Maintainer: ‘Matthew T. Pratola <mpratola@stat.osu.edu>’

No Authors@R field in DESCRIPTION.
Please add one, modifying
  Authors@R: person(given = c("Matthew", "T."),
                    family = "Pratola",
                    role = c("aut", "cre", "cph"),
                    email = "mpratola@stat.osu.edu")
as necessary.
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
Maintainer: ‘Matthew T. Pratola <mpratola@stat.osu.edu>’

No Authors@R field in DESCRIPTION.
Please add one, modifying
  Authors@R: person(given = c("Matthew", "T."),
                    family = "Pratola",
                    role = c("aut", "cre", "cph"),
                    email = "mpratola@stat.osu.edu")
as necessary.
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^
checkRd: (-1) gp.realize.Rd:20: Lost braces; missing escapes or markup?
    20 | The list \code{l.v} is created by \code{makedistlist()} from a {n x p} design matrix on which to generate the unconditional GP realization.  The correlation parameters take on values in \code{(0,1)} and use the Gaussian correlation model, calculated as \code{rho^d(xi,xj)^2}.  This helper function is used to create the demonstration data used in the example for \code{calibrate()}.
       |                                                                ^