• using R Under development (unstable) (2012-02-23 r58468)
  • using platform: i686-pc-linux-gnu (32-bit)
  • using session charset: UTF-8
  • checking for file ‘texmex/DESCRIPTION’ ... OK
  • checking extension type ... Package
  • this is package ‘texmex’ version ‘1.2’
  • checking package dependencies ... OK
  • checking if this is a source package ... OK
  • checking if there is a namespace ... NOTE
    As from R 2.14.0 all packages need a namespace.
    One will be generated on installation, but it is better to handcraft a
    NAMESPACE file: R CMD build will produce a suitable starting point.
  • checking for executable files ... OK
  • checking whether package ‘texmex’ can be installed ... OK
  • checking installed package size ... OK
  • checking package directory ... OK
  • checking for portable file names ... OK
  • checking for sufficient/correct file permissions ... OK
  • checking DESCRIPTION meta-information ... OK
  • checking top-level files ... OK
  • checking index information ... OK
  • checking package subdirectories ... OK
  • checking R files for non-ASCII characters ... OK
  • checking R files for syntax errors ... OK
  • checking whether the package can be loaded ... OK
  • checking whether the package can be loaded with stated dependencies ... OK
  • checking whether the package can be unloaded cleanly ... OK
  • checking for unstated dependencies in R code ... OK
  • checking S3 generic/method consistency ... OK
  • checking replacement functions ... OK
  • checking foreign function calls ... OK
  • checking R code for possible problems ... NOTE
    .ismev.gpd.fit: multiple local function definitions for ‘gpd.lik’ with
    different formal arguments
    bgpdSetSeed: possible error in assign(".Random.seed", x$seed, where =
    1): unused argument(s) (where = 1)
    gpd : proposal: possible error in rmvnorm(1, mean, cov = sigma): unused
    argument(s) (cov = sigma)
    mexDependence : qfun: warning in filled.contour(a.grid, b.grid,
    -NegProfLik, main = paste("Profile likelihood", PlotLikTitle), color
    = terrain.colors, xlab = "a", ylab = "b", plot.axes = {: partial
    argument match of 'color' to 'color.palette'
    mexDependence : qfun: warning in axis(1): partial argument match of
    'color' to 'color.palette'
    mexDependence : qfun: warning in axis(2): partial argument match of
    'color' to 'color.palette'
    mexDependence : qfun: warning in points(o$par[1], o$par[2]): partial
    argument match of 'color' to 'color.palette'
    mexDependence : qfun: warning in }): partial argument match of 'color'
    to 'color.palette'
    plot.bgpd: no visible global function definition for ‘bandwidth.hb’
    test.bootgpd: warning in checkEqualsNumeric(cse[1], bse[1], tol = tol,
    msg = "bootgpd: rain se(sigma) matches Coles"): partial argument
    match of 'tol' to 'tolerance'
    test.bootgpd: warning in checkEqualsNumeric(cse[2], bse[2], tol = tol,
    msg = "bootgpd: rain se(xi) matches Coles"): partial argument match
    of 'tol' to 'tolerance'
    test.bootgpd: warning in checkEqualsNumeric(cest[1], best[1], tol =
    tol, msg = "bootgpd: rain median of sigma matches point estimate"):
    partial argument match of 'tol' to 'tolerance'
    test.bootgpd: warning in checkEqualsNumeric(cest[2], best[2], tol =
    tol, msg = "bootgpd: rain medians of xi matches point estimate"):
    partial argument match of 'tol' to 'tolerance'
    test.bootgpd: no visible binding for global variable ‘ALT.M’
    test.bootgpd: no visible binding for global variable ‘ALT.B’
    test.bootmex: warning in migpd(wavesurge, mq = 0.7): partial argument
    match of 'mq' to 'mqu'
    test.dgpd : <anonymous>: warning in rgpd(nsim, sig = p[i, 1], xi = p[i,
    2], u = thresh[i]): partial argument match of 'sig' to 'sigma'
    test.gpd: no visible binding for global variable ‘rainfall’
    test.gpd: no visible binding for global variable ‘ALT.M’
    test.gpd: no visible binding for global variable ‘ALT.B’
    test.gpd: no visible binding for global variable ‘y’
    test.gpd: warning in require(MASS, quiet = TRUE): partial argument
    match of 'quiet' to 'quietly'
    test.gpd: no visible binding for global variable ‘resids’
    test.info.gpd: no visible binding for global variable ‘ALT.M’
    test.info.gpd: no visible binding for global variable ‘y’
    test.mexDependence: warning in checkEqualsNumeric(jhWdepO3,
    myWdepO3$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Winter O3"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhWdepNO2,
    myWdepNO2$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Winter NO2"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhWdepNO,
    myWdepNO$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Winter NO"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhWdepSO2,
    myWdepSO2$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Winter SO2"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhWdepPM10,
    myWdepPM10$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Winter PM10"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhSdepO3,
    mySdepO3$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Summer O3"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhSdepNO2,
    mySdepNO2$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Summer NO2"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhSdepNO,
    mySdepNO$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Summer NO"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhSdepSO2,
    mySdepSO2$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Summer SO2"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(jhSdepPM10,
    mySdepPM10$dependence$coefficients[1:4, ], tol = tol, msg =
    "mexDependence: Summer PM10"): partial argument match of 'tol' to
    'tolerance'
    test.mexDependence: warning in migpd(wavesurge, mq = 0.7): partial
    argument match of 'mq' to 'mqu'
    test.mexDependence: warning in
    checkEqualsNumeric(summer.mex1$dependence$coefficients,
    summer.mex2$dependence$coefficients, tol = tol, msg = "mexDependence:
    summer starting values: class(start)='mex'"): partial argument match
    of 'tol' to 'tolerance'
    test.mexDependence: warning in
    checkEqualsNumeric(summer.mex1$dependence$coefficients,
    summer.mex3$dependence$coefficients, tol = tol, msg = "mexDependence:
    summer starting values: start= matrix "): partial argument match of
    'tol' to 'tolerance'
    test.mexDependence: warning in
    checkEqualsNumeric(summer.mex1$dependence$coefficients,
    summer.mex4$dependence$coefficients, tol = tol, msg = "mexDependence:
    summer starting values: start= vector"): partial argument match of
    'tol' to 'tolerance'
    test.mexDependence: warning in checkEqualsNumeric(KTPest, HTSest, tol =
    tol, mesg = paste("mexDependence: constrained estimation threshold",
    i)): partial argument match of 'tol' to 'tolerance'
    test.mexRangeFit: warning in migpd(wavesurge, mq = 0.7): partial
    argument match of 'mq' to 'mqu'
    test.migpd: warning in checkEqualsNumeric(htsummer[i, ], summer.gpd[i,
    ], tol = tol[i], msg = paste("migpd: Table 4 summer", i)): partial
    argument match of 'tol' to 'tolerance'
    test.migpd: warning in checkEqualsNumeric(htwinter[i, ], winter.gpd[i,
    ], tol = tol[i], msg = paste("migpd: Table 4 winter", i)): partial
    argument match of 'tol' to 'tolerance'
    test.migpd: warning in migpd(wavesurge, mq = 0.7): partial argument
    match of 'mq' to 'mqu'
    test.migpd: warning in
    checkEqualsNumeric(wavesurge.fit$models$wave$loglik,
    gpd(wavesurge$wave, qu = 0.7)$loglik, tol = 0.001, msg = "migpd: 2-d
    data gpd fit wave"): partial argument match of 'tol' to 'tolerance'
    test.migpdCoefs: warning in require(MASS, quiet = TRUE): partial
    argument match of 'quiet' to 'quietly'
    test.migpdCoefs: no visible binding for global variable ‘alt’
    test.migpdCoefs: no visible binding for global variable ‘ast’
    test.migpdCoefs: warning in migpdCoefs(Dmod, which = c("alt", "ast"),
    coef = list(altco, astco)): partial argument match of 'coef' to
    'coefs'
    test.pgpd : <anonymous>: warning in rgpd(nsim, sig = p[i, 1], xi = p[i,
    2], u = thresh[i]): partial argument match of 'sig' to 'sigma'
    test.plot.predict.mex: warning in mex(winter, mqu = 0.7, penalty =
    "none", wh = "NO", dqu = 0.7, margins = "gumbel", constrain = FALSE):
    partial argument match of 'wh' to 'which'
    test.plot.predict.mex: warning in mex(wavesurge, mq = 0.7, which = 1,
    margins = "laplace"): partial argument match of 'mq' to 'mqu'
    test.predict.mex: warning in checkEqualsNumeric(Table5summer,
    resSummer, tol = tol, msg = "predict.mex: Table 5 summer data"):
    partial argument match of 'tol' to 'tolerance'
    test.predict.mex: warning in checkEqualsNumeric(Table5winter,
    resWinter, tol = tol, msg = "predict.mex: Table 5 winter data"):
    partial argument match of 'tol' to 'tolerance'
    test.predict.mex: warning in checkEqualsNumeric(pointEstSummer,
    resSummer[1, ], tol = tol, msg = "predict.mex: point est vs boot,
    summer data"): partial argument match of 'tol' to 'tolerance'
    test.predict.mex: warning in checkEqualsNumeric(pointEstWinter,
    resWinter[1, ], tol = tol, msg = "predict.mex: point est vs boot,
    winter data"): partial argument match of 'tol' to 'tolerance'
    test.predict.mex: warning in mex(wavesurge, mq = 0.7, dqu = 0.7,
    margins = "laplace", which = 1): partial argument match of 'mq' to
    'mqu'
    test.predict.mex: warning in checkEqualsNumeric(lap.ans, gum.ans, tol =
    tol, msg = paste("predict.mex Laplace predictions equal to Gumbel,
    test replicate", i)): partial argument match of 'tol' to 'tolerance'
    test.revTransform: warning in checkEqualsNumeric(x.l.e, x, tol = 1e-04,
    msg = "revTransform: empirical transformation, laplace target"):
    partial argument match of 'tol' to 'tolerance'
    test.revTransform: warning in checkEqualsNumeric(x.l.m, x, tol = 1e-04,
    msg = "revTransform: mixture transformation, laplace target"):
    partial argument match of 'tol' to 'tolerance'
    test.revTransform: warning in checkEqualsNumeric(x.g.e, x, tol = 1e-04,
    msg = "revTransform: empirical transformation, gumbel target"):
    partial argument match of 'tol' to 'tolerance'
    test.revTransform: warning in checkEqualsNumeric(x.g.m, x, tol = 1e-04,
    msg = "revTransform: mixture transformation, gumbel target"): partial
    argument match of 'tol' to 'tolerance'
  • checking Rd files ... OK
  • checking Rd metadata ... OK
  • checking Rd cross-references ... OK
  • checking for missing documentation entries ... OK
  • checking for code/documentation mismatches ... OK
  • checking Rd \usage sections ... OK
  • checking Rd contents ... OK
  • checking for unstated dependencies in examples ... OK
  • checking contents of ‘data’ directory ... OK
  • checking data for non-ASCII characters ... OK
  • checking data for ASCII and uncompressed saves ... OK
  • checking examples ... [123s/123s] OK
  • checking PDF version of manual ... OK
    NOTE: There were 2 notes.
    See
    ‘/home/hornik/tmp/R.check/r-devel/Work/PKGS/texmex.Rcheck/00check.log’
    for details.