/dports/science/R-cran-Epi/Epi/man/ |
H A D | transform.Lexis.Rd | 30 and \code{lex.Xst}. Can be a list, in which case some levels are 42 \code{lex.Cst} and \code{lex.Xst} to factors with identical sets of 46 both the factors \code{lex.Cst} and \code{lex.Xst} in \code{x}. 47 \code{lex.Cst} and \code{lex.Xst} must be factors with the same 51 \code{lex.Cst} and \code{lex.Xst} are permuted to match the order of 56 \code{lex.Cst}, \code{lex.Xst} (and for \code{stacked.Lexis} objects 72 the factors \code{lex.Cst} and \code{lex.Xst}. 113 par( new = TRUE )
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H A D | occup.Rd | 14 \item{\code{Xst}}{eXit status \code{D}-event, \code{W}-withdrawal, 26 exit.status = Xst, 37 dev.new( height=15/ypi+1, width=20/ypi+1 ) # add an inch in each direction for 43 points(sx,pch=c(NA,16)[(sx$lex.Xst=="D")+1] )
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H A D | simLexis.Rd | 128 \code{time.since}, and \code{\link{cutLexis}} updates it when new time 174 # Split follow-up at insulin, introduce a new timescale, 178 new.state = "Ins", 179 new.scale = "t.Ins", 185 ( ai.kn <- with( subset(Si,lex.Xst=="Ins"), 187 ( ad.kn <- with( subset(Si,lex.Xst=="Dead"), 189 ( di.kn <- with( subset(Si,lex.Xst=="Ins"), 191 ( dd.kn <- with( subset(Si,lex.Xst=="Dead"), 193 ( td.kn <- with( subset(Si,lex.Xst=="Dead(Ins)"), 198 DM.Ins <- glm( (lex.Xst=="Ins") ~ Ns( Age , knots=ai.kn ) + [all …]
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H A D | splitLexis.Rd | 21 the argument \code{lex}. Each row of the new \code{Lexis} object 26 updated in the new \code{Lexis} object. The entry and exit status 69 points( Lcoh, pch=c(NA,16)[Lcoh$lex.Xst+1] ) 74 points( Lcoh, pch=c(NA,16)[Lcoh$lex.Xst+1], col="red", cex=1.5 )
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H A D | stack.Lexis.Rd | 29 levels of \code{lex.Cst} and \code{lex.Xst}, for every transition 48 \code{lex.Cst} and \code{lex.Xst} that do occur together in \code{x}, 61 dmi <- cutLexis( dml, cut=dml$doins, new.state="Ins", pre="DM" )
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H A D | matshade.Rd | 36 \item{plot}{Logical. Should a new plot frame be started? If no device 39 no plot have been called you will get an error telling that plot.new 82 mort <- glm( (lex.Xst=="Dead") ~ sex*Ns(age,knots=c(15,3:8*10)), 89 mort <- gam( (lex.Xst=="Dead") ~ s(age,by=sex) + sex,
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H A D | steno2.Rd | 98 new.state = st2alb$state) 103 dd <- subset(L3, (lex.Cst == "Mac" & lex.Xst =="Norm") | 104 (lex.Cst =="Norm" & lex.Xst == "Mac")) 108 new.state = "Mic")
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H A D | cutLexis.Rd | 19 new.scale = FALSE, 36 new.state". If \code{TRUE} a name for the new scale is constructed. 73 \code{cutLexis(obj,new.state="A",new.scale=TRUE)}, it has the value 95 state variables \code{lex.Cst} and \code{lex.Xst} are either numeric or 101 \code{lex.Xst} are factors they must be ordered factors if 106 new state, may be given. If \code{new.state=X} and 114 represent times of new events. Splitting with 144 cutLexis(xx, cut, new.state=3, precursor=1) 145 cutLexis(xx, cut, new.state=3, precursor=2) 146 cutLexis(xx, cut, new.state=3, precursor=1:2) [all …]
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H A D | erl.Rd | 148 new.state = "DM/ins", 162 mW <- glm( lex.Xst=="Dead" ~ Ns( age, knots=a.kn ), 174 lI <- update( mW, lex.Xst=="DM/ins" ~ . )
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H A D | mod.Lexis.Rd | 12 and \code{\link{coxph}}. Requires that \code{lex.Cst} and \code{lex.Xst} 61 reference will be to the position of levels of \code{lex.Xst}. 171 new.state = "Ins",
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/dports/science/R-cran-Epi/Epi/vignettes/ |
H A D | sL.tex | 40 The basic idea is to simulate a new \texttt{Lexis} object 81 mechanism that can initiate a new time scale to 0 when a transition 208 disease regulation. We therefore also introduce a new timescale, and 215 + new.state = "Ins", 216 + new.scale = "t.Ins", 324 > ( ai.kn <- with( subset(Si,lex.Xst=="Ins" & lex.Cst!=lex.Xst ), 340 > ( di.kn <- with( subset(Si,lex.Xst=="Ins" & lex.Cst!=lex.Xst ), 366 \verb|lex.Xst=="Ins"|), we should add \verb|lex.Cst!=lex.Xst|, to 1443 sf$lex.Xst <- factor(sf$lex.Xst, levels = levels(sf$lex.Cst)) 1444 sf$lex.Xst[is.na(sf$lex.Xst)] <- sf$lex.Cst[is.na(sf$lex.Xst)] [all …]
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H A D | simLexis.tex | 40 The basic idea is to simulate a new \texttt{Lexis} object 81 mechanism that can initiate a new time scale to 0 when a transition 208 disease regulation. We therefore also introduce a new timescale, and 215 + new.state = "Ins", 216 + new.scale = "t.Ins", 324 > ( ai.kn <- with( subset(Si,lex.Xst=="Ins" & lex.Cst!=lex.Xst ), 340 > ( di.kn <- with( subset(Si,lex.Xst=="Ins" & lex.Cst!=lex.Xst ), 366 \verb|lex.Xst=="Ins"|), we should add \verb|lex.Cst!=lex.Xst|, to 1438 sf$lex.Xst <- factor(sf$lex.Xst, levels = levels(sf$lex.Cst)) 1439 sf$lex.Xst[is.na(sf$lex.Xst)] <- sf$lex.Cst[is.na(sf$lex.Xst)] [all …]
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H A D | flup.tex | 375 \texttt{lex.Xst}=\texttt{DM}. 529 the date. Optionally, we may also define a new time scale with the 530 argument \texttt{new.scale=}. 550 + new.state = "Ins", 551 + new.scale = "tfI", 587 + new.state = "Ins", 588 + new.scale = "tfI", 1779 + new.state = "Ins", 1780 + new.scale = "tfI", 1829 + new.states = c("Ins","OAD"), [all …]
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H A D | simLexis.rnw | 45 The basic idea is to simulate a new \texttt{Lexis} object 86 mechanism that can initiate a new time scale to 0 when a transition 180 disease regulation. We therefore also introduce a new timescale, and 186 new.state = "Ins", 187 new.scale = "t.Ins", 250 ( ai.kn <- with( subset(Si,lex.Xst=="Ins" & lex.Cst!=lex.Xst ), 252 ( ad.kn <- with( subset(Si,lex.Xst=="Dead"), 254 ( di.kn <- with( subset(Si,lex.Xst=="Ins" & lex.Cst!=lex.Xst ), 256 ( dd.kn <- with( subset(Si,lex.Xst=="Dead"), 263 \verb|lex.Xst=="Ins"|), we should add \verb|lex.Cst!=lex.Xst|, to [all …]
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H A D | flup.rnw | 218 points( dmL, 1:2, pch=c(NA,3)[dmL$lex.Xst], 220 points( dmL, 1:2, pch=c(NA,3)[dmL$lex.Xst], 263 \texttt{lex.Xst}=\texttt{DM}. 330 argument \texttt{new.scale=}. 340 new.state = "Ins", 341 new.scale = "tfI", 366 new.state = "Ins", 367 new.scale = "tfI", 619 ( a.kn <- with( subset( dmCs, lex.Xst=="Dead" ), 1175 new.state = "Ins", [all …]
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H A D | crisk.tex | 111 + new.states = c('OAD','Ins'), 143 NOTE: lex.Cst and lex.Xst now have levels:
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/dports/science/R-cran-Epi/Epi/ |
H A D | CHANGES | 32 o factorize.Lexis now only turns lex.Cst and lex.Xst into factors with 37 of lex.Cst and lex.Xst, earlier it would merely cause a renaming of 280 result as new levels. 713 levels in the state factors lex.Cst and lex.Xst. 959 o cutLexis crashed if new.state=TRUE and new.scale=FALSE were specified. 987 other ones in the factors lex.Cst and lex.Xst. 1043 to factors for lex.Cst and lex.Xst. 1046 coerced to numeric when stuffed into the new.Xst matrix. Now states are 1065 o splitLexis amended so that lex.Xst is returned as a factor if 1072 o Lexis made sure that lex.Cst and lex.Xst have the same class. If [all …]
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/dports/shells/fish/fish-3.3.1/share/completions/ |
H A D | journalctl.fish | 39 # Boot number (0 for current, -X for the Xst to last boot) with time as description 49 complete -c journalctl -f -l new-id128 -d 'Generate a new 128 bit ID' 68 complete -c journalctl -f -l rotate -d "Mark active journal files as archived and create new empty …
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/dports/net-mgmt/observium/observium/mibs/bti/ |
H A D | PACKET-VX-BRIDGE-MIB | 2290 DESCRIPTION "This table is used to configure the Mstp Xst 2407 DESCRIPTION "This table is used to configure the mstp Xst Port 2415 DESCRIPTION "The conceptual row object of the mstp Xst Port." 2451 DESCRIPTION "The instace index of the mstp Xst Port table ." 2458 DESCRIPTION "The instace index of the mstp Xst Port table ." 2465 DESCRIPTION "The instace index of the mstp Xst Port table ." 2472 DESCRIPTION "This Xst instance index of the mstpXstPort table." 2488 DESCRIPTION "The port state of the mstp Xst." 2536 DESCRIPTION "The port priority of the mstp Xst Port" 7322 new root bridge count value." [all …]
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/dports/net-mgmt/librenms/librenms-21.5.1/mibs/zyxel/ |
H A D | ZYXEL-GS4012F-MIB | 1162 "The new date in year." 1170 "The new date in month." 1178 "The new date in day." 1186 "The new time in hour." 1194 "The new time in minute." 1202 "The new time in second." 5352 current version a new value will be defined." 7845 -- MSTP Xst Table, Cist/Mst status/setting 7930 -- MSTP Xst Port Table, Cist/Mst Port status/setting
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H A D | ZYXEL-MGS3712-MIB | 1184 "The new date in year." 1192 "The new date in month." 1200 "The new date in day." 1208 "The new time in hour." 1216 "The new time in minute." 1224 "The new time in second." 4888 current version a new value will be defined." 8195 -- MSTP Xst Table, Cist/Mst status/setting 8280 -- MSTP Xst Port Table, Cist/Mst Port status/setting
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H A D | ZYXEL-GS2200-24-MIB | 1142 "The new date in year." 1150 "The new date in month." 1158 "The new date in day." 1166 "The new time in hour." 1174 "The new time in minute." 1182 "The new time in second." 4978 current version a new value will be defined." 7230 -- MSTP Xst Table, Cist/Mst status/setting 7315 -- MSTP Xst Port Table, Cist/Mst Port status/setting
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/dports/net-mgmt/observium/observium/mibs/zyxel/ |
H A D | ZYXEL-MES3528-MIB | 889 "The new date in year." 897 "The new date in month." 905 "The new date in day." 913 "The new time in hour." 921 "The new time in minute." 929 "The new time in second." 4760 current version a new value will be defined." 6969 -- MSTP Xst Table, Cist/Mst status/setting 7054 -- MSTP Xst Port Table, Cist/Mst Port status/setting
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H A D | ZYXEL-MES3500-24-MIB | 1292 "The new date in year." 1300 "The new date in month." 1308 "The new date in day." 1316 "The new time in hour." 1324 "The new time in minute." 1332 "The new time in second." 5216 current version a new value will be defined." 7386 -- MSTP Xst Table, Cist/Mst status/setting 7471 -- MSTP Xst Port Table, Cist/Mst Port status/setting
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H A D | ZYXEL-MES3500-24F-MIB | 1311 "The new date in year." 1319 "The new date in month." 1327 "The new date in day." 1335 "The new time in hour." 1343 "The new time in minute." 1351 "The new time in second." 5235 current version a new value will be defined." 7405 -- MSTP Xst Table, Cist/Mst status/setting 7490 -- MSTP Xst Port Table, Cist/Mst Port status/setting
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