search for: e12

While writing a function that includes placing grid lines at the same position as the axis ticks, I found that the axis* functions don't return anything. Thus I have had to copy the appropriate function, removing the call to axis() and adding a line to return the tick positions. Is there a more elegant way to determine the tick positions on an axis? Thanks. Jim (normally bitwrit at

...result >> } else if(any(nchar(.Method) == 0)) { >> ## one operand is not a ts >> NextMethod(.Generic) >> } else { >> nc1 <- NCOL(e1) >> nc2 <- NCOL(e2) >> ## use ts.intersect to align e1 and e2 >> e12 <- .cbind.ts(list(e1, e2), >> c(deparse(substitute(e1))[1], >> deparse(substitute(e2))[1]), >> union = FALSE) >> e1 <- if(is.matrix(e1)) e12[, 1:nc1, drop = FALSE] else e12[, 1] >>...

Hi all, I am trying to read multiple out variables for a sensitivity analysis. Currently using one output value as follows: Y<-(E1) However I need to run analysis against 12 values of Y. So E1-E12. My matrix will be: Inputs are Column=4, Rows = 40 i.e. 40 rows of 4 input variables in different combinations. These will be analysed against 40 rows of output variables for 12 columns. e.g. V1 V2 V3 V4 E1 E2 E3 E4 ... E12 1 2 ... 40 Can someone provide guidance on How I can...

...(add D0, D1, D2, D3, D4, D5, D6, D7, > D8, D9, D10, D11, D12, D13, D14, D15)>; > > // Extended-size data register class > def ER : RegisterClass<"TriCore", [i64], 32, > (add E0, E2, E4, E6, E8, E10, E12, E14)> { > let SubRegClasses = [(DR sub_even, sub_odd)]; > } > > And the DX and EX registers are defined this way: The regclasses look fine... So, you need to figure out why getRepRegClassFor() returns NULL in this case. Side note: you can autogenerate register names :) -- With b...

> This isn't really my area of expertise, but I think you're messing up > your RegisterClass definition. Look at how ARM defines DTriple. DTriple is untyped :) , because we do not have any valut type which defines 3xi64. However, the paired register needs to have type. Fabian, what are the definitions of ER and DR register classes? -- With best regards, Anton Korobeynikov Faculty

...t;, [i32], 32, (add D0, D1, D2, D3, D4, D5, D6, D7, D8, D9, D10, D11, D12, D13, D14, D15)>; // Extended-size data register class def ER : RegisterClass<"TriCore", [i64], 32, (add E0, E2, E4, E6, E8, E10, E12, E14)> { let SubRegClasses = [(DR sub_even, sub_odd)]; } And the DX and EX registers are defined this way: def D0 : TriCoreReg<0, "d0">, DwarfRegNum<[0]>; ... def D15 : TriCoreReg<15, "d15">, DwarfRegNum<[15]>; def E0 : TriCoreRegWithSubregs&l...

Suppose I have a simple function that returns a matrix, such as: test <- function(x){ return(matrix(c(x,x^2,x^3,x^4),2,2)) } so that test returns: [ x x^3 ] [ x^2 x^4 ] Is it possible for me to get the derivative of an expression such as: c(1,0) %*% test() %*% c(0,1) The vectors are used just to "index" the matrix. I don't want a value, but the expression to work with

...D5, D6, D7, >>> D8, D9, D10, D11, D12, D13, D14, D15)>; >>> >>> // Extended-size data register class >>> def ER : RegisterClass<"TriCore", [i64], 32, >>> (add E0, E2, E4, E6, E8, E10, E12, E14)> { >>> let SubRegClasses = [(DR sub_even, sub_odd)]; >>> } >>> >>> And the DX and EX registers are defined this way: >> The regclasses look fine... So, you need to figure out why >> getRepRegClassFor() returns NULL in this case. > Well,...

...9-$D$5)*(D9-$D$5)+(E9-$E$5)*(E9-$E$5)+(F9-$F$5)*(F9-$F$5)) Treatment2 1 1 32 2 3 =SQRT((D10-$D$2)*(D10-$D$2)+(E10-$E$2)*(E10-$E$2)+(F10-$F$2)*(F10-$F$2)) Treatment2 1 2 35 1 3 =SQRT((D11-$D$3)*(D11-$D$3)+(E11-$E$3)*(E11-$E$3)+(F11-$F$3)*(F11-$F$3)) Treatment2 2 1 34 2 3 =SQRT((D12-$D$4)*(D12-$D$4)+(E12-$E$4)*(E12-$E$4)+(F12-$F$4)*(F12-$F$4)) Treatment2 2 2 28 2 1 =SQRT((D13-$D$5)*(D13-$D$5)+(E13-$E$5)*(E13-$E$5)+(F13-$F$5)*(F13-$F$5)) The result of the above formula call will give results in excel as below: Treatment Candidate Rep L a b Delta Ecalculatedovercorrespondingcandidateandreplicateo...

...0, D1, D2, D3, D4, D5, D6, D7, >> D8, D9, D10, D11, D12, D13, D14, D15)>; >> >> // Extended-size data register class >> def ER : RegisterClass<"TriCore", [i64], 32, >> (add E0, E2, E4, E6, E8, E10, E12, E14)> { >> let SubRegClasses = [(DR sub_even, sub_odd)]; >> } >> >> And the DX and EX registers are defined this way: > The regclasses look fine... So, you need to figure out why > getRepRegClassFor() returns NULL in this case. Well, that's rather easy :-) T...

...; "d12" "d13" [31] "d14" "d21" "d22" "d23" "d24" "d25" [37] "d31" "d32" "d33" "e11" "e12" "e13" [43] "e21" "e22" "e23" "e31" "e32" "e33" [49] "f11" "f12" "f13" "f14" "f21"...

...; Item30, lam30, NA F5 -> Item35, lam35, NA F5 -> Item45, lam45, NA Item3 <-> Item3, e3, NA Item5 <-> Item5, e5, NA Item8 <-> Item8, e8, NA Item9 <-> Item9, e9, NA Item10 <-> Item10, e10, NA Item11 <-> Item11, e11, NA Item12 <-> Item12, e12, NA Item18 <-> Item18, e18, NA Item20 <-> Item20, e20, NA Item23 <-> Item23, e23, NA Item25 <-> Item25, e25, NA Item28 <-> Item28, e28, NA Item30 <-> Item30, e30, NA Item31 <-> Item31, e31, NA Item32 <-> Item32, e32, NA Item33 <-&...

...t;>> D8, D9, D10, D11, D12, D13, D14, D15)>; >>>> >>>> // Extended-size data register class >>>> def ER : RegisterClass<"TriCore", [i64], 32, >>>> (add E0, E2, E4, E6, E8, E10, E12, E14)> { >>>> let SubRegClasses = [(DR sub_even, sub_odd)]; >>>> } >>>> >>>> And the DX and EX registers are defined this way: >>> >>> The regclasses look fine... So, you need to figure out why >>> getRepRegClassFor()...

Hi all, my mail is a follow up of this thread http://tolstoy.newcastle.edu.au/R/e12/help/10/11/4172.html. I'm trying to alter the labels of an xyplot where the y variable is in the order of millions (cell counts) I've found plenty of examples on the R mailing list archives as well as in the book Lattice: Multivariate Data Visualization with R at chapter 8. Unfortunate...

G'day all, Sorry if this message has been posted before, but searching for R is always difficult... I was hoping for a copy of the logo in eps format? Can I do this from R, or is one available for download? cheers Ben

...;-> mj1, e1, NA mj2 <-> mj2, e2, NA mj3 <-> mj3, e3, NA mj4 <-> mj4, e4, NA mj5 <-> mj5, e5, NA eL1 <-> eL1, e6, NA eL2 <-> eL2, e7, NA eL3 <-> eL3, e8, NA eL4 <-> eL4, e9, NA eL5 <-> eL5, e10, NA aC1 <-> aC1, e11, NA aC2 <-> aC2, e12, NA aC3 <-> aC3, e13, NA aC4 <-> aC4, e14, NA disR1 <-> disR1, e15, NA disR2 <-> disR2, e16, NA disR3 <-> disR3, e17, NA disR4 <-> disR4, e18, NA disR5 <-> disR5, e19, NA difR1 <-> difR1, e20, NA difR2 <-> difR2, e21, NA difR3 <-> difR3, e...

...D8, D9, D10, D11, D12, D13, D14, D15)>; >>>>> >>>>> // Extended-size data register class >>>>> def ER : RegisterClass<"TriCore", [i64], 32, >>>>> (add E0, E2, E4, E6, E8, E10, E12, E14)> { >>>>> let SubRegClasses = [(DR sub_even, sub_odd)]; >>>>> } >>>>> >>>>> And the DX and EX registers are defined this way: >>>> The regclasses look fine... So, you need to figure out why >>>> getRepRe...

Hi, I was wondering if anyone has played around this this package called "rdict"? It attempts to implement a hash table in R using skip lists. Just came across it while trying to look for simpler text manipulation methods: http://userprimary.net/posts/2010/05/29/rdict-skip-list-hash-table-for-R/ Cheers, Paul [[alternative HTML version deleted]]

Hi list, I would like to know about any proposed XML representation for tc objects hierarchy. I found something at "LTCM, a Linux QoS API Library" (http://artemis.av.it.pt/~ltcmmm/) that looks like a start, but any others are welcome. I''m starting a project to automatically syncronize traffic shape rules between servers and thought XML is the best way to represent tc

...<->reFDRwithDDRV, e3, NA reparD<->reparD, e4, NA reparDR<->reparDR, e5, NA reparRisk<->reparRisk, e6, NA reWDD<->reWDD, e7, NA reWDH<->reWDH, e8, NA reWSP<->reWSP, e9, NA reWDIS<->reWDIS, e10, NA reWCell<->reWCell, e11, NA reWFAT<->reWFAT, e12, NA reAanx<->reAanx, e13, NA reDanx<->reDanx, e14, NA reDstress<->reDstress, e15, NA reAstress<->reAstress, e16, NA reSI1<->reSI1, e17, NA reSI2<->reSI2, e18, NA reSI3<->reSI3, e19, NA reSI4<->reSI4, e20, NA reSimDE<->reSimDE, e21, NA reSimDD&lt...