Y] ZDD
Generalized Error Model - Gen2 Default ZDD
Generalized DblExp - [YpE] ZDD
Generalized
Error Model, Two-Width - [Yp2] ZDD
Generalized
Laplace, Two-Width - [Yp2E] ZDD
Generalized
Two-Sided Order 0,1, Kinetic - [K] ZDD
GenHVL - Generalized Normal ZDD
Gen2HVL - Generalized Error Model ZDD
GenHVL[Z] - [Z] Generalized Normal ZDD
GenHVL[Y] - [Y] Generalized Error Model ZDD
GenHVL[G] - [G] Half-Gaussian Modified Gaussian (GMG)
GenHVL[E] - [E] Exponentially-Modified Gaussian (EMG)
GenHVL[Q] - [Q] Error Model (Symmetric)
GenHVL[S] - [S] Student's t (Symmetric)
GenHVL[T] - [T] Generalized Student's t (Asymmetric)
GenHVL[V] - [V] Generalized GMG
GenHVL[YpE] - [YpE] Generalized Laplace (High Overload Shapes Only)
GenHVL[Yp2] - [Yp2] Generalized Error Model 2-Width (High Overload Shapes Only)
GenHVL[Yp2E] - [Yp2E] Generalized Laplace 2-Width (High Overload Shapes Only)
GenHVL[K] - [K] Generalized Two-Sided Kinetic Orders 0,1 (High Overload Shapes Only)
GenHVL[W] - [W] Generalized Error, Linear Gradient ZDD (HPLC Gradient Shapes Only)
GenNLC - Generalized Normal ZDD
Gen2NLC - Generalized Error Model ZDD
GenNLC[Z] - [Z] Generalized Normal ZDD
GenNLC[Y] - [Y] Generalized Error Model ZDD
GenNLC[T] - [T] Generalized Student's t (Asymmetric)
GenNLC[V] - [V] Generalized GMG