# useDynLib(lattice)

import(grid)


importFrom(grDevices, dev.list, cm.colors, gray, heat.colors)
importFrom(graphics, plot, co.intervals)


importFrom(stats, as.formula, density, fitted.values, loess.smooth, 
           median, ppoints, qnorm, residuals, update)


export("[.shingle", as.factorOrShingle, as.shingle, banking, barchart,
       bwplot, canonical.theme, cloud, col.whitebg, Rows,

#      construct.scales,

       contourplot, densityplot, dotplot, draw.colorkey, draw.key,
       equal.count, histogram, is.shingle, larrows,

       latticeParseFormula,

       levelplot, llines, lplot.xy, lpoints, lsegments, lset, ltext,

       ltransform3dMatrix, ltransform3dto3d,

       oneway, panel.3dscatter, panel.3dwire, panel.abline,
       panel.barchart, panel.bwplot, panel.cloud, panel.curve,
       panel.densityplot, panel.dotplot, panel.fill, panel.grid,
       panel.rug, panel.histogram, panel.levelplot,
       panel.contourplot, panel.linejoin,
       panel.identify, panel.lmline, panel.loess, panel.mathdensity,
       panel.pairs, panel.parallel, panel.qq, panel.qqmath,
       panel.qqmathline, panel.splom, panel.stripplot,
       panel.superpose, panel.axis, panel.superpose.2, panel.tmd,
       panel.wireframe, panel.xyplot, parallel, prepanel.lmline,
       prepanel.loess, prepanel.qqmathline, qq, qqmath, rfs, shingle,
       show.settings, simpleKey, splom, strip.default, stripplot, tmd,
       trellis.device, trellis.par.get, trellis.par.set, wireframe,
       xyplot, 

       do.breaks,
       lattice.getOption, lattice.options,
       trellis.focus, trellis.unfocus, trellis.switchFocus,
       trellis.panelArgs, trellis.vpname, trellis.grobname,

       panel.arrows, panel.segments, panel.lines, panel.points,
       panel.text,

       strip.custom, trellis.last.object
       )



S3method("[", shingle)
S3method(as.data.frame, shingle)
S3method(plot, shingle)
S3method(print, shingle)
S3method(print, shingleLevel)
S3method(print, trellis)
S3method(summary, shingle)
S3method(update, trellis)
S3method(summary, trellis)


### Local variables:
### mode: R
### End: