@ -14,7 +14,7 @@ in with self; {
ADAM = derive2 { name = " A D A M " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 8 z w c i 0 a b 5 4 q 7 r d w j 0 n 6 3 w 0 i 1 4 l f r b 4 c c c p 0 9 b c r q 1 0 g l 1 k i 0 7 f 5 " ; depends = [ dplyr DT GO_db KEGGREST knitr pbapply Rcpp stringr SummarizedExperiment ] ; } ;
ADAMgui = derive2 { name = " A D A M g u i " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 n 0 6 b b 9 d j i g h a 0 2 4 9 l x x 8 4 p n 9 q 0 x i r y x b v 2 5 q s c 3 p 2 h 4 6 i a x i 3 w q " ; depends = [ ADAM colorRamps data_table dplyr DT ggplot2 ggpubr ggrepel ggsignif GO_db gridExtra knitr RColorBrewer reshape2 shiny shinyjs stringi stringr testthat varhandle ] ; } ;
ADImpute = derive2 { name = " A D I m p u t e " ; version = " 1 . 4 . 0 " ; sha256 = " 1 b k q 1 h d 8 s q g 9 r 2 8 r 7 0 a 9 v d 3 g b 2 n s m g 6 d y b f 0 0 2 d 6 2 1 p 8 8 c d f j i b 2 " ; depends = [ BiocParallel checkmate data_table DrImpute kernlab MASS Matrix rsvd S4Vectors SAVER SingleCellExperiment SummarizedExperiment ] ; } ;
ADaCGH2 = derive2 { name = " A D a C G H 2 " ; version = " 2 . 3 4 . 0 " ; sha256 = " 0 a 0 1 w d s 3 3 i 2 h 2 w h i g z n b r x q 3 8 i r l x m 2 0 q p w i x 3 3 x 6 v l x b j g r c k a l " ; depends = [ aCGH bit cluster DNAcopy ff ffbase GLAD snapCGH tilingArray waveslim ] ; } ;
ADaCGH2 = derive2 { name = " A D a C G H 2 " ; version = " 2 . 3 4 . 0 " ; sha256 = " 0 a 0 1 w d s 3 3 i 2 h 2 w h i g z n b r x q 3 8 i r l x m 2 0 q p w i x 3 3 x 6 v l x b j g r c k a l " ; depends = [ aCGH bit cluster DNAcopy ff GLAD snapCGH tilingArray waveslim ] ; } ;
AGDEX = derive2 { name = " A G D E X " ; version = " 1 . 4 2 . 0 " ; sha256 = " 0 y 0 q 4 z d y b r 5 h l s i 7 q y 2 h f 6 c 2 s q r 2 z 2 2 1 1 w z 3 6 d z 7 0 j k q y r 0 g g w 6 4 " ; depends = [ Biobase GSEABase ] ; } ;
AIMS = derive2 { name = " A I M S " ; version = " 1 . 2 6 . 0 " ; sha256 = " 1 j s v y d d v 4 c y 3 a 5 3 a g p r q k p f v 1 a 7 p 3 8 4 d 4 6 2 6 7 5 k 7 3 d h 8 p a i d 9 0 n q " ; depends = [ Biobase e1071 ] ; } ;
ALDEx2 = derive2 { name = " A L D E x 2 " ; version = " 1 . 2 6 . 0 " ; sha256 = " 1 k 5 7 i f c z q j 4 7 r 8 v 2 m 0 8 k m q r 4 v s r c 5 v s h 7 z s 1 8 v s p v d 6 x d 0 q d 0 3 x f " ; depends = [ BiocParallel GenomicRanges IRanges multtest Rfast S4Vectors SummarizedExperiment zCompositions ] ; } ;
@ -32,7 +32,7 @@ in with self; {
ASSIGN = derive2 { name = " A S S I G N " ; version = " 1 . 3 0 . 0 " ; sha256 = " 0 j 8 k v n 5 p q 2 9 w q j d c s q 6 s m a w d v x b 7 c c a m 3 m 5 z 2 2 3 m k w w w 2 4 m 9 2 q y w " ; depends = [ ggplot2 gplots msm Rlab sva yaml ] ; } ;
ASpediaFI = derive2 { name = " A S p e d i a F I " ; version = " 1 . 8 . 0 " ; sha256 = " 0 q 3 3 i r 3 c h l i x 9 q v w 9 d r j r w z c k k 5 s 1 v k j 7 g f d s f f r s l x s y l 0 n i z x 7 " ; depends = [ BiocParallel biomaRt dplyr DRaWR e1071 fgsea GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 Gviz igraph IRanges IVAS limma Matrix mGSZ reshape2 ROCR Rsamtools rtracklayer S4Vectors scales SummarizedExperiment ] ; } ;
ASpli = derive2 { name = " A S p l i " ; version = " 2 . 4 . 0 " ; sha256 = " 0 5 4 8 p 8 k 3 a 3 7 9 q q w 7 d 8 0 r b c 7 h m 1 g 9 b x 4 v m a d x m 0 g m j p h 9 a k x 5 6 f 3 h " ; depends = [ AnnotationDbi BiocGenerics BiocStyle data_table DT edgeR GenomicAlignments GenomicFeatures GenomicRanges Gviz htmltools igraph IRanges limma MASS pbmcapply Rsamtools S4Vectors tidyr UpSetR ] ; } ;
ATACseqQC = derive2 { name = " A T A C s e q Q C " ; version = " 1 . 1 8 . 0 " ; sha256 = " 0 i 1 i 3 b f k p 1 x s j d l 1 n d 5 6 m l h 6 6 q z 3 a a s d 1 h p 0 9 d 4 i 3 1 n j z 2 f 9 z n w n " ; depends = [ BiocGenerics Biostrings BSgenome ChIPpeakAnno edgeR GenomeInfoDb GenomicAlignments GenomicRanges GenomicScores IRanges KernSmooth limma motifStack preseqR randomForest Rsamtools rtracklayer S4Vectors ] ; } ;
ATACseqQC = derive2 { name = " A T A C s e q Q C " ; version = " 1 . 1 8 . 1 " ; sha256 = " 1 j m l i a l n h s 9 d f 1 h v 6 l 4 q k 2 c 4 q j y j b z 9 m d j 8 v r 5 2 m s 8 v l x l x p l z 6 c " ; depends = [ BiocGenerics Biostrings BSgenome ChIPpeakAnno edgeR GenomeInfoDb GenomicAlignments GenomicRanges GenomicScores IRanges KernSmooth limma motifStack preseqR randomForest Rsamtools rtracklayer S4Vectors ] ; } ;
AUCell = derive2 { name = " A U C e l l " ; version = " 1 . 1 6 . 0 " ; sha256 = " 1 l c l f 8 h k h r m 6 g 5 f p 8 y h v j x n w g f 8 p 0 j 9 f f x s m c y b z 4 r j v m w k i z 5 d p " ; depends = [ BiocGenerics data_table GSEABase mixtools R_utils S4Vectors shiny SummarizedExperiment ] ; } ;
AWFisher = derive2 { name = " A W F i s h e r " ; version = " 1 . 8 . 0 " ; sha256 = " 1 i 9 n i k n q 2 b n h w j d v l 4 f 5 h m d h g 0 p 5 v n 9 p 6 b 6 b b 8 f a n f s i j q 0 c n 3 7 p " ; depends = [ edgeR limma ] ; } ;
AffiXcan = derive2 { name = " A f f i X c a n " ; version = " 1 . 1 2 . 0 " ; sha256 = " 0 6 y n 8 7 b r i v 2 1 4 1 j q a d 9 3 4 g g 5 r c d 9 0 w 5 n g h r g m b h q n m w a f n 7 2 g j 9 d " ; depends = [ BiocParallel crayon MultiAssayExperiment SummarizedExperiment ] ; } ;
@ -42,7 +42,7 @@ in with self; {
AllelicImbalance = derive2 { name = " A l l e l i c I m b a l a n c e " ; version = " 1 . 3 2 . 0 " ; sha256 = " 1 s 6 a r j d 0 n x g x y q y 7 v h q c b 7 8 k 0 s s 7 v w r h v 4 1 p m 3 4 6 h s 1 n y r 5 d k z a q " ; depends = [ AnnotationDbi BiocGenerics Biostrings BSgenome GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges gridExtra Gviz IRanges lattice latticeExtra nlme Rsamtools S4Vectors seqinr SummarizedExperiment VariantAnnotation ] ; } ;
AlphaBeta = derive2 { name = " A l p h a B e t a " ; version = " 1 . 8 . 0 " ; sha256 = " 0 y a 3 d q v d f 8 i y d 5 b s c c 9 l c 4 7 6 v k c 7 k a m i q g j v x h x l 4 a y 5 j 4 v n 0 2 n r " ; depends = [ BiocParallel data_table dplyr expm ggplot2 gtools igraph optimx plotly stringr ] ; } ;
AlpsNMR = derive2 { name = " A l p s N M R " ; version = " 3 . 4 . 0 " ; sha256 = " 0 h 8 y 9 h i 9 7 z b v 3 q z j s k x h 8 1 q j a r m w x 2 w 7 9 0 k p s p l j g x a 2 1 4 f 5 8 f z v " ; depends = [ assertthat baseline BiocParallel dplyr fs furrr future GGally ggplot2 ggrepel glue htmltools magrittr matrixStats mixOmics pcaPP plyr purrr readxl reshape2 rlang rmarkdown S4Vectors signal speaq stringr SummarizedExperiment tibble tidyr tidyselect vctrs writexl zip ] ; } ;
AnVIL = derive2 { name = " A n V I L " ; version = " 1 . 6 . 5 " ; sha256 = " 0 i p f 3 9 1 6 x w m g 2 2 k m c 0 q k 7 x 8 s w 3 b b 6 5 7 9 c f f m d w s i z r 1 m w 8 4 c d j w d " ; depends = [ BiocManager dplyr futile_logger httr jsonlite rapiclient rlang tibble tidyr tidyselect ] ; } ;
AnVIL = derive2 { name = " A n V I L " ; version = " 1 . 6 . 7 " ; sha256 = " 0 s y 3 3 3 8 v g 6 g 9 r s c 8 i x h 1 l 5 1 x k j c y z x k 2 m c d w 7 x x x i 6 b p c g 3 z h q v 9 " ; depends = [ BiocManager dplyr futile_logger httr jsonlite rapiclient rlang tibble tidyr tidyselect ] ; } ;
AnVILBilling = derive2 { name = " A n V I L B i l l i n g " ; version = " 1 . 4 . 0 " ; sha256 = " 0 p g 5 r 6 q n 1 8 i 9 1 z 2 i x a p d k r a n a a c v 9 z 8 l j m d b 3 3 v d n 2 d q w v 2 w 8 5 b 1 " ; depends = [ bigrquery DBI dplyr DT ggplot2 lubridate magrittr plotly shiny shinytoastr ] ; } ;
AnVILPublish = derive2 { name = " A n V I L P u b l i s h " ; version = " 1 . 4 . 1 " ; sha256 = " 0 j v h 2 2 k z 9 m g 4 r 4 9 m b z v b v z b n 5 8 l z j 5 m v k 7 q b 4 p i z n 4 s d 8 x s b v m y q " ; depends = [ AnVIL httr jsonlite readr rmarkdown whisker yaml ] ; } ;
Anaquin = derive2 { name = " A n a q u i n " ; version = " 2 . 1 8 . 0 " ; sha256 = " 0 b 9 c l p q y 2 j f h i g n 3 0 n a b 1 3 6 9 x s w r k m q m 6 d x 1 4 m f 6 w j r v c l 9 x p m 2 s " ; depends = [ DESeq2 ggplot2 knitr locfit plyr qvalue ROCR ] ; } ;
@ -88,10 +88,10 @@ in with self; {
BayesSpace = derive2 { name = " B a y e s S p a c e " ; version = " 1 . 4 . 1 " ; sha256 = " 1 n i f 6 d 4 h b 9 z p f x 9 l c z s 6 j 6 x n i i v 0 s p q 6 s 3 9 j v r s 1 q a z d y y s m f 4 q y " ; depends = [ assertthat BiocFileCache BiocSingular coda DirichletReg ggplot2 Matrix mclust purrr Rcpp RcppArmadillo RcppDist RcppProgress RCurl rhdf5 S4Vectors scales scater scran SingleCellExperiment SummarizedExperiment xgboost ] ; } ;
BeadDataPackR = derive2 { name = " B e a d D a t a P a c k R " ; version = " 1 . 4 6 . 0 " ; sha256 = " 0 0 4 c p p g d y 7 9 f q w 2 s z k g k x i r 0 r x v n 9 1 b m f r q 4 g 2 0 s d r 7 c v h 8 k p f y i " ; depends = [ ] ; } ;
BgeeCall = derive2 { name = " B g e e C a l l " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 r b b l 8 m 4 8 q c v l 2 6 l n f 2 7 j q 1 0 8 p 7 p i 8 4 m 9 a c 3 q c p j c 0 a x 5 w y w b v 1 6 " ; depends = [ biomaRt Biostrings data_table dplyr GenomicFeatures jsonlite rhdf5 rslurm rtracklayer sjmisc tximport ] ; } ;
BgeeDB = derive2 { name = " B g e e D B " ; version = " 2 . 2 0 . 0 " ; sha256 = " 0 p j y m a l 0 1 s j l 5 d c 3 7 g 6 6 w y k g x n k s a r l b v w n b v h g 7 w 0 i 7 y 9 2 z a v q k " ; depends = [ Biobase curl data_table digest dplyr graph R_utils RCurl RSQLite tidyr topGO ] ; } ;
BgeeDB = derive2 { name = " B g e e D B " ; version = " 2 . 2 0 . 1 " ; sha256 = " 0 m r w 7 f w j x 8 k 0 a 5 c 3 i w 2 j 9 4 h 1 y n 5 p k v q i l 7 f b z i h 9 x i a f n p b n 3 7 4 m " ; depends = [ Biobase curl data_table digest dplyr graph R_utils RCurl RSQLite tidyr topGO ] ; } ;
BiFET = derive2 { name = " B i F E T " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 v i d y p v p h n j 7 6 g 4 r a 5 i j r g q x 2 d n z w 0 f m v d v z 3 5 g s q s w r r 3 k 2 0 j k k " ; depends = [ GenomicRanges poibin ] ; } ;
BiGGR = derive2 { name = " B i G G R " ; version = " 1 . 3 0 . 0 " ; sha256 = " 1 g 0 1 6 6 6 w w z n k 1 4 8 7 7 6 s 4 v r 1 h f i 3 d f l 4 4 8 d h g k 4 d 1 q y 2 w v 6 s x h 9 k r " ; depends = [ hyperdraw hypergraph LIM limSolve rsbml stringr ] ; } ;
BiRewire = derive2 { name = " B i R e w i r e " ; version = " 3 . 2 6 . 2 " ; sha256 = " 1 1 4 q l j g 6 y q x 5 5 y i 0 w 5 n m h d z 9 2 6 0 d z k j 7 3 b j g q h 8 w 9 k p f v c b 0 4 3 9 l " ; depends = [ igraph Matrix slam tsne ] ; } ;
BiRewire = derive2 { name = " B i R e w i r e " ; version = " 3 . 2 6 . 5 " ; sha256 = " 0 4 1 i 5 d 0 8 b s c 5 j q x 3 3 0 9 f i x j a c i z s 4 y i 9 9 2 c w a z x g h m 8 m r k 3 k i c b r " ; depends = [ igraph Matrix Rtsne slam ] ; } ;
BiSeq = derive2 { name = " B i S e q " ; version = " 1 . 3 4 . 0 " ; sha256 = " 0 5 n a m d z j 1 9 6 r z j g 3 w q v a m j 3 x p n 0 3 9 d b f h f p m c 6 p 8 i f x n 9 c 9 d n d 3 c " ; depends = [ betareg Biobase BiocGenerics Formula GenomeInfoDb GenomicRanges globaltest IRanges lokern rtracklayer S4Vectors SummarizedExperiment ] ; } ;
BicARE = derive2 { name = " B i c A R E " ; version = " 1 . 5 2 . 0 " ; sha256 = " 1 g 8 v r s c 0 5 c y s b 3 6 g s w 8 s f m r 6 d g b h 4 a j i 3 7 v c q 9 q w k m k v 3 j g v n l f 6 " ; depends = [ Biobase GSEABase multtest ] ; } ;
BindingSiteFinder = derive2 { name = " B i n d i n g S i t e F i n d e r " ; version = " 1 . 0 . 0 " ; sha256 = " 0 m v l 2 m h 2 p x 3 1 5 i l f m f 9 a x 5 q j z 3 2 8 2 l 5 6 q m 1 a 0 v 1 4 2 b b 7 c x l d 1 3 v 7 " ; depends = [ GenomicRanges ggforce ggplot2 matrixStats rtracklayer S4Vectors tidyr ] ; } ;
@ -147,7 +147,7 @@ in with self; {
CGHnormaliter = derive2 { name = " C G H n o r m a l i t e r " ; version = " 1 . 4 8 . 0 " ; sha256 = " 1 z z 4 i a x y f 5 b 0 3 x a l q 5 8 i d n k r w c p s v h 8 z l z 6 h l x z 4 8 7 c a w 7 c 8 x x 6 p " ; depends = [ Biobase CGHbase CGHcall ] ; } ;
CGHregions = derive2 { name = " C G H r e g i o n s " ; version = " 1 . 5 2 . 0 " ; sha256 = " 1 g 3 3 7 b 6 f j m b b k p n 9 p w 2 0 z 6 b v a c r l f h 5 8 2 n 6 l s s 3 q w 0 s 6 x 6 w 5 c y g s " ; depends = [ Biobase CGHbase ] ; } ;
CHRONOS = derive2 { name = " C H R O N O S " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 8 f d v b d b l 0 r m s 1 f s 2 7 y i 6 l v f 3 x n n 3 p j f m 1 q n g a a z 4 c 0 6 v 2 0 7 m g 9 w " ; depends = [ biomaRt circlize doParallel foreach graph igraph openxlsx RBGL RCurl rJava XML ] ; } ;
CIMICE = derive2 { name = " C I M I C E " ; version = " 1 . 2 . 0 " ; sha256 = " 0 d 2 s g l r p 8 a n s h 8 n i b b q y g 3 p v h a a w 3 3 q 5 m z c i 3 8 2 p w k y 0 5 m p y 9 s j k " ; depends = [ assertthat dplyr ggcorrplot ggplot2 ggraph glue igraph maftools Matrix networkD3 purrr relations tidyr visNetwork ] ; } ;
CIMICE = derive2 { name = " C I M I C E " ; version = " 1 . 2 . 1 " ; sha256 = " 1 n p 9 w p 7 p h l h v h k 5 8 v 8 5 3 i z 5 5 i 5 j h k c 7 5 k w 5 x n y z 8 z j c 3 0 g b 5 n z 9 k " ; depends = [ assertthat dplyr expm ggcorrplot ggplot2 ggraph glue igraph maftools Matrix networkD3 purrr tidygraph tidyr visNetwork ] ; } ;
CINdex = derive2 { name = " C I N d e x " ; version = " 1 . 2 2 . 0 " ; sha256 = " 0 a 7 3 r d h m s p r b b q 6 9 y v n n h g p 8 6 w i c 2 5 5 y x r j 8 2 k 1 i 1 k 6 2 f 3 b s i 7 4 c " ; depends = [ bitops dplyr GenomeInfoDb GenomicRanges gplots gridExtra IRanges png S4Vectors som stringr ] ; } ;
CMA = derive2 { name = " C M A " ; version = " 1 . 5 2 . 0 " ; sha256 = " 0 9 w 0 w j 2 m a r s 8 3 r f w s 8 k 6 f p f g k b y p 7 f w 9 7 z f c f 6 d 8 l b s z a 6 3 9 f 3 c m " ; depends = [ Biobase ] ; } ;
CNAnorm = derive2 { name = " C N A n o r m " ; version = " 1 . 4 0 . 0 " ; sha256 = " 0 n r k q y c s s s r r s f 8 h 2 w 2 w g i 4 l f y j l q a k j x 1 i a c b 7 5 4 p p 2 j f s r 2 n l 2 " ; depends = [ DNAcopy ] ; } ;
@ -242,7 +242,7 @@ in with self; {
DEComplexDisease = derive2 { name = " D E C o m p l e x D i s e a s e " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 q b m w 7 0 r q m f i x r b n b 2 j z v v q i 5 4 j 2 r l 6 g y 1 b s p b 1 4 3 g s a d h 8 z 2 s 9 i " ; depends = [ BiocParallel ComplexHeatmap DESeq2 edgeR Rcpp SummarizedExperiment ] ; } ;
DEFormats = derive2 { name = " D E F o r m a t s " ; version = " 1 . 2 2 . 0 " ; sha256 = " 0 c 9 a j k r j z w 3 r d n f n j j 7 x n 9 p d s y k d z n 2 3 0 m i 0 1 1 3 8 s r r k v c p r a 8 5 6 " ; depends = [ checkmate data_table DESeq2 edgeR GenomicRanges S4Vectors SummarizedExperiment ] ; } ;
DEGraph = derive2 { name = " D E G r a p h " ; version = " 1 . 4 6 . 0 " ; sha256 = " 1 p 8 z z x 8 v b z h x n p v d 7 c b r 4 g 1 r 8 7 l y s 4 1 c x 4 n 6 0 r k x 5 3 c 0 p q l n a b s n " ; depends = [ graph KEGGgraph lattice mvtnorm NCIgraph R_methodsS3 R_utils RBGL Rgraphviz rrcov ] ; } ;
DEGreport = derive2 { name = " D E G r e p o r t " ; version = " 1 . 3 0 . 0 " ; sha256 = " 0 z m q z 8 g v p b k a 5 c n w x x 7 w 0 0 x j a x l h m r n i 1 l v a c n i p p y 6 3 l p l 2 w 4 s z " ; depends = [ Biobase BiocGenerics broom circlize cluster ComplexHeatmap ConsensusClusterPlus cowplot DESeq2 dplyr edgeR ggdendro ggplot2 ggrepel knitr lasso2 logging magrittr Nozzle_R1 psych RColorBrewer reshape rlang S4Vectors scales stringr SummarizedExperiment tibble tidyr ] ; } ;
DEGreport = derive2 { name = " D E G r e p o r t " ; version = " 1 . 3 0 . 3 " ; sha256 = " 0 8 g 0 l d j 4 8 6 7 j s w 2 h 1 3 6 8 p c i r v c b d z 5 w 9 p b z 3 p g y x j g 9 m d b n l l a k a " ; depends = [ Biobase BiocGenerics broom circlize cluster ComplexHeatmap ConsensusClusterPlus cowplot DESeq2 dplyr edgeR ggdendro ggplot2 ggrepel knitr lasso2 logging magrittr Nozzle_R1 psych RColorBrewer reshape rlang S4Vectors scales stringr SummarizedExperiment tibble tidyr ] ; } ;
DEGseq = derive2 { name = " D E G s e q " ; version = " 1 . 4 8 . 0 " ; sha256 = " 1 b x 6 x j 7 1 k 7 1 2 6 c k p r 1 b 7 d h 1 n d m b 9 y v p 9 w r r r 8 l y f c q 5 b i r g p f 2 2 n " ; depends = [ qvalue ] ; } ;
DEP = derive2 { name = " D E P " ; version = " 1 . 1 6 . 0 " ; sha256 = " 1 2 2 g x a s l x l 3 q 6 6 n c q n d k m n j f 6 k x 2 g k j 8 8 0 c f 2 k h w i v h 5 8 s g 6 y 4 1 0 " ; depends = [ assertthat circlize cluster ComplexHeatmap dplyr DT fdrtool ggplot2 ggrepel gridExtra imputeLCMD limma MSnbase purrr RColorBrewer readr rmarkdown shiny shinydashboard SummarizedExperiment tibble tidyr vsn ] ; } ;
DEScan2 = derive2 { name = " D E S c a n 2 " ; version = " 1 . 1 4 . 1 " ; sha256 = " 0 1 7 p x b 1 z 1 v f l x c q b h c 1 v r d x w 1 4 6 r b 5 0 z g x z a l p m h 0 n j z c 3 3 3 v 3 j 1 " ; depends = [ BiocGenerics BiocParallel ChIPpeakAnno data_table DelayedArray GenomeInfoDb GenomicAlignments GenomicRanges glue IRanges plyr Rcpp RcppArmadillo rtracklayer S4Vectors SummarizedExperiment ] ; } ;
@ -274,7 +274,7 @@ in with self; {
DeMixT = derive2 { name = " D e M i x T " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 x 3 k j c n 0 8 7 8 w 3 6 r q d 8 0 8 c a 1 i i c v 4 d k i 1 f 8 0 6 6 s 3 r y 7 8 0 6 d h c x i l n " ; depends = [ base64enc ggplot2 KernSmooth knitr matrixcalc matrixStats Rcpp rmarkdown SummarizedExperiment truncdist ] ; } ;
DeconRNASeq = derive2 { name = " D e c o n R N A S e q " ; version = " 1 . 3 6 . 0 " ; sha256 = " 1 a x 9 l x 5 q g 4 k 5 c 1 m v 3 5 b h p f h 9 q 8 d b f b v 4 r f 4 y 1 v y 9 9 4 q x m n q 4 r w s v " ; depends = [ ggplot2 limSolve pcaMethods ] ; } ;
DeepBlueR = derive2 { name = " D e e p B l u e R " ; version = " 1 . 2 0 . 0 " ; sha256 = " 1 6 s d s v m p 5 4 k 6 z j 1 x c x m q 0 p d p m 9 1 q 9 f f 1 1 p 3 c 8 3 i i 3 0 b r s h j 6 9 b h i " ; depends = [ data_table diffr dplyr filehash foreach GenomeInfoDb GenomicRanges R_utils RCurl rjson rtracklayer settings stringr withr XML ] ; } ;
DeepPINCS = derive2 { name = " D e e p P I N C S " ; version = " 1 . 2 . 1 " ; sha256 = " 0 i c 9 v 6 i k p b 4 r 5 1 j 3 9 f 5 4 z 3 v a 5 y b c p d 7 i 1 1 x i g w g b 8 5 w p 3 r i 3 n k v w " ; depends = [ CatEncoders keras matlab PRROC purrr rcdk reticulate stringdist tensorflow tokenizers ttgsea webchem ] ; } ;
DeepPINCS = derive2 { name = " D e e p P I N C S " ; version = " 1 . 2 . 2 " ; sha256 = " 1 d a x a g y h c f 6 m a 4 r 5 0 4 y p r 4 g p f j z r b m p 1 x 5 7 r 0 s i c c r p g q c 1 d s 8 1 7 " ; depends = [ CatEncoders keras matlab PRROC purrr rcdk reticulate stringdist tensorflow tokenizers ttgsea webchem ] ; } ;
DegNorm = derive2 { name = " D e g N o r m " ; version = " 1 . 4 . 0 " ; sha256 = " 0 f 3 v p y n m 5 g 8 3 l p j a 5 x g 9 n v p s s y j 6 l h 5 c w 9 s y g 2 4 2 j 3 m l r j i m 9 b i f " ; depends = [ data_table doParallel foreach GenomicAlignments GenomicFeatures GenomicRanges ggplot2 heatmaply IRanges plotly plyr Rcpp RcppArmadillo Rsamtools S4Vectors viridis ] ; } ;
DelayedArray = derive2 { name = " D e l a y e d A r r a y " ; version = " 0 . 2 0 . 0 " ; sha256 = " 1 c m 6 z h 0 1 m v h i q 7 z r i k 7 q 3 d m g x i n y j z 1 n y g 6 r f j 9 3 k p k v c b 5 d 4 w p j " ; depends = [ BiocGenerics IRanges Matrix MatrixGenerics S4Vectors ] ; } ;
DelayedDataFrame = derive2 { name = " D e l a y e d D a t a F r a m e " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 v i f b q k a 5 k 1 r m i m q c p l 6 2 1 8 r a g r 9 d q 9 r z x i z x 9 n f f 5 i l s v a 2 1 f 9 b " ; depends = [ BiocGenerics DelayedArray S4Vectors ] ; } ;
@ -306,7 +306,7 @@ in with self; {
EGSEA = derive2 { name = " E G S E A " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 7 q 0 c j v k r q h m z c g v i p 4 m k d z 0 2 a a 9 r m 3 s v f v 2 s 6 8 9 f h z 2 k m w l j c a 8 " ; depends = [ AnnotationDbi Biobase DT edgeR EGSEAdata gage ggplot2 globaltest gplots GSVA HTMLUtils htmlwidgets hwriter limma metap org_Hs_eg_db org_Mm_eg_db org_Rn_eg_db PADOG pathview plotly RColorBrewer safe stringi topGO ] ; } ;
ELMER = derive2 { name = " E L M E R " ; version = " 2 . 1 8 . 0 " ; sha256 = " 0 k n 5 y r 9 y f 4 9 k c i p j n 4 z 7 b c p z j 7 4 k c f k h b 8 q 9 c f n x 6 5 9 x n k s f b 2 7 d " ; depends = [ biomaRt circlize ComplexHeatmap DelayedArray doParallel downloader dplyr ELMER_data GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggpubr ggrepel gridExtra Gviz IRanges lattice magrittr Matrix MultiAssayExperiment plotly plyr progress purrr readr reshape reshape2 rmarkdown rtracklayer rvest S4Vectors scales stringr SummarizedExperiment TCGAbiolinks tibble tidyr xml2 ] ; } ;
EMDomics = derive2 { name = " E M D o m i c s " ; version = " 2 . 2 4 . 0 " ; sha256 = " 0 r f 8 3 b r h z d q s n w g 3 v l b y 0 a 4 k f 8 k h v 2 g 7 r m x k k 3 1 r 4 4 a p k y s p z a p l " ; depends = [ BiocParallel CDFt emdist ggplot2 matrixStats preprocessCore ] ; } ;
ENmix = derive2 { name = " E N m i x " ; version = " 1 . 3 0 . 0 1 " ; sha256 = " 1 4 p 1 i m j q y l q w f a p 6 6 2 w 9 4 m s s 0 f 8 g l 4 z 2 l a z 8 m h h x z 5 g k 1 x y m 5 i 9 n " ; depends = [ AnnotationHub Biobase doParallel dynamicTreeCut ExperimentHub foreach genefilter geneplotter gplots gtools illuminaio impute IRanges matrixStats minfi preprocessCore quadprog RPMM S4Vectors SummarizedExperiment ] ; } ;
ENmix = derive2 { name = " E N m i x " ; version = " 1 . 3 0 . 0 3 " ; sha256 = " 1 m q f v v d r m w c 4 q c r b 6 8 2 6 s q 9 y r 2 4 4 p 3 x 6 v r c w 5 2 3 y b c s 0 q v z w 2 5 y g " ; depends = [ AnnotationHub Biobase doParallel dynamicTreeCut ExperimentHub foreach genefilter geneplotter gplots gtools illuminaio impute IRanges matrixStats minfi preprocessCore quadprog RPMM S4Vectors SummarizedExperiment ] ; } ;
ERSSA = derive2 { name = " E R S S A " ; version = " 1 . 1 2 . 0 " ; sha256 = " 1 1 l a k 4 1 8 v m s w i 9 m z 4 h 9 7 p x b 6 8 m 7 i h q b g 6 z 9 3 b v n a k k a 6 5 w 9 9 7 k i 8 " ; depends = [ BiocParallel DESeq2 edgeR ggplot2 plyr RColorBrewer ] ; } ;
EWCE = derive2 { name = " E W C E " ; version = " 1 . 2 . 0 " ; sha256 = " 0 2 k f c j 2 w l d q f r k r l w s s 5 k 5 v b 5 m g i 3 7 j r p 2 c 3 k x 5 5 6 k 2 5 x k z h 1 9 v q " ; depends = [ AnnotationHub biomaRt cowplot ewceData ExperimentHub future ggdendro ggplot2 gridExtra HGNChelper limma Matrix reshape2 RNOmni scales stringr SummarizedExperiment ] ; } ;
EmpiricalBrownsMethod = derive2 { name = " E m p i r i c a l B r o w n s M e t h o d " ; version = " 1 . 2 2 . 0 " ; sha256 = " 0 y r a 1 m p 1 i z 4 r h 6 d v l x v 0 i 0 f 1 i b q g l 9 g i z 3 r 4 c s g 5 l 0 w x z 6 0 f b x z m " ; depends = [ ] ; } ;
@ -352,7 +352,7 @@ in with self; {
GDCRNATools = derive2 { name = " G D C R N A T o o l s " ; version = " 1 . 1 4 . 0 " ; sha256 = " 1 h 0 g f i 6 m h r 5 k z w h q x k z g x z 1 2 a b k n 7 s v n b b z g a 7 0 p p 7 a z 8 m 8 v x m n n " ; depends = [ BiocParallel biomaRt clusterProfiler DESeq2 DOSE DT edgeR GenomicDataCommons ggplot2 gplots jsonlite limma org_Hs_eg_db pathview rjson shiny survival survminer XML ] ; } ;
GDSArray = derive2 { name = " G D S A r r a y " ; version = " 1 . 1 4 . 1 " ; sha256 = " 0 v 8 k x y 7 x f h g g h z 4 q g 2 d j c 4 n x h 2 w 3 b k 4 8 b 0 c x 1 j x 7 l c 4 5 h m 2 q s d f x " ; depends = [ BiocGenerics DelayedArray gdsfmt S4Vectors SeqArray SNPRelate ] ; } ;
GEM = derive2 { name = " G E M " ; version = " 1 . 2 0 . 0 " ; sha256 = " 1 9 j a r s 2 v a j f g y 2 v 9 x r g p 4 5 g c 2 y n 2 h q 3 1 d 9 i k d p n k d 9 g v p q m 9 9 n k v " ; depends = [ ggplot2 ] ; } ;
GENESIS = derive2 { name = " G E N E S I S " ; version = " 2 . 2 4 . 1 " ; sha256 = " 1 0 b 7 2 y y 6 b x 9 a l w 8 z r 9 r z 2 2 w g k q m 1 m 6 b 2 l r 1 f l r f 8 0 m v x j i h f y 7 a s " ; depends = [ Biobase BiocGenerics BiocParallel data_table gdsfmt GenomicRanges GWASTools igraph IRanges Matrix reshape2 S4Vectors SeqArray SeqVarTools SNPRelate ] ; } ;
GENESIS = derive2 { name = " G E N E S I S " ; version = " 2 . 2 4 . 2 " ; sha256 = " 1 3 x j n 9 a 0 n j p m 6 w 0 i 2 i k k j s p 7 7 y k d a i g f 5 x 5 d 3 9 g 6 q q d j 2 r c 2 p z 7 w " ; depends = [ Biobase BiocGenerics BiocParallel data_table gdsfmt GenomicRanges GWASTools igraph IRanges Matrix reshape2 S4Vectors SeqArray SeqVarTools SNPRelate ] ; } ;
GENIE3 = derive2 { name = " G E N I E 3 " ; version = " 1 . 1 6 . 0 " ; sha256 = " 0 m s 7 6 9 2 6 7 p i m r x 3 x w w k g j y 0 3 q i l k x x s 7 x w h z f c a 0 1 f 6 5 i 4 n 3 l 6 f w " ; depends = [ dplyr reshape2 ] ; } ;
GEOexplorer = derive2 { name = " G E O e x p l o r e r " ; version = " 1 . 0 . 0 " ; sha256 = " 0 1 h g j d p 1 4 b 9 r 2 0 4 4 h 0 s d 1 3 6 f 0 p x 9 8 3 n 0 i l 0 8 w i i i 4 1 v q 1 j g i s v h b " ; depends = [ Biobase DT factoextra GEOquery ggplot2 heatmaply htmltools impute limma maptools pheatmap plotly scales shiny shinyBS shinybusy shinyHeatmaply stringr umap ] ; } ;
GEOfastq = derive2 { name = " G E O f a s t q " ; version = " 1 . 2 . 0 " ; sha256 = " 0 3 y a 7 x 7 d p h 6 g 9 7 a a 3 g f 3 d 7 d i n j c y 8 q i p d 0 d y x q p d h d m 1 w 1 g x 8 3 b y " ; depends = [ doParallel foreach plyr RCurl rvest stringr xml2 ] ; } ;
@ -407,7 +407,7 @@ in with self; {
GeneRegionScan = derive2 { name = " G e n e R e g i o n S c a n " ; version = " 1 . 5 0 . 0 " ; sha256 = " 0 b k h a d r 6 1 i 9 j s f w p 3 i 3 c l z 4 b 0 y j d a v 8 r n n r m f p l h 8 6 s q 7 0 0 y 5 8 v 5 " ; depends = [ affxparser Biobase Biostrings RColorBrewer S4Vectors ] ; } ;
GeneSelectMMD = derive2 { name = " G e n e S e l e c t M M D " ; version = " 2 . 3 8 . 0 " ; sha256 = " 1 n q 6 n 4 b p 3 y d g p j b s g g 3 2 2 2 d d 3 4 5 l 5 z 5 y p 4 m v s 4 h a p s 6 w l c 6 b i n 4 i " ; depends = [ Biobase limma MASS ] ; } ;
GeneStructureTools = derive2 { name = " G e n e S t r u c t u r e T o o l s " ; version = " 1 . 1 4 . 0 " ; sha256 = " 1 w 7 n c k m j c 4 z g 5 a 2 0 f 4 h j q j a v m k d w n g k j p 7 0 a k r f 3 b h 1 q m b v p d r 2 a " ; depends = [ Biostrings BSgenome_Mmusculus_UCSC_mm10 data_table GenomicRanges Gviz IRanges plyr rtracklayer S4Vectors stringdist stringr ] ; } ;
GeneTonic = derive2 { name = " G e n e T o n i c " ; version = " 1 . 6 . 1 " ; sha256 = " 1 k c l 8 7 b j j y 9 3 3 z 8 x k q c 3 n x 5 y y 6 b 8 9 f 6 2 i a f 7 p 6 h c 6 9 z 4 v w 5 x r y d f " ; depends = [ AnnotationDbi backbone bs4Dash circlize colorspace colourpicker ComplexHeatmap dendextend DESeq2 dplyr DT dynamicTreeCut expm ggforce ggplot2 ggrepel GO_db igraph matrixStats plotly RColorBrewer rintrojs rlang rmarkdown S4Vectors scales shiny shinyAce shinycssloaders shinyWidgets SummarizedExperiment tidyr tippy viridis visNetwork ] ; } ;
GeneTonic = derive2 { name = " G e n e T o n i c " ; version = " 1 . 6 . 4 " ; sha256 = " 1 q j 1 2 j p d 5 q 9 5 l f 0 f w q 2 6 y k p n w 6 k j p 5 4 p d n b h 0 i p g n 3 7 f l 9 v 5 v b c x " ; depends = [ AnnotationDbi backbone bs4Dash circlize colorspace colourpicker ComplexHeatmap dendextend DESeq2 dplyr DT dynamicTreeCut expm ggforce ggplot2 ggrepel GO_db igraph matrixStats plotly RColorBrewer rintrojs rlang rmarkdown S4Vectors scales shiny shinyAce shinycssloaders shinyWidgets SummarizedExperiment tidyr tippy viridis visNetwork ] ; } ;
GeneticsPed = derive2 { name = " G e n e t i c s P e d " ; version = " 1 . 5 6 . 0 " ; sha256 = " 1 g v k 3 w g 5 m q y c 8 j 9 5 l 4 d j f c 5 5 y m v 4 i 0 8 a z 6 7 z n n l y 3 r 8 3 7 6 m 0 7 m q w " ; depends = [ gdata genetics MASS ] ; } ;
GenomeInfoDb = derive2 { name = " G e n o m e I n f o D b " ; version = " 1 . 3 0 . 1 " ; sha256 = " 1 l y 8 5 1 w 6 x y 1 4 4 q v m p d v 7 p 6 4 y c 4 5 b q x m v n y 2 r z g z 6 9 1 h 3 q b i n 3 x 5 5 " ; depends = [ BiocGenerics GenomeInfoDbData IRanges RCurl S4Vectors ] ; } ;
GenomicAlignments = derive2 { name = " G e n o m i c A l i g n m e n t s " ; version = " 1 . 3 0 . 0 " ; sha256 = " 1 j w k s i s 9 4 m k 8 b m d g g k 0 w 3 k v x q w p 4 d i 6 x 7 8 x g s j k 6 i j 5 4 7 1 0 a d y q 9 " ; depends = [ BiocGenerics BiocParallel Biostrings GenomeInfoDb GenomicRanges IRanges Rsamtools S4Vectors SummarizedExperiment ] ; } ;
@ -418,12 +418,12 @@ in with self; {
GenomicInteractions = derive2 { name = " G e n o m i c I n t e r a c t i o n s " ; version = " 1 . 2 8 . 0 " ; sha256 = " 0 9 0 k x q 5 j n 1 j f r 9 f g b k v b j r 5 g 4 b c x z g s a a l 3 g c 9 y x 1 n 7 p g m h c c f m b " ; depends = [ Biobase BiocGenerics data_table dplyr GenomeInfoDb GenomicRanges ggplot2 gridExtra Gviz igraph InteractionSet IRanges Rsamtools rtracklayer S4Vectors stringr ] ; } ;
GenomicOZone = derive2 { name = " G e n o m i c O Z o n e " ; version = " 1 . 8 . 0 " ; sha256 = " 1 d x 7 2 y 7 k m j 7 n g 3 r 6 q n 9 b z l m g q 9 p f 7 g 7 3 8 m y h g r n m k 4 i v j l 6 f 6 1 5 w " ; depends = [ biomaRt Ckmeans_1d_dp GenomeInfoDb GenomicRanges ggbio ggplot2 gridExtra IRanges lsr plyr Rdpack S4Vectors ] ; } ;
GenomicRanges = derive2 { name = " G e n o m i c R a n g e s " ; version = " 1 . 4 6 . 1 " ; sha256 = " 1 3 3 r 2 7 w s d y p p j v 9 k q 0 d 2 x a m x 0 0 7 l k f 4 1 6 n n l a y g s 4 h s 3 a 7 6 p 9 x w x " ; depends = [ BiocGenerics GenomeInfoDb IRanges S4Vectors XVector ] ; } ;
GenomicScores = derive2 { name = " G e n o m i c S c o r e s " ; version = " 2 . 6 . 0 " ; sha256 = " 1 8 f z i 2 q i 9 5 8 5 1 c i 7 q r z w p b 7 v 6 f h w p 6 x i 1 d 1 v k 1 1 x b y g p b v q l 5 m l s " ; depends = [ AnnotationHub Biobase BiocFileCache BiocGenerics BiocManager Biostrings DelayedArray GenomeInfoDb GenomicRanges HDF5Array IRanges rhdf5 S4Vectors XML ] ; } ;
GenomicScores = derive2 { name = " G e n o m i c S c o r e s " ; version = " 2 . 6 . 1 " ; sha256 = " 1 7 v 2 v 7 a k l l j y 1 7 n i v w m a n i 2 j x k b f f q s 2 y r 3 8 h l s p j l v g p i d p f 9 l n " ; depends = [ AnnotationHub Biobase BiocFileCache BiocGenerics BiocManager Biostrings DelayedArray GenomeInfoDb GenomicRanges HDF5Array IRanges rhdf5 S4Vectors XML ] ; } ;
GenomicSuperSignature = derive2 { name = " G e n o m i c S u p e r S i g n a t u r e " ; version = " 1 . 2 . 1 " ; sha256 = " 0 8 z 1 h 7 0 j 8 2 s 4 0 5 q 0 h q a h b 4 n 5 8 0 i b q a q m l 7 s k q 0 p 4 w 8 r g c h r v b s 7 q " ; depends = [ Biobase BiocFileCache ComplexHeatmap dplyr flextable ggplot2 ggpubr plotly S4Vectors SummarizedExperiment ] ; } ;
GenomicTuples = derive2 { name = " G e n o m i c T u p l e s " ; version = " 1 . 2 8 . 0 " ; sha256 = " 1 5 r v 4 1 z 4 m x j 8 n n 1 m k v s 7 3 w a r y g d 1 c m w i 9 m 7 l s h g l d 1 w f 6 z k 4 3 y p l " ; depends = [ BiocGenerics data_table GenomeInfoDb GenomicRanges IRanges Rcpp S4Vectors ] ; } ;
GeoDiff = derive2 { name = " G e o D i f f " ; version = " 1 . 0 . 0 " ; sha256 = " 0 c i 1 x 5 q 8 k 6 r j a r c i a s g 7 2 j 0 n g r v 7 9 y a 2 j 8 p l h g j c k 4 1 v 8 g 1 0 m b i 0 " ; depends = [ Biobase GeomxTools lme4 Matrix NanoStringNCTools plyr Rcpp RcppArmadillo robust roptim testthat withr ] ; } ;
GeomxTools = derive2 { name = " G e o m x T o o l s " ; version = " 2 . 0 . 0 " ; sha256 = " 0 p z a d 7 m 7 7 a i b 9 p a 0 p 3 7 s a 2 w c m l c y d y 5 n v z 4 x i a x 1 1 s z j c 0 y 4 a y 7 f " ; depends = [ Biobase BiocGenerics data_table dplyr EnvStats lmerTest NanoStringNCTools outliers readxl reshape2 rjson S4Vectors ] ; } ;
GladiaTOX = derive2 { name = " G l a d i a T O X " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 c y b h q z w 4 0 3 v m 0 w 6 w i m d j b 8 k 0 f v f g i g 5 3 g 8 3 k 5 v 9 m 3 i 3 w p 8 v k 0 p z " ; depends = [ brew data_table DBI ggplot2 ggrepel numDeriv RColorBrewer RCurl RJSONIO RMySQL RSQLite stringr tidyr XML xtable ] ; } ;
GladiaTOX = derive2 { name = " G l a d i a T O X " ; version = " 1 . 1 0 . 2 " ; sha256 = " 0 h d b f s j n 3 x f m a p r h q 3 v z 7 8 h w s h p 1 d g v v m b r s 8 n 7 6 d n s v h 8 b x w s g x " ; depends = [ brew data_table DBI ggplot2 ggrepel numDeriv RColorBrewer RCurl RJSONIO RMySQL RSQLite stringr tidyr XML xtable ] ; } ;
Glimma = derive2 { name = " G l i m m a " ; version = " 2 . 4 . 0 " ; sha256 = " 0 q k b x 9 n 2 v b 7 k v b 5 f 0 0 c s n b f f y 5 b m 7 h h b d v k x 2 i s g z i 0 w v 0 y 5 9 k x 9 " ; depends = [ DESeq2 edgeR htmlwidgets jsonlite limma S4Vectors SummarizedExperiment ] ; } ;
GlobalAncova = derive2 { name = " G l o b a l A n c o v a " ; version = " 4 . 1 2 . 0 " ; sha256 = " 1 2 r 6 2 a 6 7 k 3 p 8 5 l c s 8 m f f a i 3 b z r x q 5 2 v m 3 b l g v i a 3 b y 1 6 n i d s 4 2 d 0 " ; depends = [ annotate AnnotationDbi Biobase corpcor dendextend globaltest GSEABase VGAM ] ; } ;
GmicR = derive2 { name = " G m i c R " ; version = " 1 . 8 . 0 " ; sha256 = " 1 8 r f b d l j f c 6 h l 4 p 9 c 6 6 j 3 6 j 0 y g 1 9 f p 8 n h v 4 g n y 6 f 8 q a 9 x 3 n 1 7 2 s d " ; depends = [ AnnotationDbi ape bnlearn Category data_table doParallel DT foreach GOstats gRain gRbase GSEABase org_Hs_eg_db org_Mm_eg_db reshape2 shiny WGCNA ] ; } ;
@ -494,7 +494,7 @@ in with self; {
IntramiRExploreR = derive2 { name = " I n t r a m i R E x p l o r e R " ; version = " 1 . 1 6 . 0 " ; sha256 = " 1 8 x 0 8 r f x v q f 1 g 7 h a i d b z m l g 5 z d 2 2 w 8 1 4 0 r h b a 5 j z x p c y x 8 m c z 6 h 7 " ; depends = [ FGNet igraph knitr ] ; } ;
IsoCorrectoR = derive2 { name = " I s o C o r r e c t o R " ; version = " 1 . 1 2 . 0 " ; sha256 = " 0 z 2 a w 2 l d a r 3 q q 7 d d z a 0 k 8 7 g k s i x 1 j 8 2 9 j 7 6 a r q y g 4 w 2 w 0 y p 9 r 2 q 6 " ; depends = [ dplyr magrittr pracma quadprog readr readxl stringr tibble WriteXLS ] ; } ;
IsoCorrectoRGUI = derive2 { name = " I s o C o r r e c t o R G U I " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 m b f m 2 v 8 h h m f f 3 y i x 9 z n v b 6 f b j w l g f 7 6 b g j y z x 0 0 0 d v p n p 7 p j r z 7 " ; depends = [ IsoCorrectoR readxl tcltk2 ] ; } ;
IsoGeneGUI = derive2 { name = " I s o G e n e G U I " ; version = " 2 . 3 0 . 0 " ; sha256 = " 0 9 7 0 w 1 g 6 n a 4 i w q c y m l 2 b 9 a m x 8 1 6 n 0 5 n 7 8 a r a 1 q r x v d x 6 s w x w 3 r 8 s " ; depends = [ Biobase ff geneplotter goric Iso IsoGene jpeg multtest ORCME ORIClust orQA RColorBrewer Rcpp relimp tkrplot xlsx ] ; } ;
IsoGeneGUI = derive2 { name = " I s o G e n e G U I " ; version = " 2 . 3 0 . 0 " ; sha256 = " 0 9 7 0 w 1 g 6 n a 4 i w q c y m l 2 b 9 a m x 8 1 6 n 0 5 n 7 8 a r a 1 q r x v d x 6 s w x w 3 r 8 s " ; depends = [ Biobase ff geneplotter goric Iso IsoGene jpeg multtest ORCME ORIClust RColorBrewer Rcpp relimp tkrplot xlsx ] ; } ;
IsoformSwitchAnalyzeR = derive2 { name = " I s o f o r m S w i t c h A n a l y z e R " ; version = " 1 . 1 6 . 0 " ; sha256 = " 1 4 b q f 3 9 g w 5 a b 5 r 9 s r 3 a f k i g 1 j b z d v d s 1 b m c v c 6 b p b 4 5 k s c h x 7 f w f " ; depends = [ Biobase BiocGenerics Biostrings BSgenome DBI DEXSeq dplyr DRIMSeq edgeR futile_logger GenomeInfoDb GenomicRanges ggplot2 gridExtra IRanges limma magrittr plyr RColorBrewer RCurl readr reshape2 rtracklayer stringr tibble tximeta tximport VennDiagram XVector ] ; } ;
KBoost = derive2 { name = " K B o o s t " ; version = " 1 . 2 . 0 " ; sha256 = " 1 c 4 l 5 l w i a r m 6 l 6 n b q c w 8 5 s f 1 6 a m 3 x 0 6 a 1 w f s f c m 9 1 p c h k d l 1 j x 0 8 " ; depends = [ ] ; } ;
KCsmart = derive2 { name = " K C s m a r t " ; version = " 2 . 5 2 . 0 " ; sha256 = " 1 7 g l g 0 m 4 c 5 k 5 r i d r 3 k 2 5 r 4 w p w s p 1 b s l 5 1 l g i 2 7 0 s l 5 9 0 r b j 2 6 3 4 n " ; depends = [ BiocGenerics KernSmooth multtest siggenes ] ; } ;
@ -535,6 +535,7 @@ in with self; {
MBASED = derive2 { name = " M B A S E D " ; version = " 1 . 2 8 . 0 " ; sha256 = " 1 1 r b s a k i 3 n b z i l 2 p 8 f v 7 b 7 b i y k b 6 0 3 9 8 a y q 8 s c 8 d r q p i a m 1 5 m y y 7 " ; depends = [ BiocGenerics BiocParallel GenomicRanges RUnit SummarizedExperiment ] ; } ;
MBAmethyl = derive2 { name = " M B A m e t h y l " ; version = " 1 . 2 8 . 0 " ; sha256 = " 1 j k v x 5 2 3 s p v 5 5 q r i k g 2 6 x c 2 r 9 q b 7 2 y 7 k f a 1 6 1 h a 6 j j m 8 l 5 7 r b 6 b v " ; depends = [ ] ; } ;
MBCB = derive2 { name = " M B C B " ; version = " 1 . 4 8 . 0 " ; sha256 = " 0 6 i d l f 8 s 0 a 5 9 q 4 5 r c k f l x i 5 m 3 i 7 r g n 8 l p h z y w 2 f g a j v v 4 d f 5 j 7 q 3 " ; depends = [ preprocessCore tcltk2 ] ; } ;
MBQN = derive2 { name = " M B Q N " ; version = " 2 . 6 . 2 " ; sha256 = " 1 w z p a 4 5 n x n 8 z 9 6 q 6 f 0 8 h 8 h 5 c 7 7 n f b w a p x b 4 9 4 n r k 1 g d p s z c q s q 7 l " ; depends = [ BiocFileCache ggplot2 limma PairedData preprocessCore rappdirs RCurl rmarkdown SummarizedExperiment xml2 ] ; } ;
MBttest = derive2 { name = " M B t t e s t " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 1 5 b k a v x 4 p q y 7 s h 7 0 m 5 j m g h k 7 8 4 f 4 c q m 6 z 9 1 z 5 s 4 4 m 8 c 0 0 a 5 8 v n p " ; depends = [ gplots gtools ] ; } ;
MCbiclust = derive2 { name = " M C b i c l u s t " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 s s w m m d k x w 4 1 p z q z q x s 8 r q 5 8 1 j x 1 w p r c m a f a g n n 4 n 3 9 h 2 m w 0 0 w w y " ; depends = [ AnnotationDbi BiocParallel cluster GGally ggplot2 GO_db org_Hs_eg_db scales WGCNA ] ; } ;
MDTS = derive2 { name = " M D T S " ; version = " 1 . 1 4 . 0 " ; sha256 = " 1 2 4 i x d s h r a g w g n r 4 r z 5 q i i 2 j 0 j 7 4 y b m 5 h 8 y 3 k 2 h 1 k b a 5 6 6 3 2 f f 1 s " ; depends = [ Biostrings DNAcopy GenomicAlignments GenomicRanges IRanges Rsamtools stringr ] ; } ;
@ -554,7 +555,7 @@ in with self; {
MLSeq = derive2 { name = " M L S e q " ; version = " 2 . 1 2 . 0 " ; sha256 = " 0 z 7 2 2 c b b v k k f p z l i 4 7 n 9 d h y j 3 n 0 2 g i b f f y 1 l 0 6 i m w v z x c v a h c f y j " ; depends = [ Biobase caret DESeq2 edgeR foreach ggplot2 limma pamr plyr sSeq SummarizedExperiment testthat VennDiagram xtable ] ; } ;
MMAPPR2 = derive2 { name = " M M A P P R 2 " ; version = " 1 . 8 . 0 " ; sha256 = " 1 f l 8 d m b x r 4 0 7 f 0 v z v 4 q 3 j p a i a 2 8 i g z q x j b 6 a z b c k 7 z g n 6 4 w h 5 i 3 c " ; depends = [ Biobase BiocGenerics BiocParallel data_table dplyr ensemblVEP GenomeInfoDb GenomicRanges gmapR IRanges magrittr Rsamtools S4Vectors stringr tidyr VariantAnnotation VariantTools ] ; } ;
MMDiff2 = derive2 { name = " M M D i f f 2 " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 a 7 4 q 8 7 m l f 1 p v g y 4 7 g y n c l l s d z 4 6 0 i y k 1 n r h 4 m 7 5 j y w h b x j f 3 6 z 0 " ; depends = [ Biobase Biostrings BSgenome GenomicRanges ggplot2 locfit RColorBrewer Rsamtools S4Vectors shiny ] ; } ;
MMUPHin = derive2 { name = " M M U P H i n " ; version = " 1 . 8 . 1 " ; sha256 = " 1 6 1 s 7 5 0 5 h y a c n 9 6 3 2 y a q 8 a 0 a r q a c 1 g 1 1 v b z 4 a w j r h q j l m a 1 2 c 9 m 1 " ; depends = [ cowplot dplyr fpc ggplot2 igraph Maaslin2 metafor tidyr ] ; } ;
MMUPHin = derive2 { name = " M M U P H i n " ; version = " 1 . 8 . 2 " ; sha256 = " 1 b d c g 7 m c n p j 5 n 2 6 k l c 6 s 2 g v i n d 5 w d h 8 i c 9 6 g l p q 6 c j g c a y a q b d 9 a " ; depends = [ cowplot dplyr fpc ggplot2 igraph Maaslin2 metafor tidyr ] ; } ;
MODA = derive2 { name = " M O D A " ; version = " 1 . 2 0 . 0 " ; sha256 = " 0 0 v 4 0 g s p 1 x 5 g b j g 4 i l n s j q 1 j 5 1 2 l w l 3 s b h q m a v y x s 2 0 i 8 c 8 x j c q f " ; depends = [ AMOUNTAIN cluster dynamicTreeCut igraph RColorBrewer WGCNA ] ; } ;
MOFA2 = derive2 { name = " M O F A 2 " ; version = " 1 . 4 . 0 " ; sha256 = " 0 v l 2 f f v h 9 n s d g w 9 4 y a v k d k k h i h p c b 8 f d b n 3 f 1 9 a y g m w b f g 7 8 j 3 w 9 " ; depends = [ basilisk corrplot cowplot DelayedArray dplyr forcats ggplot2 ggrepel HDF5Array magrittr pheatmap RColorBrewer reshape2 reticulate rhdf5 Rtsne stringi tidyr uwot ] ; } ;
MOGAMUN = derive2 { name = " M O G A M U N " ; version = " 1 . 4 . 0 " ; sha256 = " 0 j q 8 6 3 q l 6 y d y k r b r i w 5 h 6 i b i n c h k h s g x q 8 9 0 8 g y g 5 f 5 j l 2 s g c 8 p c " ; depends = [ BiocParallel igraph RCy3 RUnit stringr ] ; } ;
@ -582,7 +583,7 @@ in with self; {
Maaslin2 = derive2 { name = " M a a s l i n 2 " ; version = " 1 . 8 . 0 " ; sha256 = " 0 8 z n c j 3 y w c 5 p c y w i 3 z g q v v l m q g p 9 j 1 6 5 b 3 v r k i p v w v 1 5 b 6 4 7 j q v p " ; depends = [ biglm car chemometrics cplm data_table dplyr edgeR ggplot2 glmmTMB hash lme4 lmerTest logging lpsymphony MASS metagenomeSeq optparse pbapply pcaPP pheatmap pscl robustbase vegan ] ; } ;
MantelCorr = derive2 { name = " M a n t e l C o r r " ; version = " 1 . 6 4 . 0 " ; sha256 = " 1 0 n 1 f 0 4 0 8 8 w z k i 7 m w 2 7 z w l a h v 6 m m k w j j l j k j 0 g 6 5 a z 5 a r k i 0 2 r b l " ; depends = [ ] ; } ;
MassArray = derive2 { name = " M a s s A r r a y " ; version = " 1 . 4 6 . 0 " ; sha256 = " 1 m 3 a 0 h 5 j m j i f m 1 6 z 9 l 3 7 r i j 0 0 j k a 0 k 2 2 q r y q 0 l m h v f m i d z v n 7 p b f " ; depends = [ ] ; } ;
MassSpecWavelet = derive2 { name = " M a s s S p e c W a v e l e t " ; version = " 1 . 6 0 . 0 " ; sha256 = " 1 i c q y x k x 5 a 9 y 3 w a h k x p x n g w 8 5 c 7 l 4 h i h 1 y m 9 n w w n 9 q y 9 3 p n w 1 z i 4 " ; depends = [ waveslim ] ; } ;
MassSpecWavelet = derive2 { name = " M a s s S p e c W a v e l e t " ; version = " 1 . 6 0 . 1 " ; sha256 = " 0 0 i r q 3 i 5 k f c k 7 r n m 8 l l 7 r q h q f p p 3 b i s v 2 h 8 i s 5 0 a 7 w b d 7 4 8 0 z 7 i j " ; depends = [ waveslim ] ; } ;
MatrixGenerics = derive2 { name = " M a t r i x G e n e r i c s " ; version = " 1 . 6 . 0 " ; sha256 = " 1 s 7 5 p 8 r r m j 2 4 r 0 v c b a i y w 8 x g 8 y 8 4 j 3 8 8 m v 6 i a w a i 7 p y p f c l 8 s 1 z 3 " ; depends = [ matrixStats ] ; } ;
MatrixQCvis = derive2 { name = " M a t r i x Q C v i s " ; version = " 1 . 2 . 2 " ; sha256 = " 1 c z w 4 v 7 d y g g k 6 d k h v q s x 0 1 w d 5 r p 9 r d s 3 h 4 g 9 d b y c g b 9 g z 5 q m z a 0 h " ; depends = [ ComplexHeatmap dplyr ggplot2 Hmisc htmlwidgets impute imputeLCMD limma openxlsx pcaMethods plotly proDA rlang rmarkdown Rtsne S4Vectors shiny shinydashboard shinyhelper shinyjs SummarizedExperiment tibble tidyr umap UpSetR vegan vsn ] ; } ;
MatrixRider = derive2 { name = " M a t r i x R i d e r " ; version = " 1 . 2 6 . 0 " ; sha256 = " 0 m v 0 w 3 m 7 w a q f m 8 g y 3 9 h m d n 0 0 p 6 c q 0 a 0 n d r 0 1 s c f g 1 j s 2 9 j m 6 s g c 2 " ; depends = [ Biostrings IRanges S4Vectors TFBSTools XVector ] ; } ;
@ -629,7 +630,7 @@ in with self; {
MultiBaC = derive2 { name = " M u l t i B a C " ; version = " 1 . 4 . 0 " ; sha256 = " 0 p w g 6 z m r f q r z r a 1 r 6 a i 6 8 y a 5 f j f 6 d y 2 s l 0 3 5 x n x l 6 1 7 i i i 9 6 j a d a " ; depends = [ ggplot2 Matrix MultiAssayExperiment plotrix ropls ] ; } ;
MultiDataSet = derive2 { name = " M u l t i D a t a S e t " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 7 a s l d n x q v p 3 s i j x 7 n b i 2 l b b g n q 4 i q 8 z 7 2 q l g 9 0 8 0 s m 5 l g a 1 y y 1 s " ; depends = [ Biobase BiocGenerics GenomicRanges ggplot2 ggrepel IRanges limma qqman S4Vectors SummarizedExperiment ] ; } ;
MultiMed = derive2 { name = " M u l t i M e d " ; version = " 2 . 1 6 . 0 " ; sha256 = " 1 d k v v r v j f c 0 4 a d 4 8 z y w b r m b v m 1 l c n n i 6 r v v l 9 g d a x 1 1 y 9 l z 1 9 3 4 1 " ; depends = [ ] ; } ;
MungeSumstats = derive2 { name = " M u n g e S u m s t a t s " ; version = " 1 . 2 . 3 " ; sha256 = " 0 4 l v 8 y q p j w a 6 p 9 n 6 j p d 9 m p n n n 0 r 1 y v 8 b 6 r i g 6 w 1 z g m h i 3 1 c i g z 7 j " ; depends = [ Biostrings BSgenome data_table dplyr GenomeInfoDb GenomicRanges googleAuthR httr jsonlite magrittr R_utils RCurl rtracklayer stringr VariantAnnotation ] ; } ;
MungeSumstats = derive2 { name = " M u n g e S u m s t a t s " ; version = " 1 . 2 . 4 " ; sha256 = " 0 0 s k q h q k h 6 f b x i f q f 8 d k c 7 9 v y i z h a 4 c q p w z y b 3 h 6 w 7 v 3 y z s 6 b d 7 x " ; depends = [ Biostrings BSgenome data_table dplyr GenomeInfoDb GenomicRanges googleAuthR httr jsonlite magrittr R_utils RCurl rtracklayer stringr VariantAnnotation ] ; } ;
MutationalPatterns = derive2 { name = " M u t a t i o n a l P a t t e r n s " ; version = " 3 . 4 . 1 " ; sha256 = " 0 i 6 f q 6 7 3 6 g v r q n 4 5 r 7 n r h l 0 n s 4 5 q w j 1 b l 4 y c 6 q l a l w 2 g 4 6 m j x f 6 k " ; depends = [ BiocGenerics Biostrings BSgenome cowplot dplyr GenomeInfoDb GenomicRanges ggalluvial ggdendro ggplot2 IRanges magrittr NMF pracma purrr RColorBrewer S4Vectors stringr tibble tidyr VariantAnnotation ] ; } ;
NADfinder = derive2 { name = " N A D f i n d e r " ; version = " 1 . 1 8 . 0 " ; sha256 = " 0 g l c j x g y d j 2 k 7 h 4 9 6 3 f l 4 6 5 y 3 9 8 x q v q 4 g 3 9 3 a i n v w c g z 7 7 k x 4 s k 0 " ; depends = [ ATACseqQC baseline BiocGenerics corrplot csaw EmpiricalBrownsMethod GenomeInfoDb GenomicAlignments GenomicRanges IRanges limma metap Rsamtools rtracklayer S4Vectors signal SummarizedExperiment trackViewer ] ; } ;
NBAMSeq = derive2 { name = " N B A M S e q " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 h i m 4 q g 3 x m g i s l 3 j s w s 6 9 0 c i k n v j 2 8 7 6 x n 8 n 9 g x c 8 l 0 8 c i h f m i n f " ; depends = [ BiocParallel DESeq2 genefilter mgcv S4Vectors SummarizedExperiment ] ; } ;
@ -748,7 +749,7 @@ in with self; {
RCASPAR = derive2 { name = " R C A S P A R " ; version = " 1 . 4 0 . 0 " ; sha256 = " 0 i w 1 7 m h 8 8 0 x 1 p j q s 5 f f j l c 8 x i c y 8 q r k s 8 y i g b 1 a i y n 4 x d 0 0 i h f 1 s " ; depends = [ ] ; } ;
RCM = derive2 { name = " R C M " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 8 2 q n z y 5 q 3 k 5 g 2 q a z r a l j 4 j w h r d x m 1 y 9 x c 8 d x r y 5 d 4 l 6 l 6 v f 7 7 w p " ; depends = [ alabama edgeR ggplot2 MASS nleqslv phyloseq RColorBrewer reshape2 tensor tseries VGAM ] ; } ;
RCSL = derive2 { name = " R C S L " ; version = " 1 . 2 . 0 " ; sha256 = " 0 1 v 4 5 b 4 2 g 0 g v h z 6 h 0 p 1 j 4 8 6 5 l 2 c m 1 8 5 a i 4 0 b f 1 f c v j d 8 7 4 7 8 5 0 h 4 " ; depends = [ ggplot2 igraph NbClust pracma RcppAnnoy Rtsne umap ] ; } ;
RCy3 = derive2 { name = " R C y 3 " ; version = " 2 . 1 4 . 1 " ; sha256 = " 1 a v f p l s g 0 p l 6 n a x b w v w l 3 r 2 9 i d q 5 7 r 6 v p i q n h b z f v j 2 8 h r a 4 g d q i " ; depends = [ base64enc base64url BiocGenerics fs glue graph httr IRdisplay IRkernel RColorBrewer RCurl RJSONIO uchardet uuid XML ] ; } ;
RCy3 = derive2 { name = " R C y 3 " ; version = " 2 . 1 4 . 2 " ; sha256 = " 1 3 y j r 0 1 s v g z 3 6 g 5 i r r 8 j g 1 c 3 z p w w b 9 q 4 2 4 q j 7 5 k 8 n r f 2 z r z 7 2 l 7 w " ; depends = [ base64enc base64url BiocGenerics fs glue graph httr IRdisplay IRkernel RColorBrewer RCurl RJSONIO uchardet uuid XML ] ; } ;
RCyjs = derive2 { name = " R C y j s " ; version = " 2 . 1 6 . 0 " ; sha256 = " 1 x b 9 8 g y f 8 4 7 s y 5 i j v 2 k a 1 v s v z 6 4 n 6 f i 3 5 6 q m c g m 4 k 1 q h z 1 j i z m 6 z " ; depends = [ base64enc BiocGenerics BrowserViz graph httpuv ] ; } ;
RDRToolbox = derive2 { name = " R D R T o o l b o x " ; version = " 1 . 4 4 . 0 " ; sha256 = " 1 m l f z v n 6 i m n k j 2 m r m a 6 n r 5 c m 0 q d x j c a 7 v y 6 h l a i d i c v w n 3 j z 4 1 2 9 " ; depends = [ MASS rgl ] ; } ;
REBET = derive2 { name = " R E B E T " ; version = " 1 . 1 2 . 0 " ; sha256 = " 1 9 h s y k k 7 7 0 j y r v d 5 l b a y b g g s 4 j 1 f 1 r n r b c q 2 m b 0 c z 8 w 2 8 8 l h 4 i 5 p " ; depends = [ ASSET ] ; } ;
@ -845,11 +846,11 @@ in with self; {
RpsiXML = derive2 { name = " R p s i X M L " ; version = " 2 . 3 6 . 0 " ; sha256 = " 1 9 j c 5 d h w y y 2 z 1 c w b v g v w 5 4 v 7 k k b g h 7 g 0 w z y 4 f r x v 9 1 z d g a j 7 w m h y " ; depends = [ annotate AnnotationDbi Biobase graph hypergraph RBGL XML ] ; } ;
Rqc = derive2 { name = " R q c " ; version = " 1 . 2 8 . 0 " ; sha256 = " 0 h c x k r f j a 0 g m d 8 r 2 l l i j d v a w 2 x i i p l k 0 3 7 3 0 5 i n i m z 0 q n a 6 w 2 0 7 1 " ; depends = [ BiocGenerics BiocParallel BiocStyle Biostrings biovizBase GenomicAlignments GenomicFiles ggplot2 IRanges knitr markdown plyr Rcpp reshape2 Rsamtools S4Vectors shiny ShortRead ] ; } ;
Rsamtools = derive2 { name = " R s a m t o o l s " ; version = " 2 . 1 0 . 0 " ; sha256 = " 0 v 6 b 3 j 4 5 i v d 9 f 0 4 f p f s 1 v j w b y 5 p i 3 0 m f 5 6 8 3 b j x i m 0 1 v i 2 k r j 9 y h " ; depends = [ BiocGenerics BiocParallel Biostrings bitops GenomeInfoDb GenomicRanges IRanges Rhtslib S4Vectors XVector zlibbioc ] ; } ;
Rsubread = derive2 { name = " R s u b r e a d " ; version = " 2 . 8 . 1 " ; sha256 = " 0 l p x 0 d p 5 5 7 0 k b r q 7 v 0 g 5 7 3 a x k h i 0 0 q r f 3 8 s i 5 9 v m v n q x h m k v s i x n " ; depends = [ Matrix ] ; } ;
Rsubread = derive2 { name = " R s u b r e a d " ; version = " 2 . 8 . 2 " ; sha256 = " 0 7 8 z c c h w 9 x l 6 v s 2 w i h z z j i 3 4 9 v q 0 m 1 a 0 3 9 m 8 6 j d l v b 7 n c 3 i 1 i m f k " ; depends = [ Matrix ] ; } ;
Rtpca = derive2 { name = " R t p c a " ; version = " 1 . 4 . 0 " ; sha256 = " 0 5 i 2 5 s f g d q s n w 9 k y 0 p 2 5 a i x 8 q r z k i r m c l 5 v v p q r v 8 b w v s 3 3 5 g l m 4 " ; depends = [ Biobase dplyr fdrtool ggplot2 pROC tibble tidyr ] ; } ;
Rtreemix = derive2 { name = " R t r e e m i x " ; version = " 1 . 5 6 . 0 " ; sha256 = " 1 5 k r 8 y 8 w 0 5 9 b x h l 9 x 7 j 7 q g 0 1 b 5 5 j s x f m f z g d y x k 6 l 4 0 i 3 l 4 i 0 w h 1 " ; depends = [ Biobase graph Hmisc ] ; } ;
S4Vectors = derive2 { name = " S 4 V e c t o r s " ; version = " 0 . 3 2 . 3 " ; sha256 = " 0 w p 2 9 v 4 1 f 9 c f 6 k h q 2 w w 0 f 6 3 n s q 6 2 1 9 l 1 y c a j z d q p 3 a 2 x d a 7 3 4 n c w " ; depends = [ BiocGenerics ] ; } ;
SAIGEgds = derive2 { name = " S A I G E g d s " ; version = " 1 . 8 . 0 " ; sha256 = " 0 8 j h q p i 1 3 k g 6 9 n f l 4 2 5 m 6 r v g y v z f s p f y l g n z k k 1 v 6 v 0 k a z 5 8 7 6 f 2 " ; depends = [ gdsfmt Rcpp RcppArmadillo RcppParallel SeqArray SPAtest ] ; } ;
S4Vectors = derive2 { name = " S 4 V e c t o r s " ; version = " 0 . 3 2 . 4 " ; sha256 = " 1 7 d v y p x c w p 8 c 7 i h 2 3 h i 2 3 6 6 1 1 0 b y 6 z q 1 m j g x k m l b i k l z a c h g 9 7 8 0 " ; depends = [ BiocGenerics ] ; } ;
SAIGEgds = derive2 { name = " S A I G E g d s " ; version = " 1 . 8 . 1 " ; sha256 = " 1 f y h s c q v h m p w d 7 z y k j 7 m g l k 6 l i q 6 n c c m i c 7 4 1 m d s 5 h q l x 8 z x h y 7 d " ; depends = [ gdsfmt Rcpp RcppArmadillo RcppParallel SeqArray SPAtest ] ; } ;
SANTA = derive2 { name = " S A N T A " ; version = " 2 . 3 0 . 0 " ; sha256 = " 0 w 0 r d 0 v m j v z 9 8 i j k 5 3 i k p i n 7 x 5 a c l 0 y f k b 2 v 7 y 7 7 m a 6 l i z y 7 0 r g l " ; depends = [ igraph Matrix ] ; } ;
SBGNview = derive2 { name = " S B G N v i e w " ; version = " 1 . 8 . 0 " ; sha256 = " 1 7 j h 1 a d 1 a 9 5 1 r 8 9 x d 9 1 2 7 c 1 w v 5 s 4 r z d 0 3 q q 8 r h 5 z j n 2 z x z p w s w r 4 " ; depends = [ AnnotationDbi bookdown httr igraph KEGGREST knitr pathview Rdpack rmarkdown rsvg SBGNview_data SummarizedExperiment xml2 ] ; } ;
SBMLR = derive2 { name = " S B M L R " ; version = " 1 . 9 0 . 0 " ; sha256 = " 0 8 c v h l r h 1 3 v 5 7 1 j c 0 f g f i w z c 0 4 1 n q 2 n d x p y 5 n s x m g p b s w 5 r y f g f f " ; depends = [ deSolve XML ] ; } ;
@ -894,7 +895,7 @@ in with self; {
SRAdb = derive2 { name = " S R A d b " ; version = " 1 . 5 6 . 0 " ; sha256 = " 1 8 z 6 2 c 2 w 6 s p s m n y q c m c 5 7 w 4 1 v l i 5 v r c r l 3 h p y 1 a l 1 n 1 y y 9 f g i l 0 y " ; depends = [ GEOquery graph RCurl RSQLite ] ; } ;
STAN = derive2 { name = " S T A N " ; version = " 2 . 2 2 . 0 " ; sha256 = " 1 i n q j w 1 1 a 7 9 1 c 6 s v w 0 y 4 p 3 m 8 r d 0 9 f j c n a 3 j 4 p 5 9 5 0 f 9 7 5 a p h 1 q 4 g " ; depends = [ BiocGenerics GenomeInfoDb GenomicRanges Gviz IRanges poilog Rsolnp S4Vectors ] ; } ;
STATegRa = derive2 { name = " S T A T e g R a " ; version = " 1 . 3 0 . 0 " ; sha256 = " 1 0 a 2 3 0 b v f j v j w s j k h 0 v 3 f j b r j k w c v s d c h 8 b f v 1 s 6 h 4 y a v 1 m 4 w c a 7 " ; depends = [ affy Biobase calibrate edgeR foreach ggplot2 gplots gridExtra limma MASS ] ; } ;
STRINGdb = derive2 { name = " S T R I N G d b " ; version = " 2 . 6 . 1 " ; sha256 = " 1 4 y n 0 f i 6 g h l v 4 1 z 5 v k 4 w v r x 5 1 h l p x 7 z 9 k 5 f k 5 j y b 5 0 l 2 g 8 w w z j h i " ; depends = [ gplots hash igraph plotrix plyr png RColorBrewer RCurl sqldf ] ; } ;
STRINGdb = derive2 { name = " S T R I N G d b " ; version = " 2 . 6 . 5 " ; sha256 = " 0 n 2 r 2 z c 2 s x 1 a 2 a 8 w q q x z 6 z 7 i 4 y n a j 1 8 i w b w g i f 7 4 6 9 n 1 3 a g j i 5 m v " ; depends = [ gplots hash igraph plotrix plyr png RColorBrewer RCurl sqldf ] ; } ;
STROMA4 = derive2 { name = " S T R O M A 4 " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 0 v 8 k g m x 7 9 z d 2 v g z w i j 3 i l 8 0 l 7 2 4 s d l 0 k 4 a 3 r m 7 3 k d 4 j w 2 w v h k r h " ; depends = [ Biobase BiocParallel cluster matrixStats ] ; } ;
SWATH2stats = derive2 { name = " S W A T H 2 s t a t s " ; version = " 1 . 2 4 . 0 " ; sha256 = " 0 i f l 1 y 3 r s 0 r 2 z q k p c p i i b y v 1 2 m j q z 6 w x s 2 9 6 f 6 9 1 k 1 q f z 9 q v x 8 k g " ; depends = [ biomaRt data_table ggplot2 reshape2 ] ; } ;
SamSPECTRAL = derive2 { name = " S a m S P E C T R A L " ; version = " 1 . 4 8 . 0 " ; sha256 = " 1 x x z 5 g g x j 1 0 p s r z 5 r m 0 x j r 8 m x w c 3 c f y l 9 c h s a 9 w 2 w x r r i x y p d n a h " ; depends = [ ] ; } ;
@ -949,7 +950,7 @@ in with self; {
TCC = derive2 { name = " T C C " ; version = " 1 . 3 4 . 0 " ; sha256 = " 0 2 9 8 z f v r s 7 x 6 0 5 0 s 3 2 2 2 f g 5 y p 6 0 s i z 8 5 p f h 6 5 4 1 w m a h 7 j 0 w z p g s d " ; depends = [ baySeq DESeq2 edgeR ROC ] ; } ;
TCGAbiolinks = derive2 { name = " T C G A b i o l i n k s " ; version = " 2 . 2 2 . 4 " ; sha256 = " 0 7 1 w z 6 d m 6 d y p b f z v x d 6 j 6 7 l 1 i a w l b 6 d 5 s f z q 8 7 1 z h 0 6 f z a x j m 3 3 2 " ; depends = [ biomaRt data_table downloader dplyr GenomicRanges ggplot2 httr IRanges jsonlite knitr plyr purrr R_utils readr rvest S4Vectors stringr SummarizedExperiment TCGAbiolinksGUI_data tibble tidyr XML xml2 ] ; } ;
TCGAbiolinksGUI = derive2 { name = " T C G A b i o l i n k s G U I " ; version = " 1 . 2 0 . 0 " ; sha256 = " 0 9 4 1 x c d 4 2 k z 7 2 v l h l m 9 3 6 8 1 d w g i 4 a f l i 5 j 8 c f s 3 3 1 f p d d p v 7 l 4 a f " ; depends = [ caret clusterProfiler colourpicker data_table downloader DT ELMER ggplot2 ggrepel maftools pathview plotly readr sesame shiny shinyBS shinydashboard shinyFiles shinyjs stringr SummarizedExperiment TCGAbiolinks TCGAbiolinksGUI_data ] ; } ;
TCGAutils = derive2 { name = " T C G A u t i l s " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 g j m g z 2 0 h m y 8 c 7 i g y 5 x v w q l 3 7 k 0 v 7 6 6 2 q k x w s c 2 v i 0 1 x 6 y 7 8 1 b c j " ; depends = [ AnnotationDbi BiocGenerics GenomeInfoDb GenomicDataCommons GenomicFeatures GenomicRanges IRanges MultiAssayExperiment RaggedExperiment rvest S4Vectors stringr SummarizedExperiment xml2 ] ; } ;
TCGAutils = derive2 { name = " T C G A u t i l s " ; version = " 1 . 1 4 . 1 " ; sha256 = " 1 i 8 c l 0 1 l 9 q n p v b i r x k a 5 r a a a 8 x p 8 8 w w n 6 9 1 4 c q s q 3 q z 4 4 j i 4 g i 7 9 " ; depends = [ AnnotationDbi BiocGenerics GenomeInfoDb GenomicDataCommons GenomicFeatures GenomicRanges IRanges MultiAssayExperiment RaggedExperiment rvest S4Vectors stringr SummarizedExperiment xml2 ] ; } ;
TCseq = derive2 { name = " T C s e q " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 k z z 3 f l 1 9 d 1 i v b 6 l 5 5 x a d w g 2 0 2 v q 4 w z a 3 r 7 w g f 6 f x 1 9 6 s 2 0 v n v n g " ; depends = [ BiocGenerics cluster e1071 edgeR GenomicAlignments GenomicRanges ggplot2 IRanges locfit reshape2 Rsamtools SummarizedExperiment ] ; } ;
TDARACNE = derive2 { name = " T D A R A C N E " ; version = " 1 . 4 4 . 0 " ; sha256 = " 0 r j l w j 0 5 f w 0 y 4 q 0 2 l h v d g 0 b l p q r g x j q 5 k d q 0 h f f 9 4 q j w p 7 f g n 5 g n " ; depends = [ Biobase GenKern Rgraphviz ] ; } ;
TEQC = derive2 { name = " T E Q C " ; version = " 4 . 1 6 . 0 " ; sha256 = " 0 8 j l l n z s f z 0 z k n 2 m 8 n 5 c 6 c p p j b h 5 c m 8 k p g w q 6 5 2 b g w 5 j m k k p g 3 f 2 " ; depends = [ Biobase BiocGenerics hwriter IRanges Rsamtools ] ; } ;
@ -961,7 +962,7 @@ in with self; {
TIN = derive2 { name = " T I N " ; version = " 1 . 2 6 . 0 " ; sha256 = " 0 7 m 8 q 3 l g c f l m r c h p w 8 8 y 4 w 6 2 i w q 5 c x d 0 s w 1 l b a s s v g y c h 7 d n q 3 k s " ; depends = [ aroma_affymetrix data_table impute squash stringr WGCNA ] ; } ;
TMixClust = derive2 { name = " T M i x C l u s t " ; version = " 1 . 1 6 . 0 " ; sha256 = " 1 i 6 9 q 9 2 s s 9 q 2 v v 6 h y x v q 8 w v 5 5 w 1 9 3 7 r m d a 4 3 a 8 q f b l z y 0 j r 5 a v w w " ; depends = [ Biobase BiocParallel cluster flexclust gss mvtnorm SPEM zoo ] ; } ;
TNBC_CMS = derive2 { name = " T N B C . C M S " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 i z 2 j b 8 9 5 h s l i a v k 9 g 9 3 m v v c c l a 4 6 1 c m i f m s a m 3 q d s c j 0 9 g f l 1 7 x " ; depends = [ e1071 forestplot GGally ggplot2 ggpubr GSVA pheatmap pracma quadprog R_utils RColorBrewer SummarizedExperiment survival ] ; } ;
TOAST = derive2 { name = " T O A S T " ; version = " 1 . 8 . 2 " ; sha256 = " 1 j 0 a 3 l l 0 m k p 0 j g w 8 h f l 8 x s 5 y j 4 b a q j x f v g 0 9 z b 8 s h 8 2 j i m 1 m y 7 7 z " ; depends = [ corpcor doParallel EpiDISH GGally ggplot2 limma nnls quadprog SummarizedExperiment tidyr ] ; } ;
TOAST = derive2 { name = " T O A S T " ; version = " 1 . 8 . 3 " ; sha256 = " 1 3 v d k y g y z 0 q i w y n i z 4 a h y d p f k j 6 k 1 a p 9 1 h s n k z r 6 y m 7 6 5 c p d a n 0 1 " ; depends = [ corpcor doParallel EpiDISH GGally ggplot2 limma nnls quadprog SummarizedExperiment tidyr ] ; } ;
TPP = derive2 { name = " T P P " ; version = " 3 . 2 2 . 1 " ; sha256 = " 0 v r 8 s v 2 2 r h h r v 6 3 a r z 3 3 v b k p 5 i 3 c w d 0 3 b z 5 4 q w x 3 z b d c f 5 l 3 s n h y " ; depends = [ Biobase biobroom broom data_table doParallel dplyr foreach futile_logger ggplot2 gridExtra knitr limma magrittr MASS mefa nls2 openxlsx plyr purrr RColorBrewer RCurl reshape2 rmarkdown stringr tibble tidyr VennDiagram VGAM ] ; } ;
TPP2D = derive2 { name = " T P P 2 D " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 8 3 g f 3 v 1 n j 0 n q l l 8 1 7 w h x d i f 0 k i w s c i l 8 8 i g 0 v j j 1 h n 3 9 3 6 q 5 9 v 6 " ; depends = [ BiocParallel doParallel dplyr foreach ggplot2 limma MASS openxlsx RCurl stringr tidyr ] ; } ;
TRESS = derive2 { name = " T R E S S " ; version = " 1 . 0 . 0 " ; sha256 = " 0 z m z b p z h c s y k b p i f s 5 m 8 m d 2 l h a m i 0 y a 7 y 9 s f 2 r d m a d g b x 1 7 g v z j 7 " ; depends = [ AnnotationDbi GenomicFeatures GenomicRanges IRanges Matrix matrixStats Rsamtools rtracklayer S4Vectors ] ; } ;
@ -1105,7 +1106,7 @@ in with self; {
biomformat = derive2 { name = " b i o m f o r m a t " ; version = " 1 . 2 2 . 0 " ; sha256 = " 0 x f 9 9 j 4 l h f 8 k h 9 h 1 3 1 7 h r b z x d v 6 r l j s 1 f n 6 8 r 8 s 4 0 x 6 y 4 d b 3 l 8 1 7 " ; depends = [ jsonlite Matrix plyr rhdf5 ] ; } ;
biomvRCNS = derive2 { name = " b i o m v R C N S " ; version = " 1 . 3 4 . 0 " ; sha256 = " 0 1 n h j h f y z s 6 7 p 9 7 b k 9 b j q d x k 2 3 9 c k l 8 s g f j 5 5 a z k 1 z m w 9 2 a w 2 h f y " ; depends = [ GenomicRanges Gviz IRanges mvtnorm ] ; } ;
biosigner = derive2 { name = " b i o s i g n e r " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 8 9 0 1 8 q a h y w 3 3 d m g 7 3 w a 7 k 4 r p 8 n z r x 6 a i 8 f 2 d r 6 v h b p c d c 1 g n m 0 z " ; depends = [ Biobase e1071 MultiDataSet randomForest ropls ] ; } ;
biotmle = derive2 { name = " b i o t m l e " ; version = " 1 . 1 8 . 0 " ; sha256 = " 0 p 3 i a v f 9 0 5 9 q a 8 q v f v q z s k f c 5 g k i 3 z 0 i v k k q d w g 5 a n v f 0 w v 2 k 4 7 g " ; depends = [ assertthat BiocGenerics BiocParallel dplyr drtmle ggplot2 ggsci limma S4Vectors SummarizedExperiment superheat tibble ] ; } ;
biotmle = derive2 { name = " b i o t m l e " ; version = " 1 . 1 8 . 0 " ; sha256 = " 0 p 3 i a v f 9 0 5 9 q a 8 q v f v q z s k f c 5 g k i 3 z 0 i v k k q d w g 5 a n v f 0 w v 2 k 4 7 g " ; depends = [ assertthat BiocGenerics BiocParallel dplyr ggplot2 ggsci limma S4Vectors SummarizedExperiment superheat tibble ] ; } ;
biovizBase = derive2 { name = " b i o v i z B a s e " ; version = " 1 . 4 2 . 0 " ; sha256 = " 0 k g 7 1 p 7 s q f v x a l 0 c 1 9 z r w s 1 f f a q g y i 8 p 6 0 5 l 3 z 6 m k q 5 l d i 2 6 p a j z " ; depends = [ AnnotationDbi AnnotationFilter BiocGenerics Biostrings dichromat ensembldb GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges Hmisc IRanges RColorBrewer rlang Rsamtools S4Vectors scales SummarizedExperiment VariantAnnotation ] ; } ;
biscuiteer = derive2 { name = " b i s c u i t e e r " ; version = " 1 . 8 . 0 " ; sha256 = " 1 6 d s 3 2 2 b 2 1 g 8 y s 5 c 3 l k r v i 7 0 i 8 2 f 9 r x v n k n b i q x 4 s p 6 f 2 l 0 1 j 5 y j " ; depends = [ Biobase BiocGenerics BiocParallel biscuiteerData bsseq data_table DelayedMatrixStats dmrseq GenomeInfoDb GenomicRanges gtools HDF5Array Homo_sapiens impute Matrix matrixStats Mus_musculus QDNAseq qualV R_utils readr Rsamtools rtracklayer S4Vectors SummarizedExperiment VariantAnnotation ] ; } ;
blacksheepr = derive2 { name = " b l a c k s h e e p r " ; version = " 1 . 8 . 0 " ; sha256 = " 0 j 6 2 3 s 9 v j x k n q x 3 p 3 d 2 n b w i q q j p 1 3 2 6 b b y v q j m 7 5 n 1 i y j 3 3 z 1 8 4 4 " ; depends = [ circlize ComplexHeatmap pasilla RColorBrewer SummarizedExperiment viridis ] ; } ;
@ -1126,7 +1127,7 @@ in with self; {
caOmicsV = derive2 { name = " c a O m i c s V " ; version = " 1 . 2 4 . 0 " ; sha256 = " 0 s n r 6 7 g 9 b q w y v r r 1 g x m g d j h r y b g c p l 3 8 d w i k 5 8 3 7 5 2 s g d y f 8 4 c 6 p " ; depends = [ bc3net igraph ] ; } ;
cageminer = derive2 { name = " c a g e m i n e r " ; version = " 1 . 0 . 0 " ; sha256 = " 1 4 0 w 8 c c m 5 j 5 k l 3 g y n 6 4 3 7 a 2 z q l z f 5 2 7 7 k 3 g 3 c 9 i 2 2 n 1 j k d p 9 4 7 y n " ; depends = [ BioNERO GenomeInfoDb GenomicRanges ggbio ggplot2 ggtext IRanges reshape2 ] ; } ;
calm = derive2 { name = " c a l m " ; version = " 1 . 8 . 0 " ; sha256 = " 1 s q 7 8 f v 4 s 6 j a 9 y w 8 4 k 2 0 z l 1 0 p b k k 8 g 2 k f 3 8 p 6 n b x k h i 4 r v z 8 b 5 r 2 " ; depends = [ mgcv ] ; } ;
canceR = derive2 { name = " c a n c e R " ; version = " 1 . 2 8 . 0 2 " ; sha256 = " 0 0 h 8 j k l i s p 1 v a p q z 8 z 4 l 4 q k 2 2 7 3 p 2 n 3 3 f 0 s f r g c 6 g p r a i y p v q r 1 0 " ; depends = [ Biobase cgdsr circlize Formula geNetClassifier GSEABase phenoTest plyr rpart RUnit survival tcltk2 tkrplot ] ; } ;
canceR = derive2 { name = " c a n c e R " ; version = " 1 . 2 8 . 0 4 " ; sha256 = " 0 s i 8 8 5 h 0 n k f z v y 3 s n h s p 7 6 3 8 f d z c 6 6 l 9 0 h s w d 0 v a 4 2 d 3 a h q 8 h r 8 v " ; depends = [ Biobase cgdsr circlize Formula geNetClassifier GSEABase phenoTest plyr rpart RUnit survival tkrplot ] ; } ;
cancerclass = derive2 { name = " c a n c e r c l a s s " ; version = " 1 . 3 8 . 0 " ; sha256 = " 1 k p 7 6 4 g 9 j m s 7 r 9 5 w h 5 8 c 4 d 1 y l i 7 x f v h f v i 5 0 x 2 s 8 r z i 4 b h i 3 z i k 6 " ; depends = [ binom Biobase ] ; } ;
casper = derive2 { name = " c a s p e r " ; version = " 2 . 2 8 . 0 " ; sha256 = " 0 z 8 5 z q 5 c r f 3 8 0 6 c 1 6 h v 0 g p v 0 7 2 k 2 b f 7 h d y h q 9 5 8 y 3 3 2 8 2 w y b r 4 z d " ; depends = [ Biobase BiocGenerics coda EBarrays gaga GenomeInfoDb GenomicFeatures GenomicRanges gtools IRanges limma mgcv Rsamtools rtracklayer S4Vectors sqldf survival VGAM ] ; } ;
categoryCompare = derive2 { name = " c a t e g o r y C o m p a r e " ; version = " 1 . 3 8 . 0 " ; sha256 = " 1 1 7 5 i s 4 g r 6 n r 3 9 3 l k 5 h a 2 c 3 r q s d z s l 1 m f n h k a j c y m 8 n 0 9 2 7 r x 8 n 8 " ; depends = [ annotate AnnotationDbi Biobase BiocGenerics Category colorspace GOstats graph GSEABase hwriter RCy3 ] ; } ;
@ -1144,7 +1145,7 @@ in with self; {
cellity = derive2 { name = " c e l l i t y " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 8 n i v w 8 c 2 i v 6 i b p 6 h j 2 m 0 f 0 4 q b 2 8 d c q 3 y a 1 i m f w s v a n m 9 q b 2 z 8 z r " ; depends = [ AnnotationDbi e1071 ggplot2 mvoutlier org_Hs_eg_db org_Mm_eg_db robustbase topGO ] ; } ;
cellmigRation = derive2 { name = " c e l l m i g R a t i o n " ; version = " 1 . 2 . 0 " ; sha256 = " 0 w w f p 4 j f f d x j h z p j p a 9 1 3 6 i 7 j i 7 b k g b m k d r c 4 k 0 5 8 k w n c v 6 5 i a j p " ; depends = [ doParallel FactoMineR FME foreach Hmisc matrixStats reshape2 sp SpatialTools tiff vioplot ] ; } ;
cellscape = derive2 { name = " c e l l s c a p e " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 p 8 i b 2 4 4 y x f z l 5 x s w l 1 i f h j 7 g r c 8 4 3 5 n p w 8 2 k m j 5 v q g 8 m q b k h g h 7 " ; depends = [ dplyr gtools htmlwidgets jsonlite plyr reshape2 stringr ] ; } ;
censcyt = derive2 { name = " c e n s c y t " ; version = " 1 . 2 . 0 " ; sha256 = " 0 y r k v 3 1 2 2 i n i q g f s p 8 h h g l n d p k l h l v r 2 d 1 f 6 6 1 g h n 7 3 d h w b a b m w w " ; depends = [ BiocParallel broom_mixed diffcyt dirmult dplyr edgeR fitdistrplus lme4 magrittr MASS mice multcomp purrr rlang S4Vectors stringr SummarizedExperiment survival tibble tidyr ] ; } ;
censcyt = derive2 { name = " c e n s c y t " ; version = " 1 . 2 . 1 " ; sha256 = " 0 s d 4 1 2 j h h g a x 0 s z s l k s 8 b m g 8 1 y r q s 3 h j 5 4 a h d g s n b q f 8 4 6 k c c r z w " ; depends = [ BiocParallel broom_mixed diffcyt dirmult dplyr edgeR fitdistrplus lme4 magrittr MASS mice multcomp purrr rlang S4Vectors stringr SummarizedExperiment survival tibble tidyr ] ; } ;
cfDNAPro = derive2 { name = " c f D N A P r o " ; version = " 1 . 0 . 0 " ; sha256 = " 0 k l z w a x 2 w b l c q 8 j 5 1 i g 7 q k x m l 7 y b 3 q c 2 p 6 6 g 2 d s 8 s f a i 0 y 3 h s l f 9 " ; depends = [ dplyr ggplot2 magrittr quantmod rlang Rsamtools stringr ] ; } ;
cghMCR = derive2 { name = " c g h M C R " ; version = " 1 . 5 2 . 0 " ; sha256 = " 1 j 3 p d j 1 c 5 w p l 0 m m i r b s s y s v a l 6 f h 2 v y f b 4 d 6 w 6 j k q i k c h b c a l 8 p k " ; depends = [ BiocGenerics CNTools DNAcopy limma ] ; } ;
chimeraviz = derive2 { name = " c h i m e r a v i z " ; version = " 1 . 2 0 . 0 " ; sha256 = " 0 g s d 2 b w j z h 6 f 8 g q c l n h m 8 g q 2 q 3 c 1 d d p 4 q q f l m b g f k 1 6 j j a 8 5 1 6 v a " ; depends = [ AnnotationDbi AnnotationFilter BiocStyle Biostrings checkmate data_table dplyr DT ensembldb GenomeInfoDb GenomicAlignments GenomicRanges graph gtools Gviz IRanges magick org_Hs_eg_db org_Mm_eg_db plyr RCircos RColorBrewer Rgraphviz rmarkdown Rsamtools S4Vectors ] ; } ;
@ -1228,7 +1229,7 @@ in with self; {
daMA = derive2 { name = " d a M A " ; version = " 1 . 6 6 . 0 " ; sha256 = " 0 m 7 1 9 2 m d 5 9 5 6 m b k l w 0 j 7 z 0 b 8 2 i n r 6 h 0 p 2 c 9 v v j s m d 5 i v l b z 1 z d r i " ; depends = [ MASS ] ; } ;
dada2 = derive2 { name = " d a d a 2 " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 m j 2 f i q a n r 8 l p 1 8 8 3 b a l i 0 0 l a 3 8 d 9 g 1 k r q z 9 v 7 f 3 9 6 s 1 f 5 x 8 y l l 6 " ; depends = [ BiocGenerics Biostrings ggplot2 IRanges Rcpp RcppParallel reshape2 ShortRead XVector ] ; } ;
dagLogo = derive2 { name = " d a g L o g o " ; version = " 1 . 3 2 . 0 " ; sha256 = " 1 g q b 5 6 z g 1 1 c l 7 l d w w 1 5 z m n 0 9 f 1 f 5 i 6 0 m s h w r v 7 g s b 3 y c 7 9 z s 4 8 s 1 " ; depends = [ BiocGenerics biomaRt Biostrings motifStack pheatmap UniProt_ws ] ; } ;
dasper = derive2 { name = " d a s p e r " ; version = " 1 . 4 . 2 " ; sha256 = " 1 c 0 k z 5 2 w w z 7 b 8 f x g z j 7 d r s 8 m q r 5 r 2 c l 2 5 n 5 8 r r a l q b 7 m g n 9 2 6 v 6 2 " ; depends = [ basilisk BiocFileCache BiocParallel data_table dplyr GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggpubr ggrepel IRanges magrittr megadepth plyranges readr reticulate rtracklayer S4Vectors stringr SummarizedExperiment tidyr ] ; } ;
dasper = derive2 { name = " d a s p e r " ; version = " 1 . 4 . 3 " ; sha256 = " 0 r r y 9 8 7 m m w r r g 1 5 w m 5 v w m w d s 2 d k 6 v q p v a y v k h z g w 2 z m 5 g a b i s 2 7 n " ; depends = [ basilisk BiocFileCache BiocParallel data_table dplyr GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggpubr ggrepel IRanges magrittr megadepth plyranges readr reticulate rtracklayer S4Vectors stringr SummarizedExperiment tidyr ] ; } ;
dcGSA = derive2 { name = " d c G S A " ; version = " 1 . 2 2 . 0 " ; sha256 = " 0 j 6 9 7 q 0 2 z y s 9 b r m c 7 x n 1 y h 7 l i r 7 k 1 m 7 h l r 7 5 2 y k y d q x 9 q z z w 0 m 7 7 " ; depends = [ BiocParallel Matrix ] ; } ;
dcanr = derive2 { name = " d c a n r " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 x r f d w c s 4 q x g a s m 3 1 8 n d 2 c d q m r 9 k s a x i g 1 f r s 8 h 6 a 7 l g 8 w v h 5 f 2 x " ; depends = [ circlize doRNG foreach igraph Matrix plyr RColorBrewer reshape2 stringr ] ; } ;
dce = derive2 { name = " d c e " ; version = " 1 . 2 . 0 " ; sha256 = " 0 w z i 9 h v 9 7 5 i b 7 n v d 6 q q n l h z f z g x 9 w y d x x s 1 p k k l z z g w l w m 4 g r 9 7 1 " ; depends = [ assertthat CombinePValue dplyr edgeR epiNEM expm ggplot2 ggraph glm2 glue graph graphite harmonicmeanp igraph logger MASS Matrix metap mnem naturalsort org_Hs_eg_db pcalg ppcor purrr reshape2 Rgraphviz rlang tidygraph tidyverse ] ; } ;
@ -1236,12 +1237,12 @@ in with self; {
ddPCRclust = derive2 { name = " d d P C R c l u s t " ; version = " 1 . 1 4 . 0 " ; sha256 = " 1 3 s 2 h 8 b f d 6 i 6 s h b m 9 i w l z 9 9 n v y i f 6 c 9 3 4 c c g k d i h g b x f q 2 z a c m d j " ; depends = [ clue flowCore flowDensity flowPeaks ggplot2 openxlsx plotrix R_utils SamSPECTRAL ] ; } ;
dearseq = derive2 { name = " d e a r s e q " ; version = " 1 . 6 . 0 " ; sha256 = " 0 7 v r 2 7 r v 3 z 8 6 a j d 6 2 c 0 i l v f g z 9 z 3 5 q s i w w i 5 p v 4 s y g b h n n j w h 3 r c " ; depends = [ ggplot2 KernSmooth matrixStats patchwork pbapply statmod survey viridisLite ] ; } ;
debCAM = derive2 { name = " d e b C A M " ; version = " 1 . 1 2 . 0 " ; sha256 = " 1 n q c 2 r 9 w r 4 q 7 1 z s y a 0 y l w k x c 9 1 s q a 4 z k a l 2 6 w i v 5 h 1 0 b k 5 n x i g 5 r " ; depends = [ apcluster Biobase BiocParallel corpcor DMwR2 geometry NMF nnls pcaPP rJava SummarizedExperiment ] ; } ;
debrowser = derive2 { name = " d e b r o w s e r " ; version = " 1 . 2 2 . 4 " ; sha256 = " 0 w r w y q 7 k z 8 q q h g g 2 p j i f 8 h z 5 3 c i 3 3 r 6 f g z w p s d x y w d s 1 a r v 5 4 y b 2 " ; depends = [ annotate AnnotationDbi apeglm ashr clusterProfiler colourpicker DESeq2 DOSE DT edgeR enrichplot GenomicRanges ggplot2 gplots Harman heatmaply igraph IRanges jsonlite limma org_Hs_eg_db org_Mm_eg_db pathview plotly RColorBrewer RCurl reshape2 S4Vectors shiny shinyBS shinydashboard shinyjs stringi SummarizedExperiment sva ] ; } ;
debrowser = derive2 { name = " d e b r o w s e r " ; version = " 1 . 2 2 . 5 " ; sha256 = " 1 a q j n q 1 3 y v g w 0 r j q 9 0 l 7 k g f 8 c 5 6 f h j x h v 7 r 3 g 1 x a 5 p b d q z f d b v 9 9 " ; depends = [ annotate AnnotationDbi apeglm ashr clusterProfiler colourpicker DESeq2 DOSE DT edgeR enrichplot GenomicRanges ggplot2 gplots Harman heatmaply igraph IRanges jsonlite limma org_Hs_eg_db org_Mm_eg_db pathview plotly RColorBrewer RCurl reshape2 S4Vectors shiny shinyBS shinydashboard shinyjs stringi SummarizedExperiment sva ] ; } ;
deco = derive2 { name = " d e c o " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 b v n 5 w i p v y x y 5 h 7 4 w l 1 4 3 3 p v 5 l z d p 8 2 m 8 y x w r 3 b 8 c l j n l q c q h 9 d a " ; depends = [ ade4 AnnotationDbi Biobase BiocParallel BiocStyle cluster foreign gdata ggplot2 gplots gridExtra limma locfit made4 RColorBrewer reshape2 scatterplot3d sfsmisc SummarizedExperiment ] ; } ;
decompTumor2Sig = derive2 { name = " d e c o m p T u m o r 2 S i g " ; version = " 2 . 1 0 . 0 " ; sha256 = " 1 2 5 9 1 3 q 7 3 5 v a z m l n v g 8 v d c a 8 j 8 8 y 0 m x 2 4 z d l q z s g z w 9 y l k w b q 8 6 p " ; depends = [ BiocGenerics Biostrings BSgenome_Hsapiens_UCSC_hg19 data_table GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggseqlogo gridExtra Matrix plyr quadprog readxl S4Vectors SummarizedExperiment TxDb_Hsapiens_UCSC_hg19_knownGene VariantAnnotation ] ; } ;
decontam = derive2 { name = " d e c o n t a m " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 k 8 r p 9 1 a p 3 d w z h h h g 3 s 7 i k b p h x v g h a 7 m 1 1 8 a y r g h s h p 8 9 2 9 g 3 c d m " ; depends = [ ggplot2 reshape2 ] ; } ;
deconvR = derive2 { name = " d e c o n v R " ; version = " 1 . 0 . 1 " ; sha256 = " 1 i b p 5 9 d 0 q 8 b a x 7 r p h g 1 4 0 j b 5 y l k h m a a 4 l m c 0 k h q f f q 4 4 0 j 9 f n r r 5 " ; depends = [ assertthat BiocGenerics data_table dplyr e1071 foreach GenomicRanges IRanges magrittr MASS matrixStats methylKit nnls quadprog rsq S4Vectors tidyr ] ; } ;
decoupleR = derive2 { name = " d e c o u p l e R " ; version = " 2 . 0 . 0 " ; sha256 = " 0 a 9 j x h f a 2 q f a f v c 3 5 v q k y 8 d f q h p l 5 v w 6 z m m 1 q 5 g q 2 6 b c 5 8 p s w q a r " ; depends = [ AUCell broom dplyr fgsea GSVA magrittr Matrix purrr ranger r lang RobustRankAggreg rpart speedglm stringr SummarizedExperiment tibble tidyr tidyselect viper withr ] ; } ;
decoupleR = derive2 { name = " d e c o u p l e R " ; version = " 2 . 0 . 1 " ; sha256 = " 0 d 4 j l 9 4 5 9 8 r x z w 4 y 0 q s 2 g 4 c 6 7 d h l s n l z j 0 1 q q c m i 1 5 6 a m 3 a 1 3 p k r " ; depends = [ broom dplyr magrittr Matrix purrr rlang stringr tibble tidyr tidyselect withr ] ; } ;
deepSNV = derive2 { name = " d e e p S N V " ; version = " 1 . 4 0 . 0 " ; sha256 = " 1 w i 6 j 6 y b 6 i 9 f s 9 y s z f y w q z 3 w 5 0 m h l 8 5 d k f m r 4 w 3 p h w v k f 0 x k n 8 1 w " ; depends = [ Biostrings GenomicRanges IRanges Rhtslib SummarizedExperiment VariantAnnotation VGAM ] ; } ;
deltaCaptureC = derive2 { name = " d e l t a C a p t u r e C " ; version = " 1 . 8 . 0 " ; sha256 = " 1 g f h 7 8 8 x x a m s f 9 1 9 b z n w l 1 n 5 y c d 8 1 b c x w 4 m x c s i b 4 6 f q m z x g h 7 v h " ; depends = [ DESeq2 GenomicRanges ggplot2 IRanges SummarizedExperiment tictoc ] ; } ;
deltaGseg = derive2 { name = " d e l t a G s e g " ; version = " 1 . 3 4 . 0 " ; sha256 = " 0 9 0 b k k d 0 s x k j x n p a r n 7 j y i 5 9 r k 1 8 v d 3 n i d 2 s w 6 6 m a l v c 4 z x 0 b 2 2 y " ; depends = [ changepoint fBasics ggplot2 pvclust reshape scales tseries wavethresh ] ; } ;
@ -1281,11 +1282,11 @@ in with self; {
eegc = derive2 { name = " e e g c " ; version = " 1 . 2 0 . 0 " ; sha256 = " 0 x 3 5 z 9 n w y l b 3 j q 5 6 w 3 1 z 9 z b 2 q 6 b 5 2 f q k 0 s b 7 0 l 3 a x q a m b 8 y y m 0 l c " ; depends = [ AnnotationDbi clusterProfiler DESeq2 DOSE edgeR ggplot2 gplots igraph limma org_Hs_eg_db org_Mm_eg_db pheatmap R_utils S4Vectors sna wordcloud ] ; } ;
eiR = derive2 { name = " e i R " ; version = " 1 . 3 4 . 0 " ; sha256 = " 1 d p p l 1 x 5 s 0 a p z 7 d j d i 3 q z d v 8 i 0 q 7 i q h 6 q 9 d c x x 1 g 0 h f n 2 v 9 4 5 j f n " ; depends = [ BiocGenerics ChemmineR DBI digest RcppAnnoy RCurl RUnit snow snowfall ] ; } ;
eisaR = derive2 { name = " e i s a R " ; version = " 1 . 6 . 0 " ; sha256 = " 1 g f c m x d b z p b 8 r f d k 7 c 1 y 7 j h q a n i p a 6 j y x y 2 c g 6 f 9 j s p 9 x 7 3 f s 6 1 w " ; depends = [ BiocGenerics edgeR GenomicRanges IRanges limma S4Vectors SummarizedExperiment ] ; } ;
enhancerHomologSearch = derive2 { name = " e n h a n c e r H o m o l o g S e a r c h " ; version = " 1 . 0 . 0 " ; sha256 = " 1 v 8 z g p 3 3 k a b f 5 q j f 7 a k l b 1 l b z s v l h 1 j v 3 0 g 0 f 7 9 d j f 2 i 9 k h c x l k m " ; depends = [ BiocFileCache BiocGenerics BiocParallel Biostrings BSgenome GenomeInfoDb GenomicRanges httr IRanges jsonlite Matrix motifmatchr Rcpp rtracklayer S4Vectors ] ; } ;
enhancerHomologSearch = derive2 { name = " e n h a n c e r H o m o l o g S e a r c h " ; version = " 1 . 0 . 1 " ; sha256 = " 0 8 0 c f a z m j 1 3 m c y m f r c a j f m w r j 6 j q 0 n k h f 4 q q v 1 2 n b 3 v c h d 8 d b v j k " ; depends = [ BiocFileCache BiocGenerics BiocParallel Biostrings BSgenome GenomeInfoDb GenomicRanges httr IRanges jsonlite Matrix motifmatchr Rcpp rtracklayer S4Vectors ] ; } ;
enrichTF = derive2 { name = " e n r i c h T F " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 s s j s l 5 v h 0 w d q 0 5 8 4 y l 6 c 6 1 d 8 b p 5 n 3 q v k g f r q d l p j f w b 7 b 7 g h 4 x v " ; depends = [ BiocGenerics BSgenome clusterProfiler GenomeInfoDb GenomicRanges ggplot2 ggpubr heatmap3 IRanges JASPAR2018 magrittr motifmatchr pipeFrame R_utils rmarkdown rtracklayer S4Vectors TFBSTools ] ; } ;
enrichplot = derive2 { name = " e n r i c h p l o t " ; version = " 1 . 1 4 . 2 " ; sha256 = " 1 r j i q m c 3 2 c 9 g x c k g r g b y p x p p 0 m 8 y 0 k a h v h z v j z y m d a 2 5 x p 8 z q j s 2 " ; depends = [ aplot DOSE ggplot2 ggraph ggtree GOSemSim igraph magrittr plyr purrr RColorBrewer reshape2 scatterpie shadowtext yulab_utils ] ; } ;
ensemblVEP = derive2 { name = " e n s e m b l V E P " ; version = " 1 . 3 6 . 0 " ; sha256 = " 1 b 9 i 8 q v 1 6 m r r 3 1 q p v v c i m c d 8 0 n k y k k y 8 d y g i 9 0 j i n k z g v k z d x i 6 4 " ; depends = [ BiocGenerics Biostrings GenomeInfoDb GenomicRanges S4Vectors SummarizedExperiment VariantAnnotation ] ; } ;
ensembldb = derive2 { name = " e n s e m b l d b " ; version = " 2 . 1 8 . 3 " ; sha256 = " 0 r b d 8 y c v l 1 a y d b d 8 x c b k h g q x q k r f l y m g a h 3 w m 6 n x 7 6 c s a p b z h 4 q 9 " ; depends = [ AnnotationDbi AnnotationFilter Biobase BiocGenerics Biostrings curl DBI GenomeInfoDb GenomicFeatures GenomicRanges IRanges ProtGenerics Rsamtools RSQLite rtracklayer S4Vectors ] ; } ;
ensemblVEP = derive2 { name = " e n s e m b l V E P " ; version = " 1 . 3 6 . 1 " ; sha256 = " 1 g 3 8 p s w 4 5 g 4 y v w i l j 4 7 k a 8 x b b m j m n a 2 r d a b j f j j a l 4 7 x 9 p 0 y f 0 1 a " ; depends = [ BiocGenerics Biostrings GenomeInfoDb GenomicRanges S4Vectors SummarizedExperiment VariantAnnotation ] ; } ;
ensembldb = derive2 { name = " e n s e m b l d b " ; version = " 2 . 1 8 . 4 " ; sha256 = " 1 n s d c s g h h h 3 i k v 0 h b n 1 a a z d a m 7 a 6 p q f 1 p 6 r z 6 8 l l 2 h 6 9 6 5 k l 4 q z p " ; depends = [ AnnotationDbi AnnotationFilter Biobase BiocGenerics Biostrings curl DBI GenomeInfoDb GenomicFeatures GenomicRanges IRanges ProtGenerics Rsamtools RSQLite rtracklayer S4Vectors ] ; } ;
epiNEM = derive2 { name = " e p i N E M " ; version = " 1 . 1 8 . 0 " ; sha256 = " 0 x s 9 j z y 0 d 9 i v 4 5 d 5 i n a 7 k i 7 9 w i x 9 6 3 1 8 y p 1 7 m x h p 1 l 4 v d k p m 3 f k 7 " ; depends = [ BoolNet e1071 graph gtools igraph latex2exp lattice latticeExtra minet mnem pcalg RColorBrewer ] ; } ;
epialleleR = derive2 { name = " e p i a l l e l e R " ; version = " 1 . 2 . 0 " ; sha256 = " 1 z g w w z r g 9 n g s f q 1 8 6 q s m v g w x c z 0 b 9 a v r 8 w k 1 y a d j l r j c 9 a v g h 2 d 3 " ; depends = [ BH BiocGenerics data_table GenomeInfoDb GenomicRanges Rcpp Rhtslib stringi SummarizedExperiment VariantAnnotation zlibbioc ] ; } ;
epidecodeR = derive2 { name = " e p i d e c o d e R " ; version = " 1 . 2 . 0 " ; sha256 = " 1 f y 3 i 7 d j p j 2 i n l c p a 2 h 4 n 5 h z p 0 q 6 a 5 5 5 s c 5 a x g 1 j w x i a l a 9 l 8 s i v " ; depends = [ dplyr EnvStats GenomicRanges ggplot2 ggpubr IRanges rstatix rtracklayer ] ; } ;
@ -1381,7 +1382,7 @@ in with self; {
geneXtendeR = derive2 { name = " g e n e X t e n d e R " ; version = " 1 . 2 0 . 0 " ; sha256 = " 0 3 v f b 2 s i 6 w w n 2 i l q p i w a c m b d 3 f j 2 l g z x 7 1 j f 1 9 s k 7 y p m n w l d 3 z g c " ; depends = [ AnnotationDbi BiocStyle data_table dplyr GO_db networkD3 org_Rn_eg_db RColorBrewer rtracklayer SnowballC tm wordcloud ] ; } ;
genefilter = derive2 { name = " g e n e f i l t e r " ; version = " 1 . 7 6 . 0 " ; sha256 = " 0 5 b a 3 3 m 9 9 d g 4 1 4 l a s n 3 6 m j m k d 9 l v r x g p a m y 1 q j 2 z v i 3 1 i 9 v k q 6 y 2 " ; depends = [ annotate AnnotationDbi Biobase BiocGenerics survival ] ; } ;
genefu = derive2 { name = " g e n e f u " ; version = " 2 . 2 6 . 0 " ; sha256 = " 0 l 9 a 2 0 f n c r i f r m f a w s x 3 a z a x v s 2 v 2 i 4 1 x i f g k 6 z i 6 d f y j 1 k 4 h 3 s k " ; depends = [ AIMS amap biomaRt iC10 impute limma mclust survcomp ] ; } ;
geneplast = derive2 { name = " g e n e p l a s t " ; version = " 1 . 2 0 . 0 " ; sha256 = " 1 3 g f x s c 3 i 2 c 2 5 h 5 1 s x 4 6 l s a i v y 7 8 v y 8 m b j 9 f r h 5 k q c 2 i 6 l w r c m p i " ; depends = [ ape data_table igraph snow ] ; } ;
geneplast = derive2 { name = " g e n e p l a s t " ; version = " 1 . 2 0 . 1 " ; sha256 = " 0 0 a j c y x w q p k l 4 0 b q 4 2 4 9 3 r 7 m r c v m q 3 n x 7 a 1 k g 0 8 0 v k j y s k q f 4 0 m 0 " ; depends = [ ape data_table igraph snow ] ; } ;
geneplotter = derive2 { name = " g e n e p l o t t e r " ; version = " 1 . 7 2 . 0 " ; sha256 = " 1 b 7 n g p 9 l 0 0 v r y m x 3 d 3 n s d a 5 4 6 s 7 p 4 i f r 9 0 i d n 3 x 2 v 4 i l f 3 8 r f h p 8 " ; depends = [ annotate AnnotationDbi Biobase BiocGenerics lattice RColorBrewer ] ; } ;
genoCN = derive2 { name = " g e n o C N " ; version = " 1 . 4 6 . 0 " ; sha256 = " 1 5 9 h r d l y c 6 g h 5 j 3 q m r q 2 s 1 x p b y d 2 9 a h l g g r 7 c c r 0 w l c l 1 m 9 z j f g m " ; depends = [ ] ; } ;
genomation = derive2 { name = " g e n o m a t i o n " ; version = " 1 . 2 6 . 0 " ; sha256 = " 0 y n w s r l n p 9 8 i y z 4 b l 2 s 7 p l i n 0 k 9 i y 9 z i x 4 j y 4 v 3 8 l c q g 6 n 4 i z 0 0 j " ; depends = [ Biostrings BSgenome data_table GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 gridBase impute IRanges matrixStats plotrix plyr Rcpp readr reshape2 Rsamtools rtracklayer S4Vectors seqPattern ] ; } ;
@ -1402,7 +1403,7 @@ in with self; {
ggtreeExtra = derive2 { name = " g g t r e e E x t r a " ; version = " 1 . 4 . 2 " ; sha256 = " 0 c 7 k f 0 a 5 h r 6 3 y 9 w 6 f 0 9 z 8 d f d 3 a p b h x 6 i 6 c d 3 1 f v l 1 w i y 9 7 7 p n 2 l y " ; depends = [ ggnewscale ggplot2 ggtree rlang ] ; } ;
girafe = derive2 { name = " g i r a f e " ; version = " 1 . 4 6 . 0 " ; sha256 = " 1 a l 2 9 6 z s p 4 5 4 l a p 0 5 m h 5 8 y 5 l m r d 0 b f c 4 v m w a q 5 i c n n a 5 6 i 4 b i 9 m 9 " ; depends = [ Biobase BiocGenerics Biostrings genomeIntervals intervals IRanges Rsamtools S4Vectors ShortRead ] ; } ;
glmGamPoi = derive2 { name = " g l m G a m P o i " ; version = " 1 . 6 . 0 " ; sha256 = " 1 y f f z c y 9 1 0 c a w z 2 l z j q g 8 h 1 h r j v r k h z 3 p d i f 5 q 3 5 2 k p z j k l r 5 q j m " ; depends = [ beachmat BiocGenerics DelayedArray DelayedMatrixStats HDF5Array matrixStats Rcpp RcppArmadillo SummarizedExperiment ] ; } ;
glmSparseNet = derive2 { name = " g l m S p a r s e N e t " ; version = " 1 . 1 2 . 0 " ; sha256 = " 1 4 q y j 2 j g j a p j j z n j z h s l h c f b y x m 9 z 0 p 2 8 z 8 q r j q k x c b 5 z 2 h w 9 a r q " ; depends = [ biomaRt dplyr forcats futile_logger ggplot2 glmnet glue httr loose_rock Matrix MultiAssayExperiment readr reshape2 sparsebn sparsebnUtils stringr SummarizedExperiment survminer ] ; } ;
glmSparseNet = derive2 { name = " g l m S p a r s e N e t " ; version = " 1 . 1 2 . 0 " ; sha256 = " 1 4 q y j 2 j g j a p j j z n j z h s l h c f b y x m 9 z 0 p 2 8 z 8 q r j q k x c b 5 z 2 h w 9 a r q " ; depends = [ biomaRt dplyr forcats futile_logger ggplot2 glmnet glue httr Matrix MultiAssayExperiment readr reshape2 sparsebnUtils stringr SummarizedExperiment survminer ] ; } ;
globalSeq = derive2 { name = " g l o b a l S e q " ; version = " 1 . 2 2 . 0 " ; sha256 = " 1 6 l 9 p a 6 s i a h m f l 8 k 6 m 0 s 2 c c h 5 j f q z 4 p c x 4 x z q i 8 g s q n 9 s z y 6 f 6 j q " ; depends = [ ] ; } ;
globaltest = derive2 { name = " g l o b a l t e s t " ; version = " 5 . 4 8 . 0 " ; sha256 = " 0 w p d 1 b 0 w c w k h i x d 6 q k a w 0 j 3 y 9 4 d 5 b 4 a a b g z 2 g q 0 r 7 2 k 8 4 j b a x b 9 f " ; depends = [ annotate AnnotationDbi Biobase survival ] ; } ;
gmapR = derive2 { name = " g m a p R " ; version = " 1 . 3 6 . 0 " ; sha256 = " 0 v y w 5 4 i j f y d b 9 m v p 0 z n v k 8 5 0 n a 1 i w 5 1 h i g j m 3 w x 6 9 l 8 j n y 9 l 8 w 6 0 " ; depends = [ Biobase BiocGenerics BiocParallel Biostrings BSgenome GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges Rsamtools rtracklayer S4Vectors VariantAnnotation ] ; } ;
@ -1427,7 +1428,7 @@ in with self; {
gwasurvivr = derive2 { name = " g w a s u r v i v r " ; version = " 1 . 1 2 . 0 " ; sha256 = " 1 q 3 1 y d n s 5 i 8 j k 4 p 4 7 3 1 i 5 7 f 8 0 i w x 6 q m 0 r 9 f k a 4 x d 4 w d x z k 5 k p s 8 z " ; depends = [ GWASTools matrixStats SNPRelate SummarizedExperiment survival VariantAnnotation ] ; } ;
h5vc = derive2 { name = " h 5 v c " ; version = " 2 . 2 8 . 0 " ; sha256 = " 0 i 4 p 1 2 2 c a v i h c 2 9 j a v r g g 5 y w q n 1 f k g 7 3 h p 4 6 h f j 3 v 2 q m w a k i h k 4 w " ; depends = [ abind BatchJobs BiocParallel Biostrings GenomeInfoDb GenomicRanges ggplot2 gridExtra h5vcData IRanges reshape rhdf5 Rhtslib Rsamtools S4Vectors ] ; } ;
hapFabia = derive2 { name = " h a p F a b i a " ; version = " 1 . 3 6 . 0 " ; sha256 = " 0 n i w l f y 2 l j s x 1 i v d x r p m 0 f 8 w 7 5 b s 0 3 x b 2 l 4 3 d k c m 5 g c l w a c 2 y s 1 v " ; depends = [ Biobase fabia ] ; } ;
hca = derive2 { name = " h c a " ; version = " 1 . 2 . 2 " ; sha256 = " 0 j d n 9 3 r 4 8 i d 2 4 n 8 h a 2 y n 2 d 2 5 6 m z 4 4 6 j 6 h f v n 0 d z 0 y 1 k n i f f 1 5 4 c c " ; depends = [ BiocFileCache digest dplyr httr jsonlite readr tibble tidyr ] ; } ;
hca = derive2 { name = " h c a " ; version = " 1 . 2 . 3 " ; sha256 = " 1 r a j 7 z 4 n 1 h r f v b 1 8 m l 3 y w n x z i d c 4 a y 9 i x b 7 4 g h 0 d 8 m 8 p s 6 6 2 r 7 0 1 " ; depends = [ BiocFileCache digest dplyr httr jsonlite readr tibble tidyr ] ; } ;
heatmaps = derive2 { name = " h e a t m a p s " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 1 f i 0 k z q x 6 i h v v w c 8 5 2 x h j 3 4 x v 4 a i k 0 z y v 4 7 a d 4 z b h v b 1 m v x q v 8 a " ; depends = [ BiocGenerics Biostrings EBImage GenomeInfoDb GenomicRanges IRanges KernSmooth Matrix plotrix RColorBrewer ] ; } ;
hiAnnotator = derive2 { name = " h i A n n o t a t o r " ; version = " 1 . 2 8 . 0 " ; sha256 = " 1 h j g n 9 g s z r 3 8 q 9 s y j l 9 q q w 3 l m l 5 f a l p 0 8 a s n 0 1 m q 4 h 1 m 5 3 a k w x x v " ; depends = [ BSgenome dplyr foreach GenomicRanges ggplot2 iterators rtracklayer scales ] ; } ;
hiReadsProcessor = derive2 { name = " h i R e a d s P r o c e s s o r " ; version = " 1 . 3 0 . 0 " ; sha256 = " 0 2 y 6 g y 9 h 8 4 1 a a g 0 v 8 8 j 1 g 0 h w 0 c k d 4 z d 3 a g j g v z i 9 m c m b 7 6 z h x z 8 k " ; depends = [ BiocGenerics BiocParallel Biostrings dplyr GenomicAlignments GenomicRanges hiAnnotator readxl sonicLength ] ; } ;
@ -1563,7 +1564,7 @@ in with self; {
methylclock = derive2 { name = " m e t h y l c l o c k " ; version = " 1 . 0 . 1 " ; sha256 = " 0 0 j 1 c r f l m p k 0 2 x x s 0 g f i d r d 0 4 s 8 g a w 3 l 1 h i q s 7 q j 5 2 2 j 1 3 k s 1 q 4 5 " ; depends = [ Biobase devtools dplyr dynamicTreeCut ExperimentHub ggplot2 ggpmisc ggpubr impute methylclockData minfi PerformanceAnalytics preprocessCore quadprog Rcpp RPMM tibble tidyr tidyverse ] ; } ;
methylscaper = derive2 { name = " m e t h y l s c a p e r " ; version = " 1 . 2 . 0 " ; sha256 = " 0 y g k x 6 f s 8 r j b q p 4 r y 3 a m 7 v d 3 j s q x 3 n a c 1 z 1 h d i i b 2 p v g r 7 b 6 h 1 r 7 " ; depends = [ BiocParallel Biostrings data_table Rfast seqinr seriation shiny shinyFiles shinyjs SummarizedExperiment ] ; } ;
methylumi = derive2 { name = " m e t h y l u m i " ; version = " 2 . 4 0 . 1 " ; sha256 = " 1 l f c s v 8 k 9 c 4 n d f w l b d k 3 v d 7 f q 5 8 1 0 0 b f i j y x k l n a 4 1 z f 8 m 8 k k k k a " ; depends = [ annotate AnnotationDbi Biobase BiocGenerics FDb_InfiniumMethylation_hg19 genefilter GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 illuminaio IRanges lattice matrixStats minfi reshape2 S4Vectors scales SummarizedExperiment ] ; } ;
mfa = derive2 { name = " m f a " ; version = " 1 . 1 6 . 0 " ; sha256 = " 1 a 6 7 2 z d 3 3 b d g 0 p a 4 9 0 p x r r 0 j p 8 v n m n k n g b 3 x 1 2 j s q q q 5 6 p 4 d z p j b " ; depends = [ Biobase coda dplyr ggmcmc ggplot2 magrittr MCMCglmm MCMCpack Rcpp tibble ] ; } ;
mfa = derive2 { name = " m f a " ; version = " 1 . 1 6 . 3 " ; sha256 = " 0 j p n w x z m 6 i y q c b i 6 l f 8 9 w 7 x i 4 g m g i 0 f h b 7 r l n 6 g 0 s 8 1 j a r q x g g i b " ; depends = [ Biobase coda dplyr ggmcmc ggplot2 magrittr MCMCglmm MCMCpack Rcpp tibble ] ; } ;
mgsa = derive2 { name = " m g s a " ; version = " 1 . 4 2 . 0 " ; sha256 = " 0 2 y c 4 9 w 9 y c c v h q 6 i w f 0 9 k f b 7 h k q 3 5 a s w x y m c r k f 4 j 5 4 q 7 m q h i f l c " ; depends = [ gplots ] ; } ;
miQC = derive2 { name = " m i Q C " ; version = " 1 . 2 . 0 " ; sha256 = " 1 a 9 f 6 w 3 j 3 w 2 w w q g l 2 h n l 2 j r r z y c n z w h j v 2 c d s 2 x k 6 l a k z 6 x 7 h 9 h d " ; depends = [ flexmix ggplot2 SingleCellExperiment ] ; } ;
miRBaseConverter = derive2 { name = " m i R B a s e C o n v e r t e r " ; version = " 1 . 1 8 . 0 " ; sha256 = " 0 7 s n n v g n m x j 0 w 0 f 9 4 0 0 v c q g c h b f v h m q l h 3 w r k 4 w q a c q c 0 l d c x b 7 a " ; depends = [ ] ; } ;
@ -1626,7 +1627,7 @@ in with self; {
multiscan = derive2 { name = " m u l t i s c a n " ; version = " 1 . 5 4 . 0 " ; sha256 = " 0 q j h 3 0 2 h p l d 7 z d r f q k b x 8 a 5 h r p 3 b w f n 5 3 9 p v 3 6 m w i z j i g j z n n s i 9 " ; depends = [ Biobase ] ; } ;
multtest = derive2 { name = " m u l t t e s t " ; version = " 2 . 5 0 . 0 " ; sha256 = " 0 3 z 7 1 r 7 g 3 1 8 n w w g i z 0 k 8 q w b h g h w 1 h h d h h 1 a n 4 q n b 0 n c 6 2 c 5 x 9 k n s " ; depends = [ Biobase BiocGenerics MASS survival ] ; } ;
mumosa = derive2 { name = " m u m o s a " ; version = " 1 . 2 . 0 " ; sha256 = " 0 9 3 m z b k x 7 s f 5 g g 5 q c v y z g k f z z d p j m 8 p d 6 h b 7 d w a v c j x f 9 0 y 1 4 l 1 h " ; depends = [ batchelor beachmat BiocGenerics BiocNeighbors BiocParallel BiocSingular DelayedArray DelayedMatrixStats igraph IRanges Matrix metapod S4Vectors ScaledMatrix scran scuttle SingleCellExperiment SummarizedExperiment uwot ] ; } ;
muscat = derive2 { name = " m u s c a t " ; version = " 1 . 8 . 1 " ; sha256 = " 0 d p z i d 0 z x c y b 3 9 5 y a z 4 g b g q l v 7 n g f x w 1 i 5 r f y b p 6 c f 3 7 c f r k 4 m 7 0 " ; depends = [ BiocParallel blme ComplexHeatmap data_table DESeq2 dplyr edgeR ggplot2 glmmTMB limma lme4 lmerTest Matrix matrixStats progress purrr S4Vectors scales scater sctransform scuttle SingleCellExperiment SummarizedExperiment variancePartition viridis ] ; } ;
muscat = derive2 { name = " m u s c a t " ; version = " 1 . 8 . 2 " ; sha256 = " 1 d l z r 1 s w v 0 m f a j 1 k j 5 m 0 p l v m h 7 2 d j f w q k l 1 5 1 7 r 0 k f 7 4 x j 6 h a b 7 k " ; depends = [ BiocParallel blme ComplexHeatmap data_table DESeq2 dplyr edgeR ggplot2 glmmTMB limma lme4 lmerTest Matrix matrixStats progress purrr S4Vectors scales scater sctransform scuttle SingleCellExperiment SummarizedExperiment variancePartition viridis ] ; } ;
muscle = derive2 { name = " m u s c l e " ; version = " 3 . 3 6 . 0 " ; sha256 = " 0 a 0 8 1 a y 0 3 6 0 h 0 r 9 7 3 1 d 1 4 5 p r d g 1 5 d 1 g 9 6 s 7 z z c n 4 1 1 q a 8 f w g 7 r v 0 " ; depends = [ Biostrings ] ; } ;
musicatk = derive2 { name = " m u s i c a t k " ; version = " 1 . 4 . 0 " ; sha256 = " 1 6 8 5 7 8 f g 6 g m g 4 8 g w d 6 9 4 4 l n 3 0 g 7 5 n y q 1 6 y z y j w 1 7 5 y a n j 0 9 g 9 q f s " ; depends = [ Biostrings BSgenome BSgenome_Hsapiens_UCSC_hg19 BSgenome_Hsapiens_UCSC_hg38 BSgenome_Mmusculus_UCSC_mm10 BSgenome_Mmusculus_UCSC_mm9 cluster ComplexHeatmap cowplot data_table decompTumor2Sig deconstructSigs dplyr factoextra GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 ggrepel gridExtra gtools IRanges maftools magrittr MASS matrixTests MCMCprecision NMF philentropy plotly rlang S4Vectors shiny shinyalert shinyBS shinybusy shinydashboard shinyjqui shinyjs sortable stringi stringr SummarizedExperiment TCGAbiolinks tibble tidyr topicmodels TxDb_Hsapiens_UCSC_hg19_knownGene TxDb_Hsapiens_UCSC_hg38_knownGene uwot VariantAnnotation withr ] ; } ;
mygene = derive2 { name = " m y g e n e " ; version = " 1 . 3 0 . 0 " ; sha256 = " 1 s 9 h l c j 9 g 2 a 3 q 2 a a 3 a h j k 3 j 2 k s k 4 v 9 m p a x 1 c x m 7 3 9 g y w a f 4 s b k n p " ; depends = [ GenomicFeatures Hmisc httr jsonlite plyr S4Vectors sqldf ] ; } ;
@ -1698,7 +1699,7 @@ in with self; {
pathview = derive2 { name = " p a t h v i e w " ; version = " 1 . 3 4 . 0 " ; sha256 = " 1 j d l 8 1 l v r s z 0 3 b 1 n w s 9 0 n s s f 2 c l i p i p z a q v w m 1 p q 5 7 m v s h n l n k j r " ; depends = [ AnnotationDbi graph KEGGgraph KEGGREST org_Hs_eg_db png Rgraphviz XML ] ; } ;
pathwayPCA = derive2 { name = " p a t h w a y P C A " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 1 m 2 g 8 i c x 7 g q 4 f p x x x m 3 5 6 w r 8 w c 5 d m q 3 l n v r 1 s 5 d j 1 q q m 4 h k 7 0 x r " ; depends = [ lars survival ] ; } ;
paxtoolsr = derive2 { name = " p a x t o o l s r " ; version = " 1 . 2 8 . 0 " ; sha256 = " 0 c 7 2 f p 6 n i s v 6 j 0 r k z w 4 y i p 3 f 9 4 w q 9 9 0 n k m a w 3 h 7 l v 5 r 5 g p j 9 b 6 9 x " ; depends = [ httr igraph jsonlite plyr R_utils rappdirs readr rJava rjson XML ] ; } ;
pcaExplorer = derive2 { name = " p c a E x p l o r e r " ; version = " 2 . 2 0 . 1 " ; sha256 = " 1 a d a 0 p r p 1 6 y q 2 1 c v r g y 1 9 i 5 7 0 y 6 l s n 2 p h 1 s 7 9 v m m b w 4 q 4 i 6 x g c w x " ; depends = [ AnnotationDbi base64enc biomaRt DESeq2 DT genefilter GenomicRanges ggplot2 ggrepel GO_db GOstats heatmaply IRanges knitr limma NMF pheatmap plotly plyr rmarkdown S4Vectors scales shiny shinyAce shinyBS shinydashboard SummarizedExperiment threejs tidyr topGO ] ; } ;
pcaExplorer = derive2 { name = " p c a E x p l o r e r " ; version = " 2 . 2 0 . 2 " ; sha256 = " 1 a y i x q y d s 0 m a 3 p h 6 6 i 3 4 5 6 j f l 5 b f 5 2 8 v k w i 3 j a 7 9 2 a v 5 q s n 7 0 1 j x " ; depends = [ AnnotationDbi base64enc biomaRt DESeq2 DT genefilter GenomicRanges ggplot2 ggrepel GO_db GOstats heatmaply IRanges knitr limma NMF pheatmap plotly plyr rmarkdown S4Vectors scales shiny shinyAce shinyBS shinydashboard SummarizedExperiment threejs tidyr topGO ] ; } ;
pcaMethods = derive2 { name = " p c a M e t h o d s " ; version = " 1 . 8 6 . 0 " ; sha256 = " 1 f j 2 v 6 s n a 4 l b w 7 a r 9 h 9 3 y 2 g 4 p z y l q q p 7 7 6 0 i h 4 2 5 g c a i 7 s 1 9 x d r g " ; depends = [ Biobase BiocGenerics MASS Rcpp ] ; } ;
pcxn = derive2 { name = " p c x n " ; version = " 2 . 1 6 . 0 " ; sha256 = " 1 n 6 1 g n 1 k 7 4 k 6 1 r r f p 3 4 0 k j c h a f r f m f i d s l k q x d r 0 i j b a c b p 0 1 7 q w " ; depends = [ pcxnData pheatmap ] ; } ;
pdInfoBuilder = derive2 { name = " p d I n f o B u i l d e r " ; version = " 1 . 5 8 . 0 " ; sha256 = " 1 v k 0 k p p s g 9 v y n w z f l k v 3 f r v 1 6 h s l 4 3 l p k 9 a w r 6 x 2 2 a 1 f r m p n d j 1 0 " ; depends = [ affxparser Biobase BiocGenerics Biostrings DBI IRanges oligo oligoClasses RSQLite S4Vectors ] ; } ;
@ -1710,12 +1711,13 @@ in with self; {
periodicDNA = derive2 { name = " p e r i o d i c D N A " ; version = " 1 . 4 . 0 " ; sha256 = " 1 v 6 r l 2 3 4 q s 0 l a 2 r 7 q w i a h s l w 7 y r 8 m p p c d c p a n d 2 l k 8 w 8 6 2 k 6 7 n d a " ; depends = [ BiocParallel Biostrings BSgenome cowplot GenomeInfoDb GenomicRanges ggplot2 IRanges magrittr rtracklayer S4Vectors zoo ] ; } ;
pgca = derive2 { name = " p g c a " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 w r p 4 k 0 b 1 s j 7 5 y h w 7 9 9 a q c b 6 d m i m z a 6 g v c x k n 5 a y f n 6 x 3 h f i f w w l " ; depends = [ ] ; } ;
phantasus = derive2 { name = " p h a n t a s u s " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 p 8 x a 0 j q a s g n 6 1 q z z v a 7 w r j k 8 d 2 x c s n 9 k d 2 0 c 4 d b c 6 1 s g 3 c x r c i r " ; depends = [ AnnotationDbi assertthat Biobase ccaPP curl DESeq2 fgsea GEOquery ggplot2 gtable htmltools httpuv httr jsonlite limma Matrix opencpu pheatmap protolite rhdf5 Rook scales stringr svglite ] ; } ;
phemd = derive2 { name = " p h e m d " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 n 3 x v w 9 x 3 6 0 0 p w v 2 w k 7 m b g a l 0 l r 6 z p k w z i y 0 w h l k d k x z b g y 9 x z a w " ; depends = [ Biobase BiocGenerics cluster cowplot destiny ggplot2 igraph maptree monocle phateR pheatmap pracma RANN RColorBrewer reticulate Rtsne S4Vectors scatterplot3d Seurat SingleCellExperiment SummarizedExperiment transport VGAM ] ; } ;
phenoTest = derive2 { name = " p h e n o T e s t " ; version = " 1 . 4 2 . 0 " ; sha256 = " 0 c i 4 4 h w i c v z 3 2 s g v 6 m y w a w y y g d 1 w z z 2 b a y x 6 r s h w v p m z 1 m i x n c q 6 " ; depends = [ annotate AnnotationDbi Biobase biomaRt BMA Category ellipse genefilter ggplot2 gplots GSEABase Heatplus hgu133a_db Hmisc hopach limma mgcv survival xtable ] ; } ;
phenopath = derive2 { name = " p h e n o p a t h " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 c 0 c x m 3 c w x p r j k k w i m z g j z 0 h 6 7 d y k x 2 j y 7 j i n 1 3 h 7 v z p w w v p h h 2 p " ; depends = [ dplyr ggplot2 Rcpp SummarizedExperiment tibble tidyr ] ; } ;
philr = derive2 { name = " p h i l r " ; version = " 1 . 2 0 . 1 " ; sha256 = " 1 r a 7 w n n n 0 b l x v x v s a 5 7 0 c f 6 j i q d 9 f h 0 k i 9 0 j 2 v b c k r z h 3 3 z 6 p l y v " ; depends = [ ape ggplot2 ggtree phangorn tidyr ] ; } ;
phosphonormalizer = derive2 { name = " p h o s p h o n o r m a l i z e r " ; version = " 1 . 1 8 . 0 " ; sha256 = " 0 q b l s 0 6 h 7 f k q s g 8 y h n c 8 d m b q h k g x x x a 2 9 j 3 h 7 c w x d q 4 n v g 6 6 f r j l " ; depends = [ matrixStats plyr ] ; } ;
phyloseq = derive2 { name = " p h y l o s e q " ; version = " 1 . 3 8 . 0 " ; sha256 = " 0 k 0 a j 8 f 7 g 1 v r 7 l 0 q c c 5 0 7 b 3 w 6 7 z c 1 k 9 x 7 s d b l m 7 m j b 2 0 z q r 3 9 1 6 s " ; depends = [ ade4 ape Biobase BiocGenerics biomformat Biostrings cluster data_table foreach ggplot2 igraph multtest plyr reshape2 scales vegan ] ; } ;
piano = derive2 { name = " p i a n o " ; version = " 2 . 1 0 . 0 " ; sha256 = " 1 3 n n y s b r 2 l j h 0 r 3 0 3 a j a 7 9 7 b j x p p k s c 6 a c 0 q m s 8 q y 8 n k n 1 5 5 g c w 3 " ; depends = [ Biobase BiocGenerics DT fgsea gplots htmlwidgets igraph marray relations scales shiny shinydashboard shinyjs visNetwork ] ; } ;
piano = derive2 { name = " p i a n o " ; version = " 2 . 1 0 . 1 " ; sha256 = " 0 x 4 d 7 p 2 7 3 m h 6 p w 2 g i 5 r l v 4 9 3 j 9 k z p z b z k z g w l 8 2 s n s q a b 4 l j d g 2 r " ; depends = [ Biobase BiocGenerics DT fgsea gplots htmlwidgets igraph marray relations scales shiny shinydashboard shinyjs visNetwork ] ; } ;
pickgene = derive2 { name = " p i c k g e n e " ; version = " 1 . 6 6 . 0 " ; sha256 = " 0 l 5 g k 6 5 9 g x h 7 i 0 s q 3 j 1 d g 1 v 6 9 p 1 0 8 i g 8 4 d 7 3 5 d v 3 x 8 m f 9 b q 1 m f h k " ; depends = [ MASS ] ; } ;
pipeComp = derive2 { name = " p i p e C o m p " ; version = " 1 . 4 . 0 " ; sha256 = " 1 r 6 1 m 3 4 6 8 b 4 v 3 v w 6 0 y y w g x s 4 r 4 w 1 l r 5 5 w g w n d l l 6 w f h 6 2 p z g v r f 2 " ; depends = [ aricode BiocParallel circlize clue cluster ComplexHeatmap cowplot dplyr ggplot2 intrinsicDimension knitr Matrix matrixStats randomcoloR RColorBrewer reshape2 Rtsne S4Vectors scales scater scran Seurat SingleCellExperiment SummarizedExperiment uwot viridisLite ] ; } ;
pipeFrame = derive2 { name = " p i p e F r a m e " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 4 6 3 z 7 k y a a r 4 7 4 y f a 0 5 j 7 5 4 d f 4 9 y a s l 3 q m s f x z 0 q b 3 y 1 d 7 p 3 7 g r r " ; depends = [ Biostrings BSgenome digest GenomeInfoDb magrittr rmarkdown visNetwork ] ; } ;
@ -1725,12 +1727,12 @@ in with self; {
plgem = derive2 { name = " p l g e m " ; version = " 1 . 6 6 . 0 " ; sha256 = " 0 6 w 8 x l w 4 j 1 f c 9 i p d g w 5 5 d v h p 0 7 f 0 4 i c m h r 2 0 l q z w w h q d 5 p s k r r a 3 " ; depends = [ Biobase MASS ] ; } ;
plier = derive2 { name = " p l i e r " ; version = " 1 . 6 4 . 0 " ; sha256 = " 1 s w 8 9 k i c i 1 h 2 x f g 7 z v r f d m 7 b 7 i w 5 n 3 m z w h y z 8 2 6 7 6 w 2 v k 0 l g k p n 4 " ; depends = [ affy Biobase ] ; } ;
plotGrouper = derive2 { name = " p l o t G r o u p e r " ; version = " 1 . 1 2 . 0 " ; sha256 = " 1 9 1 g r b s 8 s y 8 j f x z 9 a 6 v s p 9 q f 3 z a q p p p 2 3 f c l 5 q d r m f z i m s 9 k r h l w " ; depends = [ colourpicker dplyr egg ggplot2 ggpubr gridExtra gtable Hmisc magrittr readr readxl rlang scales shiny shinythemes stringr tibble tidyr ] ; } ;
plotgardener = derive2 { name = " p l o t g a r d e n e r " ; version = " 1 . 0 . 1 5 " ; sha256 = " 0 g w v x v f c v c a n k 7 d n y 9 0 1 k r 7 4 a 3 n 5 2 l 1 6 b f 9 l m a s 6 6 0 y d h f n 7 g 4 x 0 " ; depends = [ curl data_table dplyr ggplotify IRanges plyranges purrr RColorBrewer Rcpp rlang strawr ] ; } ;
plotgardener = derive2 { name = " p l o t g a r d e n e r " ; version = " 1 . 0 . 1 7 " ; sha256 = " 0 j l m a k x v w s m 1 g y h k y n c d i i p l j i d f 0 y m a b 2 i l l j 0 g p i w a i j 9 f h d 6 7 " ; depends = [ curl data_table dplyr ggplotify IRanges plyranges purrr RColorBrewer Rcpp rlang strawr ] ; } ;
plyranges = derive2 { name = " p l y r a n g e s " ; version = " 1 . 1 4 . 0 " ; sha256 = " 1 s 4 z y r 5 7 x 7 1 v 9 y w d z 6 s 2 7 z 1 5 8 n h a z w h m h k x 3 9 4 4 l 8 z s q d 5 c i w n n c " ; depends = [ BiocGenerics dplyr GenomeInfoDb GenomicAlignments GenomicRanges IRanges magrittr rlang Rsamtools rtracklayer S4Vectors tidyselect ] ; } ;
pmm = derive2 { name = " p m m " ; version = " 1 . 2 6 . 0 " ; sha256 = " 0 v m k p q x f 0 l f g k b m y v h a m 1 2 8 2 0 1 d 3 3 d v 3 w f 9 g 3 1 n r l w n x d 0 j c x s z n " ; depends = [ lme4 ] ; } ;
pmp = derive2 { name = " p m p " ; version = " 1 . 6 . 0 " ; sha256 = " 1 5 y g g y m q h 3 2 9 f 2 i b h m g 9 w m h 7 6 h b y n 0 g p z 9 k 1 c x z k v h 7 8 7 l s s 1 w 7 2 " ; depends = [ ggplot2 impute matrixStats missForest pcaMethods reshape2 S4Vectors SummarizedExperiment ] ; } ;
podkat = derive2 { name = " p o d k a t " ; version = " 1 . 2 6 . 0 " ; sha256 = " 0 x j 0 c v w 5 w j 2 9 q f d j s 2 5 g a w x m 2 f p b d 1 d y p g a 5 4 j 0 f i 7 n z p 9 4 y 8 y d r " ; depends = [ Biobase BiocGenerics Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges Matrix Rcpp Rhtslib Rsamtools ] ; } ;
pogos = derive2 { name = " p o g o s " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 c h v l a s p 4 2 j 6 3 h j v 7 s 9 s w a s 9 m 9 1 w k l 2 6 4 w n g 2 r 7 4 6 1 p a 5 k q 9 x 2 p p " ; depends = [ ggplot2 httr ontoProc rjson S4Vectors shiny ] ; } ;
pogos = derive2 { name = " p o g o s " ; version = " 1 . 1 4 . 1 " ; sha256 = " 0 h 4 h 5 j 7 m v 5 0 z g 0 s m 2 h z c p w p d j 6 7 3 8 c r r 1 s z j j 1 3 z k h 8 2 8 p 7 k h d 5 5 " ; depends = [ ggplot2 httr ontoProc rjson S4Vectors shiny ] ; } ;
polyester = derive2 { name = " p o l y e s t e r " ; version = " 1 . 3 0 . 0 " ; sha256 = " 0 3 9 9 j a l 3 f 2 f 4 b x f x c l x 5 4 r x x s 8 a z v m 6 3 w h j i q w r n k q 0 s 3 n 7 w d 0 8 y " ; depends = [ Biostrings IRanges limma logspline S4Vectors zlibbioc ] ; } ;
powerTCR = derive2 { name = " p o w e r T C R " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 c 7 c r g i w p i z y n l 1 b d 4 i 5 s i 9 6 k w 7 c f f n n h s b z 4 w 4 4 a 3 w d 1 d 6 i b k 4 g " ; depends = [ cubature doParallel evmix foreach magrittr purrr truncdist vegan VGAM ] ; } ;
ppcseq = derive2 { name = " p p c s e q " ; version = " 1 . 2 . 0 " ; sha256 = " 1 r j q y q 3 1 l m 5 4 a p z n p 3 y m k 8 m m 3 v c y q 4 y x z 0 2 6 a w y 3 d h 4 s 5 3 n z s v 0 a " ; depends = [ benchmarkme BH dplyr edgeR foreach furrr future ggplot2 lifecycle magrittr purrr Rcpp RcppEigen rlang rstan rstantools StanHeaders tibble tidybayes tidyr ] ; } ;
@ -1753,16 +1755,16 @@ in with self; {
progeny = derive2 { name = " p r o g e n y " ; version = " 1 . 1 6 . 0 " ; sha256 = " 0 z h r 5 i 5 v 8 7 a k z q j b 6 w i d 6 7 n h g 2 i c r w 6 w 0 a w d y 8 7 x 8 4 8 c 6 c 1 i 6 j 9 y " ; depends = [ Biobase dplyr ggplot2 ggrepel gridExtra tidyr ] ; } ;
projectR = derive2 { name = " p r o j e c t R " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 n y 6 f d j q c 4 s m d 2 b 7 s 5 z k n m 0 m 8 m i 1 w r a p c b z l j 4 n 8 d 1 m h d 1 x x m s 0 d " ; depends = [ cluster CoGAPS dplyr ggalluvial ggplot2 limma NMF RColorBrewer reshape2 ROCR scales viridis ] ; } ;
proteinProfiles = derive2 { name = " p r o t e i n P r o f i l e s " ; version = " 1 . 3 4 . 0 " ; sha256 = " 0 4 9 q 5 7 9 x 3 m 1 s w 0 l 5 n 2 2 l d s r d k m c x 6 1 j 8 j l a b q 8 k y d w d h r 6 d 9 m b l i " ; depends = [ ] ; } ;
psichomics = derive2 { name = " p s i c h o m i c s " ; version = " 1 . 2 0 . 1 " ; sha256 = " 1 y c s a z x m 3 g h j w a w s x j y k 5 j m 1 m 7 n r k 0 3 y 7 7 x 1 l f z y q y 8 7 s 1 v z f y 9 i " ; depends = [ AnnotationDbi AnnotationHub BiocFileCache cluster colourpicker data_table digest dplyr DT edgeR fastICA fastmatch ggplot2 ggrepel highcharter htmltools httr jsonlite limma pairsD3 plyr purrr R_utils Rcpp recount reshape2 Rfast shiny shinyBS shinyjs stringr SummarizedExperiment survival XML xtable ] ; } ;
psichomics = derive2 { name = " p s i c h o m i c s " ; version = " 1 . 2 0 . 2 " ; sha256 = " 1 d l x g r l q r k i p p i w 5 7 7 r 9 4 p h l h 6 i 0 2 9 k p g d 9 s p s 2 q i 3 d 0 n 4 h m l f x 9 " ; depends = [ AnnotationDbi AnnotationHub BiocFileCache cluster colourpicker data_table digest dplyr DT edgeR fastICA fastmatch ggplot2 ggrepel highcharter htmltools httr jsonlite limma pairsD3 plyr purrr R_utils Rcpp recount reshape2 Rfast shiny shinyBS shinyjs stringr SummarizedExperiment survival XML xtable ] ; } ;
psygenet2r = derive2 { name = " p s y g e n e t 2 r " ; version = " 1 . 2 6 . 0 " ; sha256 = " 1 f s 2 l j s h q f y q 4 h n l m 8 8 2 f c 0 v d 7 x 4 s i f 5 k 3 q l l i q b x a i 6 k 5 s d h 3 l i " ; depends = [ BgeeDB Biobase biomaRt ggplot2 GO_db igraph labeling RCurl reshape2 stringr topGO ] ; } ;
ptairMS = derive2 { name = " p t a i r M S " ; version = " 1 . 2 . 0 " ; sha256 = " 1 y 6 w p g 8 5 0 5 8 m i g p g y a n k n s 5 v 8 4 j v 4 f k 8 n 7 r a x x f r y n 8 5 b q s n 0 i d a " ; depends = [ Biobase bit64 chron data_table doParallel DT enviPat foreach ggplot2 ggpubr gridExtra Hmisc minpack_lm MSnbase plotly Rcpp rhdf5 rlang scales shiny shinyscreenshot signal ] ; } ;
pulsedSilac = derive2 { name = " p u l s e d S i l a c " ; version = " 1 . 8 . 0 " ; sha256 = " 0 k 2 r q 7 6 b x g 9 c q 6 v j v w w x 5 1 h p h 6 s 0 z 1 x m k a 6 2 x 6 h v 1 9 q w a k c 6 4 q n n " ; depends = [ cowplot ggplot2 ggridges MuMIn R_utils robustbase S4Vectors SummarizedExperiment taRifx UpSetR ] ; } ;
pulsedSilac = derive2 { name = " p u l s e d S i l a c " ; version = " 1 . 8 . 0 " ; sha256 = " 0 k 2 r q 7 6 b x g 9 c q 6 v j v w w x 5 1 h p h 6 s 0 z 1 x m k a 6 2 x 6 h v 1 9 q w a k c 6 4 q n n " ; depends = [ cowplot ggplot2 ggridges MuMIn R_utils robustbase S4Vectors SummarizedExperiment UpSetR ] ; } ;
puma = derive2 { name = " p u m a " ; version = " 3 . 3 6 . 0 " ; sha256 = " 0 l i 5 x x v v f 1 3 4 6 i l c 6 k s g 0 w 9 r i 2 r 2 w 9 l 7 c m 0 d 7 i 3 s 2 y 3 b a i 7 g 3 6 k a " ; depends = [ affy affyio Biobase mclust oligo oligoClasses ] ; } ;
pvac = derive2 { name = " p v a c " ; version = " 1 . 4 2 . 0 " ; sha256 = " 0 z i c 1 p 1 2 n n 6 y b 5 s p k z 0 1 w r 6 c 1 5 c q 7 i l h h b 2 x x k x j 0 f s w 1 q a l f g n b " ; depends = [ affy Biobase ] ; } ;
pvca = derive2 { name = " p v c a " ; version = " 1 . 3 4 . 0 " ; sha256 = " 1 2 d 4 r c 2 9 q j 8 s f 3 y 3 j 3 g f n i h s 7 g y 7 g q 3 h n l b 1 i v z s q q w 8 r w k 5 3 c y g " ; depends = [ Biobase lme4 Matrix vsn ] ; } ;
pwOmics = derive2 { name = " p w O m i c s " ; version = " 1 . 2 6 . 0 " ; sha256 = " 1 r 3 8 h b k y a i 2 c f 9 i z l j p 8 s r 2 m x 9 q l 6 b z n n f m 9 g r a 6 k m n h l z 0 l r w 1 c " ; depends = [ AnnotationDbi AnnotationHub Biobase BiocGenerics biomaRt data_table GenomicRanges gplots graph igraph rBiopaxParser STRINGdb ] ; } ;
pwrEWAS = derive2 { name = " p w r E W A S " ; version = " 1 . 8 . 0 " ; sha256 = " 0 8 z 5 p h r w v p c 3 x a w 7 v z q 4 j a m 2 a a b a 8 i 6 v b 4 6 z m 4 2 0 f b y 7 l x r c 2 b b x " ; depends = [ abind BiocManager CpGassoc doParallel doSNOW foreach genefilter ggplot2 limma pwrEWAS_data shiny shinyBS shinyWidgets truncnorm ] ; } ;
qPLEXanalyzer = derive2 { name = " q P L E X a n a l y z e r " ; version = " 1 . 1 2 . 0 " ; sha256 = " 0 3 v 1 q 1 3 x x n b i 3 r 4 3 b 4 y 5 p s f m c p a v n v x 2 c c r 8 r 0 g d 6 h f h x 4 w g 9 8 a 2 " ; depends = [ assertthat Biobase BiocGenerics Biostrings dplyr ggdendro ggplot2 IRanges limma magrittr MSnbase preprocessCore purrr RColorBrewer readr rlang scales stringr tibble tidyr tidyselect ] ; } ;
qPLEXanalyzer = derive2 { name = " q P L E X a n a l y z e r " ; version = " 1 . 1 2 . 1 " ; sha256 = " 0 r 1 p v v l v c c b s c 1 s r i m 9 8 a h s d 7 w g 9 s i n n k h 8 m w b k k m 5 3 4 4 2 r 3 p 7 f m " ; depends = [ assertthat Biobase BiocGenerics Biostrings dplyr ggdendro ggplot2 IRanges limma magrittr MSnbase preprocessCore purrr RColorBrewer readr rlang scales stringr tibble tidyr tidyselect ] ; } ;
qckitfastq = derive2 { name = " q c k i t f a s t q " ; version = " 1 . 1 0 . 0 " ; sha256 = " 1 7 7 a g r 9 q 2 r j d k 6 7 k c 2 n v 6 i d n q q k 2 a q 5 9 5 y c 8 3 r 8 p q 6 h 2 w p 2 y n m n 0 " ; depends = [ data_table dplyr ggplot2 magrittr Rcpp reshape2 rlang RSeqAn seqTools zlibbioc ] ; } ;
qcmetrics = derive2 { name = " q c m e t r i c s " ; version = " 1 . 3 2 . 0 " ; sha256 = " 1 w f c 8 v 1 z 7 7 w p q f s l l s 8 v k w 9 v i 5 1 y l n r 8 s s r 6 l m 8 x z 1 j d 9 z i j f 9 n y " ; depends = [ Biobase knitr pander S4Vectors xtable ] ; } ;
qpcrNorm = derive2 { name = " q p c r N o r m " ; version = " 1 . 5 2 . 0 " ; sha256 = " 0 z b p 5 k d 6 l m 1 q g 9 x z g 9 m i b c q m 7 r 3 a p 9 g z 7 f h a f 0 7 l s 5 q 1 z k 6 3 c d j 9 " ; depends = [ affy Biobase limma ] ; } ;
@ -1802,7 +1804,7 @@ in with self; {
reconsi = derive2 { name = " r e c o n s i " ; version = " 1 . 6 . 0 " ; sha256 = " 0 d j i q 9 l 7 0 w v i c b q i a 1 4 n 1 b b d 9 c 7 y k v s y r p 0 r 2 a r w 2 b 2 p q h 8 2 8 1 f h " ; depends = [ ggplot2 KernSmooth matrixStats phyloseq reshape2 ] ; } ;
recount = derive2 { name = " r e c o u n t " ; version = " 1 . 2 0 . 0 " ; sha256 = " 1 m a a 0 f i 6 d q k c s j l b m 5 2 g l 0 r 3 7 q c v 9 5 1 x r c 6 m 4 r c 6 f v p 6 c b 8 3 x 6 8 p " ; depends = [ BiocParallel derfinder downloader GenomeInfoDb GenomicRanges GEOquery IRanges RCurl rentrez rtracklayer S4Vectors SummarizedExperiment ] ; } ;
recount3 = derive2 { name = " r e c o u n t 3 " ; version = " 1 . 4 . 0 " ; sha256 = " 0 c i a a b 6 q 0 p i x 7 z h z 7 9 4 8 b 8 w 3 q k i 8 d f y 9 l p a 0 w f f h q j r 7 f v f h 2 k m 2 " ; depends = [ BiocFileCache data_table GenomicRanges Matrix R_utils RCurl rtracklayer S4Vectors sessioninfo SummarizedExperiment ] ; } ;
recountmethylation = derive2 { name = " r e c o u n t m e t h y l a t i o n " ; version = " 1 . 4 . 2 " ; sha256 = " 1 1 z 8 s s n 7 s 5 m g b 9 2 j c r 6 j c w 2 r x j a 8 k d d d v 7 b w r q h g n s 2 q k g j 5 2 n 6 w " ; depends = [ BiocFileCache HDF5Array IlluminaHumanMethylation450kmanifest minfi R_utils RCurl rhdf5 S4Vectors ] ; } ;
recountmethylation = derive2 { name = " r e c o u n t m e t h y l a t i o n " ; version = " 1 . 4 . 5 " ; sha256 = " 1 p m r d j i z 5 7 i g 4 r g b n 0 k k k p l s 2 6 p f j c 4 h m x 6 c p c z y w q i p d y r v 6 a h a " ; depends = [ BiocFileCache HDF5Array IlluminaHumanMethylation450kmanifest minfi R_utils RCurl rhdf5 S4Vectors ] ; } ;
recoup = derive2 { name = " r e c o u p " ; version = " 1 . 2 2 . 0 " ; sha256 = " 0 0 q x k j j b 4 b x 6 v a k 5 0 j j p l 2 l 9 y 7 m y r i 9 x 7 m 1 7 h 0 1 j 2 v 2 c n c g 4 8 s 5 5 " ; depends = [ BiocGenerics biomaRt Biostrings circlize ComplexHeatmap GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 httr IRanges Rsamtools RSQLite rtracklayer S4Vectors stringr ] ; } ;
regionReport = derive2 { name = " r e g i o n R e p o r t " ; version = " 1 . 2 8 . 1 " ; sha256 = " 0 3 d 7 n b f s k 5 5 m r l h z z r 8 1 m x 3 n d s w k f j 7 f a j y h 1 y z 4 j a k j d c l v z l x m " ; depends = [ BiocStyle DEFormats derfinder DESeq2 GenomeInfoDb GenomicRanges knitr knitrBootstrap RefManageR rmarkdown S4Vectors SummarizedExperiment ] ; } ;
regioneR = derive2 { name = " r e g i o n e R " ; version = " 1 . 2 6 . 1 " ; sha256 = " 0 k 5 0 0 f d m v 5 l 0 v 7 b 9 p j 7 3 b j k 3 h 9 k 2 6 1 m f q i 6 v l 5 2 k h l w 0 f a f n 9 b 6 p " ; depends = [ Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges memoise rtracklayer S4Vectors ] ; } ;
@ -1813,7 +1815,7 @@ in with self; {
rfPred = derive2 { name = " r f P r e d " ; version = " 1 . 3 2 . 0 " ; sha256 = " 1 2 p p i d p n 8 p i w 1 w 4 5 0 n m 3 5 q x z f g y k i 4 i h v p 7 c r i 8 q k 9 g i p v d 3 k q 9 z " ; depends = [ data_table GenomicRanges IRanges Rsamtools ] ; } ;
rfaRm = derive2 { name = " r f a R m " ; version = " 1 . 6 . 0 " ; sha256 = " 0 9 5 p 3 n s a x 5 7 m 7 4 j 4 d j 7 k l p w k l 8 w 2 3 2 6 c 9 y h c 8 s 0 c 2 3 6 k w y s z z 9 r v " ; depends = [ Biostrings data_table httr IRanges magick rsvg rvest S4Vectors stringi xml2 ] ; } ;
rgsepd = derive2 { name = " r g s e p d " ; version = " 1 . 2 6 . 0 " ; sha256 = " 1 4 9 0 6 5 k m l z d z b 9 b j w m 7 x 5 y 3 l 5 j 1 y 7 q x z h 8 x z 5 l i i c z 5 r c 4 s 7 p b 4 i " ; depends = [ AnnotationDbi biomaRt DESeq2 GO_db goseq gplots hash org_Hs_eg_db SummarizedExperiment ] ; } ;
rhdf5 = derive2 { name = " r h d f 5 " ; version = " 2 . 3 8 . 0 " ; sha256 = " 1 3 z m 9 9 3 l 3 i 9 f 9 8 g q d p x g s r z f 9 f g q p p x 2 a j v r l 0 i 3 f 7 c v p i f c g x q g " ; depends = [ rhdf5filters Rhdf5lib ] ; } ;
rhdf5 = derive2 { name = " r h d f 5 " ; version = " 2 . 3 8 . 1 " ; sha256 = " 1 m l w p 7 b b l h b p m d 9 0 s x j 0 2 z p q 1 q 3 f y g 8 v 7 a n k y j b 1 y 2 8 4 x a y m p 0 2 y " ; depends = [ rhdf5filters Rhdf5lib ] ; } ;
rhdf5client = derive2 { name = " r h d f 5 c l i e n t " ; version = " 1 . 1 6 . 0 " ; sha256 = " 1 p b g j h c q i l r 1 k z x 3 a 5 m 4 1 1 3 p 6 a l c r 3 0 z 1 m d d 3 3 q q l l c a r n c 0 p f 4 n " ; depends = [ DelayedArray httr R6 rjson S4Vectors ] ; } ;
rhdf5filters = derive2 { name = " r h d f 5 f i l t e r s " ; version = " 1 . 6 . 0 " ; sha256 = " 0 5 b 0 1 5 p y p 3 g 1 c r m m 2 d 3 l d s a 7 r 5 w 0 k h m f 8 7 q b l 4 f v 1 6 r 6 p d g g h a 7 8 " ; depends = [ Rhdf5lib ] ; } ;
riboSeqR = derive2 { name = " r i b o S e q R " ; version = " 1 . 2 8 . 0 " ; sha256 = " 0 n n h j v j l 4 c 9 y y f z j f 8 k c j 4 y k y 5 c d i m i c p 7 l z 0 0 8 s c z y 1 9 j q 4 v j h d " ; depends = [ abind baySeq GenomeInfoDb GenomicRanges IRanges Rsamtools seqLogo ] ; } ;
@ -1824,7 +1826,7 @@ in with self; {
rnaEditr = derive2 { name = " r n a E d i t r " ; version = " 1 . 4 . 0 " ; sha256 = " 0 h s 3 g 7 c r 6 c 8 g c v g 1 s v v 8 8 r 4 h 6 8 3 6 4 g f n q s m d j c 6 l l w g 2 l 1 j 3 6 a 8 w " ; depends = [ BiocGenerics bumphunter corrplot GenomeInfoDb GenomicRanges IRanges logistf plyr S4Vectors survival ] ; } ;
rnaseqcomp = derive2 { name = " r n a s e q c o m p " ; version = " 1 . 2 4 . 0 " ; sha256 = " 0 a s x 5 1 f x g 9 h c 0 b r b q l x l 0 j y f y i d h 4 f b w y c l r v c z z z q a s f 2 7 7 f 2 3 w " ; depends = [ RColorBrewer ] ; } ;
roar = derive2 { name = " r o a r " ; version = " 1 . 3 0 . 0 " ; sha256 = " 0 h q h 4 v s n x l 2 s n 1 b f 6 s 6 w x l 2 n s k b 4 0 r h v r y s d v b 6 d r 6 0 z k i h 3 g 3 4 7 " ; depends = [ BiocGenerics GenomeInfoDb GenomicAlignments GenomicRanges IRanges rtracklayer S4Vectors SummarizedExperiment ] ; } ;
rols = derive2 { name = " r o l s " ; version = " 2 . 2 2 . 0 " ; sha256 = " 0 8 a s f j l 6 s m d g 0 5 m 4 1 m 0 b d c 2 a w i q b h y b 0 1 6 z 9 f 7 7 a d x 3 v c 7 3 m h 6 1 3 " ; depends = [ Biobase BiocGenerics httr jsonlite progress ] ; } ;
rols = derive2 { name = " r o l s " ; version = " 2 . 2 2 . 1 " ; sha256 = " 1 q a m 4 a a j g 2 s p 8 x i i 3 r k a r q 5 q j x d n c y 4 m p 6 n 5 p i n m m 1 i w y n l s v 2 1 7 " ; depends = [ Biobase BiocGenerics httr jsonlite progress ] ; } ;
ropls = derive2 { name = " r o p l s " ; version = " 1 . 2 6 . 4 " ; sha256 = " 1 9 f 3 w d 5 5 8 6 0 x 9 5 9 h 5 n 7 m r i v y j d a s 5 b 3 j m x 7 4 l f 2 4 x n x 2 3 g 2 6 f 8 r n " ; depends = [ Biobase MultiDataSet ] ; } ;
rpx = derive2 { name = " r p x " ; version = " 2 . 2 . 2 " ; sha256 = " 0 5 q g f c h g 4 p y f f 0 x q r n y c x z p a n 0 w 5 r y 1 f 9 w 3 0 i r h p j i g l p 7 g g f 8 8 2 " ; depends = [ BiocFileCache curl jsonlite RCurl xml2 ] ; } ;
rqt = derive2 { name = " r q t " ; version = " 1 . 2 0 . 0 " ; sha256 = " 0 v 2 b m 7 7 4 y 2 i k w p p p 0 w 0 y d q z a k 9 6 a x 7 g a 1 d 3 0 3 v g l l 1 3 x a n 5 0 d 3 9 1 " ; depends = [ car CompQuadForm glmnet Matrix metap pls ropls RUnit SummarizedExperiment ] ; } ;
@ -1840,7 +1842,7 @@ in with self; {
sagenhaft = derive2 { name = " s a g e n h a f t " ; version = " 1 . 6 4 . 0 " ; sha256 = " 1 1 0 x g 6 k a g a p 9 7 9 5 s a x m h 1 d l 7 7 r 4 c 2 g z m k 4 9 r v q j l w q v b i f n n 4 m v w " ; depends = [ SparseM ] ; } ;
sampleClassifier = derive2 { name = " s a m p l e C l a s s i f i e r " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 p l s y j j b j r j q 1 m y d v 1 9 l s v 0 a l q 9 8 v r 2 1 3 2 c 3 m 9 j 0 w 4 a k v s 7 z c v 6 q " ; depends = [ annotate e1071 ggplot2 MGFM MGFR ] ; } ;
sangeranalyseR = derive2 { name = " s a n g e r a n a l y s e R " ; version = " 1 . 4 . 0 " ; sha256 = " 1 4 b m z 9 8 r h p n k d q x k q 6 7 q v z k y l d 1 a 5 6 h 3 y 8 k v j n h z 5 h z w 8 q 1 a i h y d " ; depends = [ ape BiocStyle Biostrings data_table DECIPHER DT excelR ggdendro gridExtra knitr logger openxlsx phangorn plotly reshape2 rmarkdown sangerseqR seqinr shiny shinycssloaders shinydashboard shinyjs shinyWidgets stringr zeallot ] ; } ;
sangerseqR = derive2 { name = " s a n g e r s e q R " ; version = " 1 . 3 0 . 0 " ; sha256 = " 0 j 0 h z p c s z 9 z 0 4 y f 6 j p 2 6 x s c p 6 2 s l g x 4 i 4 i 3 3 f 6 s 1 a j b g x 0 0 s q 7 0 n " ; depends = [ Biostrings shiny ] ; } ;
sangerseqR = derive2 { name = " s a n g e r s e q R " ; version = " 1 . 3 0 . 1 " ; sha256 = " 0 a n r w j 6 3 s 0 r d 9 d z 6 i i q 6 m v z p 1 j v 5 z q a d j w r h c 1 c y p v z 5 7 z f 8 j a 0 2 " ; depends = [ Biostrings shiny ] ; } ;
sarks = derive2 { name = " s a r k s " ; version = " 1 . 6 . 0 " ; sha256 = " 0 2 6 p x 0 b 7 c b f v f 7 z q c m 2 p 1 y 0 0 h n a 1 w g p y f r 4 b k i r w r b m s k b 7 f 3 2 l p " ; depends = [ binom Biostrings cluster IRanges rJava ] ; } ;
satuRn = derive2 { name = " s a t u R n " ; version = " 1 . 2 . 0 " ; sha256 = " 1 i 2 p r s j x f 6 h 0 y n k c x 4 g 1 s j 0 m p b 3 v 9 r m 6 h w b 9 p p h a 2 p 8 6 f f q x v r j n " ; depends = [ BiocParallel boot ggplot2 limma locfdr Matrix pbapply SummarizedExperiment ] ; } ;
savR = derive2 { name = " s a v R " ; version = " 1 . 3 2 . 0 " ; sha256 = " 0 d w l 9 4 j 5 d m 5 n g n 8 l y y c 4 b d 9 i h d 1 n q i n c v q 2 6 n a j j n 6 l w 0 x 5 5 c i k y " ; depends = [ ggplot2 gridExtra reshape2 scales XML ] ; } ;
@ -1859,7 +1861,7 @@ in with self; {
scMAGeCK = derive2 { name = " s c M A G e C K " ; version = " 1 . 6 . 0 " ; sha256 = " 1 v x 9 0 l 5 d 0 1 0 d p 6 s n a s v a y m l h 1 6 w 5 l a w 1 9 s h d z 0 f h g 3 n g k c 1 v 9 j g 0 " ; depends = [ ggplot2 Seurat ] ; } ;
scMerge = derive2 { name = " s c M e r g e " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 3 1 w l f i l c a g l 3 m q 1 4 y q y b z 2 z 7 r 0 l 4 2 0 p 5 v 8 f 1 2 8 f 8 4 1 l m h q c l g 5 5 " ; depends = [ BiocParallel BiocSingular cluster DelayedArray DelayedMatrixStats distr igraph M3Drop pdist proxy ruv S4Vectors SingleCellExperiment SummarizedExperiment ] ; } ;
scPCA = derive2 { name = " s c P C A " ; version = " 1 . 8 . 0 " ; sha256 = " 1 q g b 0 3 c 4 4 6 y v 1 z k z g i i n 0 5 v l j 7 n j l z 3 k r v w j 1 8 3 s 9 y 4 3 d 9 5 m f n y 1 " ; depends = [ assertthat BiocParallel cluster coop DelayedArray dplyr elasticnet kernlab Matrix MatrixGenerics matrixStats origami purrr Rdpack RSpectra ScaledMatrix sparsepca stringr tibble ] ; } ;
scPipe = derive2 { name = " s c P i p e " ; version = " 1 . 1 6 . 0 " ; sha256 = " 0 c k l 6 c r m 5 r x 5 3 d l b b x 0 b 4 b f k l l r 5 k r a i 2 b n x q 5 r 5 y q f f v 9 p 7 n 6 m i " ; depends = [ AnnotationDbi BiocGenerics biomaRt dplyr GenomicRanges GGally ggplot2 glue hash magrittr MASS mclust org_Hs_eg_db org_Mm_eg_db Rcpp reshape Rhtslib rlang robustbase rtracklayer S4Vectors scales scater SingleCellExperiment stringr SummarizedExperiment testthat zlibbioc ] ; } ;
scPipe = derive2 { name = " s c P i p e " ; version = " 1 . 1 6 . 1 " ; sha256 = " 0 a n w 3 6 a z f p 4 a d s x d l 3 c 5 8 j m g v m v j v 0 v r c g p 2 b q 9 0 w n x k y 9 x i p m n a " ; depends = [ AnnotationDbi BiocGenerics biomaRt dplyr GenomicRanges GGally ggplot2 glue hash magrittr MASS mclust org_Hs_eg_db org_Mm_eg_db Rcpp reshape Rhtslib rlang robustbase rtracklayer S4Vectors scales scater SingleCellExperiment stringr SummarizedExperiment testthat zlibbioc ] ; } ;
scReClassify = derive2 { name = " s c R e C l a s s i f y " ; version = " 1 . 0 . 0 " ; sha256 = " 0 v 2 c z 8 h 1 8 p 3 q 6 a 4 3 7 d b 1 z 1 c a 8 5 j 7 y r p z 9 s g 7 4 1 8 q 2 h d v 7 4 w d 6 4 5 c " ; depends = [ e1071 randomForest SingleCellExperiment SummarizedExperiment ] ; } ;
scRecover = derive2 { name = " s c R e c o v e r " ; version = " 1 . 1 0 . 0 " ; sha256 = " 0 x 8 h l b j h f 9 j f i n 0 7 5 s i k c 7 g p l 9 q b p p p c v h y 3 r d 4 c g y 1 n z q 6 d q w q 1 " ; depends = [ bbmle BiocParallel doParallel foreach gamlss kernlab MASS Matrix penalized preseqR pscl Rmagic rsvd SAVER ] ; } ;
scRepertoire = derive2 { name = " s c R e p e r t o i r e " ; version = " 1 . 4 . 0 " ; sha256 = " 1 7 i l 7 3 l v 0 p x b q a z a 2 1 i 0 f g 5 z h 2 v 3 j f 7 n 3 0 n w n g i 1 j q i c s 4 l 5 a h s l " ; depends = [ doParallel dplyr ggalluvial ggplot2 igraph plyr powerTCR reshape2 rlang SeuratObject stringdist stringr SummarizedExperiment vegan ] ; } ;
@ -1896,8 +1898,8 @@ in with self; {
seqPattern = derive2 { name = " s e q P a t t e r n " ; version = " 1 . 2 6 . 0 " ; sha256 = " 1 m i k 5 7 5 q a x w 9 h 9 q y j n 9 7 1 2 0 7 p f g b c 8 p 1 m x 6 0 j r b 2 0 j b r r i h g g 2 n a " ; depends = [ Biostrings GenomicRanges IRanges KernSmooth plotrix ] ; } ;
seqTools = derive2 { name = " s e q T o o l s " ; version = " 1 . 2 8 . 0 " ; sha256 = " 1 m 8 p x y q 1 1 b q 4 w z 3 w 4 n 4 l s 5 w f 9 w s 2 b 7 p a z a z v 1 d 6 i c r r r 9 z 3 2 7 8 m a " ; depends = [ zlibbioc ] ; } ;
seqbias = derive2 { name = " s e q b i a s " ; version = " 1 . 4 2 . 0 " ; sha256 = " 1 q 6 0 8 c 1 m a d i j 8 l 5 2 l j l 3 w 5 2 v i 3 c s s r 6 i k n y 8 4 y j 6 n 8 s 7 y v p x 5 j p r " ; depends = [ Biostrings GenomicRanges Rhtslib ] ; } ;
seqcombo = derive2 { name = " s e q c o m b o " ; version = " 1 . 1 6 . 0 " ; sha256 = " 0 x y r j b v g r l d 5 s y 6 g 6 s p 7 9 f 4 3 j 9 3 j n y c c w g 2 1 i l 6 5 f q r z b 7 z 4 d 7 x k " ; depends = [ Biostrings cowplot dplyr ggplot2 igraph magrittr yulab_utils ] ; } ;
seqsetvis = derive2 { name = " s e q s e t v i s " ; version = " 1 . 1 4 . 1 " ; sha256 = " 1 j a 2 8 6 q z 7 m 1 5 k 9 7 m s 7 r m 8 1 l 0 p i c s j j p m 7 f m s d p b k l c 6 6 y 3 s y l 0 8 9 " ; depends = [ data_table eulerr GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 ggplotify IRanges limma pbapply pbmcapply png RColorBrewer Rsamtools rtracklayer S4Vectors UpSetR ] ; } ;
seqcombo = derive2 { name = " s e q c o m b o " ; version = " 1 . 1 6 . 1 " ; sha256 = " 1 8 i i x q j 8 4 b 4 l d g 8 q 0 d j 8 f i v x r g q z b a 6 q n j 9 z i n 9 d h s y f q g 5 w z 6 z 0 " ; depends = [ Biostrings cowplot dplyr ggplot2 igraph magrittr yulab_utils ] ; } ;
seqsetvis = derive2 { name = " s e q s e t v i s " ; version = " 1 . 1 4 . 2 " ; sha256 = " 1 l 3 f x s k q w h 5 a m 1 z x y z 3 l 9 5 w h l w 8 w d y l a g x 9 n 7 f v l r f s 4 l f q b z p h r " ; depends = [ data_table eulerr GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 ggplotify IRanges limma pbapply pbmcapply png RColorBrewer Rsamtools rtracklayer S4Vectors UpSetR ] ; } ;
sesame = derive2 { name = " s e s a m e " ; version = " 1 . 1 2 . 9 " ; sha256 = " 0 s q m y k p 5 n c 8 7 i x h f 3 3 0 b h z 0 v h 2 8 s i 3 c 6 k f v r 8 r r f h h f 3 j v y 3 4 a 2 k " ; depends = [ BiocParallel DNAcopy e1071 fgsea GenomicRanges ggplot2 ggrepel illuminaio IRanges KernSmooth MASS matrixStats preprocessCore randomForest reshape2 S4Vectors sesameData stringr SummarizedExperiment tibble wheatmap ] ; } ;
sevenC = derive2 { name = " s e v e n C " ; version = " 1 . 1 4 . 0 " ; sha256 = " 0 6 m 6 4 7 9 p s 7 8 9 6 z a k s 8 j n n a k 8 l 7 c 6 a b b s d x 5 6 k 3 l 5 i r 7 8 6 8 1 g 4 b q 1 " ; depends = [ BiocGenerics boot data_table GenomeInfoDb GenomicRanges InteractionSet IRanges purrr readr rtracklayer S4Vectors ] ; } ;
sevenbridges = derive2 { name = " s e v e n b r i d g e s " ; version = " 1 . 2 4 . 0 " ; sha256 = " 0 3 p 7 p 1 m w a 3 m 8 z v y z 5 7 6 1 x m q h c h 6 c f g y 4 2 c v 0 s w w g j 0 n 9 j r 8 3 s c 2 3 " ; depends = [ curl data_table docopt httr jsonlite objectProperties S4Vectors stringr uuid yaml ] ; } ;
@ -1929,7 +1931,7 @@ in with self; {
snpStats = derive2 { name = " s n p S t a t s " ; version = " 1 . 4 4 . 0 " ; sha256 = " 0 h a 3 4 b 5 c g 2 6 9 4 0 x i h g k y 4 5 a d n s 1 n f l r g q 2 q j q 7 7 w 4 b n c x p a a c s q q " ; depends = [ BiocGenerics Matrix survival zlibbioc ] ; } ;
soGGi = derive2 { name = " s o G G i " ; version = " 1 . 2 6 . 0 " ; sha256 = " 1 g 2 l s i 8 n q p i 2 v m 2 8 4 j v 1 a b 3 i 9 k 0 3 k w q s y 9 z f 5 1 v f n p q q 3 1 l r d l k i " ; depends = [ BiocGenerics BiocParallel Biostrings chipseq GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 IRanges preprocessCore reshape2 Rsamtools rtracklayer S4Vectors SummarizedExperiment ] ; } ;
sojourner = derive2 { name = " s o j o u r n e r " ; version = " 1 . 8 . 0 " ; sha256 = " 0 l d 1 g h 6 v z n m v d 0 9 x r z a 5 x s 9 3 n 3 g 0 v f 8 z q y m n 5 8 b 2 3 r i l s r v m 2 c b c " ; depends = [ dplyr EBImage fitdistrplus ggplot2 gridExtra lattice MASS mclust minpack_lm mixtools mltools nls2 pixmap plyr R_matlab Rcpp reshape2 rlang sampSurf scales shiny shinyjs sp truncnorm ] ; } ;
sparrow = derive2 { name = " s p a r r o w " ; version = " 1 . 0 . 1 " ; sha256 = " 1 i 0 d z j 5 w n p h f h x d l 6 g m w f 3 q y 8 x 9 v 5 v b 7 c 3 5 m k q 5 x m l 6 m i w l 3 x 5 h a " ; depends = [ babelgene BiocGenerics BiocParallel BiocSet checkmate circlize ComplexHeatmap data_table DelayedMatrixStats edgeR ggplot2 GSEABase irlba limma Matrix plotly viridis ] ; } ;
sparrow = derive2 { name = " s p a r r o w " ; version = " 1 . 0 . 3 " ; sha256 = " 0 m l s b i c a s 0 4 l 3 c 1 b h v n q n p r j n l q z d 6 h 6 1 k 7 n 3 j 5 1 b k a h r d s 3 3 n b f " ; depends = [ babelgene BiocGenerics BiocParallel BiocSet checkmate circlize ComplexHeatmap data_table DelayedMatrixStats edgeR ggplot2 GSEABase irlba limma Matrix plotly viridis ] ; } ;
sparseDOSSA = derive2 { name = " s p a r s e D O S S A " ; version = " 1 . 1 8 . 0 " ; sha256 = " 1 r n 8 j v 2 b 3 f m y i b g c 6 h 9 1 m h n l 9 n z q k d s 0 2 p v j 6 v b q 1 2 p f v h h b 0 2 1 i " ; depends = [ MASS MCMCpack optparse tmvtnorm ] ; } ;
sparseMatrixStats = derive2 { name = " s p a r s e M a t r i x S t a t s " ; version = " 1 . 6 . 0 " ; sha256 = " 0 i f q j 4 a 6 m n 4 7 4 9 s r 6 2 g q 3 d w d 6 m m b b z d x 5 m h 5 b 5 6 6 3 v c g l 1 k w 9 6 x 1 " ; depends = [ Matrix MatrixGenerics matrixStats Rcpp ] ; } ;
sparsenetgls = derive2 { name = " s p a r s e n e t g l s " ; version = " 1 . 1 2 . 0 " ; sha256 = " 0 g 8 v b z h z y c c y i 7 7 x 4 9 c 8 i d h w y 3 5 7 a 2 a z y w v l l i n j a p g w i y 8 8 s 0 2 a " ; depends = [ glmnet huge MASS Matrix ] ; } ;
@ -1972,9 +1974,9 @@ in with self; {
switchBox = derive2 { name = " s w i t c h B o x " ; version = " 1 . 3 0 . 0 " ; sha256 = " 0 9 z 9 w i 8 y z j q 4 9 r j m n 7 0 7 a 1 k v f 7 c 2 0 3 l b x c n c 7 z n w h y 7 l v 5 1 s v j 6 7 " ; depends = [ gplots pROC ] ; } ;
switchde = derive2 { name = " s w i t c h d e " ; version = " 1 . 2 0 . 0 " ; sha256 = " 1 n 8 1 5 z w j 5 z n d d g c 3 p z 8 7 0 8 9 q 8 b v b 1 4 n 2 g 6 1 z f a n g 8 d 8 p n a 4 z b f 7 v " ; depends = [ dplyr ggplot2 SingleCellExperiment SummarizedExperiment ] ; } ;
synapsis = derive2 { name = " s y n a p s i s " ; version = " 1 . 0 . 0 " ; sha256 = " 1 k q a p z c d 2 z v m y a q s h c r f x k k a f 6 k 7 k w a q n d 6 g 4 d h n j c f 2 w q n f 6 f s 5 " ; depends = [ EBImage ] ; } ;
synergyfinder = derive2 { name = " s y n e r g y f i n d e r " ; version = " 3 . 2 . 8 " ; sha256 = " 0 7 f j a m 0 c 6 j 5 g a 7 5 6 0 1 v s b p 4 x 1 x 8 h 3 1 g x w x a n w j x m i x n v 7 m d 0 p d m s " ; depends = [ dplyr drc furrr future ggforce ggplot2 ggrepel gstat kriging lattice magrittr metR mice nleqslv pbapply plotly purrr reshape2 sp SpatialExtremes stringr tidyr tidyverse vegan ] ; } ;
synergyfinder = derive2 { name = " s y n e r g y f i n d e r " ; version = " 3 . 2 . 1 0 " ; sha256 = " 0 n c 2 c 8 y 3 m s f f l 8 g h p 6 0 w m v w n j a h x g 9 w 5 x f m r p x 3 6 r 7 z 8 1 g g d q s 9 d " ; depends = [ dplyr drc furrr future ggforce ggplot2 ggrepel gstat kriging lattice magrittr metR mice nleqslv pbapply plotly purrr reshape2 sp SpatialExtremes stringr tidyr tidyverse vegan ] ; } ;
synlet = derive2 { name = " s y n l e t " ; version = " 1 . 2 4 . 0 " ; sha256 = " 1 x i d x l k p p a p 0 x 8 h 9 i i y l 7 8 l c x 5 0 c k p g 4 6 n 8 p l 4 9 v z 4 4 3 5 v d 6 g r p 2 " ; depends = [ doBy dplyr ggplot2 magrittr RankProd RColorBrewer reshape2 ] ; } ;
systemPipeR = derive2 { name = " s y s t e m P i p e R " ; version = " 2 . 0 . 5 " ; sha256 = " 1 j 9 1 p y f j s q n g x x l x j q c 4 7 7 p z n l f a x 4 v a y r k s 2 q 1 2 r x w 7 6 i j a 8 0 h f " ; depends = [ BiocGenerics Biostrings crayon GenomicRanges ggplot2 htmlwidgets magrittr Rsamtools S4Vectors ShortRead stringr SummarizedExperiment yaml ] ; } ;
systemPipeR = derive2 { name = " s y s t e m P i p e R " ; version = " 2 . 0 . 6 " ; sha256 = " 0 l 9 m 7 4 c z 5 q f 1 h c r 6 f 2 j n g 7 k d 9 v c 3 p p k p j g x h 7 g l a 8 x 0 y 3 2 9 q 0 z n z " ; depends = [ BiocGenerics Biostrings crayon GenomicRanges ggplot2 htmlwidgets magrittr Rsamtools S4Vectors ShortRead stringr SummarizedExperiment yaml ] ; } ;
systemPipeShiny = derive2 { name = " s y s t e m P i p e S h i n y " ; version = " 1 . 4 . 0 " ; sha256 = " 0 h 8 0 3 i j a j f 3 2 i g f k n k a i v l z r c 3 2 3 a p z l i g q 1 j 8 g h p f 0 2 q 7 f 5 q 8 3 0 " ; depends = [ assertthat bsplus crayon dplyr drawer DT ggplot2 glue htmltools magrittr openssl plotly R6 rlang RSQLite rstudioapi shiny shinyAce shinydashboard shinydashboardPlus shinyFiles shinyjqui shinyjs shinytoastr shinyWidgets spsComps spsUtil stringr styler tibble vroom yaml ] ; } ;
systemPipeTools = derive2 { name = " s y s t e m P i p e T o o l s " ; version = " 1 . 2 . 0 " ; sha256 = " 1 n 5 3 n w b 0 0 z m r h b 8 h 1 f q 4 l q z d d 8 7 f 7 4 c 4 l 1 z 2 4 s i d 4 x r j s s y l r n w r " ; depends = [ ape DESeq2 dplyr DT GGally ggplot2 ggrepel ggtree glmpca magrittr pheatmap plotly Rtsne SummarizedExperiment tibble ] ; } ;
tLOH = derive2 { name = " t L O H " ; version = " 1 . 2 . 0 " ; sha256 = " 0 k 3 l q l i v x b v 4 g a i p i s k h p l 3 4 r j r m r n 1 x 4 2 4 3 a w x n v b h h v a q q 5 r 5 0 " ; depends = [ data_table dplyr GenomicRanges ggplot2 MatrixGenerics purrr scales VariantAnnotation ] ; } ;
@ -2070,7 +2072,6 @@ in with self; {
GenoGAM = derive2 { name = " G e n o G A M " ; version = " 2 . 1 1 . 0 " ; sha256 = " 0 5 8 q i x 2 h 0 z m 2 k 9 c s m b d h c i 2 w q i h 3 l y g g j j 5 9 1 c q n 0 l s 2 n v 7 b n y v j " ; depends = [ BiocParallel Biostrings data_table DelayedArray DESeq2 futile_logger GenomeInfoDb GenomicAlignments GenomicRanges HDF5Array IRanges Matrix Rcpp RcppArmadillo rhdf5 Rsamtools S4Vectors sparseinv SummarizedExperiment ] ; broken = true ; } ;
Herper = derive2 { name = " H e r p e r " ; version = " 1 . 3 . 0 " ; sha256 = " 0 3 8 c a v n b z 7 g v m v 9 m p n f 8 8 n 8 d z r g 7 y l 3 0 6 y 6 8 z s q 5 h p k r j 6 q a x 9 v r " ; depends = [ reticulate rjson withr ] ; broken = true ; } ;
HiCBricks = derive2 { name = " H i C B r i c k s " ; version = " 1 . 1 1 . 0 " ; sha256 = " 1 2 s 0 1 r 9 z 5 6 9 p p 6 a m l v c s 7 f q m w i v w 9 j b 2 a h n n y q 6 n z f l s y n 5 2 7 7 k l " ; depends = [ BiocParallel curl data_table digest GenomeInfoDb GenomicRanges ggplot2 IRanges jsonlite R_utils R6 RColorBrewer readr reshape2 rhdf5 S4Vectors scales stringr tibble viridis ] ; broken = true ; } ;
MBQN = derive2 { name = " M B Q N " ; version = " 2 . 5 . 0 " ; sha256 = " 0 1 p f 9 w k k 3 d s x g x 1 y 8 m x f x n 9 m 2 j 2 h q i p c 5 k a j m 7 w 8 g 6 0 b j 9 f l g 0 9 j " ; depends = [ BiocFileCache ggplot2 limma PairedData preprocessCore rappdirs RCurl rpx SummarizedExperiment xml2 ] ; broken = true ; } ;
MSEADbi = derive2 { name = " M S E A D b i " ; version = " 1 . 2 . 0 " ; sha256 = " 1 g 1 k g 3 n h 7 i w g 5 n r p m i g 6 s r w 6 a s 4 y f w m b q n 9 6 5 p f f r k 0 z p 1 9 l l s b f " ; depends = [ AnnotationDbi Biobase DBI RSQLite ] ; broken = true ; } ;
MSstatsTMTPTM = derive2 { name = " M S s t a t s T M T P T M " ; version = " 1 . 1 . 2 " ; sha256 = " 1 6 q n d d w h w h j j f r 5 a k d r m p 9 3 g k x q 2 r 4 1 s 8 2 h b 1 b l b z 4 7 l w b j 5 k a j 5 " ; depends = [ dplyr ggplot2 gridExtra MSstatsTMT Rcpp reshape2 stringr ] ; broken = true ; } ;
MethCP = derive2 { name = " M e t h C P " ; version = " 1 . 7 . 0 " ; sha256 = " 1 s m h w m r g c k g i v f 6 x f k 5 4 s z 1 9 7 c w 1 m a r 9 5 c h z k r f p f 4 w x w 3 j z b b k n " ; depends = [ BiocParallel bsseq DNAcopy DSS GenomeInfoDb GenomicRanges IRanges methylKit S4Vectors ] ; broken = true ; } ;
@ -2085,5 +2086,4 @@ in with self; {
methyAnalysis = derive2 { name = " m e t h y A n a l y s i s " ; version = " 1 . 3 4 . 0 " ; sha256 = " 0 5 k 3 n 7 i y 5 i j i d b n b l b q q a s 8 d s j 8 d r w z b h y r b s 8 w l 1 y p k g 5 1 h a v i 0 " ; depends = [ annotate AnnotationDbi Biobase BiocGenerics biomaRt genefilter GenomeInfoDb GenomicFeatures GenomicRanges Gviz IRanges lumi methylumi org_Hs_eg_db rtracklayer SummarizedExperiment VariantAnnotation ] ; broken = true ; } ;
methylPipe = derive2 { name = " m e t h y l P i p e " ; version = " 1 . 2 7 . 0 " ; sha256 = " 0 z 2 m d 9 n 1 f l z f s g s b z w f f n 4 q 6 y f c j y j 0 3 b g 1 v i 4 p h c k n i g b h g 1 v i y " ; depends = [ BiocGenerics Biostrings data_table GenomeInfoDb GenomicAlignments GenomicRanges gplots Gviz IRanges marray Rsamtools S4Vectors SummarizedExperiment ] ; broken = true ; } ;
perturbatr = derive2 { name = " p e r t u r b a t r " ; version = " 1 . 1 3 . 0 " ; sha256 = " 0 s s k 8 c r 4 2 h i b n 9 1 7 s 2 z 2 n z c d a n 5 4 c 7 x i y d y p b i 8 f 3 g 4 w 6 8 q 4 l y 3 1 " ; depends = [ assertthat diffusr doParallel dplyr foreach formula_tools ggplot2 igraph lazyeval lme4 magrittr rlang scales tibble tidyr ] ; broken = true ; } ;
phemd = derive2 { name = " p h e m d " ; version = " 1 . 9 . 0 " ; sha256 = " 0 h q i v l c 9 h z c f c p r n g 1 4 9 9 n a s 8 4 f w v g i s g 8 9 7 6 v s j c i y n 9 0 3 3 5 5 j r " ; depends = [ Biobase BiocGenerics cluster cowplot destiny ggplot2 igraph maptree monocle phateR pheatmap pracma RANN RColorBrewer reticulate Rtsne S4Vectors scatterplot3d Seurat SingleCellExperiment SummarizedExperiment transport VGAM ] ; broken = true ; } ;
}
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2 years ago
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