# Export pretty-well everything except ".newt", and "plot.stepfun".
export(a2sf, getPossPrices, plot.flap, turnPts, buildS, getS, vupdate, cev,
i2qj, putAway, xsolve.cont, initx, qj2i, xsolve.disc, findSolType,
xsolve.pwl, plot.AssetPricing, scrF, scrG, vsolve, xsolve, progRep)
# Import polynom and deSolve:
import(polynom, deSolve)

# Export pretty-well everything except ".newt", and "plot.stepfun".
export(a2sf, getPossPrices, plot.flap, turnPts, buildS, getS, vupdate, cev,
i2qj, putAway, xsolve.cont, initx, qj2i, xsolve.disc, findSolType,
xsolve.pwl, plot.AssetPricing, scrF, scrG, vsolve, xsolve, progRep)
# Register S3 methods.
S3method(plot,AssetPricing)
S3method(plot,flap)
S3method(plot,stepfun)
# Import polynom and deSolve:
import(polynom, deSolve)
# Import particular functions from other packages.
importFrom("grDevices", "dev.interactive")
importFrom("graphics", "axis", "mtext", "par", "plot", "points",
"segments", "text")
importFrom("stats", "approxfun", "deriv", "deriv3", "ecdf", "is.stepfun",
"knots", "median", "optimize", "splinefun", "stepfun")

# Export pretty-well everything except ".newt", and "plot.stepfun".
export(a2sf, getPossPrices, plot.flap, turnPts, buildS, getS, vupdate, cev,
i2qj, putAway, xsolve.cont, initx, qj2i, xsolve.disc, findSolType,
xsolve.pwl, plot.AssetPricing, scrF, scrG, vsolve, xsolve, progRep)
# Register S3 methods.
S3method(plot,AssetPricing)
S3method(plot,flap)
S3method(plot,stepfun)
# Import polynom and deSolve:
import(polynom, deSolve)
# Import particular functions from other packages.
importFrom("grDevices", "dev.interactive")
importFrom("graphics", "axis", "mtext", "par", "plot", "points",
"segments", "text")
importFrom("stats", "approxfun", "deriv", "deriv3", "ecdf", "is.stepfun",
"knots", "median", "optimize", "splinefun", "stepfun")

importFrom("stats", "binomial", "dbeta", "dbinom", "dnorm",
"fisher.test", "glm", "integrate", "lm", "pnorm", "qbeta",

# add-in functions for GDBR and SKAT (not documented)
# internal functions (NOT to be called by the user)

importFrom("stats", "as.formula", "coef", "cooks.distance", "cor",
"glm", "lm", "model.frame", "na.omit", "pf", "pnorm",
"ppoints", "predict", "predict.glm", "residuals", "sd",